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unit uAbout; interface uses Windows, Messages, SysUtils, Classes, Graphics, Forms, Controls, StdCtrls, Buttons, ExtCtrls, RzBckgnd; type TfrmAbout = class(TForm) pnlAbout: TPanel; imgIcon: TImage; lblPro: TLabel; lblVer: TLabel; lblRight: TLabel; btnOk: TButton; rsTop: TRzSeparator; rsBottom: TRzSeparator; lblInfo: TLabel; procedure FormShortCut(var Msg: TWMKey; var Handled: Boolean); private { Private declarations } public { Public declarations } end; var frmAbout: TfrmAbout; function ShowAbout(): Boolean; implementation uses uGlobal; {$R *.dfm} function ShowAbout(): Boolean; begin with TfrmAbout.Create(Application.MainForm) do begin try imgIcon.Picture.Icon := Application.Icon; lblPro.Caption := lblPro.Caption + ' ' + App.Caption; lblVer.Caption := lblVer.Caption + ' ' + App.Version; lblInfo.AutoSize := False; if App.RegType = rtNone then begin lblInfo.Alignment := taCenter; lblInfo.Left := 16; lblInfo.Width := pnlAbout.Width - 32; lblInfo.Font.Color := clGreen; lblInfo.Caption := '软件已注册给：' + App.RegMail; end else begin lblInfo.Left := 72; lblInfo.Font.Color := clMaroon; if App.RegType = rtTrial then lblInfo.Caption := '试用版本' else lblInfo.Caption := '未注册版本'; end; Result := ShowModal() = mrOk; finally Free; end; end; end; procedure TfrmAbout.FormShortCut(var Msg: TWMKey; var Handled: Boolean); begin if (Msg.CharCode = VK_ESCAPE) and (fsModal in FormState) then ModalResult := mrCancel; end; end.
unit EDBOEntryIntf; interface uses AppStruClasses, Classes, Messages, Windows, SysUtils, Variants, RxMemDS, IniFiles, AccMgmt, Ibase, pFibDatabase, pFibDataSet, EDBOGuidesToFMASService, EDBOPersonToFMASService, DB, pFibQuery, SoapHTTPClient, forms, dialogs, xmldom, XMLIntf, msxmldom, XMLDoc, SOAPHTTPTrans; const IniFileName='edbo_config.ini'; type TEDBOIntf=class(TFMASAppModule,IEDBOTools) private ActualDate:TDateTime; ServiceName:String; Login:WideString; Pass:WideString; AppKey:WideString; URL:String; Parsing_result:Boolean; FB_DB:TpFibDatabase; FB_Tr:TPFibTransaction; FB_DS:TpFibDataSet; FB_DSU:TpFibQuery; FB_DB_HANDLE:TISC_DB_HANDLE; ServiceIntf:IInvokable; WS_IO : THTTPRIO; XMLDocument1:TXMLDocument; function GetLanguage:Integer; function ParseIniFile:Boolean; function LoginEDBO:String; function FB_GetSessionGUID:String; procedure FB_SetSessionGuid (Session:String); procedure GetSystemConsts; procedure GetCources (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetSpec (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetUniv (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetSpecBase (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetFaculties(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetQualific (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetPEForms (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetPerRSeas (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetStreetTyp(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetKOATUU (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetKOATUU1 (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetKOATUU2 (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetKOATUU3 (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetPersAddr (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure GetPersons (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getCountr (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getpersonCon(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getLanguages(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getGroups (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getAYears (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getFhoto (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getDocTypes (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPDocs (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPHTypes (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPHStatus (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPOrders (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPOrderFIO(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPDateChng(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getOrderData(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPEducat (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPHistory (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getTypeFin (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getPersReq (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getUnivReg (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getStudents (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); procedure getStudList (var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); function Date2Str(aDT: TDateTime; WithTime: Boolean = True): String; function StringToWideString(const s: AnsiString; codePage: Word): WideString; function WideStringToString(const ws: WideString; codePage: Word): AnsiString; procedure HTTPRIO1AfterExecute(const MethodName: String; SOAPResponse: TStream); procedure HTTPRIO1BeforeExecute(const MethodName: String; var SOAPRequest: WideString); public function InitEDBOConnection(ServiseName:String; DB_HANDLE:TISC_DB_HANDLE):Boolean; procedure GetXMLDataFromService(MethodName:string; var Result:TRxMemoryData; CFunc:TEDBOCallBackFunction=nil; isFirstCalling:Integer=0); function GetValueFromService(MethodName:string):Variant; {$WARNINGS OFF} destructor Destroy; override; constructor Create(AOwner: TComponent);override; {$WARNINGS ON} end; implementation uses AssociationList, XSBuiltIns, Controls; {$WARNINGS OFF} function TEDBOIntf.Date2Str(aDT: TDateTime; WithTime: Boolean = True): String; begin if WithTime then Result:= FormatDateTime('dd.mm.yyyy hh:nn:ss', self.ActualDate) else Result:= FormatDateTime('dd.mm.yyyy 00:00:00', self.ActualDate); end; function TEDBOIntf.StringToWideString(const s: AnsiString; codePage: Word): WideString; var l: integer; begin if (s = '') then Result := '' else begin l := MultiByteToWideChar(codePage, MB_PRECOMPOSED, PChar(@s[1]), - 1, nil, 0); SetLength(Result, l - 1); if l > 1 then MultiByteToWideChar(CodePage, MB_PRECOMPOSED, PChar(@s[1]), - 1, PWideChar(@Result[1]), l - 1); end; end; function TEDBOIntf.WideStringToString(const ws: WideString; codePage: Word): AnsiString; var l: integer; begin if (ws = '') then Result := '' else begin l := WideCharToMultiByte(codePage,WC_COMPOSITECHECK or WC_DISCARDNS or WC_SEPCHARS or WC_DEFAULTCHAR, @ws[1], - 1, nil, 0, nil, nil); SetLength(Result, l - 1); if l > 1 then WideCharToMultiByte(codePage,WC_COMPOSITECHECK or WC_DISCARDNS or WC_SEPCHARS or WC_DEFAULTCHAR, @ws[1], - 1, @Result[1], l - 1, nil, nil); end; end; constructor TEDBOIntf.Create(AOwner: TComponent); begin inherited Create(Aowner); Parsing_result:=false; self.ActualDate:=Now; self.XMLDocument1:=TXMLDocument.Create(nil); end; destructor TEDBOIntf.Destroy; begin if Assigned(FB_DS) then FB_DS.Free; if Assigned(FB_Tr) then FB_Tr.Free; if Assigned(FB_Tr) then FB_Db.Free; if Assigned(self.XMLDocument1) then XMLDocument1.Free; inherited Destroy; end; function TEDBOIntf.FB_GetSessionGUID: String; var Res:Variant; begin Res:=null; if (FB_DB_HANDLE<>nil) then begin if not Assigned(FB_DB) then begin FB_DB:=TpFibDatabase.Create(nil); FB_DB.SQLDialect:=3; FB_DB.Handle:=FB_DB_HANDLE; end; if not Assigned(FB_Tr) then begin FB_Tr:= TPFibTransaction.Create(nil); FB_Tr.DefaultDatabase :=FB_DB; end else begin if FB_Tr.InTransaction then FB_Tr.RollbackRetaining else FB_Tr.StartTransaction; end; if not FB_DB.Connected then begin FB_DB.DefaultTransaction :=FB_TR; FB_DB.DefaultUpdateTransaction:=FB_TR; end; if not Assigned(FB_DS) then begin FB_DS:=TpFibDataSet.Create(nil); FB_DS.SelectSQL.Text:='select * from EDBO_SHARED_SESSION'; FB_DS.Transaction:=FB_Tr; FB_DS.Open; end else begin if FB_DS.Active then FB_DS.Close; FB_DS.Open; end; if (FB_DS.RecordCount>0) then begin Res:=FB_DS.FieldByName('SESSION').Value; end; FB_DS.Close; FB_Tr.Commit; end; Result:=VarToStr(Res); end; procedure TEDBOIntf.GetSystemConsts; begin //accmgmt end; procedure TEDBOIntf.GetXMLDataFromService(MethodName:string; var Result:TRxMemoryData; CFunc:TEDBOCallBackFunction=nil; isFirstCalling:Integer=0); var ErP:EDBOPersonToFMASService.ArrayOfDLastError; ErG:EDBOGuidesToFMASService.ArrayOfDLastError; begin if not Assigned(Result) then begin Result:=TRxMemoryData.Create(nil); end else begin if Result.Active then Result.Close; Result.FieldDefs.Clear; Result.Fields.Clear; end; try if UpperCase(self.ServiceName)=UpperCase('EDBOGuides') then begin if UpperCase(MethodName)=UpperCase('CoursesGet') then begin GetCources(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('UniversitiesGet') then begin GetUniv(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('UniversityFacultetSpecialitiesGet') then begin GetSpec(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('SpecGet') then begin GetSpecBase(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('UniversityFacultetsGet') then begin GetFaculties(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('StreetTypesGet') then begin GetStreetTyp(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('KOATUUGet') then begin GetKOATUU(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('KOATUUGetL1') then begin GetKOATUU1(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('KOATUUGetL2') then begin GetKOATUU2(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('KOATUUGetL3') then begin GetKOATUU3(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('LanguagesGet') then begin getLanguages(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('AcademicYearsGet') then begin getAYears(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('UniversityFacultetsGetRequests') then begin getUnivReg(Result, CFunc); end; end; except on E:Exception do begin ErG:=(self.ServiceIntf as EDBOGuidesSoap).GetLastError(self.LoginEDBO); if ErG<>nil then begin if ((ErG[0].LastErrorDescription='') and (isFirstCalling=0)) then GetXMLDataFromService(MethodName, Result, CFunc, 1) else ShowMessage(IntToStr(ErG[0].LastErrorCode) +' '+ErG[0].LastErrorDescription); end; end; end; try if UpperCase(self.ServiceName)=UpperCase('EDBOPerson') then begin if UpperCase(MethodName)=UpperCase('PersonsStudentsGrupsPersonsFind') then begin getStudents(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonRequestsGet') then begin getPersReq(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationPaymentTypesGet') then begin getTypeFin(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('QualificationsGet') then begin GetQualific(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationFormsGet') then begin GetPEForms(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonRequestSeasonsGet') then begin GetPerRSeas(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonsFind') then begin GetPersons(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonAddresses') then begin GetPersAddr(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('CountriesGet') then begin getCountr(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonContactsGet') then begin getpersonCon(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonsStudentsGrupsGet') then begin getGroups(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonPhotoGet') then begin getFhoto(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonDocumentTypesGet') then begin getDocTypes(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationHistoryTypesGet') then begin getPHTypes(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationHistoryOrdersStatusesGet') then begin getPHStatus(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationHistoryOrdersGet') then begin getPOrders(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonsIdsGet') then begin getPDateChng(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationHistoryOrdersDataGet') then begin getOrderData(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationsGet') then begin getPEducat(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('ChangeFIODataGet') then begin getPOrderFIO(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationHistoryGet') then begin getPHistory(Result, CFunc); end; if UpperCase(MethodName)=UpperCase('PersonEducationsFullGet') then begin getStudList(Result, CFunc); end; end; except on E:Exception do begin ErP:=(self.ServiceIntf as EDBOPersonSoap).GetLastError(self.LoginEDBO); if ErP<>nil then begin if ((ErP[0].LastErrorDescription='') and (isFirstCalling=0)) then GetXMLDataFromService(MethodName, Result, CFunc, 1) else ShowMessage(IntToStr(ErP[0].LastErrorCode) +' '+ErP[0].LastErrorDescription); end; end; end; try if UpperCase(self.ServiceName)=UpperCase('EDBOPerson') then begin if UpperCase(MethodName)=UpperCase('PersonDocumentsGet') then begin getPDocs(Result, CFunc); end; end; except on E:Exception do begin ErP:=(self.ServiceIntf as EDBOPersonSoap).GetLastError(self.LoginEDBO); if ErP<>nil then begin if ((ErP[0].LastErrorDescription='') and (isFirstCalling=0)) then GetXMLDataFromService(MethodName, Result, CFunc, 1) else begin if ErP[0].LastErrorCode <> 0 then ShowMessage(IntToStr(ErP[0].LastErrorCode) +' '+ErP[0].LastErrorDescription); end; end; end; end; end; procedure TEDBOIntf.HTTPRIO1BeforeExecute(const MethodName: String; var SOAPRequest: WideString); begin //XMLDocument1.LoadFromStream(SOAPRequest); //Showmessage(SOAPRequest); end; procedure TEDBOIntf.HTTPRIO1AfterExecute(const MethodName: String; SOAPResponse: TStream); begin //XMLDocument1.LoadFromStream(SOAPResponse); //Showmessage(XMLDocument1.XML.Text); end; function TEDBOIntf.InitEDBOConnection(ServiseName:String; DB_HANDLE:TISC_DB_HANDLE):Boolean; var Res:Boolean; begin ServiceName :=ServiseName; Res :=ParseIniFile; Parsing_result:=Res; FB_DB_HANDLE :=DB_HANDLE; if Parsing_result then begin WS_IO:=THTTPRIO.Create(nil); WS_IO.URL:=self.URL; WS_IO.HTTPWebNode.MaxSinglePostSize:=$80000; WS_IO.HTTPWebNode.ConnectTimeout:=12000; WS_IO.OnAfterExecute:=HTTPRIO1AfterExecute; WS_IO.OnBeforeExecute:=HTTPRIO1BeforeExecute; WS_IO.HTTPWebNode.UseUTF8InHeader:=true; //WS_IO.HTTPWebNode.InvokeOptions:=[soIgnoreInvalidCerts,soAutoCheckAccessPointViaUDDI]; if (UpperCase(ServiseName)=UpperCase('EDBOGuides')) then ServiceIntf:=EDBOGuidesToFMASService.GetEDBOGuidesSoap(false,URL,WS_IO); if (UpperCase(ServiseName)=UpperCase('EDBOPerson')) then ServiceIntf:=EDBOPersonToFMASService.GetEDBOPersonSoap(false,URL,WS_IO); end; Result:=Res and (FB_DB_HANDLE<>nil) and (ServiceIntf<>nil); end; {$WARNINGS ON} function TEDBOIntf.ParseIniFile: Boolean; var Res:Boolean; IniFile:TIniFile; begin if FileExists(ExtractFileDir(ParamStr(0)) + '\'+IniFileName) then begin IniFile :=TIniFile.Create(ExtractFileDir(ParamStr(0)) + '\'+IniFileName); Login :=StringToWideString(IniFile.ReadString(UpperCase(ServiceName),'Login',Login), CP_ACP); Pass :=StringToWideString(IniFile.ReadString(UpperCase(ServiceName),'Password',Pass), CP_ACP); AppKey :=StringToWideString(IniFile.ReadString(UpperCase(ServiceName),'AppKey',AppKey), CP_ACP); URL :=StringToWideString(IniFile.ReadString(UpperCase(ServiceName),'URL',URL), CP_ACP); if (URL<>'') then Res:=True else Res:=False; end else Res:=false; Result:=Res; end; procedure TEDBOIntf.FB_SetSessionGuid (Session:String); begin if (FB_DB_HANDLE<>nil) then begin if not Assigned(FB_DB) then begin FB_DB:=TpFibDatabase.Create(nil); FB_DB.SQLDialect:=3; FB_DB.Handle:=FB_DB_HANDLE; end; if not Assigned(FB_Tr) then begin FB_Tr:= TPFibTransaction.Create(nil); FB_Tr.DefaultDatabase :=FB_DB; end else begin if FB_Tr.InTransaction then FB_Tr.RollbackRetaining else FB_Tr.StartTransaction; end; if not FB_DB.Connected then begin FB_DB.DefaultTransaction :=FB_TR; FB_DB.DefaultUpdateTransaction:=FB_TR; end; if not Assigned(FB_DSU) then begin FB_DSU:=TpFibQuery.Create(nil); FB_DSU.SQL.Text:='UPDATE EDBO_SHARED_SESSION SET SESSION='+''''+Session+''''; FB_DSU.Transaction:=FB_Tr; FB_DSU.ExecQuery; end else begin FB_DSU.SQL.Text:='UPDATE EDBO_SHARED_SESSION SET SESSION='+''''+Session+''''; FB_DSU.ExecQuery; end; FB_DS.Close; FB_Tr.Commit; end; end; function TEDBOIntf.LoginEDBO: string; var Res:String; CheckUser:Integer; AL:ArrayOfDLanguages; begin //Получаем сессию из БД AL:=nil; Res:=FB_GetSessionGUID; if (Length(res)=36) then begin //Проверяем активна ли эта сессия if (UpperCase(ServiceName)=UpperCase('EDBOGuides')) then begin CheckUser:=0;//(ServiceIntf as EDBOGuidesSoap).CheckUser(Res); end else begin {try AL:=(ServiceIntf as EDBOPersonSoap).LanguagesGet(Res); CheckUser:=1; except on E:Exception do begin CheckUser:=0; end; end;} CheckUser:=0; end; if ((CheckUser=0) or (CheckUser>=99)) then begin //Сессия не активна необходимо создать новую if (UpperCase(ServiceName)=UpperCase('EDBOGuides')) then begin Res:=(ServiceIntf as EDBOGuidesSoap).Login(self.Login, self.Pass, 1, self.AppKey); end else begin Res:=(ServiceIntf as EDBOPersonSoap).Login(self.Login, self.Pass, 1, self.AppKey); end; if length(Res)<>36 then begin //Создаем исключение end; //Записываем идентификатор вновь созданной сессии FB_SetSessionGuid(Res); end else begin //Сессия активна - возвращаем ее Res:=Res; end; end else begin //Бд пуста //Логинимся if (UpperCase(ServiceName)=UpperCase('EDBOGuides')) then begin Res:=(ServiceIntf as EDBOGuidesSoap).Login(self.Login, self.Pass, 1, self.AppKey); end else begin Res:=(ServiceIntf as EDBOPersonSoap).Login(self.Login, self.Pass, 1, self.AppKey); end; //Записываем идентификатор вновь созданной сессии self.FB_SetSessionGuid(Res); end; Result:=Res; end; function TEDBOIntf.GetValueFromService(MethodName: string): Variant; var Res:Variant; begin if (UpperCase(ServiceName)=UpperCase('EDBOGuides')) then begin if UpperCase(MethodName)=UpperCase('CheckUser') then begin Res:=(ServiceIntf as EDBOGuidesSoap).CheckUser(LoginEDBO); end; if UpperCase(MethodName)=UpperCase('Login') then begin Res:=(ServiceIntf as EDBOGuidesSoap).Login(self.Login, self.Pass, 1, self.AppKey); end; end; if (UpperCase(ServiceName)=UpperCase('EDBOPerson')) then begin if UpperCase(MethodName)=UpperCase('CheckUser') then begin Res:=0; end; if UpperCase(MethodName)=UpperCase('Login') then begin Res:=(ServiceIntf as EDBOPersonSoap).Login(self.Login, self.Pass, 1, self.AppKey); end; end; Result:=Res; end; procedure TEDBOIntf.GetCources(var RS:TRxMemoryData; CFunc: TEDBOCallBackFunction=nil); var Cources:ArrayOfDCourses; i:Integer; begin Cources:=(self.ServiceIntf as EDBOGuidesSoap).CoursesGet(self.LoginEDBO,GetLanguage); if (Cources<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Course'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FCourseName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(Cources)-1 do begin RS.Insert; RS.FieldByName('FId_Course').Value:=Cources[i].Id_Course; RS.FieldByName('FCourseName').Value:=WideStringToString(Cources[i].CourseName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(Cources)); end end; end; procedure TEDBOIntf.GetSpec(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var Spec:ArrayOfDUniversityFacultetSpecialities2; i:Integer; Uni:ArrayOfDUniversities; begin Spec:=nil; Uni:=(self.ServiceIntf as EDBOGuidesSoap).UniversitiesGet2(self.LoginEDBO, '', GetLanguage, Date2Str(Now), '', '', '', '', 0); if Uni<>nil then begin Spec:=(self.ServiceIntf as EDBOGuidesSoap).UniversityFacultetSpecialitiesGet2(self.LoginEDBO, //SessionGUID Uni[0].UniversityKode, //UniversityKode '', //UniversityFacultetKode '', //SpecCode self.GetLanguage, //Id_Language Date2Str(Now), //ActualDate Integer(self.InParams.Items['Id_PersonRequestSeasons']^), //Id_PersonRequestSeasons 0, //Id_PersonEducationForm '', //UniversitySpecialitiesKode '', //SpecDirectionsCode '', //SpecSpecialityCode ''); //Filters; if (Spec<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecSpecialityClasifierCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecClasifierCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecDirectionName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecSpecialityName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonRequestSeasons'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftstring; size:=25; Name:= 'FDurationEducation'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationFormName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FQualificationName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecSpecializationName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FNameRequestSeasons'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FIsSecondEducation'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(Spec)-1 do begin RS.Insert; RS.FieldByName('FId_Qualification').Value:=Spec[i].Id_Qualification; RS.FieldByName('FSpecCode').Value:=Spec[i].SpecCode; RS.FieldByName('FIsSecondEducation').Value:=Spec[i].IsSecondEducation; RS.FieldByName('FSpecSpecialityClasifierCode').Value:=Spec[i].SpecSpecialityClasifierCode; RS.FieldByName('FId_PersonEducationForm').Value:=Spec[i].Id_PersonEducationForm; RS.FieldByName('FDurationEducation').Value:=Spec[i].DurationEducation.DecimalString; RS.FieldByName('FId_PersonRequestSeasons').Value:=Spec[i].Id_PersonRequestSeasons; RS.FieldByName('FNameRequestSeasons').Value:=WideStringToString(Spec[i].NameRequestSeasons, CP_ACP); RS.FieldByName('FSpecDirectionName').Value:=WideStringToString(Spec[i].SpecDirectionName, CP_ACP); RS.FieldByName('FPersonEducationFormName').Value:=WideStringToString(Spec[i].PersonEducationFormName, CP_ACP); RS.FieldByName('FSpecSpecialityName').Value:=WideStringToString(Spec[i].SpecSpecialityName , CP_ACP); RS.FieldByName('FQualificationName').Value:=WideStringToString(Spec[i].QualificationName , CP_ACP); RS.FieldByName('FSpecSpecializationName').Value:=WideStringToString(Spec[i].SpecSpecializationName , CP_ACP); RS.FieldByName('FUniversityFacultetKode').Value:=WideStringToString(Spec[i].UniversityFacultetKode , CP_ACP); RS.FieldByName('FSpecClasifierCode').Value:=WideStringToString(Spec[i].SpecClasifierCode , CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(Spec)); end end; end; end; procedure TEDBOIntf.GetUniv(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var Uni:ArrayOfDUniversities; i:Integer; begin Uni:=(self.ServiceIntf as EDBOGuidesSoap).UniversitiesGet2(self.LoginEDBO, '', GetLanguage, Date2Str(Now), '', '', '', '', 0); if (Uni<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_University'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityShortName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(Uni)-1 do begin RS.Insert; RS.FieldByName('FId_University').Value:=Uni[i].Id_University; RS.FieldByName('FUniversityKode').Value:=WideStringToString(Uni[i].UniversityKode, CP_ACP); RS.FieldByName('FUniversityShortName').Value:=WideStringToString(Uni[i].UniversityShortName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(Uni)); end end; end; procedure TEDBOIntf.GetSpecBase(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var Spec:ArrayOfDSpec; i:Integer; begin Spec:=(self.ServiceIntf as EDBOGuidesSoap).SpecGet(self.LoginEDBO,//SessionGUID, '09.12.2010', //SpecRedactionCode, '', //SpecIndastryCode, '', //SpecDirectionsCode, '', //SpecSpecialityCode, '', //SpecCode GetLanguage, //Id_Language, Date2Str(Now),//ActualDate '');//string SpecClasifierCode) if (Spec<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Spec'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecSpecializationName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecDirectionName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecSpecialityName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(Spec)-1 do begin RS.Insert; RS.FieldByName('FId_Spec').Value:=Spec[i].Id_Spec; RS.FieldByName('FSpecCode').Value:=Spec[i].SpecCode; RS.FieldByName('FSpecSpecialityName').Value:=WideStringToString(Spec[i].SpecSpecialityName, CP_ACP); RS.FieldByName('FSpecSpecializationName').Value:=WideStringToString(Spec[i].SpecSpecializationName, CP_ACP); RS.FieldByName('FSpecDirectionName').Value:=WideStringToString(Spec[i].SpecDirectionName , CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(Spec)); end end; end; procedure TEDBOIntf.GetFaculties(var RS: TRxMemoryData;CFunc: TEDBOCallBackFunction); var Facul:ArrayOfDUniversityFacultets; Uni:ArrayOfDUniversities; i:Integer; begin Facul:=nil; Uni:=(self.ServiceIntf as EDBOGuidesSoap).UniversitiesGet2(self.LoginEDBO, '', 1, Date2Str(Now), '', '', '', '', 0); if (Uni<>nil) then begin Facul:=(self.ServiceIntf as EDBOGuidesSoap).UniversityFacultetsGet(self.LoginEDBO, Uni[0].UniversityKode, '', GetLanguage, Date2Str(Now), 0, '', -1, -1, 0, -1); if (Facul<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversityFacultet'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetFullName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(Facul)-1 do begin RS.Insert; RS.FieldByName('FId_UniversityFacultet').Value:=Facul[i].Id_UniversityFacultet; RS.FieldByName('FUniversityFacultetKode').Value:=WideStringToString(Facul[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FUniversityFacultetFullName').Value:=WideStringToString(Facul[i].UniversityFacultetFullName , CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(Facul)); end end; end; end; procedure TEDBOIntf.GetQualific(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var Q:ArrayOfDQualification; i:Integer; begin Q:= (self.ServiceIntf as EDBOPersonSoap).QualificationsGet(self.LoginEDBO, GetLanguage, Date2Str(Now)); if (Q<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FQualificationName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(Q)-1 do begin RS.Insert; RS.FieldByName('FId_Qualification').Value:=Q[i].Id_Qualification; RS.FieldByName('FQualificationName').Value:=WideStringToString(Q[i].QualificationName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(Q)); end end; end; procedure TEDBOIntf.GetPEForms(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var PEF:ArrayOfDPersonEducationFormsGet; i:Integer; begin PEF:=(self.ServiceIntf as EDBOPersonSoap).PersonEducationFormsGet(self.LoginEDBO, Date2Str(Now), GetLanguage); if (PEF<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationFormName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(PEF)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationForm').Value:=PEF[i].Id_PersonEducationForm; RS.FieldByName('FPersonEducationFormName').Value:=WideStringToString(PEF[i].PersonEducationFormName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(PEF)); end end; end; procedure TEDBOIntf.GetPerRSeas(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var P:ArrayOfDPersonRequestSeasons; i:Integer; begin P:=(self.ServiceIntf as EDBOPersonSoap).PersonRequestSeasonsGet(self.LoginEDBO, GetLanguage, '',//Date2Str(Now), 0, 0, -1); if P<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonRequestSeasons'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(P)-1 do begin RS.Insert; RS.FieldByName('FId_PersonRequestSeasons').Value:=P[i].Id_PersonRequestSeasons; RS.FieldByName('FName').Value:=WideStringToString(P[i].Name, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(P)); end end; end; procedure TEDBOIntf.GetStreetTyp(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var ST:ArrayOfDStreetTypes; i:Integer; begin ST:=(self.ServiceIntf as EDBOGuidesSoap).StreetTypesGet(self.LoginEDBO,GetLanguage); if ST<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_StreetType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_StreetTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FStreetTypeFullName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FStreetTypeShortName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(ST)-1 do begin RS.Insert; RS.FieldByName('FId_StreetType').Value:=ST[i].Id_StreetType; RS.FieldByName('FId_StreetTypeName').Value:=st[i].Id_StreetTypeName; RS.FieldByName('FStreetTypeFullName').Value:=WideStringToString(ST[i].StreetTypeFullName, CP_ACP); RS.FieldByName('FStreetTypeShortName').Value:=WideStringToString(ST[i].StreetTypeShortName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(ST)); end end; end; procedure TEDBOIntf.GetKOATUU(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var KA:ArrayOfDKOATUU; NameMask:WideString; i:Integer; Hundred:Integer; begin if self.InParams.Items['NameMask']<>nil then NameMask :=StringToWideString(PAnsiString(self.InParams.Items['NameMask'])^, cp_acp) else NameMask :=''; if self.InParams.Items['Hundred']<>nil then Hundred:=Integer(self.InParams.Items['Hundred']^) else Hundred:=0; KA:=(self.ServiceIntf as EDBOGuidesSoap).KOATUUGet(self.LoginEDBO, //SessionGUID Date2Str(Now), //ActualDate GetLanguage, //Id_Language '', //KOATUUCode Hundred, //Hundred NameMask, //NameMask '', //FullNameMask 0); //WitchRegions if KA<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_KOATUU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL1'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL2'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL3'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUFullName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(KA)-1 do begin RS.Insert; RS.FieldByName('FId_KOATUU').Value:=KA[i].Id_KOATUU; RS.FieldByName('FKOATUUCode').Value:=KA[i].KOATUUCode; RS.FieldByName('FKOATUUCodeL1').Value:=KA[i].KOATUUCodeL1; RS.FieldByName('FKOATUUCodeL2').Value:=KA[i].KOATUUCodeL2; RS.FieldByName('FKOATUUCodeL3').Value:=KA[i].KOATUUCodeL3; RS.FieldByName('FType').Value:=WideStringToString(KA[i].Type_, CP_ACP); RS.FieldByName('FKOATUUName').Value:=WideStringToString(KA[i].KOATUUName, CP_ACP); RS.FieldByName('FKOATUUFullName').Value:=WideStringToString(KA[i].KOATUUFullName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(KA)); end end; end; procedure TEDBOIntf.GetKOATUU1(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var KA:ArrayOfDKOATUU; i:Integer; begin KA:=(self.ServiceIntf as EDBOGuidesSoap).KOATUUGetL1(self.LoginEDBO, //SessionGUID Date2Str(Now), //ActualDate GetLanguage); //Id_Language) if KA<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_KOATUU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL1'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL2'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL3'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUFullName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(KA)-1 do begin RS.Insert; RS.FieldByName('FId_KOATUU').Value:=KA[i].Id_KOATUU; RS.FieldByName('FKOATUUCode').Value:=KA[i].KOATUUCode; RS.FieldByName('FKOATUUCodeL1').Value:=KA[i].KOATUUCodeL1; RS.FieldByName('FKOATUUCodeL2').Value:=KA[i].KOATUUCodeL2; RS.FieldByName('FKOATUUCodeL3').Value:=KA[i].KOATUUCodeL3; RS.FieldByName('FType').Value:=WideStringToString(KA[i].Type_, CP_ACP); RS.FieldByName('FKOATUUName').Value:=WideStringToString(KA[i].KOATUUName, CP_ACP); RS.FieldByName('FKOATUUFullName').Value:=WideStringToString(KA[i].KOATUUFullName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(KA)); end end; end; procedure TEDBOIntf.GetKOATUU2(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var KA:ArrayOfDKOATUU; i:Integer; begin KA:=(self.ServiceIntf as EDBOGuidesSoap).KOATUUGetL2(self.LoginEDBO, //SessionGUID Date2Str(Now), //ActualDate GetLanguage, PString(self.InParams.Items['KOATUUCodeL1'])^); if KA<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_KOATUU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL1'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL2'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL3'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUFullName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(KA)-1 do begin RS.Insert; RS.FieldByName('FId_KOATUU').Value:=KA[i].Id_KOATUU; RS.FieldByName('FKOATUUCode').Value:=KA[i].KOATUUCode; RS.FieldByName('FKOATUUCodeL1').Value:=KA[i].KOATUUCodeL1; RS.FieldByName('FKOATUUCodeL2').Value:=KA[i].KOATUUCodeL2; RS.FieldByName('FKOATUUCodeL3').Value:=KA[i].KOATUUCodeL3; RS.FieldByName('FType').Value:=WideStringToString(KA[i].Type_, CP_ACP); RS.FieldByName('FKOATUUName').Value:=WideStringToString(KA[i].KOATUUName, CP_ACP); RS.FieldByName('FKOATUUFullName').Value:=WideStringToString(KA[i].KOATUUFullName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(KA)); end end; end; procedure TEDBOIntf.GetKOATUU3(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var KA:ArrayOfDKOATUU; i:Integer; begin KA:=(self.ServiceIntf as EDBOGuidesSoap).KOATUUGetL3(self.LoginEDBO, //SessionGUID Date2Str(Now), //ActualDate GetLanguage, PString(self.InParams.Items['KOATUUCodeL2'])^,''); if KA<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_KOATUU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL1'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL2'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCodeL3'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUFullName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(KA)-1 do begin RS.Insert; RS.FieldByName('FId_KOATUU').Value:=KA[i].Id_KOATUU; RS.FieldByName('FKOATUUCode').Value:=KA[i].KOATUUCode; RS.FieldByName('FKOATUUCodeL1').Value:=KA[i].KOATUUCodeL1; RS.FieldByName('FKOATUUCodeL2').Value:=KA[i].KOATUUCodeL2; RS.FieldByName('FKOATUUCodeL3').Value:=KA[i].KOATUUCodeL3; RS.FieldByName('FType').Value:=WideStringToString(KA[i].Type_, CP_ACP); RS.FieldByName('FKOATUUName').Value:=WideStringToString(KA[i].KOATUUName, CP_ACP); RS.FieldByName('FKOATUUFullName').Value:=WideStringToString(KA[i].KOATUUFullName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(KA)); end end; end; procedure TEDBOIntf.GetPersAddr(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var KA:ArrayOfDPersonAddresses2; i:Integer; PersonCodeU:WideString; begin if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; KA:=(self.ServiceIntf as EDBOPersonSoap).PersonAddressesGet2(self.LoginEDBO, Date2Str(Now), GetLanguage, PersonCodeU, 0); if KA<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonAddress'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Country'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FKOATUUCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_StreetType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FAdress'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FCountryName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FHomeNumber'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FNoResidentAdress'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPostIndex'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FType'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(KA)-1 do begin RS.Insert; RS.FieldByName('FId_PersonAddress').Value:=KA[i].Id_PersonAddress; RS.FieldByName('FId_Country').Value:=KA[i].Id_Country; RS.FieldByName('FKOATUUCode').Value:=KA[i].KOATUUCode; RS.FieldByName('FId_StreetType').Value:=KA[i].Id_StreetType; RS.FieldByName('FAdress').Value:=WideStringToString(KA[i].Adress, CP_ACP); RS.FieldByName('FCountryName').Value:=WideStringToString(KA[i].CountryName, CP_ACP); RS.FieldByName('FHomeNumber').Value:=WideStringToString(KA[i].HomeNumber, CP_ACP); RS.FieldByName('FNoResidentAdress').Value:=WideStringToString(KA[i].NoResidentAdress, CP_ACP); RS.FieldByName('FPostIndex').Value:=WideStringToString(KA[i].PostIndex, CP_ACP); RS.FieldByName('FType').Value:=WideStringToString(KA[i].Type_, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(KA)); end end; end; procedure TEDBOIntf.GetPersons(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var P:ArrayOfDPersonsFind2; i:Integer; fio_mask_w:WideString; pass_num_mask_w:WideString; pass_seria_mask_w:WideString; PersonCodeU:WideString; begin if self.InParams.Items['FIOMask']<>nil then fio_mask_w :=StringToWideString(PAnsiString(self.InParams.Items['FIOMask'])^, cp_acp) else fio_mask_w :=''; if self.InParams.Items['DocumentNumber']<>nil then pass_num_mask_w :=StringToWideString(PAnsiString(self.InParams.Items['DocumentNumber'])^, cp_acp) else pass_num_mask_w :=''; if self.InParams.Items['DocumentSeries']<>nil then pass_seria_mask_w:=StringToWideString(PAnsiString(self.InParams.Items['DocumentSeries'])^, cp_acp) else pass_seria_mask_w:=''; if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PAnsiString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; P:=(self.ServiceIntf as EDBOPersonSoap).PersonsFind2(self.LoginEDBO, //SessionGUID Date2Str(Now), //ActualDate GetLanguage, //Id_Language fio_mask_w, //FIOMask pass_seria_mask_w,//DocumentSeries pass_num_mask_w,//DocumentNumber '', //Ids_DocumentTypes 0, //Hundred PersonCodeU, //PersonCodeU ''); //Filters if P<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=100; Name:= 'FLastName'; CreateField(RS); Width:=100; end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=100; Name:= 'FFirstName'; CreateField(RS); Width:=100; end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=100; Name:= 'FMiddleName'; CreateField(RS); Width:=100; end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Person'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonTypeDict'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FResident'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonSex'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonDocumentPasp'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=50; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FBirthday'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPasportSeries'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPasportNumber'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPasportDate'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPasportIssued'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonSexName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FBirthplace'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FFIO'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(P)-1 do begin RS.Insert; RS.FieldByName('FId_Person').Value:=P[i].Id_Person; RS.FieldByName('FId_PersonSex').Value:=P[i].Id_PersonSex; RS.FieldByName('FId_PersonTypeDict').Value:=P[i].Id_PersonSex; RS.FieldByName('FPersonCodeU').Value:=WideStringToString(P[i].PersonCodeU, CP_ACP); RS.FieldByName('FResident').Value:=P[i].Resident; RS.FieldByName('FId_PersonDocumentPasp').Value:=P[i].Id_PersonDocumentPasp; RS.FieldByName('FBirthday').Value:=P[i].Birthday.AsDateTime; RS.FieldByName('FPersonTypeName').Value:=WideStringToString(P[i].PersonTypeName, CP_ACP); RS.FieldByName('FLastName').Value:=WideStringToString(P[i].LastName, CP_ACP); RS.FieldByName('FFirstName').Value:=WideStringToString(P[i].FirstName, CP_ACP); RS.FieldByName('FMiddleName').Value:=WideStringToString(P[i].MiddleName, CP_ACP); RS.FieldByName('FPasportSeries').Value:=WideStringToString(P[i].PasportSeries, CP_ACP); RS.FieldByName('FPasportNumber').Value:=WideStringToString(P[i].PasportNumber, CP_ACP); RS.FieldByName('FPasportIssued').Value:=WideStringToString(P[i].PasportIssued, CP_ACP); RS.FieldByName('FPasportDate').Value:=P[i].PasportDate.AsDateTime; RS.FieldByName('FPersonSexName').Value:=WideStringToString(P[i].PersonSexName, CP_ACP); RS.FieldByName('FBirthplace').Value:=WideStringToString(P[i].Birthplace, CP_ACP); RS.FieldByName('FFIO').Value:=WideStringToString(P[i].FIO, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(P)); end; end; end; procedure TEDBOIntf.getCountr(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var ka:ArrayOfDCountries; i:Integer; begin ka:=(self.ServiceIntf as EDBOPersonSoap).CountriesGet(self.LoginEDBO, //SessionGUID GetLanguage, Date2Str(Now)); //ActualDate if KA<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Country'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FCountryName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(KA)-1 do begin RS.Insert; RS.FieldByName('FId_Country').Value:=KA[i].Id_Country; RS.FieldByName('FCountryName').Value:=KA[i].CountryName; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(KA)); end end; end; procedure TEDBOIntf.getpersonCon(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var ka:ArrayOfDPersonContacts; i:Integer; PersonCodeU:WideString; begin if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; ka:=(self.ServiceIntf as EDBOPersonSoap).PersonContactsGet(self.LoginEDBO, //SessionGUID Date2Str(Now), //ActualDate GetLanguage, PersonCodeU, 0); if KA<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonContact'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FDefaull'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonContactType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonContactTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FValue'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(KA)-1 do begin RS.Insert; RS.FieldByName('FDefaull').Value:=KA[i].Defaull; RS.FieldByName('FId_PersonContact').Value:=KA[i].Id_PersonContact; RS.FieldByName('FId_PersonContactType').Value:=KA[i].Id_PersonContactType; RS.FieldByName('FPersonContactTypeName').Value:=KA[i].PersonContactTypeName; RS.FieldByName('FValue').Value:=KA[i].Value; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(KA)); end end; end; function TEDBOIntf.GetLanguage: Integer; begin if self.InParams.Items['Id_language']<>nil then Result:=PInteger(self.InParams.Items['Id_language'])^ else Result:=1; end; procedure TEDBOIntf.getLanguages(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var L:EDBOGuidesToFMASService.ArrayOfDLanguages; i:Integer; begin L:=(self.ServiceIntf as EDBOGuidesSoap).LanguagesGet(self.LoginEDBO); if L<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Language'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FLanguageName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FCode'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(L)-1 do begin RS.Insert; RS.FieldByName('FId_Language').Value:=L[i].Id_Language; RS.FieldByName('FLanguageName').Value:=L[i].NameLanguage; RS.FieldByName('FCode').Value:=L[i].Code; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(L)); end end; end; procedure TEDBOIntf.getGroups(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var G:ArrayOfDPersonsStudentsGrups2; UniversityKode:WideString; Id_AcademicYear:Integer; i:Integer; begin if self.InParams.Items['UniversityKode']<>nil then UniversityKode:=StringToWideString(PString(self.InParams.Items['UniversityKode'])^, cp_acp) else UniversityKode:=''; if self.InParams.Items['Id_AcademicYear']<>nil then Id_AcademicYear:=PInteger(self.InParams.Items['Id_AcademicYear'])^ else Id_AcademicYear:=-1; G:=(self.ServiceIntf as EDBOPersonSoap). PersonsStudentsGrupsGet2(self.LoginEDBO, Date2Str(Now), GetLanguage, 1, UniversityKode, Id_AcademicYear, ''); if (G<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversityGroup'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Course'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FStudentsCount'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityGroupFullName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityGroupShortName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(G)-1 do begin RS.Insert; RS.FieldByName('FId_UniversityGroup').Value :=G[i].Id_UniversityGroup; RS.FieldByName('FId_PersonEducationForm').Value :=G[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=G[i].Id_Qualification; RS.FieldByName('FId_Course').Value :=G[i].Id_Course; RS.FieldByName('FStudentsCount').Value :=G[i].StudentsCount; RS.FieldByName('FUniversityFacultetKode').Value :=WideStringToString(G[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FUniversityGroupFullName').Value :=WideStringToString(G[i].UniversityGroupFullName, CP_ACP); RS.FieldByName('FUniversityGroupShortName').Value :=WideStringToString(G[i].UniversityGroupShortName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(G)); end end; end; procedure TEDBOIntf.getAYears(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var Y:ArrayOfDAcademicYears; i:Integer; begin Y:=(self.ServiceIntf as EDBOGuidesSoap).AcademicYearsGet(self.LoginEDBO, GetLanguage); if (Y<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_AcademicYear'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FAcademicYearName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FAcademicYearIsActive'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(Y)-1 do begin RS.Insert; RS.FieldByName('FId_AcademicYear').Value:=Y[i].Id_AcademicYear; RS.FieldByName('FAcademicYearName').Value:=Y[i].AcademicYearName; RS.FieldByName('FAcademicYearIsActive').Value:=Y[i].AcademicYearIsActive; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(Y)); end end; end; procedure TEDBOIntf.getFhoto(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var P:ArrayOfDPersonSOAPPhoto; UniversityKode:WideString; PersonCodeU:WideString; i:Integer; begin if self.InParams.Items['UniversityKode']<>nil then UniversityKode:=StringToWideString(PString(self.InParams.Items['UniversityKode'])^, cp_acp) else UniversityKode:=''; if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; P:=(self.ServiceIntf as EDBOPersonSoap).PersonSOAPPhotoGet(self.LoginEDBO, UniversityKode, PersonCodeU); if P<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonPhoto'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FPersonPhotoIsActive'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonPhotoDateLastChange'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; size:=8000; Name:= 'FPersonPhotoBase64String'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(P)-1 do begin RS.Insert; RS.FieldByName('FId_PersonPhoto').Value :=P[i].Id_PersonPhoto; RS.FieldByName('FPersonPhotoIsActive').Value :=P[i].PersonPhotoIsActive; RS.FieldByName('FPersonPhotoDateLastChange').Value:=P[i].PersonPhotoDateLastChange.AsDateTime; RS.FieldByName('FPersonPhotoBase64String').Value :=P[i].PersonPhotoBase64String; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(P)); end end; end; procedure TEDBOIntf.getDocTypes(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var DT:ArrayOfDPersonDocumentTypes; i:Integer; begin DT:=(self.ServiceIntf as EDBOPersonSoap). PersonDocumentTypesGet(self.LoginEDBO, Date2Str(Now), GetLanguage); if DT<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonDocumentType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonDocumentTypeName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(DT)-1 do begin RS.Insert; RS.FieldByName('FId_PersonDocumentType').Value :=DT[i].Id_PersonDocumentType; RS.FieldByName('FPersonDocumentTypeName').Value :=WideStringToString(DT[i].PersonDocumentTypeName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(DT)); end end; end; procedure TEDBOIntf.getPDocs(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var PD:ArrayOfDPersonDocuments2; PersonCodeU:WideString; Id_PersonDocumentType:Integer; I:Integer; begin if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; if self.InParams.Items['Id_PersonDocumentType']<>nil then Id_PersonDocumentType:=PInteger(self.InParams.Items['Id_PersonDocumentType'])^ else Id_PersonDocumentType:=0; PD:=(self.ServiceIntf as EDBOPersonSoap). PersonDocumentsGet2(self.LoginEDBO, Date2Str(Now), GetLanguage, PersonCodeU, Id_PersonDocumentType, 0, '', -1); if PD<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonDocument'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FCancellad'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FDocumentSeries'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FDocumentNumbers'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FDocumentDateGet'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FDocumentExpiredDate'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonDocumentBegin'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonDocumentEnd'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FDocumentIssued'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(PD)-1 do begin RS.Insert; RS.FieldByName('FId_PersonDocument').Value :=PD[i].Id_PersonDocument; RS.FieldByName('FCancellad').Value :=PD[i].Cancellad; RS.FieldByName('FDocumentSeries').Value :=WideStringToString(PD[i].DocumentSeries, CP_ACP); RS.FieldByName('FDocumentNumbers').Value :=WideStringToString(PD[i].DocumentNumbers, CP_ACP); RS.FieldByName('FDocumentIssued').Value :=WideStringToString(PD[i].DocumentIssued, CP_ACP); RS.FieldByName('FDocumentDateGet').Value :=PD[i].DocumentDateGet.AsDateTime; RS.FieldByName('FDocumentExpiredDate').Value :=PD[i].DocumentExpiredDate.AsDateTime; RS.FieldByName('FPersonDocumentBegin').Value :=PD[i].PersonDocumentBegin.AsDateTime; RS.FieldByName('FPersonDocumentEnd').Value :=PD[i].PersonDocumentEnd.AsDateTime; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(PD)); end end; end; procedure TEDBOIntf.getPHTypes(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var HT:ArrayOfDPersonEducationHistoryTypes; i:Integer; begin HT:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationHistoryTypesGet(self.LoginEDBO, Date2Str(Now), GetLanguage); if (HT<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryTypeName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(HT)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationHistoryType').Value :=HT[i].Id_PersonEducationHistoryType; RS.FieldByName('FPersonEducationHistoryTypeName').Value :=WideStringToString(HT[i].PersonEducationHistoryTypeName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(HT)); end; RS.Insert; RS.FieldByName('FId_PersonEducationHistoryType').Value :=10; RS.FieldByName('FPersonEducationHistoryTypeName').Value :='На зарахування'; RS.Post; RS.Insert; RS.FieldByName('FId_PersonEducationHistoryType').Value :=70; RS.FieldByName('FPersonEducationHistoryTypeName').Value :='Зміна ПІБ'; RS.Post; end; end; procedure TEDBOIntf.getPHStatus(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var S:ArrayOfDPersonEducationHistoryOrdersStatuses; i:Integer; begin S:=(self.ServiceIntf as EDBOPersonSoap).PersonEducationHistoryOrdersStatusesGet(self.LoginEDBO); if S<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryOrderStatus'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryOrderStatusName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(S)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationHistoryOrderStatus').Value :=S[i].Id_PersonEducationHistoryOrderStatus; RS.FieldByName('FPersonEducationHistoryOrderStatusName').Value :=WideStringToString(S[i].PersonEducationHistoryOrderStatusName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(S)); end end; end; procedure TEDBOIntf.getPOrders(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var O:ArrayOfDPersonEducationHistoryOrders2; UniversityKode:WideString; i:Integer; Id_PersonEducationHistoryType:Integer; Id_PersonEducationHistoryOrderStatus:Integer; Id_AcademicYear:Integer; begin if self.InParams.Items['UniversityKode']<>nil then UniversityKode:=StringToWideString(PString(self.InParams.Items['UniversityKode'])^, cp_acp) else UniversityKode:='-1'; if self.InParams.Items['Id_PersonEducationHistoryType']<>nil then Id_PersonEducationHistoryType:=PInteger(self.InParams.Items['Id_PersonEducationHistoryType'])^ else Id_PersonEducationHistoryType:=0; if self.InParams.Items['Id_PersonEducationHistoryOrderStatus']<>nil then Id_PersonEducationHistoryOrderStatus:=PInteger(self.InParams.Items['Id_PersonEducationHistoryOrderStatus'])^ else Id_PersonEducationHistoryOrderStatus:=0; if self.InParams.Items['Id_AcademicYear']<>nil then Id_AcademicYear:=PInteger(self.InParams.Items['Id_AcademicYear'])^ else Id_AcademicYear:=0; O:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationHistoryOrdersGet2(self.LoginEDBO, Date2Str(Now), GetLanguage, UniversityKode, Id_PersonEducationHistoryType, Id_PersonEducationHistoryOrderStatus, '~1#'+IntToStr(Id_AcademicYear)); if (O<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryOrders'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryOrdersNumber'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationHistoryOrdersDate'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FIsVerified'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_RegulationDocumentVerificationHistoryType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryOrderStatus'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FStudCount'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FRegulationDocumentVerificationHistoryTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryOrderStatusName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationHistoryOrdersDateLastChange'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryTypeName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(O)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationHistoryOrders').Value :=O[i].Id_PersonEducationHistoryOrders; RS.FieldByName('FIsVerified').Value :=O[i].IsVerified; RS.FieldByName('FStudCount').Value :=O[i].StudCount; RS.FieldByName('FId_RegulationDocumentVerificationHistoryType').Value :=O[i].Id_RegulationDocumentVerificationHistoryType; RS.FieldByName('FId_PersonEducationHistoryType').Value :=O[i].Id_PersonEducationHistoryType; RS.FieldByName('FId_PersonEducationHistoryOrderStatus').Value :=O[i].Id_PersonEducationHistoryOrderStatus; RS.FieldByName('FPersonEducationHistoryOrderStatusName').Value :=WideStringToString(O[i].PersonEducationHistoryOrderStatusName, CP_ACP); RS.FieldByName('FRegulationDocumentVerificationHistoryTypeName').Value :=WideStringToString(O[i].RegulationDocumentVerificationHistoryTypeName, CP_ACP); RS.FieldByName('FPersonEducationHistoryTypeName').Value :=WideStringToString(O[i].PersonEducationHistoryTypeName, CP_ACP); RS.FieldByName('FPersonEducationHistoryOrdersNumber').Value :=WideStringToString(O[i].PersonEducationHistoryOrdersNumber, CP_ACP); RS.FieldByName('FPersonEducationHistoryOrdersDate').AsDateTime :=O[i].PersonEducationHistoryOrdersDate.AsDateTime; RS.FieldByName('FPersonEducationHistoryOrdersDateLastChange').AsDateTime :=O[i].PersonEducationHistoryOrdersDateLastChange.AsDateTime; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(O)); end end; end; procedure TEDBOIntf.getPDateChng(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonsIds; i:Integer; UniversityKode:WideString; PersonRequestSeasons:Integer; begin if self.InParams.Items['UniversityKode']<>nil then UniversityKode:=StringToWideString(PString(self.InParams.Items['UniversityKode'])^, cp_acp) else UniversityKode:='-1'; if self.InParams.Items['PersonRequestSeasons']<>nil then PersonRequestSeasons:=PInteger(self.InParams.Items['PersonRequestSeasons'])^ else PersonRequestSeasons:=-1; R:=(self.ServiceIntf as EDBOPersonSoap). PersonsIdsGet(self.LoginEDBO, GetLanguage, PersonRequestSeasons, UniversityKode); if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Person'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FDateLastChange'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_Person').Value :=R[i].Id_Person; RS.FieldByName('FPersonCodeU').Value :=WideStringToString(R[i].PersonCodeU, CP_ACP); RS.FieldByName('FDateLastChange').Value :=R[i].DateLastChange.AsDateTime; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getOrderData(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonEducationHistoryOrdersData2; Id_PersonEducationHistoryOrders:Integer; i:Integer; begin if self.InParams.Items['Id_PersonEducationHistoryOrders']<>nil then Id_PersonEducationHistoryOrders:=PInteger(self.InParams.Items['Id_PersonEducationHistoryOrders'])^ else Id_PersonEducationHistoryOrders:=-1; R:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationHistoryOrdersDataGet2(self.LoginEDBO, Date2Str(Now), GetLanguage, Id_PersonEducationHistoryOrders, ''); if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FFIO'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversityGroup'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Course'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_AcademicYear'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Person'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonRequest'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducation'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationPaymentTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FAcademicLeaveTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationsCancelEducationTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistory'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationPaymentType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FResident'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationHistoryDateBegin'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_AcademicLeaveType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationsCancelEducationType'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_Person').Value :=R[i].Id_Person; RS.FieldByName('FId_UniversityGroup').Value :=R[i].Id_UniversityGroup; RS.FieldByName('FId_PersonEducationForm').Value :=R[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=R[i].Id_Qualification; RS.FieldByName('FId_Course').Value :=R[i].Id_Course; RS.FieldByName('FId_AcademicYear').Value :=R[i].Id_AcademicYear; RS.FieldByName('FId_Person').Value :=R[i].Id_Person; RS.FieldByName('FResident').Value :=R[i].Resident; RS.FieldByName('FId_PersonRequest').Value :=R[i].Id_PersonRequest; RS.FieldByName('FPersonEducationHistoryDateBegin').Value :=R[i].PersonEducationHistoryDateBegin.AsDateTime; RS.FieldByName('FId_PersonEducation').Value :=R[i].Id_PersonEducation; RS.FieldByName('FId_PersonEducationHistory').Value :=R[i].Id_PersonEducationHistory; RS.FieldByName('FId_PersonEducationPaymentType').Value :=R[i].Id_PersonEducationPaymentType; RS.FieldByName('FId_PersonEducationHistoryType').Value :=R[i].Id_PersonEducationHistoryType; RS.FieldByName('FId_PersonRequest').Value :=R[i].Id_PersonRequest; RS.FieldByName('FId_AcademicLeaveType').Value :=R[i].Id_AcademicLeaveType; RS.FieldByName('FId_PersonEducationsCancelEducationType').Value :=R[i].Id_PersonEducationsCancelEducationType; RS.FieldByName('FPersonEducationsCancelEducationTypeName').Value :=WideStringToString(R[i].PersonEducationsCancelEducationTypeName, CP_ACP); RS.FieldByName('FPersonEducationHistoryTypeName').Value :=WideStringToString(R[i].PersonEducationHistoryTypeName, CP_ACP); RS.FieldByName('FPersonEducationPaymentTypeName').Value :=WideStringToString(R[i].PersonEducationPaymentTypeName, CP_ACP); RS.FieldByName('FPersonCodeU').Value :=WideStringToString(R[i].PersonCodeU, CP_ACP); RS.FieldByName('FSpecCode').Value :=WideStringToString(R[i].SpecCode, CP_ACP); RS.FieldByName('FUniversityFacultetKode').Value :=WideStringToString(R[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FFIO').Value :=WideStringToString(R[i].FIO, CP_ACP); RS.FieldByName('FAcademicLeaveTypeName').Value :=WideStringToString(R[i].AcademicLeaveTypeName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getPEducat(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonEducations2; i:Integer; PersonCodeU:WideString; begin if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; R:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationsGet2(self.LoginEDBO, Date2Str(Now), GetLanguage, PersonCodeU, 0, 3, ''); if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationDateBegin'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationDateEnd'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversityGroup'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Course'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_AcademicYear'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducation'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FPersonEducationDateBegin').Value :=R[i].PersonEducationDateBegin.AsDateTime; RS.FieldByName('FPersonEducationDateEnd').Value :=R[i].PersonEducationDateEnd.AsDateTime; RS.FieldByName('FId_UniversityGroup').Value :=R[i].Id_UniversityGroup; RS.FieldByName('FId_PersonEducationForm').Value:=R[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=R[i].Id_Qualification; RS.FieldByName('FId_Course').Value :=R[i].Id_Course; RS.FieldByName('FId_AcademicYear').Value :=R[i].Id_AcademicYear; RS.FieldByName('FId_PersonEducation').Value :=R[i].Id_PersonEducation; RS.FieldByName('FPersonCodeU').Value :=WideStringToString(R[i].PersonCodeU, CP_ACP); RS.FieldByName('FSpecCode').Value :=WideStringToString(R[i].SpecCode, CP_ACP); RS.FieldByName('FUniversityFacultetKode').Value:=WideStringToString(R[i].UniversityFacultetKode, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getPOrderFIO(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonEducationHistoryOrdersChangeFIOData; i:Integer; Id_PersonEducationHistoryOrders:Integer; begin if self.InParams.Items['Id_PersonEducationHistoryOrders']<>nil then Id_PersonEducationHistoryOrders:=PInteger(self.InParams.Items['Id_PersonEducationHistoryOrders'])^ else Id_PersonEducationHistoryOrders:=-1; R:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationHistoryOrdersChangeFIODataGet(self.LoginEDBO, Date2Str(Now), GetLanguage, Id_PersonEducationHistoryOrders, ''); if (R<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryOrders'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FFirstName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FMiddleName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FLastName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FDocumentSeries'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FDocumentNumbers'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FDocumentIssued'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FDocumentDescription'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FCurrentFIO'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FDocumentDateGet'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FFIODateChange'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationHistoryOrders').Value :=R[i].Id_PersonEducationHistoryOrders; RS.FieldByName('FDocumentDateGet').Value :=R[i].DocumentDateGet.AsDateTime; RS.FieldByName('FFIODateChange').Value :=R[i].FIODateChange.AsDateTime; RS.FieldByName('FFirstName').Value :=WideStringToString(R[i].FirstName, CP_ACP); RS.FieldByName('FMiddleName').Value :=WideStringToString(R[i].MiddleName, CP_ACP); RS.FieldByName('FLastName').Value :=WideStringToString(R[i].LastName, CP_ACP); RS.FieldByName('FDocumentSeries').Value :=WideStringToString(R[i].DocumentSeries, CP_ACP); RS.FieldByName('FDocumentNumbers').Value :=WideStringToString(R[i].DocumentNumbers, CP_ACP); RS.FieldByName('FDocumentIssued').Value :=WideStringToString(R[i].DocumentIssued, CP_ACP); RS.FieldByName('FDocumentDescription').Value :=WideStringToString(R[i].DocumentDescription, CP_ACP); RS.FieldByName('FCurrentFIO').Value :=WideStringToString(R[i].CurrentFIO, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getPHistory(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonEducationHistory2; i:Integer; PersonCodeU:WideString; Id_PersonEducation:Integer; begin if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; if self.InParams.Items['Id_PersonEducation']<>nil then Id_PersonEducation:=PInteger(self.InParams.Items['Id_PersonEducation'])^ else Id_PersonEducation:=-1; R:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationHistoryGet2(self.LoginEDBO, Date2Str(Now), GetLanguage, PersonCodeU, Id_PersonEducation, 0); if (R<>nil) then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FIsActive'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistory'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationPaymentType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_AcademicYear'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversityGroup'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Course'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryOrders'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryCorrected'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FIsCorrected'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_OrderOfEnrollment'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_AcademicLeaveType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationsCancelEducationType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryDesciption'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUserFIO'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FOperatorFIO'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationsCancelEducationTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FAcademicLeaveTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationHistoryDateBegin'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationHistoryDateEnd'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FDateLastChange'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducation'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationHistory').Value :=R[i].Id_PersonEducationHistory; RS.FieldByName('FId_PersonEducationPaymentType').Value :=R[i].Id_PersonEducationPaymentType; RS.FieldByName('FId_UniversityGroup').Value :=R[i].Id_UniversityGroup; RS.FieldByName('FIsActive').Value :=R[i].IsActive; RS.FieldByName('FId_UniversityGroup').Value :=R[i].Id_UniversityGroup; RS.FieldByName('FId_PersonEducation').Value :=R[i].Id_PersonEducation; RS.FieldByName('FId_Course').Value :=R[i].Id_Course; RS.FieldByName('FId_AcademicLeaveType').Value :=R[i].Id_AcademicLeaveType; RS.FieldByName('FId_PersonEducationsCancelEducationType').Value :=R[i].Id_PersonEducationsCancelEducationType; RS.FieldByName('FId_PersonEducationForm').Value :=R[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=R[i].Id_Qualification; RS.FieldByName('FId_PersonEducationHistoryOrders').Value :=R[i].Id_PersonEducationHistoryOrders; RS.FieldByName('FId_PersonEducationHistoryCorrected').Value:=R[i].Id_PersonEducationHistoryCorrected; RS.FieldByName('FIsCorrected').Value :=R[i].IsCorrected; RS.FieldByName('FId_OrderOfEnrollment').Value :=R[i].Id_OrderOfEnrollment; RS.FieldByName('FPersonCodeU').Value :=WideStringToString(R[i].PersonCodeU, CP_ACP); RS.FieldByName('FUniversityFacultetKode').Value :=WideStringToString(R[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FSpecCode').Value :=WideStringToString(R[i].SpecCode, CP_ACP); RS.FieldByName('FPersonEducationHistoryDesciption').Value :=WideStringToString(R[i].PersonEducationHistoryDesciption, CP_ACP); RS.FieldByName('FAcademicLeaveTypeName').Value :=WideStringToString(R[i].AcademicLeaveTypeName, CP_ACP); RS.FieldByName('FUserFIO').Value :=WideStringToString(R[i].UserFIO, CP_ACP); RS.FieldByName('FOperatorFIO').Value :=WideStringToString(R[i].UserFIO, CP_ACP); RS.FieldByName('FPersonEducationsCancelEducationTypeName').Value :=WideStringToString(R[i].PersonEducationsCancelEducationTypeName, CP_ACP); RS.FieldByName('FPersonEducationHistoryDateBegin').Value :=R[i].PersonEducationHistoryDateBegin.AsDateTime; RS.FieldByName('FPersonEducationHistoryDateEnd').Value :=R[i].PersonEducationHistoryDateEnd.AsDateTime; RS.FieldByName('FDateLastChange').Value :=R[i].DateLastChange.AsDateTime; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getTypeFin(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonEducationPaymentTypes; i:Integer; begin R:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationPaymentTypesGet(self.LoginEDBO, self.Date2Str(Now), GetLanguage); if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationPaymentType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationPaymentTypeName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationPaymentType').Value :=R[i].Id_PersonEducationPaymentType; RS.FieldByName('FPersonEducationPaymentTypeName').Value :=WideStringToString(R[i].PersonEducationPaymentTypeName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getPersReq(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonRequests2; i:Integer; PersonCodeU:WideString; PRS:Integer; begin if self.InParams.Items['PersonCodeU']<>nil then PersonCodeU:=StringToWideString(PString(self.InParams.Items['PersonCodeU'])^, cp_acp) else PersonCodeU:=''; if self.InParams.Items['PRS']<>nil then PRS:=PInteger(self.InParams.Items['PRS'])^ else PRS:=2; R:=(self.ServiceIntf as EDBOPersonSoap). PersonRequestsGet2(self.LoginEDBO, self.Date2Str(Now), GetLanguage, PersonCodeU, PRS, 0, '', 0, 0, ''); if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FIsContract'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversitySpecialities'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEnteranceTypeName'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FIsContract').Value :=R[i].IsContract; RS.FieldByName('FId_UniversitySpecialities').Value :=R[i].Id_UniversitySpecialities; RS.FieldByName('FId_PersonEducationForm').Value :=R[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=R[i].Id_Qualification; RS.FieldByName('FUniversityFacultetKode').Value :=WideStringToString(R[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FPersonEnteranceTypeName').Value :=WideStringToString(R[i].PersonEnteranceTypeName, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getUnivReg(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDUniversityFacultetsRequests2; i:Integer; PRS:Integer; //Id_PersonRequestStatusType1:Integer; Uni:ArrayOfDUniversities; PCU:WideString; begin Uni:=(self.ServiceIntf as EDBOGuidesSoap).UniversitiesGet2(self.LoginEDBO, '', GetLanguage, Date2Str(Now), '', '', '', '', 0); if (Uni<>nil) then begin if self.InParams.Items['PCU']<>nil then PCU:=StringToWideString(PString(self.InParams.Items['PCU'])^, cp_acp) else PCU:=''; if self.InParams.Items['PRS']<>nil then PRS:=PInteger(self.InParams.Items['PRS'])^ else PRS:=2; R:=(self.ServiceIntf as EDBOGuidesSoap). UniversityFacultetsGetRequests2(self.LoginEDBO, PRS, '', '', GetLanguage, self.Date2Str(Now), PCU, 0, '', 0,//Id_PersonRequestStatusType1, убираем фильтр по статусу заявок 0, 0, 0, Uni[0].UniversityKode, 0, ''); if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonRequestStatus'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonRequestStatusType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FDateLastChange'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FIsContract'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversitySpecialities'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEnteranceTypeName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversitySpecialitiesKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FCodeOfBusiness'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_PersonRequestStatus').Value :=R[i].Id_PersonRequestStatus; RS.FieldByName('FId_PersonRequestStatusType').Value :=R[i].Id_UniversitySpecialities; RS.FieldByName('FDateLastChange').Value :=R[i].DateLastChange.AsDateTime; RS.FieldByName('FPersonCodeU').Value :=WideStringToString(R[i].PersonCodeU, CP_ACP); RS.FieldByName('FIsContract').Value :=R[i].IsContract; RS.FieldByName('FId_UniversitySpecialities').Value :=R[i].Id_UniversitySpecialities; RS.FieldByName('FId_PersonEducationForm').Value :=R[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=R[i].Id_Qualification; RS.FieldByName('FUniversityFacultetKode').Value :=WideStringToString(R[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FPersonEnteranceTypeName').Value :=WideStringToString(R[i].PersonEnteranceTypeName, CP_ACP); RS.FieldByName('FSpecCode').Value :=WideStringToString(R[i].SpecCode, CP_ACP); RS.FieldByName('FCodeOfBusiness').Value :=WideStringToString(R[i].CodeOfBusiness, CP_ACP); RS.FieldByName('FUniversitySpecialitiesKode').Value :=WideStringToString(R[i].UniversitySpecialitiesKode, CP_ACP); RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; end; procedure TEDBOIntf.getStudents(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonsStudentsGrupsPersonsFind2; UniversityKode:WideString; Id_Person:Integer; i:Integer; begin if (self.InParams.Items['UniversityKode']<>nil) then UniversityKode:=StringToWideString(PString(self.InParams.Items['UniversityKode'])^, cp_acp) else UniversityKode:=''; if (self.InParams.Items['Id_Person']<>nil) then Id_Person:=PInteger(self.InParams.Items['Id_Person'])^ else Id_Person:=-1; if Id_Person=-1 then begin R:=(self.ServiceIntf as EDBOPersonSoap). PersonsStudentsGrupsPersonsFind2(self.LoginEDBO, self.Date2Str(Now), GetLanguage, UniversityKode, '~1#*'); end else begin R:=(self.ServiceIntf as EDBOPersonSoap). PersonsStudentsGrupsPersonsFind2(self.LoginEDBO, self.Date2Str(Now), GetLanguage, UniversityKode, '~2#'+IntToStr(Id_Person)); end; if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_education_history'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FResident'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Course'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversityGroup'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationForm').Value :=R[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=R[i].Id_Qualification; RS.FieldByName('FUniversityFacultetKode').Value :=WideStringToString(R[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FSpecCode').Value :=WideStringToString(R[i].SpecCode, CP_ACP); RS.FieldByName('FResident').Value :=R[i].Resident; RS.FieldByName('FId_UniversityGroup').Value :=R[i].Id_UniversityGroup; RS.FieldByName('FId_Course').Value :=R[i].Id_Course; RS.FieldByName('FId_education_history').Value :=R[i].Id_PersonEducationHistory; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; procedure TEDBOIntf.getStudList(var RS: TRxMemoryData; CFunc: TEDBOCallBackFunction); var R:ArrayOfDPersonEducationsFull; UniversityKode:WideString; Id_PersonRequestSeasons:Integer; i:Integer; begin if self.InParams.Items['UniversityKode']<>nil then UniversityKode:=StringToWideString(PString(self.InParams.Items['UniversityKode'])^, cp_acp) else UniversityKode:=''; if self.InParams.Items['Id_PersonRequestSeasons']<>nil then Id_PersonRequestSeasons:=PInteger(self.InParams.Items['Id_PersonRequestSeasons'])^ else Id_PersonRequestSeasons:=-1; R:=(self.ServiceIntf as EDBOPersonSoap). PersonEducationsFullGet(self.LoginEDBO, self.Date2Str(Now), GetLanguage, UniversityKode, Id_PersonRequestSeasons); if R<>nil then begin with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonCodeU'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_education'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationForm'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Qualification'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FUniversityFacultetKode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FSpecCode'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Size:=255; Name:= 'FPersonEducationHistoryOrdersNumber'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_Course'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_UniversityGroup'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonRequest'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryOrders'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationHistoryOrdersDate'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationPaymentType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FId_PersonEducationHistoryType'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationDateBegin'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftDateTime; Name:= 'FPersonEducationDateEnd'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Name:= 'FUniversityFacultetFullName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Name:= 'FSpecSpecialityName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Name:= 'FQualificationName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Name:= 'FUniversityGroupFullName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftString; Name:= 'FPersonEducationFormName'; CreateField(RS); end; with RS.FieldDefs.AddFieldDef() do begin DataType := ftInteger; Name:= 'FIsSecondHigher'; CreateField(RS); end; RS.Active:=true; for i:=0 to LENGTH(R)-1 do begin RS.Insert; RS.FieldByName('FId_PersonEducationForm').Value :=R[i].Id_PersonEducationForm; RS.FieldByName('FId_Qualification').Value :=R[i].Id_Qualification; RS.FieldByName('FIsSecondHigher').Value :=R[i].IsSecondHigher; RS.FieldByName('FPersonEducationFormName').Value :=WideStringToString(R[i].PersonEducationFormName, CP_ACP); RS.FieldByName('FUniversityFacultetKode').Value :=WideStringToString(R[i].UniversityFacultetKode, CP_ACP); RS.FieldByName('FSpecCode').Value :=WideStringToString(R[i].SpecCode, CP_ACP); RS.FieldByName('FPersonCodeU').Value :=WideStringToString(R[i].PersonCodeU, CP_ACP); RS.FieldByName('FUniversityFacultetFullName').Value :=WideStringToString(R[i].UniversityFacultetFullName, CP_ACP); RS.FieldByName('FSpecSpecialityName').Value :=WideStringToString(R[i].SpecSpecialityName, CP_ACP); RS.FieldByName('FQualificationName').Value :=WideStringToString(R[i].QualificationName, CP_ACP); RS.FieldByName('FUniversityGroupFullName').Value :=WideStringToString(R[i].UniversityGroupFullName, CP_ACP); RS.FieldByName('FPersonEducationHistoryOrdersNumber').Value:=WideStringToString(R[i].PersonEducationHistoryOrdersNumber, CP_ACP); RS.FieldByName('FId_UniversityGroup').Value :=R[i].Id_UniversityGroup; RS.FieldByName('FId_Course').Value :=R[i].Id_Course; RS.FieldByName('FId_education').Value :=R[i].Id_PersonEducation; RS.FieldByName('FId_PersonRequest').Value :=R[i].Id_PersonRequest; RS.FieldByName('FId_PersonEducationHistoryOrders').Value :=R[i].Id_PersonEducationHistoryOrders; RS.FieldByName('FPersonEducationHistoryOrdersDate').Value :=R[i].PersonEducationHistoryOrdersDate.AsDateTime; RS.FieldByName('FId_PersonEducationPaymentType').Value :=R[i].Id_PersonEducationPaymentType; RS.FieldByName('FId_PersonEducationHistoryType').Value :=R[i].Id_PersonEducationHistoryType; RS.FieldByName('FPersonEducationDateBegin').Value :=R[i].PersonEducationDateBegin.AsDateTime; RS.FieldByName('FPersonEducationDateEnd').Value :=R[i].PersonEducationDateEnd.AsDateTime; RS.Post; if @CFunc<>nil then CFunc(i+1, LENGTH(R)); end end; end; initialization //Регистрация класса в глобальном реестре RegisterAppModule(TEDBOIntf,'EDBOIntf'); end.
unit COW_Utils; interface uses SysUtils,Classes,COW_RunTime; function ConvertLexerDefinitionToPascalDeclaration(x:TLexerDefinition;Prefix:string='';Indent:string='';CRLF:string=#10#13):string; function ConvertParserDefinitionToPascalDeclaration(x:TParserDefinition;Prefix:string='';Indent:string='';CRLF:string=#10#13):string; procedure WriteLexerDefinitionToStream(x:TLexerDefinition;s:TStream); function ReadLexerDefinitionFromStream(s:TStream):TLexerDefinition; procedure WriteParserDefinitionToStream(x:TParserDefinition;s:TStream); function ReadParserDefinitionFromStream(s:TStream):TParserDefinition; function ConvertLexerDefinitionToBinaryPascalDeclaration(s:TStream;Prefix:string;CRLF:string=#10#13):string; function ConvertLexerDefinitionToBinaryPascalImplementation(s:TStream;Prefix:string;CRLF:string=#10#13):string; function ConvertParserDefinitionToBinaryPascalDeclaration(s:TStream;Prefix:string;CRLF:string=#10#13):string; function ConvertParserDefinitionToBinaryPascalImplementation(s:TStream;Prefix:string;CRLF:string=#10#13):string; function CompareLexerDefinitions(x,y:TLexerDefinition):Boolean; function CompareParserDefinitions(x,y:TParserDefinition):Boolean; implementation uses COW_Design,Math; function TableItemToStr(i:COW_RunTime.TTableItem):string; begin Result:='(ItemType:'; case i.ItemType of titShift:Result:=Result+'titShift;Value:'+IntToStr(i.Value); titReduce:Result:=Result+'titReduce;Value:'+IntToStr(i.Value); titGoto:Result:=Result+'titGoto;Value:'+IntToStr(i.Value); titError:Result:=Result+'titError'; titAccept:Result:=Result+'titAccept'; end; Result:=Result+')'; end; function BoolToStr(b:Boolean):string; begin if b then Result:='True' else Result:='False'; end; function ConvertLexerDefinitionToPascalDeclaration(x:TLexerDefinition;Prefix:string='';Indent:string='';CRLF:string=#10#13):string; var a,b:Integer; s,t:string; begin Result:=Indent+'const'+CRLF+CRLF; for a:=0 to x.LexerTablesCount-1 do begin Result:=Result+Indent+' '+Prefix+'LexerTableItems'+IntToStr(a)+':array[0..'+IntToStr(x.LexerTables[a].Width*x.LexerTables[a].Height-1)+'] of TTableItem=('+CRLF; for b:=0 to x.LexerTables[a].Width*x.LexerTables[a].Height-1 do begin Result:=Result+Indent+' '+TableItemToStr(x.LexerTables[a].TableItems[b]); if b<x.LexerTables[a].Width*x.LexerTables[a].Height-1 then Result:=Result+','+CRLF else Result:=Result+');'+CRLF+CRLF; end; end; Result:=Result+Indent+' '+Prefix+'LexerTables:array[0..'+IntToStr(x.LexerTablesCount-1)+'] of TLexerTable=('+CRLF; for a:=0 to x.LexerTablesCount-1 do begin t:=''; s:=Indent+' CharMap:('; for b:=0 to 255 do begin s:=s+IntToStr(x.LexerTables[a].CharMap[Chr(b)]); if b<255 then begin s:=s+','; if Length(s)>100 then begin t:=t+s+CRLF; s:=Indent+' '; end; end; end; t:=t+s+')'; Result:=Result+Indent+' (Width:'+IntToStr(x.LexerTables[a].Width)+';'+CRLF+ Indent+' Height:'+IntToStr(x.LexerTables[a].Height)+';'+CRLF+ Indent+' EOFId:'+IntToStr(x.LexerTables[a].EOFId)+';'+CRLF+ Indent+' TableItems:@'+Prefix+'LexerTableItems'+IntToStr(a)+';'+CRLF+ t+';'+CRLF+ Indent+' Stored:'+BoolToStr(x.LexerTables[a].Stored)+')'; if a<Integer(x.LexerTablesCount)-1 then Result:=Result+','+CRLF else Result:=Result+');'+CRLF+CRLF; end; Result:=Result+Indent+' '+Prefix+'LexerLaws:array[0..'+IntToStr(x.LexerLawsCount-1)+'] of TLexerLaw=('+CRLF; for a:=0 to x.LexerLawsCount-1 do begin Result:=Result+Indent+' (ChildsCount:'+IntToStr(x.LexerLaws[a].ChildsCount)+';ID:'+IntToStr(x.LexerLaws[a].ID)+')'; if a<Integer(x.LexerLawsCount)-1 then Result:=Result+','+CRLF else Result:=Result+');'+CRLF+CRLF; end; Result:=Result+Indent+' '+Prefix+'LexerDefinition:TLexerDefinition='+CRLF+ Indent+' (LexerTables:@'+Prefix+'LexerTables;'+CRLF+ Indent+' LexerTablesCount:'+IntToStr(x.LexerTablesCount)+';'+CRLF+ Indent+' LexerEOFId:'+IntToStr(x.LexerEOFId)+';'+CRLF+ Indent+' LexerLaws:@'+Prefix+'LexerLaws;'+CRLF+ Indent+' LexerLawsCount:'+IntToStr(x.LexerLawsCount)+';'+CRLF+ Indent+' StaticResource:True);'+CRLF+CRLF; end; function ConvertParserDefinitionToPascalDeclaration(x:TParserDefinition;Prefix:string='';Indent:string='';CRLF:string=#10#13):string; var a,b:Integer; s,t:string; begin Result:=Indent+'const'+CRLF+CRLF; Result:=Result+Indent+' '+Prefix+'ParserTable:array[0..'+IntToStr(x.TableWidth*x.TableHeight-1)+'] of TTableItem=('+CRLF; for a:=0 to x.TableWidth*x.TableHeight-1 do begin Result:=Result+Indent+' '+TableItemToStr(x.ParserTable[a]); if a<x.TableWidth*x.TableHeight-1 then Result:=Result+','+CRLF else Result:=Result+');'+CRLF+CRLF; end; for a:=0 to x.ParserLawsCount-1 do begin Result:=Result+Indent+' '+Prefix+'ParserLawUsage'+IntToStr(a)+':array[0..'+IntToStr(x.ParserLaws[a].ChildsCount-1)+'] of Boolean=('+CRLF; s:=Indent+' '; t:=''; for b:=0 to x.ParserLaws[a].ChildsCount-1 do begin s:=s+BoolToStr(x.ParserLaws[a].Usage[b]); if b<x.ParserLaws[a].ChildsCount-1 then begin s:=s+','; if Length(s)>100 then begin t:=t+s+CRLF; s:=Indent+' '; end; end; end; Result:=Result+t+s+');'+CRLF+CRLF; end; Result:=Result+Indent+' '+Prefix+'ParserLaws:array[0..'+IntToStr(x.ParserLawsCount-1)+'] of TParserLaw=('+CRLF; for a:=0 to x.ParserLawsCount-1 do begin Result:=Result+Indent+' (ChildsCount:'+IntToStr(x.ParserLaws[a].ChildsCount)+';'+CRLF+ Indent+' ID:'+IntToStr(x.ParserLaws[a].ID)+';'+CRLF+ Indent+' UsageCount:'+IntToStr(x.ParserLaws[a].UsageCount)+';'+CRLF+ Indent+' Usage:@'+Prefix+'ParserLawUsage'+IntToStr(a)+')'; if a<x.ParserLawsCount-1 then Result:=Result+','+CRLF else Result:=Result+');'+CRLF+CRLF; end; Result:=Result+Indent+' '+Prefix+'TokenNames:array[0..'+IntToStr(x.TokenNamesCount-1)+'] of string=('+CRLF; for a:=0 to x.TokenNamesCount-1 do begin Result:=Result+Indent+' '''+x.TokenNames[a]+''''; if a<x.TokenNamesCount-1 then Result:=Result+','+CRLF else Result:=Result+');'+CRLF+CRLF; end; Result:=Result+Indent+' '+Prefix+'ParserDefinition:TParserDefinition='+CRLF+ Indent+' (ParserTable:@'+Prefix+'ParserTable;'+CRLF+ Indent+' TableWidth:'+IntToStr(x.TableWidth)+';'+CRLF+ Indent+' TableHeight:'+IntToStr(x.TableHeight)+';'+CRLF+ Indent+' ParserLaws:@'+Prefix+'ParserLaws;'+CRLF+ Indent+' ParserLawsCount:'+IntToStr(x.ParserLawsCount)+';'+CRLF+ Indent+' TokenNames:@'+Prefix+'TokenNames;'+CRLF+ Indent+' TokenNamesCount:'+IntToStr(x.TokenNamesCount)+';'+CRLF+ Indent+' StaticResource:True);'+CRLF+CRLF; end; procedure WriteLexerDefinitionToStream(x:TLexerDefinition;s:TStream); var a,b:Integer; begin s.Write(x.LexerTablesCount,SizeOf(Cardinal)); for a:=0 to Integer(x.LexerTablesCount)-1 do begin s.Write(x.LexerTables[a].Width,SizeOf(Word)); s.Write(x.LexerTables[a].Height,SizeOf(Word)); s.Write(x.LexerTables[a].EOFId,SizeOf(Word)); s.Write(x.LexerTables[a].CharMap,SizeOf(COW_RunTime.TCharMap)); s.Write(x.LexerTables[a].Stored,SizeOf(Boolean)); for b:=0 to Integer(x.LexerTables[a].Width)*Integer(x.LexerTables[a].Height)-1 do s.Write(x.LexerTables[a].TableItems[b],SizeOf(COW_RunTime.TTableItem)); end; s.Write(x.LexerEOFId,SizeOf(Word)); s.Write(x.LexerLawsCount,SizeOf(Cardinal)); for a:=0 to Integer(x.LexerLawsCount)-1 do s.Write(x.LexerLaws[a],SizeOf(COW_RunTime.TLexerLaw)); end; function ReadLexerDefinitionFromStream(s:TStream):TLexerDefinition; var a,b:Integer; begin s.Read(Result.LexerTablesCount,SizeOf(Cardinal)); GetMem(Result.LexerTables,Result.LexerTablesCount*SizeOf(COW_RunTime.TLexerTable)); for a:=0 to Integer(Result.LexerTablesCount)-1 do begin s.Read(Result.LexerTables[a].Width,SizeOf(Word)); s.Read(Result.LexerTables[a].Height,SizeOf(Word)); s.Read(Result.LexerTables[a].EOFId,SizeOf(Word)); s.Read(Result.LexerTables[a].CharMap,SizeOf(COW_RunTime.TCharMap)); s.Read(Result.LexerTables[a].Stored,SizeOf(Boolean)); GetMem(Result.LexerTables[a].TableItems,Integer(Result.LexerTables[a].Width)*Integer(Result.LexerTables[a].Height)*SizeOf(COW_RunTime.TTableItem)); for b:=0 to Integer(Result.LexerTables[a].Width)*Integer(Result.LexerTables[a].Height)-1 do s.Read(Result.LexerTables[a].TableItems[b],SizeOf(COW_RunTime.TTableItem)); end; s.Read(Result.LexerEOFId,SizeOf(Word)); s.Read(Result.LexerLawsCount,SizeOf(Cardinal)); GetMem(Result.LexerLaws,Integer(Result.LexerLawsCount)*SizeOf(COW_RunTime.TLexerLaw)); for a:=0 to Integer(Result.LexerLawsCount)-1 do s.Read(Result.LexerLaws[a],SizeOf(COW_RunTime.TLexerLaw)); Result.StaticResource:=False; end; procedure WriteStringToStream(Str:string;s:TStream); var a:Integer; begin a:=Length(Str); s.Write(a,SizeOf(a)); s.Write(Str[1],a); end; function ReadStringFromStream(s:TStream):string; var a:Integer; begin s.Read(a,SizeOf(a)); SetLength(Result,a); s.Read(Result[1],a); end; procedure WriteParserDefinitionToStream(x:TParserDefinition;s:TStream); var a,b:Integer; begin s.Write(x.TableWidth,SizeOf(Word)); s.Write(x.TableHeight,SizeOf(Word)); for a:=0 to Integer(x.TableWidth)*Integer(x.TableHeight)-1 do s.Write(x.ParserTable[a],SizeOf(COW_RunTime.TTableItem)); s.Write(x.ParserLawsCount,SizeOf(Word)); for a:=0 to Integer(x.ParserLawsCount)-1 do begin s.Write(x.ParserLaws[a].ChildsCount,SizeOf(Word)); s.Write(x.ParserLaws[a].ID,SizeOf(Word)); s.Write(x.ParserLaws[a].UsageCount,SizeOf(Word)); for b:=0 to Integer(x.ParserLaws[a].ChildsCount)-1 do s.Write(x.ParserLaws[a].Usage[b],SizeOf(Boolean)); end; s.Write(x.TokenNamesCount,SizeOf(Word)); for a:=0 to Integer(x.TokenNamesCount)-1 do WriteStringToStream(x.TokenNames[a],s); end; function ReadParserDefinitionFromStream(s:TStream):TParserDefinition; var a,b:Integer; begin s.Read(Result.TableWidth,SizeOf(Word)); s.Read(Result.TableHeight,SizeOf(Word)); GetMem(Result.ParserTable,Integer(Result.TableWidth)*Integer(Result.TableHeight)*SizeOf(TTableItem)); for a:=0 to Integer(Result.TableWidth)*Integer(Result.TableHeight)-1 do s.Read(Result.ParserTable[a],SizeOf(COW_RunTime.TTableItem)); s.Read(Result.ParserLawsCount,SizeOf(Word)); GetMem(Result.ParserLaws,Integer(Result.ParserLawsCount)*SizeOf(COW_RunTime.TParserLaw)); for a:=0 to Integer(Result.ParserLawsCount)-1 do begin s.Read(Result.ParserLaws[a].ChildsCount,SizeOf(Word)); s.Read(Result.ParserLaws[a].ID,SizeOf(Word)); s.Read(Result.ParserLaws[a].UsageCount,SizeOf(Word)); GetMem(Result.ParserLaws[a].Usage,Integer(Result.ParserLaws[a].ChildsCount)*Sizeof(Boolean)); for b:=0 to Integer(Result.ParserLaws[a].ChildsCount)-1 do s.Read(Result.ParserLaws[a].Usage[b],SizeOf(Boolean)); end; s.Read(Result.TokenNamesCount,SizeOf(Word)); GetMem(Result.TokenNames,Integer(Result.TokenNamesCount)*Sizeof(string)); FillChar(Result.TokenNames^,Integer(Result.TokenNamesCount)*Sizeof(string),0); for a:=0 to Integer(Result.TokenNamesCount)-1 do Result.TokenNames[a]:=ReadStringFromStream(s); Result.StaticResource:=False; end; function ConvertRawDataToByteArray(s:TStream;CRLF:string=#10#13):string; var a,x,y,z:Integer; b:Byte; u:string[2]; const N=25; begin s.Position:=0; PushProgress; x:=s.Size mod N; y:=Ceil(s.Size/N)-1; if x=0 then x:=N; SetLength(Result,(4+Length(CRLF)+N*4)*y+3+4*x); FillChar(Result[1],Length(Result),Ord(' ')); z:=5; for a:=0 to s.Size-1 do begin if (a mod 100)=0 then UpdateProgress(a/s.Size,'Converting data...'); s.Read(b,1); u:=IntToHex(b,2); Result[z]:='$'; Result[z+1]:=u[1]; Result[z+2]:=u[2]; if a<>s.Size-1 then begin Result[z+3]:=','; if ((a+1) mod N)=0 then begin Move(CRLF[1],Result[z+4],Length(CRLF)); Inc(z,4+4+Length(CRLF)); end else Inc(z,4); end; end; PopProgress; end; function ConvertLexerDefinitionToBinaryPascalDeclaration(s:TStream;Prefix:string;CRLF:string=#10#13):string; begin Result:='function '+Prefix+'LexerDefinition:TLexerDefinition;'+CRLF+CRLF+ 'const'+CRLF+ ' '+Prefix+'LexerBinaryData:array[1..'+IntToStr(s.Size)+'] of Byte=('+CRLF+ ConvertRawDataToByteArray(s,CRLF)+');'+CRLF+CRLF; end; function ConvertLexerDefinitionToBinaryPascalImplementation(s:TStream;Prefix:string;CRLF:string=#10#13):string; begin Result:='function '+Prefix+'LexerDefinition:TLexerDefinition;'+CRLF+ 'var'+CRLF+ ' m:TMemoryStream;'+CRLF+ 'begin'+CRLF+ ' m:=TMemoryStream.Create;'+CRLF+ ' m.Write('+Prefix+'LexerBinaryData,'+IntToStr(s.Size)+');'+CRLF+ ' m.Position:=0;'+CRLF+ ' Result:=ReadLexerDefinitionFromStream(m);'+CRLF+ ' m.Destroy;'+CRLF+ 'end;'+CRLF+CRLF; end; function ConvertParserDefinitionToBinaryPascalDeclaration(s:TStream;Prefix:string;CRLF:string=#10#13):string; begin Result:='function '+Prefix+'ParserDefinition:TParserDefinition;'+CRLF+CRLF+ 'const'+CRLF+ ' '+Prefix+'ParserBinaryData:array[1..'+IntToStr(s.Size)+'] of Byte=('+CRLF+ ConvertRawDataToByteArray(s,CRLF)+');'+CRLF+CRLF; end; function ConvertParserDefinitionToBinaryPascalImplementation(s:TStream;Prefix:string;CRLF:string=#10#13):string; begin Result:='function '+Prefix+'ParserDefinition:TParserDefinition;'+CRLF+ 'var'+CRLF+ ' m:TMemoryStream;'+CRLF+ 'begin'+CRLF+ ' m:=TMemoryStream.Create;'+CRLF+ ' m.Write('+Prefix+'ParserBinaryData,'+IntToStr(s.Size)+');'+CRLF+ ' m.Position:=0;'+CRLF+ ' Result:=ReadParserDefinitionFromStream(m);'+CRLF+ ' m.Destroy;'+CRLF+ 'end;'+CRLF+CRLF; end; function CompareTableItem(x,y:COW_RunTime.TTableItem):Boolean; begin Result:=(x.ItemType=y.ItemType) and ((x.ItemType in [titError,titAccept]) or (x.Value=y.Value)); end; function CompareLexerDefinitions(x,y:TLexerDefinition):Boolean; var a,b:Integer; begin Result:=(x.LexerTablesCount=y.LexerTablesCount) and (x.LexerEOFId=y.LexerEOFId) and (x.LexerLawsCount=y.LexerLawsCount); for a:=0 to Integer(x.LexerTablesCount)-1 do begin Result:=Result and (x.LexerTables[a].Stored=y.LexerTables[a].Stored) and (x.LexerTables[a].EOFId=y.LexerTables[a].EOFID) and CompareMem(@(x.LexerTables[a].CharMap),@(y.LexerTables[a].CharMap),SizeOf(COW_RunTime.TCharMap)) and (x.LexerTables[a].Width=y.LexerTables[a].Width) and (x.LexerTables[a].Height=y.LexerTables[a].Height); for b:=0 to Integer(x.LexerTables[a].Width)*Integer(x.LexerTables[a].Height)-1 do Result:=Result and CompareTableItem(x.LexerTables[a].TableItems[b],y.LexerTables[a].TableItems[b]); end; for a:=0 to Integer(x.LexerLawsCount)-1 do begin Result:=Result and ((x.LexerLaws[a].ChildsCount=y.LexerLaws[a].ChildsCount) and (x.LexerLaws[a].ID=y.LexerLaws[a].ID)); end; end; function CompareParserDefinitions(x,y:TParserDefinition):Boolean; var a,b:Integer; begin Result:=(x.TableWidth=y.TableWidth) and (x.TableHeight=y.TableHeight) and (x.ParserLawsCount=y.ParserLawsCount) and (x.TokenNamesCount=y.TokenNamesCount); for a:=0 to Integer(x.TableWidth)*Integer(x.TableHeight)-1 do Result:=Result and CompareTableItem(x.ParserTable[a],y.ParserTable[a]); for a:=0 to Integer(x.ParserLawsCount)-1 do begin Result:=Result and (x.ParserLaws[a].ChildsCount=y.ParserLaws[a].ChildsCount) and (x.ParserLaws[a].ID=y.ParserLaws[a].ID) and (x.ParserLaws[a].UsageCount=y.ParserLaws[a].UsageCount); for b:=0 to Integer(x.ParserLaws[a].ChildsCount)-1 do Result:=Result and (x.ParserLaws[a].Usage[b]=y.ParserLaws[a].Usage[b]); end; for a:=0 to Integer(x.TokenNamesCount)-1 do Result:=Result and (x.TokenNames[a]=y.TokenNames[a]); end; end.
unit uNeTypes; {******************************************************************************* * * * Название модуля : * * * * uNeTypes * * * * Назначение модуля : * * * * Централизованное хранение пользовательских типов, констант и пр. * * * * Copyright © Дата создания: 04.05.07, Автор: Найдёнов Е.А * * * *******************************************************************************} interface uses DB; type //Перечислимый тип для хранения типа параметров модуля TEnm_TypeParam = ( tpInput, tpOutput, tpInputOutput ); //Запись для хранения атрибутов полей TRec_FieldDefs = record FName : String; FType : TFieldType; end; //Массив записей, содержащих атрибуты полей TArr_FieldDefs = array of TRec_FieldDefs; //Запись для хранения значений входящих(исходящих) параметров TRec_Params = record FInParams : TArr_FieldDefs; FOutParams : TArr_FieldDefs; end; const {*****************************************} { *** Константы общего назначения *** } {*****************************************} cZERO = 0; cTICK = ''''; cCOMMA = ','; cCOLON = ':'; cSPACE = ' '; cUNKNOWN_ID = -1; cBRACKET_OPEN = '('; cBRACKET_CLOSE = ')'; cDEF_ADMIN_MODE = 0; cDEF_SHOW_STYLE = 0; cDEF_SELECT_MODE = 1; cDEF_NEW_VERSHION = 1; resourcestring {***************************************} { *** Ресурсы общего назначения *** } {***************************************} //Составляющие сообщения об ошибке sErrorTextUA = ' Помилка: '; sErrorCodeUA = 'Код помилки: '; sErrorAddrUA = 'Адреса помилки: '; sContinueQstUA = ' Продовжити?'; sErrorTextExtUA = 'Помилка: '; sMsgCaptionErrUA = 'Помилка'; sMsgCaptionWrnUA = 'Попередження'; sMsgCaptionInfUA = 'Інформація'; sMsgCaptionQstUA = 'Підтвердження'; //Имена входящих параметров модуля sPN_IN_Mode = 'Mode'; sPN_IN_DBHandle = 'DBHandle'; //Сообщения исключительных ситуаций sEFieldUA = 'Поле '; sENotFoundUA = ' не знайдено!'; sEDBHandleZeroUA = ' Ідентифікатор з''єднання відсутній!'; sEFldValIsNullUA = ' не заповнено!'; sEEmptyParamListUA = 'Список параметрів'; implementation end.
{------------------------------------------------------------------------------- Unit Name: cUtilities Author: HochwimmerA Purpose: Utility Functions $Id: cUtilities.pas,v 1.3 2003/07/16 15:04:51 hochwimmera Exp $ -------------------------------------------------------------------------------} unit cUtilities; interface uses Winapi.Windows, System.Sysutils, Vcl.Graphics; procedure ColourRamp(const dRatio:double;var bForward:boolean; var col1,col2:TColor;var rstar:double); function GetSafeName(sOriginal:string):string; function HexToColor(sColor: string): TColor; function ColorToHex(Color: integer): string; function RGBToColor(iRed,iGreen,iBlue:integer):TColor; procedure StripString(var sLine,sNew:string); implementation // ----- ColourRamp ------------------------------------------------------------ procedure ColourRamp(const dRatio:double;var bForward:boolean; var col1,col2:TColor;var rstar:double); var i:integer; begin if bForward then i := Round(dRatio*256) else i := Round((1.0-dRatio)*256); if (i < 64) then begin col1 := RGBToColor(0,0,255); col2 := RGBToColor(0,255,255); rstar := i/64 end else if (i < 128) then begin col1 := RGBToColor(0,255,255); col2 := RGBToColor(0,255,0); rstar := (i-64)/64; end else if (i < 192) then begin col1 := RGBToColor(0,255,0); col2 := RGBToColor(255,255,0); rstar := (i-128)/64; end else begin col1 := RGBToColor(255,255,0); col2 := RGBToColor(255,0,0); rstar := (i-192)/64; end; end; // ----- GetSafeName ----------------------------------------------------------- function GetSafeName(sOriginal:string):string; var sGoodLabel:string; begin sGoodLabel := sOriginal; sGoodLabel := StringReplace(sGoodLabel,' ','',[rfReplaceAll]); sGoodLabel := StringReplace(sGoodLabel,'%','',[rfReplaceAll]); sGoodLabel := StringReplace(sGoodLabel,'-','',[rfReplaceAll]); sGoodLabel := StringReplace(sGoodLabel,'*','',[rfReplaceAll]); sGoodLabel := StringReplace(sGoodLabel,':','',[rfReplaceAll]); sGoodLabel := StringReplace(sGoodLabel,'/','',[rfReplaceAll]); sGoodLabel := StringReplace(sGoodLabel,'.','',[rfReplaceAll]); sGoodLabel := StringReplace(sGoodLabel,',','',[rfReplaceAll]); result := sGoodLabel; end; // ------ HexToColor ----------------------------------------------------------- function HexToColor(sColor: string): TColor; begin Result := RGB( StrToInt('$' + Copy(sColor, 1, 2)), StrToInt('$' + Copy(sColor, 3, 2)), StrToInt('$' + Copy(sColor, 5, 2)) ); end; // ------ ColorToHex ----------------------------------------------------------- function ColorToHex(Color: integer): string; var r, g, b: byte; begin r := GetRValue(Color); g := GetGValue(Color); b := GetBValue(Color); Result := IntToHex(r, 2) + IntToHex(g, 2) + IntToHex(b, 2); end; // ------ RGBToColor ----------------------------------------------------------- {** returns a TColor from RGB values} function RGBToColor(iRed,iGreen,iBlue:integer):TColor; begin result := RGB(StrToInt('$'+IntToHex(iRed,2)), StrToInt('$'+IntToHex(iGreen,2)), StrToint('$'+IntToHex(iBlue,2))) end; // ----- StripString ----------------------------------------------------------- procedure StripString(var sLine,sNew:string); var iPos:integer; begin while (Pos(' ',sLine) = 1) do Delete(sLine,1,1); iPos := Pos(' ',sLine); if (iPos = 0) then begin sNew := sLine; sLine := ''; end else begin sNew := Copy(sLine,0,iPos-1); sLine := Copy(sLine,iPos+1,Length(sLine)); end; end; // ============================================================================= end.
unit uMillerRabin; {$I ..\Include\IntXLib.inc} (* * The Miller-Rabin primality test * * Written by Christian Stigen Larsen, 2012-01-10 * http://csl.sublevel3.org * Ported to Pascal by Ugochukwu Mmaduekwe <ugo4brain@gmail.com> * *) (* * The Miller-Rabin probabilistic primality test. * * Returns true if ``n´´ is PROBABLY prime, false if it's composite. * The parameter ``k´´ is the accuracy. * * The running time should be somewhere around O(k log_3 n). * *) interface uses uIntX; type /// <summary> /// Class for Checking if a Number is Prime using Miller-Rabin Probabilistic Primality test. /// </summary> TMillerRabin = class(TObject) public /// <summary> /// Checks if a Number is Prime using Miller-Rabin Probabilistic Primality test. /// </summary> /// <param name="n">value to check.</param> /// <param name="k">Accuracy parameter `k´ of the Miller-Rabin algorithm. Default is 5. The execution time is proportional to the value of the accuracy parameter.</param> class function IsProbablyPrimeMR(n: TIntX; k: Integer = 5): Boolean; end; implementation class function TMillerRabin.IsProbablyPrimeMR(n: TIntX; k: Integer = 5) : Boolean; var s, i, r: Integer; m, d, a, x: TIntX; Redo: Boolean; begin Redo := False; // Must have ODD n greater than THREE if ((n = 2) or (n = 3)) then begin result := True; Exit; end; if ((n <= 1) or not(n.IsOdd)) then begin result := False; Exit; end; // Write n-1 as d*2^s by factoring powers of 2 from n-1 s := 0; m := n - 1; while not m.IsOdd do begin Inc(s); m := m shr 1; end; d := (n - 1) div (1 shl s); i := 0; while i < k do begin a := TIntX.RandomRange(2, UInt32(n - 2)); x := TIntX.ModPow(a, d, n); if ((x = 1) or (x = n - 1)) then begin Inc(i); continue; end; r := 1; while r <= (s - 1) do begin x := TIntX.ModPow(x, 2, n); if (x = 1) then begin result := False; Exit; end; if (x = n - 1) then begin Redo := True; Break; end; Inc(r); end; if not Redo then begin result := False; Exit; end else begin Inc(i); continue; end; end; // n is *probably* prime result := True; end; end.
unit nsFolderFrm; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, ComCtrls, StdCtrls, ExtCtrls, ShellAPI, ShlObj, System.UITypes, nsTypes, nsGlobals; type TfrmFolderProperties = class(TForm) btnOK: TButton; btnCancel: TButton; btnHelp: TButton; PageControl: TPageControl; TS1: TTabSheet; Image1: TImage; edtName: TEdit; Label3: TLabel; Label5: TLabel; lblSizeOnMedia: TLabel; lblLocation: TLabel; Label8: TLabel; lblContains: TLabel; Label6: TLabel; lblType: TLabel; Label2: TLabel; lblCreated: TLabel; Bevel1: TBevel; Label1: TLabel; cbDefAction: TComboBox; chkBackupItem: TCheckBox; Bevel4: TBevel; Bevel5: TBevel; Bevel2: TBevel; procedure btnHelpClick(Sender: TObject); procedure cbDefActionChange(Sender: TObject); procedure FormShow(Sender: TObject); private { Private declarations } FItem: TNSItem; FThread: TThread; procedure GetProperties(AItem: TNSItem); procedure SetProperties(AItem: TNSItem); protected procedure UpdateActions; override; public { Public declarations } end; TScanThread = class(TThread) private FSize: int64; FFolderCount: integer; FFileCount: integer; FForm: TfrmFolderProperties; FFolder: TNSItem; procedure Update; public constructor Create(AForm: TfrmFolderProperties; AFolder: TNSItem); destructor Destroy; override; procedure Execute; override; end; function DisplayFolderPropertiesDialog(AOwner: TForm; AItem: TNSItem): Boolean; implementation uses nsUtils, nsActions; {$R *.dfm} function DisplayFolderPropertiesDialog(AOwner: TForm; AItem: TNSItem): Boolean; begin Result := False; with TfrmFolderProperties.Create(AOwner) do try GetProperties(AItem); if ShowModal = mrOk then begin SetProperties(AItem); Result := True; end; finally Free; end; end; procedure TfrmFolderProperties.GetProperties(AItem: TNSItem); var FileInfo: TSHFileInfo; da: TDefaultAction; begin FItem := AItem; FThread := TScanThread.Create(Self, AItem); edtName.Text := AItem.DisplayName; Caption := Format(sProperties, [AItem.DisplayName]); SHGetFileInfo(PChar(AItem.DisplayName), FILE_ATTRIBUTE_DIRECTORY, FileInfo, SizeOf(FileInfo), SHGFI_USEFILEATTRIBUTES or SHGFI_SYSICONINDEX or SHGFI_ICON or SHGFI_LARGEICON or SHGFI_TYPENAME); Image1.Picture.Icon.Handle := FileInfo.hIcon; lblType.Caption := StrPas(FileInfo.szTypeName); lblLocation.Caption := AItem.GetLocation; lblCreated.Caption := DateTimeToStr(AItem.Created); for da := Low(TDefaultAction) to High(TDefaultAction) do cbDefAction.Items.Add(ActionNames[da]^); cbDefAction.ItemIndex := Ord(AItem.DefAction); if CurProject.Kind = pkBackup then chkBackupItem.Checked := AItem.BackupItem else chkBackupItem.Enabled := False; end; procedure TfrmFolderProperties.SetProperties(AItem: TNSItem); begin if AItem.SubItems.Count = 0 then AItem.DefAction := TDefaultAction(cbDefAction.ItemIndex) else if AItem.DefAction <> TDefaultAction(cbDefAction.ItemIndex) then begin if MessageDlg(Format(sConfirmApplyDefAction, [ActionNames[TDefaultAction(cbDefAction.ItemIndex)]^]), mtConfirmation, [mbYes, mbNo], 0) = mrYes then begin AItem.DefAction := TDefaultAction(cbDefAction.ItemIndex); ChangeDefAction(AItem, AItem.DefAction); end; end; if CurProject.Kind = pkBackup then AItem.BackupItem := chkBackupItem.Checked; end; procedure TfrmFolderProperties.UpdateActions; begin end; { TScanThread } constructor TScanThread.Create(AForm: TfrmFolderProperties; AFolder: TNSItem); begin inherited Create(True); FForm := AForm; FFolder := AFolder; Priority := tpLower; FreeOnTerminate := True; Execute; // FIX // Resume; end; destructor TScanThread.Destroy; begin FForm.FThread := nil; inherited Destroy; end; procedure TScanThread.Execute; procedure ScanSubItems(const ACollection: TNSCollection); var Index: integer; CurItem: TNSItem; begin Synchronize(Update); for Index := 0 to ACollection.Count - 1 do begin CurItem := ACollection[Index]; if CurItem.IsFolder then begin Inc(FFolderCount); ScanSubItems(CurItem.SubItems); end else begin Inc(FFileCount); FSize := FSize + CurItem.SizeOnMedia; end; end; end; begin FSize := 0; ScanSubItems(FFolder.SubItems); Synchronize(Update); end; procedure TScanThread.Update; begin with FForm do begin lblSizeOnMedia.Caption := FormatSize(FSize, True); lblContains.Caption := Format(sFFInfo, [FFileCount, FFolderCount]); end; end; procedure TfrmFolderProperties.btnHelpClick(Sender: TObject); begin Application.HelpSystem.ShowContextHelp(HelpContext, Application.HelpFile); end; procedure TfrmFolderProperties.cbDefActionChange(Sender: TObject); begin if CurProject.FileFormat = fmAsIs then // As Is if cbDefAction.ItemIndex = 2 then cbDefAction.ItemIndex := 1; end; procedure TfrmFolderProperties.FormShow(Sender: TObject); begin UpdateVistaFonts(Self); end; end.
unit thread_re; {$mode objfpc}{$H+} interface uses Classes, SysUtils, RegExpr, dateutils; Type TShowStatusEvent = procedure(Status: String) of Object; TGetResultEvent = procedure(Result: TRegExpr) of Object; TMyThread = class(TThread) private FIsDebug: boolean; fStatusText : string; FOnShowStatus: TShowStatusEvent; FOnGetResult: TGetResultEvent; FRe: TRegExpr; FResultCount: int64; FStartTime: TDateTime; procedure DebugSleep; protected procedure Execute; override; procedure ShowStatus; procedure GetResult; public Constructor Create(CreateSuspended : boolean); destructor Destroy; override; property StatusText : string read fStatusText; property Re: TRegExpr read FRe write FRe; property ResultCount: Int64 read FResultCount; property StartTime: TDateTime read FStartTime; property IsDebug: Boolean read FIsDebug write FIsDebug; property OnShowStatus: TShowStatusEvent read FOnShowStatus write FOnShowStatus; property OnGetResult: TGetResultEvent read FOnGetResult write FOnGetResult; function GetTimeout: integer; end; implementation function TMyThread.GetTimeout: integer; var dNow, dThen: TDateTime; begin dNow := Now(); dThen := FStartTime; Result := SecondsBetween(dNow,dThen); end; procedure TMyThread.ShowStatus; begin if Assigned(FOnShowStatus) then begin FOnShowStatus(fStatusText); end; end; procedure TMyThread.GetResult; begin if Assigned(FOnGetResult) then begin FOnGetResult(FRe); end; end; constructor TMyThread.Create(CreateSuspended : boolean); begin IsDebug:=False; FreeOnTerminate:=False; FRe := TRegExpr.Create; FResultCount := 0; Synchronize(@Showstatus); inherited Create(CreateSuspended); end; destructor TMyThread.Destroy; var i: integer; begin FRe.Free; end; procedure TMyThread.DebugSleep; begin if (FIsDebug) then Sleep(500); end; procedure TMyThread.Execute; var newStatus : string = '0'; begin FResultCount := 0; FStartTime := Now; fStatusText := 'Starting...'; Synchronize(@Showstatus); DebugSleep; try FRe.InputString := 'i?'+FRe.InputString; if (not FRe.Exec(FRe.InputString)) then Terminate else begin fStatusText := 'Running...'; FResultCount := FResultCount + 1; DebugSleep; Synchronize(@Showstatus); DebugSleep; Synchronize(@GetResult); DebugSleep; while (not Terminated) and (FRe.ExecNext()) do begin FResultCount := FResultCount + 1; DebugSleep; Synchronize(@GetResult); DebugSleep; end; end; Except On ERegExpr do begin DebugSleep; fStatusText := 'Error in expression!'; Synchronize(@Showstatus); DebugSleep; Exit; end; end; DebugSleep; fStatusText := 'Terminated...'; Synchronize(@Showstatus); DebugSleep; end; end.
unit Taxes_Nets_For_Current; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, cxStyles, cxCustomData, cxGraphics, cxFilter, cxData, cxDataStorage, cxEdit, DB, cxDBData, cxTextEdit, cxLookAndFeelPainters, ActnList, StdCtrls, cxButtons, cxGridTableView, FIBDatabase, pFIBDatabase, FIBDataSet, pFIBDataSet, cxGridLevel, ZProc, ZMessages,Unit_ZGlobal_Consts, cxGridCustomTableView, cxGridDBTableView, cxClasses, cxControls, cxGridCustomView, cxGrid, IBase, FIBQuery, pFIBQuery, pFIBStoredProc; type TFTaxesNetForCurrent = class(TForm) Grid_TaxNets: TcxGrid; Grid_TaxNetsDBTableView1: TcxGridDBTableView; Grid_TaxNets_Column_SumMin: TcxGridDBColumn; Grid_TaxNets_Column_SumMax: TcxGridDBColumn; Grid_TaxNets_Column_Percent: TcxGridDBColumn; Grid_TaxNets_Column_SumAdd: TcxGridDBColumn; Grid_TaxNets_Column_TextAdd: TcxGridDBColumn; Grid_TaxNetsLevel1: TcxGridLevel; DSet_TaxInfo: TpFIBDataSet; DSource_TaxInfo: TDataSource; DB: TpFIBDatabase; DefaultTransaction: TpFIBTransaction; Styles: TcxStyleRepository; cxStyle1: TcxStyle; cxStyle2: TcxStyle; cxStyle3: TcxStyle; cxStyle4: TcxStyle; cxStyle5: TcxStyle; cxStyle6: TcxStyle; cxStyle7: TcxStyle; cxStyle8: TcxStyle; cxStyle9: TcxStyle; cxStyle10: TcxStyle; cxStyle11: TcxStyle; cxStyle12: TcxStyle; cxStyle13: TcxStyle; cxStyle14: TcxStyle; GridTableViewStyleSheetDevExpress: TcxGridTableViewStyleSheet; SelectBtn: TcxButton; ExitBtn: TcxButton; ActionList: TActionList; ActionSelect: TAction; ActionExit: TAction; StProc: TpFIBStoredProc; WriteTransaction: TpFIBTransaction; procedure ActionExitExecute(Sender: TObject); procedure FormDestroy(Sender: TObject); procedure ActionSelectExecute(Sender: TObject); private PLanguageIndex:Byte; PIsOk:boolean; public constructor Create(AOwner:TComponent;ADb_Handle:TISC_DB_HANDLE;ID_Vidopl:integer;Kod_setup:integer);reintroduce; property IsOk:Boolean read PIsOk; end; function ViewTaxNetForCurrent(AOwner:TComponent;ADb_Handle:TISC_DB_HANDLE;ID_Vidopl:integer;Kod_setup:integer):variant;stdcall; exports ViewTaxNetForCurrent; implementation {$R *.dfm} function ViewTaxNetForCurrent(AOwner:TComponent;ADb_Handle:TISC_DB_HANDLE;ID_Vidopl:integer;Kod_setup:integer):variant;stdcall; var FormView:TFTaxesNetForCurrent; begin FormView:=TFTaxesNetForCurrent.Create(AOwner,ADb_Handle,ID_Vidopl,Kod_setup); Result:=Null; if FormView.IsOk then if FormView.ShowModal=mrYes then Result:=FormView.DSet_TaxInfo['ADD_TEXT']; FormView.Destroy; end; constructor TFTaxesNetForCurrent.Create(AOwner:TComponent;ADb_Handle:TISC_DB_HANDLE;ID_Vidopl:integer;Kod_setup:integer); begin inherited Create(AOwner); PIsOk:=True; //****************************************************************************** PLanguageIndex:=LanguageIndex; Caption:=SelectRecordForCorrectSvod_Const[PLanguageIndex];; SelectBtn.Caption := SelectBtn_Caption[PLanguageIndex]; ExitBtn.Caption := ExitBtn_Caption[PLanguageIndex]; SelectBtn.Hint := SelectBtn.Caption; ExitBtn.Hint := ExitBtn.Caption; Grid_TaxNets_Column_SumMin.Caption := GridClFrom_Caption[PLanguageIndex]; Grid_TaxNets_Column_SumMax.Caption := GridClTo_Caption[PLanguageIndex]; Grid_TaxNets_Column_SumAdd.Caption := GridClPlus_Caption[PLanguageIndex]; Grid_TaxNets_Column_Percent.Caption := GridClPercentSiqn_Caption[PLanguageIndex]; Grid_TaxNets_Column_TextAdd.Caption := GridClAddText_Caption[PLanguageIndex]; //****************************************************************************** try DB.Handle:=ADb_Handle; StProc.Transaction.StartTransaction; StProc.StoredProcName:='Z_TAX_NET_PERIOD_FOR_VO'; StProc.Prepare; StProc.ParamByName('ID_VIDOPL').AsInteger := ID_Vidopl; StProc.ParamByName('KOD_SETUP').AsInteger := Kod_setup; StProc.ExecProc; DSet_TaxInfo.SQLs.SelectSQL.Text := 'SELECT * FROM Z_TAX_NETS_S('+StProc.ParamByName('ID_TAX_NET_PERIOD').AsString+')'; StProc.Transaction.Commit; except on E:Exception do begin ZShowMessage(Error_Caption[PLanguageIndex],E.Message,mtError,[mbOK]); StProc.Transaction.Rollback; PIsOk:=False; end; end; if PIsOk then begin DefaultTransaction.StartTransaction; DSet_TaxInfo.Open; SelectBtn.Enabled := not DSet_TaxInfo.IsEmpty; end; end; procedure TFTaxesNetForCurrent.ActionExitExecute(Sender: TObject); begin ModalResult:=mrCancel; end; procedure TFTaxesNetForCurrent.FormDestroy(Sender: TObject); begin if DefaultTransaction.InTransaction then DefaultTransaction.Commit; end; procedure TFTaxesNetForCurrent.ActionSelectExecute(Sender: TObject); begin if SelectBtn.Enabled then ModalResult:=mrYes; end; end.
unit uDMClient; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, uDMRepl, ImgList, AbUnzper, AbBase, AbBrowse, AbZBrows, AbZipper, ADODB, DB; const SUBDIR_LOCAL = 'out\'; SUBDIR_GLOBAL = 'global\'; CI_NOMECLIENTE = '#NOMECLIENTE#='; CI_NOMELOJA = '#NOMELOJA#='; CI_VERSAO = '#VERSAO#='; CI_PACKETSIZE = '#PACKETSIZE#='; CI_SENHA = '#SENHA#='; CI_HOST = '#HOST#='; CI_PORT = '#PORT#'; type TDMClient = class(TDMRepl) private { Private declarations } public { Public declarations } function GetClientVersion:String; function ImportXMLFile(Table, FileName, Where : String; SQLBatchCount : Integer = 100):Boolean; override; function ExportXMLFile(ExportPath,Table:String;RepSince:Integer;Where:String):Boolean; override; end; var DMClient: TDMClient; implementation {$R *.dfm} uses URepSocketFunctions; function TDMClient.ExportXMLFile(ExportPath,Table: String; RepSince:Integer; Where:String): Boolean; var sErro : String; begin Result := True; sErro := ''; if (Table = '') then Exit; try try fTableToXML.ReplicateSince := RepSince; fTableToXML.SelectWhereClause := Where; fTableToXML.TableName := Table; except on E: Exception do begin ReportError(MR_HST_JOB_FAIL + E.Message); Result := False; Exit; end; end; sErro := fTableToXML.SaveToXML(ExportPath + Table); if sErro <> '' then begin ReportError(MR_HST_JOB_FAIL + sErro); Result := False; end; finally fTableToXML.UnloadData; end; end; function TDMClient.GetClientVersion: String; begin Result := ''; try if OpenConnection then begin with quFreeSQL do begin if Active then Close; SQL.Clear; SQL.Add('SELECT VersionNo, BuildNo FROM sys_Module'); try Open; Result := FieldByName('VersionNo').AsString + FieldByName('BuildNo').AsString; Close; except raise; end; end; end; finally CloseConnection; end; end; function TDMClient.ImportXMLFile(Table, FileName, Where: String; SQLBatchCount : Integer): Boolean; var sErro : String; begin Result := True; sErro := ''; if ((FileName = '') or (Table = '')) or (not FileExists(FileName)) then Exit; try fXMLToTable.SQLBatchCount := SQLBatchCount; fXMLToTable.SelectWhereClause := Where; sErro := fXMLToTable.LoadDataFromXML(FileName); if sErro <> '' then begin ReportError(MR_HST_JOB_FAIL + sErro); Result := False; Exit; end; fXMLToTable.TableName := Table; sErro := fXMLToTable.SaveDataToTable(Table); if sErro <> '' then begin ReportError(MR_HST_JOB_FAIL + sErro); Result := False; end; finally fXMLToTable.UnloadData; end; end; end.
/// ///////////////////////////////////////////////////////////////////////// // PaxCompiler // Site: http://www.paxcompiler.com // Author: Alexander Baranovsky (paxscript@gmail.com) // ======================================================================== // Copyright (c) Alexander Baranovsky, 2006-2014. All rights reserved. // Code Version: 4.2 // ======================================================================== // Unit: PAXCOMP_BYTECODE.pas // ======================================================================== /// ///////////////////////////////////////////////////////////////////////// {$I PaxCompiler.def} unit PAXCOMP_BYTECODE; interface uses {$I uses.def} TypInfo, Classes, SysUtils, PAXCOMP_CONSTANTS, PAXCOMP_TYPES, PAXCOMP_SYS, PAXCOMP_VAROBJECT, PAXCOMP_MODULE, PAXCOMP_SYMBOL_REC, PAXCOMP_BASESYMBOL_TABLE, PAXCOMP_SYMBOL_TABLE, PAXCOMP_MAP, PAXCOMP_TYPEINFO, PAXCOMP_RTI, PAXCOMP_CLASSLST, PAXCOMP_GENERIC, PAXCOMP_FORBID; type TCode = class; TCodeRec = class public Op: Integer; Arg1: Integer; Arg2: Integer; Res: Integer; GenOp: Integer; Language: Integer; SavedSubId: Integer; ModuleNum: Integer; IsStatic: Boolean; Upcase: Boolean; SwappedArgs: Boolean; LinePos: Integer; CodeRecTag: Integer; PatternFieldId: Integer; SavedLevel: Integer; OwnerObject: TCode; BreakLabel: Integer; ContinueLabel: Integer; LoopLabel: Integer; IsInherited: Boolean; constructor Create(i_OP: Integer; Code: TCode); procedure SwapArguments; function Clone: TCodeRec; procedure SaveToStream(S: TStream); procedure LoadFromStream(S: TStream); end; {$IFDEF ARC} TCodeRecList = class(TList<TCodeRec>); {$ELSE} TCodeRecList = TList; {$ENDIF} TCodeProc = procedure of object; TCode = class private ProcList: array of TCodeProc; generic_binary_operators: TIntegerList; generic_unary_operators: TIntegerList; map_list: TIntegerList; context_list: TIntegerStack; SignTypeCast: Boolean; CRT_JS_FUNC_OBJECT_SWITCH: Boolean; temp_var_list: TAssocIntegers; SkipCheckFinal: Boolean; NoOverloadSearch: Boolean; procedure CreateUsingList(J: Integer); function GetPAX64: Boolean; function GetSizeOfPointer: Integer; function CheckAssignment(Arg1, Arg2: Integer): Boolean; function LookupTempVarId(Level, FinTypeId: Integer): Integer; function InsertSubCall(I: Integer): Boolean; procedure DiscardImport; function IsExplicitOff: Boolean; function CallExpected(ResId: Integer): Boolean; function InheritedExpected(ResId: Integer): Boolean; function PrevRec(J: Integer): TCodeRec; function NextRec(J: Integer): TCodeRec; function PrevN(J: Integer): Integer; function PrevPrevRec(J: Integer): TCodeRec; procedure RemoveDeclaredVar(Id: Integer); procedure MoveLValue(N_ASS: Integer); procedure MoveRValue(N_ASS: Integer); function IsValidOP(Op: Integer): Boolean; function GetRecord(I: Integer): TCodeRec; procedure SetRecord(I: Integer; value: TCodeRec); function ExistsOrdinalRelationalOperator(T1, T2: Integer): Boolean; function MatchSetTypes(T1, T2: Integer): Boolean; function GetDeclaredVar(const VarName: String; SubId: Integer; Upcase: Boolean; CurrPos: Integer): Integer; function EvalFrameworkType(const S: String): Integer; function CreateConst(TypeId: Integer; const value: Variant; ValueType: Integer = 0): Integer; function NewTempVar(Level, TypeId: Integer): Integer; function NewField(const FName: String; TypeId, OwnerId: Integer): Integer; function CreateWideCharVar(Level: Integer): Integer; function CreateBooleanVar(Level: Integer): Integer; function CreateByteBoolVar(Level: Integer): Integer; function CreateWordBoolVar(Level: Integer): Integer; function CreateLongBoolVar(Level: Integer): Integer; function CreateIntegerVar(Level: Integer): Integer; function CreatePointerVar(Level: Integer): Integer; function CreateCardinalVar(Level: Integer): Integer; function CreateSmallIntVar(Level: Integer): Integer; function CreateShortIntVar(Level: Integer): Integer; function CreateByteVar(Level: Integer): Integer; function CreateWordVar(Level: Integer): Integer; function CreateDoubleVar(Level: Integer): Integer; function CreateCurrencyVar(Level: Integer): Integer; function CreateSingleVar(Level: Integer): Integer; function CreateExtendedVar(Level: Integer): Integer; function CreateInt64Var(Level: Integer): Integer; function CreateUInt64Var(Level: Integer): Integer; {$IFNDEF PAXARM} function CreateAnsiCharVar(Level: Integer): Integer; function CreateStringVar(Level: Integer): Integer; function CreateWideStringVar(Level: Integer): Integer; function CreateShortStringVar(Level, TypeId: Integer): Integer; {$ENDIF} function CreateInterfaceVar(Level: Integer): Integer; function CreateClassVar(Level: Integer): Integer; function CreateUnicStringVar(Level: Integer): Integer; function CreateRecordVar(Level, TypeId: Integer): Integer; function CreateDynarrayVar(Level, TypeId: Integer): Integer; function CreateVariantVar(Level: Integer): Integer; function CreateOleVariantVar(Level: Integer): Integer; function InsertImplicitConversion(I, Arg, RecordTypeId, ResultTypeId: Integer): TCodeRec; function InsertExplicitConversion(I, RecordTypeId, ResultTypeId: Integer) : TCodeRec; function InsertConversionToInterface(I: Integer; Arg: Integer; InterfaceTypeId: Integer): TCodeRec; function InsertConversionToClass(I: Integer; Arg: Integer; ClassTypeId: Integer): TCodeRec; function InsertConversionToFrameworkClass(I: Integer; Arg: Integer; ClassTypeId: Integer): TCodeRec; function InsertDestroyLocalVar(I: Integer; Id: Integer): TCodeRec; function InsertConversionToWideChar(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToBoolean(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToByteBool(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToWordBool(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToLongBool(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToInteger(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToCardinal(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToByte(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToWord(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToShortInt(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToSmallInt(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToDouble(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToSingle(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToExtended(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToCurrency(I: Integer; Arg: Integer): TCodeRec; {$IFNDEF PAXARM} function InsertConversionToAnsiChar(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToAnsiString(I: Integer; Arg: Integer; Lang: Integer = PASCAL_LANGUAGE): TCodeRec; function InsertConversionToWideString(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToShortString(I: Integer; Arg: Integer): TCodeRec; {$ENDIF} function InsertConversionToUnicString(I: Integer; Arg: Integer; Lang: Integer = PASCAL_LANGUAGE): TCodeRec; function InsertConversionToVariant(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToOleVariant(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToInt64(I: Integer; Arg: Integer): TCodeRec; function InsertConversionToUInt64(I: Integer; Arg: Integer): TCodeRec; function FindImplicitConversion(RecordTypeId, ParamArg, ResultArg: Integer): Integer; function FindExplicitConversion(RecordTypeId, ParamArg, ResultArg: Integer): Integer; function InsertConversionToRecord(I, Arg, RecordTypeId, ValueId: Integer) : TCodeRec; function ExistsBinaryOperator(RecordTypeId: Integer; const OperatorName: String): Boolean; procedure InsertBinaryOperator(RecordTypeId: Integer; const OperatorName: String); procedure InsertUnaryOperator(RecordTypeId: Integer; const OperatorName: String); procedure CompressListOfOverloaded(applicable_list, pos: TIntegerList); procedure CheckSubrangeBounds(SubrangeTypeId: Integer; ValueRec: TSymbolRec); function ConvertSetLiteralToDynarrayLiteral(CurrLevel, DynarrayTypeId, SetId: Integer): Integer; procedure CreateSetObject(Id: Integer); function GetNextStmt(I: Integer): Integer; function GetNextRec(I: Integer): TCodeRec; procedure InsertDeclareTempVar; overload; procedure InsertDeclareTempVar(Id: Integer); overload; procedure OperAddAncestor; procedure OperCheckOverride(List: TIntegerList); procedure OperAddMessage; procedure OperOP_BEGIN_CLASS_TYPE; procedure OperInitSub; procedure OperAddress; procedure OperEval; procedure OperEvalInherited; procedure OperEvalConstructor; procedure OperImplements; procedure OperGoTrue; procedure OperGoFalse; procedure OperGoTrueBool; procedure OperGoFalseBool; procedure OperSizeOf; procedure OperAssignment; procedure OperAssignEnum; procedure OperAssignmentConst; procedure OperCheckSubrangeType; procedure OperDetermineType; procedure OperCreateShortStringType; procedure OperCreateMethod; procedure OperAddMethodIndex; procedure OperPushContext; procedure OperPopContext; procedure OperAbs; procedure OperInc; procedure OperDec; procedure OperPred; procedure OperSucc; procedure OperOrd; procedure OperChr; procedure OperStr; procedure OperSetLength; procedure OperLow; procedure OperHigh; procedure OperAssigned; procedure OperAddition; procedure OperSubtraction; procedure OperMultiplication; procedure OperDivision; procedure OperIDivision; procedure OperModulo; procedure OperLeftShift; procedure OperRightShift; procedure OperAnd; procedure OperOr; procedure OperXor; procedure OperNegation; procedure OperPositive; procedure OperNot; procedure OperLessThan; procedure OperLessThanOrEqual; procedure OperGreaterThan; procedure OperGreaterThanOrEqual; procedure OperEqual; procedure OperNotEqual; procedure OperRaise; procedure OperIs; procedure OperAs; procedure OperTypeInfo; procedure OperAddTypeInfo; procedure OperPush; procedure OperPushInstance; procedure OperAdjustInstance; procedure OperCall; procedure OperCallDefaultConstructor; procedure OperCheckSubCall; procedure OperVCall; procedure OperCheckFinal; procedure OperField; procedure OperElem; procedure OperItem; procedure OperRecordItem; procedure OperBeginInitConst; procedure OperEndInitConst; procedure OperPrint; procedure OperTerminal; procedure OperTypeCast; procedure OperSetInclude; procedure OperSetExclude; procedure OperSetMembership; procedure OperVarArrayIdx; procedure OperSetEventProp; procedure OperOleValue; procedure OperOleParam; procedure OperFindConstructor; procedure OperBeginCrtJsFuncObject; procedure OperEndCrtJsFuncObject; procedure OperGetNextJSProp; procedure OperJStypeof; procedure OperJSvoid; procedure OperGetEnumerator; procedure OperSetReadId; procedure OperSetWriteId; procedure OperDetermineProp; procedure OperToFWObject; procedure OperFrameworkOn; procedure OperFrameworkOff; procedure OperAssignLambdaTypes; procedure RemoveNOP; procedure RemovePause; procedure Remove(R: TCodeRec); function Insert(I: Integer; R: TCodeRec): Integer; procedure OperNop; procedure CreateError(const Message: string; params: array of Const); procedure CreateEvalError(const VarName: String; using_stack: TIntegerStack); procedure RaiseError(const Message: string; params: array of Const); function HasError: Boolean; function GetCard: Integer; function AddTypeInfo(TypeId, SourceTypeId: Integer): TTypeInfoContainer; procedure AdjustTypes; function LookupInExtraUnitList(const S: String): Integer; function GetCurrSourceLineNumber: Integer; public A: TCodeRecList; N: Integer; kernel: Pointer; using_list: TIntegerList; extra_using_list: TIntegerList; used_private_members: TIntegerList; constructor Create(i_kernel: Pointer); destructor Destroy; override; procedure RestoreFieldType(J: Integer); function IsLocalPos(pos: Integer): Boolean; procedure Reset; procedure RemoveInstruction(Op, Arg1, Arg2, Res: Integer); function RemoveLastEvalInstruction(const S: String; Upcase: Boolean = true): Integer; function Add(Op, Arg1, Arg2, Res: Integer; SavedLevel: Integer; Upcase: Boolean; Language: Integer; ModuleNum: Integer; LinePos: Integer) : TCodeRec; function Ins(Ip, Op, Arg1, Arg2, Res: Integer; SavedLevel: Integer; Upcase: Boolean; Language: Integer; ModuleNum: Integer; LinePos: Integer) : TCodeRec; procedure RemoveEvalOp; procedure ProcessImplements; procedure RemoveEvalOpForTypes; procedure UpdateDefaultConstructors; procedure CheckTypes; function GetSymbolRec(Id: Integer): TSymbolRec; function GetModule(I: Integer): TModule; function GetModuleNumber(J: Integer): Integer; function GetSourceLineNumber(I: Integer): Integer; function GetSourceLine(I: Integer): String; function GetIncludedFileName(I: Integer): String; function GetLinePos(I: Integer): Integer; procedure ProcessSizeOf; procedure ChangeOrderOfActualParams; procedure RemoveLoadProc; procedure InsertHostMonitoring; procedure Optimization; procedure Optimization2; procedure InsertDynamicTypeDestructors; function CompareConversions(Id, id1, id2: Integer): Integer; function ExistsImplicitNumericConversion(type_id_source, type_id_dest: Integer): Boolean; function ExistsImplicitConversion(id_source, id_dest: Integer): Boolean; procedure ReplaceId(old_id, new_id: Integer); procedure ReplaceIdEx(old_id, new_id, start_pos, end_pos: Integer; Local: Boolean; ReplaceDeclId: Boolean = true); procedure AssignShifts; procedure CreateMapping(result: TMapTable; Host: Boolean; HostMapTable, ScriptMapTable: TMapTable); procedure GenHostStructConst; function GetUpcase(J: Integer): Boolean; function GetLanguage(J: Integer): Integer; function GetCurrSubId(CurrN: Integer): Integer; function GetCurrSelfId(CurrN: Integer): Integer; function GetCurrNamespaceId(J: Integer): Integer; function GetCurrClassId(J: Integer): Integer; function FindRecord1(Op, Arg1: Integer): Integer; procedure LocateDummyName(var NN: Integer); procedure InsertFinalizators; procedure InsertTryFinally; procedure AdjustTryList; procedure SetLastCondRaise; function GetLevel(pos: Integer): Integer; function GetClassId(pos: Integer): Integer; function GetStructureId(pos: Integer): Integer; procedure DestroyExpressionTempVars(ResultId: Integer); procedure OperNotImpl; function GetPrintKeyword: String; function GetPrintlnKeyword: String; function GetStmt(I: Integer): Integer; function ParamHasBeenChanged(I, Id: Integer): Boolean; procedure CreateExecLines(MR: TModuleRec); procedure AddWarnings; procedure DeleteRecord(I: Integer); function GetCompletionVisibility(Id: Integer; NN: Integer) : TMemberVisibilitySet; procedure CheckExpansions; procedure RemoveUnusedLabels; procedure CheckOverride; function GetTrueSubId: Integer; procedure CreateMethodEntryLists; procedure CreateEvalList(L: TStringList); procedure CreateExportList(MapTable: TMapTable); procedure InsertCallHostEvents; property Card: Integer read GetCard; property Records[I: Integer]: TCodeRec read GetRecord write SetRecord; default; property PAX64: Boolean read GetPAX64; property SizeOfPointer: Integer read GetSizeOfPointer; property CurrSourceLineNumber: Integer read GetCurrSourceLineNumber; end; implementation uses PAXCOMP_KERNEL, PAXCOMP_BASERUNNER, PAXCOMP_STDLIB; constructor TCode.Create(i_kernel: Pointer); var I: Integer; begin Self.kernel := i_kernel; A := TCodeRecList.Create; SetLength(ProcList, -OP_DUMMY); for I := 0 to System.Length(ProcList) - 1 do ProcList[I] := OperNop; ProcList[-OP_NOP] := OperNop; ProcList[-OP_SEPARATOR] := OperNop; ProcList[-OP_STMT] := OperNop; ProcList[-OP_SET_CODE_LINE] := OperNop; ProcList[-OP_BEGIN_MODULE] := OperNop; ProcList[-OP_END_MODULE] := OperNop; ProcList[-OP_EXTRA_BYTECODE] := OperNop; ProcList[-OP_BEGIN_NAMESPACE] := OperNop; ProcList[-OP_END_NAMESPACE] := OperNop; ProcList[-OP_BEGIN_TYPE] := OperNop; ProcList[-OP_END_TYPE] := OperNop; ProcList[-OP_BEGIN_CLASS_TYPE] := OperOP_BEGIN_CLASS_TYPE; ProcList[-OP_END_CLASS_TYPE] := OperNop; ProcList[-OP_BEGIN_HELPER_TYPE] := OperNop; ProcList[-OP_END_HELPER_TYPE] := OperNop; ProcList[-OP_BEGIN_CLASSREF_TYPE] := OperNop; ProcList[-OP_END_CLASSREF_TYPE] := OperNop; ProcList[-OP_BEGIN_INTERFACE_TYPE] := OperNop; ProcList[-OP_END_INTERFACE_TYPE] := OperNop; ProcList[-OP_BEGIN_RECORD_TYPE] := OperNop; ProcList[-OP_END_RECORD_TYPE] := OperNop; ProcList[-OP_BEGIN_ARRAY_TYPE] := OperNop; ProcList[-OP_END_ARRAY_TYPE] := OperNop; ProcList[-OP_BEGIN_DYNARRAY_TYPE] := OperNop; ProcList[-OP_END_DYNARRAY_TYPE] := OperNop; ProcList[-OP_BEGIN_SUBRANGE_TYPE] := OperNop; ProcList[-OP_END_SUBRANGE_TYPE] := OperNop; ProcList[-OP_BEGIN_ENUM_TYPE] := OperNop; ProcList[-OP_END_ENUM_TYPE] := OperNop; ProcList[-OP_BEGIN_SET_TYPE] := OperNop; ProcList[-OP_END_SET_TYPE] := OperNop; ProcList[-OP_BEGIN_POINTER_TYPE] := OperNop; ProcList[-OP_END_POINTER_TYPE] := OperNop; ProcList[-OP_BEGIN_PROC_TYPE] := OperNop; ProcList[-OP_END_PROC_TYPE] := OperNop; ProcList[-OP_BEGIN_ALIAS_TYPE] := OperNop; ProcList[-OP_END_ALIAS_TYPE] := OperNop; {$IFNDEF PAXARM} ProcList[-OP_BEGIN_SHORTSTRING_TYPE] := OperNop; ProcList[-OP_END_SHORTSTRING_TYPE] := OperNop; {$ENDIF} ProcList[-OP_BEGIN_CONST] := OperNop; ProcList[-OP_END_CONST] := OperNop; ProcList[-OP_BEGIN_VAR] := OperNop; ProcList[-OP_END_VAR] := OperNop; ProcList[-OP_END_INTERFACE_SECTION] := OperNop; ProcList[-OP_END_IMPORT] := OperNop; ProcList[-OP_BEGIN_INITIALIZATION] := OperNop; ProcList[-OP_END_INITIALIZATION] := OperNop; ProcList[-OP_BEGIN_FINALIZATION] := OperNop; ProcList[-OP_END_FINALIZATION] := OperNop; ProcList[-OP_BEGIN_USING] := OperNop; ProcList[-OP_END_USING] := OperNop; ProcList[-OP_BEGIN_BLOCK] := OperNop; ProcList[-OP_END_BLOCK] := OperNop; ProcList[-OP_EMIT_OFF] := OperNop; ProcList[-OP_EMIT_ON] := OperNop; ProcList[-OP_EVAL] := OperEval; ProcList[-OP_EVAL_INHERITED] := OperEvalInherited; ProcList[-OP_EVAL_CONSTRUCTOR] := OperEvalConstructor; ProcList[-OP_UPDATE_INSTANCE] := OperNop; ProcList[-OP_CLEAR_EDX] := OperNop; ProcList[-OP_IMPLEMENTS] := OperImplements; ProcList[-OP_LOAD_PROC] := OperNop; ProcList[-OP_CHECK_OVERRIDE] := OperNop; ProcList[-OP_BEGIN_WITH] := OperPushContext; ProcList[-OP_END_WITH] := OperPopContext; ProcList[-OP_BEGIN_INIT_CONST] := OperBeginInitConst; ProcList[-OP_END_INIT_CONST] := OperEndInitConst; ProcList[-OP_EXIT] := OperNop; ProcList[-OP_GO] := OperNop; ProcList[-OP_GO_TRUE] := OperGoTrue; ProcList[-OP_GO_FALSE] := OperGoFalse; ProcList[-OP_GO_TRUE_BOOL] := OperGoTrueBool; ProcList[-OP_GO_FALSE_BOOL] := OperGoFalseBool; ProcList[-OP_GO_DL] := OperNop; ProcList[-OP_SAVE_EDX] := OperNop; ProcList[-OP_RESTORE_EDX] := OperNop; ProcList[-OP_BEGIN_CALL] := OperNop; ProcList[-OP_CHECK_SUB_CALL] := OperCheckSubCall; ProcList[-OP_CHECK_FINAL] := OperCheckFinal; ProcList[-OP_PUSH_INSTANCE] := OperPushInstance; ProcList[-OP_ADJUST_INSTANCE] := OperAdjustInstance; ProcList[-OP_CALL] := OperCall; ProcList[-OP_VCALL] := OperVCall; ProcList[-OP_CALL_DEFAULT_CONSTRUCTOR] := OperCallDefaultConstructor; ProcList[-OP_TYPE_CAST] := OperTypeCast; ProcList[-OP_DESTROY_LOCAL_VAR] := OperNop; ProcList[-OP_PUSH] := OperPush; ProcList[-OP_PUSH_EBP] := OperNop; ProcList[-OP_POP] := OperNop; ProcList[-OP_PUSH_CONTEXT] := OperPushContext; ProcList[-OP_POP_CONTEXT] := OperPopContext; ProcList[-OP_LABEL] := OperNop; ProcList[-OP_BEGIN_SUB] := OperNop; ProcList[-OP_DECLARE_LOCAL_VAR] := OperNop; ProcList[-OP_DECLARE_TEMP_VAR] := OperNop; ProcList[-OP_INIT_SUB] := OperInitSub; ProcList[-OP_END_SUB] := OperNop; ProcList[-OP_FIN_SUB] := OperNop; ProcList[-OP_EPILOGUE_SUB] := OperNop; ProcList[-OP_BEGIN_GLOBAL_BLOCK] := OperNop; ProcList[-OP_EPILOGUE_GLOBAL_BLOCK] := OperNop; ProcList[-OP_EPILOGUE_GLOBAL_BLOCK2] := OperNop; ProcList[-OP_END_GLOBAL_BLOCK] := OperNop; ProcList[-OP_ASSIGN_TYPE] := OperNop; ProcList[-OP_DETERMINE_TYPE] := OperDetermineType; ProcList[-OP_ASSIGN_THE_SAME_TYPE] := OperNop; ProcList[-OP_ASSIGN_TYPE_ALIAS] := OperNop; ProcList[-OP_ASSIGN_LAMBDA_TYPES] := OperAssignLambdaTypes; ProcList[-OP_CREATE_POINTER_TYPE] := OperNop; ProcList[-OP_CREATE_CLASSREF_TYPE] := OperNop; ProcList[-OP_CREATE_DYNAMIC_ARRAY_TYPE] := OperNop; ProcList[-OP_CREATE_SHORTSTRING_TYPE] := OperCreateShortStringType; ProcList[-OP_ADDRESS] := OperAddress; ProcList[-OP_TERMINAL] := OperTerminal; ProcList[-OP_ADDRESS_PROG] := OperNop; ProcList[-OP_ASSIGN_PROG] := OperNop; ProcList[-OP_ASSIGN_INT_M] := OperNop; ProcList[-OP_LVALUE] := OperNop; ProcList[-OP_ASSIGN] := OperAssignment; ProcList[-OP_ASSIGN_CONST] := OperAssignmentConst; ProcList[-OP_ASSIGN_ENUM] := OperAssignEnum; ProcList[-OP_CHECK_SUBRANGE_TYPE] := OperCheckSubrangeType; ProcList[-OP_SIZEOF] := OperSizeOf; ProcList[-OP_TRY_ON] := OperNop; ProcList[-OP_TRY_OFF] := OperNop; ProcList[-OP_FINALLY] := OperNop; ProcList[-OP_RAISE] := OperRaise; ProcList[-OP_COND_RAISE] := OperNop; ProcList[-OP_BEGIN_EXCEPT_BLOCK] := OperNop; ProcList[-OP_END_EXCEPT_BLOCK] := OperNop; ProcList[-OP_EXCEPT] := OperNop; ProcList[-OP_EXCEPT_ON] := OperNop; ProcList[-OP_PAUSE] := OperNop; ProcList[-OP_CHECK_PAUSE] := OperNop; ProcList[-OP_CHECK_PAUSE_LIGHT] := OperNop; ProcList[-OP_HALT] := OperNop; ProcList[-OP_OVERFLOW_CHECK] := OperNop; ProcList[-OP_SET_INCLUDE] := OperSetInclude; ProcList[-OP_SET_INCLUDE_INTERVAL] := OperSetInclude; ProcList[-OP_SET_EXCLUDE] := OperSetExclude; ProcList[-OP_SET_MEMBERSHIP] := OperSetMembership; ProcList[-OP_ABS] := OperAbs; ProcList[-OP_INC] := OperInc; ProcList[-OP_DEC] := OperDec; ProcList[-OP_PRED] := OperPred; ProcList[-OP_SUCC] := OperSucc; ProcList[-OP_ORD] := OperOrd; ProcList[-OP_CHR] := OperChr; ProcList[-OP_LOW] := OperLow; ProcList[-OP_HIGH] := OperHigh; ProcList[-OP_STR] := OperStr; ProcList[-OP_SET_LENGTH] := OperSetLength; ProcList[-OP_ASSIGNED] := OperAssigned; ProcList[-OP_PLUS] := OperAddition; ProcList[-OP_MINUS] := OperSubtraction; ProcList[-OP_MULT] := OperMultiplication; ProcList[-OP_DIV] := OperDivision; ProcList[-OP_IDIV] := OperIDivision; ProcList[-OP_MOD] := OperModulo; ProcList[-OP_SHL] := OperLeftShift; ProcList[-OP_SHR] := OperRightShift; ProcList[-OP_AND] := OperAnd; ProcList[-OP_OR] := OperOr; ProcList[-OP_XOR] := OperXor; ProcList[-OP_NEG] := OperNegation; ProcList[-OP_POSITIVE] := OperPositive; ProcList[-OP_NOT] := OperNot; ProcList[-OP_LT] := OperLessThan; ProcList[-OP_LE] := OperLessThanOrEqual; ProcList[-OP_GT] := OperGreaterThan; ProcList[-OP_GE] := OperGreaterThanOrEqual; ProcList[-OP_EQ] := OperEqual; ProcList[-OP_NE] := OperNotEqual; ProcList[-OP_IS] := OperIs; ProcList[-OP_AS] := OperAs; ProcList[-OP_TYPEINFO] := OperTypeInfo; ProcList[-OP_ADD_TYPEINFO] := OperAddTypeInfo; ProcList[-OP_CLASSNAME] := OperNop; ProcList[-OP_GET_PROG] := OperNop; ProcList[-OP_ADD_MESSAGE] := OperAddMessage; ProcList[-OP_CREATE_METHOD] := OperCreateMethod; ProcList[-OP_ADD_METHOD_INDEX] := OperAddMethodIndex; ProcList[-OP_RET] := OperNop; ProcList[-OP_FIELD] := OperField; ProcList[-OP_ELEM] := OperElem; ProcList[-OP_ITEM] := OperItem; ProcList[-OP_RECORD_ITEM] := OperRecordItem; ProcList[-OP_PRINT] := OperPrint; ProcList[-OP_PRINT_EX] := OperNop; ProcList[-OP_DETERMINE_PROP] := OperDetermineProp; ProcList[-OP_SET_SET_PROP] := OperNop; ProcList[-OP_SET_ORD_PROP] := OperNop; ProcList[-OP_SET_INTERFACE_PROP] := OperNop; {$IFNDEF PAXARM} ProcList[-OP_SET_ANSISTR_PROP] := OperNop; ProcList[-OP_SET_WIDESTR_PROP] := OperNop; {$ENDIF} ProcList[-OP_SET_UNICSTR_PROP] := OperNop; ProcList[-OP_SET_FLOAT_PROP] := OperNop; ProcList[-OP_SET_VARIANT_PROP] := OperNop; ProcList[-OP_SET_INT64_PROP] := OperNop; ProcList[-OP_SET_EVENT_PROP] := OperSetEventProp; ProcList[-OP_SET_EVENT_PROP2] := OperNop; ProcList[-OP_VARARRAY_PUT] := OperNop; ProcList[-OP_VARARRAY_GET] := OperNop; ProcList[-OP_VARARRAY_IDX] := OperVarArrayIdx; ProcList[-OP_OLE_VALUE] := OperOleValue; ProcList[-OP_OLE_PARAM] := OperOleParam; ProcList[-OP_OLE_GET] := OperNop; ProcList[-OP_OLE_SET] := OperNop; ProcList[-OP_ONCREATE_OBJECT] := OperNop; ProcList[-OP_ON_AFTER_OBJECT_CREATION] := OperNop; ProcList[-OP_CREATE_OBJECT] := OperNop; ProcList[-OP_DESTROY_OBJECT] := OperNop; ProcList[-OP_GET_VMT_ADDRESS] := OperNop; ProcList[-OP_PUSH_INSTANCE] := OperNop; ProcList[-OP_ONCREATE_HOST_OBJECT] := OperNop; ProcList[-OP_ONDESTROY_HOST_OBJECT] := OperNop; ProcList[-OP_SAVE_REGS] := OperNop; ProcList[-OP_RESTORE_REGS] := OperNop; ProcList[-OP_ADD_ANCESTOR] := OperAddAncestor; ProcList[-OP_ERR_ABSTRACT] := OperNop; ProcList[-OP_UPDATE_DEFAULT_CONSTRUCTOR] := OperNop; ProcList[-OP_FIND_CONSTRUCTOR] := OperFindConstructor; ProcList[-OP_BEGIN_CRT_JS_FUNC_OBJECT] := OperBeginCrtJsFuncObject; ProcList[-OP_END_CRT_JS_FUNC_OBJECT] := OperEndCrtJsFuncObject; ProcList[-OP_ASSIGN_SHIFT] := OperNop; ProcList[-OP_GET_NEXTJSPROP] := OperGetNextJSProp; ProcList[-OP_JS_TYPEOF] := OperJStypeof; ProcList[-OP_JS_VOID] := OperJSvoid; ProcList[-OP_GET_ENUMERATOR] := OperGetEnumerator; ProcList[-OP_SET_READ_ID] := OperSetReadId; ProcList[-OP_SET_WRITE_ID] := OperSetWriteId; ProcList[-OP_TO_FW_OBJECT] := OperToFWObject; ProcList[-OP_FRAMEWORK_ON] := OperFrameworkOn; ProcList[-OP_FRAMEWORK_OFF] := OperFrameworkOff; CRT_JS_FUNC_OBJECT_SWITCH := false; generic_binary_operators := TIntegerList.Create; with generic_binary_operators do begin Add(OP_PLUS); Add(OP_MINUS); Add(OP_MULT); Add(OP_DIV); Add(OP_IDIV); Add(OP_MOD); end; generic_unary_operators := TIntegerList.Create; with generic_unary_operators do begin Add(OP_NEG); end; map_list := TIntegerList.Create; context_list := TIntegerStack.Create; using_list := TIntegerList.Create(true); temp_var_list := TAssocIntegers.Create; extra_using_list := TIntegerList.Create; used_private_members := TIntegerList.Create(true); end; destructor TCode.Destroy; begin Reset; FreeAndNil(A); FreeAndNil(generic_binary_operators); FreeAndNil(generic_unary_operators); FreeAndNil(map_list); FreeAndNil(context_list); FreeAndNil(using_list); FreeAndNil(temp_var_list); FreeAndNil(extra_using_list); FreeAndNil(used_private_members); inherited; end; function TCode.GetPrintKeyword: String; var I: Integer; begin result := 'print'; for I := N downto 1 do if Records[I].Op = OP_PRINT_KWD then begin result := GetSymbolRec(Records[I].Arg1).value; Exit; end; end; function TCode.GetPrintlnKeyword: String; var I: Integer; begin result := 'println'; for I := N downto 1 do if Records[I].Op = OP_PRINTLN_KWD then begin result := GetSymbolRec(Records[I].Arg1).value; Exit; end; end; function TCode.GetLevel(pos: Integer): Integer; var I, K: Integer; begin K := Card; if pos > K then I := K else I := pos; result := Records[I].SavedLevel; if result >= 0 then Exit; repeat Inc(I); if I > K then Exit; result := Records[I].SavedLevel; if result >= 0 then Exit; until false; end; function TCode.GetClassId(pos: Integer): Integer; var Op, K: Integer; begin result := 0; K := Card; repeat Op := Records[pos].Op; if Op = OP_BEGIN_CLASS_TYPE then Exit; if Op = OP_BEGIN_MODULE then Exit; if Op = OP_END_MODULE then Exit; if Op = OP_END_CLASS_TYPE then begin result := Records[pos].Arg1; Exit; end; if Op = OP_END_SUB then begin result := GetSymbolRec(Records[pos].Arg1).Level; Exit; end; Inc(pos); if pos > K then Exit; until false; end; function TCode.GetStructureId(pos: Integer): Integer; var Op, K: Integer; begin result := 0; K := Card; repeat Op := Records[pos].Op; if Op = OP_BEGIN_RECORD_TYPE then Exit; if Op = OP_BEGIN_MODULE then Exit; if Op = OP_END_MODULE then Exit; if Op = OP_END_RECORD_TYPE then begin result := Records[pos].Arg1; Exit; end; if Op = OP_END_SUB then begin result := GetSymbolRec(Records[pos].Arg1).Level; Exit; end; Inc(pos); if pos > K then Exit; until false; end; function TCode.IsLocalPos(pos: Integer): Boolean; var L: Integer; begin L := GetLevel(pos); if L = 0 then begin result := false; Exit; end; result := GetSymbolRec(L).Kind in kindSUBS; end; procedure TCode.ReplaceId(old_id, new_id: Integer); begin ReplaceIdEx(old_id, new_id, 1, Card, false); end; procedure TCode.ReplaceIdEx(old_id, new_id, start_pos, end_pos: Integer; Local: Boolean; ReplaceDeclId: Boolean = true); var I: Integer; R: TCodeRec; SymbolTable: TSymbolTable; SR: TSymbolRec; begin if old_id = new_id then Exit; if ReplaceDeclId then if old_id = TKernel(kernel).FindDeclId then TKernel(kernel).FindDeclId := new_id; SymbolTable := TKernel(kernel).SymbolTable; for I := start_pos to end_pos do begin R := Records[I]; if Local then if R.Op = OP_END_MODULE then break; if R.Op <> OP_SEPARATOR then begin if R.Arg1 = old_id then R.Arg1 := new_id; if R.Arg2 = old_id then R.Arg2 := new_id; if R.Res = old_id then R.Res := new_id; end; end; if GetSymbolRec(new_id).Kind = KindTYPE then TKernel(kernel).TypeDefList.ReplaceId(old_id, new_id); if GetSymbolRec(new_id).Kind in kindSUBS then Exit; for I := SymbolTable.CompileCard to SymbolTable.Card do begin SR := SymbolTable[I]; if SR.OwnerId = old_id then SR.OwnerId := new_id; if SR.PatternId = old_id then SR.PatternId := new_id; end; end; procedure TCode.OperNotImpl; begin RaiseError(errInternalError, []); end; procedure TCode.OperNop; begin end; function TCode.GetCard: Integer; begin result := A.Count; end; function TCode.GetStmt(I: Integer): Integer; begin result := I; while Records[result].Op <> OP_STMT do begin Dec(result); if Records[result].Op = OP_BEGIN_MODULE then break; if result = 1 then Exit; end; end; function TCode.GetNextRec(I: Integer): TCodeRec; var K: Integer; begin result := nil; K := Card; repeat Inc(I); if I > K then Exit; if Records[I].Op <> OP_SEPARATOR then begin result := Records[I]; Exit; end; until false; end; function TCode.GetNextStmt(I: Integer): Integer; var K: Integer; begin result := I + 1; K := Card; while Records[result].Op <> OP_STMT do with Records[result] do begin Inc(result); if result = K then Exit; if Op = OP_EPILOGUE_SUB then begin Dec(result); Exit; end; if Op = OP_END_SUB then begin Dec(result); Exit; end; if Op = OP_END_MODULE then begin Dec(result); Exit; end; end; end; function TCode.GetModuleNumber(J: Integer): Integer; var I: Integer; begin if J > Card then I := Card else I := J; result := Records[I].ModuleNum; end; function TCode.GetUpcase(J: Integer): Boolean; var I: Integer; begin if J > Card then I := Card else I := J; result := Records[I].Upcase; end; function TCode.GetLanguage(J: Integer): Integer; var I: Integer; begin if J > Card then I := Card else I := J; result := Records[I].Language; end; function TCode.GetCurrClassId(J: Integer): Integer; var I: Integer; R: TCodeRec; begin result := 0; if J > Card then I := Card else I := J; repeat R := Records[I]; if R.Op = OP_END_MODULE then Exit; if R.Op = OP_END_CLASS_TYPE then Exit; if R.Op = OP_BEGIN_CLASS_TYPE then begin result := R.Arg1; Exit; end; Dec(I); if I <= 0 then Exit; until false; end; function TCode.GetCurrNamespaceId(J: Integer): Integer; var I: Integer; R: TCodeRec; begin result := 0; if J > Card then I := Card else I := J; repeat R := Records[I]; if R.Op = OP_END_MODULE then Exit; if R.Op = OP_END_NAMESPACE then Exit; if R.Op = OP_BEGIN_NAMESPACE then begin result := R.Arg1; Exit; end; Dec(I); if I <= 0 then Exit; until false; end; procedure TCode.Reset; var I: Integer; begin for I := 1 to Card do {$IFDEF ARC} Records[I] := nil; {$ELSE} Records[I].Free; {$ENDIF} A.Clear; SignTypeCast := false; map_list.Clear; context_list.Clear; using_list.Clear; temp_var_list.Clear; extra_using_list.Clear; used_private_members.Clear; end; function TCode.Add(Op, Arg1, Arg2, Res: Integer; SavedLevel: Integer; Upcase: Boolean; Language: Integer; ModuleNum: Integer; LinePos: Integer) : TCodeRec; begin result := TCodeRec.Create(Op, nil); result.OwnerObject := Self; result.Upcase := Upcase; result.Language := Language; result.ModuleNum := ModuleNum; result.SavedLevel := SavedLevel; result.Arg1 := Arg1; result.Arg2 := Arg2; result.Res := Res; result.LinePos := LinePos; A.Add(result); end; function TCode.Ins(Ip, Op, Arg1, Arg2, Res: Integer; SavedLevel: Integer; Upcase: Boolean; Language: Integer; ModuleNum: Integer; LinePos: Integer) : TCodeRec; begin result := TCodeRec.Create(Op, nil); result.OwnerObject := Self; result.Upcase := Upcase; result.Language := Language; result.ModuleNum := ModuleNum; result.SavedLevel := SavedLevel; result.Arg1 := Arg1; result.Arg2 := Arg2; result.Res := Res; result.LinePos := LinePos; A.Insert(Ip, result); end; function TCode.GetSymbolRec(Id: Integer): TSymbolRec; begin result := TKernel(kernel).SymbolTable[Id]; end; procedure TCode.Remove(R: TCodeRec); begin A.Remove(R); end; function TCode.Insert(I: Integer; R: TCodeRec): Integer; // var // J: Integer; begin result := I; A.Insert(I - 1, R); { for J:=I to Card do if Records[J].Op = OP_SET_CODE_LINE then Inc(Records[J].Arg1); } end; {$O+} function TCode.GetRecord(I: Integer): TCodeRec; begin result := TCodeRec(A[I - 1]); end; {$O-} procedure TCode.SetRecord(I: Integer; value: TCodeRec); begin A[I - 1] := value; end; procedure TCode.DeleteRecord(I: Integer); begin {$IFDEF ARC} Records[I] := nil; {$ELSE} Records[I].Free; {$ENDIF} A.Delete(I - 1); end; function TCode.CreateConst(TypeId: Integer; const value: Variant; ValueType: Integer = 0): Integer; var FT: Integer; S: String; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; FT := SymbolTable[TypeId].FinalTypeId; result := 0; case FT of typeBOOLEAN: result := SymbolTable.AddBooleanConst(value).Id; typeBYTEBOOL: if TVarData(value).VInteger <> 0 then result := SymbolTable.AddByteBoolConst(true).Id else result := SymbolTable.AddByteBoolConst(false).Id; typeWORDBOOL: if TVarData(value).VInteger <> 0 then result := SymbolTable.AddWordBoolConst(true).Id else result := SymbolTable.AddWordBoolConst(false).Id; typeLONGBOOL: if TVarData(value).VInteger <> 0 then result := SymbolTable.AddLongBoolConst(true).Id else result := SymbolTable.AddLongBoolConst(false).Id; typeINTEGER: result := SymbolTable.AddIntegerConst(value).Id; typePOINTER: result := SymbolTable.AddPointerConst(TypeId, Pointer(Integer(value))).Id; typeSMALLINT: result := SymbolTable.AddSmallIntConst(value).Id; typeSHORTINT: result := SymbolTable.AddShortIntConst(value).Id; typeBYTE: result := SymbolTable.AddByteConst(value).Id; typeWORD: result := SymbolTable.AddWordConst(value).Id; typeCARDINAL: result := SymbolTable.AddCardinalConst(value).Id; typeDOUBLE: result := SymbolTable.AddDoubleConst(value).Id; typeCURRENCY: result := SymbolTable.AddCurrencyConst(value).Id; typeSINGLE: result := SymbolTable.AddSingleConst(value).Id; typeEXTENDED: result := SymbolTable.AddExtendedConst(value).Id; {$IFNDEF PAXARM} typeANSISTRING, typeWIDESTRING, typeSHORTSTRING: begin if VarType(value) in [varByte, varInteger] then begin S := Chr(Integer(value)); result := SymbolTable.AddPAnsiCharConst(AnsiString(S)).Id; end else result := SymbolTable.AddPAnsiCharConst(AnsiString(value)).Id; end; {$ENDIF} typeUNICSTRING: begin if VarType(value) in [varByte, varInteger] then begin S := Chr(Integer(value)); result := SymbolTable.AddPWideCharConst(S).Id; end else result := SymbolTable.AddPWideCharConst(value).Id; end; {$IFNDEF PAXARM} typeANSICHAR: result := SymbolTable.AddAnsiCharConst(AnsiChar(Chr(Integer(value)))).Id; {$ENDIF} typeWIDECHAR: result := SymbolTable.AddWideCharConst(Integer(value)).Id; {$IFDEF VARIANTS} typeINT64: result := SymbolTable.AddInt64Const(value).Id; typeUINT64: result := SymbolTable.AddUInt64Const(value).Id; {$ELSE} typeINT64: result := SymbolTable.AddInt64Const(Integer(value)).Id; typeUINT64: result := SymbolTable.AddUInt64Const(Integer(value)).Id; {$ENDIF} typeVARIANT: begin if ValueType = typeBOOLEAN then begin if Integer(value) = 0 then result := SymbolTable.AddVariantConst(false).Id else result := SymbolTable.AddVariantConst(true).Id end else result := SymbolTable.AddVariantConst(value).Id; end; typeOLEVARIANT: begin if ValueType = typeBOOLEAN then begin if Integer(value) = 0 then result := SymbolTable.AddOleVariantConst(false).Id else result := SymbolTable.AddOleVariantConst(true).Id end else result := SymbolTable.AddOleVariantConst(value).Id; end; else begin if FT = typeENUM then result := SymbolTable.AddEnumConst(TypeId, value).Id else if FT = typeSET then result := SymbolTable.AddSetConst(H_TByteSet, value).Id else if FT = typeCLASS then begin if Integer(value) = 0 then result := SymbolTable.NilId else result := SymbolTable.AddClassConst(TypeId, TObject(Integer(value))).Id; end else begin if FT in OrdinalTypes then result := CreateConst(FT, value) else RaiseError(errInternalError, []); end; end; end; end; function TCode.NewTempVar(Level, TypeId: Integer): Integer; var R: TSymbolRec; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; R := TKernel(kernel).SymbolTable.AddRecord; R.Kind := KindVAR; R.Level := Level; R.TypeId := TypeId; result := R.Id; end; function TCode.NewField(const FName: String; TypeId, OwnerId: Integer): Integer; begin result := NewTempVar(GetSymbolRec(OwnerId).Level, TypeId); GetSymbolRec(result).OwnerId := OwnerId; GetSymbolRec(result).Name := FName; end; {$IFNDEF PAXARM} function TCode.CreateAnsiCharVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddAnsiCharVar(Level).Id; end; {$ENDIF} function TCode.CreateWideCharVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddWideCharVar(Level).Id; end; function TCode.CreatePointerVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddPointerVar(Level).Id; end; function TCode.CreateIntegerVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddIntegerVar(Level).Id; end; function TCode.CreateCardinalVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddCardinalVar(Level).Id; end; function TCode.CreateSmallIntVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddSmallIntVar(Level).Id; end; function TCode.CreateShortIntVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddShortIntVar(Level).Id; end; function TCode.CreateByteVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddByteVar(Level).Id; end; function TCode.CreateWordVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddWordVar(Level).Id; end; function TCode.CreateBooleanVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddBooleanVar(Level).Id; end; function TCode.CreateByteBoolVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddByteBoolVar(Level).Id; end; function TCode.CreateWordBoolVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddWordBoolVar(Level).Id; end; function TCode.CreateLongBoolVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddLongBoolVar(Level).Id; end; function TCode.CreateDoubleVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddDoubleVar(Level).Id; end; function TCode.CreateCurrencyVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddCurrencyVar(Level).Id; end; function TCode.CreateSingleVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddSingleVar(Level).Id; end; function TCode.CreateExtendedVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddExtendedVar(Level).Id; end; function TCode.CreateInt64Var(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddInt64Var(Level).Id; end; function TCode.CreateUInt64Var(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddUInt64Var(Level).Id; end; {$IFNDEF PAXARM} function TCode.CreateStringVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddStringVar(Level).Id; end; function TCode.CreateWideStringVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddWideStringVar(Level).Id; end; function TCode.CreateShortStringVar(Level, TypeId: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddShortStringVar(Level, TypeId).Id; end; {$ENDIF} function TCode.CreateInterfaceVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddInterfaceVar(Level).Id; end; function TCode.CreateClassVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddClassVar(Level).Id; end; function TCode.CreateUnicStringVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddUnicStringVar(Level).Id; end; function TCode.CreateRecordVar(Level, TypeId: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddRecordVar(Level, TypeId).Id; end; function TCode.CreateDynarrayVar(Level, TypeId: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddDynarrayVar(Level, TypeId).Id; end; function TCode.CreateVariantVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddVariantVar(Level).Id; end; function TCode.CreateOleVariantVar(Level: Integer): Integer; begin if CRT_JS_FUNC_OBJECT_SWITCH then Level := JS_TempNamespaceId; result := TKernel(kernel).SymbolTable.AddOleVariantVar(Level).Id; end; function TCode.InsertDestroyLocalVar(I: Integer; Id: Integer): TCodeRec; begin result := TCodeRec.Create(OP_DESTROY_LOCAL_VAR, Self); result.Arg1 := Id; Insert(I, result); end; {$IFNDEF PAXARM} function TCode.InsertConversionToAnsiChar(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_ANSICHAR_FROM_VARIANT else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeANSICHAR); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateAnsiCharVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; {$ENDIF} function TCode.InsertConversionToWideChar(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_WIDECHAR_FROM_VARIANT else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeWIDECHAR); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateWideCharVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToInteger(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_INT_FROM_VARIANT else if T = typeINT64 then RC.Op := OP_INT_FROM_INT64 else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeINTEGER); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateIntegerVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToCardinal(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_CARDINAL_FROM_VARIANT else if T = typeINT64 then RC.Op := OP_CARDINAL_FROM_INT64 else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeCARDINAL); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateCardinalVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToSmallInt(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_SMALLINT_FROM_VARIANT else if T = typeINT64 then RC.Op := OP_SMALLINT_FROM_INT64 else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeSMALLINT); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateSmallIntVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToShortInt(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_SHORTINT_FROM_VARIANT else if T = typeINT64 then RC.Op := OP_SHORTINT_FROM_INT64 else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeSHORTINT); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateShortIntVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToByte(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_BYTE_FROM_VARIANT else if T = typeINT64 then RC.Op := OP_BYTE_FROM_INT64 else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeBYTE); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateByteVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToWord(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_WORD_FROM_VARIANT else if T = typeINT64 then RC.Op := OP_WORD_FROM_INT64 else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeWORD); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateWordVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToInterface(I: Integer; Arg: Integer; InterfaceTypeId: Integer): TCodeRec; var R, RC, RD: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg2 := R.Arg1 else if Arg = 2 then RC.Arg2 := R.Arg2 else if Arg = 3 then RC.Arg2 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg2).FinalTypeId; if T = typeCLASS then RC.Op := OP_INTERFACE_FROM_CLASS else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg2).TerminalTypeId, GetSymbolRec(RC.Arg2).TerminalTypeId); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Res := NewTempVar(Level, InterfaceTypeId); RC.Arg1 := RC.Res; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := Level; RD.Arg2 := RC.Res; RD.Res := 0; Insert(I, RD); Inc(I); Inc(N); Insert(I, RC); end; function TCode.InsertConversionToClass(I: Integer; Arg: Integer; ClassTypeId: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_CLASS_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, ClassTypeId); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateClassVar(Level); GetSymbolRec(RC.Res).TypeId := ClassTypeId; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToFrameworkClass(I: Integer; Arg: Integer; ClassTypeId: Integer): TCodeRec; var R, RC: TCodeRec; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); RC.Op := OP_TO_FW_OBJECT; RC.Arg2 := GetSymbolRec(RC.Arg1).TerminalTypeId; RC.Res := CreateClassVar(GetLevel(N)); GetSymbolRec(RC.Res).TypeId := ClassTypeId; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToBoolean(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_BOOL_FROM_VARIANT else if T = typeBYTEBOOL then RC.Op := OP_BOOL_FROM_BYTEBOOL else if T = typeWORDBOOL then RC.Op := OP_BOOL_FROM_WORDBOOL else if T = typeLONGBOOL then RC.Op := OP_BOOL_FROM_LONGBOOL else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeBOOLEAN); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateBooleanVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToByteBool(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_BYTEBOOL_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeBYTEBOOL); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateByteBoolVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToWordBool(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_WORDBOOL_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeWORDBOOL); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateWordBoolVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToLongBool(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T in VariantTypes then RC.Op := OP_LONGBOOL_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeLONGBOOL); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateLongBoolVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToDouble(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T = typeINT64 then RC.Op := OP_INT64_TO_DOUBLE else if T = typeUINT64 then RC.Op := OP_UINT64_TO_DOUBLE else if T in IntegerTypes then RC.Op := OP_INT_TO_DOUBLE else if T = typeSINGLE then RC.Op := OP_SINGLE_TO_DOUBLE else if T = typeCURRENCY then RC.Op := OP_CURRENCY_TO_DOUBLE else if T = typeEXTENDED then RC.Op := OP_EXTENDED_TO_DOUBLE else if T in VariantTypes then RC.Op := OP_DOUBLE_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeDOUBLE); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateDoubleVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToCurrency(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg2 := R.Arg1 else if Arg = 2 then RC.Arg2 := R.Arg2 else if Arg = 3 then RC.Arg2 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg2).FinalTypeId; if T = typeINT64 then RC.Op := OP_CURRENCY_FROM_INT64 else if T in IntegerTypes then RC.Op := OP_CURRENCY_FROM_INT else if T in RealTypes then RC.Op := OP_CURRENCY_FROM_REAL else if T in VariantTypes then RC.Op := OP_CURRENCY_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeCURRENCY); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Res := CreateCurrencyVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToSingle(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T = typeINT64 then RC.Op := OP_INT64_TO_SINGLE else if T = typeUINT64 then RC.Op := OP_UINT64_TO_SINGLE else if T in IntegerTypes then RC.Op := OP_INT_TO_SINGLE else if T = typeDOUBLE then RC.Op := OP_DOUBLE_TO_SINGLE else if T = typeCURRENCY then RC.Op := OP_CURRENCY_TO_SINGLE else if T = typeEXTENDED then RC.Op := OP_EXTENDED_TO_SINGLE else if T in VariantTypes then RC.Op := OP_SINGLE_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeSINGLE); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateSingleVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToExtended(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; E: Extended; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T = typeINT64 then RC.Op := OP_INT64_TO_EXTENDED else if T = typeUINT64 then RC.Op := OP_UINT64_TO_EXTENDED else if T in IntegerTypes then begin if GetSymbolRec(RC.Arg1).Kind = KindCONST then begin RC.Op := OP_NOP; E := GetSymbolRec(RC.Arg1).value; RC.Res := TKernel(kernel).SymbolTable.AddExtendedConst(E).Id; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; Insert(I, RC); Exit; end; RC.Op := OP_INT_TO_EXTENDED; end else if T = typeDOUBLE then RC.Op := OP_DOUBLE_TO_EXTENDED else if T = typeCURRENCY then RC.Op := OP_CURRENCY_TO_EXTENDED else if T = typeSINGLE then RC.Op := OP_SINGLE_TO_EXTENDED else if T in VariantTypes then RC.Op := OP_EXTENDED_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeEXTENDED); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateExtendedVar(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToInt64(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T = typeUINT64 then begin FreeAndNil(RC); Dec(N); Exit; end; if T = typeINTEGER then RC.Op := OP_INT_TO_INT64 else if T = typeBYTE then RC.Op := OP_BYTE_TO_INT64 else if T = typeWORD then RC.Op := OP_WORD_TO_INT64 else if T = typeCARDINAL then RC.Op := OP_CARDINAL_TO_INT64 else if T = typeSMALLINT then RC.Op := OP_SMALLINT_TO_INT64 else if T = typeSHORTINT then RC.Op := OP_SHORTINT_TO_INT64 else if T in VariantTypes then RC.Op := OP_INT64_FROM_VARIANT else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeINT64); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateInt64Var(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToUInt64(I: Integer; Arg: Integer): TCodeRec; var R, RC: TCodeRec; Level: Integer; T: Integer; begin R := Records[I]; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then RC.Arg1 := R.Arg1 else if Arg = 2 then RC.Arg1 := R.Arg2 else if Arg = 3 then RC.Arg1 := R.Res else RaiseError(errInternalError, []); T := GetSymbolRec(RC.Arg1).FinalTypeId; if T = typeINT64 then begin FreeAndNil(RC); Dec(N); Exit; end; if T = typeINTEGER then RC.Op := OP_INT_TO_UINT64 else if T = typeBYTE then RC.Op := OP_BYTE_TO_UINT64 else if T = typeWORD then RC.Op := OP_WORD_TO_UINT64 else if T = typeCARDINAL then RC.Op := OP_CARDINAL_TO_UINT64 else if T = typeSMALLINT then RC.Op := OP_SMALLINT_TO_UINT64 else if T = typeSHORTINT then RC.Op := OP_SHORTINT_TO_UINT64 else if T in VariantTypes then RC.Op := OP_UINT64_FROM_VARIANT else if T = typeINT64 then RC.Op := OP_ASSIGN_INT64 else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, GetSymbolRec(RC.Arg1).TerminalTypeId, typeUINT64); FreeAndNil(RC); Dec(N); // will be increased by 1 Exit; end else RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC.Arg2 := RC.Arg1; RC.Res := CreateUInt64Var(Level); if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; Insert(I, RC); end; function TCode.FindImplicitConversion(RecordTypeId, ParamArg, ResultArg: Integer): Integer; var L: TIntegerList; SymbolTable: TSymbolTable; I, SubId, ResultId, T: Integer; begin result := 0; SymbolTable := TKernel(kernel).SymbolTable; L := SymbolTable.LookUpAll(gen_Implicit, RecordTypeId, GetUpcase(N)); try if L.Count = 0 then Exit; T := GetSymbolRec(ParamArg).TerminalTypeId; if RecordTypeId = T then begin for I := 0 to L.Count - 1 do begin SubId := L[I]; ResultId := SymbolTable.GetResultId(SubId); if ExistsImplicitConversion(ResultId, ResultArg) then begin result := SubId; Exit; end; end; end else begin T := GetSymbolRec(ResultArg).TerminalTypeId; if RecordTypeId = T then begin for I := 0 to L.Count - 1 do begin SubId := L[I]; ResultId := SymbolTable.GetParamId(SubId, 0); if ExistsImplicitConversion(ResultId, ParamArg) then begin result := SubId; Exit; end; end; end; end; finally FreeAndNil(L); end; end; function TCode.FindExplicitConversion(RecordTypeId, ParamArg, ResultArg: Integer): Integer; var L: TIntegerList; SymbolTable: TSymbolTable; I, SubId, ResultId, T: Integer; begin result := 0; SymbolTable := TKernel(kernel).SymbolTable; L := SymbolTable.LookUpAll(gen_Explicit, RecordTypeId, GetUpcase(N)); try if L.Count = 0 then Exit; T := GetSymbolRec(ParamArg).TerminalTypeId; if RecordTypeId = T then begin for I := 0 to L.Count - 1 do begin SubId := L[I]; ResultId := SymbolTable.GetResultId(SubId); if ExistsImplicitConversion(ResultId, ResultArg) then begin result := SubId; Exit; end; end; end else begin T := GetSymbolRec(ResultArg).TerminalTypeId; if RecordTypeId = T then begin for I := 0 to L.Count - 1 do begin SubId := L[I]; ResultId := SymbolTable.GetParamId(SubId, 0); if ExistsImplicitConversion(ResultId, ParamArg) then begin result := SubId; Exit; end; end; end; end; finally FreeAndNil(L); end; end; function TCode.InsertConversionToRecord(I, Arg, RecordTypeId, ValueId: Integer) : TCodeRec; var R, RC: TCodeRec; Level, SubId: Integer; S: String; begin R := Records[I]; S := gen_Implicit; SubId := TKernel(kernel).SymbolTable.LookUp(S, RecordTypeId, GetUpcase(N)); if SubId = 0 then RaiseError(errIncompatibleTypesNoArgs, []); Level := GetLevel(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := ValueId; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := 1; RC.Res := CreateRecordVar(Level, RecordTypeId); Insert(N, RC); Inc(N); case Arg of 1: R.Arg1 := RC.Res; 2: R.Arg2 := RC.Res; 3: R.Res := RC.Res; end; Dec(N, 3); result := RC; end; function TCode.ExistsBinaryOperator(RecordTypeId: Integer; const OperatorName: String): Boolean; var R: TCodeRec; SubId: Integer; begin result := false; R := Records[N]; SubId := TKernel(kernel).SymbolTable.LookUp(OperatorName, RecordTypeId, GetUpcase(N)); if SubId = 0 then begin if GetSymbolRec(R.Arg1).TerminalTypeId = GetSymbolRec(R.Arg2).TerminalTypeId then if (OperatorName = gen_Equal) or (OperatorName = gen_NotEqual) then result := true; end else result := true; end; procedure TCode.InsertBinaryOperator(RecordTypeId: Integer; const OperatorName: String); var R, RC: TCodeRec; Level, SubId, Res: Integer; begin R := Records[N]; Res := R.Res; SubId := TKernel(kernel).SymbolTable.LookUp(OperatorName, RecordTypeId, GetUpcase(N)); if SubId = 0 then begin if GetSymbolRec(R.Arg1).TerminalTypeId = GetSymbolRec(R.Arg2).TerminalTypeId then begin if OperatorName = gen_Equal then begin R.Op := OP_EQ_STRUCT; Dec(N); Exit; end; if OperatorName = gen_NotEqual then begin R.Op := OP_NE_STRUCT; Dec(N); Exit; end; end; RaiseError(errE2015, []); // Operator not applicable to this operand type end; Level := GetLevel(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := R.Arg1; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := R.Arg2; RC.Arg2 := 1; RC.Res := SubId; Insert(N, RC); Inc(N); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := CreateRecordVar(Level, RecordTypeId); ReplaceId(Res, R.Res); Dec(N, 4); end; procedure TCode.InsertUnaryOperator(RecordTypeId: Integer; const OperatorName: String); var R, RC: TCodeRec; Level, SubId, Res: Integer; begin R := Records[N]; Res := R.Res; SubId := TKernel(kernel).SymbolTable.LookUp(OperatorName, RecordTypeId, GetUpcase(N)); if SubId = 0 then RaiseError(errE2015, []); // Operator not applicable to this operand type Level := GetLevel(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := R.Arg1; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := CreateRecordVar(Level, RecordTypeId); ReplaceId(Res, R.Res); Dec(N, 3); end; {$IFNDEF PAXARM} function TCode.InsertConversionToAnsiString(I: Integer; Arg: Integer; Lang: Integer = PASCAL_LANGUAGE): TCodeRec; var R, RC, RD: TCodeRec; Level: Integer; SymbolTable: TSymbolTable; Id, T: Integer; S: String; begin R := Records[I]; SymbolTable := TKernel(kernel).SymbolTable; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then begin RC.Arg2 := R.Arg1; Id := R.Arg1; end else if Arg = 2 then begin RC.Arg2 := R.Arg2; Id := R.Arg2; end else if Arg = 3 then begin RC.Arg2 := R.Res; Id := R.Res; end else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; T := SymbolTable[Id].FinalTypeId; if T = typeWIDECHAR then begin if SymbolTable[Id].Kind = KindCONST then begin S := Chr(Integer(SymbolTable[Id].value)); RC.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; RC.Op := OP_ANSISTRING_FROM_PANSICHAR; end else RC.Op := OP_ANSISTRING_FROM_WIDECHAR; end else if T = typeANSICHAR then begin if SymbolTable[Id].Kind = KindCONST then begin S := Chr(Integer(SymbolTable[Id].value)); RC.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; RC.Op := OP_ANSISTRING_FROM_PANSICHAR; end else RC.Op := OP_ANSISTRING_FROM_ANSICHAR; end else if T = typeWIDESTRING then RC.Op := OP_ANSISTRING_FROM_WIDESTRING else if T = typeSHORTSTRING then RC.Op := OP_ANSISTRING_FROM_SHORTSTRING else if T = typeUNICSTRING then RC.Op := OP_ANSISTRING_FROM_UNICSTRING else if T in VariantTypes then RC.Op := OP_ANSISTRING_FROM_VARIANT else if SymbolTable[Id].HasPAnsiCharType then RC.Op := OP_ANSISTRING_FROM_PANSICHAR else if SymbolTable[Id].HasPWideCharType then RC.Op := OP_ANSISTRING_FROM_PWIDECHAR else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, SymbolTable[Id].TerminalTypeId, typeANSISTRING); FreeAndNil(RC); Dec(N); // will be increased by 1 result := nil; Exit; end else begin if Lang = JS_LANGUAGE then begin if T in IntegerTypes then RC.Op := OP_ANSISTRING_FROM_INT else if T = typeDOUBLE then RC.Op := OP_ANSISTRING_FROM_DOUBLE else if T = typeSINGLE then RC.Op := OP_ANSISTRING_FROM_SINGLE else if T = typeEXTENDED then RC.Op := OP_ANSISTRING_FROM_EXTENDED else if T = typeBOOLEAN then RC.Op := OP_ANSISTRING_FROM_BOOLEAN else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; end else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; end; Level := GetLevel(N); RC.Arg1 := CreateStringVar(Level); RC.Res := RC.Arg1; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := Level; RD.Arg2 := RC.Res; RD.Res := 0; Insert(I, RD); Inc(I); Inc(N); Insert(I, RC); end; function TCode.InsertConversionToShortString(I: Integer; Arg: Integer) : TCodeRec; var R, RC: TCodeRec; Level: Integer; SymbolTable: TSymbolTable; Id, T, L, TypeId: Integer; S: String; begin R := Records[I]; SymbolTable := TKernel(kernel).SymbolTable; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then begin RC.Arg2 := R.Arg1; Id := R.Arg1; end else if Arg = 2 then begin RC.Arg2 := R.Arg2; Id := R.Arg2; end else if Arg = 3 then begin RC.Arg2 := R.Res; Id := R.Res; end else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; T := SymbolTable[Id].FinalTypeId; if SymbolTable[Id].HasPAnsiCharType then begin if SymbolTable[Id].Kind = KindCONST then RC.Op := OP_SHORTSTRING_FROM_PANSICHAR_LITERAL else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; end else if T = typeANSICHAR then begin if SymbolTable[Id].Kind = KindCONST then begin S := Chr(Integer(SymbolTable[Id].value)); RC.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; RC.Op := OP_SHORTSTRING_FROM_PANSICHAR_LITERAL; end else RC.Op := OP_SHORTSTRING_FROM_ANSICHAR; end else if SymbolTable[Id].HasPWideCharType then begin if SymbolTable[Id].Kind = KindCONST then RC.Op := OP_SHORTSTRING_FROM_PWIDECHAR_LITERAL else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; end else if T = typeANSISTRING then begin RC.Op := OP_SHORTSTRING_FROM_ANSISTRING; end else if T = typeWIDESTRING then begin RC.Op := OP_SHORTSTRING_FROM_WIDESTRING; end else if T = typeUNICSTRING then begin RC.Op := OP_SHORTSTRING_FROM_UNICSTRING; end else if T in VariantTypes then begin RC.Op := OP_SHORTSTRING_FROM_VARIANT; end else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, SymbolTable[Id].TerminalTypeId, typeSHORTSTRING); FreeAndNil(RC); Dec(N); // will be increased by 1 result := nil; Exit; end else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; Level := GetLevel(N); L := 255; TypeId := SymbolTable.RegisterShortStringType(0, '', L); RC.Arg1 := CreateShortStringVar(Level, TypeId); RC.Res := RC.Arg1; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 2 then R.Arg2 := RC.Res else R.Res := RC.Res; Insert(I, RC); end; function TCode.InsertConversionToWideString(I: Integer; Arg: Integer): TCodeRec; var R, RC, RD: TCodeRec; Level: Integer; SymbolTable: TSymbolTable; Id, T: Integer; S: String; TempVarId: Integer; Found: Boolean; begin R := Records[I]; SymbolTable := TKernel(kernel).SymbolTable; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then begin RC.Arg2 := R.Arg1; Id := R.Arg1; end else if Arg = 2 then begin RC.Arg2 := R.Arg2; Id := R.Arg2; end else if Arg = 3 then begin RC.Arg2 := R.Res; Id := R.Res; end else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; T := SymbolTable[Id].FinalTypeId; if T = typeWIDECHAR then begin if SymbolTable[Id].Kind = KindCONST then RC.Op := OP_WIDESTRING_FROM_WIDECHAR_LITERAL else RC.Op := OP_WIDESTRING_FROM_WIDECHAR; end else if T = typeANSICHAR then begin if SymbolTable[Id].Kind = KindCONST then begin S := Chr(Integer(SymbolTable[Id].value)); RC.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; RC.Op := OP_WIDESTRING_FROM_PANSICHAR_LITERAL; end else RC.Op := OP_WIDESTRING_FROM_ANSICHAR; end else if T = typeSHORTSTRING then RC.Op := OP_WIDESTRING_FROM_SHORTSTRING else if T = typeUNICSTRING then RC.Op := OP_WIDESTRING_FROM_UNICSTRING else if T = typeANSISTRING then RC.Op := OP_WIDESTRING_FROM_ANSISTRING else if T in VariantTypes then RC.Op := OP_WIDESTRING_FROM_VARIANT else if SymbolTable[Id].HasPAnsiCharType then RC.Op := OP_WIDESTRING_FROM_PANSICHAR_LITERAL else if SymbolTable[Id].HasPWideCharType then RC.Op := OP_WIDESTRING_FROM_PWIDECHAR_LITERAL else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, SymbolTable[Id].TerminalTypeId, typeWIDESTRING); FreeAndNil(RC); Dec(N); // will be increased by 1 result := nil; Exit; end else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; Level := GetLevel(N); TempVarId := LookupTempVarId(Level, typeWIDESTRING); if TempVarId = 0 then begin Found := false; TempVarId := CreateWideStringVar(Level); temp_var_list.Add(TempVarId, GetStmt(N)); end else Found := true; RC.Arg1 := TempVarId; RC.Res := RC.Arg1; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; if not Found then begin RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := Level; RD.Arg2 := RC.Res; RD.Res := 0; Insert(I, RD); Inc(I); Inc(N); end; Insert(I, RC); end; {$ENDIF} function TCode.InsertImplicitConversion(I, Arg, RecordTypeId, ResultTypeId: Integer): TCodeRec; var Id: Integer; R, RD: TCodeRec; TempId, TempResId, SubId, T2, OldN, OldCard: Integer; SymbolTable: TSymbolTable; begin result := nil; R := Records[I]; SymbolTable := TKernel(kernel).SymbolTable; if Arg = 1 then Id := R.Arg1 else if Arg = 2 then Id := R.Arg2 else Id := R.Res; OldN := N; OldCard := Card; TempId := NewTempVar(GetLevel(N), ResultTypeId); SubId := FindImplicitConversion(RecordTypeId, Id, TempId); if SubId = 0 then begin RaiseError(errIncompatibleTypesNoArgs, []); Exit; end; T2 := SymbolTable.GetResultId(SubId); T2 := GetSymbolRec(T2).TypeId; TempResId := NewTempVar(GetLevel(N), T2); RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := GetLevel(N); RD.Arg2 := TempId; RD.Res := 0; Insert(I, RD); Inc(I); RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := GetLevel(N); RD.Arg2 := TempResId; RD.Res := 0; Insert(I, RD); Inc(I); RD := TCodeRec.Create(OP_PUSH, Self); RD.Arg1 := Id; RD.Arg2 := 0; RD.Res := SubId; Insert(I, RD); Inc(I); RD := TCodeRec.Create(OP_CALL, Self); RD.Arg1 := SubId; RD.Arg2 := 1; RD.Res := TempResId; Insert(I, RD); N := I; NoOverloadSearch := true; OperCall; Inc(N); RD := TCodeRec.Create(OP_ASSIGN, Self); RD.Arg1 := TempId; RD.Arg2 := TempResId; RD.Res := TempId; Insert(N, RD); result := RD; OperAssignment; if Arg = 1 then R.Arg1 := TempId else if Arg = 2 then R.Arg2 := TempId else if Arg = 3 then R.Res := TempId; N := OldN + (Card - OldCard); end; function TCode.InsertExplicitConversion(I, RecordTypeId, ResultTypeId: Integer) : TCodeRec; var Id: Integer; R, RD: TCodeRec; TempId, TempResId, SubId, T2, OldN, OldCard: Integer; SymbolTable: TSymbolTable; begin result := nil; R := Records[I]; SymbolTable := TKernel(kernel).SymbolTable; Id := R.Arg2; OldN := N; OldCard := Card; TempId := NewTempVar(GetLevel(N), ResultTypeId); SubId := FindExplicitConversion(RecordTypeId, Id, TempId); if SubId = 0 then SubId := FindImplicitConversion(RecordTypeId, Id, TempId); if SubId = 0 then begin RaiseError(errIncompatibleTypesNoArgs, []); Exit; end; T2 := SymbolTable.GetResultId(SubId); T2 := GetSymbolRec(T2).TypeId; TempResId := NewTempVar(GetLevel(N), T2); RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := GetLevel(N); RD.Arg2 := TempId; RD.Res := 0; Insert(I, RD); Inc(I); RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := GetLevel(N); RD.Arg2 := TempResId; RD.Res := 0; Insert(I, RD); Inc(I); RD := TCodeRec.Create(OP_PUSH, Self); RD.Arg1 := Id; RD.Arg2 := 0; RD.Res := SubId; Insert(I, RD); Inc(I); RD := TCodeRec.Create(OP_CALL, Self); RD.Arg1 := SubId; RD.Arg2 := 1; RD.Res := TempResId; Insert(I, RD); N := I; NoOverloadSearch := true; OperCall; Inc(N); RD := TCodeRec.Create(OP_ASSIGN, Self); RD.Arg1 := TempId; RD.Arg2 := TempResId; RD.Res := TempId; Insert(N, RD); result := RD; OperAssignment; R.Arg2 := TempId; N := OldN + (Card - OldCard); end; function TCode.InsertConversionToUnicString(I: Integer; Arg: Integer; Lang: Integer = PASCAL_LANGUAGE): TCodeRec; var R, RC, RD: TCodeRec; Level: Integer; SymbolTable: TSymbolTable; Id, T, TempVarId: Integer; {$IFNDEF PAXARM} S: String; {$ENDIF} Found: Boolean; begin R := Records[I]; SymbolTable := TKernel(kernel).SymbolTable; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then begin RC.Arg2 := R.Arg1; Id := R.Arg1; end else if Arg = 2 then begin RC.Arg2 := R.Arg2; Id := R.Arg2; end else if Arg = 3 then begin RC.Arg2 := R.Res; Id := R.Res; end else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; T := SymbolTable[Id].FinalTypeId; if T = typeWIDECHAR then begin if SymbolTable[Id].Kind = KindCONST then RC.Op := OP_UNICSTRING_FROM_WIDECHAR_LITERAL else RC.Op := OP_UNICSTRING_FROM_WIDECHAR; end {$IFNDEF PAXARM} else if T = typeANSICHAR then begin if SymbolTable[Id].Kind = KindCONST then begin S := Chr(Integer(SymbolTable[Id].value)); RC.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; RC.Op := OP_UNICSTRING_FROM_PANSICHAR_LITERAL; end else RC.Op := OP_UNICSTRING_FROM_ANSICHAR; end else if T = typeWIDESTRING then RC.Op := OP_UNICSTRING_FROM_WIDESTRING else if T = typeSHORTSTRING then RC.Op := OP_UNICSTRING_FROM_SHORTSTRING else if T = typeANSISTRING then RC.Op := OP_UNICSTRING_FROM_ANSISTRING else if SymbolTable[Id].HasPAnsiCharType then RC.Op := OP_UNICSTRING_FROM_PANSICHAR_LITERAL {$ENDIF} else if T in VariantTypes then RC.Op := OP_UNICSTRING_FROM_VARIANT else if SymbolTable[Id].HasPWideCharType then RC.Op := OP_UNICSTRING_FROM_PWIDECHAR_LITERAL else if T = typeRECORD then begin FreeAndNil(RC); InsertImplicitConversion(I, Arg, SymbolTable[Id].TerminalTypeId, typeUNICSTRING); Dec(N); // will be increased by 1 result := nil; Exit; end else begin if Lang = JS_LANGUAGE then begin if T in IntegerTypes then RC.Op := OP_UNICSTRING_FROM_INT else if T = typeDOUBLE then RC.Op := OP_UNICSTRING_FROM_DOUBLE else if T = typeSINGLE then RC.Op := OP_UNICSTRING_FROM_SINGLE else if T = typeEXTENDED then RC.Op := OP_UNICSTRING_FROM_EXTENDED else if T = typeBOOLEAN then RC.Op := OP_UNICSTRING_FROM_BOOLEAN else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; end else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; end; Level := GetLevel(N); TempVarId := LookupTempVarId(Level, typeUNICSTRING); if TempVarId = 0 then begin Found := false; TempVarId := CreateUnicStringVar(Level); temp_var_list.Add(TempVarId, GetStmt(N)); end else Found := true; RC.Arg1 := TempVarId; RC.Res := RC.Arg1; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; if not Found then begin RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := Level; RD.Arg2 := RC.Res; RD.Res := 0; Insert(I, RD); Inc(I); Inc(N); end; Insert(I, RC); end; function TCode.InsertConversionToVariant(I: Integer; Arg: Integer): TCodeRec; var R, RC, RD: TCodeRec; Level: Integer; SymbolTable: TSymbolTable; Id, T: Integer; {$IFNDEF PAXARM} S: String; {$ENDIF} Lang, TempVarId: Integer; Found: Boolean; begin R := Records[I]; Lang := R.Language; SymbolTable := TKernel(kernel).SymbolTable; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then begin RC.Arg2 := R.Arg1; Id := R.Arg1; end else if Arg = 2 then begin RC.Arg2 := R.Arg2; Id := R.Arg2; end else if Arg = 3 then begin RC.Arg2 := R.Res; Id := R.Res; end else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; T := SymbolTable[Id].FinalTypeId; if T = typeWIDECHAR then begin if SymbolTable[Id].Kind = KindCONST then RC.Op := OP_VARIANT_FROM_WIDECHAR_LITERAL else RC.Op := OP_VARIANT_FROM_WIDECHAR; end {$IFNDEF PAXARM} else if T = typeANSICHAR then begin if SymbolTable[Id].Kind = KindCONST then begin S := Chr(Integer(SymbolTable[Id].value)); RC.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; RC.Op := OP_VARIANT_FROM_PANSICHAR_LITERAL; end else RC.Op := OP_VARIANT_FROM_ANSICHAR; end {$ENDIF} else if T in IntegerTypes then begin if GetSymbolRec(Id).Kind = KindCONST then begin RC.Op := OP_NOP; RC.Res := TKernel(kernel).SymbolTable.AddVariantConst (GetSymbolRec(Id).value).Id; case Arg of 1: R.Arg1 := RC.Res; 2: R.Arg2 := RC.Res; 3: R.Res := RC.Res; end; Insert(I, RC); Exit; end; case T of typeINTEGER: RC.Op := OP_VARIANT_FROM_INT; typeINT64: RC.Op := OP_VARIANT_FROM_INT64; typeBYTE: RC.Op := OP_VARIANT_FROM_BYTE; typeWORD: RC.Op := OP_VARIANT_FROM_WORD; typeCARDINAL: RC.Op := OP_VARIANT_FROM_CARDINAL; typeSMALLINT: RC.Op := OP_VARIANT_FROM_SMALLINT; typeSHORTINT: RC.Op := OP_VARIANT_FROM_SHORTINT; end; end else if T = typeBOOLEAN then begin if GetSymbolRec(Id).Kind = KindCONST then begin RC.Op := OP_NOP; RC.Res := TKernel(kernel).SymbolTable.AddVariantConst (Boolean(GetSymbolRec(Id).value)).Id; case Arg of 1: R.Arg1 := RC.Res; 2: R.Arg2 := RC.Res; 3: R.Res := RC.Res; end; Insert(I, RC); Exit; end; RC.Op := OP_VARIANT_FROM_BOOL; end else if T = typeDOUBLE then RC.Op := OP_VARIANT_FROM_DOUBLE else if T = typeCURRENCY then RC.Op := OP_VARIANT_FROM_CURRENCY else if T = typeSINGLE then RC.Op := OP_VARIANT_FROM_SINGLE else if T = typeEXTENDED then RC.Op := OP_VARIANT_FROM_EXTENDED else if T = typeINTERFACE then RC.Op := OP_VARIANT_FROM_INTERFACE {$IFNDEF PAXARM} else if T = typeSHORTSTRING then RC.Op := OP_VARIANT_FROM_SHORTSTRING else if T = typeWIDESTRING then RC.Op := OP_VARIANT_FROM_WIDESTRING else if T = typeANSISTRING then RC.Op := OP_VARIANT_FROM_ANSISTRING else if SymbolTable[Id].HasPAnsiCharType then RC.Op := OP_VARIANT_FROM_PANSICHAR_LITERAL {$ENDIF} else if T = typeUNICSTRING then RC.Op := OP_VARIANT_FROM_UNICSTRING else if SymbolTable[Id].HasPWideCharType then RC.Op := OP_VARIANT_FROM_PWIDECHAR_LITERAL else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, SymbolTable[Id].TerminalTypeId, typeVARIANT); FreeAndNil(RC); Dec(N); // will be increased by 1 result := nil; Exit; end else begin if (Lang = JS_LANGUAGE) or (Lang = BASIC_LANGUAGE) then begin if T = typeCLASS then RC.Op := OP_VARIANT_FROM_CLASS else if T = typePOINTER then RC.Op := OP_VARIANT_FROM_POINTER else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); Exit; end; end else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; end; Level := GetLevel(N); TempVarId := 0; // LookupTempVarId(Level, typeVARIANT); if TempVarId = 0 then begin Found := false; TempVarId := CreateVariantVar(Level); temp_var_list.Add(TempVarId, GetStmt(N)); end else Found := true; RC.Arg1 := TempVarId; RC.Res := RC.Arg1; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; if not Found then begin RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := Level; RD.Arg2 := RC.Res; RD.Res := 0; Insert(I, RD); Inc(I); Inc(N); end; Insert(I, RC); end; function TCode.InsertConversionToOleVariant(I: Integer; Arg: Integer): TCodeRec; var R, RC, RD: TCodeRec; Level: Integer; SymbolTable: TSymbolTable; Id, T: Integer; {$IFNDEF PAXARM} S: String; {$ENDIF} Lang, TempVarId: Integer; Found: Boolean; begin R := Records[I]; Lang := R.Language; SymbolTable := TKernel(kernel).SymbolTable; RC := TCodeRec.Create(0, Self); result := RC; if Arg = 1 then begin RC.Arg2 := R.Arg1; Id := R.Arg1; end else if Arg = 2 then begin RC.Arg2 := R.Arg2; Id := R.Arg2; end else if Arg = 3 then begin RC.Arg2 := R.Res; Id := R.Res; end else begin CreateError(errInternalError, []); FreeAndNil(RC); result := nil; Exit; end; T := SymbolTable[Id].FinalTypeId; if T = typeWIDECHAR then begin if SymbolTable[Id].Kind = KindCONST then RC.Op := OP_OLEVARIANT_FROM_WIDECHAR_LITERAL else RC.Op := OP_OLEVARIANT_FROM_WIDECHAR; end {$IFNDEF PAXARM} else if T = typeANSICHAR then begin if SymbolTable[Id].Kind = KindCONST then begin S := Chr(Integer(SymbolTable[Id].value)); RC.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; RC.Op := OP_OLEVARIANT_FROM_PANSICHAR_LITERAL; end else RC.Op := OP_OLEVARIANT_FROM_ANSICHAR; end {$ENDIF} else if T in IntegerTypes then begin if GetSymbolRec(Id).Kind = KindCONST then begin RC.Op := OP_NOP; RC.Res := TKernel(kernel).SymbolTable.AddVariantConst (GetSymbolRec(Id).value).Id; case Arg of 1: R.Arg1 := RC.Res; 2: R.Arg2 := RC.Res; 3: R.Res := RC.Res; end; Insert(I, RC); Exit; end; case T of typeINTEGER: RC.Op := OP_OLEVARIANT_FROM_INT; typeINT64: RC.Op := OP_OLEVARIANT_FROM_INT64; typeBYTE: RC.Op := OP_OLEVARIANT_FROM_BYTE; typeWORD: RC.Op := OP_OLEVARIANT_FROM_WORD; typeCARDINAL: RC.Op := OP_OLEVARIANT_FROM_CARDINAL; typeSMALLINT: RC.Op := OP_OLEVARIANT_FROM_SMALLINT; typeSHORTINT: RC.Op := OP_OLEVARIANT_FROM_SHORTINT; end; end else if T = typeBOOLEAN then begin if GetSymbolRec(Id).Kind = KindCONST then begin RC.Op := OP_NOP; RC.Res := TKernel(kernel).SymbolTable.AddVariantConst (Boolean(GetSymbolRec(Id).value)).Id; case Arg of 1: R.Arg1 := RC.Res; 2: R.Arg2 := RC.Res; 3: R.Res := RC.Res; end; Insert(I, RC); Exit; end; RC.Op := OP_OLEVARIANT_FROM_BOOL; end else if T = typeDOUBLE then RC.Op := OP_OLEVARIANT_FROM_DOUBLE else if T = typeCURRENCY then RC.Op := OP_OLEVARIANT_FROM_CURRENCY else if T = typeSINGLE then RC.Op := OP_OLEVARIANT_FROM_SINGLE else if T = typeEXTENDED then RC.Op := OP_OLEVARIANT_FROM_EXTENDED else if T = typeINTERFACE then RC.Op := OP_OLEVARIANT_FROM_INTERFACE {$IFNDEF PAXARM} else if T = typeSHORTSTRING then RC.Op := OP_OLEVARIANT_FROM_SHORTSTRING else if T = typeWIDESTRING then RC.Op := OP_OLEVARIANT_FROM_WIDESTRING else if T = typeANSISTRING then RC.Op := OP_OLEVARIANT_FROM_ANSISTRING else if SymbolTable[Id].HasPAnsiCharType then RC.Op := OP_OLEVARIANT_FROM_PANSICHAR_LITERAL {$ENDIF} else if T = typeUNICSTRING then RC.Op := OP_OLEVARIANT_FROM_UNICSTRING else if T = typeVARIANT then RC.Op := OP_OLEVARIANT_FROM_VARIANT else if SymbolTable[Id].HasPWideCharType then RC.Op := OP_OLEVARIANT_FROM_PWIDECHAR_LITERAL else if T = typeRECORD then begin InsertImplicitConversion(I, Arg, SymbolTable[Id].TerminalTypeId, typeOLEVARIANT); FreeAndNil(RC); Dec(N); // will be increased by 1 result := nil; Exit; end else begin if Lang = JS_LANGUAGE then begin if T = typeCLASS then RC.Op := OP_VARIANT_FROM_CLASS else if T = typePOINTER then RC.Op := OP_VARIANT_FROM_POINTER else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; end else begin CreateError(errIncompatibleTypesNoArgs, []); FreeAndNil(RC); result := nil; Exit; end; end; Level := GetLevel(N); TempVarId := LookupTempVarId(Level, typeOLEVARIANT); if TempVarId = 0 then begin Found := false; TempVarId := CreateOleVariantVar(Level); temp_var_list.Add(TempVarId, GetStmt(N)); end else Found := true; RC.Arg1 := TempVarId; RC.Res := RC.Arg1; if Arg = 1 then R.Arg1 := RC.Res else if Arg = 3 then R.Res := RC.Res else R.Arg2 := RC.Res; if not Found then begin RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := Level; RD.Arg2 := RC.Res; RD.Res := 0; Insert(I, RD); Inc(I); Inc(N); end; Insert(I, RC); end; procedure TCode.CompressListOfOverloaded(applicable_list, pos: TIntegerList); var p_id, q_id, n_p, n_q, I, J, actual_id, p_formal_id, q_formal_id, val: Integer; cannot_compress: Boolean; SymbolTable: TSymbolTable; sub_id, NP, FinalTypeId, TypeId: Integer; ok: Boolean; label cont; begin SymbolTable := TKernel(kernel).SymbolTable; NP := pos.Count; if NP = 1 then begin actual_id := Records[pos[0]].Arg1; TypeId := GetSymbolRec(actual_id).TerminalTypeId; FinalTypeId := GetSymbolRec(actual_id).FinalTypeId; for I := applicable_list.Count - 1 downto 0 do begin sub_id := applicable_list[I]; if GetSymbolRec(sub_id).Count <> 1 then continue; p_formal_id := SymbolTable.GetParamId(sub_id, 0); if GetSymbolRec(p_formal_id).FinalTypeId = FinalTypeId then begin if FinalTypeId = typeENUM then continue; if FinalTypeId = typeCLASS then begin if (GetSymbolRec(actual_id).IsFWArrayVar) and (GetSymbolRec(p_formal_id).TerminalTypeId = H_TFW_Array) then begin ok := true; end else ok := GetSymbolRec(p_formal_id).TerminalTypeId = TypeId; end else if FinalTypeId in StandardTypes then begin ok := true; end else ok := GetSymbolRec(p_formal_id).TerminalTypeId = TypeId; if ok then begin applicable_list.Clear; applicable_list.Add(sub_id); Exit; end; end; end; end; for I := applicable_list.Count - 1 downto 0 do begin sub_id := applicable_list[I]; if SymbolTable[sub_id].Count < NP then applicable_list.RemoveAt(I) else if SymbolTable[sub_id].Count > NP then begin p_id := SymbolTable.GetParamId(sub_id, NP); if not SymbolTable[p_id].Optional then applicable_list.RemoveAt(I); end; end; while applicable_list.Count >= 2 do begin p_id := applicable_list[0]; cannot_compress := true; for I := 1 to applicable_list.Count - 1 do begin q_id := applicable_list[I]; n_p := 0; n_q := 0; for J := 0 to pos.Count - 1 do begin actual_id := Records[pos[J]].Arg1; p_formal_id := SymbolTable.GetParamId(p_id, J); q_formal_id := SymbolTable.GetParamId(q_id, J); val := CompareConversions(actual_id, p_formal_id, q_formal_id); if val = 0 then begin if not ExistsImplicitConversion(actual_id, p_formal_id) then begin cannot_compress := false; applicable_list.DeleteValue(p_id); goto cont; end; if not ExistsImplicitConversion(actual_id, q_formal_id) then begin cannot_compress := false; applicable_list.DeleteValue(q_id); goto cont; end; end else if val > 0 then begin if val = 2 then begin cannot_compress := false; applicable_list.DeleteValue(q_id); goto cont; end; Inc(n_p); end else if val < 0 then begin if val = -2 then begin cannot_compress := false; applicable_list.DeleteValue(p_id); goto cont; end; Inc(n_q); end; end; if (n_p > 0) and (n_q = 0) then begin // p-member is better cannot_compress := false; applicable_list.DeleteValue(q_id); break; end else if (n_q > 0) and (n_p = 0) then begin // q-member is better cannot_compress := false; applicable_list.DeleteValue(p_id); break; end; end; cont: if cannot_compress then break; end; end; procedure TCode.CheckSubrangeBounds(SubrangeTypeId: Integer; ValueRec: TSymbolRec); {$IFDEF VARIANTS} var B1, B2: Int64; {$ELSE} var B1, B2: Integer; {$ENDIF} begin B1 := TKernel(kernel).SymbolTable.GetLowBoundRec(SubrangeTypeId).value; B2 := TKernel(kernel).SymbolTable.GetHighBoundRec(SubrangeTypeId).value; if (ValueRec.value < B1) or (ValueRec.value > B2) then CreateError(errConstantExpressionViolatesSubrangeBounds, []); end; procedure TCode.OperOP_BEGIN_CLASS_TYPE; var ClassId, AncestorId: Integer; begin ClassId := Records[N].Arg1; AncestorId := GetSymbolRec(ClassId).AncestorId; if GetSymbolRec(AncestorId).IsFinal then begin if GetLanguage(N) = JAVA_LANGUAGE then CreateError(errCannotInheritFromFinalClass, [GetSymbolRec(AncestorId).FullName]) else CreateError(errCannotInheritFromSealedClass, [GetSymbolRec(AncestorId).FullName]) end; end; procedure TCode.OperInitSub; var I, J, K, NP, SubId, ParamId, T: Integer; SymbolTable: TSymbolTable; RC, RD, RK, R1, R2: TCodeRec; Changed: Boolean; begin temp_var_list.Clear; SymbolTable := TKernel(kernel).SymbolTable; SubId := Records[N].Arg1; if GetSymbolRec(SubId).Kind = KindSUB then if GetSymbolRec(SubId).Name <> '' then begin I := SymbolTable.LookupParentMethod(SubId, GetUpcase(N), false); if I > 0 then if GetSymbolRec(I).IsFinal then CreateError(errOverridenMethodIsFinal, [GetSymbolRec(I).FullName]); end; NP := SymbolTable[SubId].Count; J := N; if Records[J + 1].Op = OP_NOP then Inc(J); if Records[J + 1].Op = OP_GO_DL then Inc(J); for I := 0 to NP - 1 do begin ParamId := SymbolTable.GetParamId(SubId, I); T := SymbolTable[ParamId].FinalTypeId; if T in [typeARRAY, typeRECORD] then continue; if T in (StringTypes + VariantTypes + [typeINTERFACE]) then begin if GetSymbolRec(ParamId).IsConst then continue; if GetSymbolRec(ParamId).ByRef then continue; { if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then begin RC := TCodeRec.Create(OP_SAVE_EDX, Self); Inc(J); Insert(J, RC); end; RC := TCodeRec.Create(OP_ADDREF, Self); RC.Arg1 := ParamId; Inc(J); Insert(J, RC); if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then begin RC := TCodeRec.Create(OP_RESTORE_EDX, Self); Inc(J); Insert(J, RC); end; dmp; continue; } RC := TCodeRec.Create(OP_ASSIGN, Self); case T of {$IFNDEF PAXARM} typeANSISTRING: RC.Arg1 := CreateStringVar(SubId); typeWIDESTRING: RC.Arg1 := CreateWideStringVar(SubId); typeSHORTSTRING: RC.Arg1 := CreateShortStringVar(SubId, typeSHORTSTRING); {$ENDIF} typeUNICSTRING: RC.Arg1 := CreateUnicStringVar(SubId); typeVARIANT: RC.Arg1 := CreateVariantVar(SubId); typeOLEVARIANT: RC.Arg1 := CreateOleVariantVar(SubId); typeINTERFACE: begin RC.Arg1 := CreateInterfaceVar(SubId); GetSymbolRec(RC.Arg1).TypeId := GetSymbolRec(ParamId).TypeId; end; end; RC.Arg2 := ParamId; RC.Res := RC.Arg1; RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := SubId; RD.Arg2 := RC.Res; RD.Res := ParamId; // substitute if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then begin R1 := TCodeRec.Create(OP_SAVE_EDX, Self); R2 := TCodeRec.Create(OP_RESTORE_EDX, Self); end else begin R1 := TCodeRec.Create(OP_NOP, Self); R2 := TCodeRec.Create(OP_NOP, Self); end; Inc(J); Insert(J, RD); Inc(J); Insert(J, R1); Inc(J); Insert(J, RC); Inc(J); Insert(J, R2); ReplaceIdEx(ParamId, RC.Arg1, J + 1, Card, false, false); end else if TKernel(kernel).DEBUG_MODE then begin if GetLanguage(N) <> PASCAL_LANGUAGE then continue; if GetSymbolRec(ParamId).IsConst then continue; Changed := false; for K := J to Card do begin RK := Records[K]; if RK.Op = OP_END_SUB then if RK.Arg1 = SubId then break; if RK.Op = OP_ASSIGN then if RK.Arg1 = ParamId then Changed := true; if Changed then if GetSymbolRec(ParamId).ByRef then begin RC := TCodeRec.Create(OP_PARAM_CHANGED, Self); RC.Arg1 := ParamId; Inc(J); Insert(K + 1, RC); break; end; end; if not Changed then continue; if GetSymbolRec(ParamId).ByRef then continue; RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := NewTempVar(SubId, 0); GetSymbolRec(RC.Arg1).Name := GetSymbolRec(ParamId).Name; RC.Arg2 := ParamId; RC.Res := RC.Arg1; RD := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RD.Arg1 := SubId; RD.Arg2 := RC.Res; RD.Res := ParamId; // substitute R1 := TCodeRec.Create(OP_SAVE_EDX, Self); R2 := TCodeRec.Create(OP_RESTORE_EDX, Self); Inc(J); Insert(J, RD); Inc(J); Insert(J, R1); Inc(J); Insert(J, RC); Inc(J); Insert(J, R2); ReplaceIdEx(ParamId, RC.Arg1, J + 1, Card, false); end; end; end; procedure TCode.OperTypeCast; var R, RC: TCodeRec; K2, T1, T2, OldRes, NewRes: Integer; RecordTypeId, ResultTypeId: Integer; begin R := Records[N]; T1 := GetSymbolRec(R.Arg1).FinalTypeId; T2 := GetSymbolRec(R.Arg2).FinalTypeId; K2 := GetSymbolRec(R.Arg2).Kind; map_list.Add(R.Arg1); if GetSymbolRec(R.Arg1).FinalTypeId = typeRECORD then begin if GetSymbolRec(R.Arg1).TerminalTypeId <> GetSymbolRec(R.Arg2).TerminalTypeId then begin OldRes := R.Res; RecordTypeId := GetSymbolRec(R.Arg1).TerminalTypeId; ResultTypeId := GetSymbolRec(R.Arg1).TerminalTypeId; NewRes := InsertExplicitConversion(N, RecordTypeId, ResultTypeId).Res; R.Op := OP_NOP; if OldRes <> NewRes then begin ReplaceId(OldRes, NewRes); GetSymbolRec(OldRes).Kind := KindNONE; end; end else begin SignTypeCast := true; R.Op := OP_ASSIGN; R.Arg1 := R.Res; Dec(N); end; Exit; end; if GetSymbolRec(R.Arg2).FinalTypeId = typeRECORD then begin if GetSymbolRec(R.Arg1).TerminalTypeId <> GetSymbolRec(R.Arg2).TerminalTypeId then begin OldRes := R.Res; RecordTypeId := GetSymbolRec(R.Arg2).TerminalTypeId; ResultTypeId := GetSymbolRec(R.Arg1).TerminalTypeId; NewRes := InsertExplicitConversion(N, RecordTypeId, ResultTypeId).Res; R.Op := OP_NOP; if OldRes <> NewRes then begin ReplaceId(OldRes, NewRes); GetSymbolRec(OldRes).Kind := KindNONE; end; end else begin SignTypeCast := true; R.Op := OP_ASSIGN; R.Arg1 := R.Res; Dec(N); end; Exit; end; if (GetSymbolRec(T1).Size = GetSymbolRec(T2).Size) and (not(T1 in StringTypes)) and {$IFNDEF PAXARM} (not GetSymbolRec(R.Arg1).HasPAnsiCharType) and {$ENDIF} (not GetSymbolRec(R.Arg1).HasPWideCharType) then // variable type cast begin R.Op := OP_NOP; GetSymbolRec(R.Res).TypeId := R.Arg1; if K2 = KindCONST then begin R.Op := OP_NOP; GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := GetSymbolRec(R.Arg2).value; if GetSymbolRec(R.Arg2).FinalTypeId = typeENUM then if R.Arg2 > R.Res then if GetSymbolRec(R.Arg2 + 1).Kind = KindCONST then GetSymbolRec(R.Res).value := GetSymbolRec(R.Arg2 + 1).value; Exit; end; if T1 in [typePOINTER, typePROC] then begin R.Op := OP_ASSIGN_INT_M; R.Arg1 := R.Res; Exit; end; if T1 in [typeCLASS, typeCLASSREF] then if (Records[N + 1].Arg1 = R.Res) then begin R.Op := OP_ASSIGN_INT_M; R.Arg1 := R.Res; Exit; end; if T1 in [typeCLASS, typeCLASSREF] then if (Records[N + 1].Arg2 = R.Res) then begin R.Op := OP_ASSIGN_INT_M; R.Arg1 := R.Res; Exit; end; GetSymbolRec(R.Res).UnionID := R.Arg2; GetSymbolRec(R.Res).ByRef := GetSymbolRec(R.Arg2).ByRef; GetSymbolRec(R.Res).Level := GetSymbolRec(R.Arg2).Level; if GetSymbolRec(R.Arg2).Name = '' then ReplaceIdEx(R.Arg2, R.Res, 1, N, false); end else if T2 in VariantTypes then begin case T1 of {$IFNDEF PAXARM} typeANSICHAR: R.Op := OP_ANSICHAR_FROM_VARIANT; typeANSISTRING: R.Op := OP_ANSISTRING_FROM_VARIANT; typeWIDESTRING: R.Op := OP_WIDESTRING_FROM_VARIANT; typeSHORTSTRING: R.Op := OP_SHORTSTRING_FROM_VARIANT; {$ENDIF} typeUNICSTRING: R.Op := OP_UNICSTRING_FROM_VARIANT; typeWIDECHAR: R.Op := OP_WIDECHAR_FROM_VARIANT; typeDOUBLE: R.Op := OP_DOUBLE_FROM_VARIANT; typeCURRENCY: R.Op := OP_CURRENCY_FROM_VARIANT; typeSINGLE: R.Op := OP_SINGLE_FROM_VARIANT; typeEXTENDED: R.Op := OP_EXTENDED_FROM_VARIANT; typeINT64: R.Op := OP_INT64_FROM_VARIANT; typeINTEGER: R.Op := OP_INT_FROM_VARIANT; typeBYTE: R.Op := OP_BYTE_FROM_VARIANT; typeWORD: R.Op := OP_WORD_FROM_VARIANT; typeCARDINAL: R.Op := OP_CARDINAL_FROM_VARIANT; typeBOOLEAN: R.Op := OP_BOOL_FROM_VARIANT; typeBYTEBOOL: R.Op := OP_BYTEBOOL_FROM_VARIANT; typeWORDBOOL: R.Op := OP_WORDBOOL_FROM_VARIANT; typeLONGBOOL: R.Op := OP_LONGBOOL_FROM_VARIANT; typeSMALLINT: R.Op := OP_SMALLINT_FROM_VARIANT; typeSHORTINT: R.Op := OP_SHORTINT_FROM_VARIANT; else RaiseError(errInvalidTypeCast, []); end; GetSymbolRec(R.Res).TypeId := T1; end else // value type cast begin GetSymbolRec(R.Res).TypeId := R.Arg1; if K2 = KindCONST then begin R.Op := OP_NOP; GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := GetSymbolRec(R.Arg2).value; if GetSymbolRec(R.Arg2).FinalTypeId = typeENUM then if R.Arg2 > R.Res then if GetSymbolRec(R.Arg2 + 1).Kind = KindCONST then GetSymbolRec(R.Res).value := GetSymbolRec(R.Arg2 + 1).value; {$IFNDEF PAXARM} if GetSymbolRec(R.Arg2).HasPAnsiCharType then GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg2).TypeId; {$ENDIF} if GetSymbolRec(R.Arg2).HasPWideCharType then GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg2).TypeId; Exit; end; // R.Op := OP_ASSIGN_INT_M; // R.Arg1 := R.Res; SignTypeCast := true; R.Op := OP_ASSIGN; R.Arg1 := R.Res; if T1 in DynamicTypes then begin RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := R.Res; RC.Res := 0; Insert(N, RC); Exit; end; Dec(N); end; end; procedure TCode.OperCallDefaultConstructor; var R, RC: TCodeRec; SymbolTable: TSymbolTable; L, Id, FinTypeId, TypeId, SubId: Integer; V: Variant; begin R := Records[N]; SymbolTable := TKernel(kernel).SymbolTable; Id := R.Arg1; FinTypeId := SymbolTable[Id].FinalTypeId; if FinTypeId = typeRECORD then begin TypeId := SymbolTable[Id].TerminalTypeId; if GetSymbolRec(TypeId).Host then begin R.Op := OP_NOP; Exit; end; SubId := SymbolTable.FindConstructorId(TypeId); if SubId = 0 then begin R.Op := OP_NOP; Exit; end; R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 0; R.Res := 0; RC := TCodeRec.Create(OP_PUSH_INSTANCE, Self); RC.Arg1 := Id; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Dec(N); end else begin L := GetSymbolRec(Id).Level; if L = 0 then begin R.Op := OP_NOP; Exit; end; if not(GetSymbolRec(L).Kind in kindSUBS) then begin R.Op := OP_NOP; Exit; end; case FinTypeId of typeBOOLEAN, typeBYTEBOOL, typeWORDBOOL, typeLONGBOOL: begin R.Arg2 := CreateConst(FinTypeId, false); R.Op := OP_ASSIGN; R.Res := R.Arg1; Dec(N); end; typeBYTE, typeINTEGER, typeSMALLINT, typeSHORTINT, typeWORD, typeCARDINAL, typeCLASS, typeCLASSREF, typeDOUBLE, typeSINGLE, typeCURRENCY, typeEXTENDED: begin R.Arg2 := CreateConst(FinTypeId, 0); R.Op := OP_ASSIGN; R.Res := R.Arg1; Dec(N); end; {$IFDEF PAXARM} typeUNICSTRING: {$ELSE} typeANSISTRING, typeWIDESTRING, typeSHORTSTRING {$IFDEF UNIC}, typeUNICSTRING{$ENDIF}: {$ENDIF} begin R.Arg2 := CreateConst(FinTypeId, ''); R.Op := OP_ASSIGN; R.Res := R.Arg1; Dec(N); end; typeVARIANT, typeOLEVARIANT: begin R.Arg2 := CreateConst(FinTypeId, V); R.Op := OP_ASSIGN; R.Res := R.Arg1; Dec(N); end; else R.Op := OP_NOP; end; end; end; procedure TCode.OperCheckFinal; begin if Records[N].Arg1 <> 0 then SkipCheckFinal := true else SkipCheckFinal := false; end; procedure TCode.OperCheckSubCall; var SubId: Integer; begin SubId := Records[N].Arg1; if GetSymbolRec(SubId).Kind = KindSUB then if GetSymbolRec(SubId).TypeId = typeVOID then begin Records[N].Op := OP_NOP; end else CreateError(errThisWayOfCallIsAllowedOnlyForProcedures, []); end; procedure TCode.OperPushInstance; var SubId: Integer; begin SubId := Records[N].Res; if SubId > 0 then if GetSymbolRec(SubId).CallMode = cmSTATIC then Records[N].Op := OP_NOP; end; procedure TCode.OperPush; begin end; procedure TCode.OperAdjustInstance; var I, Id: Integer; begin I := N; Records[I].Op := OP_NOP; Id := Records[I].Arg1; while Records[I].Op <> OP_PUSH_INST do Dec(I); Records[I].Arg1 := Id; end; procedure TCode.OperCall; function CheckSub(var AnId: Integer): Boolean; var I, J, Id: Integer; S, S1, S2: String; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; S2 := GetSymbolRec(AnId).Name; result := false; Id := 0; J := N; while Records[J].Op <> OP_BEGIN_MODULE do Dec(J); for I := J to N do if Records[I].Op = OP_BEGIN_USING then begin S1 := GetSymbolRec(Records[I].Arg1).Name; if S1 = '' then continue; S := S1 + '.' + S2; Id := SymbolTable.LookupFullName(S, GetUpcase(N)); if Id > 0 then if GetSymbolRec(Id).Kind in kindSUBS then begin result := true; break; end; end; if not result then Exit; Records[N].Arg1 := Id; for J := N downto GetStmt(N) do if (Records[J].Op = OP_PUSH) and (Records[J].Res = AnId) then Records[J].Res := Id; AnId := Id; end; function IsVarArrayIndex(Id, T1, J: Integer; P: TIntegerList): Boolean; var I, K, ArrayId, temp, temp_2: Integer; R, RC: TCodeRec; ParamIds: TIntegerList; begin result := false; ParamIds := TIntegerList.Create; ArrayId := 0; try for I := N downto 1 do begin R := Records[I]; if R.Op = OP_BEGIN_MODULE then break; if R.Op = OP_VARARRAY_GET then if R.Res = Id then begin ArrayId := R.Arg1; for K := I downto 1 do if Records[K].Op = OP_PUSH_ADDRESS then begin ParamIds.Add(Records[K].Arg1); if ParamIds.Count = R.Arg2 then break; end; result := true; break; end; end; if not result then Exit; temp := 0; case T1 of typeINTEGER: temp := InsertConversionToInteger(P[J], 1).Res; typeBYTE: temp := InsertConversionToByte(P[J], 1).Res; typeWORD: temp := InsertConversionToWord(P[J], 1).Res; typeCARDINAL: temp := InsertConversionToCardinal(P[J], 1).Res; typeSHORTINT: temp := InsertConversionToShortInt(P[J], 1).Res; typeSMALLINT: temp := InsertConversionToSmallInt(P[J], 1).Res; typeSINGLE: temp := InsertConversionToSingle(P[J], 1).Res; typeDOUBLE: temp := InsertConversionToDouble(P[J], 1).Res; typeEXTENDED: temp := InsertConversionToExtended(P[J], 1).Res; typeCURRENCY: temp := InsertConversionToCurrency(P[J], 1).Res; typeBOOLEAN: temp := InsertConversionToBoolean(P[J], 1).Res; {$IFNDEF PAXARM} typeANSISTRING: temp := InsertConversionToAnsiString(P[J], 1).Res; typeSHORTSTRING: temp := InsertConversionToShortString(P[J], 1).Res; typeWIDESTRING: temp := InsertConversionToWideString(P[J], 1).Res; typeANSICHAR: temp := InsertConversionToAnsiChar(P[J], 1).Res; {$ENDIF} typeUNICSTRING: temp := InsertConversionToUnicString(P[J], 1).Res; typeWIDECHAR: temp := InsertConversionToWideChar(P[J], 1).Res; else CreateError(errTypesOfActualAndFormalVarParametersMustBeIdentical, []); end; Inc(N); for I := J to P.Count - 1 do P[I] := P[I] + 1; I := N + 1; temp_2 := NewTempVar(GetLevel(N), typeVARIANT); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := temp_2; RC.Arg2 := temp; RC.Res := temp_2; Insert(I, RC); Inc(I); RC := TCodeRec.Create(OP_PUSH_ADDRESS, Self); RC.Arg1 := ParamIds[0]; RC.Arg2 := 0; RC.Res := 0; Insert(I, RC); Inc(I); RC := TCodeRec.Create(OP_VARARRAY_PUT, Self); RC.Arg1 := ArrayId; RC.Arg2 := 1; RC.Res := temp_2; Insert(I, RC); finally FreeAndNil(ParamIds); end; end; function PassedProc: Boolean; var I, ResId, SubId, PCount, ParamId, FinTypeId, TypeId, PatternSubId: Integer; SymbolTable: TSymbolTable; begin result := false; ResId := Records[N].Res; SymbolTable := TKernel(kernel).SymbolTable; if ResId = 0 then Exit; if Records[N - 1].Op <> OP_BEGIN_CALL then Exit; for I := N + 1 to Card do if Records[I].Op = OP_PUSH then if Records[I].Arg1 = ResId then begin SubId := Records[I].Res; PCount := Records[I].Arg2; ParamId := SymbolTable.GetParamId(SubId, PCount); FinTypeId := GetSymbolRec(ParamId).FinalTypeId; if FinTypeId = typePROC then begin TypeId := GetSymbolRec(ParamId).TerminalTypeId; PatternSubId := GetSymbolRec(TypeId).PatternId; if SymbolTable.EqualHeaders(Records[N].Arg1, PatternSubId) then begin result := true; Records[N - 1].Op := OP_ADDRESS; Records[N - 1].Res := CreatePointerVar(GetLevel(N)); Records[N].Op := OP_NOP; Records[I].Arg1 := Records[N - 1].Res; Dec(N, 2); end; end; break; end; end; var P: TIntegerList; procedure P_Add(J: Integer); var R, RJ: TCodeRec; I: Integer; begin RJ := Records[J]; for I := 0 to P.Count - 1 do begin R := Records[P[I]]; if (R.Arg2 = RJ.Arg2) and (R.Res = RJ.Res) then begin P[I] := J; Exit; end; end; P.Add(J); end; var R, RR: TCodeRec; SubId, J: Integer; SymbolTable: TSymbolTable; Arg1, Arg2, T1, T2, K2: Integer; L: TCodeRecList; OverList: TIntegerList; IsOverloadedCall: Boolean; p_id: Integer; RC, RC_BEGIN_CALL: TCodeRec; SavedSubId: Integer; PosInstance: Integer; PosClassRef: Integer; S: String; J1, Card1, Card2: Integer; N_BeginCall: Integer; I, I1, Id, K: Integer; Id_VMT: Integer; CallRefId: Integer; ThisId, ThisRefId: Integer; b: Boolean; GenOp, SubId1, SubId2: Integer; ParamId, ArrLength: Integer; VarArgIds: TIntegerList; ArrTypeId, ElemTypeId, DynArrayId: Integer; ResId: Integer; RJ: TCodeRec; KZ: Integer; SubIdLevel: Integer; {$IFDEF PAXARM} SS: String; {$ELSE} SS: ShortString; {$ENDIF} begin SymbolTable := TKernel(kernel).SymbolTable; PosInstance := 0; PosClassRef := 0; N_BeginCall := 0; IsOverloadedCall := false; R := Records[N]; RR := Records[N]; SubId := R.Arg1; SavedSubId := -1; if GetSymbolRec(SubId).Kind = KindCONST then begin RaiseError(errIdentifierExpectedNoArgs, []); end else if GetSymbolRec(SubId).Kind = KindVAR then begin if R.Language = JS_LANGUAGE then begin if GetSymbolRec(SubId).TypeId = typeVARIANT then begin for J := GetStmt(N) to N do if (Records[J].Op = OP_FIND_CONTEXT) and (Records[J].Res = SubId) then begin Records[J].Op := OP_FIND_JS_FUNC; break; end; SubId := NewTempVar(GetSymbolRec(R.Arg1).Level, JS_FunctionClassId); I := 0; ThisId := 0; for J := GetStmt(N) to N do if (Records[J].Op = OP_PUSH) and (Records[J].Res = R.Arg1) then begin if I = 0 then I := J; Records[J].Res := SubId; end else if (Records[J].Op = OP_CALL) and (Records[J].Res = R.Arg1) then begin K := J - 1; while Records[K].Op <> OP_PUSH_INST do Dec(K); ThisId := Records[K].Arg1; end; if I = 0 then I := N; b := false; I1 := N; for J := I downto GetStmt(N) do if (Records[J].Op = OP_CALL) and (Records[J].Arg1 = JS_GetPropertyId) and (Records[J].Res = Records[N].Arg1) then begin b := true; I1 := J; break; end; if b { and false } then begin Records[I1].Arg1 := JS_GetPropertyAsObjectId; Records[I1].Res := SubId; J := I1; repeat Dec(J); if Records[J].Res = JS_GetPropertyId then Records[J].Res := JS_GetPropertyAsObjectId; until (Records[J].Op = OP_BEGIN_CALL) and (Records[J].Arg1 = JS_GetPropertyId); Records[J].Arg1 := JS_GetPropertyAsObjectId; end else begin RC := TCodeRec.Create(OP_JS_FUNC_OBJ_FROM_VARIANT, Self); RC.Arg1 := R.Arg1; RC.Arg2 := 0; RC.Res := SubId; Insert(I, RC); Inc(N); end; if ThisId > 0 then begin ThisRefId := NewTempVar(GetSymbolRec(R.Res).Level, typePOINTER); GetSymbolRec(ThisRefId).OwnerId := SubId; GetSymbolRec(ThisRefId).Name := str__this; RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := SubId; RC.Arg2 := ThisRefId; RC.Res := ThisRefId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := ThisRefId; RC.Arg2 := ThisId; RC.Res := ThisRefId; Insert(N, RC); Inc(N); R.Arg1 := SubId; { if Records[N].Op = OP_CALL then begin RC := TCodeRec.Create(OP_ADJUST_INSTANCE, Self); RC.Arg1 := ThisId; Insert(N + 1, RC); end; } Dec(N, 3); Exit; end; R.Arg1 := SubId; end; end; if GetSymbolRec(SubId).TypeId = JS_FunctionClassId then begin CallRefId := NewTempVar(GetLevel(N), typeVARIANT); GetSymbolRec(CallRefId).Name := strInternalCall; GetSymbolRec(CallRefId).OwnerId := Records[N].Arg1; P := TIntegerList.Create; for J := GetStmt(N) to N do begin if (Records[J].Op = OP_PUSH) and (Records[J].Res = SubId) then begin P_Add(J); Records[J].Res := CallRefId; Inc(Records[J].Arg2, 1); end; end; Records[N].Arg1 := CallRefId; Inc(Records[N].Arg2); if P.Count > 0 then N := P[0]; RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := SubId; RC.Arg2 := CallRefId; RC.Res := CallRefId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := CreateConst(typeINTEGER, P.Count); RC.Arg2 := 0; RC.Res := CallRefId; Insert(N, RC); Dec(N, 2); FreeAndNil(P); Exit; end; if GetSymbolRec(SubId).FinalTypeId in [typePROC, typeEVENT] then begin SavedSubId := SubId; T1 := GetSymbolRec(SubId).TerminalTypeId; SubId := SymbolTable.GetPatternSubId(T1); R.Arg1 := SubId; for J := GetStmt(N) to N do if (Records[J].Op = OP_PUSH) and (Records[J].Res = SavedSubId) then begin Records[J].Res := SubId; Records[J].SavedSubId := SavedSubId; end; end else begin if Records[N - 1].Op = OP_OLE_GET then begin Records[N].Op := OP_NOP; Exit; end; if (GetSymbolRec(R.Arg1).FinalTypeId in [typeCLASS, typeINTERFACE]) and (not GetSymbolRec(R.Arg1).IsFWArrayVar) then begin I := 0; if GetSymbolRec(R.Arg1).FinalTypeId = typeINTERFACE then I := SymbolTable.LookupAnonymousMethod(GetSymbolRec(R.Arg1) .TerminalTypeId); if I = 0 then I := SymbolTable.FindDefaultPropertyId(GetSymbolRec(R.Arg1) .TerminalTypeId); if I <> 0 then begin S := GetSymbolRec(I).Name; Id := NewTempVar(GetLevel(N), GetSymbolRec(I).TypeId); GetSymbolRec(Id).OwnerId := R.Arg1; GetSymbolRec(Id).Name := GetSymbolRec(I).Name; RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := R.Arg1; RC.Arg2 := Id; RC.Res := Id; K := 0; for J := GetStmt(N) to N do begin if (Records[J].Op = OP_PUSH) and (Records[J].Res = SubId) then begin if K = 0 then K := J; Records[J].Res := Id; end end; R.Arg1 := Id; if K > 0 then N := K; Insert(N, RC); Dec(N); end else begin S := GetSymbolRec(GetSymbolRec(R.Arg1).TerminalTypeId).Name; CreateError(errClassDoesNotHaveDefaultProperty, [S]); end; Exit; end; if Records[N - 1].Op = OP_CALL then if Records[N - 1].Res = Records[N].Arg1 then begin Records[N].Op := OP_NOP; Exit; end; if (GetSymbolRec(R.Arg1).FinalTypeId in [typeDYNARRAY, typeVARIANT]) or GetSymbolRec(R.Arg1).IsFWArrayVar then begin P := TIntegerList.Create; try for J := GetStmt(N) to N do begin if (Records[J].Op = OP_PUSH) and (Records[J].Res = SubId) then begin P_Add(J); if R.Res = 0 then Records[J].Op := OP_NOP; end; end; if R.Res = 0 then begin R.Op := OP_NOP; Exit; end; if P.Count = 0 then RaiseError(errCannotApplyCall, [GetSymbolRec(SubId).Name]); ResId := SubId; for J := 0 to P.Count - 1 do begin I := P[J]; Records[I].Op := OP_ELEM; Records[I].Arg2 := Records[I].Arg1; Records[I].Arg1 := ResId; Records[I].Res := CreateVariantVar(GetLevel(N)); ResId := Records[I].Res; GetSymbolRec(ResId).OwnerId := Records[I].Arg1; end; Records[N].Op := OP_NOP; ReplaceId(Records[N].Res, ResId); Dec(N, P.Count + 1); finally FreeAndNil(P); end; end else if GetLanguage(N) <> JS_LANGUAGE then begin RaiseError(errCannotApplyCall, [GetSymbolRec(R.Arg1).Name]); end; Exit; end; end else if GetSymbolRec(SubId).Kind = KindTYPE then if not CheckSub(SubId) then begin if R.Arg2 <> 1 then CreateError(errTooManyActualParameters, []); p_id := 0; for J := N downto GetStmt(N) do if (Records[J].Op = OP_PUSH) and (Records[J].Res = SubId) then begin p_id := Records[J].Arg1; Records[J].Op := OP_NOP; break; end; R.Arg2 := p_id; R.Op := OP_TYPE_CAST; Dec(N); Exit; end; P := TIntegerList.Create; try PosInstance := 0; PosClassRef := 0; for J := GetStmt(N) to N do begin RJ := Records[J]; if (RJ.Op = OP_PUSH) and (RJ.Res = SubId) then P_Add(J); if (RJ.Op = OP_PUSH_INSTANCE) and (RJ.Res = SubId) then begin if GetSymbolRec(RJ.Res).CallMode = cmSTATIC then RJ.Op := OP_NOP else PosInstance := J; end; if (RJ.Op = OP_PUSH_CLASSREF) and (RJ.Res = SubId) then begin if GetSymbolRec(RJ.Res).CallMode = cmSTATIC then RJ.Op := OP_NOP else PosClassRef := J; end; end; // insert begin call ///////////// RC := TCodeRec.Create(OP_BEGIN_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := 0; RC.Res := 0; RC_BEGIN_CALL := RC; if GetSymbolRec(SubId).CallConv = ccSAFECALL then if GetSymbolRec(SubId).TypeId <> typeVOID then RC.Res := NewTempVar(GetLevel(N), typeINTEGER); if P.Count > 0 then N_BeginCall := Insert(P[0], RC) else N_BeginCall := Insert(N, RC); for J := P.Count - 1 downto 0 do P[J] := P[J] + 1; Inc(N); SubIdLevel := SymbolTable[SubId].Level; /// /////////////////////////////// if (SymbolTable[SubId].Name = '') or NoOverloadSearch then begin if SymbolTable[SubId].Kind = KindCONSTRUCTOR then begin OverList := SymbolTable.FindConstructorIds(GetSymbolRec(SubId).TypeId); end else begin OverList := TIntegerList.Create; OverList.Add(SubId); end; end else begin if SymbolTable[SubId].NSOwnerId > 0 then begin OverList := SymbolTable.LookUpSub(SymbolTable[SubId].Name, SymbolTable[SubId].NSOwnerId, GetUpcase(N)); end else if PosInstance + PosClassRef = 0 then // global function call OverList := SymbolTable.LookUpSubs(SymbolTable[SubId].Name, SymbolTable[SubId].Level, using_list, GetUpcase(N)) else OverList := SymbolTable.LookUpSub(SymbolTable[SubId].Name, SymbolTable[SubId].Level, GetUpcase(N)); end; NoOverloadSearch := false; if OverList.Count > 1 then // overloaded call begin IsOverloadedCall := true; CompressListOfOverloaded(OverList, P); if OverList.Count = 0 then CreateError(errThereIsNoOverloaded, [SymbolTable[SubId].Name]) // else if OverList.Count > 1 then // CreateError(errThereIsNoOverloaded, [SymbolTable[SubId].Name]) else // ok begin SubId := -1; for J := 0 to OverList.Count - 1 do if GetSymbolRec(OverList[J]).Level = SubIdLevel then begin SubId := OverList[J]; break; end; if SubId = -1 then SubId := OverList[OverList.Count - 1]; R.Arg1 := SubId; for J := P.Count - 1 downto 0 do Records[P[J]].Res := SubId; RC_BEGIN_CALL.Arg1 := SubId; end; end else // OverList.Count = 1 if SubId <> JS_FunctionCallId then begin IsOverloadedCall := false; if P.Count > SymbolTable[SubId].Count then begin if true then // GetLanguage(N) <> PASCAL_LANGUAGE then begin if SymbolTable[SubId].Count = 0 then CreateError(errTooManyActualParameters, []) else begin ParamId := SymbolTable.GetParamId(SubId, SymbolTable[SubId].Count - 1); if SymbolTable[ParamId].FinalTypeId <> typeDYNARRAY then begin CreateError(errTooManyActualParameters, []); end else begin if GetLanguage(N) = PASCAL_LANGUAGE then CreateError(errTooManyActualParameters, []); RC_BEGIN_CALL.Op := OP_NOP; ArrLength := P.Count - SymbolTable[SubId].Count + 1; Dec(Records[N].Arg2, ArrLength - 1); VarArgIds := TIntegerList.Create; try for I := P.Count - 1 downto 0 do begin Records[P[I]].Op := OP_NOP; VarArgIds.Insert(0, Records[P[I]].Arg1); if VarArgIds.Count = ArrLength then break; end; ArrTypeId := GetSymbolRec(ParamId).TerminalTypeId; ElemTypeId := GetSymbolRec(ArrTypeId).PatternId; DynArrayId := NewTempVar(GetLevel(N), ArrTypeId); RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := DynArrayId; RC.Res := 0; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_SET_LENGTH, Self); RC.Arg1 := DynArrayId; RC.Arg2 := CreateConst(typeINTEGER, ArrLength); RC.Res := 0; Insert(N, RC); Inc(N); for I := 0 to VarArgIds.Count - 1 do begin RC := TCodeRec.Create(OP_ELEM, Self); RC.Arg1 := DynArrayId; RC.Arg2 := CreateConst(typeINTEGER, I); ParamId := NewTempVar(GetLevel(N), ElemTypeId); RC.Res := ParamId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := ParamId; RC.Arg2 := VarArgIds[I]; RC.Res := ParamId; Insert(N, RC); Inc(N); end; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := DynArrayId; RC.Arg2 := P.Count - ArrLength; RC.Res := SubId; Insert(N, RC); Inc(N); Dec(N, 4 + VarArgIds.Count * 2); finally FreeAndNil(VarArgIds); FreeAndNil(OverList); end; PosClassRef := 0; Exit; end; end; end else CreateError(errTooManyActualParameters, []); end else if P.Count < SymbolTable[SubId].Count then begin p_id := SymbolTable.GetParamId(SubId, P.Count); if not SymbolTable[p_id].Optional then begin if PassedProc then begin FreeAndNil(OverList); Exit; end else if SymbolTable[p_id].FinalTypeId in [typeDYNARRAY, typeOPENARRAY] then begin if GetLanguage(N) = PASCAL_LANGUAGE then CreateError(errNotEnoughActualParameters, []); RC_BEGIN_CALL.Op := OP_NOP; ArrTypeId := SymbolTable[p_id].TypeId; if GetSymbolRec(ArrTypeId).FinalTypeId = typeOPENARRAY then ArrTypeId := SymbolTable.RegisterDynamicArrayType(0, '', GetSymbolRec(ArrTypeId).PatternId); DynArrayId := SymbolTable.AddDynarrayVar(GetLevel(N), ArrTypeId).Id; RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := DynArrayId; RC.Res := 0; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_CREATE_EMPTY_DYNARRAY, Self); RC.Arg1 := DynArrayId; RC.Arg2 := 0; RC.Res := 0; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := DynArrayId; RC.Arg2 := P.Count; RC.Res := SubId; Insert(N, RC); Inc(N); Dec(N, 3); PosClassRef := 0; FreeAndNil(OverList); Exit; end else CreateError(errNotEnoughActualParameters, []); end; end else if (P.Count = 1) and (SymbolTable[SubId].Count = 1) and (Records[P[0]].Arg1 <> SymbolTable.NilId) and (SymbolTable[SymbolTable.GetParamId(SubId, SymbolTable[SubId].Count - 1)].FinalTypeId in [typeDYNARRAY, typeOPENARRAY]) and (not SymbolTable[Records[P[0]].Arg1].IsFWArrayVar) and (not(SymbolTable[Records[P[0]].Arg1].FinalTypeId in [typeDYNARRAY, typeSET, typeARRAY])) then begin ParamId := SymbolTable.GetParamId(SubId, SymbolTable[SubId].Count - 1); RC_BEGIN_CALL.Op := OP_NOP; ArrLength := P.Count - SymbolTable[SubId].Count + 1; Dec(Records[N].Arg2, ArrLength - 1); VarArgIds := TIntegerList.Create; try for I := P.Count - 1 downto 0 do begin Records[P[I]].Op := OP_NOP; VarArgIds.Insert(0, Records[P[I]].Arg1); if VarArgIds.Count = ArrLength then break; end; ArrTypeId := GetSymbolRec(ParamId).TerminalTypeId; ElemTypeId := GetSymbolRec(ArrTypeId).PatternId; if GetSymbolRec(ArrTypeId).FinalTypeId = typeOPENARRAY then ArrTypeId := SymbolTable.RegisterDynamicArrayType(0, '', ElemTypeId); DynArrayId := NewTempVar(GetLevel(N), ArrTypeId); RC := TCodeRec.Create(OP_SET_LENGTH, Self); RC.Arg1 := DynArrayId; RC.Arg2 := CreateConst(typeINTEGER, ArrLength); RC.Res := 0; Insert(N, RC); Inc(N); for I := 0 to VarArgIds.Count - 1 do begin RC := TCodeRec.Create(OP_ELEM, Self); RC.Arg1 := DynArrayId; RC.Arg2 := CreateConst(typeINTEGER, I); ParamId := NewTempVar(GetLevel(N), ElemTypeId); RC.Res := ParamId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := ParamId; RC.Arg2 := VarArgIds[I]; RC.Res := ParamId; Insert(N, RC); Inc(N); end; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := DynArrayId; RC.Arg2 := P.Count - ArrLength; RC.Res := SubId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_DESTROY_LOCAL_VAR, Self); RC.Arg1 := DynArrayId; Insert(N + 1, RC); Dec(N, 3 + VarArgIds.Count * 2); PosClassRef := 0; finally FreeAndNil(VarArgIds); FreeAndNil(OverList); end; Exit; end; end; FreeAndNil(OverList); if HasError then Exit; { if SymbolTable[SymbolTable[SubId].Level].Kind = KindSUB then // internal sub call begin RC := TCodeRec.Create(OP_PUSH_EBP, Self); RC.Arg1 := 0; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); end; } if P.Count < SymbolTable[SubId].Count then // insert optional parameter values begin for J := P.Count to SymbolTable[SubId].Count - 1 do begin p_id := SymbolTable.GetParamId(SubId, J); RC := TCodeRec.Create(OP_PUSH, Self); if SymbolTable[p_id].FinalTypeId = typeINTERFACE then RC.Arg1 := CreateConst(typePOINTER, SymbolTable[p_id].value) else RC.Arg1 := CreateConst(SymbolTable[p_id].TerminalTypeId, SymbolTable[p_id].value); RC.Arg2 := J; RC.Res := SubId; Insert(N, RC); Inc(N); end; end; // if subroutine has default parameter - recalculate p P.Clear; for J := GetStmt(N) to N do if (Records[J].Op = OP_PUSH) and (Records[J].Res = SubId) then P_Add(J); if GetSymbolRec(SubId).CallConv in [ccSTDCALL, ccCDECL, ccSAFECALL, ccMSFASTCALL] then begin L := TCodeRecList.Create; try for J := P.Count - 1 downto 0 do begin L.Add(Records[P[J]]); Remove(Records[P[J]]); Dec(N); end; for J := 0 to P.Count - 1 do Insert(N, TCodeRec(L[P.Count - J - 1])); Inc(N, P.Count); P.Clear(); for J := GetStmt(N) to N do if (Records[J].Op = OP_PUSH) and (Records[J].Res = SubId) then P_Add(J); finally FreeAndNil(L); end; end; if (SymbolTable[SubId].Kind <> KindCONSTRUCTOR) or (SymbolTable[R.Res].Name = '') then begin if (SymbolTable[SubId].Kind = KindCONSTRUCTOR) and (Records[N].Res = 0) then if not Records[N].IsInherited then begin T1 := SymbolTable[SubId].Level; if GetSymbolRec(T1).FinalTypeId = typeCLASS then CreateError(errWrongCall, []); end; if (SymbolTable[SubId].Kind = KindCONSTRUCTOR) and (PosClassRef > 0) then begin T1 := GetSymbolRec(Records[PosClassRef].Arg1).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; SymbolTable[R.Res].TypeId := T1; end else SymbolTable[R.Res].TypeId := SymbolTable[SubId].TypeId; end; R.Arg2 := P.Count; for J := P.Count - 1 downto 0 do if SubId = JS_FunctionCallId then begin R := Records[P[J]]; if PAX64 then KZ := 0 else KZ := P.Count - 1; if J = KZ then begin Records[N].Arg2 := 1; // only 1-st parameter is passed R.Op := OP_PUSH_INT_IMM; end else begin R.Op := OP_PUSH_ADDRESS; Arg2 := R.Arg1; T2 := GetSymbolRec(Arg2).FinalTypeId; if not(T2 in VariantTypes) then begin InsertConversionToVariant(P[J], 1); Inc(N); end; end; end else begin R := Records[P[J]]; Arg1 := SymbolTable.GetParamId(SubId, R.Arg2); Arg2 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; K2 := GetSymbolRec(Arg2).Kind; if T2 = 0 then if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(Arg2).TypeId := typeVARIANT; T2 := typeVARIANT; end; if (K2 = KindTYPE) and (T2 = typeCLASS) then begin Inc(R.Arg1); Arg2 := R.Arg1; T2 := GetSymbolRec(Arg2).FinalTypeId; K2 := GetSymbolRec(Arg2).Kind; end; if GetSymbolRec(Arg1).ByRef and (not GetSymbolRec(Arg1).IsConst) then begin if (GetSymbolRec(Arg2).Name = '') and (not(T1 in [typeRECORD, typeARRAY])) then // 18.09.2009 begin for K := N downto 1 do begin if Records[K].Op = OP_STMT then break else begin if Records[K].Res = Arg2 then begin GenOp := Records[K].GenOp; if Records[K].Op = OP_NOP then GenOp := OP_NOP; if (GenOp = OP_PLUS) or (GenOp = OP_MINUS) or (GenOp = OP_MULT) or (GenOp = OP_DIV) or (GenOp = OP_IDIV) or (GenOp = OP_MOD) or (GenOp = OP_SHL) or (GenOp = OP_SHR) or (GenOp = OP_AND) or (GenOp = OP_OR) or (GenOp = OP_XOR) or (GenOp = OP_NOT) or (GenOp = OP_IS) or (GenOp = OP_AS) or (GenOp = OP_GT) or (GenOp = OP_GE) or (GenOp = OP_LT) or (GenOp = OP_LE) or (GenOp = OP_EQ) or (GenOp = OP_NE) or (GenOp = OP_CALL) then begin CreateError (errTypesOfActualAndFormalVarParametersMustBeIdentical, [] ); break; end; end; end; end; end else if GetSymbolRec(Arg2).Kind = KindCONST then CreateError(errConstantObjectCannotBePassedAsVarParameter, []) else if GetSymbolRec(Arg2).IsConst then CreateError(errConstantObjectCannotBePassedAsVarParameter, []) else if GetSymbolRec(Arg2).TypedConst then CreateError(errConstantObjectCannotBePassedAsVarParameter, []); if GetSymbolRec(Arg1).IsOut then begin InsertDestroyLocalVar(P[J], Arg2); Inc(N); end; R.Op := OP_PUSH_ADDRESS; if (T2 = typeINTERFACE) and (K2 = KindTYPE) and (T1 = typeINTERFACE) then begin R.Arg1 := GetSymbolRec(Arg2).TerminalTypeId + 1; continue; end else if (T2 = typeINTERFACE) and (K2 = KindTYPE) and (GetSymbolRec(Arg1).TerminalTypeId = H_TGUID) then begin R.Arg1 := GetSymbolRec(Arg2).TerminalTypeId + 1; continue; end; if T1 = typeOPENARRAY then T1 := typeDYNARRAY; if not((K2 = KindVAR) and ((T1 = T2) or GetSymbolRec(Arg1) .HasPVoidType)) then begin if T2 = typeVARIANT then if IsVarArrayIndex(Arg2, T1, J, P) then continue; CreateError (errTypesOfActualAndFormalVarParametersMustBeIdentical, []); end; if (T1 = typeDYNARRAY) and (T2 = typeDYNARRAY) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if GetSymbolRec(Arg1).IsOpenArray then R.Op := OP_PUSH_DYNARRAY; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if (T1 = T2) or (T1 = 0) then begin // ok end else CreateError(errIncompatibleTypesNoArgs, []); end; end else if (T1 = typeEVENT) and (T2 = typeEVENT) then begin R.Op := OP_PUSH_EVENT; end else if (T1 = typeEVENT) and (T2 = typeRECORD) then begin R.Op := OP_PUSH_EVENT; end else if (T1 = typeEVENT) and (Arg2 = SymbolTable.NilId) then begin R.Arg1 := SymbolTable.EventNilId; R.Op := OP_PUSH_EVENT; end else if (T1 = typeRECORD) and (T2 = typeRECORD) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if T1 <> T2 then if T1 <> H_TGUID then if T1 <> H_TVarRec then begin Dec(N); InsertConversionToRecord(P[J], 1, GetSymbolRec(Arg1).TerminalTypeId, Arg2); Inc(N); Inc(N); R.Arg1 := Records[N].Res; Dec(N); Records[N_BeginCall].Op := OP_NOP; for I := 0 to P.Count - 1 do Records[P[I]].Op := OP_PUSH; if PosInstance > 0 then Records[PosInstance].Op := OP_PUSH_INSTANCE; if PosClassRef > 0 then Records[PosInstance].Op := OP_PUSH_CLASSREF; Exit; end; if not StrEql(GetSymbolRec(T1).Name, GetSymbolRec(T2).Name) then begin CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; // if GetSymbolRec(SubId).CallConv = ccREGISTER then // R.Op := OP_PUSH_ADDRESS // else R.Op := OP_PUSH_STRUCTURE; end else if GetSymbolRec(Arg1).HasPVoidType then begin R.Op := OP_PUSH_ADDRESS; end else if (T1 = typeARRAY) and (T2 = typeARRAY) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if T1 <> T2 then begin CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; R.Op := OP_PUSH_STRUCTURE; end else if (T1 = typeVARIANT) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_ADDRESS; if SymbolTable[SubId].Host then if SymbolTable[SubId].CallConv in [ccSTDCALL, ccCDECL, ccSAFECALL] then if not SymbolTable[Arg1].IsConst then R.Op := OP_PUSH_STRUCTURE; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin R.Op := OP_PUSH_ADDRESS; InsertConversionToVariant(P[J], 1); Inc(N); if SymbolTable[SubId].Host then if SymbolTable[SubId].CallConv in [ccSTDCALL, ccCDECL, ccSAFECALL] then if not SymbolTable[Arg1].IsConst then R.Op := OP_PUSH_STRUCTURE; end else if (T1 = typeOLEVARIANT) and (T2 = typeOLEVARIANT) then begin R.Op := OP_PUSH_ADDRESS; if SymbolTable[SubId].Host then if SymbolTable[SubId].CallConv in [ccSTDCALL, ccCDECL, ccSAFECALL] then if not SymbolTable[Arg1].IsConst then R.Op := OP_PUSH_STRUCTURE; end else if (T1 = typeOLEVARIANT) and (T2 <> typeOLEVARIANT) then begin R.Op := OP_PUSH_ADDRESS; InsertConversionToOleVariant(P[J], 1); Inc(N); if SymbolTable[SubId].Host then if SymbolTable[SubId].CallConv in [ccSTDCALL, ccCDECL, ccSAFECALL] then if not SymbolTable[Arg1].IsConst then R.Op := OP_PUSH_STRUCTURE; end else if (T1 = typeBOOLEAN) and (T2 in BooleanTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_BYTE_IMM else R.Op := OP_PUSH_BYTE; end else if (T1 = typeBOOLEAN) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_BYTE; InsertConversionToBoolean(P[J], 1); Inc(N); end else if (T1 = typeBYTEBOOL) and (T2 in BooleanTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_WORD_IMM else R.Op := OP_PUSH_WORD; end else if (T1 = typeBYTEBOOL) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_WORD; InsertConversionToByteBool(P[J], 1); Inc(N); end else if (T1 = typeWORDBOOL) and (T2 in BooleanTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_WORD_IMM else R.Op := OP_PUSH_WORD; end else if (T1 = typeWORDBOOL) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_WORD; InsertConversionToWordBool(P[J], 1); Inc(N); end else if (T1 = typeLONGBOOL) and (T2 in BooleanTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else R.Op := OP_PUSH_INT; end else if (T1 = typeLONGBOOL) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_INT; InsertConversionToLongBool(P[J], 1); Inc(N); end {$IFNDEF PAXARM} else if (T1 = typeANSICHAR) and (T2 = typeANSICHAR) then begin if K2 = KindCONST then R.Op := OP_PUSH_BYTE_IMM else R.Op := OP_PUSH_BYTE; end else if (T1 = typeANSICHAR) and (T2 = typeWIDECHAR) then begin if K2 = KindCONST then R.Op := OP_PUSH_WORD_IMM else R.Op := OP_PUSH_WORD; end {$ENDIF} else if (T1 = typeWIDECHAR) and (T2 in CharTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_WORD_IMM else R.Op := OP_PUSH_WORD; end else if (T1 = typeBYTE) and (T2 in IntegerTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_BYTE_IMM else R.Op := OP_PUSH_BYTE; end else if (T1 = typeWORD) and (T2 in IntegerTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_WORD_IMM else R.Op := OP_PUSH_WORD; end else if (T1 = typeCARDINAL) and (T2 in IntegerTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_CARDINAL_IMM else R.Op := OP_PUSH_CARDINAL; end else if (T1 = typeCARDINAL) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_CARDINAL; InsertConversionToCardinal(P[J], 1); Inc(N); end else if (T1 = typeSMALLINT) and (T2 in IntegerTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_SMALLINT_IMM else R.Op := OP_PUSH_SMALLINT; end else if (T1 = typeSMALLINT) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_SMALLINT; InsertConversionToSmallInt(P[J], 1); Inc(N); end else if (T1 = typeSHORTINT) and (T2 in IntegerTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_SHORTINT_IMM else R.Op := OP_PUSH_SHORTINT; end else if (T1 = typeSHORTINT) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_SHORTINT; InsertConversionToShortInt(P[J], 1); Inc(N); end else if (T1 = typeINTEGER) and (T2 in IntegerTypes) then begin if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else R.Op := OP_PUSH_INT; end else if (T1 = typeINTEGER) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_INT; InsertConversionToInteger(P[J], 1); Inc(N); end else if (T1 = typeBYTE) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_BYTE; InsertConversionToByte(P[J], 1); Inc(N); end else if (T1 = typeWORD) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_WORD; InsertConversionToWord(P[J], 1); Inc(N); end else if (T1 = typeDOUBLE) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_DOUBLE; InsertConversionToDouble(P[J], 1); Inc(N); end else if (T1 = typeSINGLE) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_SINGLE; InsertConversionToSingle(P[J], 1); Inc(N); end else if (T1 = typeEXTENDED) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_EXTENDED; InsertConversionToExtended(P[J], 1); Inc(N); end {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_ANSISTRING; InsertConversionToAnsiString(P[J], 1); Inc(N); end else if (T1 = typeWIDESTRING) and (T2 in VariantTypes) then begin R.Op := OP_PUSH_WIDESTRING; InsertConversionToWideString(P[J], 1); Inc(N); end else if (T1 = typeWIDESTRING) and (SymbolTable[Arg2].HasPWideCharType) then begin R.Op := OP_PUSH_WIDESTRING; InsertConversionToWideString(P[J], 1); Inc(N); end {$ENDIF} else if (T1 = typeCLASS) and (T2 = typeCLASS) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not SymbolTable.Inherits(T2, T1) then begin if T1 <> typeCLASS then CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else R.Op := OP_PUSH_INT; end else if (T1 = typeCLASS) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_PUSH_INT_IMM; end else if (T1 = typeINTERFACE) and (T2 = typeINTERFACE) then begin if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else R.Op := OP_PUSH_INT; T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if not SymbolTable.Supports(T2, T1) then CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end else if (T1 = typeINTERFACE) and (T2 = typePOINTER) then begin if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end else if (T1 = typeINTERFACE) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_PUSH_INT_IMM; end else if (T1 = typeINTERFACE) and (T2 = typeCLASS) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if not SymbolTable.Supports(T2, T1) then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_PUSH_INT; InsertConversionToInterface(P[J], 1, GetSymbolRec(Arg1).TerminalTypeId); Inc(N); end else if (T2 = typeINTERFACE) and (K2 = KindTYPE) and (T1 = typeINTERFACE) then begin R.Op := OP_PUSH_ADDRESS; R.Arg1 := GetSymbolRec(Arg2).TerminalTypeId + 1; end else if (T2 = typeINTERFACE) and (K2 = KindTYPE) and (GetSymbolRec(Arg1).TerminalTypeId = H_TGUID) then begin R.Op := OP_PUSH_ADDRESS; R.Arg1 := GetSymbolRec(Arg2).TerminalTypeId + 1; end else if (T1 = typeCLASSREF) and (T2 = typeCLASSREF) then begin T1 := GetSymbolRec(GetSymbolRec(Arg1).TerminalTypeId).PatternId; T2 := GetSymbolRec(GetSymbolRec(Arg2).TerminalTypeId).PatternId; if not SymbolTable.Inherits(T2, T1) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else R.Op := OP_PUSH_INT; end else if (T1 = typeCLASSREF) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_PUSH_INT_IMM; end else if (T1 = typeCLASSREF) and (T2 = typeCLASS) then begin T1 := GetSymbolRec(GetSymbolRec(Arg1).TerminalTypeId).PatternId; T2 := Arg2; if (not SymbolTable.Inherits(T2, T1)) or (K2 <> KindTYPE) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; R.Op := OP_PUSH_INT; Inc(R.Arg1); end else if (T1 = typeOPENARRAY) and (T2 = typeOPENARRAY) then begin R.Op := OP_PUSH_OPENARRAY; T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if not((T1 = T2) or (T1 = 0)) then CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeOPENARRAY) and (T2 = typeDYNARRAY) then begin R.Op := OP_PUSH_DYNARRAY; T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if not((T1 = T2) or (T1 = 0)) then CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeOPENARRAY) and (T2 = typeARRAY) then begin R.Op := OP_PUSH_OPENARRAY; T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; SymbolTable.GetArrayTypeInfo(T2, K, T2); if not((T1 = T2) or (T1 = 0)) then CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeOPENARRAY) and (GetSymbolRec(Arg2).IsFWArrayVar) then begin R.Op := OP_PUSH_OPENARRAY; T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; T2 := GetSymbolRec(T2).PatternId; if not((T1 = T2) or (T1 = 0)) then CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeDYNARRAY) and (T2 = typeDYNARRAY) then begin R.Op := OP_PUSH_DYNARRAY; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if not((T1 = T2) or (T1 = 0)) then CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeDYNARRAY) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_PUSH_INT_IMM; end else if (T1 in [typeDYNARRAY, typeOPENARRAY]) and (T2 = typeSET) then begin if T1 = typeOPENARRAY then begin T1 := SymbolTable.RegisterDynamicArrayType(0, '', GetSymbolRec(GetSymbolRec(Arg1).TypeId).PatternId) end else T1 := GetSymbolRec(Arg1).TypeId; Card1 := Card; Arg2 := ConvertSetLiteralToDynarrayLiteral(GetSymbolRec(R.Arg1).Level, T1, R.Arg1); Card2 := Card; for J1 := P.Count - 1 downto 0 do P[J1] := P[J1] + (Card2 - Card1); if Arg2 = 0 then begin Arg2 := SymbolTable.AddDynarrayVar(GetLevel(N), T1).Id; R.Arg1 := Arg2; RC := TCodeRec.Create(OP_CREATE_EMPTY_DYNARRAY, Self); RC.Arg1 := R.Arg1; RC.Arg2 := 0; RC.Res := 0; Insert(P[J], RC); Inc(N); RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := R.Arg1; RC.Res := 0; Insert(P[J], RC); Inc(N); end else R.Arg1 := Arg2; R.Op := OP_PUSH_DYNARRAY; end else if (T1 = typePOINTER) and (T2 in [typePOINTER, typeCLASS, typeCLASSREF]) then begin if GetSymbolRec(Arg1).HasPWideCharType then begin if K2 = KindCONST then begin if GetSymbolRec(Arg2).HasPWideCharType then R.Op := OP_PUSH_PWIDECHAR_IMM {$IFNDEF PAXARM} else if GetSymbolRec(Arg2).HasPAnsiCharType then begin R.Op := OP_PUSH_WIDESTRING; InsertConversionToWideString(P[J], 1); Inc(N); end {$ENDIF} else R.Op := OP_PUSH_INT_IMM; end else R.Op := OP_PUSH_INT; end {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType then begin if K2 = KindCONST then begin if GetSymbolRec(Arg2).HasPAnsiCharType then R.Op := OP_PUSH_PANSICHAR_IMM else if GetSymbolRec(Arg2).HasPWideCharType then begin R.Op := OP_PUSH_ANSISTRING; InsertConversionToAnsiString(P[J], 1); Inc(N); end else R.Op := OP_PUSH_INT_IMM; end else R.Op := OP_PUSH_INT; end {$ENDIF} else begin if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else R.Op := OP_PUSH_INT; end; end {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_PUSH_ANSISTRING; end else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_PUSH_SHORTSTRING; end else if (T1 = typeANSISTRING) and (T2 = typePOINTER) then begin R.Op := OP_PUSH_ANSISTRING; if GetSymbolRec(Records[P[J]].Arg1).HasPAnsiCharType then begin InsertConversionToAnsiString(P[J], 1); Inc(N); end else if GetSymbolRec(Records[P[J]].Arg1).HasPWideCharType then begin InsertConversionToAnsiString(P[J], 1); Inc(N); end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end else if (T1 = typeANSISTRING) and (T2 in CharTypes) then begin R.Op := OP_PUSH_ANSISTRING; InsertConversionToAnsiString(P[J], 1); Inc(N); end else if (T1 = typeANSISTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_PUSH_ANSISTRING; InsertConversionToAnsiString(P[J], 1); Inc(N); end else if (T1 = typeANSISTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_PUSH_ANSISTRING; InsertConversionToAnsiString(P[J], 1); Inc(N); end else if (T1 = typeSHORTSTRING) and (T2 = typePOINTER) then begin R.Op := OP_PUSH_SHORTSTRING; if (K2 = KindCONST) and GetSymbolRec(Records[P[J]].Arg1).HasPAnsiCharType then begin InsertConversionToShortString(P[J], 1); Inc(N); end else if (K2 = KindCONST) and GetSymbolRec(Records[P[J]].Arg1).HasPWideCharType then begin InsertConversionToShortString(P[J], 1); Inc(N); end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end else if (T1 = typeSHORTSTRING) and (T2 in CharTypes) then begin R.Op := OP_PUSH_SHORTSTRING; InsertConversionToShortString(P[J], 1); Inc(N); end else if (T1 = typeSHORTSTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_PUSH_SHORTSTRING; InsertConversionToShortString(P[J], 1); Inc(N); end else if (T1 = typeSHORTSTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_PUSH_SHORTSTRING; InsertConversionToShortString(P[J], 1); Inc(N); end else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_PUSH_WIDESTRING; end else if (T1 = typeWIDESTRING) and (T2 = typePOINTER) then begin R.Op := OP_PUSH_WIDESTRING; if (K2 = KindCONST) and GetSymbolRec(Records[P[J]].Arg1).HasPAnsiCharType then begin InsertConversionToWideString(P[J], 1); Inc(N); end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end else if (T1 = typeWIDESTRING) and (T2 in CharTypes) then begin R.Op := OP_PUSH_WIDESTRING; InsertConversionToWideString(P[J], 1); Inc(N); end else if (T1 = typeWIDESTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_PUSH_WIDESTRING; InsertConversionToWideString(P[J], 1); Inc(N); end else if (T1 = typeWIDESTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_PUSH_WIDESTRING; InsertConversionToWideString(P[J], 1); Inc(N); end {$ENDIF} // NOT PAXARM // unic string - begin else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_PUSH_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin R.Op := OP_PUSH_UNICSTRING; InsertConversionToUnicString(P[J], 1); Inc(N); end // unic string - end {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 <> typeANSISTRING) then begin R.Op := OP_PUSH_ANSISTRING; InsertConversionToAnsiString(P[J], 1); Inc(N); end else if (T1 = typeSHORTSTRING) and (T2 <> typeSHORTSTRING) then begin R.Op := OP_PUSH_SHORTSTRING; InsertConversionToShortString(P[J], 1); Inc(N); end else if (T1 = typeWIDESTRING) and (T2 <> typeWIDESTRING) then begin R.Op := OP_PUSH_WIDESTRING; InsertConversionToWideString(P[J], 1); Inc(N); end {$ENDIF} else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin R.Op := OP_PUSH_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin R.Op := OP_PUSH_DOUBLE; if K2 = KindCONST then Records[P[J]].Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(Records[P[J]].Arg1).value) else begin InsertConversionToDouble(P[J], 1); Inc(N); end; end else if (T1 = typeCURRENCY) and (T2 = typeCURRENCY) then begin R.Op := OP_PUSH_CURRENCY; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin R.Op := OP_PUSH_CURRENCY; if K2 = KindCONST then Records[P[J]].Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(Records[P[J]].Arg1).value) else begin InsertConversionToCurrency(P[J], 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin R.Op := OP_PUSH_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin R.Op := OP_PUSH_SINGLE; if K2 = KindCONST then Records[P[J]].Arg1 := CreateConst(typeSINGLE, GetSymbolRec(Records[P[J]].Arg1).value) else begin InsertConversionToSingle(P[J], 1); Inc(N); end; end else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin R.Op := OP_PUSH_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin R.Op := OP_PUSH_EXTENDED; if K2 = KindCONST then Records[P[J]].Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(Records[P[J]].Arg1).value) else begin InsertConversionToExtended(P[J], 1); Inc(N); end; end else if (T1 in INT64Types) and (T2 in INT64Types) then begin R.Op := OP_PUSH_INT64; end else if (T1 = typeINT64) and (T2 in (NumberTypes + VariantTypes)) then begin R.Op := OP_PUSH_INT64; if K2 = KindCONST then Records[P[J]].Arg1 := CreateConst(typeINT64, GetSymbolRec(Records[P[J]].Arg1).value) else begin InsertConversionToInt64(P[J], 1); Inc(N); end; end else if (T1 = typeUINT64) and (T2 in (NumberTypes + VariantTypes)) then begin R.Op := OP_PUSH_INT64; if K2 = KindCONST then Records[P[J]].Arg1 := CreateConst(typeUINT64, GetSymbolRec(Records[P[J]].Arg1).value) else begin InsertConversionToUInt64(P[J], 1); Inc(N); end; end {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSISTRING) then begin R.Op := OP_PUSH_INT; end else if GetSymbolRec(Arg1).HasPAnsiCharType and SymbolTable.IsZerobasedAnsiCharArray(Arg2) then begin R.Op := OP_PUSH_ADDRESS; end {$ENDIF} else if GetSymbolRec(Arg1).HasPWideCharType and SymbolTable.IsZerobasedWideCharArray(Arg2) then begin R.Op := OP_PUSH_ADDRESS; end else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if not SymbolTable.CheckSetTypes(T1, T2) then begin CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; if SymbolTable.GetSizeOfSetType(T1) <= 4 then R.Op := OP_PUSH_SET else R.Op := OP_PUSH_ADDRESS; end else if (T1 = typePROC) and (T2 = typePROC) then begin R.Op := OP_PUSH_PTR; end else if (T1 = typePROC) and (T2 = typePOINTER) then begin R.Op := OP_PUSH_PTR; end else if (T1 = typePROC) and (K2 = KindSUB) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; SubId1 := TKernel(kernel).SymbolTable.GetPatternSubId(T1); SubId2 := Arg2; if not SymbolTable.EqualHeaders(SubId1, SubId2) then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_PUSH_ADDRESS; end else if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if T1 = T2 then begin R.Op := OP_PUSH_INT; end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end else if (T2 = typeENUM) and (SubId = Id_WriteInt) then begin R.Op := OP_PUSH_INT; end else if T1 = typeRECORD then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if T1 <> T2 then if T1 <> H_TGUID then if T1 <> H_TVarRec then begin Dec(N); InsertConversionToRecord(P[J], 1, GetSymbolRec(Arg1).TerminalTypeId, Arg2); Inc(N); Inc(N); R.Arg1 := Records[N].Res; Dec(N); Records[N_BeginCall].Op := OP_NOP; for I := 0 to P.Count - 1 do Records[P[I]].Op := OP_PUSH; if PosInstance > 0 then Records[PosInstance].Op := OP_PUSH_INSTANCE; if PosClassRef > 0 then Records[PosInstance].Op := OP_PUSH_CLASSREF; Exit; end; if not StrEql(GetSymbolRec(T1).Name, GetSymbolRec(T2).Name) then begin CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; if GetSymbolRec(SubId).CallConv = ccREGISTER then R.Op := OP_PUSH_ADDRESS else R.Op := OP_PUSH_STRUCTURE; end else if (SubId = Id_ImplicitInt) and (T1 = typeINTEGER) and (T2 = typeENUM) then begin R.Op := OP_PUSH_INT; end else begin if IsOverloadedCall then begin if P.Count = 1 then begin R := Records[P[0]]; ParamId := R.Arg1; if GetSymbolRec(ParamId).FinalTypeId = typeOPENARRAY then if StrEql('Length', SymbolTable[SubId].Name) then begin Records[N_BeginCall].Op := OP_NOP; Records[N_BeginCall].GenOp := OP_NOP; R.Op := OP_HIGH; R.Res := Records[N].Res; Records[N].Op := OP_PLUS; Records[N].Arg1 := R.Res; Records[N].Arg2 := CreateConst(typeINTEGER, 1); Records[N].Res := R.Res; N := P[0] - 1; Exit; end; end; CreateError(errThereIsNoOverloaded, [SymbolTable[SubId].Name]); end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if (SubId = JS_GetPropertyId) or (SubId = JS_PutPropertyId) then begin T2 := GetSymbolRec(Arg2).FinalTypeId; if K2 = KindCONST then begin {$IFDEF UNIC} R.Op := OP_PUSH_PWIDECHAR_IMM; {$ELSE} R.Op := OP_PUSH_PANSICHAR_IMM; {$ENDIF} if T2 in IntegerTypes then begin R.Op := OP_PUSH_INT_IMM; if SubId = JS_GetPropertyId then begin Records[N_BeginCall].Arg1 := JS_GetArrPropertyId; Records[N].Arg1 := JS_GetArrPropertyId; end else begin Records[N_BeginCall].Arg1 := JS_PutArrPropertyId; Records[N].Arg1 := JS_PutArrPropertyId; end; end else if T2 in BooleanTypes then begin if GetSymbolRec(R.Arg1).value then R.Arg1 := CreateConst(typeSTRING, 'true') else R.Arg1 := CreateConst(typeSTRING, 'false'); end else if T2 in RealTypes then begin STR(Extended(GetSymbolRec(R.Arg1).value), SS); R.Arg1 := CreateConst(typeSTRING, String(SS)); end else CreateError(errIncompatibleTypesNoArgs, []); end else begin T2 := GetSymbolRec(Arg2).FinalTypeId; if T2 in IntegerTypes then begin R.Op := OP_PUSH_INT; if SubId = JS_GetPropertyId then begin Records[N_BeginCall].Arg1 := JS_GetArrPropertyId; Records[N].Arg1 := JS_GetArrPropertyId; end else begin Records[N_BeginCall].Arg1 := JS_PutArrPropertyId; Records[N].Arg1 := JS_PutArrPropertyId; end; end else begin {$IFDEF UNIC} R.Op := OP_PUSH_UNICSTRING; if T2 <> typeUNICSTRING then begin InsertConversionToUnicString(P[J], 1, JS_LANGUAGE); Inc(N); end; {$ELSE} R.Op := OP_PUSH_ANSISTRING; if T2 <> typeANSISTRING then begin InsertConversionToAnsiString(P[J], 1, JS_LANGUAGE); Inc(N); end; {$ENDIF} end; end; end else begin if GetLanguage(N) = JS_LANGUAGE then begin if (GetSymbolRec(T1).FinalTypeId = typeCLASS) and (GetSymbolRec(T2).FinalTypeId = typeVARIANT) then begin R.Op := OP_PUSH_INT; InsertConversionToClass(P[J], 1, T1); Inc(N); continue; end; end; if GetSymbolRec(Arg1).HasFrameworkType then begin if Arg2 = TKernel(kernel).SymbolTable.NilId then begin // ok end else if GetSymbolRec(Arg1).TerminalTypeId = GetSymbolRec(Arg2).TerminalTypeId then begin end else begin InsertConversionToFrameworkClass(P[J], 1, GetSymbolRec(Arg1).TerminalTypeId); Inc(N); end; R.Op := OP_PUSH_INT; continue; end; if GetSymbolRec(Arg2).FinalTypeId = typeRECORD then begin InsertImplicitConversion(P[J], 1, GetSymbolRec(Arg2).TerminalTypeId, T1); T1 := GetSymbolRec(Arg1).FinalTypeId; if T1 in OrdinalTypes then R.Op := OP_PUSH_INT else case T1 of typeCLASS, typePOINTER, typeCLASSREF, typeINTERFACE: R.Op := OP_PUSH_INT; typeDYNARRAY: R.Op := OP_PUSH_DYNARRAY; typeSINGLE: R.Op := OP_PUSH_SINGLE; typeDOUBLE: R.Op := OP_PUSH_DOUBLE; typeEXTENDED: R.Op := OP_PUSH_EXTENDED; {$IFNDEF PAXARM} typeANSISTRING: R.Op := OP_PUSH_ANSISTRING; typeWIDESTRING: R.Op := OP_PUSH_WIDESTRING; typeSHORTSTRING: R.Op := OP_PUSH_SHORTSTRING; {$ENDIF} typeUNICSTRING: R.Op := OP_PUSH_UNICSTRING; typeVARIANT, typeOLEVARIANT: begin R.Op := OP_PUSH_ADDRESS; if SymbolTable[SubId].Host then if SymbolTable[SubId].CallConv in [ccSTDCALL, ccCDECL, ccSAFECALL] then if not SymbolTable[Arg1].IsConst then R.Op := OP_PUSH_STRUCTURE; end; else CreateError(errIncompatibleTypesNoArgs, []) end; continue; end; if (GetSymbolRec(T1).Name = '') or (GetSymbolRec(T2).Name = '') then CreateError(errIncompatibleTypesNoArgs, []) else CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; end; end; if SymbolTable[SymbolTable[SubId].Level].Kind = KindSUB then // nested sub call begin RC := TCodeRec.Create(OP_POP, Self); RC.Arg1 := 0; RC.Arg2 := 0; RC.Res := 0; Insert(N + 1, RC); // Inc(N); end; finally if SavedSubId <> -1 then begin for J := GetStmt(N) to N do if (Records[J].Op = OP_PUSH) and (Records[J].Res = SubId) then Records[J].Res := SavedSubId else if (Records[J].Op = OP_BEGIN_CALL) and (Records[J].Arg1 = SubId) then begin Records[J].Arg1 := SavedSubId; end; RR.Arg1 := SavedSubId; if GetSymbolRec(SavedSubId).FinalTypeId = typeEVENT then begin RC := TCodeRec.Create(OP_PUSH_DATA, Self); RC.Arg1 := SavedSubId; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); end; end; FreeAndNil(P); Id_VMT := 0; if (PosInstance = 0) and (PosClassRef <> 0) then begin T1 := GetSymbolRec(SubId).Level; if T1 > 0 then if GetSymbolRec(T1).Kind = KindTYPE then if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then if GetSymbolRec(T1).FinalTypeId = typeRECORD then begin PosInstance := PosClassRef; PosClassRef := 0; Records[PosInstance].Arg1 := Records[N].Res; end; end; if PosInstance <> 0 then begin Records[PosInstance].Op := OP_NOP; RC := TCodeRec.Create(OP_PUSH_INST, Self); RC.Arg1 := Records[PosInstance].Arg1; RC.Arg2 := 0; RC.Res := SubId; RC.CodeRecTag := Records[PosInstance].CodeRecTag; Insert(N, RC); Inc(N); if not Records[N].IsStatic then if GetSymbolRec(SubId).IsVirtual then begin Id_VMT := NewTempVar(GetLevel(N), typePOINTER); RC := TCodeRec.Create(OP_GET_VMT_ADDRESS, Self); RC.Arg1 := Records[PosInstance].Arg1; RC.Arg2 := SubId; RC.Res := Id_VMT; Insert(N, RC); Inc(N); end; end; if PosClassRef <> 0 then begin Records[PosClassRef].Op := OP_NOP; T1 := GetSymbolRec(SubId).Level; if GetSymbolRec(T1).Kind = KindTYPE then begin if GetSymbolRec(T1).Host then begin RC := TCodeRec.Create(OP_PUSH_CLSREF, Self); if GetSymbolRec(Records[PosClassRef].Arg1).Kind = KindVAR then RC.Arg1 := Records[PosClassRef].Arg1 else RC.Arg1 := T1 + 1; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); if GetSymbolRec(Records[PosClassRef].Arg1).Kind = KindVAR then if GetSymbolRec(Records[PosClassRef].Arg1).Name <> '' then if GetSymbolRec(SubId).IsVirtual then begin Id_VMT := NewTempVar(GetLevel(N), typePOINTER); RC := TCodeRec.Create(OP_GET_VMT_ADDRESS, Self); RC.Arg1 := Records[PosClassRef].Arg1; RC.Arg2 := SubId; RC.Res := Id_VMT; Insert(N, RC); Inc(N); end; end else if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then begin { J1 := NewTempVar(GetLevel(N), T1); RC := TCodeRec.Create(OP_CREATE_OBJECT, GetUpcase(N), GetLanguage(N), GetModuleNumber(N)); RC.Arg1 := T1; RC.Arg2 := 0; RC.Res := J1; Insert(N_BeginCall, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH_INST, Self); RC.Arg1 := J1; RC.Arg2 := 0; RC.Res := SubId; } RC := TCodeRec.Create(OP_PUSH_CLSREF, Self); if GetSymbolRec(Records[PosClassRef].Arg1).Kind = KindVAR then RC.Arg1 := Records[PosClassRef].Arg1 else RC.Arg1 := T1 + 1; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); if GetSymbolRec(SubId).IsVirtual then begin Id_VMT := NewTempVar(GetLevel(N), typePOINTER); RC := TCodeRec.Create(OP_GET_VMT_ADDRESS, Self); RC.Arg1 := Records[PosClassRef].Arg1; RC.Arg2 := SubId; RC.Res := Id_VMT; Insert(N, RC); Inc(N); end; end else begin RC := TCodeRec.Create(OP_PUSH_CLSREF, Self); if GetSymbolRec(Records[PosClassRef].Arg1).Kind = KindVAR then RC.Arg1 := Records[PosClassRef].Arg1 else RC.Arg1 := T1 + 1; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); if GetSymbolRec(SubId) .IsVirtual { and (GetSymbolRec(SubId).Kind = KindSUB) } then begin Id_VMT := NewTempVar(GetLevel(N), typePOINTER); RC := TCodeRec.Create(OP_GET_VMT_ADDRESS, Self); RC.Arg1 := Records[PosClassRef].Arg1; RC.Arg2 := SubId; RC.Res := Id_VMT; Insert(N, RC); Inc(N); end; end; end else RaiseError(errInternalError, []); end; if Records[N].Res = 0 then if GetSymbolRec(Records[N].Arg1).FinalTypeId in RealTypes then begin Records[N].Res := NewTempVar(GetLevel(N), GetSymbolRec(Records[N].Arg1) .FinalTypeId); end; if Records[N].Res > 0 then begin if GetSymbolRec(Records[N].Res).TypeId = 0 then GetSymbolRec(Records[N].Res).TypeId := GetSymbolRec(SubId).TypeId; if GetSymbolRec(Records[N].Res).FinalTypeId in (DynamicTypes + [typeRECORD, typeARRAY]) then begin if GetSymbolRec(Records[N].Res).FinalTypeId = typeINTERFACE then if GetSymbolRec(Records[N].Res).Name = '' then begin RC := TCodeRec.Create(OP_INTERFACE_CLR, Self); RC.Arg1 := Records[N].Res; RC.Arg2 := 0; RC.Res := 0; Insert(N_BeginCall + 1, RC); Inc(N); end; RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetSymbolRec(Records[N].Res).Level; RC.Arg2 := Records[N].Res; RC.Res := 0; Insert(N, RC); Inc(N); end; end else begin Id := Records[N].Arg1; if GetSymbolRec(Id).Kind = KindCONSTRUCTOR then begin J := GetSymbolRec(Id).Level; if GetSymbolRec(J).FinalTypeId = typeRECORD then T1 := 0 else T1 := GetSymbolRec(Id).FinalTypeId; end else T1 := GetSymbolRec(Id).FinalTypeId; if T1 in (DynamicTypes + [typeRECORD, typeARRAY]) then begin case T1 of {$IFNDEF PAXARM} typeANSISTRING: Records[N].Res := CreateStringVar(GetLevel(N)); typeWIDESTRING: Records[N].Res := CreateWideStringVar(GetLevel(N)); {$ENDIF} typeUNICSTRING: Records[N].Res := CreateUnicStringVar(GetLevel(N)); typeVARIANT: Records[N].Res := CreateVariantVar(GetLevel(N)); typeOLEVARIANT: Records[N].Res := CreateOleVariantVar(GetLevel(N)); typeDYNARRAY: Records[N].Res := CreateDynarrayVar(GetLevel(N), GetSymbolRec(Records[N].Arg1).TypeId); typeINTERFACE: Records[N].Res := CreateInterfaceVar(GetLevel(N)); typeRECORD, typeARRAY: Records[N].Res := NewTempVar(GetLevel(N), GetSymbolRec(Records[N].Arg1).TerminalTypeId); end; if GetSymbolRec(Records[N].Res).FinalTypeId = typeINTERFACE then begin RC := TCodeRec.Create(OP_INTERFACE_CLR, Self); RC.Arg1 := Records[N].Res; RC.Arg2 := 0; RC.Res := 0; Insert(N_BeginCall + 1, RC); Inc(N); end; RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetSymbolRec(Records[N].Res).Level; RC.Arg2 := Records[N].Res; RC.Res := 0; Insert(N, RC); Inc(N); end else if GetSymbolRec(Records[N].Arg1).FinalTypeId > typeVOID then begin // this is a function Records[N].Res := NewTempVar(GetLevel(N), GetSymbolRec(Records[N].Arg1) .FinalTypeId); end; end; if Id_VMT > 0 then Records[N].Arg1 := Id_VMT; end; end; procedure TCode.OperTerminal; var TypeId: Integer; begin TypeId := GetSymbolRec(Records[N].Arg1).TypeId; TypeId := GetSymbolRec(TypeId).PatternId; GetSymbolRec(Records[N].Res).TypeId := TypeId; GetSymbolRec(Records[N].Res).ByRef := true; end; procedure TCode.OperAddMethodIndex; var R: TCodeRec; SymbolTable: TSymbolTable; I, SubId, IntfType: Integer; begin R := Records[N]; R.Op := OP_NOP; SymbolTable := TKernel(kernel).SymbolTable; SubId := R.Arg1; IntfType := SymbolTable[SubId].Level; I := SymbolTable.RestorePositiveIndex(IntfType); I := I + Abs(R.Arg2); SymbolTable[SubId].MethodIndex := I; SymbolTable[SubId].NegativeMethodIndex := -R.Arg2; end; procedure TCode.OperAddMessage; function SetIndex(K: Integer): Integer; var R: TMessageRec; V: Variant; SubId, I, J, Id, Level: Integer; L: TIntegerList; SymbolTable: TSymbolTable; SymbolRec: TSymbolRec; begin result := 0; SubId := Records[K].Arg1; if GetSymbolRec(Records[K].Arg2).Kind = KindVAR then begin Records[K].Res := CreateConst(typeSTRING, GetSymbolRec(SubId).FullName); Exit; // later, at run-time end else begin V := GetSymbolRec(Records[K].Arg2).value; end; try I := V; except RaiseError(errIncompatibleTypesNoArgs, []); Exit; end; if I = -1000 then // it was not set up yet begin SymbolTable := TKernel(kernel).SymbolTable; Level := GetSymbolRec(SubId).Level; I := 0; Id := 0; if GetSymbolRec(SubId).CallMode = cmDYNAMIC then begin for J := Level + 1 to SubId do begin SymbolRec := SymbolTable[J]; if SymbolRec.CallMode = cmDYNAMIC then if SymbolRec.Level = Level then Dec(I); end; end; if (GetSymbolRec(SubId).Name = '') and (GetSymbolRec(SubId).Kind = KindCONSTRUCTOR) then L := SymbolTable.LookupParentConstructors(SubId) else L := SymbolTable.LookupParentMethods(SubId, GetUpcase(N)); try for J := 0 to L.Count - 1 do begin Id := L[J]; SymbolRec := GetSymbolRec(Id); if SymbolRec.CallMode in [cmDYNAMIC, cmOVERRIDE] then if SymbolRec.DynamicMethodIndex <> 0 then begin I := SymbolRec.DynamicMethodIndex; break; end; end; if I = 0 then begin Records[K].Op := OP_NOP; Exit; end; if I = -1000 then begin for J := 1 to Card do if Records[J].Op = OP_ADD_MESSAGE then if Records[J].Arg1 = Id then begin I := SetIndex(J); break; end; end; finally FreeAndNil(L); end; end; GetSymbolRec(SubId).DynamicMethodIndex := I; R := TKernel(kernel).MessageList.AddRecord; R.msg_id := I; R.FullName := GetSymbolRec(SubId).FullName; Records[K].Op := OP_NOP; result := I; end; begin SetIndex(N); end; procedure TCode.OperCreateMethod; var R: TCodeRec; SymbolTable: TSymbolTable; TypeId, PatternFieldId, AddressId: Integer; S: String; RC: TCodeRec; begin R := Records[N]; if GetSymbolRec(R.Arg1).Kind <> KindVAR then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; SymbolTable := TKernel(kernel).SymbolTable; TypeId := GetSymbolRec(R.Arg1).TerminalTypeId; S := GetSymbolRec(R.Arg2).Name; PatternFieldId := SymbolTable.LookUp(S, TypeId, GetUpcase(N)); if PatternFieldId = 0 then begin CreateError(errUndeclaredIdentifier, [S]); Exit; end; if GetSymbolRec(PatternFieldId).Kind <> KindSUB then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; AddressId := SymbolTable.AddPointerVar(GetLevel(N)).Id; GetSymbolRec(R.Arg2).Kind := KindNONE; R.Arg2 := AddressId; RC := TCodeRec.Create(OP_ADDRESS, Self); RC.Arg1 := PatternFieldId; RC.Arg2 := 0; RC.Res := AddressId; Insert(N, RC); Inc(N); end; procedure TCode.MoveRValue(N_ASS: Integer); var I, J: Integer; L: TCodeRecList; RI: TCodeRec; begin L := TCodeRecList.Create; try I := N_ASS - 1; while Records[I].Op <> OP_LVALUE do begin L.Insert(0, Records[I].Clone); Records[I].Op := OP_NOP; Dec(I); end; J := N; for I := 0 to L.Count - 1 do begin RI := TCodeRec(L[I]); Insert(J, RI); Inc(J); end; finally FreeAndNil(L); end; end; procedure TCode.MoveLValue(N_ASS: Integer); var L: TCodeRecList; I: Integer; RI: TCodeRec; begin L := TCodeRecList.Create; try for I := N to N_ASS - 1 do begin RI := Records[I]; if RI.Op = OP_LVALUE then break; L.Add(RI.Clone); RI.Op := OP_NOP; end; for I := L.Count - 1 downto 0 do begin RI := TCodeRec(L[I]); Insert(N_ASS, RI); end; finally FreeAndNil(L); end; end; procedure TCode.InsertDeclareTempVar; var R, RC: TCodeRec; begin R := Records[N]; if GetSymbolRec(R.Res).Name = '' then begin RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := R.Res; RC.Res := 0; Insert(N, RC); Inc(N); end; end; procedure TCode.InsertDeclareTempVar(Id: Integer); var RC: TCodeRec; begin RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := Id; RC.Res := 0; Insert(N, RC); Inc(N); end; function TCode.CallExpected(ResId: Integer): Boolean; var I: Integer; begin result := false; for I := N + 1 to Card do with Records[I] do begin if Op = OP_STMT then break; if (Op = OP_CALL) and (Arg1 = ResId) then begin result := true; Exit; end; end; end; function TCode.InheritedExpected(ResId: Integer): Boolean; var I: Integer; begin result := false; for I := N + 1 to Card do with Records[I] do begin if Op = OP_STMT then break; if (Op = OP_EVAL_INHERITED) and (Arg1 = ResId) then begin result := true; Exit; end; end; end; procedure TCode.OperVCall; var VarArgIds: TIntegerList; Id_Object, Id_Prop, SubId, ResId, I, DynArrayId, ParamId, Cnt: Integer; RC: TCodeRec; S: String; begin Id_Object := 0; Id_Prop := 0; SubId := Records[N].Arg1; ResId := Records[N].Res; Cnt := Records[N].Arg2; if ResId = 0 then ResId := NewTempVar(GetLevel(N), typeVARIANT) else GetSymbolRec(ResId).TypeId := typeVARIANT; VarArgIds := TIntegerList.Create; I := N; repeat Dec(I); if Records[I].Op = OP_BEGIN_VCALL then if Records[I].Res = SubId then begin S := GetSymbolRec(Records[I].Arg1).Name; Id_Object := CreateConst(typeSTRING, S); S := GetSymbolRec(Records[I].Arg2).Name; Id_Prop := CreateConst(typeSTRING, S); Records[I].Op := OP_NOP; Records[I].GenOp := OP_NOP; Records[N].Op := OP_NOP; Records[N].GenOp := OP_NOP; break; end; if Records[I].Op = OP_PUSH then if Records[I].Res = SubId then begin VarArgIds.Insert(0, Records[I].Arg1); Records[I].Op := OP_NOP; Records[I].GenOp := OP_NOP; end; until false; if Cnt = VarArgIds.Count then SubId := Id_CallVirt else begin SubId := Id_PutVirt; ResId := VarArgIds.Top; VarArgIds.RemoveAt(VarArgIds.Count - 1); end; Inc(N); try DynArrayId := NewTempVar(GetLevel(N), H_DYN_VAR); RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := DynArrayId; RC.Res := 0; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_SET_LENGTH, Self); RC.Arg1 := DynArrayId; RC.Arg2 := CreateConst(typeINTEGER, VarArgIds.Count); RC.Res := 0; Insert(N, RC); Inc(N); for I := 0 to VarArgIds.Count - 1 do begin RC := TCodeRec.Create(OP_ELEM, Self); RC.Arg1 := DynArrayId; RC.Arg2 := CreateConst(typeINTEGER, I); ParamId := NewTempVar(GetLevel(N), typeVARIANT); RC.Res := ParamId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := ParamId; RC.Arg2 := VarArgIds[I]; RC.Res := ParamId; Insert(N, RC); Inc(N); end; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := Id_Object; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := Id_Prop; RC.Arg2 := 1; RC.Res := SubId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := DynArrayId; RC.Arg2 := 2; RC.Res := SubId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := ResId; RC.Arg2 := 3; RC.Res := SubId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := 4; RC.Res := SubId; Insert(N, RC); Inc(N); Dec(N, 8 + VarArgIds.Count * 2); finally FreeAndNil(VarArgIds); end; end; procedure TCode.OperField; var R: TCodeRec; SymbolTable: TSymbolTable; OldArg1: Integer; procedure CheckVis(PatternFieldId: Integer); function IsExtraByteCode: Boolean; var I, Op: Integer; begin result := false; for I := N downto 1 do begin Op := Records[I].Op; if Op = OP_EXTRA_BYTECODE then begin result := true; Exit; end; end; end; var Id, I1, I2, L, ClassId: Integer; Vis: TClassVisibility; OwnerTypeId, PatternTypeId, Lang, K: Integer; begin Vis := GetSymbolRec(PatternFieldId).Vis; if Vis in [cvPrivate, cvStrictPrivate] then used_private_members.Add(PatternFieldId); Id := OldArg1; if GetSymbolRec(Id).Name = '' then Exit; I1 := TKernel(kernel).Modules.IndexOfModuleById(Id); I2 := TKernel(kernel).Modules.IndexOfModuleById(PatternFieldId); Lang := GetLanguage(N); if I1 = I2 then // the same module begin if Lang = PASCAL_LANGUAGE then begin if Vis = cvStrictPrivate then begin PatternTypeId := GetSymbolRec(PatternFieldId).Level; case GetSymbolRec(PatternTypeId).FinalTypeId of typeCLASS: OwnerTypeId := GetClassId(N); typeRECORD: OwnerTypeId := GetStructureId(N); else Exit; end; if PatternTypeId <> OwnerTypeId then CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); end; if I1 <= 0 then Exit; K := GetSymbolRec(Id).Kind; if K <> KindTYPE then Exit; end; end; if Vis = cvPrivate then begin if Lang in [BASIC_LANGUAGE, JAVA_LANGUAGE] then begin PatternTypeId := GetSymbolRec(PatternFieldId).Level; case GetSymbolRec(PatternTypeId).FinalTypeId of typeCLASS: OwnerTypeId := GetClassId(N); typeRECORD: OwnerTypeId := GetStructureId(N); else Exit; end; if PatternTypeId <> OwnerTypeId then CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); end else begin if not IsExtraByteCode then CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); end; end else if Vis in [cvProtected, cvStrictProtected] then begin if Vis = cvStrictProtected then begin PatternTypeId := GetSymbolRec(PatternFieldId).Level; case GetSymbolRec(PatternTypeId).FinalTypeId of typeCLASS: OwnerTypeId := GetClassId(N); typeRECORD: OwnerTypeId := GetStructureId(N); else Exit; end; if PatternTypeId <> OwnerTypeId then CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); end; L := GetSymbolRec(R.Arg1).TerminalTypeId; if I1 = TKernel(kernel).Modules.IndexOfModuleById(L) then Exit; Id := GetLevel(N); if Id = 0 then if not IsExtraByteCode then begin CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); Exit; end; L := GetSymbolRec(Id).Level; if L = 0 then if not IsExtraByteCode then begin CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); Exit; end; while GetSymbolRec(L).Kind in kindSUBS do begin L := GetSymbolRec(L).Level; if L = 0 then RaiseError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); end; if GetSymbolRec(L).Kind <> KindTYPE then if not IsExtraByteCode then begin CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); Exit; end; if GetSymbolRec(L).FinalTypeId = typeCLASS then begin ClassId := GetSymbolRec(PatternFieldId).Level; if not SymbolTable.Inherits(L, ClassId) then begin CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); end; end else begin if not IsExtraByteCode then CreateError(errProtectionLevel, [GetSymbolRec(PatternFieldId).Name]); end; end; end; procedure InsertCall; var SubId: Integer; RC: TCodeRec; begin SubId := R.Res; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := 0; if GetSymbolRec(SubId).TypeId = typeVOID then RC.Res := 0 else RC.Res := NewTempVar(GetLevel(N), GetSymbolRec(SubId).TypeId); Insert(N + 1, RC); ReplaceIdEx(SubId, RC.Res, N + 2, GetNextStmt(N + 2), true); end; procedure InsertCallEx(I, NParams: Integer); var SubId: Integer; RC: TCodeRec; begin SubId := R.Res; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := NParams; if GetSymbolRec(SubId).TypeId = typeVOID then RC.Res := 0 else RC.Res := NewTempVar(GetLevel(N), GetSymbolRec(SubId).TypeId); Insert(I + 1, RC); ReplaceIdEx(SubId, RC.Res, I + 2, Card, true); end; function ReplaceOP_ELEM(SubId: Integer; var K: Integer; var OldRes: Integer): Integer; var I, IndexId, ParCount: Integer; R: TCodeRec; begin result := N; K := -1; OldRes := SubId; ParCount := GetSymbolRec(SubId).Count; for I := N + 1 to Card do begin R := Records[I]; if R.Op = OP_STMT then break; if (R.Op = OP_ELEM) and (R.Arg1 = OldRes) then begin result := I; OldRes := R.Res; IndexId := R.Arg2; Inc(K); GetSymbolRec(OldRes).Kind := 0; R.GenOp := OP_PUSH; R.Op := OP_PUSH; R.Arg1 := IndexId; R.Arg2 := K; R.Res := SubId; if ParCount - 1 = K then break; end; end; end; function InsertCreateEvent(PatternFieldId: Integer): Boolean; var J, J1, N1, ParamId: Integer; S1, S2: String; begin result := false; N1 := N + 1; J := N; repeat Inc(J); if J > Card then break; if Records[J].Op = OP_STMT then break; if Records[J].Op = OP_ASSIGN then begin N1 := J; break; end; until false; if Records[N1].Op = OP_ASSIGN then begin if Records[N1].Arg2 = Records[N].Res then if GetSymbolRec(Records[N1].Arg1).FinalTypeId = typeEVENT then begin S1 := GetSymbolRec(PatternFieldId).SignatureSimple; J1 := GetSymbolRec(Records[N1].Arg1).TerminalTypeId; J1 := GetSymbolRec(J1).PatternId; S2 := GetSymbolRec(J1).SignatureSimple; if not StrEql(S1, S2) then CreateError(errIncompatibleTypesNoArgs, []); Records[N].Op := OP_CREATE_EVENT; R.Arg2 := PatternFieldId; GetSymbolRec(R.Res).OwnerId := 0; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Records[N1].Arg1).TypeId; GetSymbolRec(R.Res).Name := ''; result := true; Exit; end; end; J := N; repeat Inc(J); if J > Card then break; if Records[J].Op = OP_STMT then break; if Records[J].Op = OP_PUSH then if Records[J].Arg1 = Records[N].Res then if GetSymbolRec(Records[J].Res).Kind in kindSUBS then begin if SymbolTable[Records[J].Res].Count = 0 then break; ParamId := SymbolTable.GetParamId(Records[J].Res, Records[J].Arg2); if GetSymbolRec(ParamId).FinalTypeId = typeEVENT then begin S1 := GetSymbolRec(PatternFieldId).SignatureSimple; J1 := GetSymbolRec(ParamId).TerminalTypeId; J1 := GetSymbolRec(J1).PatternId; S2 := GetSymbolRec(J1).SignatureSimple; if not StrEql(S1, S2) then CreateError(errIncompatibleTypesNoArgs, []); Records[N].Op := OP_CREATE_EVENT; R.Arg2 := PatternFieldId; GetSymbolRec(R.Res).OwnerId := 0; GetSymbolRec(R.Res).TypeId := GetSymbolRec(ParamId).TypeId; GetSymbolRec(R.Res).Name := ''; result := true; Exit; end; break; end; until false; end; procedure ProcessVOBJECT(ResId: Integer); var I, J, Res, K, IndexId: Integer; RC: TCodeRec; has_assign: Boolean; begin K := 0; if CallExpected(ResId) then begin Records[N].Op := OP_BEGIN_VCALL; Records[N].GenOp := OP_BEGIN_VCALL; for I := N + 1 to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Op = OP_PUSH then if Records[I].Res = ResId then begin Inc(K); end; if Records[I].Op = OP_CALL then if Records[I].Arg1 = ResId then begin if GetLanguage(N) = BASIC_LANGUAGE then begin if Records[I + 1].Op = OP_LVALUE then begin Res := Records[I].Res; for J := I + 1 to Card do begin if Records[J].Op = OP_ASSIGN then if Records[J].Arg1 = Res then begin Records[I].Op := OP_NOP; Records[I].GenOp := OP_NOP; IndexId := Records[J].Arg2; Records[J].Op := OP_PUSH; Records[J].GenOp := OP_PUSH; Records[J].Arg1 := IndexId; Records[J].Arg2 := K; Records[J].Res := ResId; RC := TCodeRec.Create(OP_VCALL, Self); RC.Arg1 := ResId; RC.Arg2 := K; RC.Res := 0; Insert(J + 1, RC); Exit; end; end; end; end; Records[I].Op := OP_VCALL; Records[I].GenOp := OP_VCALL; Records[I].Arg2 := K; break; end; end; end else begin has_assign := false; Records[N].Op := OP_BEGIN_VCALL; Records[N].GenOp := OP_BEGIN_VCALL; Res := ResId; for I := N + 1 to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Op = OP_ELEM then if Records[I].Arg1 = Res then begin IndexId := Records[I].Arg2; Records[I].Op := OP_PUSH; Records[I].GenOp := OP_PUSH; Records[I].Arg1 := IndexId; Records[I].Arg2 := K; Res := Records[I].Res; Records[I].Res := ResId; Inc(K); end; if Records[I].Op = OP_ASSIGN then if Records[I].Arg1 = Res then begin has_assign := true; IndexId := Records[I].Arg2; Records[I].Op := OP_PUSH; Records[I].GenOp := OP_PUSH; Records[I].Arg1 := IndexId; Records[I].Arg2 := K; Records[I].Res := ResId; RC := TCodeRec.Create(OP_VCALL, Self); RC.Arg1 := ResId; RC.Arg2 := K; RC.Res := 0; Insert(I + 1, RC); break; end; end; if not has_assign then begin RC := TCodeRec.Create(OP_VCALL, Self); RC.Arg1 := ResId; RC.Arg2 := 0; RC.Res := ResId; Insert(N + 1, RC); end; end; end; var Arg1, Arg2, T1, T2, K1: Integer; PatternFieldId: Integer; FinalOwnerId: Integer; Level: Integer; S: String; I, J, K, RValueId, OldRes: Integer; ok: Boolean; RC: TCodeRec; Id: Integer; Final_T1: Integer; NP: Integer; PropNameId: Integer; ValId, ResId: Integer; IsCallExpected, IsAssignmentExpected: Boolean; IsInheritedExpected: Boolean; J1, J2, J3, tempN: Integer; KK: Integer; ParamId: Integer; TerminalTypeArg2, PatternArg2, RV_Count: Integer; IsDRTTI: Boolean; HelperTypeId: Integer; label labelPROP; begin HelperTypeId := 0; SymbolTable := TKernel(kernel).SymbolTable; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; ResId := R.Res; T1 := GetSymbolRec(Arg1).TerminalTypeId; K1 := GetSymbolRec(Arg1).Kind; OldArg1 := Arg1; if K1 = KindSUB then begin if GetSymbolRec(Arg1).Count = 0 then begin RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := Arg1; RC.Arg2 := 0; RC.Res := NewTempVar(GetSymbolRec(ResId).Level, GetSymbolRec(Arg1).TypeId); Insert(N, RC); R.Arg1 := RC.Res; Dec(N); end else CreateError(errRecordRequired, []); Exit; end else if K1 in [KindVAR, KindCONST] then begin if K1 = KindCONST then GetSymbolRec(Arg1).MustBeAllocated := true; Final_T1 := GetSymbolRec(Arg1).FinalTypeId; if Final_T1 = typeVOBJECT then begin ProcessVOBJECT(ResId); Exit; end; if Final_T1 in VariantTypes then begin if TKernel(kernel).IsFramework then begin S := GetSymbolRec(Arg2).Name; PatternFieldId := SymbolTable.LookUp(S, H_TFW_Variant, GetUpcase(N)); if (PatternFieldId > 0) or (S = DummyName) then begin RC := TCodeRec.Create(OP_TO_FW_OBJECT, Self); RC.Arg1 := R.Arg1; RC.Arg2 := GetSymbolRec(Arg1).TerminalTypeId; RC.Res := NewTempVar(GetLevel(N), typeVARIANT); Insert(N, RC); Dec(N); R.Arg1 := RC.Res; Exit; end; end; GetSymbolRec(R.Res).TypeId := Final_T1; GetSymbolRec(R.Res).OwnerId := 0; S := GetSymbolRec(Arg2).Name; PropNameId := CreateConst(typeSTRING, S); NP := 0; J := -1; K := -1; ValId := 0; ResId := R.Res; for I := N + 1 to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Op = OP_ELEM then begin if Records[I].Arg1 = ResId then begin K := I; Inc(NP); ResId := Records[I].Res; GetSymbolRec(ResId).Kind := KindNONE; GetSymbolRec(ResId).OwnerId := 0; Records[I].Op := OP_OLE_PARAM; Records[I].Arg1 := Records[I].Arg2; Records[I].Arg2 := 0; Records[I].Res := PropNameId; end; end else if Records[I].Op = OP_CALL then begin if (Records[I].Arg1 = ResId) and (Records[I].Arg2 > 0) then begin for J1 := 1 to I - 1 do begin if (Records[J1].Op = OP_PUSH) and (Records[J1].Res = Records[I].Arg1) then begin K := J1; Inc(NP); Records[J1].Op := OP_OLE_PARAM; Records[J1].Arg2 := 0; Records[J1].Res := PropNameId; end; end; ResId := Records[I].Res; GetSymbolRec(ResId).Kind := KindNONE; GetSymbolRec(ResId).OwnerId := 0; Records[I].Op := OP_NOP; end; end; if Records[I].Op = OP_ASSIGN then if Records[I].Arg1 = ResId then begin J := I; ValId := Records[I].Arg2; Records[I].Op := OP_OLE_VALUE; Records[I].Arg1 := ValId; Records[I].Arg2 := 0; Records[I].Res := PropNameId; break; end; end; if J <= 0 then // read prop begin if NP = 0 then begin R.Op := OP_OLE_GET; R.Arg2 := PropNameId; end else begin RC := TCodeRec.Create(OP_OLE_GET, Self); RC.Arg1 := R.Arg1; RC.Arg2 := PropNameId; RC.Res := R.Res; Insert(K + 1, RC); R.Op := OP_NOP; for I := K + 1 to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Arg1 = ResId then begin Records[I].Arg1 := R.Res; break; end else if Records[I].Arg2 = ResId then begin Records[I].Arg2 := R.Res; break; end; end; end; end else // write prop begin RemoveDeclaredVar(Arg2); RC := TCodeRec.Create(OP_OLE_SET, Self); RC.Arg1 := R.Arg1; RC.Arg2 := PropNameId; RC.Res := ValId; Insert(J + 1, RC); R.Op := OP_NOP; end; Exit; end; if not(Final_T1 in [typeRECORD, typeCLASS, typeCLASSREF, typeINTERFACE]) then begin S := GetSymbolRec(Arg2).Name; SymbolTable.LookUpEx(HelperTypeId, S, T1, GetUpcase(N)); if HelperTypeId > 0 then Final_T1 := typeRECORD; end; if not(Final_T1 in [typeRECORD, typeCLASS, typeCLASSREF, typeINTERFACE]) then begin if Records[N].Language = JS_LANGUAGE then begin RC := TCodeRec.Create(OP_TO_JS_OBJECT, Self); RC.Arg1 := R.Arg1; RC.Arg2 := GetSymbolRec(Arg1).TerminalTypeId; RC.Res := NewTempVar(GetLevel(N), typeVARIANT); Insert(N, RC); R.Arg1 := RC.Res; Exit; end else begin if Final_T1 = typePOINTER then {$IFNDEF PAXARM} if not GetSymbolRec(Arg1).HasPAnsiCharType then {$ENDIF} if not GetSymbolRec(Arg1).HasPWideCharType then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; RC := TCodeRec.Create(OP_TERMINAL, Self); RC.Arg1 := R.Arg1; RC.Arg2 := 0; RC.Res := NewTempVar(GetLevel(N), T1); Insert(N, RC); R.Arg1 := RC.Res; GetSymbolRec(R.Res).OwnerId := RC.Res; Dec(N); Exit; end; dmp; RC := TCodeRec.Create(OP_TO_FW_OBJECT, Self); RC.Arg1 := R.Arg1; RC.Arg2 := GetSymbolRec(Arg1).TerminalTypeId; RC.Res := NewTempVar(GetLevel(N), typeVARIANT); Insert(N, RC); Dec(N); R.Arg1 := RC.Res; Exit; end; CreateError(errRecordRequired, []); Exit; end; if Final_T1 = typeCLASSREF then T1 := GetSymbolRec(T1).PatternId; S := GetSymbolRec(Arg2).Name; if Records[N].PatternFieldId <> 0 then PatternFieldId := Records[N].PatternFieldId else PatternFieldId := SymbolTable.LookUpEx(HelperTypeId, S, T1, GetUpcase(N), MaxInt, not IsFrameworkTypeId(T1)); if PatternFieldId = 0 then begin if GetSymbolRec(T1).IsJavaScriptClass then begin R.Op := OP_ELEM; Arg2 := R.Arg2; R.Arg2 := CreateConst(typeSTRING, GetSymbolRec(R.Arg2).Name); R.Res := NewTempVar(GetSymbolRec(R.Arg1).Level, typeVARIANT); ReplaceIdEx(Arg2, R.Res, N + 1, Card, true); Dec(N); GetSymbolRec(Arg2).Kind := KindNONE; Exit; end; if Records[N].Language = JS_LANGUAGE then if S = StrProgram then begin // OP_FIELD (PROG) // OP_ASSIGN_PROG GetSymbolRec(R.Res).Kind := KindNONE; GetSymbolRec(R.Arg2).Kind := KindNONE; Records[N].Op := OP_NOP; Records[N + 1].Op := OP_NOP; // OP_FIELD (CONSTRUCTOR) // OP_ASSIGN GetSymbolRec(Records[N + 2].Res).Kind := KindNONE; GetSymbolRec(Records[N + 2].Arg2).Kind := KindNONE; Records[N + 2].Op := OP_NOP; Records[N + 3].Op := OP_NOP; Exit; end; CreateError(errUndeclaredIdentifier, [S]); Exit; end; CheckVis(PatternFieldId); if GetSymbolRec(PatternFieldId).Kind = KindCONST then begin Records[N].Op := OP_NOP; Records[N].GenOp := OP_NOP; ReplaceId(Records[N].Res, PatternFieldId); Exit; end; GetSymbolRec(Arg2).TypeId := GetSymbolRec(PatternFieldId).TypeId; GetSymbolRec(Arg2).PatternId := PatternFieldId; if Final_T1 = typeCLASSREF then begin case GetSymbolRec(PatternFieldId).Kind of KindCONSTRUCTOR: begin IsCallExpected := CallExpected(ResId); GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_CLASSREF; if not IsCallExpected then InsertCall; end; KindPROP: begin goto labelPROP; end; KindSUB: begin if not GetSymbolRec(PatternFieldId).IsSharedMethod then if not StrEql('ClassName', GetSymbolRec(PatternFieldId).Name) then CreateError (errThisFormOfMethodCanOnlyAllowedForClassMethod, []); IsCallExpected := CallExpected(ResId); GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_CLASSREF; if not IsCallExpected then begin if Self[N + 1].Op = OP_EVAL_INHERITED then if R.Res = Self[N + 1].Arg1 then Exit; InsertCall; end; if not GetSymbolRec(Self[N].Arg1).Host then if StrEql(GetSymbolRec(Self[N + 1].Arg1).Name, 'ClassName') then begin Self[N].Op := OP_NOP; Self[N + 1].Op := OP_CLASSNAME; Self[N + 1].Arg1 := Self[N].Arg1; end; end; end; Exit; end else if (Final_T1 in [typeCLASS, typeINTERFACE]) or ((Final_T1 = typeRECORD) and (GetSymbolRec(PatternFieldId).Kind in [KindSUB, KindPROP])) then begin case GetSymbolRec(PatternFieldId).Kind of KindCONSTRUCTOR: begin GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_CLASSREF; R.Arg2 := 0; end; KindSUB: begin if InsertCreateEvent(PatternFieldId) then Exit; GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; IsCallExpected := CallExpected(ResId); ReplaceIdEx(Arg2, PatternFieldId, N, GetNextStmt(N), true); R.Op := OP_PUSH_INSTANCE; R.Arg2 := 0; if not IsCallExpected then begin if Self[N + 1].Op = OP_EVAL_INHERITED then if R.Res = Self[N + 1].Arg1 then Exit; InsertCall; end; end; KindDESTRUCTOR: begin tempN := N; GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; IsCallExpected := CallExpected(ResId); IsInheritedExpected := InheritedExpected(ResId); ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_INSTANCE; R.Arg2 := 0; if not(IsCallExpected or IsInheritedExpected) then InsertCall; if IsInheritedExpected then Exit; Exit; RC := TCodeRec.Create(OP_DESTROY_OBJECT, Self); RC.Arg1 := R.Arg1; RC.Arg2 := 0; RC.Res := 0; while (Records[N].Op <> OP_CALL) do Inc(N); Insert(N + 1, RC); N := tempN; end; KindTYPE_FIELD: begin if GetSymbolRec(PatternFieldId).CompIndex >= 0 then begin R.Op := OP_GET_COMPONENT; R.Arg2 := GetSymbolRec(PatternFieldId).CompIndex; GetSymbolRec(R.Res).Kind := KindVAR; GetSymbolRec(R.Res).PatternId := 0; GetSymbolRec(R.Res).OwnerId := 0; end else GetSymbolRec(Arg2).ByRef := true; end; KindPROP: begin labelPROP: if (GetSymbolRec(PatternFieldId).IsPublished or GetSymbolRec(PatternFieldId).IsDRTTI) and GetSymbolRec(PatternFieldId).Host then begin IsDRTTI := GetSymbolRec(PatternFieldId).IsDRTTI; T2 := GetSymbolRec(PatternFieldId).Level; if Assigned(ForbiddenPropList) then if GetSymbolRec(T2).PClass <> nil then if ForbiddenPropList.IsForbidden(GetSymbolRec(T2).PClass, GetSymbolRec(PatternFieldId).Name) then begin CreateError(errPropertyIsForbidden, [GetSymbolRec(PatternFieldId).Name, GetSymbolRec(T2).Name]); end; T2 := GetSymbolRec(PatternFieldId).FinalTypeId; R.Arg2 := PatternFieldId; GetSymbolRec(R.Res).OwnerId := 0; RV_Count := -1; for I := N to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Op = OP_LVALUE then RV_Count := 0 else if RV_Count >= 0 then begin if (Records[I].Op <> OP_SEPARATOR) and (Records[I].Op <> OP_NOP) then Inc(RV_Count); end; if Records[I].Arg1 = R.Res then if Records[I].Op = OP_ASSIGN then begin // process put property RValueId := Records[I].Arg2; if GetSymbolRec(RValueId).Name = DummyName then begin CreateError(errCanceled, []); Exit; end; if (GetSymbolRec(RValueId).TypeId = 0) or (Records[I - 1].Op = OP_ADDRESS) or (Records[I - 1].Op = OP_CALL) then begin if Records[I - 1].Op = OP_ADDRESS then begin if RV_Count > 1 then begin MoveLValue(I); Exit; end; end; if T2 = typeEVENT then GetSymbolRec(RValueId).TypeId := T2 else begin if RV_Count > 1 then begin MoveLValue(I); Exit; end; end; end else if (RV_Count > 1) and (T2 <> typeEVENT) then begin MoveRValue(I); Dec(N); Exit; end; R.Res := RValueId; Records[I].Arg1 := R.Arg1; Records[I].Arg2 := R.Arg2; Records[I].Res := R.Res; R.Op := OP_NOP; R := Records[I]; if IsDRTTI then begin RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := NewTempVar(GetLevel(N), H_TValue); RC.Arg2 := R.Res; RC.Res := RC.Arg1; Insert(I, RC); R.Res := RC.Res; R.Op := OP_SET_DRTTI_PROP; N := I - 1; Exit; end else case T2 of {$IFNDEF PAXARM} typeANSISTRING, typeSHORTSTRING: begin if GetSymbolRec(R.Res).Kind = KindCONST then begin if GetSymbolRec(R.Res).FinalTypeId in CharTypes then begin S := Chr(Integer(GetSymbolRec(R.Res).value)); R.Res := SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; end else if GetSymbolRec(R.Res).FinalTypeId <> typeANSISTRING then begin RC := InsertConversionToAnsiString(I, 3); R.Res := RC.Res; Inc(N); end; end else if GetSymbolRec(R.Res).FinalTypeId <> typeANSISTRING then begin RC := InsertConversionToAnsiString(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_ANSISTR_PROP; end; typeWIDESTRING: begin if GetSymbolRec(R.Res).FinalTypeId <> typeWIDESTRING then begin RC := InsertConversionToWideString(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_WIDESTR_PROP; end; {$ENDIF} typeUNICSTRING: begin if GetSymbolRec(R.Res).FinalTypeId <> typeUNICSTRING then begin RC := InsertConversionToUnicString(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_UNICSTR_PROP; end; typeINTEGER, typeBYTE, typeWORD, typeCARDINAL, typeSMALLINT, typeSHORTINT: begin if not(GetSymbolRec(R.Res).FinalTypeId in IntegerTypes) then begin RC := InsertConversionToInteger(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_ORD_PROP; end; typeINTERFACE: begin if GetSymbolRec(R.Res).FinalTypeId <> typeINTERFACE then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_SET_INTERFACE_PROP; end; {$IFNDEF PAXARM} typeANSICHAR: begin if GetSymbolRec(R.Res).FinalTypeId <> typeANSICHAR then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_SET_ORD_PROP; end; {$ENDIF} typeWIDECHAR: begin if GetSymbolRec(R.Res).FinalTypeId <> typeWIDECHAR then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_SET_ORD_PROP; end; typeBOOLEAN, typeBYTEBOOL, typeWORDBOOL, typeLONGBOOL: begin if GetSymbolRec(R.Res).FinalTypeId <> typeBOOLEAN then begin RC := InsertConversionToBoolean(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_ORD_PROP; end; typeENUM: begin if GetSymbolRec(R.Res).FinalTypeId <> typeENUM then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_SET_ORD_PROP; end; typeSET: begin if GetSymbolRec(R.Res).FinalTypeId <> typeSET then begin ok := false; for J := N to Card do begin if Records[J].Op = OP_STMT then break; with Records[J] do if (Op = OP_SET_INCLUDE) or (Op = OP_SET_INCLUDE_INTERVAL) then if Arg1 = R.Res then begin ok := true; end; end; if ok then begin Records[I].Op := OP_SET_SET_PROP; Records[I].Arg1 := R.Arg1; Records[I].Arg2 := R.Arg2; Records[I].Res := R.Res; R.Op := OP_NOP; Exit; end; CreateError(errIncompatibleTypesNoArgs, []); end; R.Op := OP_SET_SET_PROP; end; typeCLASS: begin if GetSymbolRec(R.Res).FinalTypeId <> typeCLASS then begin if R.Res <> SymbolTable.NilId then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_SET_ORD_PROP; Exit; end; if not CheckAssignment(PatternFieldId, R.Res) then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_SET_ORD_PROP; end; typeEXTENDED, typeSINGLE, typeDOUBLE, typeCURRENCY: begin if GetSymbolRec(R.Res).FinalTypeId <> typeEXTENDED then begin RC := InsertConversionToExtended(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_FLOAT_PROP; end; typeVARIANT: begin if GetSymbolRec(R.Res).FinalTypeId <> typeVARIANT then begin RC := InsertConversionToVariant(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_VARIANT_PROP; end; typeOLEVARIANT: begin if GetSymbolRec(R.Res).FinalTypeId <> typeOLEVARIANT then begin RC := InsertConversionToOleVariant(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_VARIANT_PROP; end; typeINT64, typeUINT64: begin if not(GetSymbolRec(R.Res).FinalTypeId in INT64Types) then begin RC := InsertConversionToInt64(I, 3); R.Res := RC.Res; Inc(N); end; R.Op := OP_SET_INT64_PROP; end; typeEVENT, typeRECORD: begin R.Op := OP_SET_EVENT_PROP; for J := GetStmt(N) to I do if Records[J].Op = OP_FIELD then if Records[J].Res = R.Res then begin Records[J].Op := OP_NOP; T1 := GetSymbolRec(Records[J].Arg1) .TerminalTypeId; if T1 = 0 then begin RestoreFieldType(J); T1 := GetSymbolRec(Records[J].Arg1) .TerminalTypeId; end; break; end; if R.Res = SymbolTable.NilId then Exit; GetSymbolRec(R.Res).Kind := KindNONE; S := GetSymbolRec(R.Res).Name; if S = '' then RaiseError(errIncompatibleTypesNoArgs, []); PatternFieldId := SymbolTable.LookUp(S, T1, GetUpcase(N)); if PatternFieldId = 0 then begin if GetSymbolRec(R.Res).FinalTypeId = typeEVENT then begin GetSymbolRec(R.Res).Kind := KindVAR; R.Op := OP_SET_EVENT_PROP2; Exit; end; // CreateError(errUndeclaredIdentifier, [S]); Exit; end; GetSymbolRec(R.Res).PatternId := PatternFieldId; TerminalTypeArg2 := GetSymbolRec(Arg2) .TerminalTypeId; PatternArg2 := GetSymbolRec(TerminalTypeArg2) .PatternId; if (GetSymbolRec(PatternFieldId).Kind in [KindCONSTRUCTOR, KindDESTRUCTOR]) then CreateError(errIncompatibleTypesNoArgs, []); if (GetSymbolRec(PatternFieldId).Kind = KindSUB) then if (GetSymbolRec(PatternArg2).Kind = KindSUB) then begin if not SymbolTable.EqualHeaders(PatternFieldId, PatternArg2) then CreateError(errIncompatibleTypesNoArgs, []); end; end; else CreateError(errInternalError, []); end; Exit; end; end; // for InsertDeclareTempVar(R.Res); if IsDRTTI then begin R.Op := OP_GET_DRTTI_PROP; if T2 = typeINT64 then GetSymbolRec(R.Res).TypeId := typeINT64 else if T2 = typeUINT64 then GetSymbolRec(R.Res).TypeId := typeUINT64 else if T2 in IntegerTypes then GetSymbolRec(R.Res).TypeId := typeINTEGER else if T2 in StringTypes then GetSymbolRec(R.Res).TypeId := typeSTRING else if T2 in RealTypes then GetSymbolRec(R.Res).TypeId := typeEXTENDED else if T2 in VariantTypes then GetSymbolRec(R.Res).TypeId := typeVARIANT else begin GetSymbolRec(R.Res).TypeId := H_TValue; Id := NewTempVar(GetLevel(N), GetSymbolRec(PatternFieldId) .TerminalTypeId); RC := TCodeRec.Create(OP_VAR_FROM_TVALUE, Self); RC.Arg1 := Id; RC.Arg2 := R.Res; RC.Res := 0; Insert(N + 1, RC); ReplaceIdEx(R.Res, Id, N + 2, Card, false); end; end else case T2 of {$IFNDEF PAXARM} typeANSISTRING: R.Op := OP_GET_ANSISTR_PROP; typeSHORTSTRING: begin R.Op := OP_GET_ANSISTR_PROP; Id := R.Res; Level := SymbolTable[Id].Level; R.Res := CreateStringVar(Level); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := Id; RC.Arg2 := R.Res; RC.Res := Id; Insert(N + 1, RC); end; typeWIDESTRING: R.Op := OP_GET_WIDESTR_PROP; typeANSICHAR: R.Op := OP_GET_ORD_PROP; {$ENDIF} typeUNICSTRING: R.Op := OP_GET_UNICSTR_PROP; typeINTEGER, typeBYTE, typeWORD, typeCARDINAL, typeSMALLINT, typeSHORTINT: R.Op := OP_GET_ORD_PROP; typeBOOLEAN, typeBYTEBOOL, typeWORDBOOL, typeLONGBOOL: R.Op := OP_GET_ORD_PROP; typeENUM: R.Op := OP_GET_ORD_PROP; typeSET: R.Op := OP_GET_SET_PROP; typeINTERFACE: R.Op := OP_GET_INTERFACE_PROP; typeCLASS: R.Op := OP_GET_ORD_PROP; typeEXTENDED: R.Op := OP_GET_FLOAT_PROP; typeVARIANT: R.Op := OP_GET_VARIANT_PROP; typeOLEVARIANT: R.Op := OP_GET_VARIANT_PROP; typeINT64, typeUINT64: R.Op := OP_GET_INT64_PROP; typeSINGLE, typeDOUBLE, typeCURRENCY: begin R.Op := OP_GET_FLOAT_PROP; Id := R.Res; Level := SymbolTable[Id].Level; R.Res := CreateExtendedVar(Level); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := Id; RC.Arg2 := R.Res; RC.Res := Id; Insert(N + 1, RC); end; typeEVENT: begin R.Op := OP_GET_EVENT_PROP; end; else CreateError(errInternalError, []); end; end else // not published property begin Id := SymbolTable[PatternFieldId].ReadId; if Id > 0 then begin I := GetSymbolRec(Id).Level; if GetSymbolRec(I).FinalTypeId = typeINTERFACE then if GetSymbolRec(Arg1).FinalTypeId = typeCLASS then begin S := GetSymbolRec(Id).Name; Id := SymbolTable.LookUp(S, GetSymbolRec(Arg1).TerminalTypeId, GetUpcase(N)); end; end; if Id <> 0 then if SymbolTable[Id].Kind = KindSUB then begin IsAssignmentExpected := false; for I := N to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Arg1 = R.Res then if Records[I].Op = OP_ASSIGN then begin IsAssignmentExpected := true; break; end; end; if SymbolTable[Id].Count = 0 then begin if not IsAssignmentExpected then begin J := R.Res; if GetSymbolRec(Id).IsSharedMethod then R.Op := OP_PUSH_CLASSREF else R.Op := OP_PUSH_INSTANCE; R.Arg1 := R.Arg1; R.Arg2 := 0; R.Res := Id; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := Id; RC.Arg2 := 0; RC.Res := NewTempVar(GetLevel(N), SymbolTable[Id].TypeId); Insert(N + 1, RC); ReplaceIdEx(J, RC.Res, N + 1, Card, true); SymbolTable[J].Kind := KindNONE; Exit; end; end else if (SymbolTable[Id].Count = 1) and // fake method ((SymbolTable[Id].Level = 0) or (GetSymbolRec(SymbolTable[Id].Level).Kind = KindNAMESPACE)) then begin if not IsAssignmentExpected then begin J := R.Res; R.Op := OP_PUSH; R.Arg1 := R.Arg1; R.Arg2 := 0; R.Res := Id; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := Id; RC.Arg2 := 0; RC.Res := NewTempVar(GetLevel(N), SymbolTable[Id].TypeId); Insert(N + 1, RC); ReplaceIdEx(J, RC.Res, N + 1, Card, true); SymbolTable[J].Kind := KindNONE; Exit; end; end; end; Id := R.Res; IsCallExpected := false; J2 := 0; for I := N to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Op = OP_ELEM then if Records[I].Arg1 = Id then Id := Records[I].Res; if Records[I].Op = OP_CALL then if Records[I].Arg1 = Id then begin Id := Records[I].Res; IsCallExpected := true; if GetLanguage(N) = PASCAL_LANGUAGE then begin // CreateError(errCannotApplyCall, [GetSymbolRec(PatternFieldId).Name]); end; J2 := I; end; if Records[I].Arg1 = Id then if Records[I].Op = OP_ASSIGN then begin // process put property PatternFieldId := GetSymbolRec(PatternFieldId).WriteId; if PatternFieldId > 0 then begin if GetSymbolRec(GetSymbolRec(PatternFieldId).Level) .FinalTypeId = typeINTERFACE then if GetSymbolRec(Arg1).FinalTypeId = typeCLASS then begin S := GetSymbolRec(PatternFieldId).Name; PatternFieldId := SymbolTable.LookUp(S, GetSymbolRec(Arg1).TerminalTypeId, GetUpcase(N)); end; end; if PatternFieldId = 0 then begin CreateError(errCannotAssignToReadOnlyProperty, []); Exit; end; if GetSymbolRec(PatternFieldId).Kind = KindTYPE_FIELD then begin GetSymbolRec(Arg2).PatternId := PatternFieldId; GetSymbolRec(Arg2).ByRef := true; end else if GetSymbolRec(PatternFieldId).Kind = KindSUB then begin GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_INSTANCE; R.Arg2 := 0; if GetSymbolRec(PatternFieldId).Count > 1 then begin // if GetLanguage(n) = PASCAL_LANGUAGE then begin J1 := ReplaceOP_ELEM(PatternFieldId, K, OldRes); if K = -1 then begin if IsCallExpected then begin for J3 := 1 to J2 do if Records[J3].Op = OP_PUSH then if Records[J3].Res = PatternFieldId then Inc(K); Records[J2].Op := OP_NOP; // push value Records[I].Op := OP_PUSH; Records[I].Arg1 := Records[I].Arg2; Records[I].Arg2 := K + 1; Records[I].Res := PatternFieldId; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := PatternFieldId; RC.Arg2 := K + 2; RC.Res := 0; Insert(I + 1, RC); Exit; end; CreateError(errNotEnoughActualParameters, []); end else begin // push value Records[I].Op := OP_PUSH; Records[I].Arg1 := Records[I].Arg2; Records[I].Arg2 := K + 1; Records[I].Res := PatternFieldId; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := PatternFieldId; RC.Arg2 := K + 2; RC.Res := 0; Insert(I + 1, RC); if J1 <> N then begin RC := TCodeRec.Create(OP_RESTORE_REGS, Self); Insert(I, RC); RC := TCodeRec.Create(OP_SAVE_REGS, Self); Insert(J1 + 1, RC); end; end; end; Exit; end; // push value Records[I].Op := OP_PUSH; Records[I].Arg1 := Records[I].Arg2; Records[I].Arg2 := 0; Records[I].Res := PatternFieldId; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := PatternFieldId; RC.Arg2 := 1; RC.Res := 0; Insert(I + 1, RC); if GetSymbolRec(PatternFieldId).Count = 1 then begin ParamId := SymbolTable.GetParamId(PatternFieldId, 0); if GetSymbolRec(ParamId).FinalTypeId = typeEVENT then begin if Records[I - 1].Op = OP_FIELD then begin ParamId := SymbolTable.AddTMethodVar (GetLevel(N)).Id; Records[I - 1].Op := OP_CREATE_METHOD; Records[I - 1].Res := ParamId; Records[I].Arg1 := ParamId; end; end; end; end else CreateError(errInternalError, []); Exit; end; end; // for-loop PatternFieldId := GetSymbolRec(PatternFieldId).ReadId; if PatternFieldId = 0 then begin CreateError(errCannotReadWriteOnlyProperty, []); Exit; end; if GetSymbolRec(PatternFieldId).Kind = KindTYPE_FIELD then begin GetSymbolRec(Arg2).PatternId := PatternFieldId; GetSymbolRec(Arg2).ByRef := true; end else if GetSymbolRec(PatternFieldId).Kind = KindSUB then begin IsCallExpected := CallExpected(ResId); GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_INSTANCE; R.Arg2 := 0; KK := GetSymbolRec(PatternFieldId).Count; if KK > 0 then begin // if GetLanguage(n) = PASCAL_LANGUAGE then begin J := ReplaceOP_ELEM(PatternFieldId, K, OldRes); if K = -1 then begin if IsCallExpected then Exit; Exit; CreateError(errNotEnoughActualParameters, []); end else begin InsertCallEx(J, K + 1); ReplaceId(OldRes, Records[J + 1].Res); end; end; Exit; end; if not IsCallExpected then InsertCall; end else CreateError(errInternalError, []); end end; // KindPROP else CreateError(errInternalError, []); end; Exit; end; // typeRECORD FinalOwnerId := GetSymbolRec(Arg2).FinalOwnerId; Level := GetSymbolRec(FinalOwnerId).Level; if GetSymbolRec(Level).Kind in kindSUBS then begin if SymbolTable.GetResultId(Level) = FinalOwnerId then begin GetSymbolRec(FinalOwnerId).ByRef := true; end; { if GetSymbolRec(FinalOwnerId).Param then if not StrEql(GetSymbolRec(FinalOwnerId).Name, 'Self') then begin GetSymbolRec(FinalOwnerId).ByRef := true; end; } end; if GetSymbolRec(FinalOwnerId).Host or (GetSymbolRec(Arg1).Name = '') or GetSymbolRec(Arg2).HasByRefOwner or (FinalOwnerId > Arg2) or GetSymbolRec(FinalOwnerId).Param then GetSymbolRec(Arg2).ByRef := true else R.Op := OP_NOP; end else if K1 = KindTYPE then begin if GetSymbolRec(Arg1).TypeId = TypeALIAS then Arg1 := GetSymbolRec(Arg1).TerminalTypeId; T1 := Arg1; if not(GetSymbolRec(Arg1).FinalTypeId in [typeRECORD, typeCLASS]) then begin S := GetSymbolRec(Arg2).Name; SymbolTable.LookUpEx(HelperTypeId, S, T1, GetUpcase(N)); end; if not(GetSymbolRec(Arg1).FinalTypeId in [typeRECORD, typeCLASS]) then if HelperTypeId = 0 then begin if GetSymbolRec(Arg1).FinalTypeId = typeENUM then begin S := GetSymbolRec(Arg2).Name; PatternFieldId := SymbolTable.LookUpEnumItem(S, T1, GetUpcase(N)); if PatternFieldId = 0 then CreateError(errUndeclaredIdentifier, [S]) else begin R.Op := OP_NOP; GetSymbolRec(Arg2).Kind := KindNONE; GetSymbolRec(Arg2).OwnerId := 0; ReplaceId(Arg2, PatternFieldId); end; Exit; end; CreateError(errRecordRequired, []); Exit; end; S := GetSymbolRec(Arg2).Name; if Records[N].PatternFieldId <> 0 then PatternFieldId := Records[N].PatternFieldId else PatternFieldId := SymbolTable.LookUpEx(HelperTypeId, S, T1, GetUpcase(N)); if PatternFieldId = 0 then CreateError(errUndeclaredIdentifier, [S]); CheckVis(PatternFieldId); if GetSymbolRec(PatternFieldId).Kind in kindSUBS then if Records[N + 1].Op = OP_ADDRESS then if Records[N + 1].Arg1 = Records[N].Res then begin Records[N].Op := OP_NOP; Records[N + 1].Arg1 := PatternFieldId; Exit; end; GetSymbolRec(Arg2).TypeId := GetSymbolRec(PatternFieldId).TypeId; GetSymbolRec(Arg2).PatternId := PatternFieldId; case GetSymbolRec(PatternFieldId).Kind of KindCONSTRUCTOR: begin IsCallExpected := CallExpected(ResId); GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_CLASSREF; Inc(R.Arg1); R.Arg2 := 0; if not IsCallExpected then InsertCall; end; KindSUB: begin if not GetSymbolRec(PatternFieldId).IsSharedMethod then if not StrEql('ClassName', GetSymbolRec(PatternFieldId).Name) then CreateError(errThisFormOfMethodCanOnlyAllowedForClassMethod, []); if InsertCreateEvent(PatternFieldId) then Exit; IsCallExpected := CallExpected(ResId); GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := 0; ReplaceId(Arg2, PatternFieldId); R.Op := OP_PUSH_CLASSREF; Inc(R.Arg1); R.Arg2 := 0; if not IsCallExpected then InsertCall; if not GetSymbolRec(Self[N].Arg1).Host then if StrEql(GetSymbolRec(Self[N + 1].Arg1).Name, 'ClassName') then begin Self[N].Op := OP_NOP; Self[N + 1].Op := OP_CLASSNAME; Self[N + 1].Arg1 := Self[N].Arg1; end; end; KindTYPE_FIELD: begin GetSymbolRec(Arg2).ByRef := true; end; KindCONST: begin Records[N].Op := OP_NOP; Records[N].GenOp := OP_NOP; ReplaceId(Records[N].Res, PatternFieldId); end; else CreateError(errPropertyInaccessibleHere, [S]); end; end else if K1 = KindNAMESPACE then begin CreateUsingList(N); if using_list.IndexOf(Arg1) = -1 then begin S := GetSymbolRec(Arg1).Name; CreateError(errUndeclaredIdentifier, [S]); SymbolTable.AddUndeclaredIdent(S, TKernel(kernel).UndeclaredIdents, TKernel(kernel).Errors.Count - 1, true); end; S := GetSymbolRec(Arg2).Name; PatternFieldId := SymbolTable.LookUp(S, Arg1, GetUpcase(N)); if PatternFieldId = 0 then begin if ((Arg1 = H_PascalNamespace) and (GetLanguage(N) = PASCAL_LANGUAGE)) or ((Arg1 = H_BasicNamespace) and (GetLanguage(N) = BASIC_LANGUAGE)) then PatternFieldId := SymbolTable.LookUp(S, 0, GetUpcase(N)); end; if PatternFieldId = 0 then begin CreateError(errUndeclaredIdentifier, [S]); if TKernel(kernel).Canceled then begin Exit; end; end; GetSymbolRec(PatternFieldId).NSOwnerId := Arg1; ReplaceIdEx(R.Res, PatternFieldId, N + 1, Card, true); R.Op := OP_NOP; end else begin if Records[N].Language = JS_LANGUAGE then begin RC := TCodeRec.Create(OP_TO_JS_OBJECT, Self); RC.Arg1 := R.Arg1; RC.Arg2 := 0; RC.Res := NewTempVar(GetLevel(N), typeVARIANT); Insert(N, RC); R.Arg1 := RC.Res; Exit; end; CreateError(errRecordRequired, []); end; end; procedure TCode.AssignShifts; var I, J, OwnerId, DestId, K, FinTypeId, FieldDescriptorId, OwnerShift, DestShift, DestSize, D: Integer; R: TCodeRec; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; for I := Card downto 1 do begin R := Self[I]; if R.Op = OP_ABSOLUTE then begin OwnerShift := GetSymbolRec(R.Arg2).Shift; if OwnerShift = 0 then begin N := I; CreateError(errIdentifierExpected, []); end; GetSymbolRec(R.Arg1).Shift := OwnerShift; end else if R.Op = OP_ASSIGN_SHIFT then begin OwnerId := R.Arg1; K := R.Arg2; DestId := R.Res; FinTypeId := SymbolTable[OwnerId].FinalTypeId; OwnerShift := SymbolTable[OwnerId].Shift; DestShift := SymbolTable[DestId].Shift; DestSize := SymbolTable[DestId].Size; case FinTypeId of typeARRAY: begin SymbolTable[DestId].Shift := OwnerShift + K * DestSize; end; typeRECORD: begin FieldDescriptorId := SymbolTable.GetFieldDescriptorId(OwnerId, K); SymbolTable[DestId].Shift := OwnerShift + SymbolTable [FieldDescriptorId].Shift; end; end; D := DestShift - SymbolTable[DestId].Shift; for J := DestId + 1 to SymbolTable.Card do if SymbolTable[J].OwnerId = DestId then SymbolTable[J].Shift := SymbolTable[J].Shift - D; R.Op := OP_NOP; end; end; end; procedure TCode.OperCheckOverride(List: TIntegerList); var R: TCodeRec; SymbolTable: TSymbolTable; temp, I, SubId, L, BestId, J: Integer; temp_l: TIntegerList; SR, ST: TSymbolRec; begin if TKernel(kernel).InterfaceOnly then Exit; R := Records[N]; R.Op := OP_NOP; SubId := R.Arg1; BestId := 0; L := GetSymbolRec(SubId).Level; if L = 0 then Exit; if GetSymbolRec(L).Kind <> KindTYPE then Exit; SymbolTable := TKernel(kernel).SymbolTable; if (GetSymbolRec(SubId).Name = '') and (GetSymbolRec(SubId).Kind = KindCONSTRUCTOR) then begin temp_l := SymbolTable.LookupParentConstructors(SubId); try for I := 0 to temp_l.Count - 1 do begin if GetSymbolRec(temp_l[I]).CallMode in [cmNONE, cmSTATIC] then begin GetSymbolRec(SubId).CallMode := GetSymbolRec(temp_l[I]).CallMode; Exit; end; end; finally FreeAndNil(temp_l); end; Exit; end else temp := SymbolTable.LookupParentMethodBase(SubId, GetUpcase(N), BestId); if temp = 0 then begin if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then begin // fix default constructor GetSymbolRec(SubId).CallMode := cmNONE; end else begin if BestId > 0 then begin if SymbolTable[BestId].CallMode in [cmNONE, cmSTATIC] then CreateError(errCannotOverrideStaticMethod, []) else CreateError(errDeclarationDiffersFromPreviousDeclaration, [GetSymbolRec(SubId).Name]); end else CreateError(errMethodDoesNotExistsInTheBaseClass, [GetSymbolRec(SubId).Name]); end; end else if SymbolTable[temp].CallMode in [cmNONE, cmSTATIC] then begin if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then begin // fix default constructor GetSymbolRec(SubId).CallMode := cmNONE; end else CreateError(errCannotOverrideStaticMethod, []); end else begin for J := 0 to List.Count - 1 do begin I := List[J]; if Records[I].Op = OP_CHECK_OVERRIDE then if Records[I].Arg1 = temp then begin N := I; OperCheckOverride(List); GetSymbolRec(SubId).CallMode := GetSymbolRec(temp).CallMode; break; end; end; end; SR := GetSymbolRec(SubId); ST := GetSymbolRec(temp); SR.MethodIndex := ST.MethodIndex; SR.DynamicMethodIndex := ST.DynamicMethodIndex; end; procedure TCode.OperBeginInitConst; var SymbolTable: TSymbolTable; procedure CheckArray(Id: Integer); var ArrayTypeId, RangeTypeId, ElemTypeId, B1, B2, K, I: Integer; RI: TCodeRec; begin ArrayTypeId := SymbolTable[Id].TerminalTypeId; SymbolTable.GetArrayTypeInfo(ArrayTypeId, RangeTypeId, ElemTypeId); B1 := SymbolTable.GetLowBoundRec(RangeTypeId).value; B2 := SymbolTable.GetHighBoundRec(RangeTypeId).value; K := 0; I := N; repeat Inc(I); if I > Card then RaiseError(errInternalError, []); RI := Records[I]; if RI.Op = OP_ITEM then begin if RI.Arg1 = Id then Inc(K); end else if RI.Op = OP_BEGIN_INIT_CONST then Exit else if RI.Op = OP_END_INIT_CONST then begin if RI.Arg1 = Id then begin if K <> B2 - B1 + 1 then RaiseError(errE2072, [K, B2 - B1 + 1]); Exit; end; end; until false; end; var R, RI, RJ: TCodeRec; K, I, J, FinTypeId, OwnerId, ItemNumber, B1, B2, L, KK: Integer; ArrayTypeId, RangeTypeId, ElemTypeId, FieldDescriptorId: Integer; begin R := Records[N]; SymbolTable := TKernel(kernel).SymbolTable; FinTypeId := SymbolTable[R.Arg1].FinalTypeId; if FinTypeId = typeARRAY then CheckArray(R.Arg1); if FinTypeId in [typeRECORD, typeARRAY] then Exit; if FinTypeId = 0 then // this is a nested initializer begin if Self[N + 1].Op = OP_ASSIGN then begin if GetSymbolRec(Self[N + 1].Arg2).HasPWideCharType then begin SymbolTable[R.Arg1].TypeId := typeUNICSTRING; Exit; end {$IFNDEF PAXARM} else if GetSymbolRec(Self[N + 1].Arg2).HasPAnsiCharType then begin SymbolTable[R.Arg1].TypeId := typeANSISTRING; Exit; end; {$ENDIF} end; K := 0; for I := N - 1 downto 1 do begin RI := Self[I]; if RI.Op = OP_BEGIN_INIT_CONST then begin Inc(K); if K = 1 then begin OwnerId := RI.Arg1; FinTypeId := SymbolTable[OwnerId].FinalTypeId; ItemNumber := -1; for J := N + 1 to Card do begin RJ := Self[J]; if RJ.Op = OP_ASSIGN_SHIFT then if RJ.Res = R.Arg1 then begin ItemNumber := RJ.Arg2; RJ.Arg1 := OwnerId; break; end; end; case FinTypeId of typeRECORD: begin if ItemNumber = -1 then RaiseError(errInternalError, []); FieldDescriptorId := SymbolTable.GetFieldDescriptorId(OwnerId, ItemNumber); SymbolTable[R.Arg1].TypeId := SymbolTable[FieldDescriptorId].TypeId; end; typeARRAY: begin ArrayTypeId := SymbolTable[OwnerId].TerminalTypeId; SymbolTable.GetArrayTypeInfo(ArrayTypeId, RangeTypeId, ElemTypeId); SymbolTable[R.Arg1].TypeId := ElemTypeId; if GetSymbolRec(R.Arg1).FinalTypeId = typeARRAY then CheckArray(R.Arg1); B1 := SymbolTable.GetLowBoundRec(RangeTypeId).value; B2 := SymbolTable.GetHighBoundRec(RangeTypeId).value; if ItemNumber > B2 - B1 then CreateError(errRangeCheckError, []); if ItemNumber > 0 then Exit; L := 0; KK := 0; if SymbolTable[ElemTypeId].FinalTypeId = typeARRAY then begin for J := N to Card do begin RJ := Self[J]; if RJ.Op = OP_BEGIN_INIT_CONST then begin Inc(KK); if KK = 1 then Inc(L); end else if RJ.Op = OP_END_INIT_CONST then begin Dec(KK); if KK < 0 then break; end; end; if L <> B2 - B1 + 1 then CreateError(errE2072, [L, B2 - B1 + 1]); end; end else CreateError(errIncompatibleTypesNoArgs, []); end; Exit; end; end else if RI.Op = OP_END_INIT_CONST then begin Dec(K); end; end; end; end; procedure TCode.OperEndInitConst; begin end; procedure TCode.OperItem; var R: TCodeRec; SymbolTable: TSymbolTable; K, FieldDescriptorId, FinTypeId, ArrayTypeId, RangeTypeId, ElemTypeId, H1, H2: Integer; S: String; begin R := Records[N]; SymbolTable := TKernel(kernel).SymbolTable; FinTypeId := SymbolTable[R.Arg1].FinalTypeId; case FinTypeId of typeRECORD: begin K := R.Arg2; FieldDescriptorId := SymbolTable.GetFieldDescriptorId(R.Arg1, K); S := SymbolTable[FieldDescriptorId].Name; SymbolTable[R.Res].Name := S; SymbolTable[R.Res].TypeId := FieldDescriptorId; SymbolTable[R.Res].OwnerId := R.Arg1; R.Arg2 := R.Res; R.Op := OP_FIELD; Dec(N); end; typeARRAY: begin K := R.Arg2; ArrayTypeId := SymbolTable[R.Arg1].TypeId; SymbolTable.GetArrayTypeInfo(ArrayTypeId, RangeTypeId, ElemTypeId); H1 := SymbolTable.GetLowBoundRec(RangeTypeId).value; H2 := SymbolTable.GetHighBoundRec(RangeTypeId).value; if K + H1 > H2 then CreateError(errConstantExpressionViolatesSubrangeBounds, []); R.Arg2 := CreateConst(SymbolTable[RangeTypeId].TypeId, K + H1); SymbolTable[R.Res].TypeId := ElemTypeId; R.Op := OP_ELEM; Dec(N); end; else CreateError(errIncompatibleTypesNoArgs, []); end; end; procedure TCode.OperRecordItem; var R: TCodeRec; SymbolTable: TSymbolTable; FieldDescriptorId, FinTypeId: Integer; S: String; begin R := Records[N]; SymbolTable := TKernel(kernel).SymbolTable; FinTypeId := SymbolTable[R.Arg1].FinalTypeId; case FinTypeId of typeRECORD: begin S := SymbolTable[R.Arg2].value; FieldDescriptorId := SymbolTable.GetFieldDescriptorIdByName(R.Arg1, S); if FieldDescriptorId = 0 then CreateError(errUndeclaredIdentifier, [S]); SymbolTable[R.Res].Name := S; SymbolTable[R.Res].TypeId := FieldDescriptorId; SymbolTable[R.Res].OwnerId := R.Arg1; R.Arg2 := R.Res; R.Op := OP_FIELD; Dec(N); end; else CreateError(errIncompatibleTypesNoArgs, []); end; end; procedure TCode.OperElem; var Arg1, Arg2, Res, K1, K2, ArrayTypeId, TRange, TElem: Integer; R: TCodeRec; SymbolTable: TSymbolTable; FinalOwnerId: Integer; S: String; I, J, LastI, LastN: Integer; RI, RC: TCodeRec; Id: Integer; OldList: TCodeRecList; NewList: TCodeRecList; begin SymbolTable := TKernel(kernel).SymbolTable; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; Res := R.Res; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; OldList := TCodeRecList.Create; NewList := TCodeRecList.Create; try if K1 = KindVAR then begin if GetSymbolRec(Arg1).IsFWArrayVar then begin GetSymbolRec(Res).ByRef := true; ArrayTypeId := GetSymbolRec(Arg1).TerminalTypeId; TElem := GetSymbolRec(ArrayTypeId).PatternId; TElem := GetSymbolRec(TElem).PatternId; GetSymbolRec(Res).TypeId := TElem; Exit; end; if GetSymbolRec(Arg1).FinalTypeId = typeDYNARRAY then begin GetSymbolRec(Res).ByRef := true; ArrayTypeId := GetSymbolRec(Arg1).TerminalTypeId; TElem := GetSymbolRec(ArrayTypeId).PatternId; GetSymbolRec(Res).TypeId := TElem; Exit; end; if GetSymbolRec(Arg1).FinalTypeId = typeOPENARRAY then begin GetSymbolRec(Res).ByRef := true; ArrayTypeId := GetSymbolRec(Arg1).TerminalTypeId; TElem := GetSymbolRec(ArrayTypeId).PatternId; GetSymbolRec(Res).TypeId := TElem; Exit; end; {$IFNDEF PAXARM} if GetSymbolRec(Arg1).FinalTypeId = typeANSISTRING then begin GetSymbolRec(Res).ByRef := true; GetSymbolRec(Res).TypeId := typeANSICHAR; Exit; end; if GetSymbolRec(Arg1).FinalTypeId = typeSHORTSTRING then begin GetSymbolRec(Res).ByRef := true; GetSymbolRec(Res).TypeId := typeANSICHAR; Exit; end; if GetSymbolRec(Arg1).FinalTypeId = typeWIDESTRING then begin GetSymbolRec(Res).ByRef := true; GetSymbolRec(Res).TypeId := typeWIDECHAR; Exit; end; {$ENDIF} if GetSymbolRec(Arg1).FinalTypeId = typeUNICSTRING then begin GetSymbolRec(Res).ByRef := true; GetSymbolRec(Res).TypeId := typeWIDECHAR; Exit; end; if GetSymbolRec(Arg1).FinalTypeId <> typeARRAY then begin if GetSymbolRec(Arg1).FinalTypeId in [typeCLASS, typeINTERFACE] then begin I := SymbolTable.FindDefaultPropertyId (GetSymbolRec(Arg1).TerminalTypeId); if I <> 0 then begin if R.Language = JS_LANGUAGE then if Records[N + 1].Op = OP_ELEM then if Records[N + 1].Arg1 = Res then begin Id := NewTempVar(GetSymbolRec(Res).Level, 0); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := Id; RC.Arg2 := Res; RC.Res := Id; GetSymbolRec(Id).TypeId := GetSymbolRec(Arg1).TypeId; GetSymbolRec(Res).TypeId := GetSymbolRec(Arg1).TypeId; Records[N + 1].Arg1 := Id; Insert(N + 1, RC); Dec(N); Exit; end; S := GetSymbolRec(I).Name; Id := NewTempVar(GetLevel(N), GetSymbolRec(I).TypeId); GetSymbolRec(Id).OwnerId := R.Arg1; GetSymbolRec(Id).Name := GetSymbolRec(I).Name; RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := R.Arg1; RC.Arg2 := Id; RC.Res := Id; R.Arg1 := Id; Insert(N, RC); Dec(N); Exit; end else begin S := GetSymbolRec(GetSymbolRec(Arg1).TerminalTypeId).Name; CreateError(errClassDoesNotHaveDefaultProperty, [S]); Exit; end; end else if GetSymbolRec(Arg1).FinalTypeId in VariantTypes then begin OldList.Add(Records[N].Clone); NewList.Add(Records[N]); J := 1; K1 := R.Res; Records[N].Op := OP_VARARRAY_IDX; GetSymbolRec(Records[N].Res).Kind := KindNONE; Records[N].Res := 0; LastI := N; I := N + 1; while I <= Card do begin if Records[I].Op = OP_ELEM then begin if Records[I].Arg1 = K1 then begin OldList.Add(Records[I].Clone); NewList.Add(Records[I]); K1 := Records[I].Res; Records[I].Op := OP_VARARRAY_IDX; Records[I].Arg1 := R.Arg1; GetSymbolRec(Records[I].Res).Kind := KindNONE; Records[I].Res := 0; LastI := I; Inc(J); end; end else if (Records[I].Op = OP_ASSIGN) and (Records[I].Arg1 = K1) then begin break; end; Inc(I); end; if I > Card then I := LastI + 1; if (Records[I].Op = OP_ASSIGN) and (Records[I].Arg1 = K1) then begin LastN := N; RI := Records[I]; if GetSymbolRec(RI.Arg2).TypeId = 0 then begin MoveRValue(I); for I := 0 to OldList.Count - 1 do begin TCodeRec(NewList[I]).Op := TCodeRec(OldList[I]).Op; TCodeRec(NewList[I]).Arg1 := TCodeRec(OldList[I]).Arg1; TCodeRec(NewList[I]).Arg2 := TCodeRec(OldList[I]).Arg2; TCodeRec(NewList[I]).Res := TCodeRec(OldList[I]).Res; end; Dec(N); Exit; end else if GetSymbolRec(RI.Arg2).FinalTypeId <> typeVARIANT then InsertConversionToVariant(I, 2); RI.Op := OP_VARARRAY_PUT; RI.Arg1 := R.Arg1; RI.Res := RI.Arg2; RI.Arg2 := J; N := LastN; end else begin RC := TCodeRec.Create(OP_VARARRAY_GET, Self); RC.Arg1 := R.Arg1; RC.Arg2 := J; RC.Res := K1; Insert(I, RC); GetSymbolRec(K1).TypeId := typeVARIANT; GetSymbolRec(K1).Kind := KindVAR; GetSymbolRec(K1).OwnerId := 0; InsertDeclareTempVar(RC.Res); end; Dec(N); end else CreateError(errArrayTypeRequired, []); Exit; end; ArrayTypeId := SymbolTable[Arg1].TerminalTypeId; SymbolTable.GetArrayTypeInfo(ArrayTypeId, TRange, TElem); GetSymbolRec(Res).TypeId := TElem; if (K2 = KindCONST) and (not GetSymbolRec(Arg1).ByRef) then begin CheckSubrangeBounds(TRange, GetSymbolRec(Arg2)); FinalOwnerId := GetSymbolRec(Res).FinalOwnerId; if GetSymbolRec(FinalOwnerId).Host or GetSymbolRec(FinalOwnerId).ByRef then GetSymbolRec(Res).ByRef := true else begin // save index value for TSymbolTable.SetShifts // GetSymbolRec(Res).Value := GetSymbolRec(Arg2).Value; // R.Op := OP_NOP; GetSymbolRec(Res).ByRef := true; end; end else begin GetSymbolRec(Res).ByRef := true; end; end else if K1 = KindCONST then begin if GetSymbolRec(Arg1).HasPWideCharType then begin GetSymbolRec(Res).TypeId := typeWIDECHAR; if K2 = KindCONST then begin GetSymbolRec(Res).Kind := KindCONST; S := GetSymbolRec(Arg1).value; I := GetSymbolRec(Arg2).value; GetSymbolRec(Res).value := Integer(S[I]); R.Op := OP_NOP; end else if K2 = KindVAR then begin GetSymbolRec(Res).ByRef := true; GetSymbolRec(Res).TypeId := typeWIDECHAR; end else CreateError(errIncompatibleTypesNoArgs, []); end {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType then begin GetSymbolRec(Res).TypeId := typeANSICHAR; if K2 = KindCONST then begin GetSymbolRec(Res).Kind := KindCONST; S := GetSymbolRec(Arg1).value; I := GetSymbolRec(Arg2).value; GetSymbolRec(Res).value := Integer(S[I]); R.Op := OP_NOP; end else if K2 = KindVAR then begin GetSymbolRec(Res).ByRef := true; GetSymbolRec(Res).TypeId := typeANSICHAR; end else CreateError(errIncompatibleTypesNoArgs, []); end {$ENDIF} else CreateError(errArrayTypeRequired, []); end else if K1 = KindSUB then begin R.Op := OP_CALL; R.GenOp := OP_CALL; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := R.Arg2; RC.Arg2 := 0; RC.Res := R.Arg1; R.Arg2 := 1; Insert(N, RC); Dec(N); for I := N downto 1 do if Records[I].Op = OP_STMT then begin Records[I].Op := OP_NOP; break; end; end else CreateError(errArrayTypeRequired, []); finally FreeAndNil(NewList); for I := 0 to OldList.Count - 1 do {$IFDEF ARC} OldList[I] := nil; {$ELSE} TCodeRec(OldList[I]).Free; {$ENDIF} FreeAndNil(OldList); end; end; procedure TCode.OperPrint; var R: TCodeRec; Arg1, Arg2, Res, T1, K1, SubId: Integer; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; Res := R.Res; if (Arg1 = 0) and (Arg2 = 0) and (Res = 0) then // writeln begin SubId := SymbolTable.LookUp(strWriteln, 0, false); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 0; R.Res := 0; if SubId = 0 then RaiseError(errInternalError, []); Dec(N); Exit; end; T1 := GetSymbolRec(Arg1).FinalTypeId; if GetSymbolRec(Arg1).HasPWideCharType then T1 := typePWIDECHAR; K1 := GetSymbolRec(Arg1).Kind; if K1 in [KindVAR, KindCONST] then begin case T1 of typeBOOLEAN: begin SubId := Id_WriteBool; if (Arg2 <> 0) or (Res <> 0) then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); end; typeBYTEBOOL: begin SubId := Id_WriteByteBool; if (Arg2 <> 0) or (Res <> 0) then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); end; typeWORDBOOL: begin SubId := Id_WriteWordBool; if (Arg2 <> 0) or (Res <> 0) then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); end; typeLONGBOOL: begin SubId := Id_WriteLongBool; if (Arg2 <> 0) or (Res <> 0) then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); end; typeCLASS: begin SubId := Id_WriteObject; if (Arg2 <> 0) or (Res <> 0) then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); end; {$IFNDEF PAXARM} typeANSICHAR: begin SubId := Id_WriteAnsiChar; if (Arg2 <> 0) or (Res <> 0) then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); end; {$ENDIF} typeWIDECHAR: begin SubId := Id_WriteWideChar; if (Arg2 <> 0) or (Res <> 0) then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 1; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); end; typeBYTE: begin SubId := Id_WriteByte; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeWORD: begin SubId := Id_WriteWord; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeCARDINAL: begin SubId := Id_WriteCardinal; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeSMALLINT: begin SubId := Id_WriteSmallInt; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeSHORTINT: begin SubId := Id_WriteShortInt; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeINTEGER, typeENUM: begin SubId := Id_WriteInt; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeINT64, typeUINT64: begin SubId := Id_WriteInt64; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typePOINTER: begin if GetSymbolRec(Arg1).HasPWideCharType then begin SubId := Id_WriteUnicString; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType then begin SubId := Id_WriteString; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end {$ENDIF} else CreateError(errIllegalTypeInWriteStatememt, []); end; {$IFNDEF PAXARM} typeANSISTRING: begin SubId := Id_WriteString; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeSHORTSTRING: begin SubId := Id_WriteShortString; if SubId = 0 then RaiseError(errInternalError, []); if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeWIDESTRING, typePWIDECHAR: begin SubId := Id_WriteWideString; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; {$ENDIF} typeUNICSTRING: begin SubId := Id_WriteUnicString; if Res <> 0 then CreateError(errIllegalTypeInWriteStatememt, []); R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 2; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); end; typeDOUBLE: begin SubId := Id_WriteDouble; R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 3; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); R := TCodeRec.Create(OP_PUSH, Self); if Res = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Res; R.Arg2 := 2; // param number R.Res := SubId; Insert(N + 2, R); end; typeSINGLE: begin SubId := Id_WriteSingle; R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 3; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); R := TCodeRec.Create(OP_PUSH, Self); if Res = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Res; R.Arg2 := 2; // param number R.Res := SubId; Insert(N + 2, R); end; typeCURRENCY: begin SubId := Id_WriteCurrency; R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 3; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); R := TCodeRec.Create(OP_PUSH, Self); if Res = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Res; R.Arg2 := 2; // param number R.Res := SubId; Insert(N + 2, R); end; typeEXTENDED: begin SubId := Id_WriteExtended; R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 3; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); R := TCodeRec.Create(OP_PUSH, Self); if Res = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Res; R.Arg2 := 2; // param number R.Res := SubId; Insert(N + 2, R); end; typeVARIANT, typeOLEVARIANT: begin SubId := Id_WriteVariant; R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 3; R.Res := 0; R := TCodeRec.Create(OP_PUSH, Self); R.Arg1 := Arg1; R.Arg2 := 0; // param number R.Res := SubId; Insert(N, R); R := TCodeRec.Create(OP_PUSH, Self); if Arg2 = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Arg2; R.Arg2 := 1; // param number R.Res := SubId; Insert(N + 1, R); R := TCodeRec.Create(OP_PUSH, Self); if Res = 0 then R.Arg1 := CreateConst(typeINTEGER, 0) else R.Arg1 := Res; R.Arg2 := 2; // param number R.Res := SubId; Insert(N + 2, R); end; else CreateError(errIllegalTypeInWriteStatememt, []); end; end else CreateError(errIllegalTypeInWriteStatememt, []); end; procedure TCode.OperDetermineType; var I, Id, DestId, DestTypeId, SubId, ParamNumber: Integer; begin Id := Records[N].Arg1; for I := N to Card do if Records[I].Op = OP_CALL then begin if (Records[I].Res = Id) and (Records[I].Arg1 <> Id_FWArray_Create) then begin DestId := Records[I].Arg1; DestTypeId := GetSymbolRec(DestId).TypeId; if DestTypeId = 0 then begin RaiseError(errIncompatibleTypesNoArgs, []); end; DestTypeId := GetSymbolRec(DestId).TerminalTypeId; if GetSymbolRec(DestTypeId).FinalTypeId = typeOPENARRAY then begin DestTypeId := TKernel(kernel).SymbolTable.RegisterDynamicArrayType(0, '', GetSymbolRec(DestTypeId).PatternId); end; GetSymbolRec(Id).TypeId := DestTypeId; Exit; end; end else if Records[I].Op = OP_ASSIGN then begin if Records[I].Arg2 = Id then begin DestId := Records[I].Arg1; DestTypeId := GetSymbolRec(DestId).TypeId; if DestTypeId = 0 then begin RaiseError(errIncompatibleTypesNoArgs, []); end; DestTypeId := GetSymbolRec(DestId).TerminalTypeId; if GetSymbolRec(DestTypeId).FinalTypeId = typeOPENARRAY then begin DestTypeId := TKernel(kernel).SymbolTable.RegisterDynamicArrayType(0, '', GetSymbolRec(DestTypeId).PatternId); end; GetSymbolRec(Id).TypeId := DestTypeId; Records[N].Op := OP_NOP; if Records[N + 1].Op = OP_PUSH_CLASSREF then if Records[N + 1].Arg1 = 0 then Records[N + 1].Arg1 := DestTypeId; Exit; end; end else if Records[I].Op = OP_PUSH then begin if Records[I].Arg1 = Id then begin SubId := Records[I].Res; ParamNumber := Records[I].Arg2; DestId := TKernel(kernel).SymbolTable.GetParamId(SubId, ParamNumber); DestTypeId := GetSymbolRec(DestId).TypeId; if DestTypeId = 0 then begin RaiseError(errIncompatibleTypesNoArgs, []); end; DestTypeId := GetSymbolRec(DestId).TerminalTypeId; if GetSymbolRec(DestTypeId).FinalTypeId = typeOPENARRAY then begin DestTypeId := TKernel(kernel).SymbolTable.RegisterDynamicArrayType(0, '', GetSymbolRec(DestTypeId).PatternId); end; GetSymbolRec(Id).TypeId := DestTypeId; Records[N].Op := OP_NOP; if Records[N + 1].Op = OP_PUSH_CLASSREF then if Records[N + 1].Arg1 = 0 then Records[N + 1].Arg1 := DestTypeId; Exit; end; end; RaiseError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperCreateShortStringType; var K2, T2: Integer; R: TCodeRec; begin R := Records[N]; T2 := GetSymbolRec(R.Arg2).FinalTypeId; K2 := GetSymbolRec(R.Arg2).Kind; R.Op := OP_NOP; if not(T2 in IntegerTypes) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if K2 <> KindCONST then begin CreateError(errConstantExpressionExpected, []); Exit; end; GetSymbolRec(R.Arg1).Count := GetSymbolRec(R.Arg2).value; end; procedure TCode.OperCheckSubrangeType; var SymbolTable: TSymbolTable; Arg1, Arg2, T1, T2: Integer; R: TCodeRec; B1, B2: Integer; begin SymbolTable := TKernel(kernel).SymbolTable; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 <> T2 then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; B1 := SymbolTable[Arg1].value; B2 := SymbolTable[Arg2].value; if B1 > B2 then CreateError(errLowBoundExceedsHighBound, []); R.Op := OP_NOP; end; procedure TCode.OperAssignEnum; var Arg1, Arg2, T1, T2, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; K2 := GetSymbolRec(Arg2).Kind; R.Op := OP_NOP; if K2 <> KindCONST then if T2 <> typeENUM then begin CreateError(errConstantExpressionExpected, []); Exit; end; if (T1 = typeENUM) and (T2 in (IntegerTypes + [typeENUM])) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; GetSymbolRec(Arg1).Kind := KindCONST; end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; function TCode.MatchSetTypes(T1, T2: Integer): Boolean; begin T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if T1 = T2 then begin result := true; Exit; end; result := ExistsOrdinalRelationalOperator(T1, T2) or (T1 = typeVOID) or // empty set (T2 = typeVOID); // not empty set end; procedure TCode.CreateSetObject(Id: Integer); var I, J, temp, K, B1, B2: Integer; SetObject: TSetObject; ByteSet: TByteSet; begin ByteSet := []; for I := 1 to Card do begin if Records[I].Op = OP_STMT then break; if (Records[I].Op = OP_SET_INCLUDE) and (Records[I].Arg1 = Id) then begin temp := Records[I].Arg2; K := GetSymbolRec(temp).Kind; if K = KindCONST then begin if TVarData(GetSymbolRec(temp).value).VType in IntegerVariantTypes then ByteSet := ByteSet + [Integer(GetSymbolRec(temp).value)] else begin N := I; RaiseError(errIncompatibleTypesNoArgs, []); end; end else Exit; end else if (Records[I].Op = OP_SET_INCLUDE_INTERVAL) and (Records[I].Arg1 = Id) then begin temp := Records[I].Arg2; K := GetSymbolRec(temp).Kind; if K <> KindCONST then Exit; B1 := GetSymbolRec(temp).value; temp := Records[I].Res; K := GetSymbolRec(temp).Kind; if K <> KindCONST then Exit; B2 := GetSymbolRec(temp).value; for J := B1 to B2 do ByteSet := ByteSet + [J]; end; end; if ByteSet <> [] then begin SetObject := TSetObject.Create(TKernel(kernel).SymbolTable, ByteSet, GetSymbolRec(Id).TypeId, TKernel(kernel).SymbolTable.GetTypeBase (GetSymbolRec(Id).TypeId)); GetSymbolRec(Id).value := VarObjectToVariant(SetObject); GetSymbolRec(Id).Kind := KindCONST; end; end; procedure TCode.OperSizeOf; var R: TCodeRec; T, SZ: Integer; begin R := Records[N]; if GetSymbolRec(R.Arg1).FinalTypeId = typePOINTER then begin if GetSymbolRec(R.Arg1).Kind = KindTYPE then T := typePOINTER else T := GetSymbolRec(GetSymbolRec(R.Arg1).TerminalTypeId).PatternId; end else T := GetSymbolRec(R.Arg1).TerminalTypeId; SZ := GetSymbolRec(T).Size; if SZ > 0 then begin GetSymbolRec(R.Res).value := SZ; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end; end; procedure TCode.OperAssignmentConst; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T2 = typeSET then CreateSetObject(Arg2); K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; R.Op := OP_NOP; if K2 <> KindCONST then begin if TKernel(kernel).InterfaceOnly then Exit; // CreateError(errConstantExpressionExpected, []); // Exit; end; if (T1 in [0, typeENUM]) and (T2 = typeENUM) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := GetSymbolRec(Arg2).TypeId; end else if (T1 in [0, typeBOOLEAN]) and (T2 in BooleanTypes) then begin GetSymbolRec(Arg1).value := Boolean(GetSymbolRec(Arg2).value); if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeBOOLEAN; end else if (T1 in [0, typeBYTEBOOL]) and (T2 in BooleanTypes) then begin {$IFDEF UNIX} GetSymbolRec(Arg1).value := Boolean(GetSymbolRec(Arg2).value); {$ELSE} GetSymbolRec(Arg1).value := ByteBool(Byte(GetSymbolRec(Arg2).value)); {$ENDIF} if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeBYTEBOOL; end else if (T1 in [0, typeWORDBOOL]) and (T2 in BooleanTypes) then begin GetSymbolRec(Arg1).value := WordBool(GetSymbolRec(Arg2).value); if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeWORDBOOL; end else if (T1 in [0, typeLONGBOOL]) and (T2 in BooleanTypes) then begin GetSymbolRec(Arg1).value := LongBool(GetSymbolRec(Arg2).value); if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeLONGBOOL; end {$IFNDEF PAXARM} else if (T1 in [0, typeANSICHAR]) and (T2 in CharTypes) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeANSICHAR; end {$ENDIF} else if (T1 in [0, typeWIDECHAR]) and (T2 in CharTypes) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeWIDECHAR; end else if (T1 in [0, typeINTEGER]) and (T2 in IntegerTypes) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then begin if Abs(GetSymbolRec(Arg1).value) > MaxInt then GetSymbolRec(Arg1).TypeId := typeINT64 else GetSymbolRec(Arg1).TypeId := typeINTEGER; end; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end else if (T1 in [0, typeBYTE]) and (T2 in IntegerTypes) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeBYTE; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end else if (T1 in [0, typeWORD]) and (T2 in IntegerTypes) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeWORD; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end else if (T1 in [0, typeDOUBLE]) and (T2 in (IntegerTypes + RealTypes + [typeCURRENCY] + VariantTypes)) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeDOUBLE; end else if (T1 in [0, typeCURRENCY]) and (T2 in (IntegerTypes + RealTypes + [typeCURRENCY] + VariantTypes)) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeCURRENCY; end else if (T1 in [0, typeSINGLE]) and (T2 in (IntegerTypes + RealTypes + [typeCURRENCY] + VariantTypes)) then begin GetSymbolRec(Arg1).value := Single(GetSymbolRec(Arg2).value); if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeSINGLE; end else if (T1 in [0, typeEXTENDED]) and (T2 in (IntegerTypes + RealTypes + [typeCURRENCY] + VariantTypes)) then begin GetSymbolRec(Arg1).value := Single(GetSymbolRec(Arg2).value); if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeEXTENDED; end {$IFNDEF PAXARM} else if (T1 in [0, typeANSISTRING]) and (T2 = typeANSISTRING) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeANSISTRING; end else if (T1 in [0, typeANSISTRING, typeWIDESTRING, typeSHORTSTRING]) and GetSymbolRec(Arg2).HasPAnsiCharType then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then begin if K1 = KindCONST then GetSymbolRec(Arg1).TypeId := typePANSICHAR else GetSymbolRec(Arg1).TypeId := typeANSISTRING; end; end else if (T1 in [0, typeANSISTRING, typeWIDESTRING, typeSHORTSTRING]) and (T2 = typeANSICHAR) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then begin if K1 = KindCONST then GetSymbolRec(Arg1).TypeId := typePANSICHAR else GetSymbolRec(Arg1).TypeId := typeANSISTRING; end; end {$ENDIF} // unic string else if (T1 in [0, typeUNICSTRING]) and (T2 = typeUNICSTRING) then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then GetSymbolRec(Arg1).TypeId := typeUNICSTRING; end else if (T1 in ([0] + StringTypes)) and (T2 in CharTypes) then begin GetSymbolRec(Arg1).value := Chr(Integer(GetSymbolRec(Arg2).value)); if T1 = 0 then begin if K1 = KindCONST then {$IFDEF PAXARM} GetSymbolRec(Arg1).TypeId := typePWIDECHAR {$ELSE} GetSymbolRec(Arg1).TypeId := typePANSICHAR {$ENDIF} else GetSymbolRec(Arg1).TypeId := typeSTRING; end; end {$IFNDEF PAXARM} else if (T1 in ([0] + StringTypes)) and GetSymbolRec(Arg2).HasPAnsiCharType then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then begin if K1 = KindCONST then GetSymbolRec(Arg1).TypeId := typePANSICHAR else GetSymbolRec(Arg1).TypeId := typeANSISTRING; end; end {$ENDIF} else if (T1 in ([0] + StringTypes)) and GetSymbolRec(Arg2).HasPWideCharType then begin GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; if T1 = 0 then begin if K1 = KindCONST then GetSymbolRec(Arg1).TypeId := typePWIDECHAR else {$IFDEF UNIC} GetSymbolRec(Arg1).TypeId := typeUNICSTRING; {$ELSE} GetSymbolRec(Arg1).TypeId := typeWIDESTRING; {$ENDIF} end; end else if (T1 in [0, typeSET]) and (T2 = typeSET) then begin if T1 = 0 then GetSymbolRec(Arg1).TypeId := GetSymbolRec(Arg2).TypeId; GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; end else if (T1 in [0, typePOINTER]) and (T2 = typePOINTER) then begin T1 := GetSymbolRec(Arg1).TypeId; if T1 = 0 then GetSymbolRec(Arg1).TypeId := GetSymbolRec(Arg2).TypeId; GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; end else if T1 = typeINTERFACE then begin if T2 = typeCLASS then R.Op := OP_INTERFACE_FROM_CLASS else if T2 = typeINTERFACE then R.Op := OP_ASSIGN_INTERFACE else if Arg2 = TKernel(kernel).SymbolTable.NilId then begin R.Op := OP_INTERFACE_CLR; GetSymbolRec(Arg1).value := 0; end; end else if T1 = typeCLASS then begin if Arg2 = TKernel(kernel).SymbolTable.NilId then GetSymbolRec(Arg1).value := 0; end else if T1 = typeCLASSREF then begin if Arg2 = TKernel(kernel).SymbolTable.NilId then GetSymbolRec(Arg1).value := 0; end else begin if GetSymbolRec(Arg1).Param then CreateError(errParameterCannotHaveDefaultValue, []) else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; end; procedure TCode.OperOleValue; var R, RC: TCodeRec; Arg1, T1: Integer; PropNameId: Integer; I: Integer; begin R := Records[N]; PropNameId := R.Res; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; if not(T1 in VariantTypes) then begin RC := InsertConversionToVariant(N, 1); for I := N + 1 to Card do begin if Records[I].Op = OP_STMT then break; if Records[I].Op = OP_OLE_SET then if Records[I].Arg2 = PropNameId then Records[I].Res := RC.Res; end; Inc(N); end; R.Op := OP_NOP; end; procedure TCode.OperOleParam; var R, RC, RI: TCodeRec; Arg1, T1: Integer; PropNameId: Integer; I: Integer; TempVarId, N1: Integer; begin R := Records[N]; PropNameId := R.Res; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; if not(T1 in VariantTypes) then begin RC := InsertConversionToVariant(N, 1); TempVarId := RC.Arg1; N1 := 0; for I := N + 1 to Card do begin RI := Records[I]; if RI.Op = OP_STMT then break; if RI.Op = OP_OLE_SET then begin if RI.Arg2 = PropNameId then begin RI.Res := RC.Res; break; end; end else if RI.Op = OP_OLE_GET then if RI.Arg2 = PropNameId then begin N1 := I; break; end; end; Inc(N); if N1 > 0 then if GetSymbolRec(Arg1).Kind = KindVAR then if not GetSymbolRec(Arg1).IsConst then begin RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := Arg1; RC.Arg2 := TempVarId; RC.Res := Arg1; Insert(N1 + 1, RC); end; end; end; procedure TCode.OperBeginCrtJsFuncObject; begin CRT_JS_FUNC_OBJECT_SWITCH := true; end; procedure TCode.OperEndCrtJsFuncObject; begin CRT_JS_FUNC_OBJECT_SWITCH := false; end; procedure TCode.OperGetNextJSProp; begin GetSymbolRec(Records[N].Arg2).TypeId := typeSTRING; GetSymbolRec(Records[N].Res).TypeId := typeBOOLEAN; end; procedure TCode.OperJStypeof; begin if GetSymbolRec(Records[N].Arg1).FinalTypeId <> typeVARIANT then begin InsertConversionToVariant(N, 1); Inc(N); end; GetSymbolRec(Records[N].Arg1).TypeId := typeVARIANT; GetSymbolRec(Records[N].Res).TypeId := typeSTRING; end; procedure TCode.OperJSvoid; begin if GetSymbolRec(Records[N].Arg1).FinalTypeId <> typeVARIANT then begin InsertConversionToVariant(N, 1); Inc(N); end; GetSymbolRec(Records[N].Arg1).TypeId := typeVARIANT; GetSymbolRec(Records[N].Res).TypeId := typeVOID; end; procedure TCode.OperFindConstructor; var R, RC, RCall: TCodeRec; TypeId, SubId, I, ObjectId, AddressId, FunctionConstructorId, InternalLengthId, NN, CallRefId: Integer; P: TIntegerList; S: String; begin R := Records[N]; TypeId := R.Arg1; if TKernel(kernel).SymbolTable[TypeId].TypeId = TypeALIAS then TypeId := TKernel(kernel).SymbolTable[TypeId].TerminalTypeId; if R.Language = JS_LANGUAGE then begin if TKernel(kernel).SymbolTable[TypeId].Kind = KindVAR then begin S := TKernel(kernel).SymbolTable[TypeId].Name; I := TKernel(kernel).SymbolTable.LookUpTypeEx(S, JS_JavaScriptNamespace, false, Types.Count); if I > 0 then begin R.Arg1 := I; TypeId := I; end; { if S = 'Object' then begin R.Arg1 := JS_ObjectClassId; TypeId := JS_ObjectClassId; end; } end; end; SubId := TKernel(kernel).SymbolTable.FindConstructorId(TypeId); if SubId = 0 then begin if R.Language = JS_LANGUAGE then begin R.Op := OP_FIELD; with TKernel(kernel) do begin SymbolTable[R.Res].Name := strInternalCall; SymbolTable[R.Res].OwnerId := R.Arg1; end; R.Arg2 := R.Res; ObjectId := R.Arg1; CallRefId := R.Res; P := TIntegerList.Create; I := N; repeat Inc(I); if (Records[I].Op = OP_PUSH) and (Records[I].Res = CallRefId) then begin P.Add(I); Inc(Records[I].Arg2, 1); end; if Records[I].Op = OP_CALL then if Records[I].Arg1 = R.Res then begin break; end; until I = Card; if I = Card then RaiseError(errConstructorNotFoundInClass, [TKernel(kernel).SymbolTable[TypeId].Name]); RCall := Records[I]; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := CreateConst(typeINTEGER, P.Count); RC.Arg2 := 0; RC.Res := CallRefId; Insert(N + 1, RC); FreeAndNil(P); NN := N - 1; FunctionConstructorId := NewTempVar(GetSymbolRec(R.Res).Level, JS_FunctionClassId); GetSymbolRec(FunctionConstructorId).OwnerId := JS_FunctionClassId; GetSymbolRec(FunctionConstructorId).Name := strInternalCreate; RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := JS_FunctionClassId; RC.Arg2 := FunctionConstructorId; RC.Res := FunctionConstructorId; Insert(N, RC); Inc(N); AddressId := NewTempVar(GetSymbolRec(R.Res).Level, typePOINTER); GetSymbolRec(AddressId).OwnerId := ObjectId; GetSymbolRec(AddressId).Name := strInternalFuncAddr; RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := ObjectId; RC.Arg2 := AddressId; RC.Res := AddressId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := AddressId; RC.Arg2 := 0; // the first arg RC.Res := FunctionConstructorId; Insert(N, RC); Inc(N); InternalLengthId := NewTempVar(GetSymbolRec(R.Res).Level, typeINTEGER); GetSymbolRec(InternalLengthId).OwnerId := ObjectId; GetSymbolRec(InternalLengthId).Name := strInternalLength; RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := ObjectId; RC.Arg2 := InternalLengthId; RC.Res := InternalLengthId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := InternalLengthId; RC.Arg2 := 1; // the second arg RC.Res := FunctionConstructorId; Insert(N, RC); Inc(N); AddressId := NewTempVar(GetSymbolRec(R.Res).Level, typePOINTER); RC := TCodeRec.Create(OP_ADDRESS_PROG, Self); RC.Arg1 := 0; RC.Arg2 := 0; RC.Res := AddressId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := AddressId; RC.Arg2 := 2; // the third arg RC.Res := FunctionConstructorId; Insert(N, RC); Inc(N); ObjectId := NewTempVar(GetSymbolRec(R.Res).Level, JS_FunctionClassId); RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := FunctionConstructorId; RC.Arg2 := 3; RC.Res := ObjectId; Insert(N, RC); Inc(N); R.Arg1 := ObjectId; ReplaceIdEx(RCall.Res, ObjectId, N, Card, true); RCall.Res := 0; N := NN; Exit; end else RaiseError(errConstructorNotFoundInClass, [TKernel(kernel).SymbolTable[TypeId].Name]); end; R.Op := OP_FIELD; with TKernel(kernel) do begin SymbolTable[R.Res].Name := SymbolTable[SubId].Name; SymbolTable[R.Res].OwnerId := R.Arg1; end; R.Arg2 := R.Res; Dec(N); end; function TCode.CheckAssignment(Arg1, Arg2: Integer): Boolean; var T1, T2: Integer; SymbolTable: TSymbolTable; begin result := true; SymbolTable := TKernel(kernel).SymbolTable; T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if T1 = T2 then Exit; if IsJSType(T1, SymbolTable) and IsJSType(T2, SymbolTable) and (GetSymbolRec(Arg1).Name <> '') and (GetSymbolRec(Arg1).Name <> strInternalConstructor) and (GetSymbolRec(Arg2).Name <> '') then Exit; if SymbolTable.Inherits(T2, T1) then Exit; result := false; end; procedure TCode.OperAssignment; function IsFuncResult(Id: Integer): Boolean; var I: Integer; begin result := false; I := N - 1; if I <= 0 then Exit; while I > 0 do begin if Records[I].Op = OP_SEPARATOR then Dec(I) else if Records[I].Op = OP_LVALUE then Dec(I) else if Records[I].Op = OP_CALL then begin result := Records[I].Res = Id; Exit; end else Exit; end; end; function IsConstElement(Id: Integer): Boolean; var RC: TCodeRec; I: Integer; begin result := false; RC := PrevRec(N); if RC <> nil then begin if RC.Op = OP_ELEM then begin if RC.Res = Id then if GetSymbolRec(RC.Arg1).IsConst then result := true; end else if RC.Op = OP_LVALUE then begin I := N; while Records[I] <> RC do Dec(I); RC := PrevRec(I); if RC.Op = OP_ELEM then if RC.Res = Id then if GetSymbolRec(RC.Arg1).IsConst then result := true; end; end; end; var Arg1, Arg2, T1, T2, K1, K2: Integer; R, RC: TCodeRec; SubId1, SubId2: Integer; {$IFNDEF PAXARM} S: String; {$ENDIF} SymbolTable: TSymbolTable; SignTypeCast1: Boolean; b: Boolean; OverList: TIntegerList; I: Integer; label ok, err; begin SignTypeCast1 := SignTypeCast; SignTypeCast := false; SymbolTable := TKernel(kernel).SymbolTable; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if R.Arg1 = TKernel(kernel).SymbolTable.ResultId then begin GetSymbolRec(Arg1).TypeId := GetSymbolRec(Arg2).TypeId; T1 := T2; end; if T2 = typeSET then begin if T1 <> typeDYNARRAY then CreateSetObject(Arg2); end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if not SkipCheckFinal then begin if GetSymbolRec(Arg1).IsFinal then K1 := KindCONST else begin if GetSymbolRec(Arg1).PatternId > 0 then if GetSymbolRec(GetSymbolRec(Arg1).PatternId).IsFinal then K1 := KindCONST; end; end; if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if GetSymbolRec(Arg1).HasSubrangeEnumType then // enum subrange type begin T1 := GetSymbolRec(Arg1).TypeId + 1; T1 := GetSymbolRec(T1).TypeId; T1 := GetSymbolRec(T1).PatternId; end; if GetSymbolRec(Arg2).HasSubrangeEnumType then // enum subrange type begin T2 := GetSymbolRec(Arg1).TypeId + 1; T2 := GetSymbolRec(T2).TypeId; T2 := GetSymbolRec(T2).PatternId; end; end; if GetSymbolRec(Arg1).IsConst then CreateError(errLeftSideCannotBeAssignedTo, []); if IsConstElement(Arg1) then CreateError(errLeftSideCannotBeAssignedTo, []); if IsFuncResult(Arg1) then CreateError(errLeftSideCannotBeAssignedTo, []); if TKernel(kernel).InterfaceOnly then begin if (T1 = 0) or (T2 = 0) then begin R.Op := OP_NOP; Exit; end; end; if not((K1 = KindVAR) and (K2 in [KindVAR, KindCONST])) then begin if (T1 = typePROC) and (K2 = KindSUB) then goto ok; if (T1 = typeCLASSREF) and (K2 = KindTYPE) then goto ok; if T2 = typeINTERFACE then goto ok; if Arg2 = SymbolTable.NilId then goto ok; CreateError(errLeftSideCannotBeAssignedTo, []); Exit; end; ok: if T1 = 0 then begin if (R.Language = JS_LANGUAGE) and (T2 = typeINTERFACE) then begin T1 := typeVARIANT; // ole GetSymbolRec(Arg1).TypeId := typeVARIANT; end else begin T1 := T2; GetSymbolRec(Arg1).TypeId := GetSymbolRec(Arg2).TypeId; if {$IFNDEF PAXARM} GetSymbolRec(Arg2).HasPAnsiCharType or {$ENDIF} GetSymbolRec(Arg2).HasPWideCharType then begin T1 := typeSTRING; GetSymbolRec(Arg1).TypeId := T1; end; end; end; if (T1 = typeTYPEPARAM) and (T2 = typeTYPEPARAM) then begin R.Op := OP_ERR_ABSTRACT; end else if (T1 = typeENUM) and (T2 = typeENUM) then begin R.Op := OP_ASSIGN_INT_M; end else if (T1 = typeINTEGER) and (T2 = typeINT64) then begin R.Op := OP_INT_FROM_INT64; end else if (T1 = typeINTEGER) and (T2 = typeUINT64) then begin R.Op := OP_INT_FROM_UINT64; end else if (T1 = typeBYTE) and (T2 = typeINT64) then begin R.Op := OP_BYTE_FROM_INT64; end else if (T1 = typeBYTE) and (T2 = typeUINT64) then begin R.Op := OP_BYTE_FROM_UINT64; end else if (T1 = typeWORD) and (T2 = typeINT64) then begin R.Op := OP_WORD_FROM_INT64; end else if (T1 = typeWORD) and (T2 = typeUINT64) then begin R.Op := OP_WORD_FROM_UINT64; end else if (T1 = typeCARDINAL) and (T2 = typeINT64) then begin R.Op := OP_CARDINAL_FROM_INT64; end else if (T1 = typeCARDINAL) and (T2 = typeUINT64) then begin R.Op := OP_CARDINAL_FROM_UINT64; end else if (T1 = typeSMALLINT) and (T2 = typeINT64) then begin R.Op := OP_SMALLINT_FROM_INT64; end else if (T1 = typeSMALLINT) and (T2 = typeUINT64) then begin R.Op := OP_SMALLINT_FROM_UINT64; end else if (T1 = typeSHORTINT) and (T2 = typeINT64) then begin R.Op := OP_SHORTINT_FROM_INT64; end else if (T1 = typeSHORTINT) and (T2 = typeUINT64) then begin R.Op := OP_SHORTINT_FROM_UINT64; end else if (T1 = typeBOOLEAN) and (T2 in BooleanTypes) then begin if K2 = KindVAR then begin R.Op := OP_ASSIGN_BYTE_M; if T2 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 2); Inc(N); end; end else begin if T2 <> typeBOOLEAN then R.Arg2 := CreateConst(typeBOOLEAN, GetSymbolRec(R.Arg2).value); R.Op := OP_ASSIGN_BYTE_I; end; end else if (T1 = typeBYTEBOOL) and (T2 in BooleanTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_BYTE_M else begin if T2 <> typeBYTEBOOL then R.Arg2 := CreateConst(typeBYTEBOOL, GetSymbolRec(R.Arg2).value); R.Op := OP_ASSIGN_BYTE_I; end; end else if (T1 = typeWORDBOOL) and (T2 in BooleanTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_WORD_M else begin if T2 <> typeWORDBOOL then R.Arg2 := CreateConst(typeWORDBOOL, GetSymbolRec(R.Arg2).value); R.Op := OP_ASSIGN_WORD_I; end; end else if (T1 = typeLONGBOOL) and (T2 in BooleanTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_INT_M else begin if T2 <> typeLONGBOOL then R.Arg2 := CreateConst(typeLONGBOOL, GetSymbolRec(R.Arg2).value); R.Op := OP_ASSIGN_INT_I; end; end {$IFNDEF PAXARM} else if (T1 = typeANSICHAR) and (T2 = typeANSICHAR) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_BYTE_M else R.Op := OP_ASSIGN_BYTE_I; end else if (T1 = typeANSICHAR) and GetSymbolRec(Arg2).HasPAnsiCharType and (K2 = KindCONST) then begin S := GetSymbolRec(Arg2).value; if Length(S) = 1 then begin GetSymbolRec(Arg2).TypeId := typeANSICHAR; GetSymbolRec(Arg2).value := Ord(S[1]); R.Op := OP_ASSIGN_BYTE_I; end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); Exit; end; end else if (T1 = typeWIDECHAR) and (T2 = typeANSICHAR) then begin if K2 = KindCONST then R.Op := OP_ASSIGN_WORD_I else R.Op := OP_ASSIGN_WORD_M; end {$ENDIF} else if (T1 = typeWIDECHAR) and (T2 = typeWIDECHAR) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_WORD_M else R.Op := OP_ASSIGN_WORD_I; end else if (T1 = typeBYTE) and (T2 in IntegerTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_BYTE_M else begin R.Op := OP_ASSIGN_BYTE_I; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end; end else if (T1 = typeWORD) and (T2 in IntegerTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_WORD_M else begin R.Op := OP_ASSIGN_WORD_I; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end; end else if (T1 = typeINTEGER) and (T2 in IntegerTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_INT_M else begin R.Op := OP_ASSIGN_INT_I; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end; end else if (T1 = typeCARDINAL) and (T2 in IntegerTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_CARDINAL_M else begin R.Op := OP_ASSIGN_CARDINAL_I; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end; end else if (T1 = typeSMALLINT) and (T2 in IntegerTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_SMALLINT_M else begin R.Op := OP_ASSIGN_SMALLINT_I; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end; end else if (T1 = typeSHORTINT) and (T2 in IntegerTypes) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_SHORTINT_M else begin R.Op := OP_ASSIGN_SHORTINT_I; CheckSubrangeBounds(GetSymbolRec(Arg1).TypeId, GetSymbolRec(Arg2)); end; end else if (T1 = typeINTEGER) and (T2 in VariantTypes) then begin R.Op := OP_INT_FROM_VARIANT; end else if (T1 = typeWORD) and (T2 in VariantTypes) then begin R.Op := OP_WORD_FROM_VARIANT; end else if (T1 = typeBYTE) and (T2 in VariantTypes) then begin R.Op := OP_BYTE_FROM_VARIANT; end else if (T1 = typeBOOLEAN) and (T2 in VariantTypes) then begin R.Op := OP_BOOL_FROM_VARIANT; end else if (T1 = typeBYTEBOOL) and (T2 in VariantTypes) then begin R.Op := OP_BYTEBOOL_FROM_VARIANT; end else if (T1 = typeWORDBOOL) and (T2 in VariantTypes) then begin R.Op := OP_WORDBOOL_FROM_VARIANT; end else if (T1 = typeLONGBOOL) and (T2 in VariantTypes) then begin R.Op := OP_LONGBOOL_FROM_VARIANT; end {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and GetSymbolRec(Arg2).HasPAnsiCharType then begin R.Op := OP_ANSISTRING_FROM_PANSICHAR; end else if (T1 = typeANSISTRING) and GetSymbolRec(Arg2).HasPWideCharType then begin R.Op := OP_ANSISTRING_FROM_PWIDECHAR; end else if (T1 = typeANSISTRING) and SymbolTable.IsZerobasedAnsiCharArray(Arg2) then begin RC := TCodeRec.Create(OP_ADDRESS, Self); RC.Arg1 := Arg2; RC.Arg2 := 0; RC.Res := CreatePointerVar(GetLevel(N)); Insert(N, RC); Inc(N); R.Op := OP_ANSISTRING_FROM_PANSICHAR; R.Arg2 := RC.Res; end else if GetSymbolRec(Arg1).HasPAnsiCharType and SymbolTable.IsZerobasedAnsiCharArray(Arg2) then begin RC := TCodeRec.Create(OP_ADDRESS, Self); RC.Arg1 := Arg2; RC.Arg2 := 0; RC.Res := CreatePointerVar(GetLevel(N)); Insert(N, RC); Inc(N); R.Op := OP_ASSIGN_INT_M; R.Arg2 := RC.Res; end else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_ANSISTRING else CreateError(errInternalError, []); end else if (T1 = typeANSISTRING) and (T2 in VariantTypes) then begin R.Op := OP_ANSISTRING_FROM_VARIANT; end else if (T1 = typeANSISTRING) and (T2 in CharTypes) then begin if K2 = KindVAR then R.Op := OP_ANSISTRING_FROM_ANSICHAR else begin if GetSymbolRec(Arg2).HasName then begin S := Chr(Integer(GetSymbolRec(Arg2).value)); R.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; R.Op := OP_ANSISTRING_FROM_PANSICHAR; end else begin S := Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(Arg2).TypeId := typePANSICHAR; GetSymbolRec(Arg2).value := S; R.Op := OP_ANSISTRING_FROM_PANSICHAR; end; end; end else if (T1 = typeSHORTSTRING) and (GetSymbolRec(Arg2).HasPAnsiCharType) then begin if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_SHORTSTRING_FROM_PANSICHAR_LITERAL else CreateError(errLeftSideCannotBeAssignedTo, []); end else if (T1 = typeSHORTSTRING) and (GetSymbolRec(Arg2).HasPWideCharType) then begin if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_SHORTSTRING_FROM_PWIDECHAR_LITERAL else CreateError(errLeftSideCannotBeAssignedTo, []); end else if (T1 = typeSHORTSTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_SHORTSTRING_FROM_ANSISTRING; end else if (T1 = typeSHORTSTRING) and (T2 in VariantTypes) then begin R.Op := OP_SHORTSTRING_FROM_VARIANT; end else if (T1 = typeSHORTSTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_SHORTSTRING_FROM_WIDESTRING; end else if (T1 = typeUNICSTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_UNICSTRING_FROM_WIDESTRING; end else if (T1 = typeSHORTSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_SHORTSTRING_FROM_UNICSTRING; end else if (T1 = typeANSISTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_ANSISTRING_FROM_SHORTSTRING; end else if (T1 = typeWIDESTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_WIDESTRING_FROM_SHORTSTRING; end else if (T1 = typeWIDESTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_WIDESTRING_FROM_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_UNICSTRING_FROM_SHORTSTRING; end else if (T1 = typeANSISTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_ANSISTRING_FROM_WIDESTRING; end else if (T1 = typeANSISTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_ANSISTRING_FROM_UNICSTRING; end else if (T1 = typeSHORTSTRING) and (T2 = typeANSICHAR) then begin if K2 = KindVAR then R.Op := OP_SHORTSTRING_FROM_ANSICHAR else begin if GetSymbolRec(Arg2).HasName then begin S := Chr(Integer(GetSymbolRec(Arg2).value)); R.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; R.Op := OP_SHORTSTRING_FROM_PANSICHAR_LITERAL; end else begin S := Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(Arg2).TypeId := typePANSICHAR; GetSymbolRec(Arg2).value := S; R.Op := OP_SHORTSTRING_FROM_PANSICHAR_LITERAL; end; end; end else if (T1 = typeSHORTSTRING) and (T2 = typeWIDECHAR) then begin if K2 = KindVAR then R.Op := OP_SHORTSTRING_FROM_WIDECHAR else begin if GetSymbolRec(Arg2).HasName then begin S := Chr(Integer(GetSymbolRec(Arg2).value)); R.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; R.Op := OP_SHORTSTRING_FROM_PWIDECHAR_LITERAL; end else begin S := Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(Arg2).TypeId := typePWIDECHAR; GetSymbolRec(Arg2).value := S; R.Op := OP_SHORTSTRING_FROM_PWIDECHAR_LITERAL; end; end; end else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_ASSIGN_SHORTSTRING end // wide strings else if (T1 = typeWIDESTRING) and (T2 in VariantTypes) then begin R.Op := OP_WIDESTRING_FROM_VARIANT; end else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_WIDESTRING else CreateError(errInternalError, []); end else if (T1 = typeWIDESTRING) and (GetSymbolRec(Arg2).HasPAnsiCharType) then begin if K2 = KindCONST then R.Op := OP_WIDESTRING_FROM_PANSICHAR_LITERAL else CreateError(errLeftSideCannotBeAssignedTo, []); end else if (T1 = typeWIDESTRING) and (GetSymbolRec(Arg2).HasPWideCharType) then begin R.Op := OP_WIDESTRING_FROM_PWIDECHAR_LITERAL; end else if (T1 = typeWIDESTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_WIDESTRING_FROM_ANSISTRING; end else if (T1 = typeUNICSTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_UNICSTRING_FROM_ANSISTRING; end else if (T1 = typeWIDESTRING) and (T2 = typeANSICHAR) then begin if K2 = KindVAR then R.Op := OP_WIDESTRING_FROM_ANSICHAR else begin if GetSymbolRec(Arg2).HasName then begin S := Chr(Integer(GetSymbolRec(Arg2).value)); R.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; R.Op := OP_WIDESTRING_FROM_PANSICHAR_LITERAL; end else begin S := Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(Arg2).TypeId := typePANSICHAR; GetSymbolRec(Arg2).value := S; R.Op := OP_WIDESTRING_FROM_PANSICHAR_LITERAL; end; end; end else if (T1 = typeWIDESTRING) and (T2 = typeWIDECHAR) then begin if K2 = KindVAR then R.Op := OP_WIDESTRING_FROM_WIDECHAR else R.Op := OP_WIDESTRING_FROM_WIDECHAR_LITERAL; end else if (T1 = typeWIDESTRING) and SymbolTable.IsZerobasedWideCharArray(Arg2) then begin RC := TCodeRec.Create(OP_ADDRESS, Self); RC.Arg1 := Arg2; RC.Arg2 := 0; RC.Res := CreatePointerVar(GetLevel(N)); Insert(N, RC); Inc(N); R.Op := OP_WIDESTRING_FROM_WIDECHAR_LITERAL; R.Arg2 := RC.Res; end {$ENDIF} else if GetSymbolRec(Arg1).HasPWideCharType and SymbolTable.IsZerobasedWideCharArray(Arg2) then begin RC := TCodeRec.Create(OP_ADDRESS, Self); RC.Arg1 := Arg2; RC.Arg2 := 0; RC.Res := CreatePointerVar(GetLevel(N)); Insert(N, RC); Inc(N); R.Op := OP_ASSIGN_INT_M; R.Arg2 := RC.Res; end // unic string - begin else if (T1 = typeUNICSTRING) and (T2 in VariantTypes) then begin R.Op := OP_UNICSTRING_FROM_VARIANT; end else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_UNICSTRING else CreateError(errInternalError, []); end else if (T1 = typeUNICSTRING) and (GetSymbolRec(Arg2).HasPWideCharType) then begin R.Op := OP_UNICSTRING_FROM_PWIDECHAR_LITERAL; end {$IFNDEF PAXARM} else if (T1 = typeUNICSTRING) and (GetSymbolRec(Arg2).HasPAnsiCharType) then begin // if K2 = KindCONST then R.Op := OP_UNICSTRING_FROM_PANSICHAR_LITERAL // else // CreateError(errLeftSideCannotBeAssignedTo, []); end else if (T1 = typeUNICSTRING) and (T2 = typeANSICHAR) then begin if K2 = KindVAR then R.Op := OP_UNICSTRING_FROM_ANSICHAR else begin if GetSymbolRec(Arg2).HasName then begin S := Chr(Integer(GetSymbolRec(Arg2).value)); R.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; R.Op := OP_UNICSTRING_FROM_PANSICHAR_LITERAL; end else begin S := Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(Arg2).TypeId := typePANSICHAR; GetSymbolRec(Arg2).value := S; R.Op := OP_UNICSTRING_FROM_PANSICHAR_LITERAL; end; end; end {$ENDIF} else if (T1 = typeUNICSTRING) and (T2 = typeWIDECHAR) then begin if K2 = KindVAR then R.Op := OP_UNICSTRING_FROM_WIDECHAR else R.Op := OP_UNICSTRING_FROM_WIDECHAR_LITERAL; end // unic string - end else if (T1 = typeDOUBLE) and (T2 in RealTypes) then begin R.Op := OP_ASSIGN_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 = typeCURRENCY) then begin R.Op := OP_CURRENCY_TO_DOUBLE; R.Arg1 := R.Arg2; end else if (T1 = typeDOUBLE) and (T2 in IntegerTypes) then begin R.Op := OP_ASSIGN_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 = typeDOUBLE) and (T2 in VariantTypes) then begin R.Op := OP_DOUBLE_FROM_VARIANT; end else if (T1 = typeSINGLE) and (T2 in VariantTypes) then begin R.Op := OP_SINGLE_FROM_VARIANT; end else if (T1 = typeSINGLE) and (T2 in RealTypes) then begin R.Op := OP_ASSIGN_SINGLE; end else if (T1 = typeSINGLE) and (T2 = typeCURRENCY) then begin R.Op := OP_CURRENCY_TO_SINGLE; R.Arg1 := R.Arg2; end else if (T1 = typeSINGLE) and (T2 in IntegerTypes) then begin R.Op := OP_ASSIGN_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 = typeEXTENDED) and (T2 in VariantTypes) then begin R.Op := OP_EXTENDED_FROM_VARIANT; end else if (T1 = typeEXTENDED) and (T2 = typeCURRENCY) then begin R.Op := OP_CURRENCY_TO_EXTENDED; R.Arg1 := R.Arg2; end else if (T1 = typeEXTENDED) and (T2 in RealTypes) then begin R.Op := OP_ASSIGN_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in IntegerTypes) then begin R.Op := OP_ASSIGN_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 = typeINT64) and (T2 in (IntegerTypes + VariantTypes)) then begin R.Op := OP_ASSIGN_INT64; if K2 = KindCONST then begin if T2 <> typeINT64 then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value); end else begin if T2 = typeINT64 then begin // ok end else begin InsertConversionToInt64(N, 2); Inc(N); end; end; end else if (T1 = typeUINT64) and (T2 in (IntegerTypes + VariantTypes)) then begin R.Op := OP_ASSIGN_UINT64; if K2 = KindCONST then begin if T2 <> typeUINT64 then R.Arg2 := CreateConst(typeUINT64, GetSymbolRec(R.Arg2).value); end else begin if T2 = typeUINT64 then begin // ok end else begin InsertConversionToUInt64(N, 2); Inc(N); end; end; end /// /////// else if (T1 = typeVARIANT) and (T2 in VariantTypes) then begin R.Op := OP_ASSIGN_VARIANT; end else if (T1 = typeOLEVARIANT) and (T2 in VariantTypes) then begin R.Op := OP_ASSIGN_OLEVARIANT; end {$IFNDEF PAXARM} else if (T1 = typeVARIANT) and (GetSymbolRec(Arg2).HasPAnsiCharType) then begin R.Op := OP_VARIANT_FROM_PANSICHAR_LITERAL end else if (T1 = typeOLEVARIANT) and (GetSymbolRec(Arg2).HasPAnsiCharType) then begin R.Op := OP_OLEVARIANT_FROM_PANSICHAR_LITERAL end else if (T1 = typeVARIANT) and (T2 = typeANSISTRING) then begin R.Op := OP_VARIANT_FROM_ANSISTRING; end else if (T1 = typeOLEVARIANT) and (T2 = typeANSISTRING) then begin R.Op := OP_OLEVARIANT_FROM_ANSISTRING; end else if (T1 = typeVARIANT) and (T2 = typeWIDESTRING) then begin R.Op := OP_VARIANT_FROM_WIDESTRING; end else if (T1 = typeOLEVARIANT) and (T2 = typeWIDESTRING) then begin R.Op := OP_OLEVARIANT_FROM_WIDESTRING; end else if (T1 = typeVARIANT) and (T2 = typeSHORTSTRING) then begin R.Op := OP_VARIANT_FROM_SHORTSTRING; end else if (T1 = typeOLEVARIANT) and (T2 = typeSHORTSTRING) then begin R.Op := OP_OLEVARIANT_FROM_SHORTSTRING; end else if (T1 = typeVARIANT) and (T2 = typeANSICHAR) then begin if K2 = KindVAR then R.Op := OP_VARIANT_FROM_ANSICHAR else begin if GetSymbolRec(Arg2).HasName then begin S := Chr(Integer(GetSymbolRec(Arg2).value)); R.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; R.Op := OP_VARIANT_FROM_PANSICHAR_LITERAL; end else begin S := Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(Arg2).TypeId := typePANSICHAR; GetSymbolRec(Arg2).value := S; R.Op := OP_VARIANT_FROM_PANSICHAR_LITERAL; end; end; end else if (T1 = typeOLEVARIANT) and (T2 = typeANSICHAR) then begin if K2 = KindVAR then R.Op := OP_OLEVARIANT_FROM_ANSICHAR else begin if GetSymbolRec(Arg2).HasName then begin S := Chr(Integer(GetSymbolRec(Arg2).value)); R.Arg2 := TKernel(kernel).SymbolTable.AddPAnsiCharConst (AnsiString(S)).Id; R.Op := OP_OLEVARIANT_FROM_PANSICHAR_LITERAL; end else begin S := Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(Arg2).TypeId := typePANSICHAR; GetSymbolRec(Arg2).value := S; R.Op := OP_OLEVARIANT_FROM_PANSICHAR_LITERAL; end; end; end {$ENDIF} else if (T1 = typeVARIANT) and (GetSymbolRec(Arg2).HasPWideCharType) then begin R.Op := OP_VARIANT_FROM_PWIDECHAR_LITERAL end else if (T1 = typeOLEVARIANT) and (GetSymbolRec(Arg2).HasPWideCharType) then begin R.Op := OP_OLEVARIANT_FROM_PWIDECHAR_LITERAL end else if (T1 = typeVARIANT) and (T2 = typeUNICSTRING) then begin R.Op := OP_VARIANT_FROM_UNICSTRING; end else if (T1 = typeOLEVARIANT) and (T2 = typeUNICSTRING) then begin R.Op := OP_OLEVARIANT_FROM_UNICSTRING; end else if (T1 = typeVARIANT) and (T2 = typeINTERFACE) then begin R.Op := OP_VARIANT_FROM_INTERFACE; end else if (T1 = typeOLEVARIANT) and (T2 = typeINTERFACE) then begin R.Op := OP_OLEVARIANT_FROM_INTERFACE; end else if (T1 = typeVARIANT) and (T2 = typeWIDECHAR) then begin if K2 = KindVAR then R.Op := OP_VARIANT_FROM_WIDECHAR else R.Op := OP_VARIANT_FROM_WIDECHAR_LITERAL; end else if (T1 = typeOLEVARIANT) and (T2 = typeWIDECHAR) then begin if K2 = KindVAR then R.Op := OP_OLEVARIANT_FROM_WIDECHAR else R.Op := OP_OLEVARIANT_FROM_WIDECHAR_LITERAL; end else if (T1 = typeVARIANT) and (T2 in (IntegerTypes + RealTypes + BooleanTypes + [typeCURRENCY])) then begin R.Op := OP_ASSIGN_VARIANT; if K2 = KindCONST then R.Arg2 := CreateConst(typeVARIANT, GetSymbolRec(R.Arg2).value, T2) else begin InsertConversionToVariant(N, 2); Inc(N); end; end else if (T1 = typeOLEVARIANT) and (T2 in (IntegerTypes + RealTypes + BooleanTypes + [typeCURRENCY])) then begin R.Op := OP_ASSIGN_OLEVARIANT; if K2 = KindCONST then R.Arg2 := CreateConst(typeOLEVARIANT, GetSymbolRec(R.Arg2).value, T2) else begin InsertConversionToOleVariant(N, 2); Inc(N); end; end else if IsJSType(GetSymbolRec(Arg1).TerminalTypeId, SymbolTable) and (T2 = typeVARIANT) then begin InsertConversionToClass(N, 2, GetSymbolRec(Arg1).TerminalTypeId); Inc(N); R.Op := OP_ASSIGN_CLASS; end else if GetSymbolRec(Arg1).HasFrameworkType then begin if Arg2 = TKernel(kernel).SymbolTable.NilId then begin {$IFDEF PAXARM} R.Op := OP_CLASS_CLR; Exit; {$ENDIF} end else if GetSymbolRec(Arg1).TerminalTypeId = GetSymbolRec(Arg2).TerminalTypeId then begin end else begin InsertConversionToFrameworkClass(N, 2, GetSymbolRec(Arg1).TerminalTypeId); Inc(N); end; R.Op := OP_ASSIGN_CLASS; end else if (T1 = typeCLASS) and (T2 = typeCLASS) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if IsJSType(T1, SymbolTable) and IsJSType(T2, SymbolTable) and (GetSymbolRec(Arg1).Name <> '') and (GetSymbolRec(Arg1).Name <> strInternalConstructor) and (GetSymbolRec(Arg2).Name <> '') then begin R.Op := OP_ASSIGN_CLASS; Exit; end; if not SymbolTable.Inherits(T2, T1) then begin // ok, let's check that we have not case // F := TForm.Create(......... // [TForm] := [TCustomForm] b := false; if SymbolTable.Inherits(T1, T2) then if Arg2 = PrevRec(N).Res then if PrevRec(N).Op = OP_CALL then begin if GetSymbolRec(PrevRec(N).Arg1).Kind in kindSUBS then begin if PrevPrevRec(N).Op = OP_PUSH_CLSREF then begin T2 := GetSymbolRec(PrevPrevRec(N).Arg1).TypeId; if GetSymbolRec(T2).FinalTypeId = typeCLASSREF then begin T2 := GetSymbolRec(T2).PatternId; b := SymbolTable.Inherits(T2, T1); end; end; end else if PrevPrevRec(N).Op = OP_GET_VMT_ADDRESS then b := true end; if not b then begin if GetLanguage(N) = JS_LANGUAGE then begin R.Arg1 := NewTempVar(TKernel(kernel).SymbolTable[Arg1].Level, TKernel(kernel).SymbolTable[Arg2].TypeId); ReplaceIdEx(Arg1, R.Arg1, N + 1, Card, false); TKernel(kernel).SymbolTable[R.Arg1].Name := TKernel(kernel) .SymbolTable[Arg1].Name; Dec(N); Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; {$IFDEF PAXARM} R.Op := OP_ASSIGN_CLASS; {$ELSE} if K2 = KindVAR then R.Op := OP_ASSIGN_INT_M else R.Op := OP_ASSIGN_INT_I; {$ENDIF} end else if (T1 = typePOINTER) and (T2 = typeCLASS) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_INT_M else R.Op := OP_ASSIGN_INT_I; end else if (T1 = typePOINTER) and (T2 = typeCLASSREF) then begin if K2 = KindVAR then R.Op := OP_ASSIGN_INT_M else R.Op := OP_ASSIGN_INT_I; end else if (T1 = typeCLASS) and (Arg2 = TKernel(kernel).SymbolTable.NilId) then begin {$IFDEF PAXARM} R.Op := OP_CLASS_CLR; {$ELSE} R.Op := OP_ASSIGN_INT_I; {$ENDIF} end else if (T1 = typeCLASS) and (Arg2 = TKernel(kernel).SymbolTable.CurrExceptionObjectId) then begin {$IFDEF PAXARM} R.Op := OP_ASSIGN_CLASS; {$ELSE} R.Op := OP_ASSIGN_INT_M; {$ENDIF} end else if (T1 = typeCLASSREF) and (T2 = typeCLASS) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; T2 := Arg2; if (not SymbolTable.Inherits(T2, T1)) or (K2 <> KindTYPE) then begin CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; R.Op := OP_ASSIGN_INT_M; Inc(R.Arg2); end else if (T1 = typeCLASSREF) and (T2 = typeCLASSREF) then begin T1 := GetSymbolRec(GetSymbolRec(Arg1).TerminalTypeId).PatternId; T2 := GetSymbolRec(GetSymbolRec(Arg2).TerminalTypeId).PatternId; if not SymbolTable.Inherits(T2, T1) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; if K2 = KindVAR then R.Op := OP_ASSIGN_INT_M else R.Op := OP_ASSIGN_INT_I; end else if (T1 = typeCLASSREF) and (Arg2 = TKernel(kernel).SymbolTable.NilId) then begin R.Op := OP_ASSIGN_INT_I; end else if (T1 = typePROC) and (Arg2 = TKernel(kernel).SymbolTable.NilId) then begin R.Op := OP_ASSIGN_INT_I; end else if (T1 = typeDYNARRAY) and (T2 = typeDYNARRAY) then begin R.Op := OP_DYNARRAY_ASSIGN; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if T1 <> T2 then CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeDYNARRAY) and (Arg2 = TKernel(kernel).SymbolTable.NilId) then begin R.Op := OP_DYNARRAY_CLR; end else if (T1 = typeEVENT) and (T2 = typeEVENT) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if not StrEql(GetSymbolRec(T1).SignatureSimple, GetSymbolRec(T2).SignatureSimple) then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_ASSIGN_EVENT; end else if (T1 = typeEVENT) and (Arg2 = TKernel(kernel).SymbolTable.NilId) then begin R.Op := OP_ASSIGN_EVENT; R.Arg2 := TKernel(kernel).SymbolTable.EventNilId; end else if T1 = typeCURRENCY then begin if T2 = typeINT64 then R.Op := OP_CURRENCY_FROM_INT64 else if T2 = typeUINT64 then R.Op := OP_CURRENCY_FROM_UINT64 else if T2 in IntegerTypes then begin if K2 = KindCONST then begin R.Op := OP_CURRENCY_FROM_INT64; R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value); end else R.Op := OP_CURRENCY_FROM_INT; end else if T2 = typeCURRENCY then R.Op := OP_ASSIGN_CURRENCY else if T2 in RealTypes then begin R.Op := OP_CURRENCY_FROM_REAL; end else if T2 in VariantTypes then begin R.Op := OP_CURRENCY_FROM_VARIANT; end else goto err; end else if T1 = typeINTERFACE then begin if T2 = typeCLASS then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if not SymbolTable.Supports(T2, T1) then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_INTERFACE_FROM_CLASS; end else if T2 = typeINTERFACE then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if not SymbolTable.Supports(T2, T1) then CreateError(errIncompatibleTypesNoArgs, []); R.Op := OP_ASSIGN_INTERFACE; end else if Arg2 = SymbolTable.NilId then R.Op := OP_INTERFACE_CLR else goto err; end else if (T2 = typeINTERFACE) and (K2 = KindTYPE) then begin if GetSymbolRec(Arg1).TerminalTypeId = H_TGUID then begin R.Op := OP_ASSIGN_RECORD; R.Arg2 := GetSymbolRec(Arg2).TerminalTypeId + 1; end else goto err; end else begin if SignTypeCast1 then begin if (T1 = typeENUM) and (T2 in VariantTypes) then begin R.Op := OP_BYTE_FROM_VARIANT; end else R.Op := OP_ASSIGN_INT_M; Exit; end; if (T1 = typePOINTER) and (T2 = typePOINTER) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if (T1 = T2) or (T1 = typeVOID) or (Arg2 = TKernel(kernel).SymbolTable.NilId) or {$IFNDEF PAXARM} (GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeSHORTSTRING)) or {$ENDIF} (PrevRec(N).Op = OP_TYPEINFO) or StrEql(GetSymbolRec(T1).Name, GetSymbolRec(T2).Name) then begin if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_ASSIGN_INT_M {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPAnsiCharType then R.Op := OP_ASSIGN_PANSICHAR {$ENDIF} else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPWideCharType then R.Op := OP_ASSIGN_PWIDECHAR else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_ASSIGN_INT_I; Exit; end {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPAnsiCharType then begin R.Op := OP_ASSIGN_PWIDECHAR; if K2 = KindCONST then GetSymbolRec(Arg2).TypeId := typePWIDECHAR; Exit; end else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPWideCharType then begin R.Op := OP_ASSIGN_PANSICHAR; if K2 = KindCONST then GetSymbolRec(Arg2).TypeId := typePANSICHAR; Exit; end; {$ENDIF} end else if (T1 = typePROC) and (T2 = typePROC) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if T1 = T2 then R.Op := OP_ASSIGN_INT_M else CreateError(errIncompatibleTypesNoArgs, []); Exit; end else if (T1 = typePROC) and (T2 = typePOINTER) then begin R.Op := OP_ASSIGN_INT_M; Exit; end else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; if SymbolTable.CheckSetTypes(T1, T2) then begin R.Op := OP_SET_ASSIGN; GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; Exit; end; end else if (T1 = typeRECORD) and (T2 = typeRECORD) then begin R.Op := OP_ASSIGN_RECORD; GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; Exit; end else if (T1 = typeARRAY) and (T2 = typeARRAY) then begin R.Op := OP_ASSIGN_ARRAY; GetSymbolRec(Arg1).value := GetSymbolRec(Arg2).value; Exit; end else if (GetSymbolRec(Arg1).TerminalTypeId = H_TVarRec) and (T2 in OrdinalTypes + StringTypes + RealTypes + [typeVARIANT, typeOLEVARIANT, typePOINTER, typeCLASS]) then begin if SymbolTable[R.Arg2].Kind = KindCONST then SymbolTable[R.Arg2].MustBeAllocated := true; R.Op := OP_ASSIGN_TVarRec; Exit; end else if T1 = typePROC then begin if K2 = KindSUB then begin T1 := GetSymbolRec(Arg1).TypeId; SubId1 := TKernel(kernel).SymbolTable.GetPatternSubId(T1); SubId2 := R.Arg2; if TKernel(kernel).SymbolTable.EqualHeaders(SubId1, SubId2) then begin R.Op := OP_ADDRESS; R.Arg1 := R.Arg2; R.Arg2 := 0; Exit; end else begin OverList := SymbolTable.LookUpSub(SymbolTable[SubId2].Name, SymbolTable[SubId2].Level, GetUpcase(N)); try for I := 0 to OverList.Count - 1 do begin SubId2 := OverList[I]; if TKernel(kernel).SymbolTable.EqualHeaders(SubId1, SubId2) then begin R.Arg2 := SubId2; R.Op := OP_ADDRESS; R.Arg1 := R.Arg2; R.Arg2 := 0; Exit; end; end; finally FreeAndNil(OverList); end; end; end else CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeDYNARRAY) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; Arg2 := ConvertSetLiteralToDynarrayLiteral(GetSymbolRec(R.Arg1).Level, T1, R.Arg2); if Arg2 = 0 then CreateError(errIncompatibleTypesNoArgs, []) else R.Arg2 := Arg2; Dec(N); Exit; end; err: if (GetSymbolRec(Arg1).FinalTypeId = typeSET) and (GetSymbolRec(Arg2).FinalTypeId = typeSET) then CreateError(errIncompatibleTypesNoArgs, []) else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; {$IFNDEF PAXARM} if (T1 = H_TGUID) and (T2 = typePANSICHAR) then begin R.Op := OP_NOP; GetSymbolRec(R.Arg1).value := GetSymbolRec(R.Arg2).value; end else {$ENDIF} if (T1 = H_TGUID) and (T2 = typePWIDECHAR) then begin R.Op := OP_NOP; GetSymbolRec(R.Arg1).value := GetSymbolRec(R.Arg2).value; end else if GetSymbolRec(Arg1).FinalTypeId = typeRECORD then begin T1 := GetSymbolRec(Arg1).TerminalTypeId; T2 := GetSymbolRec(Arg2).TerminalTypeId; R.Op := OP_ASSIGN_RECORD; if T1 <> T2 then if T1 <> H_TVarRec then begin InsertConversionToRecord(N, 2, GetSymbolRec(R.Arg1) .TerminalTypeId, R.Arg2); Inc(N); end; Exit; end else begin if T2 = H_TValue then begin R.Op := OP_VAR_FROM_TVALUE; end else begin if GetSymbolRec(Arg2).FinalTypeId = typeRECORD then begin SubId2 := FindImplicitConversion (GetSymbolRec(Arg2).TerminalTypeId, Arg2, Arg1); if SubId2 > 0 then begin NoOverloadSearch := true; T2 := SymbolTable.GetResultId(SubId2); T2 := GetSymbolRec(T2).TypeId; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := Arg2; RC.Arg2 := 0; RC.Res := SubId2; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := SubId2; RC.Arg2 := 1; RC.Res := NewTempVar(GetLevel(N), T2); Insert(N, RC); Inc(N); R.Arg2 := RC.Res; Dec(N, 2); Exit; end; end; if Records[N].Language = JS_LANGUAGE then begin if TKernel(kernel).SymbolTable.IsResultId(Arg1) then begin R.Op := OP_ASSIGN_VARIANT; if K2 = KindCONST then R.Arg2 := CreateConst(typeVARIANT, GetSymbolRec(R.Arg2).value, T2) else begin InsertConversionToVariant(N, 2); Inc(N); end; end else begin R.Arg1 := NewTempVar(TKernel(kernel).SymbolTable[Arg1].Level, TKernel(kernel).SymbolTable[Arg2].TypeId); ReplaceIdEx(Arg1, R.Arg1, N + 1, Card, false); TKernel(kernel).SymbolTable[R.Arg1].Name := TKernel(kernel) .SymbolTable[Arg1].Name; Dec(N); end; Exit; end else if IsExplicitOff then begin R.Arg1 := NewTempVar(TKernel(kernel).SymbolTable[Arg1].Level, TKernel(kernel).SymbolTable[Arg2].TypeId); ReplaceIdEx(Arg1, R.Arg1, N + 1, Card, false); TKernel(kernel).SymbolTable[R.Arg1].Name := TKernel(kernel) .SymbolTable[Arg1].Name; Dec(N); Exit; end; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).NameEx, GetSymbolRec(T2).NameEx]); end; end; end; end; end; function TCode.ConvertSetLiteralToDynarrayLiteral(CurrLevel, DynarrayTypeId, SetId: Integer): Integer; var I, J: Integer; RC: TCodeRec; SubId: Integer; ElemTypeId: Integer; ElemSizeId: Integer; FinalElemTypeId: Integer; L: Integer; DynArrayId: Integer; Op, tempN, K1, K2: Integer; begin J := -1; for I := 1 to N do begin if Records[I].Op = OP_SET_INCLUDE then if Records[I].Arg1 = SetId then begin J := I; break; end; if Records[I].Op = OP_SET_INCLUDE_INTERVAL then if Records[I].Arg1 = SetId then begin result := 0; Exit; end; end; if J = -1 then begin result := 0; Exit; end; L := 0; for I := 1 to N do if Records[I].Op = OP_SET_INCLUDE then if Records[I].Arg1 = SetId then Inc(L); SubId := Id_DynarraySetLength; RC := TCodeRec.Create(OP_BEGIN_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := 0; RC.Res := 0; Insert(J, RC); Inc(J); Inc(N); DynArrayId := NewTempVar(CurrLevel, DynarrayTypeId); GetSymbolRec(DynArrayId).Name := '@'; ElemTypeId := GetSymbolRec(DynarrayTypeId).PatternId; RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := CurrLevel; RC.Arg2 := DynArrayId; RC.Res := 0; Insert(J, RC); Inc(J); Inc(N); ElemSizeId := NewTempVar(CurrLevel, typeINTEGER); RC := TCodeRec.Create(OP_SIZEOF, Self); RC.Arg1 := ElemTypeId; RC.Arg2 := 0; RC.Res := ElemSizeId; Insert(J, RC); Inc(J); Inc(N); RC := TCodeRec.Create(OP_PUSH_INT, Self); RC.Arg1 := ElemSizeId; RC.Arg2 := 4; RC.Res := SubId; Insert(J, RC); Inc(J); Inc(N); RC := TCodeRec.Create(OP_PUSH_INT_IMM, Self); RC.Arg1 := CreateConst(typeINTEGER, ElemTypeId); RC.Arg2 := 3; RC.Res := SubId; Insert(J, RC); Inc(J); Inc(N); FinalElemTypeId := GetSymbolRec(ElemTypeId).FinalTypeId; RC := TCodeRec.Create(OP_PUSH_INT_IMM, Self); RC.Arg1 := CreateConst(typeINTEGER, FinalElemTypeId); RC.Arg2 := 2; RC.Res := SubId; Insert(J, RC); Inc(J); Inc(N); RC := TCodeRec.Create(OP_PUSH_INT_IMM, Self); RC.Arg1 := CreateConst(typeINTEGER, L); RC.Arg2 := 1; RC.Res := SubId; Insert(J, RC); Inc(J); Inc(N); RC := TCodeRec.Create(OP_PUSH_ADDRESS, Self); RC.Arg1 := DynArrayId; RC.Arg2 := 0; RC.Res := SubId; Insert(J, RC); Inc(J); Inc(N); RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := 5; RC.Res := 0; Insert(J, RC); // Inc(J); Inc(N); for I := N downto 1 do begin Op := Records[I].Op; if Op = OP_SET_INCLUDE then begin if Records[I].Arg1 = SetId then begin Dec(L); J := Records[I].Arg2; Records[I].Op := OP_ELEM; Records[I].Arg1 := DynArrayId; Records[I].Arg2 := CreateConst(typeINTEGER, L); Records[I].Res := NewTempVar(CurrLevel, ElemTypeId); RC := TCodeRec.Create(OP_ASSIGN, Self); RC.Arg1 := Records[I].Res; RC.Arg2 := J; RC.Res := Records[I].Res; Insert(I + 1, RC); Inc(N); end; end else if Op = OP_BEGIN_MODULE then break; end; result := DynArrayId; GetSymbolRec(result).Count := GetSymbolRec(SetId).Count; tempN := N; for I := N downto 1 do begin if Records[I].Op = OP_ELEM then begin if Records[I].Arg1 = DynArrayId then begin K1 := Card; N := I + 1; Op := Records[N].Op; ProcList[-Op]; K2 := Card; Inc(tempN, K2 - K1); K1 := Card; N := I; Op := Records[N].Op; ProcList[-Op]; K2 := Card; Inc(tempN, K2 - K1); end; end else if Records[I].Op = OP_BEGIN_MODULE then break; end; N := tempN; end; procedure TCode.OperSetInclude; var Arg1, T1, K1, L: Integer; Arg2, T2: Integer; R: TCodeRec; SymbolTable: TSymbolTable; SetTypeId, BaseTypeId: Integer; SetTypeName: String; begin R := Records[N]; SymbolTable := TKernel(kernel).SymbolTable; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; Arg2 := R.Arg2; T2 := GetSymbolRec(Arg2).FinalTypeId; if K1 in [KindVAR, KindCONST] then begin if T1 = 0 then begin SetTypeName := SetTypeName + 'type_Set_' + IntToStr(SymbolTable.Card + 1); L := GetSymbolRec(Arg1).Level; SetTypeId := SymbolTable.RegisterSetType(L, SetTypeName, GetSymbolRec(Arg2).TerminalTypeId); AddTypeInfo(SetTypeId, SetTypeId); GetSymbolRec(Arg1).TypeId := SetTypeId; T1 := typeSET; end else begin SetTypeId := GetSymbolRec(Arg1).TypeId; end; if T1 <> typeSET then begin CreateError(errSetTypeRequired, []); Exit; end; if SetTypeId = typeSET then Exit; BaseTypeId := GetSymbolRec(SetTypeId).PatternId; if GetSymbolRec(BaseTypeId).FinalTypeId <> T2 then begin if not((GetSymbolRec(BaseTypeId).FinalTypeId in IntegerTypes) and (T2 in IntegerTypes)) then begin // T2 := GetSymbolRec(Arg2).TypeID; // CreateError(errIncompatibleTypes, // [GetSymbolRec(BaseTypeId).Name, GetSymbolRec(T2).Name]); // Exit; end; end; end else begin CreateError(errIncompatibleTypesNoArgs, []); end; end; procedure TCode.OperSetExclude; begin end; procedure TCode.OperInc; var T1, T2, K1, K2, PatternId: Integer; R: TCodeRec; begin R := Records[N]; T1 := GetSymbolRec(R.Arg1).FinalTypeId; K1 := GetSymbolRec(R.Arg1).Kind; if T1 = typeENUM then T1 := typeINTEGER; if T1 in [typeINT64, typeUINT64, typeVARIANT, typeOLEVARIANT] then begin R.Op := OP_PLUS; Dec(N); end else if T1 in OrdinalTypes then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg1).TypeId; if K1 = KindCONST then begin GetSymbolRec(R.Arg1).value := GetSymbolRec(R.Arg1).value + 1; R.Op := OP_NOP; end else if K1 = KindVAR then begin PatternId := GetSymbolRec(R.Res).PatternId; if PatternId <> 0 then if GetSymbolRec(PatternId).Kind = KindPROP then CreateError(errYouCannotUseIncOnProperties, []); T2 := GetSymbolRec(R.Arg2).FinalTypeId; K2 := GetSymbolRec(R.Arg2).Kind; if not(T2 in IntegerTypes) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if K2 = KindCONST then R.Op := OP_ADD_INT_MI else if K2 = KindVAR then R.Op := OP_ADD_INT_MM else CreateError(errIncompatibleTypesNoArgs, []); end else CreateError(errIncompatibleTypesNoArgs, []); end else if T1 = typeRECORD then begin InsertUnaryOperator(GetSymbolRec(R.Arg1).TerminalTypeId, gen_Inc); Inc(N); end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperDec; var T1, T2, K1, K2, PatternId: Integer; R: TCodeRec; begin R := Records[N]; T1 := GetSymbolRec(R.Arg1).FinalTypeId; K1 := GetSymbolRec(R.Arg1).Kind; if T1 = typeENUM then T1 := typeINTEGER; if T1 in [typeINT64, typeUINT64, typeVARIANT, typeOLEVARIANT] then begin R.Op := OP_MINUS; Dec(N); end else if T1 in OrdinalTypes then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg1).TypeId; if K1 = KindCONST then begin GetSymbolRec(R.Arg1).value := GetSymbolRec(R.Arg1).value - 1; R.Op := OP_NOP; end else if K1 = KindVAR then begin PatternId := GetSymbolRec(R.Res).PatternId; if PatternId <> 0 then if GetSymbolRec(PatternId).Kind = KindPROP then CreateError(errYouCannotUseDecOnProperties, []); T2 := GetSymbolRec(R.Arg2).FinalTypeId; K2 := GetSymbolRec(R.Arg2).Kind; if not(T2 in IntegerTypes) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if K2 = KindCONST then R.Op := OP_SUB_INT_MI else if K2 = KindVAR then R.Op := OP_SUB_INT_MM else CreateError(errIncompatibleTypesNoArgs, []); end else CreateError(errIncompatibleTypesNoArgs, []); end else if T1 = typeRECORD then begin InsertUnaryOperator(GetSymbolRec(R.Arg1).TerminalTypeId, gen_Dec); Inc(N); end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperSetLength; var T1, T2, K1, L1, ArrayId, ElementTypeId, ElementFinalTypeId, ElementSizeId: Integer; R, RC: TCodeRec; begin R := Records[N]; T1 := GetSymbolRec(R.Arg1).FinalTypeId; T2 := GetSymbolRec(R.Arg2).FinalTypeId; K1 := GetSymbolRec(R.Arg1).Kind; if T1 = typeDYNARRAY then begin if not(K1 = KindVAR) then CreateError(errIncompatibleTypesNoArgs, []); if not(T2 in IntegerTypes) then CreateError(errIncompatibleTypesNoArgs, []); ArrayId := R.Arg1; L1 := R.Arg2; T1 := GetSymbolRec(R.Arg1).TerminalTypeId; ElementTypeId := GetSymbolRec(T1).PatternId; ElementFinalTypeId := GetSymbolRec(ElementTypeId).FinalTypeId; ElementSizeId := NewTempVar(0, typeINTEGER); R.Op := OP_CALL; R.Arg1 := Id_DynarraySetLength; R.Arg2 := 3; R.Res := 0; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := ArrayId; RC.Arg2 := 0; RC.Res := R.Arg1; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := L1; RC.Arg2 := 1; RC.Res := R.Arg1; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := CreateConst(typeINTEGER, ElementFinalTypeId); RC.Arg2 := 2; RC.Res := R.Arg1; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := CreateConst(typeINTEGER, ElementTypeId); RC.Arg2 := 3; RC.Res := R.Arg1; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_SIZEOF, Self); RC.Arg1 := ElementTypeId; RC.Arg2 := 0; RC.Res := ElementSizeId; Insert(N, RC); Inc(N); RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := ElementSizeId; RC.Arg2 := 4; RC.Res := R.Arg1; Insert(N, RC); Inc(N); Dec(N); end else if T1 in StringTypes then begin // ok end else if T1 in VariantTypes then begin // ok end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperAbs; var Arg1, T1, K1: Integer; R: TCodeRec; I64: Int64; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if not(K1 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; if T1 in INT64Types then begin if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; {$IFDEF VARIANTS} I64 := GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).value := Abs(I64); {$ELSE} I64 := Integer(GetSymbolRec(Arg1).value); GetSymbolRec(R.Res).value := Abs(Integer(I64)); {$ENDIF} R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_INT64; R.Arg1 := R.Res; {$IFDEF VARIANTS} I64 := GetSymbolRec(Arg1).value; R.Arg2 := CreateConst(typeINT64, Abs(I64)); {$ELSE} I64 := Integer(GetSymbolRec(Arg1).value); R.Arg2 := CreateConst(typeINT64, Integer(Abs(I64))); {$ENDIF} end; end else R.Op := OP_ABS_INT64; end else if T1 in IntegerTypes then begin if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := Abs(Integer(GetSymbolRec(Arg1).value)); R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_INT_I; R.Arg1 := R.Res; R.Arg2 := CreateConst(typeINTEGER, Abs(Integer(GetSymbolRec(Arg1).value))); end; end else R.Op := OP_ABS_INT; end else if T1 = typeDOUBLE then begin if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := Abs(Double(GetSymbolRec(Arg1).value)); R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_DOUBLE; R.Arg1 := R.Res; R.Arg2 := CreateConst(typeDOUBLE, Abs(Double(GetSymbolRec(Arg1).value))); end; end else R.Op := OP_ABS_DOUBLE end else if T1 = typeSINGLE then begin if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := Abs(Single(GetSymbolRec(Arg1).value)); R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_SINGLE; R.Arg1 := R.Res; R.Arg2 := CreateConst(typeSINGLE, Abs(Single(GetSymbolRec(Arg1).value))); end; end else R.Op := OP_ABS_SINGLE end else if T1 = typeEXTENDED then begin if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := Abs(Extended(GetSymbolRec(Arg1).value)); R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_EXTENDED; R.Arg1 := R.Res; R.Arg2 := CreateConst(typeEXTENDED, Abs(Extended(GetSymbolRec(Arg1).value))); end; end else R.Op := OP_ABS_EXTENDED end else if T1 = typeCURRENCY then begin if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := Abs(Currency(GetSymbolRec(Arg1).value)); R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_CURRENCY; R.Arg1 := R.Res; R.Arg2 := CreateConst(typeCURRENCY, Abs(Currency(GetSymbolRec(Arg1).value))); end; end else R.Op := OP_ABS_CURRENCY; end else if T1 in VariantTypes then begin if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; if GetSymbolRec(Arg1).value >= 0 then GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value else GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_VARIANT; R.Arg1 := R.Res; if GetSymbolRec(Arg1).value >= 0 then R.Arg2 := CreateConst(typeVARIANT, GetSymbolRec(Arg1).value) else R.Arg2 := CreateConst(typeVARIANT, GetSymbolRec(Arg1).value); end; end else R.Op := OP_ABS_VARIANT end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperPred; var Arg1, T1, K1: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if T1 = typeENUM then T1 := typeINTEGER; if T1 in OrdinalTypes then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - 1; R.Op := OP_NOP; end else begin R.Op := OP_SUB_INT_MI; R.Arg2 := CreateConst(typeINTEGER, 1); end; end else if K1 = KindVAR then begin R.Op := OP_ADD_INT_MI; R.Arg2 := CreateConst(typeINTEGER, -1); end else CreateError(errIncompatibleTypesNoArgs, []); end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperSucc; var Arg1, T1, K1: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if T1 = typeENUM then T1 := typeINTEGER; if T1 in OrdinalTypes then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + 1; R.Op := OP_NOP; end else begin R.Op := OP_ADD_INT_MI; R.Arg2 := CreateConst(typeINTEGER, 1); end; end else if K1 = KindVAR then begin R.Op := OP_ADD_INT_MI; R.Arg2 := CreateConst(typeINTEGER, 1); end else CreateError(errIncompatibleTypesNoArgs, []); end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperOrd; var Arg1, T1, K1: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if T1 = typeENUM then T1 := typeINTEGER; if T1 in OrdinalTypes then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value; R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_INT_I; R.Arg1 := R.Res; R.Arg2 := Arg1; end; end else if K1 = KindVAR then begin R.Op := OP_ASSIGN_INT_M; R.Arg1 := R.Res; R.Arg2 := Arg1; end else CreateError(errInternalError, []); end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperChr; var Arg1, T1, K1: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if T1 in IntegerTypes then begin GetSymbolRec(R.Res).TypeId := typeCHAR; if K1 = KindCONST then begin if GetSymbolRec(R.Res).IsGlobalVar then begin GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value; R.Op := OP_NOP; end else begin R.Op := OP_ASSIGN_INT_I; R.Arg1 := R.Res; R.Arg2 := Arg1; end; end else if K1 = KindVAR then begin R.Op := OP_ASSIGN_INT_M; R.Arg1 := R.Res; R.Arg2 := Arg1; end else CreateError(errIncompatibleTypesNoArgs, []); end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperAssigned; var Arg1, T1, K1: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if not K1 in [KindVAR, KindCONST] then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if T1 in [typePOINTER, typeCLASS, typeCLASSREF, typePROC, typeINTERFACE] then begin R.Op := OP_NE; R.Arg2 := TKernel(kernel).SymbolTable.NilId; Dec(N); end else if T1 = typeEVENT then begin R.Op := OP_NE; R.Arg2 := TKernel(kernel).SymbolTable.EventNilId; Dec(N); end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperLow; var Arg1, Res, T1: Integer; R: TCodeRec; RangeTypeId, ElemTypeId: Integer; SymbolTable: TSymbolTable; begin R := Records[N]; SymbolTable := TKernel(kernel).SymbolTable; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; Res := R.Res; if T1 in IntegerTypes then begin case T1 of typeINTEGER, typeBYTE, typeWORD, typeSMALLINT, typeSHORTINT: R.Res := CreateConst(typeINTEGER, SymbolTable.GetLowBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); typeCARDINAL, typeINT64: R.Res := CreateConst(typeINT64, SymbolTable.GetLowBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); end; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeENUM then begin R.Res := CreateConst(typeINTEGER, SymbolTable.GetLowBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end {$IFNDEF PAXARM} else if T1 = typeANSICHAR then begin R.Res := CreateConst(typeANSICHAR, SymbolTable.GetLowBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end {$ENDIF} else if T1 = typeWIDECHAR then begin R.Res := CreateConst(typeWIDECHAR, SymbolTable.GetLowBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeBOOLEAN then begin R.Res := CreateConst(typeBOOLEAN, Low(Boolean)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeBYTEBOOL then begin R.Res := CreateConst(typeBYTEBOOL, Low(ByteBool)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeWORDBOOL then begin R.Res := CreateConst(typeWORDBOOL, Low(WordBool)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeLONGBOOL then begin R.Res := CreateConst(typeLONGBOOL, Low(LongBool)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeARRAY then begin SymbolTable.GetArrayTypeInfo(GetSymbolRec(Arg1).TerminalTypeId, RangeTypeId, ElemTypeId); R.Res := CreateConst(typeINTEGER, SymbolTable.GetLowBoundRec(RangeTypeId).value); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 in [typeDYNARRAY, typeOPENARRAY] then begin R.Res := CreateConst(typeINTEGER, 0); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end {$IFNDEF PAXARM} else if T1 = typeSHORTSTRING then begin R.Res := CreateConst(typeINTEGER, 0); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end {$ENDIF} else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperHigh; var Arg1, Res, T1: Integer; R: TCodeRec; RangeTypeId, ElemTypeId: Integer; SymbolTable: TSymbolTable; begin R := Records[N]; SymbolTable := TKernel(kernel).SymbolTable; Arg1 := R.Arg1; Res := R.Res; T1 := GetSymbolRec(Arg1).FinalTypeId; if T1 in IntegerTypes then begin case T1 of typeINTEGER, typeBYTE, typeWORD, typeSMALLINT, typeSHORTINT: R.Res := CreateConst(typeINTEGER, SymbolTable.GetHighBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); typeCARDINAL, typeINT64: R.Res := CreateConst(typeINT64, SymbolTable.GetHighBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); end; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end {$IFNDEF PAXARM} else if T1 = typeANSICHAR then begin R.Res := CreateConst(typeANSICHAR, SymbolTable.GetHighBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end {$ENDIF} else if T1 = typeWIDECHAR then begin R.Res := CreateConst(typeWIDECHAR, SymbolTable.GetHighBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeENUM then begin R.Res := CreateConst(typeINTEGER, SymbolTable.GetHighBoundRec(GetSymbolRec(Arg1).TerminalTypeId).value); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeBOOLEAN then begin R.Res := CreateConst(typeBOOLEAN, High(Boolean)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeBYTEBOOL then begin R.Res := CreateConst(typeBYTEBOOL, High(ByteBool)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeWORDBOOL then begin R.Res := CreateConst(typeWORDBOOL, High(WordBool)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeLONGBOOL then begin R.Res := CreateConst(typeLONGBOOL, High(LongBool)); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeARRAY then begin SymbolTable.GetArrayTypeInfo(GetSymbolRec(Arg1).TerminalTypeId, RangeTypeId, ElemTypeId); R.Res := CreateConst(typeINTEGER, SymbolTable.GetHighBoundRec(RangeTypeId).value); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else if T1 = typeDYNARRAY then begin GetSymbolRec(Res).TypeId := typeINTEGER; if GetSymbolRec(Arg1).Kind = KindVAR then R.Op := OP_DYNARRAY_HIGH else CreateError(errIncompatibleTypesNoArgs, []); end else if T1 = typeOPENARRAY then begin GetSymbolRec(Res).TypeId := typeINTEGER; R.Arg2 := SymbolTable.GetOpenArrayHighId(R.Arg1); R.Arg1 := R.Res; R.Op := OP_ASSIGN; Dec(N); end {$IFNDEF PAXARM} else if T1 = typeSHORTSTRING then begin GetSymbolRec(Res).TypeId := typeINTEGER; if GetSymbolRec(Arg1).Kind = KindVAR then R.Op := OP_SHORTSTRING_HIGH else if GetSymbolRec(Arg1).Kind = KindTYPE then begin if Arg1 = typeSHORTSTRING then R.Res := CreateConst(typeINTEGER, High(ShortString)) else R.Res := CreateConst(typeINTEGER, GetSymbolRec(Arg1).Count); R.Op := OP_NOP; ReplaceIdEx(Res, R.Res, N, Card, true); end else CreateError(errIncompatibleTypesNoArgs, []); end {$ENDIF} else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperStr; var R: TCodeRec; I, SubId, Id, T: Integer; L: TIntegerList; RC: TCodeRec; begin R := Records[N]; SubId := R.Arg1; L := TIntegerList.Create; try for I := 1 to N do if Records[I].Res = SubId then L.Add(I); if L.Count <> 4 then begin CreateError(errInternalError, []); Exit; end; Id := Records[L[0]].Arg1; T := GetSymbolRec(Id).FinalTypeId; if T in IntegerTypes then begin SubId := Id_StrInt; case GetSymbolRec(Id).Kind of KindCONST: Records[L[0]].Op := OP_PUSH_INT_IMM; KindVAR: Records[L[0]].Op := OP_PUSH_INT; else begin N := L[0]; CreateError(errIncompatibleTypesNoArgs, []); end; end; end else if T = typeDOUBLE then begin SubId := Id_StrDouble; case GetSymbolRec(Id).Kind of KindCONST, KindVAR: Records[L[0]].Op := OP_PUSH_DOUBLE; else begin N := L[0]; CreateError(errIncompatibleTypesNoArgs, []); end; end; end else if T = typeSINGLE then begin SubId := Id_StrSingle; case GetSymbolRec(Id).Kind of KindCONST, KindVAR: Records[L[0]].Op := OP_PUSH_SINGLE; else begin N := L[0]; CreateError(errIncompatibleTypesNoArgs, []); end; end; end else if T = typeEXTENDED then begin SubId := Id_StrExtended; case GetSymbolRec(Id).Kind of KindCONST, KindVAR: Records[L[0]].Op := OP_PUSH_EXTENDED; else begin N := L[0]; CreateError(errIncompatibleTypesNoArgs, []); end; end; end else SubId := 0; if SubId = 0 then begin N := L[0]; CreateError(errIncompatibleTypesNoArgs, []); Exit; end; Id := Records[L[1]].Arg1; T := GetSymbolRec(Id).FinalTypeId; if not(T in IntegerTypes) then begin N := L[1]; CreateError(errIncompatibleTypesNoArgs, []); Exit; end; case GetSymbolRec(Id).Kind of KindCONST: Records[L[1]].Op := OP_PUSH_INT_IMM; KindVAR: Records[L[1]].Op := OP_PUSH_INT; else begin N := L[1]; CreateError(errIncompatibleTypesNoArgs, []); end; end; Id := Records[L[2]].Arg1; T := GetSymbolRec(Id).FinalTypeId; if not(T in IntegerTypes) then begin N := L[2]; CreateError(errIncompatibleTypesNoArgs, []); Exit; end; case GetSymbolRec(Id).Kind of KindCONST: Records[L[2]].Op := OP_PUSH_INT_IMM; KindVAR: Records[L[2]].Op := OP_PUSH_INT; else begin N := L[2]; CreateError(errIncompatibleTypesNoArgs, []); end; end; Id := Records[L[3]].Arg1; T := GetSymbolRec(Id).FinalTypeId; if not(T in StringTypes) then begin N := L[3]; CreateError(errIncompatibleTypesNoArgs, []); Exit; end; case GetSymbolRec(Id).Kind of KindVAR: Records[L[3]].Op := OP_PUSH_ADDRESS; else begin N := L[3]; CreateError(errIncompatibleTypesNoArgs, []); end; end; R.Op := OP_CALL; R.Arg1 := SubId; R.Arg2 := 4; R.Res := 0; for I := 0 to L.Count - 1 do begin Records[L[I]].Arg2 := L.Count - I - 1; Records[L[I]].Res := SubId; end; finally RC := TCodeRec.Create(0, Self); RC.Op := OP_BEGIN_CALL; RC.Arg1 := SubId; Insert(L[0], RC); Inc(N); L.Free; end; end; procedure TCode.OperSetMembership; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T2 = typeSET then CreateSetObject(Arg2) else begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; T2 := GetSymbolRec(GetSymbolRec(Arg2).TypeId).PatternId; T2 := GetSymbolRec(T2).FinalTypeId; if not((ExistsOrdinalRelationalOperator(T1, T2) or (T2 = typeVOID))) then begin if (GetSymbolRec(T1).FinalTypeId = typeENUM) and (GetSymbolRec(T2).FinalTypeId = typeENUM) then begin // ok end else if GetSymbolRec(Arg2).TerminalTypeId = H_TByteSet then begin // ok end else begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; end; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Integer(GetSymbolRec(Arg1).value) in GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end; end; procedure TCode.OperSetEventProp; var R: TCodeRec; CodeId: Integer; begin R := Records[N]; if R.Res = TKernel(kernel).SymbolTable.NilId then Exit; if R.Language = JS_LANGUAGE then begin CreateError(errIncompatibleTypesNoArgs, []); end; CodeId := GetSymbolRec(R.Res).PatternId; if CodeId = 0 then CreateError(errIncompatibleTypesNoArgs, []); if not GetSymbolRec(CodeId).IsMethod then CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperVarArrayIdx; var Arg2, T2, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg2 := R.Arg2; T2 := GetSymbolRec(Arg2).FinalTypeId; if T2 in IntegerTypes then begin // if R.Language = JS_LANGUAGE then begin R.Op := OP_PUSH_ADDRESS; R.Arg1 := R.Arg2; R.Arg2 := 0; R.Res := 0; if not(T2 in VariantTypes) then begin InsertConversionToVariant(N, 1); Inc(N); end; Exit; end; K2 := GetSymbolRec(Arg2).Kind; if K2 = KindCONST then R.Op := OP_PUSH_INT_IMM else R.Op := OP_PUSH_INT; R.Arg1 := R.Arg2; R.Arg2 := 0; R.Res := 0; end else begin if R.Language = JS_LANGUAGE then begin if {$IFNDEF PAXARM} GetSymbolRec(Arg2).HasPAnsiCharType or {$ENDIF} GetSymbolRec(Arg2).HasPWideCharType then begin if Records[N + 1].Op = OP_VARARRAY_PUT then begin Records[N].Op := OP_NOP; Records[N + 1].Op := OP_OLE_SET; Records[N + 1].Arg2 := Arg2; Exit; end else if Records[N + 1].Op = OP_VARARRAY_GET then begin Records[N].Op := OP_NOP; Records[N + 1].Op := OP_OLE_GET; Records[N + 1].Arg2 := Arg2; Exit; end; end; R.Op := OP_PUSH_ADDRESS; R.Arg1 := R.Arg2; R.Arg2 := 0; R.Res := 0; if not(T2 in VariantTypes) then begin InsertConversionToVariant(N, 1); Inc(N); end; Exit; end; CreateError(errIncompatibleTypesNoArgs, []); end; end; procedure TCode.OperAddition; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin AdjustTypes; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeSET then CreateSetObject(Arg1); if T2 = typeSET then CreateSetObject(Arg2); if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_ADD_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T2 = typeINT64) and (T1 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 = typeUINT64) and (T2 = typeUINT64) then begin GetSymbolRec(R.Res).TypeId := typeUINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_ADD_UINT64; end else if (T1 = typeUINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeUINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_UINT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeUINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToUInt64(N, 2); Inc(N); end; end else if (T2 = typeUINT64) and (T1 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeUINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_UINT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeUINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToUInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := GetIntResultType(T1, T2); if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_ADD_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_ADD_INT_MI; // GetSymbolRec(R.Res).TypeID := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_ADD_INT_MI; R.SwapArguments; // GetSymbolRec(R.Res).TypeID := T2; end; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_ADD_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else begin if T2 <> typeCURRENCY then R.SwapArguments; R.Op := OP_ADD_CURRENCY; end end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_ADD_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_ADD_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_ADD_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_ADD_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_ADD_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end else R.Op := OP_ADD_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not MatchSetTypes(T1, T2) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; R.Op := OP_SET_UNION; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if T2 = typeVOID then GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId else GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg2).TypeId; if (K1 = KindVAR) and (K2 = KindVAR) then begin // ok end else if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).ValueAsByteSet := GetSymbolRec(Arg1).ValueAsByteSet + GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindCONST) then begin if T2 = typeVOID then // empty set begin R.Op := OP_NOP; ReplaceId(R.Res, R.Arg1); end; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin if T1 = typeVOID then // empty set begin R.Op := OP_NOP; ReplaceId(R.Res, R.Arg2); end; R.SwapArguments; end; end else if (T1 = typePOINTER) and (T2 = typePOINTER) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; {$IFNDEF PAXARM} if (GetSymbolRec(T1).PatternId = typeANSICHAR) and (GetSymbolRec(T2).PatternId = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; end else {$ENDIF} if (GetSymbolRec(T1).PatternId = typeWIDECHAR) and (GetSymbolRec(T2).PatternId = typeWIDECHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; end else if (GetSymbolRec(T1).PatternId in CharTypes) and (GetSymbolRec(T2).PatternId in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; end else CreateError(errIncompatibleTypesNoArgs, []); end {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeANSISTRING) and GetSymbolRec(Arg2).HasPAnsiCharType then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeANSISTRING) and GetSymbolRec(Arg2).HasPWideCharType then begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 = typeANSISTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if (T1 = typeANSISTRING) and (T2 = typeANSICHAR) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeANSICHAR) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeANSICHAR) and (T2 = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) + Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).TypeId := typePANSICHAR; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeSHORTSTRING) and GetSymbolRec(Arg2).HasPAnsiCharType then begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeSHORTSTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeSHORTSTRING) and GetSymbolRec(Arg2).HasPWideCharType then begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 = typeSHORTSTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeSHORTSTRING) and (T2 = typeANSICHAR) then begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeANSICHAR) and (T2 = typeSHORTSTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeSHORTSTRING) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(1, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end else if (T1 = typeANSISTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end {$ENDIF} // wide string else if GetSymbolRec(Arg1).HasPWideCharType and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).TypeId := typePWIDECHAR; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; {$IFDEF UNIC} InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; {$ELSE} InsertConversionToWideString(N, 1); Inc(N); InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; {$ENDIF} InsertDeclareTempVar; end else if (T1 in CharTypes) and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).TypeId := typePWIDECHAR; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; {$IFDEF UNIC} InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; {$ELSE} InsertConversionToWideString(N, 1); Inc(N); InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; {$ENDIF} InsertDeclareTempVar; end {$IFNDEF PAXARM} else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if (T1 = typeWIDESTRING) and GetSymbolRec(Arg2).HasPAnsiCharType then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if (T1 = typeWIDESTRING) and GetSymbolRec(Arg2).HasPWideCharType then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if (T1 = typeWIDESTRING) and (T2 in CharTypes) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if (T1 = typeANSICHAR) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if (T1 = typeWIDESTRING) and (T2 = typeANSISTRING) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end else if (T1 = typeANSISTRING) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; InsertDeclareTempVar; end {$ENDIF} else if (T1 = typeWIDECHAR) and (T2 = typeWIDECHAR) then begin {$IFDEF UNIC} InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; {$ELSE} InsertConversionToWideString(N, 1); Inc(N); InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_ADD_WIDESTRING; GetSymbolRec(R.Res).TypeId := typeWIDESTRING; {$ENDIF} InsertDeclareTempVar; end // unic string else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end {$IFNDEF PAXARM} else if (T1 = typeUNICSTRING) and GetSymbolRec(Arg2).HasPAnsiCharType then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end {$ENDIF} else if (T1 = typeUNICSTRING) and GetSymbolRec(Arg2).HasPWideCharType then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end {$IFNDEF PAXARM} else if (T1 = typeUNICSTRING) and (T2 = typeANSICHAR) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if (T1 = typeANSICHAR) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if (T1 = typeUNICSTRING) and (T2 = typeANSISTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if (T1 = typeANSISTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end {$ENDIF} else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end else if (T1 <> typeUNICSTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end // variant else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_ADD_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertDeclareTempVar; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_ADD_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertDeclareTempVar; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_ADD_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertDeclareTempVar; end {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end; end else if (T1 in CharTypes) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg2).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end; end {$ENDIF} else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_Add) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Add); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_Add) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_Add); Inc(N); end else begin if R.Language = JS_LANGUAGE then begin {$IFNDEF PAXARM} if T1 = typeANSISTRING then begin InsertConversionToAnsiString(N, 2, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; Exit; end else if T2 = typeANSISTRING then begin InsertConversionToAnsiString(N, 1, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; Exit; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + IntToStr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1, JS_LANGUAGE); Inc(N); InsertConversionToAnsiString(N, 2, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end; Exit; end else if (T1 in IntegerTypes) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := IntToStr(Integer(GetSymbolRec(Arg1).value)) + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg2).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1, JS_LANGUAGE); Inc(N); InsertConversionToAnsiString(N, 2, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_ANSISTRING; GetSymbolRec(R.Res).TypeId := typeANSISTRING; InsertDeclareTempVar; end; Exit; end else {$ENDIF} if T1 = typeUNICSTRING then begin InsertConversionToUnicString(N, 2, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; Exit; end else if T2 = typeUNICSTRING then begin InsertConversionToUnicString(N, 1, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; Exit; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + IntToStr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1, JS_LANGUAGE); Inc(N); InsertConversionToUnicString(N, 2, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end; Exit; end else if (T1 in IntegerTypes) and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := IntToStr(Integer(GetSymbolRec(Arg1).value)) + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg2).TypeId; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1, JS_LANGUAGE); Inc(N); InsertConversionToUnicString(N, 2, JS_LANGUAGE); Inc(N); R.Op := OP_ADD_UNICSTRING; GetSymbolRec(R.Res).TypeId := typeUNICSTRING; InsertDeclareTempVar; end; Exit; end; end // JS_LANGUAGE else begin if ( {$IFNDEF PAXARM} GetSymbolRec(R.Arg1).HasPAnsiCharType or {$ENDIF} GetSymbolRec(R.Arg1).HasPWideCharType) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg1).TypeId; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value + GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_ADD_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_ADD_INT_MI; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_ADD_INT_MI; R.SwapArguments; end; Exit; end; end; if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_ADD_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperNegation; var Arg1, T1, K1: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if T1 = typeINT64 then begin GetSymbolRec(R.Res).TypeId := typeINT64; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else R.Op := OP_NEG_INT64; end else if T1 = typeUINT64 then begin GetSymbolRec(R.Res).TypeId := typeUINT64; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else R.Op := OP_NEG_UINT64; end else if T1 in IntegerTypes then begin GetSymbolRec(R.Res).TypeId := GetIntResultType(T1, T1); if K1 = KindCONST then begin GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else R.Op := OP_NEG_INT; end else if T1 = typeDOUBLE then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_NEG_DOUBLE; end else if T1 = typeCURRENCY then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_NEG_CURRENCY; end else if T1 = typeSINGLE then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_NEG_SINGLE; end else if T1 = typeEXTENDED then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := -GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_NEG_EXTENDED; end else if T1 = typeVARIANT then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; R.Op := OP_NEG_VARIANT; end else if T1 = typeRECORD then begin InsertUnaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Negative); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_NEG_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; CreateError(errOperatorNotApplicableToThisOperandType, [GetSymbolRec(T1).Name]); end; end; procedure TCode.OperPositive; var Arg1, Res, T1, K1: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Res := R.Res; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if T1 = typeINT64 then begin R.Op := OP_NOP; R.Res := Arg1; ReplaceId(Res, Arg1); end else if T1 in IntegerTypes then begin R.Op := OP_NOP; R.Res := Arg1; ReplaceId(Res, Arg1); end else if T1 in RealTypes then begin R.Op := OP_NOP; R.Res := Arg1; ReplaceId(Res, Arg1); end else if T1 = typeVARIANT then begin R.Op := OP_NOP; R.Res := Arg1; ReplaceId(Res, Arg1); end else if T1 = typeRECORD then begin InsertUnaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Positive); Inc(N); end else begin T1 := GetSymbolRec(Arg1).TypeId; CreateError(errOperatorNotApplicableToThisOperandType, [GetSymbolRec(T1).Name]); end; end; procedure TCode.OperNot; var Arg1, T1, K1: Integer; R: TCodeRec; S: String; begin R := Records[N]; Arg1 := R.Arg1; T1 := GetSymbolRec(Arg1).FinalTypeId; K1 := GetSymbolRec(Arg1).Kind; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if T1 in BooleanTypes then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg1).TypeId; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := not Boolean(GetSymbolRec(Arg1).value); GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if K1 = KindVAR then begin case T1 of typeBOOLEAN: R.Op := OP_NOT_BOOL; typeBYTEBOOL: R.Op := OP_NOT_BYTEBOOL; typeWORDBOOL: R.Op := OP_NOT_WORDBOOL; typeLONGBOOL: R.Op := OP_NOT_LONGBOOL; end; end; end else if T1 in IntegerTypes then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg1).TypeId; if K1 = KindCONST then begin GetSymbolRec(R.Res).value := not GetSymbolRec(Arg1).value; GetSymbolRec(R.Res).Kind := KindCONST; GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if K1 = KindVAR then begin // ok end; end else if T1 = typeVARIANT then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; R.Op := OP_NOT_VARIANT; end else if T1 = typeRECORD then begin InsertUnaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_LogicalNot); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_NOT_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; S := GetSymbolRec(T1).Name; if (PosCh('_', S) > 0) or (PosCh('.', S) > 0) or (S = '') then CreateError(errOperatorNotApplicableToThisOperandTypeNoArgs, []) else CreateError(errOperatorNotApplicableToThisOperandType, [S]); end; end; procedure TCode.OperSubtraction; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin AdjustTypes; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeSET then CreateSetObject(Arg1); if T2 = typeSET then CreateSetObject(Arg2); if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_SUB_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := GetIntResultType(T1, T2); if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := T1; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_SUB_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else R.Op := OP_SUB_INT_MM; end {$IFNDEF PAXARM} else if (GetSymbolRec(R.Arg1).HasPAnsiCharType or GetSymbolRec(R.Arg1) .HasPWideCharType) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := GetSymbolRec(R.Arg1).TypeId; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_SUB_INT_MI else R.Op := OP_SUB_INT_MM; end {$ENDIF} else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_SUB_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else begin if T2 <> typeCURRENCY then R.SwapArguments; R.Op := OP_SUB_CURRENCY; end end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_SUB_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_SUB_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_SUB_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in (NumberTypes)) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in (NumberTypes)) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value - GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SUB_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not MatchSetTypes(T1, T2) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; T2 := GetSymbolRec(T2).PatternId; if T2 = typeVOID then GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId else GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg2).TypeId; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).ValueAsByteSet := GetSymbolRec(Arg1).ValueAsByteSet - GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then R.Op := OP_SET_DIFFERENCE else CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_SUB_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_SUB_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_SUB_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_Subtract) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Subtract); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_Subtract) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_Subtract); Inc(N); end else begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if R.Language = JS_LANGUAGE then begin InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertDeclareTempVar; Dec(N); Exit; end; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperMultiplication; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin AdjustTypes; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeSET then CreateSetObject(Arg1); if T2 = typeSET then CreateSetObject(Arg2); if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_MULT_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MULT_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MULT_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := GetIntResultType(T1, T2); if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_IMUL_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_IMUL_INT_MI; // GetSymbolRec(R.Res).TypeID := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_IMUL_INT_MI; R.SwapArguments; // GetSymbolRec(R.Res).TypeID := T2; end; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_MUL_CURRENCY; if T2 <> typeCURRENCY then begin R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); R.SwapArguments; end; end else begin if T2 <> typeCURRENCY then R.SwapArguments; R.Op := OP_MUL_CURRENCY; end end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_MUL_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_MUL_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else R.Op := OP_MUL_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value * GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MUL_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not MatchSetTypes(T1, T2) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; T2 := GetSymbolRec(T2).PatternId; if T2 = typeVOID then GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg1).TypeId else GetSymbolRec(R.Res).TypeId := GetSymbolRec(Arg2).TypeId; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).ValueAsByteSet := GetSymbolRec(Arg1).ValueAsByteSet * GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then R.Op := OP_SET_INTERSECTION else CreateError(errIncompatibleTypesNoArgs, []); end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_MULT_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_MULT_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_MULT_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_Multiply) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Multiply); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_Multiply) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_Multiply); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_MULT_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.AdjustTypes; var Arg1, Arg2, T, K1, K2, I, Op: Integer; R: TCodeRec; I64: Int64; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if (K1 <> KindCONST) or (K2 <> KindCONST) then Exit; I := N; repeat if (Records[I + 1].Op = OP_ASSIGN) and (Records[I + 1].Arg2 = R.Res) then begin T := GetSymbolRec(Records[I + 1].Arg1).FinalTypeId; if T = 0 then Exit; if not(T in (IntegerTypes + RealTypes)) then Exit; GetSymbolRec(Arg1).TypeId := T; GetSymbolRec(Arg2).TypeId := T; case T of typeINT64: begin {$IFDEF VARIANTS} I64 := GetSymbolRec(Arg1).value; GetSymbolRec(Arg1).value := I64; I64 := GetSymbolRec(Arg2).value; GetSymbolRec(Arg2).value := I64; {$ELSE} I64 := Integer(GetSymbolRec(Arg1).value); GetSymbolRec(Arg1).value := Integer(I64); I64 := Integer(GetSymbolRec(Arg2).value); GetSymbolRec(Arg2).value := Integer(I64); {$ENDIF} end; typeSINGLE: begin GetSymbolRec(Arg1).value := Single(GetSymbolRec(Arg1).value); GetSymbolRec(Arg2).value := Single(GetSymbolRec(Arg2).value); end; typeDOUBLE: begin GetSymbolRec(Arg1).value := Double(GetSymbolRec(Arg1).value); GetSymbolRec(Arg2).value := Double(GetSymbolRec(Arg2).value); end; typeEXTENDED: begin GetSymbolRec(Arg1).value := Extended(GetSymbolRec(Arg1).value); GetSymbolRec(Arg2).value := Extended(GetSymbolRec(Arg2).value); end; typeCURRENCY: begin GetSymbolRec(Arg1).value := Currency(GetSymbolRec(Arg1).value); GetSymbolRec(Arg2).value := Currency(GetSymbolRec(Arg2).value); end; end; Exit; end; Op := Records[I].Op; if Op = OP_SEPARATOR then begin Inc(I); continue; end; if (Op = OP_PLUS) or (Op = OP_MINUS) or (Op = OP_MULT) or (Op = OP_DIV) or (Op = OP_IDIV) or (Op = OP_MOD) or (Op = OP_SHL) or (Op = OP_SHR) or (Op = OP_AND) or (Op = OP_OR) or (Op = OP_XOR) or (Op = OP_NOT) or (Op = OP_GT) or (Op = OP_GE) or (Op = OP_LT) or (Op = OP_LE) or (Op = OP_EQ) or (Op = OP_NE) then Inc(I) else Exit; until false; end; procedure TCode.OperDivision; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin AdjustTypes; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value / GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (R.Language = JS_LANGUAGE) and (not GetSymbolRec(R.Res).FinalTypeId in IntegerTypes) then begin if K1 = KindCONST then R.Op := OP_IDIV_INT_IM else if K2 = KindCONST then R.Op := OP_IDIV_INT_MI else R.Op := OP_IDIV_INT_MM; GetSymbolRec(R.Res).TypeId := typeINTEGER; Exit; end; R.Op := OP_DIV_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value / GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_DIV_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value); end else R.Op := OP_DIV_CURRENCY; end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin GetSymbolRec(R.Res).TypeId := typeCURRENCY; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value / GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_DIV_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value); end else R.Op := OP_DIV_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Double(GetSymbolRec(Arg1).value) / Double(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Double(GetSymbolRec(Arg1).value) / Double(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin GetSymbolRec(R.Res).TypeId := typeDOUBLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Double(GetSymbolRec(Arg1).value) / Double(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Single(GetSymbolRec(Arg1).value) / Single(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Single(GetSymbolRec(Arg1).value) / Single(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin GetSymbolRec(R.Res).TypeId := typeSINGLE; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Single(GetSymbolRec(Arg1).value) / Single(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Extended(GetSymbolRec(Arg1).value) / Extended(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Extended(GetSymbolRec(Arg1).value) / Extended(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin GetSymbolRec(R.Res).TypeId := typeEXTENDED; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := Extended(GetSymbolRec(Arg1).value) / Extended(GetSymbolRec(Arg2).value); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_DIV_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_DIV_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_DIV_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_DIV_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_Divide) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Divide); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_Divide) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_Divide); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_DIV_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperIDivision; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin AdjustTypes; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_IDIV_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value div GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_IDIV_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value div GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_IDIV_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value div GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_IDIV_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []); R.Op := OP_IDIV_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_IDIV_INT_IM; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_IDIV_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_IDIV_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_IDIV_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_IntDivide) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_IntDivide); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_IntDivide) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_IntDivide); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_IDIV_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperModulo; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_MOD_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value mod GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MOD_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value mod GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_MOD_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []) else GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value mod GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_MOD_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin if GetSymbolRec(Arg2).value = 0 then CreateError(errDivisionByZero, []); R.Op := OP_MOD_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_MOD_INT_IM; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_MOD_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_MOD_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_MOD_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_Modulus) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Modulus); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_Modulus) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_Modulus); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_MOD_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperLeftShift; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_SHL_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value shl GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SHL_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value shl GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SHL_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value shl GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_SHL_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_SHL_INT_MI; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_SHL_INT_IM; end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_SHL_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_SHL_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_SHL_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_LeftShift) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_LeftShift); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_LeftShift) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_LeftShift); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_SHL_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperRightShift; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_SHR_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value shr GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SHR_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value shr GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_SHR_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value shr GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_SHR_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_SHR_INT_MI; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_SHR_INT_IM; end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_SHR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_SHR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_SHR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_RightShift) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_RightShift); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_RightShift) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_RightShift); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_SHR_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperAnd; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_AND_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value and GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_AND_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value and GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_AND_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value and GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_AND_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_AND_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_AND_INT_MI; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 in BooleanTypes) and (T2 in BooleanTypes) then begin GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value and GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_AND_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_AND_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_AND_INT_MI; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_AND_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_AND_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_AND_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_LogicalAnd) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_LogicalAnd); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_LogicalAnd) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_LogicalAnd); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_AND_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperOr; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_OR_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value or GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_OR_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value or GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_OR_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value or GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_OR_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_OR_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_OR_INT_MI; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 in BooleanTypes) and (T2 in BooleanTypes) then begin GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value or GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_OR_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_OR_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_OR_INT_MI; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_OR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_OR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_OR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_LogicalOr) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_LogicalOr); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_LogicalOr) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_LogicalOr); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_OR_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperXor; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeINT64) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; R.Op := OP_XOR_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value xor GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_XOR_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin GetSymbolRec(R.Res).TypeId := typeINT64; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value xor GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_XOR_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in IntegerTypes) then begin GetSymbolRec(R.Res).TypeId := typeINTEGER; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value xor GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_XOR_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_XOR_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_XOR_INT_MI; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 in BooleanTypes) and (T2 in BooleanTypes) then begin GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value xor GetSymbolRec (Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; if T1 = T2 then GetSymbolRec(R.Res).TypeId := T1; R.Op := OP_NOP; end else if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_XOR_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then begin R.Op := OP_XOR_INT_MI; GetSymbolRec(R.Res).TypeId := T1; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_XOR_INT_MI; GetSymbolRec(R.Res).TypeId := T2; end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_XOR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_XOR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_XOR_VARIANT; GetSymbolRec(R.Res).TypeId := typeVARIANT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_LogicalXor) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_LogicalXor); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_LogicalXor) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_LogicalXor); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(R.Res).TypeId := typeVARIANT; InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_XOR_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; function TCode.ExistsOrdinalRelationalOperator(T1, T2: Integer): Boolean; begin result := (T1 in IntegerTypes) and (T2 in IntegerTypes); if not result then result := (T1 in CharTypes) and (T2 in CharTypes); if not result then result := (T1 in BooleanTypes) and (T2 in BooleanTypes); end; procedure TCode.OperLessThan; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if GetSymbolRec(Arg1).HasSubrangeEnumType then // enum subrange type begin T1 := GetSymbolRec(Arg1).TypeId + 1; T1 := GetSymbolRec(T1).TypeId; T1 := GetSymbolRec(T1).PatternId; end; if GetSymbolRec(Arg2).HasSubrangeEnumType then // enum subrange type begin T2 := GetSymbolRec(Arg1).TypeId + 1; T2 := GetSymbolRec(T2).TypeId; T2 := GetSymbolRec(T2).PatternId; end; end; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (T1 = typeINT64) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 = typeUINT64) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_UINT64; end else if (T1 = typeUINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_UINT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeUINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToUInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_UINT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeUINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToUInt64(N, 1); Inc(N); end; end else if ExistsOrdinalRelationalOperator(T1, T2) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_LT_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_LT_INT_MI else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_GT_INT_MI; end; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_LT_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else R.Op := OP_LT_CURRENCY; end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_LT_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_LT_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LT_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_LT_VARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_LT_VARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_LT_VARIANT; end // string {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_LT_ANSISTRING; end else if (T1 = typeANSISTRING) and (T2 <> typeANSISTRING) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LT_ANSISTRING; end else if (T1 <> typeANSISTRING) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_LT_ANSISTRING; end // shortstring else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_LT_SHORTSTRING; end else if (T1 = typeSHORTSTRING) and (T2 <> typeSHORTSTRING) then begin InsertConversionToShortString(N, 2); Inc(N); R.Op := OP_LT_SHORTSTRING; end else if (T1 <> typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToShortString(N, 1); Inc(N); R.Op := OP_LT_SHORTSTRING; end // wide string else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_LT_WIDESTRING; end else if (T1 = typeWIDESTRING) and (T2 <> typeWIDESTRING) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_LT_WIDESTRING; end else if (T1 <> typeWIDESTRING) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_LT_WIDESTRING; end {$ENDIF} // unic string else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_LT_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LT_UNICSTRING; end else if (T1 <> typeUNICSTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_LT_UNICSTRING; end {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LT_ANSISTRING; end; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LT_ANSISTRING; end; end else if (T1 = typeANSICHAR) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LT_ANSISTRING; end; end {$ENDIF} // else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LT_UNICSTRING; end; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value < Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LT_UNICSTRING; end; end else if (T1 in CharTypes) and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) < GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LT_UNICSTRING; end; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_LessThan) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_LessThan); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_LessThan) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_LessThan); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_LT_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperLessThanOrEqual; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if T1 = typeSET then CreateSetObject(Arg1); if T2 = typeSET then CreateSetObject(Arg2); K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if GetSymbolRec(Arg1).HasSubrangeEnumType then // enum subrange type begin T1 := GetSymbolRec(Arg1).TypeId + 1; T1 := GetSymbolRec(T1).TypeId; T1 := GetSymbolRec(T1).PatternId; end; if GetSymbolRec(Arg2).HasSubrangeEnumType then // enum subrange type begin T2 := GetSymbolRec(Arg1).TypeId + 1; T2 := GetSymbolRec(T2).TypeId; T2 := GetSymbolRec(T2).PatternId; end; end; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (T1 = typeINT64) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 = typeUINT64) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_UINT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_UINT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeUINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToUInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_UINT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeUINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToUInt64(N, 1); Inc(N); end; end else if ExistsOrdinalRelationalOperator(T1, T2) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_LE_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_LE_INT_MI else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_GE_INT_MI; end; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_LE_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else R.Op := OP_LE_CURRENCY; end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_LE_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_LE_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_LE_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not MatchSetTypes(T1, T2) then CreateError(errIncompatibleTypesNoArgs, []) else if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).ValueAsByteSet <= GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then R.Op := OP_SET_SUBSET else CreateError(errIncompatibleTypesNoArgs, []) end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_LE_VARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_LE_VARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_LE_VARIANT; end // string {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_LE_ANSISTRING; end else if (T1 = typeANSISTRING) and (T2 <> typeANSISTRING) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LE_ANSISTRING; end else if (T1 <> typeANSISTRING) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_LE_ANSISTRING; end // shortstring else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_LE_SHORTSTRING; end else if (T1 = typeSHORTSTRING) and (T2 <> typeSHORTSTRING) then begin InsertConversionToShortString(N, 2); Inc(N); R.Op := OP_LE_SHORTSTRING; end else if (T1 <> typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToShortString(N, 1); Inc(N); R.Op := OP_LE_SHORTSTRING; end // wide string else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_LE_WIDESTRING; end else if (T1 = typeWIDESTRING) and (T2 <> typeWIDESTRING) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_LE_WIDESTRING; end else if (T1 <> typeWIDESTRING) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_LE_WIDESTRING; end {$ENDIF} // unic string else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_LE_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LE_UNICSTRING; end else if (T1 <> typeUNICSTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_LE_UNICSTRING; end // {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LE_ANSISTRING; end; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LE_ANSISTRING; end; end else if (T1 = typeANSICHAR) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_LE_ANSISTRING; end; end {$ENDIF} // else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LE_UNICSTRING; end; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <= Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LE_UNICSTRING; end; end else if (T1 in CharTypes) and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) <= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_LE_UNICSTRING; end; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_LessThanOrEqual) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_LessThanOrEqual); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_LessThanOrEqual) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_LessThanOrEqual); Inc(N); end // else begin if GetLanguage(N) = JS_LANGUAGE then begin InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_LE_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperGreaterThan; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if GetSymbolRec(Arg1).HasSubrangeEnumType then // enum subrange type begin T1 := GetSymbolRec(Arg1).TypeId + 1; T1 := GetSymbolRec(T1).TypeId; T1 := GetSymbolRec(T1).PatternId; end; if GetSymbolRec(Arg2).HasSubrangeEnumType then // enum subrange type begin T2 := GetSymbolRec(Arg1).TypeId + 1; T2 := GetSymbolRec(T2).TypeId; T2 := GetSymbolRec(T2).PatternId; end; end; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (T1 = typeINT64) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 = typeUINT64) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_UINT64; end else if (T1 = typeUINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_UINT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeUINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToUInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_UINT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeUINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToUInt64(N, 1); Inc(N); end; end else if ExistsOrdinalRelationalOperator(T1, T2) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_GT_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_GT_INT_MI else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_LT_INT_MI; end; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_GT_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else R.Op := OP_GT_CURRENCY; end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_GT_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_GT_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GT_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end // else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_GT_VARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_GT_VARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_GT_VARIANT; end // string {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_GT_ANSISTRING; end else if (T1 = typeANSISTRING) and (T2 <> typeANSISTRING) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GT_ANSISTRING; end else if (T1 <> typeANSISTRING) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_GT_ANSISTRING; end // shortstring else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_GT_SHORTSTRING; end else if (T1 = typeSHORTSTRING) and (T2 <> typeSHORTSTRING) then begin InsertConversionToShortString(N, 2); Inc(N); R.Op := OP_GT_SHORTSTRING; end else if (T1 <> typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToShortString(N, 1); Inc(N); R.Op := OP_GT_SHORTSTRING; end // wide string else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_GT_WIDESTRING; end else if (T1 = typeWIDESTRING) and (T2 <> typeWIDESTRING) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_GT_WIDESTRING; end else if (T1 <> typeWIDESTRING) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_GT_WIDESTRING; end {$ENDIF} // unic string else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_GT_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GT_UNICSTRING; end else if (T1 <> typeUNICSTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_GT_UNICSTRING; end // {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GT_ANSISTRING; end; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GT_ANSISTRING; end; end else if (T1 = typeANSICHAR) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GT_ANSISTRING; end; end {$ENDIF} // else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GT_UNICSTRING; end; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value > Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GT_UNICSTRING; end; end else if (T1 in CharTypes) and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) > GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GT_UNICSTRING; end; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_GreaterThan) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_GreaterThan); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_GreaterThan) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_GreaterThan); Inc(N); end // else begin if GetLanguage(N) = JS_LANGUAGE then begin InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_GT_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperGreaterThanOrEqual; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if T1 = typeSET then CreateSetObject(Arg1); if T2 = typeSET then CreateSetObject(Arg2); K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if GetSymbolRec(Arg1).HasSubrangeEnumType then // enum subrange type begin T1 := GetSymbolRec(Arg1).TypeId + 1; T1 := GetSymbolRec(T1).TypeId; T1 := GetSymbolRec(T1).PatternId; end; if GetSymbolRec(Arg2).HasSubrangeEnumType then // enum subrange type begin T2 := GetSymbolRec(Arg1).TypeId + 1; T2 := GetSymbolRec(T2).TypeId; T2 := GetSymbolRec(T2).PatternId; end; end; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (T1 = typeINT64) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_INT64; end else if (T1 = typeINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 = typeUINT64) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_UINT64; end else if (T1 = typeUINT64) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_UINT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeUINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToUInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 = typeUINT64) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_UINT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeUINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToUInt64(N, 1); Inc(N); end; end else if ExistsOrdinalRelationalOperator(T1, T2) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_GE_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_GE_INT_MI else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; R.Op := OP_LE_INT_MI; end; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_GE_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else R.Op := OP_GE_CURRENCY; end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_GE_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_GE_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_GE_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end // else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not MatchSetTypes(T1, T2) then CreateError(errIncompatibleTypesNoArgs, []) else if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).ValueAsByteSet >= GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then R.Op := OP_SET_SUPERSET else CreateError(errIncompatibleTypesNoArgs, []) end else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_GE_VARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_GE_VARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_GE_VARIANT; end // string {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_GE_ANSISTRING; end else if (T1 = typeANSISTRING) and (T2 <> typeANSISTRING) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GE_ANSISTRING; end else if (T1 <> typeANSISTRING) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_GE_ANSISTRING; end // shortstring else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_GE_SHORTSTRING; end else if (T1 = typeSHORTSTRING) and (T2 <> typeSHORTSTRING) then begin InsertConversionToShortString(N, 2); Inc(N); R.Op := OP_GE_SHORTSTRING; end else if (T1 <> typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToShortString(N, 1); Inc(N); R.Op := OP_GE_SHORTSTRING; end // wide string else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_GE_WIDESTRING; end else if (T1 = typeWIDESTRING) and (T2 <> typeWIDESTRING) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_GE_WIDESTRING; end else if (T1 <> typeWIDESTRING) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_GE_WIDESTRING; end {$ENDIF} // unic string else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_GE_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GE_UNICSTRING; end else if (T1 <> typeUNICSTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_GE_UNICSTRING; end // {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GE_ANSISTRING; end; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GE_ANSISTRING; end; end else if (T1 = typeANSICHAR) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_GE_ANSISTRING; end; end {$ENDIF} // else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GE_UNICSTRING; end; end else if GetSymbolRec(Arg1).HasPWideCharType and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value >= Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GE_UNICSTRING; end; end else if (T1 in CharTypes) and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) >= GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_GE_UNICSTRING; end; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_GreaterThanOrEqual) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_GreaterThanOrEqual); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_GreaterThanOrEqual) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_GreaterThanOrEqual); Inc(N); end // else begin if GetLanguage(N) = JS_LANGUAGE then begin InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_GE_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; function TCode.InsertSubCall(I: Integer): Boolean; var SubId, TypeId: Integer; R, RC: TCodeRec; begin result := true; R := Records[N]; SubId := 0; case I of 1: SubId := R.Arg1; 2: SubId := R.Arg2; 3: SubId := R.Res; else RaiseError(errInternalError, []); end; if TKernel(kernel).SymbolTable.EventNilId = SubId then begin result := false; Exit; end; TypeId := GetSymbolRec(SubId).TerminalTypeId; TypeId := GetSymbolRec(TypeId).PatternId; if GetSymbolRec(TypeId).Count > 0 then begin result := false; Exit; end; TypeId := GetSymbolRec(TypeId).TypeId; RC := TCodeRec.Create(OP_CALL, Self); RC.Arg1 := SubId; RC.Arg2 := 0; RC.Res := NewTempVar(GetLevel(N), TypeId); Insert(N, RC); case I of 1: R.Arg1 := RC.Res; 2: R.Arg2 := RC.Res; 3: R.Res := RC.Res; else RaiseError(errInternalError, []); end; Dec(N); end; procedure TCode.OperEqual; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if T1 = typeSET then CreateSetObject(Arg1); if T2 = typeSET then CreateSetObject(Arg2); K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if GetSymbolRec(Arg1).HasSubrangeEnumType then // enum subrange type begin T1 := GetSymbolRec(Arg1).TypeId + 1; T1 := GetSymbolRec(T1).TypeId; T1 := GetSymbolRec(T1).PatternId; end; if GetSymbolRec(Arg2).HasSubrangeEnumType then // enum subrange type begin T2 := GetSymbolRec(Arg1).TypeId + 1; T2 := GetSymbolRec(T2).TypeId; T2 := GetSymbolRec(T2).PatternId; end; end; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (T1 in INT64Types) and (T2 in INT64Types) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_INT64; end else if (T1 in INT64Types) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in INT64Types) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in BooleanTypes) and (T2 in BooleanTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin if (TVarData(GetSymbolRec(Arg1).value).VInteger <> 0) and (TVarData(GetSymbolRec(Arg2).value).VInteger <> 0) then GetSymbolRec(R.Res).value := true else if (TVarData(GetSymbolRec(Arg1).value).VInteger = 0) and (TVarData(GetSymbolRec(Arg2).value).VInteger = 0) then GetSymbolRec(R.Res).value := true else GetSymbolRec(R.Res).value := false; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then begin if T1 <> T2 then begin if T1 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 1); Inc(N); end; if T2 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 2); Inc(N); end; end; R.Op := OP_EQ_INT_MM; end else if (K1 = KindVAR) and (K2 = KindCONST) then begin if T1 <> T2 then begin if T1 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 1); Inc(N); end; if T2 <> typeBOOLEAN then begin if TVarData(GetSymbolRec(Arg2).value).VInteger <> 0 then R.Arg2 := SymbolTable.TrueId else R.Arg2 := SymbolTable.FalseId end; end; R.Op := OP_EQ_INT_MI; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_EQ_INT_MI; R.SwapArguments; if T1 <> T2 then begin if T2 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 1); Inc(N); end; if T1 <> typeBOOLEAN then begin if TVarData(GetSymbolRec(Arg2).value).VInteger <> 0 then R.Arg2 := SymbolTable.TrueId else R.Arg2 := SymbolTable.FalseId end; end; R.Op := OP_EQ_INT_MI; end; end else if ExistsOrdinalRelationalOperator(T1, T2) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_EQ_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_EQ_INT_MI else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_EQ_INT_MI; R.SwapArguments; end; end else if (T1 = typeCLASS) and (Arg2 = SymbolTable.NilId) then begin if K1 = KindTYPE then Inc(R.Arg1); R.Op := OP_EQ_INT_MI; end else if (Arg1 = SymbolTable.NilId) and (T2 = typeCLASS) then begin if K2 = KindTYPE then Inc(R.Arg2); R.Op := OP_EQ_INT_MI; R.SwapArguments; end else if (T1 = typeCLASS) and (T2 = typeCLASS) then begin if K1 = KindTYPE then Inc(R.Arg1); if K2 = KindTYPE then Inc(R.Arg2); R.Op := OP_EQ_INT_MM; end else if (T1 = typeINTERFACE) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_EQ_INT_MI; end else if (T1 = typeINTERFACE) and (T2 = typeINTERFACE) then begin R.Op := OP_EQ_INT_MM; end else if (Arg1 = SymbolTable.NilId) and (T2 = typeINTERFACE) then begin R.Op := OP_EQ_INT_MI; R.SwapArguments; end else if (T1 in [typePOINTER, typeCLASS, typeCLASSREF, typePROC, typeINTERFACE] ) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_EQ_INT_MI; end else if (Arg1 = SymbolTable.NilId) and (T2 in [typePOINTER, typeCLASS, typeCLASSREF, typePROC, typeINTERFACE]) then begin R.Op := OP_EQ_INT_MI; R.SwapArguments; end else if (T1 = typePOINTER) and (T2 = typePOINTER) then begin {$IFNDEF PAXARM} if (GetSymbolRec(Arg1).HasPAnsiCharType or GetSymbolRec(Arg1) .HasPWideCharType) and (GetSymbolRec(Arg2).HasPAnsiCharType or GetSymbolRec(Arg2).HasPWideCharType) then begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_EQ_WIDESTRING; Exit; end; {$ENDIF} R.Op := OP_EQ_INT_MM; end else if (T1 = typeCLASSREF) and (T2 = typeCLASSREF) then begin R.Op := OP_EQ_INT_MM; end else if (T1 = typeCLASS) and (T2 = typeCLASSREF) then begin if K1 = KindTYPE then Inc(R.Arg1); R.Op := OP_EQ_INT_MM; end else if (T1 = typeCLASSREF) and (T2 = typeCLASS) then begin if K2 = KindTYPE then Inc(R.Arg2); R.Op := OP_EQ_INT_MM; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_EQ_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else R.Op := OP_EQ_CURRENCY; end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_EQ_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_EQ_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_EQ_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end // else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not MatchSetTypes(T1, T2) then CreateError(errIncompatibleTypesNoArgs, []) else if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .ValueAsByteSet = GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then R.Op := OP_SET_EQUALITY else CreateError(errIncompatibleTypesNoArgs, []) end {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_EQ_ANSISTRING; end else if (T1 = typeANSISTRING) and (T2 <> typeANSISTRING) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_EQ_ANSISTRING; end else if (T1 <> typeANSISTRING) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_EQ_ANSISTRING; end // else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_EQ_ANSISTRING; end; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_EQ_ANSISTRING; end; end else if (T1 = typeANSICHAR) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_EQ_ANSISTRING; end; end {$ENDIF} // else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_EQ_UNICSTRING; end; end else if (GetSymbolRec(Arg1).HasPWideCharType {$IFNDEF PAXARM} or GetSymbolRec(Arg1).HasPAnsiCharType {$ENDIF} ) and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1) .value = Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_EQ_UNICSTRING; end; end else if (T1 in CharTypes) and (GetSymbolRec(Arg2).HasPWideCharType {$IFNDEF PAXARM} or GetSymbolRec(Arg2).HasPAnsiCharType {$ENDIF} ) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) = GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_EQ_UNICSTRING; end; end {$IFNDEF PAXARM} // else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_EQ_SHORTSTRING; end else if (T1 = typeSHORTSTRING) and (T2 <> typeSHORTSTRING) then begin InsertConversionToShortString(N, 2); Inc(N); R.Op := OP_EQ_SHORTSTRING; end else if (T1 <> typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToShortString(N, 1); Inc(N); R.Op := OP_EQ_SHORTSTRING; end // wide string else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_EQ_WIDESTRING; end else if (T1 = typeWIDESTRING) and (T2 <> typeWIDESTRING) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_EQ_WIDESTRING; end else if (T1 <> typeWIDESTRING) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_EQ_WIDESTRING; end {$ENDIF} // unic string else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_EQ_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_EQ_UNICSTRING; end else if (T1 <> typeUNICSTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_EQ_UNICSTRING; end // variant else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_EQ_VARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_EQ_VARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_EQ_VARIANT; end else if (T1 = typeEVENT) and (T2 = typeEVENT) then begin R.Op := OP_EQ_EVENT; end else if (T1 = typeEVENT) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_EQ_EVENT; R.Arg2 := SymbolTable.EventNilId; end else if (Arg1 = SymbolTable.NilId) and (T2 = typeEVENT) then begin R.Op := OP_EQ_EVENT; R.Arg1 := SymbolTable.EventNilId; end else if (T1 = typeARRAY) and (T2 = typeARRAY) and (GetSymbolRec(Arg1).TypeId = GetSymbolRec(Arg2).TypeId) then begin R.Op := OP_EQ_STRUCT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_Equal) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_Equal); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_Equal) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_Equal); Inc(N); end else if (T1 = typePOINTER) and (T2 = typePOINTER) then begin R.Op := OP_EQ_INT_MM; end else begin if GetLanguage(N) = JS_LANGUAGE then begin InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_EQ_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperNotEqual; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if T1 in [typePROC, typeEVENT] then begin if InsertSubCall(1) then Exit; end; if T2 in [typePROC, typeEVENT] then begin if InsertSubCall(2) then Exit; end; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; if T1 = typeOLEVARIANT then T1 := typeVARIANT; if T2 = typeOLEVARIANT then T2 := typeVARIANT; if T1 = typeSET then CreateSetObject(Arg1); if T2 = typeSET then CreateSetObject(Arg2); K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; if (T1 = typeENUM) and (T2 = typeENUM) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; T1 := GetSymbolRec(T1).PatternId; T2 := GetSymbolRec(T2).PatternId; if GetSymbolRec(Arg1).HasSubrangeEnumType then // enum subrange type begin T1 := GetSymbolRec(Arg1).TypeId + 1; T1 := GetSymbolRec(T1).TypeId; T1 := GetSymbolRec(T1).PatternId; end; if GetSymbolRec(Arg2).HasSubrangeEnumType then // enum subrange type begin T2 := GetSymbolRec(Arg1).TypeId + 1; T2 := GetSymbolRec(T2).TypeId; T2 := GetSymbolRec(T2).PatternId; end; end; if not(K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then begin CreateError(errIncompatibleTypesNoArgs, []); Exit; end; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (T1 in INT64Types) and (T2 in INT64Types) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_INT64; end else if (T1 in INT64Types) and (T2 in IntegerTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_INT64; if K2 = KindCONST then R.Arg2 := CreateConst(typeINT64, GetSymbolRec(R.Arg2).value) else begin InsertConversionToInt64(N, 2); Inc(N); end; end else if (T1 in IntegerTypes) and (T2 in INT64Types) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_INT64; if K1 = KindCONST then R.Arg1 := CreateConst(typeINT64, GetSymbolRec(R.Arg1).value) else begin InsertConversionToInt64(N, 1); Inc(N); end; end else if (T1 in BooleanTypes) and (T2 in BooleanTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin if (TVarData(GetSymbolRec(Arg1).value).VInteger <> 0) and (TVarData(GetSymbolRec(Arg2).value).VInteger <> 0) then GetSymbolRec(R.Res).value := false else if (TVarData(GetSymbolRec(Arg1).value).VInteger = 0) and (TVarData(GetSymbolRec(Arg2).value).VInteger = 0) then GetSymbolRec(R.Res).value := false else GetSymbolRec(R.Res).value := false; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then begin if T1 <> T2 then begin if T1 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 1); Inc(N); end; if T2 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 2); Inc(N); end; end; R.Op := OP_NE_INT_MM; end else if (K1 = KindVAR) and (K2 = KindCONST) then begin if T1 <> T2 then begin if T1 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 1); Inc(N); end; if T2 <> typeBOOLEAN then begin if TVarData(GetSymbolRec(Arg2).value).VInteger <> 0 then R.Arg2 := SymbolTable.TrueId else R.Arg2 := SymbolTable.FalseId end; end; R.Op := OP_NE_INT_MI; end else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.SwapArguments; if T1 <> T2 then begin if T2 <> typeBOOLEAN then begin InsertConversionToBoolean(N, 1); Inc(N); end; if T1 <> typeBOOLEAN then begin if TVarData(GetSymbolRec(Arg2).value).VInteger <> 0 then R.Arg2 := SymbolTable.TrueId else R.Arg2 := SymbolTable.FalseId end; end; R.Op := OP_NE_INT_MI; end; end else if ExistsOrdinalRelationalOperator(T1, T2) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; if (K1 = KindVAR) and (K2 = KindVAR) then R.Op := OP_NE_INT_MM else if (K1 = KindVAR) and (K2 = KindCONST) then R.Op := OP_NE_INT_MI else if (K1 = KindCONST) and (K2 = KindVAR) then begin R.Op := OP_NE_INT_MI; R.SwapArguments; end; end else if (T1 = typeCLASS) and (Arg2 = SymbolTable.NilId) then begin if K1 = KindTYPE then Inc(R.Arg1); R.Op := OP_NE_INT_MI; end else if (Arg1 = SymbolTable.NilId) and (T2 = typeCLASS) then begin if K2 = KindTYPE then Inc(R.Arg2); R.Op := OP_NE_INT_MI; R.SwapArguments; end else if (T1 = typeCLASS) and (T2 = typeCLASS) then begin if K1 = KindTYPE then Inc(R.Arg1); if K2 = KindTYPE then Inc(R.Arg2); R.Op := OP_NE_INT_MM; end else if (T1 in [typePOINTER, typeCLASS, typeCLASSREF, typePROC, typeINTERFACE] ) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_NE_INT_MI; end else if (Arg1 = SymbolTable.NilId) and (T2 in [typePOINTER, typeCLASS, typeCLASSREF, typePROC, typeINTERFACE]) then begin R.Op := OP_NE_INT_MI; R.SwapArguments; end else if (T1 = typeINTERFACE) and (T2 = typeINTERFACE) then begin R.Op := OP_NE_INT_MM; end else if (T1 = typePOINTER) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_NE_INT_MI; end else if (Arg1 = SymbolTable.NilId) and (T2 = typePOINTER) then begin R.Op := OP_NE_INT_MI; R.SwapArguments; end else if (T1 = typePOINTER) and (T2 = typePOINTER) then begin {$IFNDEF PAXARM} if (GetSymbolRec(Arg1).HasPAnsiCharType or GetSymbolRec(Arg1) .HasPWideCharType) and (GetSymbolRec(Arg2).HasPAnsiCharType or GetSymbolRec(Arg2).HasPWideCharType) then begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_NE_WIDESTRING; Exit; end; {$ENDIF} R.Op := OP_NE_INT_MM; end else if (T1 = typeCLASSREF) and (T2 = typeCLASSREF) then begin R.Op := OP_NE_INT_MM; end else if (T1 = typeCLASS) and (T2 = typeCLASSREF) then begin if K1 = KindTYPE then Inc(R.Arg1); R.Op := OP_NE_INT_MM; end else if (T1 = typeCLASSREF) and (T2 = typeCLASS) then begin if K2 = KindTYPE then Inc(R.Arg2); R.Op := OP_NE_INT_MM; end else if (T1 = typeCURRENCY) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K2 = KindCONST then begin R.Op := OP_NE_CURRENCY; if T2 <> typeCURRENCY then R.Arg2 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg2).value); end else R.Op := OP_NE_CURRENCY; end else if (T1 in NumberTypes) and (T2 = typeCURRENCY) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if K1 = KindCONST then begin R.Op := OP_NE_CURRENCY; if T1 <> typeCURRENCY then R.Arg1 := CreateConst(typeCURRENCY, GetSymbolRec(R.Arg1).value); end else R.Op := OP_NE_CURRENCY; end else if (T1 = typeDOUBLE) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_DOUBLE; end else if (T1 = typeDOUBLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_DOUBLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToDouble(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeDOUBLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_DOUBLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeDOUBLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToDouble(N, 1); Inc(N); end; end else if (T1 = typeSINGLE) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_SINGLE; end else if (T1 = typeSINGLE) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_SINGLE; if K2 = KindCONST then R.Arg2 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg2).value) else begin InsertConversionToSingle(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeSINGLE) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_SINGLE; if K1 = KindCONST then R.Arg1 := CreateConst(typeSINGLE, GetSymbolRec(R.Arg1).value) else begin InsertConversionToSingle(N, 1); Inc(N); end; end // else if (T1 = typeEXTENDED) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_EXTENDED; end else if (T1 = typeEXTENDED) and (T2 in NumberTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_EXTENDED; if K2 = KindCONST then R.Arg2 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg2).value) else begin InsertConversionToExtended(N, 2); Inc(N); end; end else if (T1 in NumberTypes) and (T2 = typeEXTENDED) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; Exit; end; R.Op := OP_NE_EXTENDED; if K1 = KindCONST then R.Arg1 := CreateConst(typeEXTENDED, GetSymbolRec(R.Arg1).value) else begin InsertConversionToExtended(N, 1); Inc(N); end; end // else if (T1 = typeSET) and (T2 = typeSET) then begin T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; if not MatchSetTypes(T1, T2) then CreateError(errIncompatibleTypesNoArgs, []) else if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).ValueAsByteSet <> GetSymbolRec(Arg2).ValueAsByteSet; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else if (K1 in [KindVAR, KindCONST]) and (K2 in [KindVAR, KindCONST]) then R.Op := OP_SET_INEQUALITY else CreateError(errIncompatibleTypesNoArgs, []) end {$IFNDEF PAXARM} else if (T1 = typeANSISTRING) and (T2 = typeANSISTRING) then begin R.Op := OP_NE_ANSISTRING; end else if (T1 = typeANSISTRING) and (T2 <> typeANSISTRING) then begin InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_NE_ANSISTRING; end else if (T1 <> typeANSISTRING) and (T2 = typeANSISTRING) then begin InsertConversionToAnsiString(N, 1); Inc(N); R.Op := OP_NE_ANSISTRING; end else if (T1 = typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin R.Op := OP_NE_SHORTSTRING; end else if (T1 = typeSHORTSTRING) and (T2 <> typeSHORTSTRING) then begin InsertConversionToShortString(N, 2); Inc(N); R.Op := OP_NE_SHORTSTRING; end else if (T1 <> typeSHORTSTRING) and (T2 = typeSHORTSTRING) then begin InsertConversionToShortString(N, 1); Inc(N); R.Op := OP_NE_SHORTSTRING; end // wide string else if (T1 = typeWIDESTRING) and (T2 = typeWIDESTRING) then begin R.Op := OP_NE_WIDESTRING; end else if (T1 = typeWIDESTRING) and (T2 <> typeWIDESTRING) then begin InsertConversionToWideString(N, 2); Inc(N); R.Op := OP_NE_WIDESTRING; end else if (T1 <> typeWIDESTRING) and (T2 = typeWIDESTRING) then begin InsertConversionToWideString(N, 1); Inc(N); R.Op := OP_NE_WIDESTRING; end {$ENDIF} // unic string else if (T1 = typeUNICSTRING) and (T2 = typeUNICSTRING) then begin R.Op := OP_NE_UNICSTRING; end else if (T1 = typeUNICSTRING) and (T2 <> typeUNICSTRING) then begin InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_NE_UNICSTRING; end else if (T1 <> typeUNICSTRING) and (T2 = typeUNICSTRING) then begin InsertConversionToUnicString(N, 1); Inc(N); R.Op := OP_NE_UNICSTRING; end // variant else if (T1 = typeVARIANT) and (T2 = typeVARIANT) then begin R.Op := OP_NE_VARIANT; end else if (T1 = typeVARIANT) and (T2 <> typeVARIANT) then begin InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_NE_VARIANT; end else if (T1 <> typeVARIANT) and (T2 = typeVARIANT) then begin InsertConversionToVariant(N, 1); Inc(N); R.Op := OP_NE_VARIANT; end else if (T1 = typeEVENT) and (T2 = typeEVENT) then begin R.Op := OP_NE_EVENT; end else if (T1 = typeEVENT) and (Arg2 = SymbolTable.NilId) then begin R.Op := OP_NE_EVENT; R.Arg2 := SymbolTable.EventNilId; end else if (Arg1 = SymbolTable.NilId) and (T2 = typeEVENT) then begin R.Op := OP_NE_EVENT; R.Arg1 := SymbolTable.EventNilId; end // {$IFNDEF PAXARM} else if GetSymbolRec(Arg1).HasPAnsiCharType and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_NE_ANSISTRING; end; end else if GetSymbolRec(Arg1).HasPAnsiCharType and (T2 = typeANSICHAR) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_NE_ANSISTRING; end; end else if (T1 = typeANSICHAR) and GetSymbolRec(Arg2).HasPAnsiCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToAnsiString(N, 1); Inc(N); InsertConversionToAnsiString(N, 2); Inc(N); R.Op := OP_NE_ANSISTRING; end; end // {$ENDIF} else if GetSymbolRec(Arg1).HasPWideCharType and GetSymbolRec(Arg2).HasPWideCharType then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_NE_UNICSTRING; end; end else if (GetSymbolRec(Arg1).HasPWideCharType {$IFNDEF PAXARM} or GetSymbolRec(Arg1).HasPAnsiCharType {$ENDIF} ) and (T2 in CharTypes) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := GetSymbolRec(Arg1).value <> Chr(Integer(GetSymbolRec(Arg2).value)); GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_NE_UNICSTRING; end; end else if (T1 in CharTypes) and (GetSymbolRec(Arg2).HasPWideCharType {$IFNDEF PAXARM} or GetSymbolRec(Arg2).HasPAnsiCharType {$ENDIF} ) then begin if (K1 = KindCONST) and (K2 = KindCONST) then begin GetSymbolRec(R.Res).value := Chr(Integer(GetSymbolRec(Arg1).value)) <> GetSymbolRec(Arg2).value; GetSymbolRec(R.Res).Kind := KindCONST; R.Op := OP_NOP; end else begin InsertConversionToUnicString(N, 1); Inc(N); InsertConversionToUnicString(N, 2); Inc(N); R.Op := OP_NE_UNICSTRING; end; end else if (T1 = typePOINTER) and (T2 = typePOINTER) then begin R.Op := OP_NE_INT_MM; end // else if (T1 = typeARRAY) and (T2 = typeARRAY) and (GetSymbolRec(Arg1).TypeId = GetSymbolRec(Arg2).TypeId) then begin R.Op := OP_NE_STRUCT; end else if (T1 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg1).TerminalTypeId, gen_NotEqual) then begin InsertBinaryOperator(GetSymbolRec(Arg1).TerminalTypeId, gen_NotEqual); Inc(N); end else if (T2 = typeRECORD) and ExistsBinaryOperator (GetSymbolRec(Arg2).TerminalTypeId, gen_NotEqual) then begin InsertBinaryOperator(GetSymbolRec(Arg2).TerminalTypeId, gen_NotEqual); Inc(N); end else begin if GetLanguage(N) = JS_LANGUAGE then begin InsertConversionToVariant(N, 1); Inc(N); InsertConversionToVariant(N, 2); Inc(N); R.Op := OP_NE_VARIANT; Exit; end; T1 := GetSymbolRec(Arg1).TypeId; T2 := GetSymbolRec(Arg2).TypeId; CreateError(errIncompatibleTypes, [GetSymbolRec(T1).Name, GetSymbolRec(T2).Name]); end; end; procedure TCode.OperRaise; var R: TCodeRec; begin R := Records[N]; if R.Arg1 > 0 then if GetSymbolRec(R.Arg1).FinalTypeId <> typeCLASS then CreateError(errClassTypeExpected, []); end; procedure TCode.OperTypeInfo; var R: TCodeRec; S: String; begin R := Records[N]; if GetSymbolRec(R.Arg1).Kind <> KindTYPE then CreateError(errIncompatibleTypesNoArgs, []); S := GetSymbolRec(R.Arg1).FullName; R.Arg2 := CreateConst(typeSTRING, S); end; procedure TCode.OperAddTypeInfo; var R: TCodeRec; SourceTypeId: Integer; begin R := Records[N]; if GetSymbolRec(R.Arg1).Kind <> KindTYPE then begin CreateError(errIncompatibleTypesNoArgs, []); end; if GetSymbolRec(R.Arg1).Kind = KindTYPE then SourceTypeId := R.Arg1 else SourceTypeId := GetSymbolRec(R.Arg1).TypeId; AddTypeInfo(GetSymbolRec(R.Arg1).TerminalTypeId, SourceTypeId); end; procedure TCode.OperIs; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; GetSymbolRec(R.Res).TypeId := typeBOOLEAN; if (T1 = typeCLASS) and (T2 = typeCLASS) and (K1 = KindVAR) and (K2 = KindTYPE) then begin // ok end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperAs; var Arg1, Arg2, T1, T2, K1, K2: Integer; R: TCodeRec; begin R := Records[N]; Arg1 := R.Arg1; Arg2 := R.Arg2; T1 := GetSymbolRec(Arg1).FinalTypeId; T2 := GetSymbolRec(Arg2).FinalTypeId; if TKernel(kernel).InterfaceOnly then if (T1 = 0) or (T2 = 0) then begin DiscardImport; Exit; end; K1 := GetSymbolRec(Arg1).Kind; K2 := GetSymbolRec(Arg2).Kind; map_list.Add(Arg2); if (T1 = typeCLASS) and (T2 = typeCLASS) and (K1 = KindVAR) and (K2 = KindTYPE) then begin R.Op := OP_ASSIGN_INT_M; R.Arg1 := R.Res; R.Arg2 := Arg1; GetSymbolRec(R.Res).TypeId := Arg2; end else if (T1 = typeINTERFACE) and (T2 = typeINTERFACE) and (K1 = KindVAR) and (K2 = KindTYPE) then begin R.Op := OP_INTERFACE_CAST; GetSymbolRec(R.Res).TypeId := Arg2; end else if (T1 = typeCLASS) and (T2 = typeINTERFACE) and (K1 = KindVAR) and (K2 = KindTYPE) then begin R.Op := OP_INTERFACE_FROM_CLASS; R.Arg1 := R.Res; R.Arg2 := Arg1; GetSymbolRec(R.Res).TypeId := Arg2; end else CreateError(errIncompatibleTypesNoArgs, []); end; procedure TCode.OperGoTrue; var Arg2, T2: Integer; V: Variant; begin Arg2 := Records[N].Arg2; T2 := GetSymbolRec(Arg2).FinalTypeId; if not(T2 in BooleanTypes) then begin if Records[N].Language = JS_LANGUAGE then begin if GetSymbolRec(Arg2).Kind = KindCONST then begin if T2 in IntegerTypes then begin V := GetSymbolRec(Arg2).value; Records[N].Arg2 := CreateConst(typeBOOLEAN, V = 0); Exit; end {$IFNDEF PAXARM} else if GetSymbolRec(Arg2).HasPAnsiCharType then begin V := GetSymbolRec(Arg2).value; Records[N].Arg2 := CreateConst(typeBOOLEAN, V = ''); Exit; end; {$ENDIF} end else begin InsertConversionToBoolean(N, 2); Inc(N); Exit; end; end else if T2 in VariantTypes then begin InsertConversionToBoolean(N, 2); Inc(N); Exit; end; CreateError(errTypeOfExpressionMustBe, ['BOOLEAN']); end; end; procedure TCode.OperGoFalse; var Arg2, T2: Integer; V: Variant; begin Arg2 := Records[N].Arg2; T2 := GetSymbolRec(Arg2).FinalTypeId; if not(T2 in BooleanTypes) then begin if Records[N].Language = JS_LANGUAGE then begin if GetSymbolRec(Arg2).Kind = KindCONST then begin if T2 in IntegerTypes then begin V := GetSymbolRec(Arg2).value; Records[N].Arg2 := CreateConst(typeBOOLEAN, V <> 0); Exit; end {$IFNDEF PAXARM} else if GetSymbolRec(Arg2).HasPAnsiCharType then begin V := GetSymbolRec(Arg2).value; Records[N].Arg2 := CreateConst(typeBOOLEAN, V <> ''); Exit; end {$ENDIF} else if GetSymbolRec(Arg2).HasPWideCharType then begin V := GetSymbolRec(Arg2).value; Records[N].Arg2 := CreateConst(typeBOOLEAN, V <> ''); Exit; end; end else begin InsertConversionToBoolean(N, 2); Inc(N); Exit; end; end else if T2 in VariantTypes then begin InsertConversionToBoolean(N, 2); Inc(N); Exit; end; CreateError(errTypeOfExpressionMustBe, ['BOOLEAN']); end; end; procedure TCode.OperGoTrueBool; var Arg2, T2: Integer; begin Arg2 := Records[N].Arg2; T2 := GetSymbolRec(Arg2).FinalTypeId; if T2 in (BooleanTypes + VariantTypes) then begin Records[N].Op := OP_GO_TRUE; Dec(N); end else Records[N].Op := OP_NOP; end; procedure TCode.OperGoFalseBool; var Arg2, T2: Integer; begin Arg2 := Records[N].Arg2; T2 := GetSymbolRec(Arg2).FinalTypeId; if T2 in (BooleanTypes + VariantTypes) then begin Records[N].Op := OP_GO_FALSE; Dec(N); end else Records[N].Op := OP_NOP; end; procedure TCode.RemoveEvalOpForTypes; var using_stack: TIntegerStack; EndOfImport: Boolean; function CheckNamespace(Arg1: Integer): Boolean; var I, Id: Integer; S, Q: String; begin if not EndOfImport then begin result := true; Exit; end; result := using_stack.IndexOf(Arg1) >= 0; if result then Exit; S := UpperCase(GetSymbolRec(Arg1).FullName); for I := 0 to using_stack.Count - 1 do begin Id := using_stack[I]; if Id = 0 then continue; Q := UpperCase(GetSymbolRec(Id).FullName); result := pos(S, Q) = SLow(S); if result then Exit; end; end; var Id, Op, Arg1, Arg2, K, K1: Integer; sub_stack: TIntegerStack; SymbolTable: TSymbolTable; Upcase: Boolean; S: String; RN: TCodeRec; WithCount: Integer; begin SymbolTable := TKernel(kernel).SymbolTable; using_stack := TIntegerStack.Create; sub_stack := TIntegerStack.Create; WithCount := 0; EndOfImport := false; try N := 0; while N < Card do begin Inc(N); RN := Records[N]; Op := RN.Op; if Op = OP_BEGIN_USING then using_stack.Push(RN.Arg1) else if Op = OP_END_USING then using_stack.Pop else if Op = OP_BEGIN_WITH then Inc(WithCount) else if Op = OP_END_WITH then Dec(WithCount) else if Op = OP_END_IMPORT then EndOfImport := true else if Op = OP_BEGIN_MODULE then EndOfImport := false { else if Op = OP_BEGIN_MODULE then using_stack.Clear } else if Op = OP_END_MODULE then using_stack.Clear else if Op = OP_BEGIN_SUB then sub_stack.Push(RN.Arg1) else if Op = OP_END_SUB then sub_stack.Pop else if Op = OP_EVAL then begin if RN.Res <= Types.Count then begin RN.Op := OP_NOP; continue; end; S := GetSymbolRec(RN.Res).Name; if S = DummyName then begin RN.Op := OP_NOP; continue; end; if S = '' then begin RN.Op := OP_NOP; GetSymbolRec(RN.Res).Kind := KindNONE; continue; end; if WithCount > 0 then continue; Upcase := GetUpcase(N); // try to find in the sub list K := GetSymbolRec(RN.Res).Kind; GetSymbolRec(RN.Res).Kind := KindNONE; Id := SymbolTable.LookUps(S, sub_stack, Upcase); if Id > 0 then if GetSymbolRec(Id).Kind = KindTYPE then begin GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, Id); RN.Op := OP_NOP; continue; end; // try to find in the using list Id := SymbolTable.LookUps(S, using_stack, Upcase); if Id = 0 then Id := SymbolTable.LookUp(S, 0, Upcase); if Id > 0 then if GetSymbolRec(Id).Kind in [KindTYPE, KindNAMESPACE] then begin if GetSymbolRec(Id).FinalTypeId in [typeCLASS, typeRECORD] then continue; if Id > RN.Res then if GetLanguage(N) in [PASCAL_LANGUAGE] then if TKernel(kernel).Modules.IndexOfModuleById(RN.Res) = TKernel(kernel).Modules.IndexOfModuleById(Id) then begin if TKernel(kernel).Modules.IsDefinedInPCU(Id) then begin // ok end else if GetSymbolRec(Id).Host then begin // ok end else CreateError(errUndeclaredIdentifier, [S]); end; GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, Id); RN.Op := OP_NOP; continue; end; GetSymbolRec(RN.Res).Kind := K; end else if Op = OP_FIELD then begin Arg1 := RN.Arg1; Arg2 := RN.Arg2; K1 := GetSymbolRec(Arg1).Kind; if K1 = KindNAMESPACE then begin if GetLanguage(N) = PASCAL_LANGUAGE then if not CheckNamespace(Arg1) then begin S := GetSymbolRec(Arg1).Name; CreateError(errUndeclaredIdentifier, [S]); TKernel(kernel).SymbolTable.AddUndeclaredIdent(S, TKernel(kernel).UndeclaredIdents, TKernel(kernel).Errors.Count - 1, true); end; Id := SymbolTable.LookUp(GetSymbolRec(Arg2).Name, Arg1, GetUpcase(N)); if Id <> 0 then if GetSymbolRec(Id).Kind in [KindTYPE, KindNAMESPACE] then begin ReplaceId(Arg2, Id); GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := KindNONE; RN.Op := OP_NOP; end; end; end // set types else if Op = OP_ASSIGN_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then continue; GetSymbolRec(RN.Arg1).TypeId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_ASSIGN_THE_SAME_TYPE then begin GetSymbolRec(RN.Arg1).TypeId := GetSymbolRec(RN.Arg2).TypeId; RN.Op := OP_NOP; end else if Op = OP_ASSIGN_TYPE_ALIAS then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin continue; end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_CREATE_POINTER_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin continue; end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_CREATE_CLASSREF_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin continue; end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_BEGIN_HELPER_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin continue; end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; if SymbolTable.TypeHelpers.Keys.IndexOf(RN.Arg1) = -1 then SymbolTable.TypeHelpers.Add(RN.Arg1, RN.Arg2); end else if Op = OP_CALL then begin if GetSymbolRec(RN.Arg1).Kind = KindTYPE then if Records[N - 1].Op = OP_PUSH then if Records[N - 1].Arg1 = SymbolTable.NilId then if Records[N + 1].Op = OP_FIELD then if Records[N + 1].Arg1 = RN.Res then begin RN.Op := OP_NOP; RN.GenOp := OP_NOP; Records[N - 1].Op := OP_NOP; Records[N - 1].GenOp := OP_NOP; Records[N + 1].Arg1 := RN.Arg1; GetSymbolRec(Records[N + 1].Arg2).OwnerId := RN.Arg1; end; end else if Op = OP_CREATE_DYNAMIC_ARRAY_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin continue; end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_ADD_ANCESTOR then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin continue; end; GetSymbolRec(RN.Arg1).AncestorId := RN.Arg2; // RN.Op := OP_NOP; end else if Op = OP_ADD_INTERFACE then begin if RN.Arg2 = 0 then RN.Arg2 := SymbolTable.LookupAnonymousInterface(RN.Arg1); if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin if TKernel(kernel).InterfaceOnly then RN.Op := OP_NOP; continue; end; if GetSymbolRec(RN.Arg2).FinalTypeId <> typeINTERFACE then CreateError(errIncompatibleTypesNoArgs, []); SymbolTable.RegisterSupportedInterface(RN.Arg1, RN.Arg2); RN.Op := OP_NOP; end; end; // while finally FreeAndNil(using_stack); FreeAndNil(sub_stack); end; end; procedure TCode.ProcessImplements; var PropId, IntfTypeId, ClassTypeId, LanguageId, CurrModule: Integer; Upcase: Boolean; SymbolTable: TSymbolTable; L: Integer; procedure Gen(Op, Arg1, Arg2, Res: Integer); begin Add(Op, Arg1, Arg2, Res, L, Upcase, LanguageId, CurrModule, 0); end; procedure AddMethod(IntfSubId: Integer); var I, SubId, LabelId, ResId, SelfId, ParamId, IntfParamId, IntfResTypeId, TempPropId, NameId, TempId, NP: Integer; IsFunction: Boolean; begin IntfResTypeId := SymbolTable[IntfSubId].TypeId; IsFunction := (IntfResTypeId <> 0) and (IntfResTypeId <> typeVOID); NP := GetSymbolRec(IntfSubId).Count; LabelId := SymbolTable.AddLabel.Id; SubId := NewTempVar(ClassTypeId, IntfResTypeId); L := SubId; GetSymbolRec(SubId).Name := GetSymbolRec(IntfSubId).Name; GetSymbolRec(SubId).Kind := KindSUB; GetSymbolRec(SubId).CallConv := GetSymbolRec(IntfSubId).CallConv; GetSymbolRec(SubId).Count := GetSymbolRec(IntfSubId).Count; ResId := NewTempVar(SubId, IntfResTypeId); if not IsFunction then GetSymbolRec(ResId).Kind := KindNONE; SelfId := NewTempVar(SubId, ClassTypeId); GetSymbolRec(SelfId).Param := true; for I := 0 to NP - 1 do begin IntfParamId := SymbolTable.GetParamId(IntfSubId, I); ParamId := NewTempVar(SubId, GetSymbolRec(IntfParamId).TypeId); GetSymbolRec(ParamId).Param := true; GetSymbolRec(ParamId).Name := GetSymbolRec(IntfParamId).Name; GetSymbolRec(ParamId).ByRef := GetSymbolRec(IntfParamId).ByRef; GetSymbolRec(ParamId).IsConst := GetSymbolRec(IntfParamId).IsConst; GetSymbolRec(ParamId).Optional := GetSymbolRec(IntfParamId).Optional; GetSymbolRec(ParamId).value := GetSymbolRec(IntfParamId).value; end; TempPropId := NewTempVar(SubId, GetSymbolRec(PropId).TypeId); GetSymbolRec(TempPropId).OwnerId := SelfId; GetSymbolRec(TempPropId).Name := GetSymbolRec(PropId).Name; NameId := NewTempVar(SubId, GetSymbolRec(SubId).TypeId); GetSymbolRec(NameId).OwnerId := TempPropId; GetSymbolRec(NameId).Name := GetSymbolRec(SubId).Name; Gen(OP_GO, LabelId, 0, 0); Gen(OP_BEGIN_SUB, SubId, 0, 0); Gen(OP_LABEL, SubId, 0, 0); Gen(OP_INIT_SUB, SubId, 0, 0); // reserved for prologue Gen(OP_NOP, 0, 0, 0); if IsFunction then begin TempId := NewTempVar(SubId, GetSymbolRec(ResId).TypeId); Gen(OP_LVALUE, ResId, 0, 0); Gen(OP_FIELD, SelfId, TempPropId, TempPropId); Gen(OP_FIELD, TempPropId, NameId, NameId); for I := 0 to NP - 1 do Gen(OP_PUSH, SymbolTable.GetParamId(SubId, I), I, NameId); Gen(OP_CALL, NameId, NP, TempId); Gen(OP_ASSIGN, ResId, TempId, ResId); end else begin Gen(OP_FIELD, SelfId, TempPropId, TempPropId); Gen(OP_FIELD, TempPropId, NameId, NameId); for I := 0 to NP - 1 do Gen(OP_PUSH, SymbolTable.GetParamId(SubId, I), I, NameId); Gen(OP_CALL, NameId, NP, 0); end; Gen(OP_EPILOGUE_SUB, SubId, 0, 0); // reserved for epilogue Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); // reserved for epilogue Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_END_SUB, SubId, 0, 0); Gen(OP_FIN_SUB, SubId, 0, 0); Gen(OP_LABEL, LabelId, 0, 0); end; var I, J: Integer; SI: TSymbolRec; begin SymbolTable := TKernel(kernel).SymbolTable; for I := 1 to Card do if Records[I].Op = OP_IMPLEMENTS then begin N := I; PropId := Records[N].Arg1; IntfTypeId := Records[N].Arg2; ClassTypeId := GetSymbolRec(PropId).Level; if GetSymbolRec(IntfTypeId).FinalTypeId <> typeINTERFACE then RaiseError(errInternalError, []); LanguageId := GetLanguage(N); Upcase := GetUpcase(N); CurrModule := GetModuleNumber(N); for J := IntfTypeId + 1 to SymbolTable.Card do begin SI := SymbolTable[J]; if SI.Kind = KindSUB then if SI.Level = IntfTypeId then begin AddMethod(J); end; if SI = SymbolTable.SR0 then break; end; end; end; function TCode.IsExplicitOff: Boolean; var I: Integer; R: TCodeRec; begin result := false; for I := N downto 1 do begin R := Records[I]; if R.Op = OP_BEGIN_MODULE then Exit; if R.Op = OP_OPTION_EXPLICIT then if R.Arg1 = 0 then begin result := true; Exit; end; end; end; function TCode.EvalFrameworkType(const S: String): Integer; begin result := 0; if S = 'Object' then result := H_TFW_Object else if S = 'String' then begin {$IFDEF UNIC} result := H_TFW_UnicString; {$ELSE} result := H_TFW_AnsiString; {$ENDIF} end else if S = 'Integer' then result := H_TFW_Integer else if S = 'Byte' then result := H_TFW_Byte else if S = 'Short' then result := H_TFW_ShortInt else if S = 'Long' then result := H_TFW_Int64 else if S = 'Float' then result := H_TFW_Single else if S = 'Double' then result := H_TFW_Double else if S = 'Boolean' then result := H_TFW_Boolean else if S = 'Char' then begin {$IFDEF UNIC} result := H_TFW_AnsiChar; {$ELSE} result := H_TFW_WideChar; {$ENDIF} end; end; procedure TCode.CreateEvalError(const VarName: String; using_stack: TIntegerStack); var I, Id, L, TypeId, K1, K2: Integer; S, Scope, TypeName: String; SymbolTable: TSymbolTable; Upcase, ok: Boolean; begin if GetLanguage(N) in [JAVA_LANGUAGE] then begin Id := EvalFrameworkType(VarName); if Id <> 0 then begin Records[N].Op := OP_NOP; ReplaceId(Records[N].Res, Id); Exit; end; end; SymbolTable := TKernel(kernel).SymbolTable; Upcase := GetUpcase(N); Id := Records[N].Res; Records[N].Op := OP_NOP; if Assigned(TKernel(kernel).OnUndeclaredIdentifier) then begin L := GetSymbolRec(Id).Level; if L = 0 then Scope := '' else Scope := GetSymbolRec(L).FullName; S := Scope; TypeName := ''; K1 := TKernel(kernel).SymbolTable.Card; if TKernel(kernel).OnUndeclaredIdentifier(TKernel(kernel).Owner, VarName, Scope, TypeName) then if TypeName <> '' then begin K2 := TKernel(kernel).SymbolTable.Card; for I := K1 + 1 to K2 do begin if Upcase then ok := StrEql(GetSymbolRec(I).Name, VarName) else ok := GetSymbolRec(I).Name = VarName; if ok then begin ReplaceId(Id, I); Exit; end; end; if S <> Scope then begin if Scope = '' then L := 0 else begin L := SymbolTable.LookupFullName(Scope, GetUpcase(N)); if L = 0 then CreateError(errUndeclaredIdentifier, [Scope]); end; end; TypeId := SymbolTable.LookupFullName(TypeName, GetUpcase(N)); if TypeId = 0 then begin CreateError(errUndeclaredIdentifier, [TypeName]); SymbolTable.AddUndeclaredIdent(TypeName, TKernel(kernel).UndeclaredIdents, TKernel(kernel).Errors.Count - 1, true); end else if GetSymbolRec(TypeId).Kind = KindTYPE then begin GetSymbolRec(Id).Kind := KindVAR; GetSymbolRec(Id).TypeId := TypeId; GetSymbolRec(Id).Level := L; end; Exit; end; end; I := N; S := GetSymbolRec(Records[I].Res).Name; while (Records[I + 1].Op = OP_FIELD) and (Records[I + 1].Arg1 = Records[I].Res) do begin S := S + '.' + GetSymbolRec(Records[I + 1].Res).Name; Id := SymbolTable.LookUps(S, using_stack, Upcase); if Id > 0 then begin Inc(I); ReplaceId(Records[I].Res, Id); while I > N do begin Records[I].Op := OP_NOP; if Records[I].Arg1 > 0 then if GetSymbolRec(Records[I].Arg1).Kind = KindNONE then GetSymbolRec(Records[I].Arg1).Name := ''; Dec(I); end; Exit; end; Inc(I); end; if IsExplicitOff then begin GetSymbolRec(Id).Kind := KindVAR; GetSymbolRec(Id).Level := GetLevel(N); Exit; end; if TKernel(kernel).Errors.Count > 10 then RaiseError(errUndeclaredIdentifier, [VarName]) else begin CreateError(errUndeclaredIdentifier, [VarName]); SymbolTable.AddUndeclaredIdent(VarName, TKernel(kernel).UndeclaredIdents, TKernel(kernel).Errors.Count - 1, true); end; end; procedure TCode.RemoveEvalOp; var SubId, ParamId, I, J, Id, Op, Arg1, Arg2, K, K1, TypeId, PatternFieldId: Integer; using_stack, with_stack, sub_stack, block_stack: TIntegerStack; SymbolTable: TSymbolTable; Upcase: Boolean; S: String; Modules: TModuleList; I1, I2: Integer; B1, B2: Boolean; UpperBoundId: Integer; NS_ID: Integer; RC: TCodeRec; RJ, RN: TCodeRec; eval_helper_name: TStringList; eval_helper_id, eval_helper_PatternFieldId: TIntegerList; temp_id: Integer; IsExport: Boolean; label Next, NextTime; begin IsExport := false; SymbolTable := TKernel(kernel).SymbolTable; Modules := TKernel(kernel).Modules; using_stack := TIntegerStack.Create; block_stack := TIntegerStack.Create; with_stack := TIntegerStack.Create; sub_stack := TIntegerStack.Create; eval_helper_name := TStringList.Create; eval_helper_id := TIntegerList.Create; eval_helper_PatternFieldId := TIntegerList.Create; try N := 1; while N <= Card do begin NextTime: RN := Records[N]; Op := RN.Op; if Op = OP_NOP then goto Next else if Op = OP_BEGIN_USING then using_stack.Push(RN.Arg1) else if Op = OP_END_USING then using_stack.Pop { else if Op = OP_BEGIN_MODULE then using_stack.Clear } else if Op = OP_BEGIN_EXPORT then IsExport := true else if Op = OP_END_MODULE then begin IsExport := false; using_stack.Clear; end else if Op = OP_BEGIN_BLOCK then block_stack.Push(RN.Arg1) else if Op = OP_END_BLOCK then block_stack.Pop else if Op = OP_BEGIN_WITH then begin // RN.Op := OP_NOP; eval_helper_name.Clear; eval_helper_id.Clear; eval_helper_PatternFieldId.Clear; with_stack.Push(RN.Arg1); if not SymbolTable[with_stack.Top].FinalTypeId in [typeRECORD, typeCLASS] then begin CreateError(errRecordRequired, []); break; end; end else if Op = OP_END_WITH then begin eval_helper_name.Clear; eval_helper_id.Clear; eval_helper_PatternFieldId.Clear; with_stack.Pop; // RN.Op := OP_NOP; end else if Op = OP_BEGIN_SUB then begin sub_stack.Push(RN.Arg1); K := GetSymbolRec(RN.Arg1).Level; if K > 0 then if GetSymbolRec(K).FinalTypeId = typeHELPER then begin TypeId := GetSymbolRec(K).PatternId; Id := SymbolTable.GetSelfId(RN.Arg1); if TypeId = 0 then RaiseError(errInternalError, []); GetSymbolRec(Id).TypeId := TypeId; end; end else if Op = OP_END_SUB then sub_stack.Pop else if Op = OP_EVAL_OUTER then begin I1 := GetCurrSelfId(N); I2 := SymbolTable.GetOuterThisId(RN.Arg1); if (I1 = 0) or (I2 = 0) then begin RN.Op := OP_NOP; Records[N + 1].Op := OP_NOP; Records[N + 2].Op := OP_NOP; end else begin if GetSymbolRec(I1).TerminalTypeId = GetSymbolRec(I2).TerminalTypeId then begin RN.Op := OP_NOP; ReplaceId(RN.Res, I1); end else begin RN.Op := OP_FIELD; RN.Arg1 := I1; RN.Arg2 := NewField(StrOuterThis, GetSymbolRec(I2).TypeId, I1); ReplaceId(RN.Res, RN.Arg2); RN.Res := RN.Arg2; end; end; end else if Op = OP_EVAL then begin if RN.Res <= Types.Count then begin RN.Op := OP_NOP; continue; end; if GetSymbolRec(RN.Res).Kind = KindTYPE then begin RN.Op := OP_NOP; continue; end; S := GetSymbolRec(RN.Res).Name; if GetLanguage(N) in [PASCAL_LANGUAGE, BASIC_LANGUAGE] then begin if StrEql(S, 'System') then begin S := StrPascalNamespace; GetSymbolRec(RN.Res).Name := S; if NextRec(N).Op = OP_FIELD then if NextRec(N).Arg1 = RN.Res then begin if StrEql(GetSymbolRec(NextRec(N).Arg2).Name, GetPrintKeyword) then begin Id := NextRec(N).Res; GetSymbolRec(RN.Res).Name := ''; GetSymbolRec(RN.Res).Kind := KindNONE; RN.Op := OP_NOP; NextRec(N).Op := OP_NOP; for J := N + 1 to Card do begin if Records[J].Op = OP_PUSH then if Records[J].Res = Id then begin Records[J].Op := OP_PRINT_EX; Records[J].Arg2 := 0; Records[J].Res := 0; end; if Records[J].Op = OP_CALL then if Records[J].Arg1 = Id then begin Records[J].Op := OP_NOP; Records[J].Arg2 := 0; Records[J].Res := 0; break; end; end; continue; end else if StrEql(GetSymbolRec(NextRec(N).Arg2).Name, GetPrintlnKeyword) then begin Id := NextRec(N).Res; GetSymbolRec(RN.Res).Name := ''; GetSymbolRec(RN.Res).Kind := KindNONE; RN.Op := OP_NOP; NextRec(N).Op := OP_NOP; for J := N + 1 to Card do begin if Records[J].Op = OP_PUSH then if Records[J].Res = Id then begin Records[J].Op := OP_PRINT_EX; Records[J].Arg2 := 0; Records[J].Res := 0; end; if Records[J].Op = OP_CALL then if Records[J].Arg1 = Id then begin Records[J].Op := OP_PRINT_EX; Records[J].Arg1 := CreateConst(typeSTRING, ''); Records[J].Arg2 := 0; Records[J].Res := 0; break; end; end; continue; end else if StrEql(GetSymbolRec(NextRec(N).Arg2).Name, 'write') then begin Id := NextRec(N).Res; GetSymbolRec(RN.Res).Name := ''; GetSymbolRec(RN.Res).Kind := KindNONE; RN.Op := OP_NOP; NextRec(N).Op := OP_NOP; for J := N + 1 to Card do begin if Records[J].Op = OP_PUSH then if Records[J].Res = Id then begin Records[J].Op := OP_PRINT; Records[J].Arg2 := 0; Records[J].Res := 0; end; if Records[J].Op = OP_CALL then if Records[J].Arg1 = Id then begin Records[J].Op := OP_NOP; break; end; end; continue; end else if StrEql(GetSymbolRec(NextRec(N).Arg2).Name, 'writeln') then begin Id := NextRec(N).Res; GetSymbolRec(RN.Res).Name := ''; GetSymbolRec(RN.Res).Kind := KindNONE; RN.Op := OP_NOP; NextRec(N).Op := OP_NOP; for J := N + 1 to Card do begin if Records[J].Op = OP_PUSH then if Records[J].Res = Id then begin Records[J].Op := OP_PRINT_EX; Records[J].Arg2 := 0; Records[J].Res := 0; end; if Records[J].Op = OP_CALL then if Records[J].Arg1 = Id then begin Records[J].Op := OP_PRINT_EX; Records[J].Arg1 := CreateConst(typeSTRING, ''); Records[J].Arg2 := 0; Records[J].Res := 0; break; end; end; continue; end; end; end; // System end; UpperBoundId := RN.Res; if RN.Language = JS_LANGUAGE then begin if with_stack.Count > 0 then begin Inc(N); continue; end; if S = 'arguments' then begin Id := GetSymbolRec(RN.Res).Level; if Id > 0 then if GetSymbolRec(Id).Kind = KindSUB then begin RN.Op := OP_FIELD; RN.Arg1 := TKernel(kernel).SymbolTable.GetSelfId(Id); RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).OwnerId := TKernel(kernel) .SymbolTable.GetSelfId(Id); GetSymbolRec(RN.Res).Kind := KindVAR; goto Next; end; end; end; if S = '' then begin RN.Op := OP_NOP; GetSymbolRec(RN.Res).Kind := KindNONE; continue; end; Upcase := GetUpcase(N); Id := 0; if block_stack.Count > 0 then begin Id := SymbolTable.LookUps(S, block_stack, Upcase, UpperBoundId); if Id > 0 then begin GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, Id); RN.Op := OP_NOP; goto Next; end; end; // try to find in the with list if Id = 0 then begin RC := GetNextRec(N); if (RC.Op = OP_SET_READ_ID) or (RC.Op = OP_SET_WRITE_ID) then begin I := GetSymbolRec(RN.Res).Level; while GetSymbolRec(I).Kind <> KindTYPE do I := GetSymbolRec(I).Level; Id := SymbolTable.LookUp(S, I, Upcase); end; end; if Id = 0 then begin if GetUpcase(N) then J := eval_helper_name.IndexOf(UpperCase(S)) else J := eval_helper_name.IndexOf(S); if J >= 0 then begin Id := eval_helper_id[J]; PatternFieldId := eval_helper_PatternFieldId[J]; if GetSymbolRec(PatternFieldId).Kind = KindTYPE then begin GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, PatternFieldId); RN.Op := OP_NOP; goto Next; end; if GetSymbolRec(PatternFieldId).Kind = KindVAR then if GetSymbolRec(PatternFieldId).IsFinal then begin GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, PatternFieldId); RN.Op := OP_NOP; goto Next; end; RN.Op := OP_FIELD; RN.PatternFieldId := PatternFieldId; RN.Arg1 := Id; RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).OwnerId := Id; GetSymbolRec(RN.Res).Kind := KindVAR; if GetSymbolRec(RN.Res).TypeId = 0 then GetSymbolRec(RN.Res).TypeId := GetSymbolRec(PatternFieldId).TypeId; goto Next; end; end; if Id = 0 then for J := with_stack.Count - 1 downto 0 do begin Id := with_stack[J]; TypeId := SymbolTable[Id].TypeId; if TypeId < Types.Count then begin Inc(N); goto NextTime; // for such cases as WITH TMyClass.Create DO ...... end; PatternFieldId := SymbolTable.LookUp(S, TypeId, Upcase); if PatternFieldId <> 0 then begin if StrEql(S, GetPrintKeyword) then begin if (GetSymbolRec(PatternFieldId).Kind = KindSUB) and (GetSymbolRec(PatternFieldId).Count = 0) then begin RN.Op := OP_NOP; goto Next; end; // remove OP_PRINT_EX for K := N + 1 to Card do if Records[K].Op = OP_PRINT_EX then begin Records[K].Op := OP_NOP; break; end; end; if GetUpcase(N) then S := UpperCase(S); if eval_helper_name.IndexOf(S) = -1 then begin eval_helper_name.Add(S); eval_helper_id.Add(Id); eval_helper_PatternFieldId.Add(PatternFieldId); end; if GetSymbolRec(PatternFieldId).Kind = KindTYPE then begin GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, PatternFieldId); RN.Op := OP_NOP; goto Next; end; if GetSymbolRec(PatternFieldId).Kind = KindVAR then if GetSymbolRec(PatternFieldId).IsFinal then begin GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, PatternFieldId); RN.Op := OP_NOP; goto Next; end; RN.Op := OP_FIELD; RN.PatternFieldId := PatternFieldId; RN.Arg1 := Id; RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).OwnerId := Id; GetSymbolRec(RN.Res).Kind := KindVAR; if GetSymbolRec(RN.Res).TypeId = 0 then GetSymbolRec(RN.Res).TypeId := GetSymbolRec(PatternFieldId).TypeId; goto Next; end else Id := 0; end; // try to find in parameters of the sub list if Id = 0 then for J := sub_stack.Count - 1 downto 0 do begin SubId := sub_stack[J]; for I := 0 to SymbolTable[SubId].Count - 1 do begin ParamId := SymbolTable.GetParamId(SubId, I); if Upcase then begin if StrEql(S, GetSymbolRec(ParamId).Name) then begin Id := ParamId; break; end; end else begin if S = GetSymbolRec(ParamId).Name then begin Id := ParamId; break; end; end; end; if Id > 0 then begin ReplaceId(RN.Res, Id); RN.Op := OP_NOP; goto Next; end; end; // try to find in the sub list for J := sub_stack.Count - 1 downto 0 do begin Id := GetDeclaredVar(S, sub_stack[J], Upcase, N); if Id = 0 then begin if Upcase then begin if StrEql(S, GetSymbolRec(SymbolTable.GetResultId(sub_stack[J])) .Name) then Id := SymbolTable.GetResultId(sub_stack[J]); end else begin if S = GetSymbolRec(SymbolTable.GetResultId(sub_stack[J])).Name then Id := SymbolTable.GetResultId(sub_stack[J]); end; end; if Id > 0 then begin ReplaceId(RN.Res, Id); RN.Op := OP_NOP; goto Next; end; end; if (Id = 0) and (sub_stack.Count > 0) then // try to find nested function begin GetSymbolRec(RN.Res).Name := ''; Id := SymbolTable.LookUps(S, sub_stack, Upcase, UpperBoundId); end; // try to find in nested class if RN.Language in [BASIC_LANGUAGE, JAVA_LANGUAGE] then if Id = 0 then if GetCurrSelfId(N) > 0 then begin temp_id := RN.Res; NS_ID := GetSymbolRec(temp_id).Level; if NS_ID > 0 then begin repeat if GetSymbolRec(NS_ID).Kind in kindSUBS then NS_ID := GetSymbolRec(NS_ID).Level else break; if NS_ID = 0 then break; until false; if NS_ID > 0 then if GetSymbolRec(NS_ID).Kind = KindTYPE then if GetSymbolRec(NS_ID).FinalTypeId = typeCLASS then begin TypeId := NS_ID; NS_ID := GetSymbolRec(NS_ID).Level; if GetSymbolRec(NS_ID).Kind = KindTYPE then if GetSymbolRec(NS_ID).FinalTypeId = typeCLASS then begin temp_id := SymbolTable.LookUp(S, NS_ID, Upcase); if temp_id > 0 then begin if GetSymbolRec(temp_id).Kind = KindTYPE then begin GetSymbolRec(RN.Res).Name := ''; ReplaceId(RN.Res, temp_id); RN.Op := OP_NOP; end else begin RC := TCodeRec.Create(OP_FIELD, Self); RC.Arg1 := GetCurrSelfId(N); RC.Res := NewField(StrOuterThis, SymbolTable.GetOuterThisId(TypeId), RC.Arg1); RC.Arg2 := RC.Res; Insert(N, RC); RN.Op := OP_FIELD; RN.Arg1 := RC.Res; RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).Name := S; GetSymbolRec(RN.Res).OwnerId := RN.Arg1; GetSymbolRec(RN.Res).Kind := KindVAR; GetSymbolRec(RN.Res).TypeId := GetSymbolRec(temp_id).TypeId; end; goto Next; end; end; end; end; end; NS_ID := -1; if (Id = 0) then // try to find in the using list begin GetSymbolRec(RN.Res).Name := ''; Id := LookupInExtraUnitList(S); if Id = 0 then Id := SymbolTable.LookUpsEx(S, using_stack, NS_ID, Upcase); if Id = 0 then Id := SymbolTable.LookUp(S, 0, Upcase); end; if Id = 0 then begin if RN.Language = JS_LANGUAGE then begin Id := GetSymbolRec(RN.Res).Level; if Id > 0 then begin if GetSymbolRec(Id).Kind = KindSUB then begin RN.Op := OP_FIELD; RN.Arg1 := TKernel(kernel).SymbolTable.GetSelfId(Id); RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).Name := S; GetSymbolRec(RN.Res).OwnerId := TKernel(kernel) .SymbolTable.GetSelfId(Id); GetSymbolRec(RN.Res).Kind := KindVAR; goto Next; end else begin GetSymbolRec(RN.Res).Name := S; GetSymbolRec(RN.Res).Kind := KindVAR; GetSymbolRec(RN.Res).TypeId := typeVARIANT; RN.Op := OP_NOP; goto Next; end; end else begin GetSymbolRec(RN.Res).Name := S; GetSymbolRec(RN.Res).Kind := KindVAR; GetSymbolRec(RN.Res).TypeId := typeVARIANT; RN.Op := OP_NOP; goto Next; end; end; if TKernel(kernel).InterfaceOnly then begin TKernel(kernel).UndeclaredIdentifiers.Add(S); RN.Op := OP_NOP; if Records[N + 1].Op = OP_ASSIGN_TYPE then if Records[N + 1].Arg2 = RN.Res then Records[N + 1].Op := OP_NOP; if Records[N + 2].Op = OP_ASSIGN_TYPE then if Records[N + 2].Arg2 = RN.Res then Records[N + 2].Op := OP_NOP; goto Next; end; GetSymbolRec(RN.Res).Name := S; if StrEql(S, 'ExitCode') then begin RC := TCodeRec.Create(Op, Self); RC.Op := OP_GET_PROG; RC.Arg1 := 0; RC.Arg2 := 0; RC.Res := NewTempVar(GetLevel(N), Id_Prog); Insert(N, RC); Inc(N); RN.Op := OP_FIELD; RN.Arg1 := RC.Res; RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).OwnerId := RC.Res; GetSymbolRec(RN.Res).Kind := KindVAR; end else if StrEql(S, GetPrintKeyword) then begin RN.Op := OP_NOP; end else if StrEql(S, GetPrintlnKeyword) then begin RN.Op := OP_NOP; end else begin if GetSymbolRec(RN.Res).Kind = KindLABEL then RN.Op := OP_NOP else begin CreateEvalError(S, using_stack); end; end; end else begin I1 := Modules.IndexOfModuleById(RN.Res); I2 := Modules.IndexOfModuleById(Id); if (I1 >= 0) and (I2 >= 0) and (I1 <> I2) then begin with Modules[I2] do if StrEql(LanguageName, 'Pascal') then if not((Id >= S1) and (Id <= S2)) then begin GetSymbolRec(RN.Res).Name := S; CreateEvalError(S, using_stack); goto Next; end; end; if (Id > RN.Res) and (GetSymbolRec(Id).Kind in [KindVAR, KindCONST]) and (I1 = I2) then begin if RN.Language = JS_LANGUAGE then begin ReplaceId(RN.Res, Id); RN.Op := OP_NOP; goto Next; end; Id := SymbolTable.LookUpsExcept(S, using_stack, NS_ID, Upcase); if Id = 0 then begin GetSymbolRec(RN.Res).Name := S; CreateEvalError(S, using_stack); goto Next; end; end; B1 := (SymbolTable[Id].Kind = KindSUB) and (SymbolTable[Id].FinalTypeId <> typeVOID); B2 := false; for J := N + 1 to Card do begin RJ := Records[J]; if RJ.Op = OP_END_MODULE then break; if (RJ.Op = OP_ASSIGN) and (RJ.Arg2 = RN.Res) then if GetSymbolRec(RJ.Arg1).FinalTypeId = typePROC then begin B2 := true; break; end; if (RJ.Op = OP_CALL) and (RJ.Arg1 = RN.Res) then begin B2 := true; break; end; end; if B1 and (not B2) and (RN.Language <> JS_LANGUAGE) and (not IsExport) then begin RN.Op := OP_CALL; RN.Arg1 := Id; RN.Arg2 := 0; if RN.Res > 0 then begin GetSymbolRec(RN.Res).Kind := KindVAR; GetSymbolRec(RN.Res).TypeId := GetSymbolRec(RN.Arg1).TypeId; end; end else begin ReplaceId(RN.Res, Id); RN.Op := OP_NOP; end; end; end else if Op = OP_FIELD then begin Arg1 := RN.Arg1; Arg2 := RN.Arg2; K1 := GetSymbolRec(Arg1).Kind; if K1 = KindNAMESPACE then begin Id := SymbolTable.LookUp(GetSymbolRec(Arg2).Name, Arg1, GetUpcase(N)); if Id = 0 then if Arg1 = H_PascalNamespace then Id := SymbolTable.LookUp(GetSymbolRec(Arg2).Name, 0, GetUpcase(N)); if Id <> 0 then begin GetSymbolRec(Id).NSOwnerId := Arg1; if (GetSymbolRec(Id).Kind in kindSUBS) and (GetSymbolRec(Id).Count = 0) and (not CallExpected(Arg2)) then begin RN.Op := OP_CALL; RN.Arg1 := Id; RN.Arg2 := 0; RN.Res := Arg2; GetSymbolRec(RN.Res).TypeId := GetSymbolRec(Id).TypeId; end else begin ReplaceId(Arg2, Id); GetSymbolRec(Arg2).Name := ''; GetSymbolRec(Arg2).Kind := KindNONE; RN.Op := OP_NOP; end; end; end else if K1 = KindTYPE then begin Id := SymbolTable.LookUp(GetSymbolRec(Arg2).Name, Arg1, GetUpcase(N)); if Id > 0 then if GetSymbolRec(Id).Kind = KindTYPE then begin ReplaceId(Arg2, Id); RN.Op := OP_NOP; end; end else begin TypeId := GetSymbolRec(Arg1).TerminalTypeId; Id := SymbolTable.LookUp(GetSymbolRec(Arg2).Name, TypeId, GetUpcase(N)); if Id > 0 then if GetSymbolRec(Id).Kind in [KindTYPE_FIELD, KindPROP] then begin GetSymbolRec(Arg2).TypeId := GetSymbolRec(Id).TypeId; end; end; end // set types else if Op = OP_ASSIGN_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin S := GetSymbolRec(RN.Arg2).Name; if TKernel(kernel).InterfaceOnly then begin TKernel(kernel).UndeclaredIdentifiers.Add(S); RN.Op := OP_NOP; goto Next; end; CreateError(errUndeclaredType, [S]); SymbolTable.AddTypes(S, TKernel(kernel).UndeclaredTypes, TKernel(kernel).Errors.Count - 1, true); end; GetSymbolRec(RN.Arg1).TypeId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_ASSIGN_THE_SAME_TYPE then begin GetSymbolRec(RN.Arg1).TypeId := GetSymbolRec(RN.Arg2).TypeId; RN.Op := OP_NOP; end else if Op = OP_ASSIGN_TYPE_ALIAS then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin S := GetSymbolRec(RN.Arg2).Name; if TKernel(kernel).InterfaceOnly then begin TKernel(kernel).UndeclaredIdentifiers.Add(S); RN.Op := OP_NOP; goto Next; end; CreateError(errUndeclaredType, [S]); end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_CREATE_POINTER_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin S := GetSymbolRec(RN.Arg2).Name; if TKernel(kernel).InterfaceOnly then begin TKernel(kernel).UndeclaredIdentifiers.Add(S); RN.Op := OP_NOP; goto Next; end; CreateError(errUndeclaredType, [S]); end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_CREATE_CLASSREF_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin S := GetSymbolRec(RN.Arg2).Name; if TKernel(kernel).InterfaceOnly then begin TKernel(kernel).UndeclaredIdentifiers.Add(S); RN.Op := OP_NOP; goto Next; end; CreateError(errUndeclaredType, [S]); end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_BEGIN_HELPER_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin S := GetSymbolRec(RN.Arg2).Name; if TKernel(kernel).InterfaceOnly then begin TKernel(kernel).UndeclaredIdentifiers.Add(S); RN.Op := OP_NOP; goto Next; end; CreateError(errUndeclaredType, [S]); end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; if SymbolTable.TypeHelpers.Keys.IndexOf(RN.Arg1) = -1 then SymbolTable.TypeHelpers.Add(RN.Arg1, RN.Arg2); end else if Op = OP_CREATE_DYNAMIC_ARRAY_TYPE then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin S := GetSymbolRec(RN.Arg2).Name; if TKernel(kernel).InterfaceOnly then begin TKernel(kernel).UndeclaredIdentifiers.Add(S); RN.Op := OP_NOP; goto Next; end; CreateError(errUndeclaredType, [S]); end; GetSymbolRec(RN.Arg1).PatternId := RN.Arg2; RN.Op := OP_NOP; end else if Op = OP_ADD_ANCESTOR then begin if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then begin CreateError(errClassTypeRequired, []); end; GetSymbolRec(RN.Arg1).AncestorId := RN.Arg2; // RN.Op := OP_NOP; end else if Op = OP_ADD_INTERFACE then begin if RN.Arg2 = 0 then RN.Arg2 := SymbolTable.LookupAnonymousInterface(RN.Arg1); if GetSymbolRec(RN.Arg2).Kind <> KindTYPE then goto Next; SymbolTable.RegisterSupportedInterface(RN.Arg1, GetSymbolRec(RN.Arg2).Name, IUnknown); RN.Op := OP_NOP; end else if Op = OP_ADDRESS then begin if not(GetSymbolRec(RN.Arg1).Kind in [KindVAR, KindSUB]) then goto Next; TypeId := TKernel(kernel).SymbolTable.AddPointerType (GetSymbolRec(RN.Arg1).TypeId).Id; GetSymbolRec(RN.Res).TypeId := TypeId; end else if Op = OP_TERMINAL then begin TypeId := GetSymbolRec(RN.Arg1).TypeId; TypeId := GetSymbolRec(TypeId).PatternId; GetSymbolRec(RN.Res).TypeId := TypeId; GetSymbolRec(RN.Res).ByRef := true; end else if Op = OP_SIZEOF then begin GetSymbolRec(RN.Res).TypeId := typeINTEGER; end else if Op = OP_FIND_CONSTRUCTOR then begin TypeId := RN.Arg1; if RN.Language = JS_LANGUAGE then if GetSymbolRec(TypeId).Kind = KindTYPE then begin Id := TKernel(kernel).SymbolTable.FindConstructorId(TypeId); if Id > 0 then begin TypeId := GetSymbolRec(Id).TerminalTypeId; if Records[N - 1].Op = OP_LVALUE then begin Id := Records[N - 1].Arg1; if GetSymbolRec(Id).TypeId = 0 then GetSymbolRec(Id).TypeId := TypeId; end; end; end; end else if Op = OP_CALL then begin if RN.Res > 0 then if GetSymbolRec(RN.Arg1).TypeId > 0 then if GetSymbolRec(RN.Res).TypeId = 0 then begin GetSymbolRec(RN.Res).TypeId := GetSymbolRec(RN.Arg1).TypeId; end; end; Next: Inc(N); end; // while finally FreeAndNil(using_stack); FreeAndNil(block_stack); FreeAndNil(with_stack); FreeAndNil(sub_stack); FreeAndNil(eval_helper_name); FreeAndNil(eval_helper_id); FreeAndNil(eval_helper_PatternFieldId); end; end; procedure TCode.UpdateDefaultConstructors; var R, RC: TCodeRec; SubId, ClassId, AncestorClassId, ConstructorId: Integer; SymbolTable: TSymbolTable; I, ParamId, ParamTypeId, Res: Integer; S: String; SR: TSymbolRec; ByRef, IsConst: Boolean; value: Variant; begin SymbolTable := TKernel(kernel).SymbolTable; N := Card; while N > 1 do begin R := Records[N]; if R.Op = OP_UPDATE_DEFAULT_CONSTRUCTOR then begin SubId := R.Arg1; Res := R.Res; if not GetSymbolRec(SubId).IsDefault then RaiseError(errInternalError, []); R.Op := OP_NOP; ClassId := GetSymbolRec(SubId).Level; AncestorClassId := GetSymbolRec(ClassId).AncestorId; if GetSymbolRec(AncestorClassId).FinalTypeId = typeINTERFACE then begin SymbolTable.RegisterSupportedInterface(ClassId, AncestorClassId); AncestorClassId := H_TInterfacedObject; GetSymbolRec(ClassId).AncestorId := H_TInterfacedObject; end; repeat ConstructorId := SymbolTable.FindConstructorId(AncestorClassId); if ConstructorId > 0 then begin if GetSymbolRec(ConstructorId).IsDefault then AncestorClassId := GetSymbolRec(AncestorClassId).AncestorId else // ok break; end else AncestorClassId := GetSymbolRec(AncestorClassId).AncestorId; until false; GetSymbolRec(SubId).Count := GetSymbolRec(ConstructorId).Count; for I := 0 to GetSymbolRec(SubId).Count - 1 do begin ParamId := SymbolTable.GetParamId(ConstructorId, I); SR := GetSymbolRec(ParamId); ParamTypeId := SR.TypeId; S := SR.Name; ByRef := SR.ByRef; value := SR.value; IsConst := SR.IsConst; ParamId := NewTempVar(SubId, ParamTypeId); SR := GetSymbolRec(ParamId); SR.Param := true; SR.Name := S; SR.ByRef := ByRef; SR.value := value; SR.IsConst := IsConst; RC := TCodeRec.Create(OP_PUSH, Self); RC.Arg1 := ParamId; RC.Arg2 := I; RC.Res := Res; // ImmConstructorId; Insert(N, RC); Inc(N); end; end; Dec(N); end; end; procedure TCode.OperAddress; var TypeId: Integer; begin if not(GetSymbolRec(Records[N].Arg1).Kind in [KindVAR, KindSUB]) then CreateError(errVariableRequired, []); if GetSymbolRec(Records[N].Res).TypeId = 0 then begin TypeId := TKernel(kernel).SymbolTable.AddPointerType (GetSymbolRec(Records[N].Arg1).TypeId).Id; GetSymbolRec(Records[N].Res).TypeId := TypeId; end; end; procedure TCode.OperEval; var SubId, ParamId, J, K, Id, Op, TypeId, PatternFieldId: Integer; using_stack, with_stack, sub_stack, block_stack: TIntegerStack; SymbolTable: TSymbolTable; Upcase: Boolean; S: String; Modules: TModuleList; I1, I2: Integer; B1, B2: Boolean; I: Integer; RC: TCodeRec; begin SymbolTable := TKernel(kernel).SymbolTable; Modules := TKernel(kernel).Modules; using_stack := TIntegerStack.Create; block_stack := TIntegerStack.Create; with_stack := TIntegerStack.Create; sub_stack := TIntegerStack.Create; try for I := 1 to N do begin Op := Records[I].Op; if Op = OP_BEGIN_USING then using_stack.Push(Records[I].Arg1) else if Op = OP_END_USING then using_stack.Pop else if Op = OP_BEGIN_MODULE then using_stack.Clear else if Op = OP_END_MODULE then using_stack.Clear else if Op = OP_BEGIN_BLOCK then block_stack.Push(Records[I].Arg1) else if Op = OP_END_BLOCK then block_stack.Pop else if Op = OP_BEGIN_WITH then begin with_stack.Push(Records[I].Arg1); end else if Op = OP_END_WITH then begin with_stack.Pop; end else if Op = OP_BEGIN_SUB then sub_stack.Push(Records[I].Arg1) else if Op = OP_END_SUB then sub_stack.Pop end; S := GetSymbolRec(Records[N].Res).Name; Upcase := GetUpcase(N); Id := 0; // try to find in the with list if Id = 0 then for J := with_stack.Count - 1 downto 0 do begin Id := with_stack[J]; TypeId := SymbolTable[Id].TypeId; PatternFieldId := SymbolTable.LookUp(S, TypeId, Upcase); if PatternFieldId <> 0 then begin Records[N].Op := OP_FIELD; Records[N].PatternFieldId := PatternFieldId; Records[N].Arg1 := Id; Records[N].Arg2 := Records[N].Res; GetSymbolRec(Records[N].Res).OwnerId := Id; GetSymbolRec(Records[N].Res).Kind := KindVAR; if GetSymbolRec(Records[N].Res).TypeId = 0 then GetSymbolRec(Records[N].Res).TypeId := GetSymbolRec(PatternFieldId).TypeId; Dec(N); Exit; end else Id := 0; end; // try to find in parameters of the sub list if Id = 0 then for J := sub_stack.Count - 1 downto 0 do begin SubId := sub_stack[J]; for K := 0 to SymbolTable[SubId].Count - 1 do begin ParamId := SymbolTable.GetParamId(SubId, K); if Upcase then begin if StrEql(S, GetSymbolRec(ParamId).Name) then begin Id := ParamId; break; end; end else begin if S = GetSymbolRec(ParamId).Name then begin Id := ParamId; break; end; end; end; if Id > 0 then begin ReplaceId(Records[N].Res, Id); Records[N].Op := OP_NOP; Exit; end; end; // try to find in the sub list if Id = 0 then for J := sub_stack.Count - 1 downto 0 do begin Id := GetDeclaredVar(S, sub_stack[J], Upcase, N); if Id = 0 then begin if Upcase then begin if StrEql(S, GetSymbolRec(SymbolTable.GetResultId(sub_stack[J])) .Name) then Id := SymbolTable.GetResultId(sub_stack[J]); end else begin if S = GetSymbolRec(SymbolTable.GetResultId(sub_stack[J])).Name then Id := SymbolTable.GetResultId(sub_stack[J]); end; end; if Id > 0 then begin ReplaceId(Records[N].Res, Id); Records[N].Op := OP_NOP; Exit; end; end; if (Id = 0) and (sub_stack.Count > 0) then // try to find nested function begin GetSymbolRec(Records[N].Res).Name := ''; Id := SymbolTable.LookUps(S, sub_stack, Upcase); end; if (Id = 0) then // try to find in the using list begin GetSymbolRec(Records[N].Res).Name := ''; Id := SymbolTable.LookUps(S, using_stack, Upcase); end; if Id = 0 then begin GetSymbolRec(Records[N].Res).Name := S; if StrEql(S, 'ExitCode') then begin RC := TCodeRec.Create(OP_GET_PROG, Self); RC.Arg1 := 0; RC.Arg2 := 0; RC.Res := NewTempVar(GetLevel(N), Id_Prog); Insert(N, RC); Inc(N); Records[N].Op := OP_FIELD; Records[N].Arg1 := RC.Res; Records[N].Arg2 := Records[N].Res; GetSymbolRec(Records[N].Res).OwnerId := RC.Res; GetSymbolRec(Records[N].Res).Kind := KindVAR; end else begin if GetLanguage(N) = JS_LANGUAGE then begin Records[N].Op := OP_FIND_CONTEXT; Records[N].Arg1 := CreateConst(typeSTRING, S); Records[N].Arg2 := CreateVariantVar(GetLevel(N)); GetSymbolRec(Records[N].Res).Kind := KindVAR; GetSymbolRec(Records[N].Res).TypeId := typeVARIANT; GetSymbolRec(Records[N].Res).Name := '@'; RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := Records[N].Res; RC.Res := 0; Insert(N, RC); Inc(N); Exit; end; CreateEvalError(S, using_stack); end; end else begin if GetSymbolRec(Id).Kind = KindVAR then if GetSymbolRec(Id).TypeId <> 0 then if GetLanguage(N) = JS_LANGUAGE then begin GetSymbolRec(Records[N].Res).Name := S; begin Records[N].Op := OP_FIND_CONTEXT; Records[N].Arg1 := CreateConst(typeSTRING, S); Records[N].Arg2 := Id; GetSymbolRec(Records[N].Res).Kind := KindVAR; GetSymbolRec(Records[N].Res).TypeId := typeVARIANT; GetSymbolRec(Records[N].Res).Name := '@'; RC := TCodeRec.Create(OP_DECLARE_TEMP_VAR, Self); RC.Arg1 := GetLevel(N); RC.Arg2 := Records[N].Res; RC.Res := 0; Insert(N, RC); Inc(N); Exit; end; end; I1 := Modules.IndexOfModuleById(Records[N].Res); I2 := Modules.IndexOfModuleById(Id); if (I1 >= 0) and (I2 >= 0) and (I1 <> I2) then begin with Modules[I2] do if not((Id >= S1) and (Id <= S2)) then begin GetSymbolRec(Records[N].Res).Name := S; CreateError(errUndeclaredIdentifier, [S]); Exit; end; end; if (Id > Records[N].Res) and (GetSymbolRec(Id).Kind in [KindVAR, KindCONST]) and (I1 = I2) then begin GetSymbolRec(Records[N].Res).Name := S; CreateError(errUndeclaredIdentifier, [S]); Exit; end; B1 := (SymbolTable[Id].Kind = KindSUB) and (SymbolTable[Id].Count = 0) and (SymbolTable[Id].FinalTypeId <> typeVOID); B2 := false; for J := N + 1 to Card do if (Records[J].Op = OP_CALL) and (Records[J].Arg1 = Records[N].Res) then begin B2 := true; break; end; if B1 and (not B2) then begin Records[N].Op := OP_CALL; Records[N].Arg1 := Id; Records[N].Arg2 := 0; if Records[N].Res > 0 then begin GetSymbolRec(Records[N].Res).Kind := KindVAR; GetSymbolRec(Records[N].Res).TypeId := GetSymbolRec(Records[N].Arg1).TypeId; end; Dec(N); end else begin ReplaceId(Records[N].Res, Id); Records[N].Op := OP_NOP; end; end; finally FreeAndNil(using_stack); FreeAndNil(block_stack); FreeAndNil(with_stack); FreeAndNil(sub_stack); end; end; procedure TCode.OperImplements; begin Records[N].Op := OP_NOP; end; procedure TCode.OperPushContext; begin context_list.Push(Records[N].Arg1); end; procedure TCode.OperPopContext; begin context_list.Pop; end; procedure TCode.OperEvalConstructor; var SubId, ClassId: Integer; begin ClassId := Records[N].Arg1; if GetSymbolRec(ClassId).Kind <> KindTYPE then CreateError(errClassTypeExpected, []); if GetSymbolRec(ClassId).FinalTypeId <> typeCLASS then CreateError(errClassTypeExpected, []); SubId := TKernel(kernel).SymbolTable.FindConstructorIdEx(ClassId); ReplaceId(Records[N].Res, SubId); Records[N].Op := OP_NOP; Records[N].Op := OP_PUSH_CLASSREF; Records[N].Arg1 := ClassId + 1; Records[N].Arg2 := 0; Records[N].Res := SubId; end; procedure TCode.OperEvalInherited; var Op, Res, I, SubId, AncestorClassId, T, L, CurrSubId: Integer; S: String; RC, RN: TCodeRec; ncase: Integer; ReadProp: Boolean; begin S := GetSymbolRec(Records[N].Arg1).Name; CurrSubId := Records[N].Arg1; ncase := 1; if not(GetSymbolRec(CurrSubId).Kind in kindSUBS) then begin CurrSubId := GetSymbolRec(CurrSubId).Level; ncase := 2; end else begin I := N; while Records[I].Op <> OP_INIT_SUB do Dec(I); CurrSubId := Records[I].Arg1; end; L := GetSymbolRec(CurrSubId).Level; T := GetSymbolRec(L).FinalTypeId; if T <> typeCLASS then begin CreateError(errThisFormOfMethodCallOnlyAllowedInMethodsOfDerivedTypes, []); Exit; end; AncestorClassId := GetSymbolRec(L).AncestorId; SubId := 0; if S = '' then begin if GetSymbolRec(CurrSubId).Kind = KindCONSTRUCTOR then begin SubId := TKernel(kernel).SymbolTable.FindConstructorIdEx(AncestorClassId); GetSymbolRec(CurrSubId).Name := 'Create'; end else if GetSymbolRec(CurrSubId).Kind = KindDESTRUCTOR then begin SubId := TKernel(kernel).SymbolTable.FindDestructorIdEx(AncestorClassId); GetSymbolRec(CurrSubId).Name := 'Destroy'; end else RaiseError(errInternalError, []); end else begin SubId := TKernel(kernel).SymbolTable.LookUp(S, AncestorClassId, GetUpcase(N)); end; if SubId = 0 then begin CreateError(errUndeclaredIdentifier, [S]); Exit; end; // if GetSymbolRec(SubId).Kind = KindDESTRUCTOR then // SubId := Id_DestroyInherited; if GetSymbolRec(SubId).Kind = KindPROP then begin ReadProp := false; for I := N downto GetStmt(N) do if Records[I].Op = OP_LVALUE then ReadProp := true; if ReadProp then begin SubId := TKernel(kernel).SymbolTable[SubId].ReadId; if SubId = 0 then RaiseError(errCannotReadWriteOnlyProperty, [S]); end else begin SubId := TKernel(kernel).SymbolTable[SubId].WriteId; if SubId = 0 then RaiseError(errCannotAssignToReadOnlyProperty, [S]); end; end; AncestorClassId := GetSymbolRec(SubId).Level; if GetSymbolRec(SubId).OverCount = 0 then NoOverloadSearch := true; if Records[N - 1].Op = OP_PUSH_CLASSREF then begin Records[N - 1].Op := OP_PUSH_INSTANCE; Records[N - 1].Res := SubId; Records[N - 1].CodeRecTag := TAG_DISCARD_VIRTUAL_CALL; end else if Records[N - 1].Op = OP_PUSH_INSTANCE then begin Records[N - 1].Res := SubId; Records[N - 1].CodeRecTag := TAG_DISCARD_VIRTUAL_CALL; end; Records[N].Op := OP_NOP; Res := Records[N].Res; GetSymbolRec(Res).Kind := KindNONE; I := N + 1; while I < Card do begin Op := Records[I].Op; if (Op = OP_PUSH) and (Records[I].Res = Res) then Records[I].Res := SubId else if (Op = OP_PUSH_INSTANCE) and (Records[I].Res = Res) then Records[I].Res := SubId else if (Op = OP_PUSH_CLASSREF) and (Records[I].Res = Res) then Records[I].Res := SubId; if Op = OP_CALL then if Records[I].Arg1 = Res then begin Records[I].IsStatic := true; Records[I].Arg1 := SubId; if ncase = 2 then begin if GetSymbolRec(SubId).IsSharedMethod then begin RC := TCodeRec.Create(OP_PUSH_CLASSREF, Self); RC.CodeRecTag := TAG_DISCARD_VIRTUAL_CALL; RC.Arg1 := AncestorClassId + 1; RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); end else if GetSymbolRec(SubId).Kind = KindTYPE_FIELD then begin Records[I].Op := OP_NOP; RN := Records[I]; RN.Op := OP_FIELD; RN.Arg1 := GetCurrSelfId(N); RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).Name := GetSymbolRec(SubId).Name; GetSymbolRec(RN.Res).TypeId := GetSymbolRec(SubId).TypeId; end else begin RC := TCodeRec.Create(OP_PUSH_INSTANCE, Self); RC.CodeRecTag := TAG_DISCARD_VIRTUAL_CALL; RC.Arg1 := TKernel(kernel).SymbolTable.GetSelfId(CurrSubId); RC.Arg2 := 0; RC.Res := SubId; Insert(N, RC); if ((GetSymbolRec(SubId).Kind = KindCONSTRUCTOR) and GetSymbolRec(SubId).Host) or ((GetSymbolRec(SubId).Kind = KindSUB) and (GetSymbolRec(SubId).IsSharedMethod)) then begin Inc(I); Records[I].Res := 0; RC := TCodeRec.Create(OP_UPDATE_INSTANCE, Self); RC.Arg1 := TKernel(kernel).SymbolTable.GetSelfId(CurrSubId); RC.Arg2 := 0; RC.Res := 0; Insert(I + 1, RC); end; end; Exit; end; if ((GetSymbolRec(SubId).Kind = KindCONSTRUCTOR) and GetSymbolRec(SubId) .Host) or ((GetSymbolRec(SubId).Kind = KindSUB) and (GetSymbolRec(SubId).IsSharedMethod)) then begin Records[I].Res := 0; RC := TCodeRec.Create(OP_UPDATE_INSTANCE, Self); RC.Arg1 := TKernel(kernel).SymbolTable.GetSelfId(CurrSubId); RC.Arg2 := 0; RC.Res := 0; Insert(I + 1, RC); end else if GetSymbolRec(SubId).Kind = KindDESTRUCTOR then begin RC := TCodeRec.Create(OP_CLEAR_EDX, Self); RC.Arg1 := 0; RC.Arg2 := 0; RC.Res := 0; Insert(I, RC); end; Exit; end; Inc(I); end; RN := Records[N]; RN.Op := OP_FIELD; RN.Arg1 := GetCurrSelfId(N); RN.Arg2 := RN.Res; GetSymbolRec(RN.Res).TypeId := GetSymbolRec(SubId).TypeId; GetSymbolRec(RN.Res).PatternId := SubId; GetSymbolRec(RN.Res).ByRef := true; end; procedure TCode.CreateUsingList(J: Integer); var R: TCodeRec; begin using_list.Clear; while J > 1 do begin R := Records[J]; if R.Op = OP_BEGIN_MODULE then Exit; if R.Op = OP_BEGIN_USING then if R.Arg1 > 0 then using_list.Add(R.Arg1); Dec(J); end; end; procedure TCode.CheckTypes; procedure ProcessAnotherModules; var Op: Integer; begin repeat Inc(N); Op := Records[N].Op; until Op = OP_END_MODULE; if N >= Card then Exit; repeat Inc(N); Op := Records[N].Op; if IsValidOP(Op) then ProcList[-Op]; until N >= Card; end; var Op, I, J, K: Integer; M: TModule; LoadOrder: TIntegerList; HasExtraByteCode: Boolean; HasInterfaceSection: Boolean; begin LoadOrder := TKernel(kernel).Modules.LoadOrder; // process interface sections for I := 0 to LoadOrder.Count - 1 do begin J := LoadOrder[I]; M := TKernel(kernel).Modules[J]; M.Recalc; // if M.LanguageName = strJavaScriptLanguage then // continue; HasInterfaceSection := false; for K := M.P1 to M.P2 do if Records[K].Op = OP_END_INTERFACE_SECTION then begin HasInterfaceSection := true; break; end; if not HasInterfaceSection then continue; Op := 0; N := M.P1 - 1; repeat Inc(N); if N > Card then break; Op := Records[N].Op; if IsValidOP(Op) then ProcList[-Op]; if HasError then begin if TKernel(kernel).SignCodeCompletion then ProcessAnotherModules; Exit; end; until Op = OP_END_INTERFACE_SECTION; end; // process implementation sections for I := 0 to LoadOrder.Count - 1 do begin J := LoadOrder[I]; M := TKernel(kernel).Modules[J]; M.Recalc; N := M.P2; if N = 0 then N := 1; CreateUsingList(N); Op := Records[N].Op; repeat Inc(N); if N > Card then break; Op := Records[N].Op; if IsValidOP(Op) then ProcList[-Op] else begin // RaiseError(errInternalError, []); end; if HasError then begin if TKernel(kernel).SignCodeCompletion then ProcessAnotherModules; Exit; end; until Op = OP_END_MODULE; end; HasExtraByteCode := false; for I := N + 1 to Card do if Records[I].Op = OP_EXTRA_BYTECODE then begin N := I; HasExtraByteCode := true; break; end; if not HasExtraByteCode then Exit; repeat Inc(N); if N > Card then break; Op := Records[N].Op; if IsValidOP(Op) then ProcList[-Op] else begin RaiseError(errInternalError, []); end; if HasError then Exit; until false; end; function TCode.IsValidOP(Op: Integer): Boolean; begin Op := -Op; result := (Op >= 0) and (Op < System.Length(ProcList)); end; procedure TCode.CreateError(const Message: string; params: array of Const); begin TKernel(kernel).CreateError(Message, params); end; procedure TCode.RaiseError(const Message: string; params: array of Const); begin TKernel(kernel).RaiseError(Message, params); end; function TCode.HasError: Boolean; begin result := TKernel(kernel).HasError; end; function TCode.GetModule(I: Integer): TModule; begin if I <= 0 then result := nil else result := TKernel(kernel).Modules[Records[I].ModuleNum]; end; function TCode.GetSourceLineNumber(I: Integer): Integer; begin result := 0; if I <= 0 then Exit; while Records[I].Op <> OP_SEPARATOR do begin Dec(I); if I <= 0 then Exit; end; result := Records[I].Arg2; end; function TCode.GetCurrSourceLineNumber: Integer; begin result := GetSourceLineNumber(N); end; function TCode.GetLinePos(I: Integer): Integer; begin result := 0; if I <= 0 then Exit; while Records[I].Op <> OP_SEPARATOR do begin if Records[I].LinePos >= 0 then begin result := Records[I].LinePos; Exit; end; Dec(I); if I <= 0 then Exit; end; end; function TCode.GetSourceLine(I: Integer): String; var Lines: TStringList; K: Integer; begin result := ''; if I <= 0 then Exit; while Records[I].Op <> OP_SEPARATOR do begin Dec(I); if I <= 0 then Exit; end; Lines := GetModule(I).Lines; K := Records[I].Arg2; if K < Lines.Count then result := Lines[K] else result := ''; end; function TCode.GetIncludedFileName(I: Integer): String; var M: TModule; begin result := ''; if I <= 0 then Exit; repeat Dec(I); if I <= 0 then Exit; if Records[I].Op = OP_BEGIN_MODULE then Exit; if Records[I].Op = OP_END_INCLUDED_FILE then Exit; if Records[I].Op = OP_BEGIN_INCLUDED_FILE then begin M := GetModule(I); I := Records[I].Arg1; if I < M.IncludedFiles.Count then result := M.IncludedFiles[I]; Exit; end; until false; end; procedure TCode.ProcessSizeOf; function GetMemExpected: Boolean; var I, Op: Integer; begin result := false; for I := N + 1 to Card do begin Op := Records[I].GenOp; if Op = OP_STMT then break; if Op = OP_CALL then if StrEql(GetSymbolRec(Records[I].Arg1).Name, 'GetMem') then begin result := true; Exit; end; end; end; var R: TCodeRec; ConstId: Integer; SZ, T: Integer; SymbolRec: TSymbolRec; begin N := 1; while N < Card do begin R := Records[N]; if R.Op = OP_SIZEOF then begin SymbolRec := GetSymbolRec(R.Arg1); if SymbolRec.Kind = KindCONST then begin {$IFNDEF PAXARM} if SymbolRec.HasPAnsiCharType then SZ := System.Length(SymbolRec.value) + 1 else {$ENDIF} if SymbolRec.HasPWideCharType then SZ := System.Length(SymbolRec.value) * 2 + 1 else SZ := SymbolRec.Size; end else begin if (GetSymbolRec(R.Arg1).FinalTypeId = typePOINTER) and GetMemExpected then begin T := GetSymbolRec(GetSymbolRec(R.Arg1).TerminalTypeId).PatternId; SZ := GetSymbolRec(T).Size; end else SZ := GetSymbolRec(R.Arg1).PtrSize; end; ConstId := CreateConst(typeINTEGER, SZ, 0); R.Op := OP_ASSIGN_INT_I; R.Arg1 := R.Res; R.Arg2 := ConstId; end; Inc(N); end; end; procedure TCode.ChangeOrderOfActualParams; var L: TCodeRecList; need_relocate: Boolean; J, SubId, TrueSubId, ParamId: Integer; R: TCodeRec; SymbolTable: TSymbolTable; K, N1, T: Integer; begin SymbolTable := TKernel(kernel).SymbolTable; L := TCodeRecList.Create; try N := Card + 1; repeat Dec(N); if N <= 1 then break; R := Records[N]; if R.Op = OP_CALL then begin SubId := R.Arg1; TrueSubId := SubId; if SymbolTable[SubId].Kind = KindVAR then begin T := GetSymbolRec(SubId).TerminalTypeId; if GetSymbolRec(T).FinalTypeId in [typePROC, typeEVENT] then begin TrueSubId := GetSymbolRec(T).PatternId; end else continue; end; if GetSymbolRec(TrueSubId).CallConv in [ccREGISTER, ccMSFASTCALL] then if GetSymbolRec(TrueSubId).Count > 0 then begin L.Clear; need_relocate := false; K := 0; for J := N - 1 downto 1 do begin R := Records[J]; if R.Op = OP_BEGIN_MODULE then break; if (K = 0) and (R.GenOp = OP_PUSH) and (R.Res = TrueSubId) then begin ParamId := SymbolTable.GetParamId(TrueSubId, R.Arg2); if GetSymbolRec(ParamId).Register > 0 then begin if GetSymbolRec(ParamId).FinalTypeId in [typeDYNARRAY, typeOPENARRAY] then if GetSymbolRec(ParamId).Register = _ECX then continue; L.Add(R); need_relocate := true; end else begin need_relocate := true; end; end else if (R.Op = OP_CALL) and (R.Arg1 = SubId) then begin Inc(K); end else if (R.Op = OP_BEGIN_CALL) and (R.Arg1 = SubId) then begin if K = 0 then break else Dec(K); end; end; if L.Count = 0 then need_relocate := false; if need_relocate then begin N1 := N; if (Records[N1 - 1].Op = OP_PUSH_INST) or (Records[N1 - 1].Op = OP_PUSH_CLSREF) or (Records[N1 - 1].Op = OP_PUSH_DATA) then Dec(N1); for J := L.Count - 1 downto 0 do begin R := TCodeRec(L[J]); Insert(N1, R.Clone); R.Op := OP_NOP; end; end; end; end; until false; finally FreeAndNil(L); end; end; procedure TCode.Optimization; var I, FT, FT1: Integer; ok: Boolean; GenOp: Integer; R, R1: TCodeRec; begin for I := 1 to Card - 1 do begin R := Records[I]; R1 := Records[I + 1]; if (R.Op = OP_NOP) or (R1.Op = OP_NOP) then continue; ok := R1.GenOp = OP_ASSIGN; if ok then ok := R.Op <> OP_NOP; if R.Op = OP_INTERFACE_FROM_CLASS then begin if R1.Op = OP_PUSH_INT then ok := false; if R1.Op = OP_PUSH_INST then ok := false; if ok then begin R.Res := R1.Res; R1.Op := OP_NOP; R1.GenOp := OP_NOP; end; end; if R.Op = OP_INTERFACE_CAST then begin if R1.Op = OP_PUSH_INT then ok := false; if R1.Op = OP_PUSH_INST then ok := false; if ok then begin R.Res := R1.Res; R1.Op := OP_NOP; R1.GenOp := OP_NOP; end; end; if ok then if R.Res = R1.Arg2 then begin if generic_binary_operators.IndexOf(R.GenOp) >= 0 then begin FT := GetSymbolRec(R.Res).FinalTypeId; FT1 := GetSymbolRec(R1.Arg1).FinalTypeId; if FT = FT1 then if not(GetSymbolRec(R.Res).FinalTypeId in DynamicTypes) then begin R.Res := R1.Res; R1.Op := OP_NOP; R1.GenOp := OP_NOP; end; end else if generic_unary_operators.IndexOf(R.GenOp) >= 0 then begin if GetSymbolRec(R.Res).FinalTypeId = GetSymbolRec(R1.Arg1).FinalTypeId then begin R.Res := R1.Res; R1.Op := OP_NOP; R1.GenOp := OP_NOP; end; end end; if (R.Op = OP_SAVE_REGS) and (R1.Op = OP_RESTORE_REGS) then begin R.Op := OP_NOP; R1.Op := OP_NOP; end; GenOp := R.GenOp; if (GenOp = OP_PLUS) or (GenOp = OP_MINUS) or (GenOp = OP_MULT) or (GenOp = OP_DIV) then begin if (R.Arg1 = 0) or (GetSymbolRec(R.Arg1).FinalTypeId = typeCURRENCY) then if GetSymbolRec(R.Arg2).FinalTypeId = typeCURRENCY then begin if R1.Arg1 = R.Res then begin if GetSymbolRec(R1.Arg1).FinalTypeId = typeCURRENCY then if (R1.GenOp = OP_PLUS) or (R1.GenOp = OP_MINUS) or (R1.GenOp = OP_MULT) or (R1.GenOp = OP_DIV) then begin R.Res := 0; R1.Arg1 := 0; end; end else if R1.Arg2 = R.Res then begin if GetSymbolRec(R1.Arg2).FinalTypeId = typeCURRENCY then if (R1.GenOp = OP_PLUS) or (R1.GenOp = OP_MULT) then begin R.Res := 0; R1.Arg2 := 0; R1.SwapArguments; end; end; end; end; end; RemovePause; RemoveNOP; end; procedure TCode.Optimization2; var I: Integer; ok: Boolean; R, R1: TCodeRec; begin for I := 1 to Card - 1 do begin R := Records[I]; R1 := Records[I + 1]; if R1.Op = OP_ONCREATE_HOST_OBJECT then R1 := Records[I + 2]; if (R.Op = OP_NOP) or (R1.Op = OP_NOP) then continue; ok := (R1.GenOp = OP_ASSIGN); if ok then ok := R.Op <> OP_NOP; if ok then if R.Res = R1.Arg2 then begin if generic_binary_operators.IndexOf(R.GenOp) >= 0 then begin R.Res := R1.Res; R1.Op := OP_NOP; R1.GenOp := OP_NOP; end else if generic_unary_operators.IndexOf(R.GenOp) >= 0 then begin R.Res := R1.Res; R1.Op := OP_NOP; R1.GenOp := OP_NOP; end else if R.Op = OP_CALL then begin if Records[I + 2].Op = OP_GO_TRUE then if Records[I + 2].Arg2 = R.Res then continue; if Records[I + 2].Op = OP_GO_FALSE then if Records[I + 2].Arg2 = R.Res then continue; if R.Res <> 0 then begin R.Res := R1.Res; R1.Op := OP_NOP; R1.GenOp := OP_NOP; end; end; end; end; end; procedure TCode.RemovePause; var I, L: Integer; begin I := 0; while I <= Card do begin Inc(I); if I >= Card - 4 then break; if Records[I].Op = OP_SEPARATOR then if Records[I + 1].Op = OP_SET_CODE_LINE then if Records[I + 2].Op = OP_CHECK_PAUSE then if Records[I + 3].Op = OP_LABEL then if Records[I + 4].Op = OP_SEPARATOR then begin Records[I + 1].Op := OP_NOP; Records[I + 2].Op := OP_NOP; Records[I + 2].Op := OP_NOP; L := Records[I + 3].Arg1; TKernel(kernel).SymbolTable[L].Kind := KindNONE; Inc(I, 3); end; end; end; procedure TCode.RemoveNOP; var I, L, Op: Integer; begin for I := Card downto 1 do begin Op := Records[I].Op; if (Op = OP_NOP) or (Op = OP_LVALUE) or (Op = OP_POSTFIX_EXPRESSION) or (Op = OP_PRINT_KWD) or (Op = OP_PRINTLN_KWD) or (Op = OP_OPTION_EXPLICIT) or // (Op = OP_STMT) or (Op = OP_MYCLASS) or (Op = OP_MYBASE) or (Op = OP_CHECK_FINAL) or // (Op = OP_DECLARE_TEMP_VAR) or // (Op = OP_DECLARE_LOCAL_VAR) or (Op = OP_END_IMPORT) or (Op = OP_EPILOGUE_GLOBAL_BLOCK2) then DeleteRecord(I) else if Op = OP_DECLARE_LOCAL_VAR then begin L := GetSymbolRec(Records[I].Arg2).Level; if L > 0 then if GetSymbolRec(L).Kind in kindSUBS then DeleteRecord(I); end else if Op = OP_ONCREATE_HOST_OBJECT then begin if GetSymbolRec(Records[I].Arg1).FinalTypeId <> typeCLASS then DeleteRecord(I); end; // (Op = OP_BEGIN_USING) or // (Op = OP_END_USING) or // (Op = OP_BEGIN_BLOCK) or // (Op = OP_END_BLOCK) or // (Op = OP_BEGIN_WITH) or // (Op = OP_END_WITH) or // (Op = OP_BEGIN_SUB) or // (Op = OP_DECLARE_TEMP_VAR) then end; end; function TCode.GetDeclaredVar(const VarName: String; SubId: Integer; Upcase: Boolean; CurrPos: Integer): Integer; var I, Op: Integer; R: TCodeRec; begin result := 0; for I := CurrPos + 1 downto 1 do begin R := Records[I]; Op := R.Op; if Op = OP_BEGIN_MODULE then break; if R.Arg1 <> SubId then continue; if Op = OP_DECLARE_LOCAL_VAR then begin if GetSymbolRec(R.Arg2).Kind = KindNONE then continue; if Upcase then begin if StrEql(VarName, GetSymbolRec(R.Arg2).Name) then begin result := R.Arg2; Exit; end; end else begin if VarName = GetSymbolRec(R.Arg2).Name then begin result := R.Arg2; Exit; end; end; end else if Op = OP_BEGIN_SUB then Exit; end; end; function TCode.ExistsImplicitNumericConversion(type_id_source, type_id_dest: Integer): Boolean; begin if type_id_source in IntegerTypes then if type_id_dest in (IntegerTypes + RealTypes) then begin result := true; Exit; end; if type_id_source in RealTypes then if type_id_dest in RealTypes then begin result := true; Exit; end; result := false; end; function TCode.ExistsImplicitConversion(id_source, id_dest: Integer): Boolean; var symbol_table: TSymbolTable; T1, T2: Integer; begin symbol_table := TKernel(kernel).SymbolTable; if symbol_table[id_source].TerminalTypeId = symbol_table[id_dest].TerminalTypeId then begin result := true; Exit; end; if symbol_table[id_dest].TerminalTypeId = typePVOID then begin result := true; Exit; end; T1 := symbol_table[id_source].FinalTypeId; T2 := symbol_table[id_dest].FinalTypeId; if (T2 = typeOPENARRAY) and (T1 = typeSET) then begin result := true; Exit; end; if T1 in VariantTypes then if T2 in (IntegerTypes + RealTypes + [typeCURRENCY] + BooleanTypes + StringTypes) then begin result := true; Exit; end; if T1 in (IntegerTypes + RealTypes + BooleanTypes + StringTypes) then if T2 in VariantTypes then begin result := true; Exit; end; if T1 in StringTypes then if T2 in StringTypes then begin result := true; Exit; end; if T1 in CharTypes then if T2 in (CharTypes + StringTypes) then begin result := true; Exit; end; if (T1 = typeINTERFACE) and (T2 = typeINTERFACE) then begin result := true; Exit; end; if (T1 = typeCLASS) and (T2 = typeCLASS) then begin result := true; Exit; end; {$IFNDEF PAXARM} if symbol_table[id_source].HasPAnsiCharType and (T2 in StringTypes) then begin result := true; Exit; end; {$ENDIF} if symbol_table[id_source].HasPWideCharType and (T2 in StringTypes) then begin result := true; Exit; end; if (id_source = symbol_table.NilId) and (T2 in [typeCLASS, typeCLASSREF, typeINTERFACE]) then begin result := true; Exit; end; result := ExistsImplicitNumericConversion(T1, T2); end; /// <summary> /// Returns 1 or 2, if conversion between types of id and id1 is better than /// conversion between types of id and id2. /// Returns -1 or -2, if conversion between types of id and id2 is better than /// conversion between types of id and id1. /// Returns 0, if there is no better conversion. /// </summary> function TCode.CompareConversions(Id, id1, id2: Integer): Integer; var symbol_table: TSymbolTable; S, T1, T2, K: Integer; B1, B2: Boolean; begin symbol_table := TKernel(kernel).SymbolTable; S := symbol_table[Id].FinalTypeId; K := symbol_table[Id].Kind; if K = KindTYPE then if symbol_table[Id].FinalTypeId = typeCLASS then begin Inc(Id); S := symbol_table[Id].FinalTypeId; end; T1 := symbol_table[id1].FinalTypeId; T2 := symbol_table[id2].FinalTypeId; result := 0; if T1 = T2 then begin if T1 = typeENUM then begin T1 := symbol_table[id1].TerminalTypeId; T2 := symbol_table[id2].TerminalTypeId; S := symbol_table[Id].TerminalTypeId; if T1 = T2 then Exit; B1 := S = T1; B2 := S = T2; if B1 then Inc(result, 2); if B2 then Dec(result, 2); Exit; end else if T1 = typeCLASS then begin T1 := symbol_table[id1].TerminalTypeId; T2 := symbol_table[id2].TerminalTypeId; if T1 = T2 then Exit; S := symbol_table[Id].TerminalTypeId; B1 := symbol_table.Inherits(S, T1); B2 := symbol_table.Inherits(S, T2); if B1 and B2 then begin B1 := S = T1; B2 := S = T2; if B1 then Inc(result, 2); if B2 then Dec(result, 2); end else if B1 then begin result := 2; end else if B2 then begin result := -2; end; Exit; end else if T1 = typeINTERFACE then begin T1 := symbol_table[id1].TerminalTypeId; T2 := symbol_table[id2].TerminalTypeId; if T1 = T2 then Exit; S := symbol_table[Id].TerminalTypeId; B1 := symbol_table.Supports(S, T1); B2 := symbol_table.Supports(S, T2); if B1 and B2 then begin B1 := S = T1; B2 := S = T2; if B1 then Inc(result, 2); if B2 then Dec(result, 2); end else if B1 then begin result := 2; end else if B2 then begin result := -2; end; end; Exit; end; if S = T1 then begin result := 1; if not ExistsImplicitConversion(Id, id2) then Inc(result); Exit; end; if S = T2 then begin result := -1; if not ExistsImplicitConversion(Id, id1) then Dec(result); Exit; end; if ExistsImplicitConversion(Id, id1) then begin if ExistsImplicitConversion(Id, id2) then result := 0 else result := 2; Exit; end; if ExistsImplicitConversion(Id, id2) then begin if ExistsImplicitConversion(Id, id1) then result := 0 else result := -2; Exit; end; result := 0; end; procedure TCode.RemoveInstruction(Op, Arg1, Arg2, Res: Integer); var I: Integer; begin for I := Card downto 1 do if Records[I].Op = Op then begin if not((Arg1 = -1) or (Arg1 = Records[I].Arg1)) then continue; if not((Arg2 = -1) or (Arg2 = Records[I].Arg2)) then continue; if not((Res = -1) or (Res = Records[I].Res)) then continue; Records[I].Op := OP_NOP; Exit; end; end; function TCode.RemoveLastEvalInstruction(const S: String; Upcase: Boolean = true): Integer; var I, Id, K: Integer; Q: String; b: Boolean; begin result := 0; K := 0; for I := Card downto 1 do begin if Records[I].Op = OP_STMT then begin Inc(K); if K > 1 then break; end else if Records[I].Op = OP_EVAL then begin Id := Records[I].Res; Q := GetSymbolRec(Id).Name; if Upcase then b := StrEql(S, Q) else b := S = Q; if b then begin result := Id; Records[I].Op := OP_NOP; Exit; end; end; end; end; procedure TCode.CreateMapping(result: TMapTable; Host: Boolean; HostMapTable, ScriptMapTable: TMapTable); var CurrN: Integer; procedure AddSubDesc(MapRec: TMapRec; SubId: Integer); var I, SelfId, ParamId, ResTypeId, ParamTypeId, L, ElemTypeId: Integer; R: TSymbolRec; SymbolTable: TSymbolTable; SubParamRec: TSubParamRec; SubLocalVarRec: TSubLocalVarRec; S: String; CR: TCodeRec; begin R := GetSymbolRec(SubId); if not(R.Kind in kindSUBS) then Exit; SymbolTable := TKernel(kernel).SymbolTable; {$IFDEF PCU_EX} if not Host then for I := 1 to Card do begin CR := Records[I]; if CR.Arg1 = SubId then begin if CR.Op = OP_INIT_SUB then MapRec.SubDesc.N1 := I else if CR.Op = OP_FIN_SUB then MapRec.SubDesc.N2 := I; end; end; {$ENDIF} MapRec.SubDesc.Sid := SubId; MapRec.SubDesc.CallConv := R.CallConv; MapRec.SubDesc.RetSize := SymbolTable.GetSizeOfParams(SubId); MapRec.SubDesc.ResTypeId := R.FinalTypeId; ResTypeId := R.TypeId; MapRec.SubDesc.ResTypeName := GetSymbolRec(ResTypeId).Name; MapRec.Vis := R.Vis; MapRec.SubDesc.IsShared := R.IsSharedMethod; L := R.Level; if L = 0 then MapRec.SubDesc.IsMethod := false else if GetSymbolRec(L).Kind = KindTYPE then MapRec.SubDesc.IsMethod := true else MapRec.SubDesc.IsMethod := false; if MapRec.SubDesc.IsMethod then begin SelfId := SymbolTable.GetSelfId(SubId); MapRec.SubDesc.SelfOffset := GetSymbolRec(SelfId).Shift; end; if Records[CurrN].Op = OP_LOAD_PROC then begin S := GetSymbolRec(Records[CurrN].Res).value; if not StrEql(ExtractFileExt(S), '.' + PCU_FILE_EXT) then begin MapRec.SubDesc.DllName := S; MapRec.SubDesc.AliasName := GetSymbolRec(Records[CurrN].Arg2).value; end; end; for I := 0 to R.Count - 1 do begin ParamId := SymbolTable.GetParamId(SubId, I); SubParamRec := MapRec.SubDesc.ParamList.AddRecord; SubParamRec.FinTypeId := SymbolTable[ParamId].FinalTypeId; SubParamRec.ParamSize := SymbolTable[ParamId].FinSize; SubParamRec.ParamName := SymbolTable[ParamId].Name; SubParamRec.ParamOffset := SymbolTable[ParamId].Shift; ParamTypeId := SymbolTable[ParamId].TypeId; SubParamRec.ParamTypeName := SymbolTable[ParamTypeId].Name; if SymbolTable[ParamId].FinalTypeId in [typeDYNARRAY, typeOPENARRAY] then if SymbolTable[ParamId].IsOpenArray then begin ParamTypeId := SymbolTable[ParamId].TerminalTypeId; ElemTypeId := SymbolTable[ParamTypeId].PatternId; SubParamRec.ParamTypeName := 'array of ' + SymbolTable [ElemTypeId].Name; end; if SymbolTable[ParamId].ByRef then SubParamRec.ParamMod := PM_BYREF else if SymbolTable[ParamId].IsConst then SubParamRec.ParamMod := PM_CONST else SubParamRec.ParamMod := PM_BYVAL; if SymbolTable[ParamId].Optional then SubParamRec.OptValue := VariantToString(SymbolTable[ParamId].FinalTypeId, SymbolTable[ParamId].value); end; {$IFDEF PCU_EX} if not Host then for I := SubId + 1 to SymbolTable.Card do if SymbolTable.IsLocalOf(I, SubId) then begin SubLocalVarRec := MapRec.SubDesc.LocalVarList.AddRecord; SubLocalVarRec.LocalVarName := SymbolTable[I].Name; SubLocalVarRec.LocalVarOffset := SymbolTable[I].Shift; SubLocalVarRec.IsByRef := SymbolTable[I].ByRef; ParamTypeId := SymbolTable[I].TypeId; SubLocalVarRec.LocalVarTypeName := SymbolTable[ParamTypeId].Name; end else if GetSymbolRec(I).Kind = KindNAMESPACE then break; {$ENDIF} end; procedure TryMap(Id: Integer); forward; procedure AddDescendats(Id: Integer); var SymbolTable: TSymbolTable; I, J, T: Integer; List: TIntegerList; S: String; begin SymbolTable := TKernel(kernel).SymbolTable; S := SymbolTable[Id].Name; T := SymbolTable[Id].Level; List := SymbolTable.HashArray.GetList(S); for J := List.Count - 1 downto 0 do begin I := List[J]; if I <> Id then with SymbolTable[I] do if Kind = KindSUB then if SymbolTable[Level].Kind = KindTYPE then if SymbolTable[Level].FinalTypeId = typeCLASS then if StrEql(Name, S) then if SymbolTable.Inherits(Level, T) then begin SymbolTable.InCode[I] := true; TryMap(I); end; end; end; procedure AddIUnknownMethods(Id: Integer); var SymbolTable: TSymbolTable; I, J, L, KK: Integer; List: TIntegerList; S: String; MapRec: TMapRec; R: TSymbolRec; begin if Host then Exit; SymbolTable := TKernel(kernel).SymbolTable; for KK := 1 to 3 do begin S := ''; case KK of 1: S := 'QueryInterface'; 2: S := '_AddRef'; 3: S := '_Release'; end; List := SymbolTable.HashArray.GetList(S); for J := List.Count - 1 downto 0 do begin I := List[J]; if I <> Id then if SymbolTable[I].Kind = KindSUB then begin L := SymbolTable[I].Level; if SymbolTable[L].Kind = KindTYPE then if SymbolTable[L].FinalTypeId = typeCLASS then if StrEql(SymbolTable[I].Name, S) then begin if SymbolTable.Inherits(Id, L) then begin R := SymbolTable[I]; SymbolTable.InCode[I] := true; if R.Host then begin MapRec := HostMapTable.AddRec(R.FullName, R.Shift, -1, KindSUB, false, 0, 0); end else MapRec := ScriptMapTable.AddRec(R.FullName, R.value, -1, KindSUB, false, 0, 0); AddSubDesc(MapRec, Id); break; end; end; end; end; end; end; procedure TryMap(Id: Integer); var SymbolTable: TSymbolTable; Global: Boolean; R, R1: TSymbolRec; T: Integer; MapRec: TMapRec; Lst: TIntegerList; J: Integer; begin SymbolTable := TKernel(kernel).SymbolTable; if Id > SymbolTable.Card then Exit; if Id <= StdCard then Exit; R := SymbolTable[Id]; if R.FullName = '' then begin if R.FinalTypeId = typeCLASS then begin T := R.TerminalTypeId; if GetSymbolRec(T).Name <> '' then TryMap(T); end; if R.FinalTypeId = typeCLASSREF then begin T := R.TerminalTypeId; T := GetSymbolRec(T).PatternId; if GetSymbolRec(T).Name <> '' then TryMap(T); end; if R.FinalTypeId = typeINTERFACE then begin T := R.TerminalTypeId; SymbolTable.InCode[T] := true; end; Exit; end; if ExtractName(R.FullName) = '' then begin if R.FinalTypeId = typeCLASS then begin T := R.TerminalTypeId; if GetSymbolRec(T).Name <> '' then TryMap(T); end; if R.FinalTypeId = typeINTERFACE then begin T := R.TerminalTypeId; SymbolTable.InCode[T] := true; end; Exit; end; if R.TypedConst and (Host = false) then begin // Exit; end; if Id <= TKernel(kernel).GT.Card then Global := true else Global := false; if result.LookUpEx(R.FullName, R.OverCount) <> nil then Exit; if R.Kind = KindNAMESPACE then begin if R.Host <> Host then Exit; result.AddRec(R.FullName, 0, -1, R.Kind, Global, 0, 0); Exit; end; if R.ClassIndex <> -1 then begin if R.Host <> Host then Exit; R1 := SymbolTable[Id + 1]; MapRec := result.AddRec(R.FullName, R1.Shift, R.ClassIndex, KindTYPE, Global, 0, 0); if not Host then SymbolTable.AddScriptFields(Id, MapRec.FieldList); SymbolTable.InCode[Id] := true; if R.SupportedInterfaces <> nil then if R.SupportedInterfaces.Count > 0 then AddIUnknownMethods(Id); { if not R.Host then if GetSymbolRec(R.AncestorId).Host then if HostMapTable <> nil then if R.AncestorId <> H_TObject then begin R := GetSymbolRec(R.AncestorId); if HostMapTable.Lookup(R.FullName) <> nil then Exit; Id := R.Id; SymbolTable.InCode[Id] := true; R1 := GetSymbolRec(Id + 1); HostMapTable.AddRec(R.FullName, R1.Shift, R.ClassIndex, KindTYPE, Global, 0, 0); end; } Exit; end; if R.IsGlobalVarEx then begin if R.FinalTypeId = typeCLASS then begin T := R.TerminalTypeId; if GetSymbolRec(T).Name <> '' then TryMap(T); end; if R.FinalTypeId = typeINTERFACE then begin T := R.TerminalTypeId; SymbolTable.InCode[T] := true; end; if R.Host <> Host then Exit; MapRec := result.AddRec(R.FullName, R.Shift, -1, R.Kind, Global, 0, 0); MapRec.TypedConst := R.TypedConst; MapRec.FullTypeName := GetSymbolRec(R.TypeId).FullName; end else if R.Kind in kindSUBS then begin if not(R.IsSubPartOfEventType or R.IsSubPartOfProcType) then if not R.IsNestedSub then if R.Name <> '' then begin if R.Level > 0 then begin if GetSymbolRec(R.Level).FinalTypeId = typeINTERFACE then Exit; if GetSymbolRec(R.Level).FinalTypeId = typeCLASS then TryMap(R.Level); end; if R.Host <> Host then begin if not R.IsExternal then Exit; if Host then Exit; end; if R.IsExternal then begin MapRec := result.AddRec(R.FullName, 0, -1, R.Kind, Global, R.OverCount, R.CallMode); MapRec.IsExternal := true; end else if Host then begin MapRec := result.AddRec(R.FullName, R.Shift, -1, R.Kind, Global, R.OverCount, R.CallMode); end else MapRec := result.AddRec(R.FullName, R.value, -1, R.Kind, Global, R.OverCount, R.CallMode); AddSubDesc(MapRec, Id); if R.IsVirtual and Host then begin // AddDescendats(Id); end; if R.OverCount > 0 then begin Lst := SymbolTable.LookUpAll(SymbolTable[Id].Name, SymbolTable[Id].Level, true); try for J := 0 to Lst.Count - 1 do if Lst[J] <> Id then begin SymbolTable.InCode[Lst[J]] := true; TryMap(Lst[J]); end; finally FreeAndNil(Lst); end; end; end end else if R.FinalTypeId = typeCLASS then begin T := R.TerminalTypeId; if GetSymbolRec(T).Name <> '' then TryMap(T); end else if R.FinalTypeId = typeINTERFACE then begin T := R.TerminalTypeId; SymbolTable.InCode[T] := true; end else if R.Level > 0 then begin if GetSymbolRec(R.Level).FinalTypeId = typeCLASS then begin T := GetSymbolRec(R.Level).TerminalTypeId; if GetSymbolRec(T).Name <> '' then TryMap(T); end else if R.FinalTypeId = typeEVENT then begin Id := R.PatternId; if Id > 0 then begin R := GetSymbolRec(Id); if R.Kind <> KindSUB then Exit; if R.Host then Exit; SymbolTable.InCode[Id] := true; if R.Host then begin MapRec := HostMapTable.AddRec(R.FullName, R.Shift, -1, KindSUB, false, 0, 0); end else begin if ScriptMapTable = nil then Exit; MapRec := ScriptMapTable.AddRec(R.FullName, R.value, -1, KindSUB, false, 0, 0); end; AddSubDesc(MapRec, Id); end; end; end; end; var I, T: Integer; R: TCodeRec; begin result.Clear; for I := 1 to Card do begin CurrN := I; R := Records[I]; if R.Op = OP_SET_CODE_LINE then continue; if R.Op = OP_SEPARATOR then continue; TryMap(R.Arg1); TryMap(R.Arg2); TryMap(R.Res); if R.Op = OP_PUSH_CLSREF then TryMap(R.Arg1 - 1) else if R.Op = OP_IS then begin T := GetSymbolRec(R.Arg1).TypeId; TryMap(T); end; end; for I := 0 to map_list.Count - 1 do TryMap(map_list[I]); end; procedure TCode.CreateExportList(MapTable: TMapTable); var I: Integer; S: String; MR: TMapRec; begin for I := 1 to Card do if Records[I].Op = OP_EXPORTS then begin S := GetSymbolRec(Records[I].Arg1).FullName; MR := MapTable.LookUp(S); if MR = nil then RaiseError(errInternalError, []); S := ExtractName(S); with TKernel(kernel).ExportList.Add do begin Name := S; Offset := MR.Offset; Ordinal := TKernel(kernel).ExportList.Count - 1; end; end; end; procedure TCode.GenHostStructConst; var ModuleNum: Integer; Language: Integer; Upcase: Boolean; SymbolTable: TSymbolTable; procedure Gen(Op, Arg1, Arg2, Res, Lev: Integer); begin Add(Op, Arg1, Arg2, Res, Lev, Upcase, Language, ModuleNum, -1); end; var InCode: array of Boolean; procedure SetInCode; var I, K, Id: Integer; begin K := TKernel(kernel).SymbolTable.Card; SetLength(InCode, K + K); for I := 1 to Card do begin Id := Self[I].Arg1; if Id > 0 then if Id <= K then InCode[Id] := true; Id := Self[I].Arg2; if Id > 0 then if Id <= K then InCode[Id] := true; Id := Self[I].Res; if Id > 0 then if Id <= K then InCode[Id] := true; end; end; procedure Init(I: Integer; const V: Variant); var ArrObject: TArrObject; VarObject: TVarObject; SimpleObject: TSimpleObject; NameId: Integer; ItemId: Integer; ValId: Integer; value: Variant; ValueTypeId: Integer; J: Integer; FT: Integer; begin FT := SymbolTable[I].FinalTypeId; SymbolTable[I].Kind := KindVAR; SymbolTable[I].TypedConst := true; Gen(OP_BEGIN_INIT_CONST, I, 0, 0, 0); ArrObject := VariantToVarObject(V) as TArrObject; for J := 0 to ArrObject.Count - 1 do begin VarObject := ArrObject[J]; if VarObject is TSimpleObject then begin SimpleObject := VarObject as TSimpleObject; ItemId := NewTempVar(0, 0); value := SimpleObject.value; ValueTypeId := 0; case VarType(value) of varByte, varInteger: ValueTypeId := typeINTEGER; {$IFDEF VARIANTS} varInt64: ValueTypeId := typeINT64; varLongWord: ValueTypeId := typeCARDINAL; {$ENDIF} {$IFNDEF PAXARM} varString: ValueTypeId := typeANSISTRING; {$ENDIF} varBoolean: ValueTypeId := typeBOOLEAN; varDouble: ValueTypeId := typeDOUBLE; else RaiseError(errInternalError, []); end; ValId := CreateConst(ValueTypeId, value); if FT = typeRECORD then begin NameId := CreateConst(typeSTRING, SimpleObject.Name); Gen(OP_RECORD_ITEM, I, NameId, ItemId, 0); end else Gen(OP_ITEM, I, J, ItemId, 0); Gen(OP_ASSIGN, ItemId, ValId, ItemId, 0); end else if VarObject is TArrObject then begin ItemId := NewTempVar(0, 0); Init(ItemId, VarObjectToVariant(VarObject as TArrObject)); Gen(OP_ASSIGN_SHIFT, 0, J, ItemId, 0); end; end; Gen(OP_END_INIT_CONST, I, 0, 0, 0); end; var I, FT: Integer; SymbolRec: TSymbolRec; V: Variant; K: Integer; K1, K2, KK: Integer; begin ModuleNum := GetModuleNumber(Card); Language := GetLanguage(Card); Upcase := GetUpcase(Card); SetInCode; K := Card; while Records[K].Op <> OP_END_MODULE do Dec(K); SymbolTable := TKernel(kernel).SymbolTable; for KK := 1 to 2 do begin if KK = 1 then begin K1 := Types.Count; K2 := TKernel(kernel).GT.Card; end else begin K1 := FirstLocalId + 1; K2 := Card; end; for I := K1 to K2 do begin SymbolRec := SymbolTable[I]; if SymbolRec.Kind = KindCONST then begin FT := SymbolRec.FinalTypeId; if FT in [typeRECORD, typeARRAY] then begin V := SymbolRec.value; if VarType(V) <> PAXCOMP_VAROBJECT.VarObject then continue; if not InCode[I] then continue; Init(I, V); end else if I <= SymbolTable.CompileCard then begin {$IFNDEF PAXARM} if FT = typeSHORTSTRING then begin if not InCode[I] then continue; SymbolTable[I].Kind := KindVAR; SymbolTable[I].TypedConst := true; Gen(OP_BEGIN_INIT_CONST, I, 0, 0, 0); Gen(OP_ASSIGN, I, SymbolTable.AddPAnsiCharConst (AnsiString(SymbolTable[I].value)).Id, I, 0); Gen(OP_END_INIT_CONST, I, 0, 0, 0); end; {$ENDIF} end; end; end; end; Records[K].Op := OP_NOP; Gen(OP_END_MODULE, ModuleNum, 0, 0, 0); end; function TCode.PrevN(J: Integer): Integer; begin result := 0; J := J - 1; if Records[J].Op <> OP_SEPARATOR then begin result := J; Exit; end; while J > 1 do begin Dec(J); if Records[J].Op <> OP_SEPARATOR then begin result := J; Exit; end; end; end; function TCode.PrevPrevRec(J: Integer): TCodeRec; begin result := PrevRec(PrevN(J)); end; function TCode.PrevRec(J: Integer): TCodeRec; begin result := nil; J := J - 1; if Records[J].Op <> OP_SEPARATOR then begin result := Records[J]; Exit; end; while J > 1 do begin Dec(J); if Records[J].Op <> OP_SEPARATOR then begin result := Records[J]; Exit; end; end; end; function TCode.NextRec(J: Integer): TCodeRec; begin result := nil; J := J + 1; if Records[J].Op <> OP_SEPARATOR then begin result := Records[J]; Exit; end; while J < Card do begin Inc(J); if Records[J].Op <> OP_SEPARATOR then begin result := Records[J]; Exit; end; end; end; function TCode.GetCurrSubId(CurrN: Integer): Integer; var I, K, Op: Integer; R: TCodeRec; begin result := 0; K := 0; for I := CurrN downto 1 do begin R := Records[I]; Op := R.Op; if Op = OP_INIT_SUB then begin if K = 0 then begin result := R.Arg1; Exit; end else Dec(K); end else if Op = OP_END_SUB then Inc(K) else if Op = OP_BEGIN_MODULE then Exit; end; end; function TCode.GetCurrSelfId(CurrN: Integer): Integer; var SubId, L: Integer; begin result := 0; SubId := GetCurrSubId(CurrN); if SubId = 0 then Exit; if GetSymbolRec(SubId).IsJSFunction then begin result := TKernel(kernel).SymbolTable.GetSelfId(SubId); Exit; end; L := SubId; repeat L := GetSymbolRec(L).Level; if L = 0 then Exit; if GetSymbolRec(L).Kind = KindTYPE then begin result := TKernel(kernel).SymbolTable.GetSelfId(SubId); Exit; end else if not(GetSymbolRec(L).Kind in kindSUBS) then // nested sub Exit; until false; end; procedure TCode.LocateDummyName(var NN: Integer); var I, J, SubId: Integer; R, RJ: TCodeRec; begin NN := -1; for I := Card downto 1 do begin R := Records[I]; if R.GenOp = OP_PUSH then begin if GetSymbolRec(R.Arg1).Name = DummyName then begin SubId := R.Res; for J := I + 1 to Card do begin RJ := Records[J]; if (RJ.Op = OP_CALL) or (RJ.Op = OP_STR) then if RJ.Arg1 = SubId then begin NN := J; Exit; end; end; for J := I - 1 downto 1 do begin RJ := Records[J]; if RJ.Op = OP_BEGIN_CALL then if RJ.Arg1 = SubId then begin NN := J; Exit; end; end; end; end else if R.GenOp = OP_FIELD then begin if GetSymbolRec(R.Arg2).Name = DummyName then begin NN := I; Exit; end; end else if R.GenOp = OP_EVAL then begin if GetSymbolRec(R.Res).Name = DummyName then begin R.Op := OP_EVAL; NN := I; Exit; end; end else if (R.GenOp = OP_ABS) or (R.GenOp = OP_INC) or (R.GenOp = OP_DEC) or (R.GenOp = OP_PRED) or (R.GenOp = OP_SUCC) or (R.GenOp = OP_ORD) or (R.GenOp = OP_SIZEOF) or (R.GenOp = OP_CHR) or (R.GenOp = OP_LOW) or (R.GenOp = OP_HIGH) or (R.GenOp = OP_ASSIGNED) or (R.GenOp = OP_STR) or (R.GenOp = OP_PRINT) or (R.GenOp = OP_PRINT_EX) then begin if GetSymbolRec(R.Arg1).Name = DummyName then begin NN := I; Exit; end; end; end; end; function TCode.FindRecord1(Op, Arg1: Integer): Integer; var I: Integer; R: TCodeRec; begin result := 0; for I := 1 to Card do begin R := Records[I]; if R.Op = Op then if R.Arg1 = Arg1 then begin result := I; Exit; end; end; end; procedure TCode.InsertDynamicTypeDestructors; var I, IStart, J, T, TypeId, Id, Level, Op: Integer; R: TCodeRec; WasInsertion: Boolean; Upcase: Boolean; Language, ModuleNum: Integer; begin dmp; for I := 1 to Card do begin R := Records[I]; if R.Op = OP_DESTROY_LOCAL_VAR then begin if not GetSymbolRec(R.Arg1).IsExternal then begin T := GetSymbolRec(R.Arg1).FinalTypeId; case T of typeVARIANT, typeOLEVARIANT: R.Op := OP_VARIANT_CLR; {$IFNDEF PAXARM} typeANSISTRING: R.Op := OP_ANSISTRING_CLR; typeWIDESTRING: R.Op := OP_WIDESTRING_CLR; {$ENDIF} typeUNICSTRING: R.Op := OP_UNICSTRING_CLR; typeINTERFACE: R.Op := OP_INTERFACE_CLR; typeDYNARRAY: R.Op := OP_DYNARRAY_CLR; typeRECORD, typeARRAY: begin TypeId := GetSymbolRec(R.Arg1).TerminalTypeId; if TKernel(kernel).SymbolTable.HasDynamicFields(TypeId) then R.Op := OP_STRUCTURE_CLR else R.Op := OP_NOP; end; typeCLASS: begin {$IFDEF PAXARM} R.Op := OP_CLASS_CLR; {$ELSE} TypeId := GetSymbolRec(R.Arg1).TerminalTypeId; if IsJSType(TypeId, TKernel(kernel).SymbolTable) then R.Op := OP_CLASS_CLR else R.Op := OP_NOP; {$ENDIF} end else R.Op := OP_NOP; end; end else R.Op := OP_NOP; end; end; IStart := 1; repeat WasInsertion := false; I := IStart - 1; while I < Card do begin Inc(I); R := Records[I]; if (R.Op = OP_DECLARE_TEMP_VAR) or (R.Op = OP_OLE_GET) then begin if not GetSymbolRec(R.Arg2).IsExternal then begin if R.Op = OP_OLE_GET then Id := R.Res else Id := R.Arg2; Level := GetSymbolRec(Id).Level; Op := OP_NOP; T := GetSymbolRec(Id).FinalTypeId; case T of typeVARIANT, typeOLEVARIANT: Op := OP_VARIANT_CLR; {$IFNDEF PAXARM} typeANSISTRING: Op := OP_ANSISTRING_CLR; typeWIDESTRING: Op := OP_WIDESTRING_CLR; {$ENDIF} typeUNICSTRING: Op := OP_UNICSTRING_CLR; typeINTERFACE: Op := OP_INTERFACE_CLR; {$IFDEF PAXARM} typeCLASS: Op := OP_CLASS_CLR; {$ENDIF} typeDYNARRAY: Op := OP_DYNARRAY_CLR; typeRECORD, typeARRAY: begin TypeId := GetSymbolRec(Id).TerminalTypeId; if TKernel(kernel).SymbolTable.HasDynamicFields(TypeId) then Op := OP_STRUCTURE_CLR else Op := OP_NOP; end; end; if Op = OP_NOP then begin // break; Inc(I); continue; end; // find insertion point if (Level = 0) or (GetSymbolRec(Level).Kind in [KindNONE, KindVAR, KindNAMESPACE]) then begin J := I - 1; while J < Card do begin Inc(J); R := Records[J]; if R.Op = OP_EPILOGUE_GLOBAL_BLOCK2 then begin if Records[J - 1].Op = OP_RET then Dec(J); Upcase := R.Upcase; Language := R.Language; ModuleNum := R.ModuleNum; R := TCodeRec.Create(Op, Self); R.Upcase := Upcase; R.Language := Language; R.ModuleNum := ModuleNum; R.Arg1 := Id; R.Arg2 := 0; R.Res := 0; Insert(J, R); WasInsertion := true; break; end; end; end else begin J := I; while J < Card do begin Inc(J); R := Records[J]; if R.Op = OP_END_SUB then begin if Level <> R.Arg1 then begin if GetSymbolRec(R.Arg1).IsNestedSub then continue; RaiseError(errInternalError, []); end; while Records[J - 1].Op = OP_NOP do Dec(J); if Records[J - 1].Op = OP_EPILOGUE_SUB then Inc(J, 3); Upcase := R.Upcase; Language := R.Language; ModuleNum := R.ModuleNum; R := TCodeRec.Create(Op, Self); R.Upcase := Upcase; R.Language := Language; R.ModuleNum := ModuleNum; R.Arg1 := Id; R.Arg2 := 0; R.Res := 0; Insert(J, R); WasInsertion := true; break; end; end; end; end; end; end; if not WasInsertion then break; IStart := I + 1; until false; end; procedure TCode.InsertFinalizators; var I, J, K, ClassId, FT, Op, TypeId, DestructorId, SelfId, FieldId: Integer; SymbolTable: TSymbolTable; RJ: TSymbolRec; RC: TCodeRec; begin SymbolTable := TKernel(kernel).SymbolTable; I := Card; while I > 1 do begin Dec(I); if Self[I].Op = OP_BEGIN_CLASS_TYPE then begin ClassId := Self[I].Arg1; DestructorId := SymbolTable.FindDestructorId(ClassId); SelfId := SymbolTable.GetSelfId(DestructorId); K := 0; for J := I + 1 to Card do begin RC := Self[J]; if RC.Op = OP_END_SUB then if RC.Arg1 = DestructorId then begin K := J - 1; while not((Self[K].Op = OP_END_WITH) and (Self[K].Arg1 = SelfId)) do Dec(K); end; end; if K = 0 then continue; // RaiseError(errInternalError, []); for J := ClassId + 1 to SymbolTable.Card do begin RJ := SymbolTable[J]; if RJ.Kind = KindTYPE_FIELD then if RJ.Level = ClassId then begin FT := RJ.FinalTypeId; TypeId := RJ.TerminalTypeId; Op := OP_NOP; case FT of typeVARIANT, typeOLEVARIANT: Op := OP_VARIANT_CLR; {$IFNDEF PAXARM} typeANSISTRING: Op := OP_ANSISTRING_CLR; typeWIDESTRING: Op := OP_WIDESTRING_CLR; {$ENDIF} typeUNICSTRING: Op := OP_UNICSTRING_CLR; typeINTERFACE: Op := OP_INTERFACE_CLR; typeDYNARRAY: Op := OP_DYNARRAY_CLR; typeRECORD, typeARRAY: if SymbolTable.HasDynamicFields(TypeId) then Op := OP_STRUCTURE_CLR; typeCLASS: {$IFDEF PAXARM} Op := OP_CLASS_CLR; {$ELSE} if SymbolTable.Inherits(TypeId, H_TFW_Array) then begin Op := OP_CLASS_CLR; end; {$ENDIF} end; if Op <> OP_NOP then begin FieldId := NewTempVar(DestructorId, TypeId); GetSymbolRec(FieldId).OwnerId := SelfId; GetSymbolRec(FieldId).PatternId := J; GetSymbolRec(FieldId).Name := RJ.Name; GetSymbolRec(FieldId).ByRef := true; RC := TCodeRec.Create(OP_FIELD, Self); RC.Upcase := GetUpcase(I); RC.Language := GetLanguage(I); RC.ModuleNum := GetModuleNumber(I); RC.Arg1 := SelfId; RC.Arg2 := FieldId; RC.Res := FieldId; Insert(K, RC); RC := TCodeRec.Create(Op, Self); RC.Upcase := GetUpcase(I); RC.Language := GetLanguage(I); RC.ModuleNum := GetModuleNumber(I); RC.Arg1 := FieldId; Insert(K + 1, RC); end; end; end; end; end; end; procedure TCode.InsertTryFinally; procedure TestNOP(J: Integer); begin if Records[J].Op <> OP_NOP then RaiseError(errInternalError, []); end; var I, J, K, Op, SubId, I1, I2, I3, L1, L2, L3, L: Integer; HasDynVars, HasTryOn: Boolean; SymbolTable: TSymbolTable; T: Integer; LoopLabel, BreakLabel, ContinueLabel: Integer; begin if not TKernel(kernel).SupportedSEH then Exit; SymbolTable := TKernel(kernel).SymbolTable; I := 0; while I < Card do begin Inc(I); Op := Records[I].Op; if Op = OP_EPILOGUE_SUB then begin SubId := Records[I].Arg1; T := GetSymbolRec(SubId).Level; if T > 0 then if GetSymbolRec(T).FinalTypeId = typeINTERFACE then continue; J := I + 1; HasDynVars := false; while not((Records[J].Op = OP_END_SUB) and (Records[J].Arg1 = SubId)) do begin if IsDynDestr(Records[J].Op) then HasDynVars := true; Inc(J); end; if not HasDynVars then begin K := J; HasTryOn := false; L := GetSymbolRec(SubId).Level; if L > 0 then if GetSymbolRec(SubId).Kind = KindSUB then if GetSymbolRec(L).Kind = KindTYPE then begin HasDynVars := true; HasTryOn := true; end; while not((Records[K].Op = OP_INIT_SUB) and (Records[K].Arg1 = SubId)) do begin if Records[K].Op = OP_EXIT then begin if HasTryOn then begin HasDynVars := true; end else Records[K].Op := OP_GO; end else if Records[K].Op = OP_RAISE then HasDynVars := true else if Records[K].Op = OP_TRY_OFF then HasTryOn := true; Dec(K); if K = 1 then break; end; end; if HasDynVars then begin Inc(TKernel(kernel).TryCount); I2 := I; I3 := J; J := I - 1; while not((Records[J].Op = OP_INIT_SUB) and (Records[J].Arg1 = SubId)) do Dec(J); I1 := J; L1 := SymbolTable.AddLabel.Id; L2 := SymbolTable.AddLabel.Id; L3 := SymbolTable.AddLabel.Id; // I1 J := I1 + 1; TestNOP(J); Records[J].Op := OP_TRY_ON; Records[J].Arg1 := TKernel(kernel).TryCount; Records[J].Res := SubId; // I3, 2 nops are reserved J := I2; Inc(J); TestNOP(J); Records[J].Op := OP_EXCEPT_SEH; Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L1; Inc(J); TestNOP(J); Records[J].Op := OP_FINALLY; Records[J].Arg1 := TKernel(kernel).TryCount; Records[J].Arg2 := L1; Records[J].Res := SubId; // I3, 4 nops are reserved J := I3 - 4; TestNOP(J); Records[J].Arg1 := L3; Records[J].Res := CreateBooleanVar(SubId); Records[J].Op := OP_COND_RAISE; Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L2; Inc(J); TestNOP(J); Records[J].Op := OP_TRY_OFF; Records[J].Arg1 := TKernel(kernel).TryCount; Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L3; end else begin Records[I].Op := OP_NOP; continue; end; end // loop else if Records[I].Op = OP_EPILOGUE_LOOP then begin if Records[I].LoopLabel = 0 then continue; Inc(TKernel(kernel).TryCount); LoopLabel := Records[I].LoopLabel; BreakLabel := Records[I].BreakLabel; ContinueLabel := Records[I].ContinueLabel; SubId := Records[I].Arg1; J := I + 1; while not((Records[J].Op = OP_END_LOOP) and (Records[J].Arg1 = SubId)) do Inc(J); I3 := J; I2 := I; J := I - 1; while not((Records[J].Op = OP_BEGIN_LOOP) and (Records[J].Arg1 = SubId)) do Dec(J); I1 := J; L1 := SymbolTable.AddLabel.Id; L2 := SymbolTable.AddLabel.Id; L3 := SymbolTable.AddLabel.Id; // I1 J := I1 + 1; TestNOP(J); Records[J].Op := OP_TRY_ON; Records[J].Arg1 := TKernel(kernel).TryCount; Records[J].Res := GetLevel(J); // I3, 2 nops are reserved J := I2; Inc(J); TestNOP(J); Records[J].Op := OP_EXCEPT_SEH; Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L1; Inc(J); TestNOP(J); Records[J].Op := OP_FINALLY; Records[J].Arg1 := TKernel(kernel).TryCount; Records[J].Arg2 := L1; Records[J].LoopLabel := LoopLabel; Records[J].BreakLabel := BreakLabel; Records[J].ContinueLabel := ContinueLabel; // I3, 4 nops are reserved J := I3 - 4; TestNOP(J); Records[J].Op := OP_COND_RAISE; Records[J].Arg1 := L3; Records[J].Res := CreateBooleanVar(0); Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L2; Inc(J); TestNOP(J); Records[J].Op := OP_TRY_OFF; Records[J].Arg1 := TKernel(kernel).TryCount; Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L3; end // loop else if Records[I].Op = OP_EPILOGUE_GLOBAL_BLOCK then begin SubId := 0; J := I + 1; HasDynVars := false; while not((Records[J].Op = OP_END_GLOBAL_BLOCK) and (Records[J].Arg1 = SubId)) do begin if IsDynDestr(Records[J].Op) then HasDynVars := true; Inc(J); end; if HasDynVars then begin Inc(TKernel(kernel).TryCount); I2 := I; I3 := J; J := I - 1; while not((Records[J].Op = OP_BEGIN_GLOBAL_BLOCK) and (Records[J].Arg1 = SubId)) do Dec(J); I1 := J; L1 := SymbolTable.AddLabel.Id; L2 := SymbolTable.AddLabel.Id; L3 := SymbolTable.AddLabel.Id; // I1 J := I1 + 1; TestNOP(J); Records[J].Op := OP_TRY_ON; Records[J].Arg1 := TKernel(kernel).TryCount; Records[J].Res := GetLevel(J); // I3, 2 nops are reserved J := I2; Inc(J); TestNOP(J); Records[J].Op := OP_EXCEPT_SEH; Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L1; Inc(J); TestNOP(J); Records[J].Op := OP_FINALLY; Records[J].Arg1 := TKernel(kernel).TryCount; Records[J].Arg2 := L1; // I3, 4 nops are reserved J := I3 - 4; TestNOP(J); Records[J].Op := OP_COND_RAISE; Records[J].Arg1 := L3; Records[J].Res := CreateBooleanVar(0); Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L2; Inc(J); TestNOP(J); Records[J].Op := OP_TRY_OFF; Records[J].Arg1 := TKernel(kernel).TryCount; Inc(J); TestNOP(J); Records[J].Op := OP_LABEL; Records[J].Arg1 := L3; end else begin Records[I].Op := OP_NOP; continue; end; end; end; end; procedure TCode.AdjustTryList; var I, J, K, Op, OldBlockId, NewBlockId: Integer; begin K := 0; for I := 1 to Card do if Self[I].Op = OP_TRY_ON then begin OldBlockId := Self[I].Arg1; NewBlockId := K; Inc(K); Self[I].Arg1 := NewBlockId; for J := I + 1 to Card do begin Op := Self[J].Op; if (Op = OP_FINALLY) or (Op = OP_EXCEPT) or (Op = OP_EXCEPT_ON) then begin if Self[J].Arg1 = OldBlockId then Self[J].Arg1 := NewBlockId; end else if Op = OP_TRY_OFF then begin if Self[J].Arg1 = OldBlockId then begin Self[J].Arg1 := NewBlockId; break; end; end; end; end; end; procedure TCode.DiscardImport; var I, OpEnd: Integer; R: TCodeRec; Processed: Boolean; S: String; begin OpEnd := 0; Processed := false; Records[N].Op := OP_NOP; for I := N downto 1 do begin R := Records[I]; if R.Op = OP_BEGIN_CONST then begin R.Op := OP_NOP; Processed := true; OpEnd := OP_END_CONST; break; end else if R.Op = OP_BEGIN_VAR then begin R.Op := OP_NOP; Processed := true; OpEnd := OP_END_VAR; break; end else if R.Op = OP_BEGIN_TYPE then begin R.Op := OP_NOP; Processed := true; OpEnd := OP_END_TYPE; break; end else if R.Op = OP_BEGIN_SUB then begin R.Op := OP_NOP; S := GetSymbolRec(R.Arg1).Name; if PosCh('#', S) > 0 then continue; // belongs to a procedural type declaration Processed := true; OpEnd := OP_END_SUB; break; end else R.Op := OP_NOP; end; if Processed then for I := N to Card do begin R := Records[I]; if R.Op = OpEnd then begin R.Op := OP_NOP; break; end else R.Op := OP_NOP; end; end; function TCode.AddTypeInfo(TypeId, SourceTypeId: Integer): TTypeInfoContainer; var SymbolTable: TBaseSymbolTable; LanguageId: Integer; Upcase: Boolean; CurrModule: Integer; Lev: Integer; procedure Gen(Op, Arg1, Arg2, Res: Integer); begin Add(Op, Arg1, Arg2, Res, Lev, Upcase, LanguageId, CurrModule, 0); end; function CreatePropReader(TypeFieldId: Integer): Integer; var SubId, LabelId, ResId, SelfId, ResTypeId, TempPropId, PropTypeId, ClassTypeId: Integer; begin ClassTypeId := GetSymbolRec(TypeFieldId).Level; PropTypeId := GetSymbolRec(TypeFieldId).TypeId; ResTypeId := PropTypeId; // function LabelId := SymbolTable.AddLabel.Id; SubId := NewTempVar(ClassTypeId, ResTypeId); GetSymbolRec(SubId).Name := READ_PREFIX + GetSymbolRec(TypeFieldId).Name; GetSymbolRec(SubId).Kind := KindSUB; GetSymbolRec(SubId).CallConv := ccREGISTER; ResId := NewTempVar(SubId, ResTypeId); SelfId := NewTempVar(SubId, ClassTypeId); GetSymbolRec(SelfId).Param := true; TempPropId := NewTempVar(SubId, TypeFieldId); GetSymbolRec(TempPropId).OwnerId := SelfId; GetSymbolRec(TempPropId).Name := GetSymbolRec(TypeFieldId).Name; Gen(OP_EXTRA_BYTECODE, CurrModule, 0, 0); Gen(OP_GO, LabelId, 0, 0); Gen(OP_BEGIN_SUB, SubId, 0, 0); Gen(OP_LABEL, SubId, 0, 0); Gen(OP_INIT_SUB, SubId, 0, 0); // reserved for prologue Gen(OP_NOP, 0, 0, 0); Gen(OP_FIELD, SelfId, TempPropId, TempPropId); Gen(OP_ASSIGN, ResId, TempPropId, ResId); Gen(OP_EPILOGUE_SUB, SubId, 0, 0); // reserved for epilogue Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); // reserved for epilogue Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_END_SUB, SubId, 0, 0); Gen(OP_FIN_SUB, SubId, 0, 0); Gen(OP_LABEL, LabelId, 0, 0); result := SubId; end; function CreatePropWriter(TypeFieldId: Integer): Integer; var SubId, LabelId, ResId, SelfId, ParamId, ResTypeId, TempPropId, PropTypeId, ClassTypeId, NP: Integer; begin ClassTypeId := GetSymbolRec(TypeFieldId).Level; PropTypeId := GetSymbolRec(TypeFieldId).TypeId; NP := 1; ResTypeId := typeVOID; // procedure LabelId := SymbolTable.AddLabel.Id; SubId := NewTempVar(ClassTypeId, ResTypeId); // procedure GetSymbolRec(SubId).Name := WRITE_PREFIX + GetSymbolRec(TypeFieldId).Name; GetSymbolRec(SubId).Kind := KindSUB; GetSymbolRec(SubId).CallConv := ccREGISTER; GetSymbolRec(SubId).Count := NP; ResId := NewTempVar(SubId, ResTypeId); GetSymbolRec(ResId).Kind := KindNONE; SelfId := NewTempVar(SubId, ClassTypeId); GetSymbolRec(SelfId).Param := true; ParamId := NewTempVar(SubId, PropTypeId); GetSymbolRec(ParamId).Param := true; GetSymbolRec(ParamId).Name := 'value'; GetSymbolRec(ParamId).IsConst := true; TempPropId := NewTempVar(SubId, TypeFieldId); GetSymbolRec(TempPropId).OwnerId := SelfId; GetSymbolRec(TempPropId).Name := GetSymbolRec(TypeFieldId).Name; Gen(OP_EXTRA_BYTECODE, CurrModule, 0, 0); Gen(OP_GO, LabelId, 0, 0); Gen(OP_BEGIN_SUB, SubId, 0, 0); Gen(OP_LABEL, SubId, 0, 0); Gen(OP_INIT_SUB, SubId, 0, 0); // reserved for prologue Gen(OP_NOP, 0, 0, 0); Gen(OP_FIELD, SelfId, TempPropId, TempPropId); Gen(OP_ASSIGN, TempPropId, ParamId, TempPropId); Gen(OP_EPILOGUE_SUB, SubId, 0, 0); // reserved for epilogue Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); // reserved for epilogue Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_NOP, 0, 0, 0); Gen(OP_END_SUB, SubId, 0, 0); Gen(OP_FIN_SUB, SubId, 0, 0); Gen(OP_LABEL, LabelId, 0, 0); result := SubId; end; var TypeInfoList: TPaxTypeInfoList; S: String; FullName: String; FinTypeId: Integer; tk: TTypeKind; ClassTypeInfoContainer: TClassTypeInfoContainer; ClassTypeDataContainer: TClassTypeDataContainer; MethodTypeInfoContainer: TMethodTypeInfoContainer; MethodTypeDataContainer: TMethodTypeDataContainer; InterfaceTypeInfoContainer: TInterfaceTypeInfoContainer; InterfaceTypeDataContainer: TInterfaceTypeDataContainer; SetTypeDataContainer: TSetTypeDataContainer; EnumTypeDataContainer: TEnumTypeDataContainer; I, J, Id, PropId, Level, K, SubId, ResTypeId, ParamId, ParamTypeId, NP: Integer; RI: TSymbolRec; AncestorTypeId: Integer; FieldTypeId: Integer; PatternId: Integer; NS_ID: Integer; b: Boolean; pti: PTypeInfo; val, Min_Value, Max_Value: Cardinal; ArrayTypeDataContainer: TArrayTypeDataContainer; RecordTypeDataContainer: TRecordTypeDataContainer; ProceduralTypeDataContainer: TProceduralTypeDataContainer; RangeTypeId, ElemTypeId: Integer; SubDesc: TSubDesc; DGUID: packed record D1, D2: Double; end; label update; begin result := nil; LanguageId := GetLanguage(N); Upcase := GetUpcase(N); CurrModule := GetModuleNumber(N); SymbolTable := TKernel(kernel).SymbolTable; TypeInfoList := TKernel(kernel).TypeInfoList; S := SymbolTable[TypeId].Name; FullName := SymbolTable[TypeId].FullName; if TypeId <> SourceTypeId then begin result := TAliasTypeInfoContainer.Create(SymbolTable[SourceTypeId].Name); result.FullName := SymbolTable[SourceTypeId].FullName; (result.TypeDataContainer as TAliasTypeDataContainer).FullSourceTypeName := FullName; TypeInfoList.Add(result); end; { result := TypeInfoList.LookupFullName(FullName); if result <> nil then begin Exit; end; } I := TypeInfoList.IndexOf(FullName); if I >= 0 then TypeInfoList.RemoveAt(I); FinTypeId := SymbolTable[TypeId].FinalTypeId; tk := FinTypeToTypeKind(FinTypeId); case tk of tkArray: begin SymbolTable.GetArrayTypeInfo(TypeId, RangeTypeId, ElemTypeId); // if (GetSymbolRec(RangeTypeId).FinalTypeId <> typeTYPEPARAM) and // (GetSymbolRec(ElemTypeId).FinalTypeId <> typeTYPEPARAM) then begin AddTypeInfo(RangeTypeId, RangeTypeId); AddTypeInfo(ElemTypeId, ElemTypeId); result := TArrayTypeInfoContainer.Create(S); result.FullName := FullName; TypeInfoList.Add(result); ArrayTypeDataContainer := result.TypeDataContainer as TArrayTypeDataContainer; ArrayTypeDataContainer.FullRangeTypeName := GetSymbolRec(RangeTypeId).FullName; ArrayTypeDataContainer.FullElemTypeName := GetSymbolRec(ElemTypeId).FullName; ArrayTypeDataContainer.FinRangeTypeId := GetSymbolRec(RangeTypeId) .FinalTypeId; ArrayTypeDataContainer.B1 := SymbolTable.GetLowBoundRec (RangeTypeId).value; ArrayTypeDataContainer.B2 := SymbolTable.GetHighBoundRec (RangeTypeId).value; end; end; tkDynarray: begin PatternId := GetSymbolRec(TypeId).PatternId; result := TDynArrayTypeInfoContainer.Create(SymbolTable[TypeId].Name); result.FullName := FullName; S := GetSymbolRec(PatternId).FullName; (result.TypeDataContainer as TDynArrayTypeDataContainer) .FullElementTypeName := S; TypeInfoList.Add(result); end; tkRecord: begin result := TRecordTypeInfoContainer.Create(S); TKernel(kernel).TypeDefList.CreateConainer(TypeId, result.GenericTypeContainer); result.FullName := FullName; TypeInfoList.Add(result); RecordTypeDataContainer := result.TypeDataContainer as TRecordTypeDataContainer; RecordTypeDataContainer.IsPacked := SymbolTable[TypeId].IsPacked; for I := TypeId + 1 to SymbolTable.Card do begin RI := SymbolTable[I]; if RI.Level = TypeId then if RI.Kind = KindTYPE_FIELD then begin FieldTypeId := RI.TerminalTypeId; with RecordTypeDataContainer.FieldListContainer.Add do begin Id := I; // Offset := <it does not matter>; // ClassIndex := <it does not matter>; PShortStringFromString(@Name, RI.Name); FullFieldTypeName := GetSymbolRec(FieldTypeId).FullName; end; end; end; end; tkEnumeration: begin result := TEnumTypeInfoContainer.Create(S); result.FullName := FullName; TypeInfoList.Add(result); EnumTypeDataContainer := result.TypeDataContainer as TEnumTypeDataContainer; NS_ID := GetSymbolRec(TypeId).GetNamespaceId; if NS_ID > 0 then PShortStringFromString(@EnumTypeDataContainer.EnumUnitName, GetSymbolRec(NS_ID).Name) else PShortStringFromString(@EnumTypeDataContainer.EnumUnitName, ''); if FinTypeId in BooleanTypes then begin EnumTypeDataContainer.TypeData.OrdType := otUByte; EnumTypeDataContainer.TypeData.MinValue := 0; EnumTypeDataContainer.TypeData.MaxValue := 1; SetLength(EnumTypeDataContainer.NameList, 2); PShortStringFromString(@EnumTypeDataContainer.NameList[0], 'false'); PShortStringFromString(@EnumTypeDataContainer.NameList[1], 'true'); SetLength(EnumTypeDataContainer.ValueList, 2); EnumTypeDataContainer.ValueList[0] := 0; EnumTypeDataContainer.ValueList[1] := 1; Exit; end; EnumTypeDataContainer.TypeData.OrdType := otSLong; SetLength(EnumTypeDataContainer.NameList, GetSymbolRec(TypeId).Count); SetLength(EnumTypeDataContainer.ValueList, GetSymbolRec(TypeId).Count); Min_Value := MaxInt; Max_Value := 0; K := 0; for I := TypeId + 1 to SymbolTable.Card do if SymbolTable[I].Kind = KindCONST then if SymbolTable[I].OwnerId = TypeId then begin PShortStringFromString(@EnumTypeDataContainer.NameList[K], SymbolTable[I].Name); val := SymbolTable[I].value; EnumTypeDataContainer.ValueList[K] := val; if val < Min_Value then Min_Value := val; if val > Max_Value then Max_Value := val; Inc(K); if K >= System.Length(EnumTypeDataContainer.NameList) then break; end; EnumTypeDataContainer.TypeData.MinValue := Min_Value; EnumTypeDataContainer.TypeData.MaxValue := Max_Value; end; tkSet: begin result := TSetTypeInfoContainer.Create(S); result.FullName := FullName; TypeInfoList.Add(result); PatternId := GetSymbolRec(TypeId).PatternId; if PatternId = 0 then RaiseError(errInternalError, []); SetTypeDataContainer := result.TypeDataContainer as TSetTypeDataContainer; SetTypeDataContainer.FullCompName := GetSymbolRec(PatternId).FullName; AddTypeInfo(PatternId, PatternId); end; tkInteger, tkChar, tkWChar: begin result := TTypeInfoContainer.Create(FinTypeId); result.FullName := FullName; result.TypeInfo.Kind := tk; PShortStringFromString(@result.TypeInfo.Name, S); TypeInfoList.Add(result); pti := nil; case FinTypeId of typeSHORTINT: begin result.TypeDataContainer.TypeData.OrdType := otSByte; pti := TypeInfo(ShortInt); end; {$IFNDEF PAXARM} typeANSICHAR, {$ENDIF} typeBYTE: begin result.TypeDataContainer.TypeData.OrdType := otUByte; pti := TypeInfo(Byte); end; typeSMALLINT: begin result.TypeDataContainer.TypeData.OrdType := otSWord; pti := TypeInfo(SmallInt); end; typeWORD, typeWIDECHAR: begin result.TypeDataContainer.TypeData.OrdType := otUWord; pti := TypeInfo(Word); end; typeINTEGER: begin result.TypeDataContainer.TypeData.OrdType := otSLong; pti := TypeInfo(Integer); end; typeCARDINAL: begin result.TypeDataContainer.TypeData.OrdType := otULong; pti := TypeInfo(Cardinal); end; end; if pti <> nil then begin result.TypeDataContainer.TypeData.MinValue := GetTypeData(pti).MinValue; result.TypeDataContainer.TypeData.MaxValue := GetTypeData(pti).MaxValue; end; end; tkString: begin result := TTypeInfoContainer.Create(FinTypeId); result.FullName := FullName; result.TypeInfo.Kind := tk; PShortStringFromString(@result.TypeInfo.Name, S); TypeInfoList.Add(result); {$IFDEF PAXARM} RIE; {$ELSE} result.TypeDataContainer.TypeData.MaxLength := SymbolTable[TypeId].Count; {$ENDIF} end; tkInt64: begin result := TTypeInfoContainer.Create(FinTypeId); result.FullName := FullName; result.TypeInfo.Kind := tk; PShortStringFromString(@result.TypeInfo.Name, S); TypeInfoList.Add(result); pti := TypeInfo(Int64); result.TypeDataContainer.TypeData.MinInt64Value := GetTypeData(pti) ^.MinInt64Value; result.TypeDataContainer.TypeData.MaxInt64Value := GetTypeData(pti) ^.MaxInt64Value; end; tkFloat: begin result := TTypeInfoContainer.Create(FinTypeId); result.FullName := FullName; result.TypeInfo.Kind := tk; PShortStringFromString(@result.TypeInfo.Name, S); TypeInfoList.Add(result); case FinTypeId of typeSINGLE: result.TypeDataContainer.TypeData.FloatType := ftSingle; typeDOUBLE: result.TypeDataContainer.TypeData.FloatType := ftDouble; typeEXTENDED: result.TypeDataContainer.TypeData.FloatType := ftExtended; typeCURRENCY: result.TypeDataContainer.TypeData.FloatType := ftCurr; end; end; tkMethod: begin result := TMethodTypeInfoContainer.Create(S); result.FullName := FullName; TypeInfoList.Add(result); MethodTypeInfoContainer := TMethodTypeInfoContainer(result); SubId := GetSymbolRec(TypeId).PatternId; if GetSymbolRec(SubId).Kind <> KindSUB then RaiseError(errInternalError, []); MethodTypeDataContainer := TMethodTypeDataContainer (MethodTypeInfoContainer.TypeDataContainer); MethodTypeDataContainer.ResultTypeId := GetSymbolRec(SubId).TypeId; MethodTypeDataContainer.CallConv := GetSymbolRec(SubId).CallConv; MethodTypeDataContainer.OverCount := GetSymbolRec(SubId).OverCount; if GetSymbolRec(SubId).TypeId = typeVOID then begin if GetSymbolRec(SubId).IsSharedMethod then MethodTypeDataContainer.MethodKind := mkClassProcedure else MethodTypeDataContainer.MethodKind := mkProcedure; end else begin if GetSymbolRec(SubId).IsSharedMethod then MethodTypeDataContainer.MethodKind := mkClassFunction else MethodTypeDataContainer.MethodKind := mkFunction; end; NP := GetSymbolRec(SubId).Count; MethodTypeDataContainer.ParamCount := NP; ResTypeId := GetSymbolRec(SubId).TypeId; if ResTypeId = typeVOID then PShortStringFromString(@MethodTypeDataContainer.ResultType, '') else PShortStringFromString(@MethodTypeDataContainer.ResultType, GetSymbolRec(ResTypeId).Name); SetLength(MethodTypeDataContainer.ParamListContainer.ParamList, NP); for I := 0 to NP - 1 do begin ParamId := SymbolTable.GetParamId(SubId, I); ParamTypeId := GetSymbolRec(ParamId).TypeId; PShortStringFromString (@MethodTypeDataContainer.ParamListContainer.ParamList[I].ParamName, GetSymbolRec(ParamId).Name); PShortStringFromString (@MethodTypeDataContainer.ParamListContainer.ParamList[I].TypeName, GetSymbolRec(ParamTypeId).Name); MethodTypeDataContainer.ParamListContainer.ParamList[I].Flags := []; if GetSymbolRec(ParamId).ByRef then MethodTypeDataContainer.ParamListContainer.ParamList[I].Flags := MethodTypeDataContainer.ParamListContainer.ParamList[I].Flags + [pfVar]; if GetSymbolRec(ParamId).IsConst then MethodTypeDataContainer.ParamListContainer.ParamList[I].Flags := MethodTypeDataContainer.ParamListContainer.ParamList[I].Flags + [pfConst]; end; end; tkInterface: begin result := TInterfaceTypeInfoContainer.Create(S); result.FullName := FullName; TypeInfoList.Add(result); InterfaceTypeInfoContainer := TInterfaceTypeInfoContainer(result); Level := SymbolTable[TypeId].Level; if Level > 0 then PShortStringFromString (@InterfaceTypeInfoContainer.TypeDataContainer.TypeData.IntfUnit, SymbolTable[Level].Name); InterfaceTypeDataContainer := InterfaceTypeInfoContainer.TypeDataContainer as TInterfaceTypeDataContainer; DGUID.D1 := SymbolTable[TypeId + 1].value; DGUID.D2 := SymbolTable[TypeId + 2].value; Move(DGUID, InterfaceTypeDataContainer.GUID, SizeOf(TGUID)); InterfaceTypeDataContainer.TypeData.IntfFlags := [ifHasGuid]; b := SymbolTable[TypeId].SupportedInterfaces <> nil; if b then b := SymbolTable[TypeId].SupportedInterfaces.Count > 0; if b then begin AncestorTypeId := SymbolTable[TypeId].SupportedInterfaces[0].Id; InterfaceTypeDataContainer.FullParentName := SymbolTable[AncestorTypeId].FullName; InterfaceTypeDataContainer.TypeData.GUID := SymbolTable[TypeId] .SupportedInterfaces[0].GUID; end else begin if StrEql(SymbolTable[TypeId].Name, 'IUnknown') then begin InterfaceTypeDataContainer.FullParentName := ''; end else begin InterfaceTypeDataContainer.FullParentName := 'IUnknown'; InterfaceTypeDataContainer.TypeData.GUID := IUnknown; end; end; for I := TypeId + 1 to SymbolTable.Card do begin RI := SymbolTable[I]; // if RI.IsPublished then if RI.Level = TypeId then begin if RI.Kind = KindPROP then begin PropId := I; Inc(InterfaceTypeDataContainer.PropDataContainer.PropData. PropCount); K := InterfaceTypeDataContainer.PropDataContainer. PropData.PropCount; SetLength(InterfaceTypeDataContainer.PropDataContainer. PropList, K); SetLength(InterfaceTypeDataContainer.PropDataContainer. PropTypeIds, K); PShortStringFromString (@InterfaceTypeDataContainer.PropDataContainer.PropList[K - 1] .Name, SymbolTable[PropId].Name); Id := SymbolTable[PropId].ReadId; if Id > 0 then S := SymbolTable[Id].FullName else S := ''; InterfaceTypeDataContainer.PropDataContainer.ReadNames.Add(S); Id := SymbolTable[PropId].WriteId; if Id > 0 then S := SymbolTable[Id].FullName else S := ''; InterfaceTypeDataContainer.PropDataContainer.WriteNames.Add(S); Id := SymbolTable[PropId].TypeId; if Id > 0 then S := SymbolTable[Id].FullName else S := ''; InterfaceTypeDataContainer.PropDataContainer.PropTypeNames.Add(S); end // add interface property else if RI.Kind = KindSUB then begin PatternId := I; SubDesc := InterfaceTypeDataContainer.SubDescList.AddRecord; SubDesc.CallConv := GetSymbolRec(PatternId).CallConv; SubDesc.ResTypeName := GetSymbolRec(GetSymbolRec(PatternId).TypeId).Name; SubDesc.ResTypeId := GetSymbolRec(PatternId).FinalTypeId; SubDesc.SubName := GetSymbolRec(PatternId).Name; NP := GetSymbolRec(PatternId).Count; for J := 0 to NP - 1 do begin ParamId := SymbolTable.GetParamId(PatternId, J); with SubDesc.ParamList.AddRecord do begin ParamName := GetSymbolRec(ParamId).Name; ParamTypeName := GetSymbolRec(GetSymbolRec(ParamId).TypeId).Name; if SymbolTable[ParamId].FinalTypeId in [typeDYNARRAY, typeOPENARRAY] then if SymbolTable[ParamId].IsOpenArray then begin ParamTypeId := SymbolTable[ParamId].TerminalTypeId; ElemTypeId := SymbolTable[ParamTypeId].PatternId; ParamTypeName := 'array of ' + SymbolTable [ElemTypeId].Name; end; if SymbolTable[ParamId].ByRef then ParamMod := PM_BYREF else if SymbolTable[ParamId].IsConst then ParamMod := PM_CONST else ParamMod := PM_BYVAL; if SymbolTable[ParamId].Optional then OptValue := VariantToString(SymbolTable[ParamId].FinalTypeId, SymbolTable[ParamId].value); end; end; end; // RI.Kind = kindSUB end; end; end; tkClass: begin if GetSymbolRec(TypeId).Host then Exit; result := TClassTypeInfoContainer.Create(S); TKernel(kernel).TypeDefList.CreateConainer(TypeId, result.GenericTypeContainer); result.FullName := FullName; TypeInfoList.Add(result); ClassTypeInfoContainer := TClassTypeInfoContainer(result); Level := SymbolTable[TypeId].Level; if Level > 0 then PShortStringFromString (@ClassTypeInfoContainer.TypeDataContainer.TypeData.UnitName, SymbolTable[Level].Name); ClassTypeDataContainer := ClassTypeInfoContainer.TypeDataContainer as TClassTypeDataContainer; if GetSymbolRec(TypeId).SupportedInterfaces <> nil then for I := 0 to GetSymbolRec(TypeId).SupportedInterfaces.Count - 1 do begin Id := GetSymbolRec(TypeId).SupportedInterfaces[I].Id; ClassTypeDataContainer.SupportedInterfaces.Add (GetSymbolRec(Id).Name); end; ClassTypeDataContainer.FieldTableCount := 0; ClassTypeDataContainer.FieldTableSize := SizeOf(Word); {$IFDEF ARC} Inc(ClassTypeDataContainer.FieldTableSize, SizeOfPointer); {$ELSE} {$IFDEF WIN32} Inc(ClassTypeDataContainer.FieldTableSize, SizeOfPointer); {$ELSE} Inc(ClassTypeDataContainer.FieldTableSize, SizeOf(Word)); {$ENDIF}; {$ENDIF} ClassTypeDataContainer.MethodTableCount := 0; ClassTypeDataContainer.MethodTableSize := SizeOf(TVmtMethodCount); AncestorTypeId := SymbolTable[TypeId].AncestorId; ClassTypeDataContainer.FullParentName := SymbolTable[AncestorTypeId].FullName; for I := TypeId + 1 to SymbolTable.Card do begin RI := SymbolTable[I]; update: if RI.IsPublished then begin if RI.Level = TypeId then if RI.Kind = KindPROP then begin PropId := I; Inc(ClassTypeInfoContainer.TypeDataContainer.TypeData. PropCount); Inc(ClassTypeDataContainer.PropDataContainer.PropData. PropCount); K := ClassTypeDataContainer.PropDataContainer.PropData. PropCount; SetLength(ClassTypeDataContainer.PropDataContainer.PropList, K); SetLength(ClassTypeDataContainer.PropDataContainer. PropTypeIds, K); PShortStringFromString (@ClassTypeDataContainer.PropDataContainer.PropList[K - 1] .Name, SymbolTable[PropId].Name); Id := SymbolTable[PropId].ReadId; if SymbolTable[Id].Kind = KindTYPE_FIELD then Id := CreatePropReader(Id); if Id > 0 then S := SymbolTable[Id].FullName else S := ''; ClassTypeDataContainer.PropDataContainer.ReadNames.Add(S); Id := SymbolTable[PropId].WriteId; if SymbolTable[Id].Kind = KindTYPE_FIELD then Id := CreatePropWriter(Id); if Id > 0 then S := SymbolTable[Id].FullName else S := ''; ClassTypeDataContainer.PropDataContainer.WriteNames.Add(S); Id := SymbolTable[PropId].TerminalTypeId; if Id > 0 then S := SymbolTable[Id].FullName else S := ''; ClassTypeDataContainer.PropDataContainer.PropTypeNames.Add(S); end // add published property else if RI.Kind in kindSUBS then begin Inc(ClassTypeDataContainer.MethodTableCount); {$IFDEF FPC} Inc(ClassTypeDataContainer.MethodTableSize, SizeOf(TVmtMethod)); {$ELSE} Inc(ClassTypeDataContainer.MethodTableSize, SizeOf(Word)); // Size Inc(ClassTypeDataContainer.MethodTableSize, SizeOfPointer + // Address Length(RI.Name) + 1); // Name {$ENDIF} MethodTypeInfoContainer := TMethodTypeInfoContainer.Create(RI.Name); MethodTypeInfoContainer.FullName := RI.FullName; TypeInfoList.Add(MethodTypeInfoContainer); SubId := I; MethodTypeDataContainer := TMethodTypeDataContainer (MethodTypeInfoContainer.TypeDataContainer); MethodTypeDataContainer.MethodTableIndex := ClassTypeDataContainer.MethodTableCount - 1; MethodTypeDataContainer.OwnerTypeName := GetSymbolRec(TypeId).FullName; MethodTypeDataContainer.OverCount := GetSymbolRec(SubId) .OverCount; if GetSymbolRec(SubId).TypeId = typeVOID then begin if GetSymbolRec(SubId).IsSharedMethod then MethodTypeDataContainer.MethodKind := mkClassProcedure else MethodTypeDataContainer.MethodKind := mkProcedure; end else begin if GetSymbolRec(SubId).IsSharedMethod then MethodTypeDataContainer.MethodKind := mkClassFunction else MethodTypeDataContainer.MethodKind := mkFunction; end; NP := GetSymbolRec(SubId).Count; MethodTypeDataContainer.ParamCount := NP; ResTypeId := GetSymbolRec(SubId).TypeId; if ResTypeId = typeVOID then PShortStringFromString (@MethodTypeDataContainer.ResultType, '') else PShortStringFromString(@MethodTypeDataContainer.ResultType, GetSymbolRec(ResTypeId).Name); SetLength(MethodTypeDataContainer.ParamListContainer. ParamList, NP); for J := 0 to NP - 1 do begin ParamId := SymbolTable.GetParamId(SubId, J); ParamTypeId := GetSymbolRec(ParamId).TypeId; PShortStringFromString (@MethodTypeDataContainer.ParamListContainer.ParamList[J] .ParamName, GetSymbolRec(ParamId).Name); PShortStringFromString (@MethodTypeDataContainer.ParamListContainer.ParamList[J] .TypeName, GetSymbolRec(ParamTypeId).Name); MethodTypeDataContainer.ParamListContainer.ParamList[J] .Flags := []; if GetSymbolRec(ParamId).ByRef then MethodTypeDataContainer.ParamListContainer.ParamList[J] .Flags := MethodTypeDataContainer.ParamListContainer. ParamList[J].Flags + [pfVar]; if GetSymbolRec(ParamId).IsConst then MethodTypeDataContainer.ParamListContainer.ParamList[J] .Flags := MethodTypeDataContainer.ParamListContainer. ParamList[J].Flags + [pfConst]; end; end // add published method else if RI.Kind = KindTYPE_FIELD then begin if RI.FinalTypeId <> typeCLASS then begin RI.Vis := cvPublic; goto update; // continue; end; Inc(ClassTypeDataContainer.FieldTableCount); Inc(ClassTypeDataContainer.FieldTableSize, SizeOf(Cardinal) + // Offset SizeOf(Word) + // ClassIndex Length(RI.Name) + 1); // Name FieldTypeId := RI.TerminalTypeId; with ClassTypeDataContainer.FieldListContainer.Add do begin Id := I; // Offset := <later>; ClassIndex := ClassTypeDataContainer.FieldTableCount - 1; PShortStringFromString(@Name, RI.Name); FullFieldTypeName := GetSymbolRec(FieldTypeId).FullName; end; end; end // published members else if RI.Vis in [cvPrivate, cvStrictPrivate, cvProtected, cvStrictProtected, cvPublic] then begin if RI.Level = TypeId then begin if RI.Kind = KindTYPE_FIELD then begin FieldTypeId := RI.TerminalTypeId; with ClassTypeDataContainer.AnotherFieldListContainer.Add do begin Vis := RI.Vis; // PCU only Id := I; // Offset := <later in UpdateTypeInfos>; // ClassIndex := <it does not matter>; PShortStringFromString(@Name, RI.Name); FullFieldTypeName := GetSymbolRec(FieldTypeId).FullName; end; end // another fields else if RI.Kind = KindPROP then begin // PCU only with ClassTypeDataContainer.AnotherPropList.Add do begin PropId := I; Vis := RI.Vis; PropName := RI.Name; if GetSymbolRec(PropId).Count > 0 then for J := 0 to GetSymbolRec(PropId).Count - 1 do begin ParamId := SymbolTable.GetParamId(PropId, J); ParamNames.Add(GetSymbolRec(ParamId).Name); ParamTypes.Add (GetSymbolRec(GetSymbolRec(ParamId).TypeId).Name); end; PropType := GetSymbolRec(RI.TypeId).Name; ReadName := GetSymbolRec(RI.ReadId).Name; WriteName := GetSymbolRec(RI.WriteId).Name; IsDefault := RI.IsDefault; end; end; end; end; // another members end; // for-loop end // tkClass else begin case FinTypeId of typePOINTER: begin PatternId := GetSymbolRec(TypeId).PatternId; result := TPointerTypeInfoContainer.Create (SymbolTable[TypeId].Name); result.FullName := FullName; (result.TypeDataContainer as TPointerTypeDataContainer) .FullOriginTypeName := GetSymbolRec(PatternId).FullName; TypeInfoList.Add(result); end; typeCLASSREF: begin PatternId := GetSymbolRec(TypeId).PatternId; result := TClassRefTypeInfoContainer.Create (SymbolTable[TypeId].Name); result.FullName := FullName; S := GetSymbolRec(PatternId).FullName; (result.TypeDataContainer as TClassRefTypeDataContainer) .FullOriginTypeName := S; TypeInfoList.Add(result); end; typePROC: begin PatternId := GetSymbolRec(TypeId).PatternId; result := TProceduralTypeInfoContainer.Create (SymbolTable[TypeId].Name); result.FullName := FullName; ProceduralTypeDataContainer := result.TypeDataContainer as TProceduralTypeDataContainer; with ProceduralTypeDataContainer do begin SubDesc.CallConv := GetSymbolRec(PatternId).CallConv; SubDesc.ResTypeName := GetSymbolRec(GetSymbolRec(PatternId).TypeId).Name; SubDesc.ResTypeId := GetSymbolRec(PatternId).FinalTypeId; NP := GetSymbolRec(PatternId).Count; for J := 0 to NP - 1 do begin ParamId := SymbolTable.GetParamId(PatternId, J); with SubDesc.ParamList.AddRecord do begin ParamName := GetSymbolRec(ParamId).Name; ParamTypeName := GetSymbolRec(GetSymbolRec(ParamId).TypeId).Name; if SymbolTable[ParamId].FinalTypeId in [typeDYNARRAY, typeOPENARRAY] then if SymbolTable[ParamId].IsOpenArray then begin ParamTypeId := SymbolTable[ParamId].TerminalTypeId; ElemTypeId := SymbolTable[ParamTypeId].PatternId; ParamTypeName := 'array of ' + SymbolTable [ElemTypeId].Name; end; if SymbolTable[ParamId].ByRef then ParamMod := PM_BYREF else if SymbolTable[ParamId].IsConst then ParamMod := PM_CONST else ParamMod := PM_BYVAL; if SymbolTable[ParamId].Optional then OptValue := VariantToString(SymbolTable[ParamId].FinalTypeId, SymbolTable[ParamId].value); end; end; end; TypeInfoList.Add(result); end; // typePROC else begin result := TTypeInfoContainer.Create(FinTypeId); result.FullName := FullName; result.TypeInfo.Kind := tk; PShortStringFromString(@result.TypeInfo.Name, S); TypeInfoList.Add(result); end; end; // case end; end; end; procedure TCode.OperDetermineProp; var Id, PropId, ReadId, WriteId, ClassId, TypeId: Integer; SymbolTable: TSymbolTable; S: String; begin SymbolTable := TKernel(kernel).SymbolTable; PropId := Records[N].Arg1; S := GetSymbolRec(PropId).Name; ClassId := GetSymbolRec(PropId).Level; repeat ClassId := GetSymbolRec(ClassId).AncestorId; if ClassId = 0 then RaiseError(errInternalError, []); Id := SymbolTable.LookUp(S, ClassId, GetUpcase(N)); if Id > 0 then begin TypeId := GetSymbolRec(Id).TypeId; ReadId := GetSymbolRec(Id).ReadId; WriteId := GetSymbolRec(Id).WriteId; if (ReadId > 0) or (WriteId > 0) then begin GetSymbolRec(PropId).ReadId := ReadId; GetSymbolRec(PropId).WriteId := WriteId; if GetSymbolRec(TypeId).Kind = KindTYPE then begin GetSymbolRec(PropId).TypeId := TypeId; Records[N].Op := OP_NOP; end else RaiseError(errInternalError, []); // GetSymbolRec(PropId).PatternId := Id; break; end; end; until false; end; procedure TCode.OperSetReadId; var PropId, ReadId: Integer; SymbolTable: TSymbolTable; I, K, ParamId1, ParamId2, T1, T2: Integer; begin SymbolTable := TKernel(kernel).SymbolTable; PropId := Records[N].Arg1; ReadId := Records[N].Arg2; T1 := SymbolTable[PropId].TypeId; T2 := SymbolTable[ReadId].TypeId; GetSymbolRec(PropId).ReadId := ReadId; if GetSymbolRec(ReadId).Kind = KindTYPE_FIELD then begin if T1 <> T2 then RaiseError(errIncompatibleTypesNoArgs, []); Records[N].Op := OP_NOP; Exit; end; if GetSymbolRec(ReadId).Kind <> KindSUB then RaiseError(errIncompatibleTypesNoArgs, []); K := GetSymbolRec(PropId).Count; if K <> GetSymbolRec(ReadId).Count then RaiseError(errIncompatibleTypesNoArgs, []); if T1 <> T2 then RaiseError(errIncompatibleTypesNoArgs, []); for I := 0 to K - 1 do begin ParamId1 := SymbolTable.GetParamId(PropId, I); ParamId2 := SymbolTable.GetParamId(ReadId, I); T1 := SymbolTable[ParamId1].TypeId; T2 := SymbolTable[ParamId2].TypeId; if T1 <> T2 then RaiseError(errIncompatibleTypesNoArgs, []); end; Records[N].Op := OP_NOP; end; procedure TCode.OperSetWriteId; var PropId, WriteId: Integer; SymbolTable: TSymbolTable; I, K, ParamId1, ParamId2, T1, T2: Integer; begin SymbolTable := TKernel(kernel).SymbolTable; PropId := Records[N].Arg1; WriteId := Records[N].Arg2; GetSymbolRec(PropId).WriteId := WriteId; if GetSymbolRec(WriteId).Kind = KindTYPE_FIELD then begin T1 := SymbolTable[PropId].TypeId; T2 := SymbolTable[WriteId].TypeId; if T1 <> T2 then RaiseError(errIncompatibleTypesNoArgs, []); Records[N].Op := OP_NOP; Exit; end; if GetSymbolRec(WriteId).Kind <> KindSUB then RaiseError(errIncompatibleTypesNoArgs, []); K := GetSymbolRec(PropId).Count; if K + 1 <> GetSymbolRec(WriteId).Count then RaiseError(errIncompatibleTypesNoArgs, []); T1 := typeVOID; T2 := SymbolTable[WriteId].TypeId; if T1 <> T2 then RaiseError(errIncompatibleTypesNoArgs, []); for I := 0 to K - 1 do begin ParamId1 := SymbolTable.GetParamId(PropId, I); ParamId2 := SymbolTable.GetParamId(WriteId, I); T1 := SymbolTable[ParamId1].TypeId; T2 := SymbolTable[ParamId2].TypeId; if T1 <> T2 then RaiseError(errIncompatibleTypesNoArgs, []); end; T1 := SymbolTable[PropId].TypeId; ParamId2 := SymbolTable.GetParamId(WriteId, K); T2 := SymbolTable[ParamId2].TypeId; if T1 <> T2 then RaiseError(errIncompatibleTypesNoArgs, []); Records[N].Op := OP_NOP; end; procedure TCode.OperFrameworkOn; begin TKernel(kernel).IsFramework := true; end; procedure TCode.OperFrameworkOff; begin TKernel(kernel).IsFramework := false; end; procedure TCode.OperToFWObject; var FinTypeId, ClassId: Integer; R: TCodeRec; aSymb: TSymbolRec; begin R := Records[N]; aSymb := GetSymbolRec(R.Arg1); FinTypeId := aSymb.FinalTypeId; ClassId := 0; case FinTypeId of typeBOOLEAN: ClassId := H_TFW_Boolean; typeBYTEBOOL: ClassId := H_TFW_ByteBool; typeWORDBOOL: ClassId := H_TFW_WordBool; typeLONGBOOL: ClassId := H_TFW_LongBool; typeBYTE: ClassId := H_TFW_Byte; typeSMALLINT: ClassId := H_TFW_SmallInt; typeSHORTINT: ClassId := H_TFW_ShortInt; typeWORD: ClassId := H_TFW_Word; typeCARDINAL: ClassId := H_TFW_Cardinal; typeDOUBLE: begin if aSymb.TypeId = Id_TDateTime then ClassId := H_TFW_DateTime else ClassId := H_TFW_Double; end; typeSINGLE: ClassId := H_TFW_Single; typeEXTENDED: ClassId := H_TFW_Extended; typeCURRENCY: ClassId := H_TFW_Currency; {$IFNDEF PAXARM} typeANSICHAR: ClassId := H_TFW_AnsiChar; typeANSISTRING: ClassId := H_TFW_AnsiString; {$ENDIF} typeWIDECHAR: ClassId := H_TFW_WideChar; typeINTEGER: ClassId := H_TFW_Integer; typeINT64: ClassId := H_TFW_Int64; typeVARIANT: ClassId := H_TFW_Variant; typeUNICSTRING: ClassId := H_TFW_UnicString; else begin {$IFNDEF PAXARM} if aSymb.HasPAnsiCharType then ClassId := H_TFW_AnsiString else {$ENDIF} if aSymb.HasPWideCharType then ClassId := H_TFW_UnicString else RaiseError(errRecordRequired, []); end; end; if ClassId = 0 then RaiseError(errRecordRequired, []); GetSymbolRec(R.Res).TypeId := ClassId; end; procedure TCode.OperGetEnumerator; var SymbolTable: TSymbolTable; I, break_label_id, continue_label_id, collection_id, enumerator_id, element_id, element_TypeId, bool_id, collection_TypeId, collection_FinTypeId, RangeTypeId, ElemTypeId, ForInCounter, B1, B2, T, temp, element_count, ElemSizeId, PointerTypeId, PointerVarId, N_MOVE_NEXT, N_CURRENT, N_LOCK_VARRAY, N_UNLOCK_VARRAY: Integer; S: String; begin SymbolTable := TKernel(kernel).SymbolTable; continue_label_id := 0; break_label_id := 0; collection_id := Records[N].Arg1; enumerator_id := 0; element_id := 0; bool_id := 0; collection_FinTypeId := GetSymbolRec(collection_id).FinalTypeId; collection_TypeId := GetSymbolRec(collection_id).TerminalTypeId; element_TypeId := GetSymbolRec(element_id).TerminalTypeId; ForInCounter := Records[N].Arg2; N_MOVE_NEXT := 0; N_CURRENT := 0; N_LOCK_VARRAY := 0; N_UNLOCK_VARRAY := 0; for I := N - 1 to Card do if (Records[I].Op = OP_MOVE_NEXT) and (Records[I].Arg2 = ForInCounter) then begin N_MOVE_NEXT := I; bool_id := Records[I].Res; GetSymbolRec(bool_id).TypeId := typeBOOLEAN; end else if (Records[I].Op = OP_CURRENT) and (Records[I].Arg2 = ForInCounter) then begin enumerator_id := Records[I].Arg1; element_id := Records[I].Res; N_CURRENT := I; end else if (Records[I].Op = OP_LABEL) and (Records[I].Arg2 = ForInCounter) then begin continue_label_id := Records[I].Arg1; end else if (Records[I].Op = OP_LABEL) and (Records[I].Res = ForInCounter) then begin break_label_id := Records[I].Arg1; end else if (Records[I].Op = OP_LOCK_VARRAY) and (Records[I].Arg2 = ForInCounter) then begin N_LOCK_VARRAY := I; if not(collection_FinTypeId in [typeVARIANT, typeOLEVARIANT]) then Records[I].Op := OP_NOP; end else if (Records[I].Op = OP_UNLOCK_VARRAY) and (Records[I].Arg2 = ForInCounter) then begin N_UNLOCK_VARRAY := I; if not(collection_FinTypeId in [typeVARIANT, typeOLEVARIANT]) then Records[I].Op := OP_NOP; break; end; if (N_MOVE_NEXT = 0) or (N_CURRENT = 0) then RaiseError(errInternalError, []); if (break_label_id = 0) or (continue_label_id = 0) then RaiseError(errInternalError, []); if collection_FinTypeId = typeCLASS then if GetSymbolRec(collection_id).IsFWArrayVar then collection_FinTypeId := typeDYNARRAY; case collection_FinTypeId of typeCLASS: begin temp := NewField('GetEnumerator', 0, collection_id); Records[N].Op := OP_FIELD; Records[N].Arg1 := collection_id; Records[N].Arg2 := temp; Records[N].Res := temp; Records[N + 1].Op := OP_ASSIGN; Records[N + 1].GenOp := OP_ASSIGN; Records[N + 1].Arg1 := enumerator_id; Records[N + 1].Arg2 := temp; Records[N + 1].Res := enumerator_id; temp := NewField('MoveNext', typeBOOLEAN, enumerator_id); Records[N + 2].Op := OP_FIELD; Records[N + 2].Arg1 := enumerator_id; Records[N + 2].Arg2 := temp; Records[N + 2].Res := temp; Records[N + 3].Op := OP_GO_FALSE; Records[N + 3].Arg1 := break_label_id; Records[N + 3].Arg2 := temp; Records[N + 3].Res := 0; temp := NewField('Current', ElemTypeId, enumerator_id); Records[N_CURRENT].Op := OP_FIELD; Records[N_CURRENT].Arg1 := enumerator_id; Records[N_CURRENT].Arg2 := temp; Records[N_CURRENT].Res := temp; Records[N_CURRENT + 1].Op := OP_ASSIGN; Records[N_CURRENT + 1].GenOp := OP_ASSIGN; Records[N_CURRENT + 1].Arg1 := element_id; Records[N_CURRENT + 1].Arg2 := temp; Records[N_CURRENT + 1].Res := element_id; temp := NewField('MoveNext', typeBOOLEAN, enumerator_id); Records[N_MOVE_NEXT].Op := OP_FIELD; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := temp; Records[N_MOVE_NEXT].Res := temp; Records[N_MOVE_NEXT + 1].Op := OP_ASSIGN; Records[N_MOVE_NEXT + 1].GenOp := OP_ASSIGN; Records[N_MOVE_NEXT + 1].Arg1 := bool_id; Records[N_MOVE_NEXT + 1].Arg2 := temp; Records[N_MOVE_NEXT + 1].Res := bool_id; Dec(N); end; typeVARIANT, typeOLEVARIANT: begin if (N_LOCK_VARRAY = 0) or (N_UNLOCK_VARRAY = 0) then RaiseError(errInternalError, []); RangeTypeId := typeINTEGER; GetSymbolRec(enumerator_id).TypeId := RangeTypeId; B1 := CreateConst(typeINTEGER, 0); B2 := CreateIntegerVar(GetLevel(N)); ElemSizeId := CreateConst(typeINTEGER, SizeOf(Variant)); temp := NewTempVar(GetLevel(N), typeVARIANT); PointerVarId := NewTempVar(GetLevel(N), H_PVARIANT); Records[N_LOCK_VARRAY].Res := PointerVarId; Records[N_UNLOCK_VARRAY].Res := PointerVarId; Records[N].Op := OP_ASSIGN; Records[N].GenOp := OP_ASSIGN; Records[N].Arg1 := enumerator_id; Records[N].Arg2 := B1; Records[N].Res := enumerator_id; Records[N + 1].Op := OP_PUSH; Records[N + 1].Arg1 := collection_id; Records[N + 1].Arg2 := 0; Records[N + 1].Res := Id_VariantArrayLength; Records[N + 2].Op := OP_CALL; Records[N + 2].Arg1 := Id_VariantArrayLength; Records[N + 2].Arg2 := 1; Records[N + 2].Res := B2; Records[N + 3].Op := OP_MINUS; Records[N + 3].Arg1 := B2; Records[N + 3].Arg2 := CreateConst(typeINTEGER, 1); Records[N + 3].Res := B2; Records[N_CURRENT].Op := OP_TERMINAL; Records[N_CURRENT].Arg1 := PointerVarId; Records[N_CURRENT].Arg2 := 0; Records[N_CURRENT].Res := temp; Records[N_CURRENT + 1].Op := OP_ASSIGN; Records[N_CURRENT + 1].GenOp := OP_ASSIGN; Records[N_CURRENT + 1].Arg1 := element_id; Records[N_CURRENT + 1].Arg2 := temp; Records[N_CURRENT + 1].Res := element_id; Records[N_MOVE_NEXT].Op := OP_INC; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := CreateConst(typeINTEGER, 1); Records[N_MOVE_NEXT].Res := enumerator_id; Records[N_MOVE_NEXT + 1].Op := OP_LE; Records[N_MOVE_NEXT + 1].Arg1 := enumerator_id; Records[N_MOVE_NEXT + 1].Arg2 := B2; Records[N_MOVE_NEXT + 1].Res := bool_id; Records[N_MOVE_NEXT + 2].Op := OP_ADD_INT_MM; Records[N_MOVE_NEXT + 2].Arg1 := PointerVarId; Records[N_MOVE_NEXT + 2].Arg2 := ElemSizeId; Records[N_MOVE_NEXT + 2].Res := PointerVarId; Dec(N); end; typeARRAY: begin SymbolTable.GetArrayTypeInfo(collection_TypeId, RangeTypeId, ElemTypeId); if GetSymbolRec(ElemTypeId).FinalTypeId = typeARRAY then begin // multi-dimensional array element_count := SymbolTable.GetHighBoundRec(RangeTypeId).value - SymbolTable.GetLowBoundRec(RangeTypeId).value + 1; while GetSymbolRec(ElemTypeId).FinalTypeId = typeARRAY do begin SymbolTable.GetArrayTypeInfo(ElemTypeId, RangeTypeId, ElemTypeId); element_count := element_count * (SymbolTable.GetHighBoundRec(RangeTypeId).value - SymbolTable.GetLowBoundRec(RangeTypeId).value + 1); end; ElemSizeId := CreateIntegerVar(GetLevel(N)); S := GetSymbolRec(ElemTypeId).Name; S := '__P' + Copy(S, 2, Length(S) - 1); PointerTypeId := SymbolTable.RegisterPointerType(0, S, ElemTypeId); PointerVarId := NewTempVar(GetLevel(N), PointerTypeId); temp := NewTempVar(GetLevel(N), ElemTypeId); B1 := CreateConst(typeINTEGER, 1); B2 := CreateConst(typeINTEGER, element_count); Records[N].Op := OP_ASSIGN; Records[N].GenOp := OP_ASSIGN; Records[N].Arg1 := enumerator_id; Records[N].Arg2 := B1; Records[N].Res := enumerator_id; Records[N + 1].Op := OP_ADDRESS; Records[N + 1].Arg1 := collection_id; Records[N + 1].Arg2 := 0; Records[N + 1].Res := PointerVarId; Records[N + 2].Op := OP_SIZEOF; Records[N + 2].Arg1 := ElemTypeId; Records[N + 2].Arg2 := 0; Records[N + 2].Res := ElemSizeId; Records[N_CURRENT].Op := OP_TERMINAL; Records[N_CURRENT].Arg1 := PointerVarId; Records[N_CURRENT].Arg2 := 0; Records[N_CURRENT].Res := temp; Records[N_CURRENT + 1].Op := OP_ASSIGN; Records[N_CURRENT + 1].GenOp := OP_ASSIGN; Records[N_CURRENT + 1].Arg1 := element_id; Records[N_CURRENT + 1].Arg2 := temp; Records[N_CURRENT + 1].Res := element_id; Records[N_MOVE_NEXT].Op := OP_INC; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := CreateConst(typeINTEGER, 1); Records[N_MOVE_NEXT].Res := enumerator_id; Records[N_MOVE_NEXT + 1].Op := OP_LE; Records[N_MOVE_NEXT + 1].Arg1 := enumerator_id; Records[N_MOVE_NEXT + 1].Arg2 := B2; Records[N_MOVE_NEXT + 1].Res := bool_id; Records[N_MOVE_NEXT + 2].Op := OP_ADD_INT_MM; Records[N_MOVE_NEXT + 2].Arg1 := PointerVarId; Records[N_MOVE_NEXT + 2].Arg2 := ElemSizeId; Records[N_MOVE_NEXT + 2].Res := PointerVarId; Dec(N); Exit; end; GetSymbolRec(enumerator_id).TypeId := RangeTypeId; T := GetSymbolRec(RangeTypeId).FinalTypeId; B1 := CreateConst(T, SymbolTable.GetLowBoundRec(RangeTypeId).value); B2 := CreateConst(T, SymbolTable.GetHighBoundRec(RangeTypeId).value); temp := NewTempVar(GetLevel(N), element_TypeId); Records[N].Op := OP_ASSIGN; Records[N].GenOp := OP_ASSIGN; Records[N].Arg1 := enumerator_id; Records[N].Arg2 := B1; Records[N].Res := enumerator_id; Records[N_CURRENT].Op := OP_ELEM; Records[N_CURRENT].Arg1 := collection_id; Records[N_CURRENT].Arg2 := enumerator_id; Records[N_CURRENT].Res := temp; Records[N_CURRENT + 1].Op := OP_ASSIGN; Records[N_CURRENT + 1].GenOp := OP_ASSIGN; Records[N_CURRENT + 1].Arg1 := element_id; Records[N_CURRENT + 1].Arg2 := temp; Records[N_CURRENT + 1].Res := element_id; Records[N_MOVE_NEXT].Op := OP_INC; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := CreateConst(typeINTEGER, 1); Records[N_MOVE_NEXT].Res := enumerator_id; Records[N_MOVE_NEXT + 1].Op := OP_LE; Records[N_MOVE_NEXT + 1].Arg1 := enumerator_id; Records[N_MOVE_NEXT + 1].Arg2 := B2; Records[N_MOVE_NEXT + 1].Res := bool_id; Dec(N); end; typeDYNARRAY: begin RangeTypeId := typeINTEGER; GetSymbolRec(enumerator_id).TypeId := RangeTypeId; B1 := CreateConst(typeINTEGER, 0); B2 := CreateIntegerVar(GetLevel(N)); temp := NewTempVar(GetLevel(N), element_TypeId); Records[N].Op := OP_ASSIGN; Records[N].GenOp := OP_ASSIGN; Records[N].Arg1 := enumerator_id; Records[N].Arg2 := B1; Records[N].Res := enumerator_id; if GetSymbolRec(collection_id).IsFWArrayVar then Records[N + 1].Op := OP_PUSH_INSTANCE else Records[N + 1].Op := OP_PUSH; Records[N + 1].Arg1 := collection_id; Records[N + 1].Arg2 := 0; if GetSymbolRec(collection_id).IsFWArrayVar then Records[N + 1].Res := Id_FWArray_GetLength else Records[N + 1].Res := Id_DynArrayLength; Records[N + 2].Op := OP_CALL; if GetSymbolRec(collection_id).IsFWArrayVar then Records[N + 2].Arg1 := Id_FWArray_GetLength else Records[N + 2].Arg1 := Id_DynArrayLength; Records[N + 2].Arg2 := 1; Records[N + 2].Res := B2; Records[N + 3].Op := OP_MINUS; Records[N + 3].Arg1 := B2; Records[N + 3].Arg2 := CreateConst(typeINTEGER, 1); Records[N + 3].Res := B2; Records[N_CURRENT].Op := OP_ELEM; Records[N_CURRENT].Arg1 := collection_id; Records[N_CURRENT].Arg2 := enumerator_id; Records[N_CURRENT].Res := temp; Records[N_CURRENT + 1].Op := OP_ASSIGN; Records[N_CURRENT + 1].GenOp := OP_ASSIGN; Records[N_CURRENT + 1].Arg1 := element_id; Records[N_CURRENT + 1].Arg2 := temp; Records[N_CURRENT + 1].Res := element_id; Records[N_MOVE_NEXT].Op := OP_INC; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := CreateConst(typeINTEGER, 1); Records[N_MOVE_NEXT].Res := enumerator_id; Records[N_MOVE_NEXT + 1].Op := OP_LE; Records[N_MOVE_NEXT + 1].Arg1 := enumerator_id; Records[N_MOVE_NEXT + 1].Arg2 := B2; Records[N_MOVE_NEXT + 1].Res := bool_id; Dec(N); end; typeOPENARRAY: begin RangeTypeId := typeINTEGER; GetSymbolRec(enumerator_id).TypeId := RangeTypeId; B1 := CreateConst(typeINTEGER, 0); B2 := CreateIntegerVar(GetLevel(N)); temp := NewTempVar(GetLevel(N), element_TypeId); Records[N].Op := OP_ASSIGN; Records[N].GenOp := OP_ASSIGN; Records[N].Arg1 := enumerator_id; Records[N].Arg2 := B1; Records[N].Res := enumerator_id; Records[N + 1].Op := OP_HIGH; Records[N + 1].Arg1 := collection_id; Records[N + 1].Arg2 := 0; Records[N + 1].Res := B2; Records[N_CURRENT].Op := OP_ELEM; Records[N_CURRENT].Arg1 := collection_id; Records[N_CURRENT].Arg2 := enumerator_id; Records[N_CURRENT].Res := temp; Records[N_CURRENT + 1].Op := OP_ASSIGN; Records[N_CURRENT + 1].GenOp := OP_ASSIGN; Records[N_CURRENT + 1].Arg1 := element_id; Records[N_CURRENT + 1].Arg2 := temp; Records[N_CURRENT + 1].Res := element_id; Records[N_MOVE_NEXT].Op := OP_INC; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := CreateConst(typeINTEGER, 1); Records[N_MOVE_NEXT].Res := enumerator_id; Records[N_MOVE_NEXT + 1].Op := OP_LE; Records[N_MOVE_NEXT + 1].Arg1 := enumerator_id; Records[N_MOVE_NEXT + 1].Arg2 := B2; Records[N_MOVE_NEXT + 1].Res := bool_id; Dec(N); end; {$IFNDEF PAXARM} typeANSISTRING, typeSHORTSTRING, typeWIDESTRING, {$ENDIF} typeUNICSTRING: begin RangeTypeId := typeINTEGER; GetSymbolRec(enumerator_id).TypeId := RangeTypeId; B1 := CreateConst(typeINTEGER, 1); B2 := CreateIntegerVar(GetLevel(N)); temp := NewTempVar(GetLevel(N), element_TypeId); Records[N].Op := OP_ASSIGN; Records[N].GenOp := OP_ASSIGN; Records[N].Arg1 := enumerator_id; Records[N].Arg2 := B1; Records[N].Res := enumerator_id; Records[N + 1].Op := OP_PUSH; Records[N + 1].Arg1 := collection_id; Records[N + 1].Arg2 := 0; Records[N + 1].Res := Id_AnsiStringLength; // will seek overloaded Records[N + 2].Op := OP_CALL; Records[N + 2].Arg1 := Id_AnsiStringLength; // will seek overloaded Records[N + 2].Arg2 := 1; Records[N + 2].Res := B2; Records[N_CURRENT].Op := OP_ELEM; Records[N_CURRENT].Arg1 := collection_id; Records[N_CURRENT].Arg2 := enumerator_id; Records[N_CURRENT].Res := temp; Records[N_CURRENT + 1].Op := OP_ASSIGN; Records[N_CURRENT + 1].GenOp := OP_ASSIGN; Records[N_CURRENT + 1].Arg1 := element_id; Records[N_CURRENT + 1].Arg2 := temp; Records[N_CURRENT + 1].Res := element_id; Records[N_MOVE_NEXT].Op := OP_INC; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := CreateConst(typeINTEGER, 1); Records[N_MOVE_NEXT].Res := enumerator_id; Records[N_MOVE_NEXT + 1].Op := OP_LE; Records[N_MOVE_NEXT + 1].Arg1 := enumerator_id; Records[N_MOVE_NEXT + 1].Arg2 := B2; Records[N_MOVE_NEXT + 1].Res := bool_id; Dec(N); end; typeSET: begin if continue_label_id = 0 then RaiseError(errInternalError, []); RangeTypeId := typeINTEGER; GetSymbolRec(enumerator_id).TypeId := RangeTypeId; B1 := CreateConst(RangeTypeId, 0); B2 := NewTempVar(GetLevel(N), RangeTypeId); temp := NewTempVar(GetLevel(N), H_TByteSet); Records[N].Op := OP_ASSIGN; Records[N].GenOp := OP_ASSIGN; Records[N].Arg1 := enumerator_id; Records[N].Arg2 := B1; Records[N].Res := enumerator_id; Records[N + 1].Op := OP_SET_ASSIGN; Records[N + 1].GenOp := OP_SET_ASSIGN; Records[N + 1].Arg1 := temp; Records[N + 1].Arg2 := collection_id; Records[N + 1].Res := temp; Records[N + 2].Op := OP_SET_COUNTER_ASSIGN; Records[N + 2].GenOp := OP_ASSIGN; Records[N + 2].Arg1 := B2; Records[N + 2].Arg2 := collection_id; Records[N + 2].Res := B2; collection_id := temp; Records[N_CURRENT].Op := OP_ASSIGN_INT_M; Records[N_CURRENT].GenOp := OP_ASSIGN; Records[N_CURRENT].Arg1 := element_id; Records[N_CURRENT].Arg2 := enumerator_id; Records[N_CURRENT].Res := element_id; Records[N_CURRENT + 1].Op := OP_SET_MEMBERSHIP; Records[N_CURRENT + 1].Arg1 := enumerator_id; Records[N_CURRENT + 1].Arg2 := collection_id; Records[N_CURRENT + 1].Res := bool_id; Records[N_CURRENT + 2].Op := OP_GO_FALSE; Records[N_CURRENT + 2].Arg1 := continue_label_id; Records[N_CURRENT + 2].Arg2 := bool_id; Records[N_CURRENT + 2].Res := 0; Records[N_MOVE_NEXT].Op := OP_INC; Records[N_MOVE_NEXT].Arg1 := enumerator_id; Records[N_MOVE_NEXT].Arg2 := CreateConst(typeINTEGER, 1); Records[N_MOVE_NEXT].Res := enumerator_id; Records[N_MOVE_NEXT + 1].Op := OP_LE; Records[N_MOVE_NEXT + 1].Arg1 := enumerator_id; Records[N_MOVE_NEXT + 1].Arg2 := B2; Records[N_MOVE_NEXT + 1].Res := bool_id; Dec(N); end else begin RaiseError(errTypeHasNotEnumerator, [GetSymbolRec(collection_TypeId).Name]); end; end; end; procedure TCode.OperAddAncestor; var I, ClassId: Integer; R: TCodeRec; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; ClassId := Records[N].Arg1; if SymbolTable.HasAbstractAncestor(ClassId) then begin I := N; repeat Inc(I); if I >= Card then RaiseError(errInternalError, []); R := Records[I]; if R.Op = OP_END_CLASS_TYPE then if R.Arg1 = ClassId then break; if R.Op = OP_BEGIN_SUB then if SymbolTable[R.Arg1].Level = ClassId then if SymbolTable[R.Arg1].Kind = KindSUB then SymbolTable[R.Arg1].CallMode := cmOVERRIDE; until false; end; end; procedure TCode.DestroyExpressionTempVars(ResultId: Integer); var I, J, K, Id, T, TypeId: Integer; RC: TCodeRec; begin K := Card; J := -1; for I := 1 to K do if Records[I].GenOp = OP_ASSIGN then if Records[I].Arg1 = ResultId then begin J := I + 1; break; end; if J = -1 then RaiseError(errInternalError, []); for I := 1 to K do if Records[I].Op = OP_DECLARE_TEMP_VAR then begin Id := Records[I].Arg2; RC := TCodeRec.Create(0, Self); RC.Upcase := GetUpcase(I); RC.Language := GetLanguage(I); RC.ModuleNum := GetModuleNumber(I); T := GetSymbolRec(Id).FinalTypeId; case T of typeVARIANT, typeOLEVARIANT: RC.Op := OP_VARIANT_CLR; {$IFNDEF PAXARM} typeANSISTRING: RC.Op := OP_ANSISTRING_CLR; typeWIDESTRING: RC.Op := OP_WIDESTRING_CLR; {$ENDIF} typeUNICSTRING: RC.Op := OP_UNICSTRING_CLR; typeINTERFACE: RC.Op := OP_INTERFACE_CLR; {$IFDEF PAXARM} typeCLASS: RC.Op := OP_CLASS_CLR; {$ENDIF} typeDYNARRAY: RC.Op := OP_DYNARRAY_CLR; typeRECORD, typeARRAY: begin TypeId := GetSymbolRec(Id).TerminalTypeId; if TKernel(kernel).SymbolTable.HasDynamicFields(TypeId) then RC.Op := OP_STRUCTURE_CLR else RC.Op := OP_NOP; end; else begin FreeAndNil(RC); continue; end; end; RC.Arg1 := Id; Insert(J, RC); end; end; procedure TCode.InsertHostMonitoring; var I, J, SubId, Id, TypeId: Integer; R, RC: TCodeRec; begin for I := Card downto 1 do begin R := Self[I]; if R.Op = OP_CALL then begin SubId := R.Arg1; if GetSymbolRec(SubId).Kind = KindCONSTRUCTOR then begin for J := I - 1 downto 1 do if Self[J].Op = OP_PUSH_CLSREF then begin Id := Self[J].Arg1; if GetSymbolRec(Id).Kind = KindVAR then begin TypeId := GetSymbolRec(Id).TerminalTypeId; TypeId := GetSymbolRec(TypeId).PatternId; end else TypeId := Id; if GetSymbolRec(TypeId).Host then if R.Res > 0 then begin RC := TCodeRec.Create(OP_ONCREATE_HOST_OBJECT, Self); RC.Upcase := GetUpcase(I); RC.Language := GetLanguage(I); RC.ModuleNum := GetModuleNumber(I); RC.Arg1 := R.Res; Insert(I + 1, RC); end; break; end; end else if SubId = Id_TObject_Free then begin for J := I - 1 downto 1 do if Self[J].Op = OP_PUSH_INST then begin Id := Self[J].Arg1; TypeId := GetSymbolRec(Id).TerminalTypeId; if GetSymbolRec(TypeId).Host then begin RC := TCodeRec.Create(OP_ONDESTROY_HOST_OBJECT, Self); RC.Upcase := GetUpcase(I); RC.Language := GetLanguage(I); RC.ModuleNum := GetModuleNumber(I); RC.Arg1 := Id; Insert(J, RC); end; break; end; end; end; end; end; procedure TCode.SetLastCondRaise; var I: Integer; b: Boolean; R: TCodeRec; begin b := false; for I := Card downto 1 do begin R := Self[I]; if R.Op = OP_END_SUB then b := true else if R.Op = OP_INIT_SUB then b := false else if R.Op = OP_END_GLOBAL_BLOCK then b := true else if R.Op = OP_BEGIN_GLOBAL_BLOCK then b := false else if R.Op = OP_COND_RAISE then begin if b then R.Arg2 := 1; b := false; end; end; end; function TCode.ParamHasBeenChanged(I, Id: Integer): Boolean; var R: TCodeRec; SubId: Integer; begin result := false; if I <= 0 then Exit; SubId := GetSymbolRec(Id).Level; if SubId <= 0 then Exit; if not(GetSymbolRec(SubId).Kind in kindSUBS) then Exit; repeat R := Records[I]; if R.Op = OP_PARAM_CHANGED then begin if R.Arg1 = Id then begin result := true; Exit; end; end else if R.Op = OP_INIT_SUB then if R.Arg1 = SubId then Exit; Dec(I); until I = 0; end; procedure TCode.CreateExecLines(MR: TModuleRec); var I, J, SourceLine: Integer; begin for I := MR.P1 to MR.P3 do if Self[I].Op = OP_SEPARATOR then begin SourceLine := Self[I].Arg2; J := I; repeat Inc(J); if J > Card then break; if Self[J].Op = OP_SEPARATOR then break; if Self[J].Op = OP_SET_CODE_LINE then begin MR.ExecutableLines.Add(SourceLine); break; end; until false; end; end; procedure TCode.AddWarnings; var I, J, Id, SubId, PosUsed, ParamId, OwnerId: Integer; R, RJ: TCodeRec; NeverUsed, NotInit: Boolean; S1, S2: String; SymbolTable: TSymbolTable; ok, b: Boolean; begin ok := false; SymbolTable := TKernel(kernel).SymbolTable; for I := 1 to Card do begin R := Records[I]; if R.Op = OP_WARNINGS_ON then ok := true else if R.Op = OP_WARNINGS_OFF then ok := false; if not ok then continue; if R.Op = OP_DECLARE_MEMBER then begin Id := R.Arg2; if GetSymbolRec(Id).Vis in [cvPrivate, cvStrictPrivate] then if used_private_members.IndexOf(Id) = -1 then begin b := false; for J := 1 to Card do begin RJ := Records[J]; if (RJ.Op = OP_CALL) or (RJ.Op = OP_ADDRESS) then begin if RJ.Arg1 = Id then begin b := true; break; end; end else if RJ.Op = OP_CREATE_EVENT then begin if RJ.Arg2 = Id then begin b := true; break; end; end else if RJ.Op = OP_SET_EVENT_PROP then begin if GetSymbolRec(RJ.Res).PatternId = Id then begin b := true; break; end; end; end; if not b then begin N := I; S2 := GetSymbolRec(Id).Name; if IsValidName(S2) then TKernel(kernel).CreateWarning(wrnPrivateNeverUsed, [S2]); end; end; end else if (R.Op = OP_DECLARE_LOCAL_VAR) or (R.Op = OP_INIT_SUB) then begin NeverUsed := true; NotInit := true; SubId := R.Arg1; if R.Op = OP_INIT_SUB then begin Id := TKernel(kernel).SymbolTable.GetResultId(SubId); if GetSymbolRec(SubId).FinalTypeId = typeVOID then continue; end else begin Id := R.Arg2; end; if GetSymbolRec(Id).Param then continue; if GetSymbolRec(Id).Kind in [KindNONE, KindCONST] then continue; if not IsValidName(GetSymbolRec(Id).Name) then continue; PosUsed := 0; J := I; repeat Inc(J); RJ := Records[J]; if RJ.Op = OP_NOP then continue; if (RJ.Op = OP_END_SUB) and (RJ.Arg1 = SubId) then break; if RJ.Op = OP_END_MODULE then break; if (RJ.Arg1 = Id) or (RJ.Arg2 = Id) or (RJ.Res = Id) then if RJ.Op <> OP_DESTROY_LOCAL_VAR then begin PosUsed := J; NeverUsed := false; end; if RJ.Arg1 > 0 then begin OwnerId := GetSymbolRec(RJ.Arg1).OwnerId; if OwnerId = Id then begin PosUsed := J; NeverUsed := false; end; end; if RJ.Arg2 > 0 then begin OwnerId := GetSymbolRec(RJ.Arg2).OwnerId; if OwnerId = Id then begin PosUsed := J; NeverUsed := false; end; end; if RJ.Res > 0 then begin OwnerId := GetSymbolRec(RJ.Res).OwnerId; if OwnerId = Id then begin PosUsed := J; NeverUsed := false; end; end; if RJ.GenOp = OP_ERR_ABSTRACT then if R.Op = OP_INIT_SUB then begin NotInit := false; PosUsed := J; NeverUsed := false; end; if (RJ.GenOp = OP_ASSIGN) or (RJ.GenOp = OP_ABSOLUTE) or (RJ.GenOp = OP_SET_LENGTH) or (RJ.GenOp = OP_SET_LENGTH_EX) then if RJ.Arg1 = Id then NotInit := false; if RJ.GenOp = OP_PUSH then if RJ.Arg1 = Id then if GetSymbolRec(RJ.Res).Kind in kindSUBS then if RJ.Res <> JS_FunctionCallId then begin ParamId := SymbolTable.GetParamId(RJ.Res, RJ.Arg2); if GetSymbolRec(ParamId).ByRef or GetSymbolRec(ParamId).ByRefEx then NotInit := false; end; until J = Card; if NeverUsed then begin S1 := GetSymbolRec(Id).Name; if SubId = 0 then begin N := I; TKernel(kernel).CreateWarning(wrnNeverUsed, [S1]); end else begin S2 := GetSymbolRec(SubId).Name; N := I; if R.Op = OP_INIT_SUB then begin while (N > 0) do begin Dec(N); if Records[N].Op = OP_BEGIN_SUB then if Records[N].Arg1 = SubId then break; end; if GetSymbolRec(SubId).FinalTypeId <> typeRECORD then if IsValidName(GetSymbolRec(SubId).Name) then TKernel(kernel).CreateWarning(wrnReturnValue, [S2]); end else TKernel(kernel).CreateWarning(wrnNeverUsedIn, [S1, S2]); end; end else if NotInit then begin N := I; if R.Op = OP_INIT_SUB then begin while (N > 0) do begin Dec(N); if Records[N].Op = OP_BEGIN_SUB then if Records[N].Arg1 = SubId then break; end; S2 := GetSymbolRec(SubId).Name; if GetSymbolRec(SubId).FinalTypeId <> typeRECORD then if IsValidName(S2) then TKernel(kernel).CreateWarning(wrnReturnValue, [S2]); end else begin if PosUsed > 0 then N := PosUsed else N := I; S1 := GetSymbolRec(Id).Name; if not(GetSymbolRec(Id).FinalTypeId in [typeRECORD, typeARRAY]) then TKernel(kernel).CreateWarning(wrnNotInit, [S1]); end; end; end; end; end; function TCode.GetCompletionVisibility(Id: Integer; NN: Integer) : TMemberVisibilitySet; var TypeId, I1, I2, SubId, L, Lang: Integer; begin Lang := GetLanguage(NN); result := [cvPublic, cvPublished]; TypeId := GetSymbolRec(Id).TypeId; if TypeId = 0 then Exit; if not GetSymbolRec(TypeId).Host then if Lang = PASCAL_LANGUAGE then begin I1 := TKernel(kernel).Modules.IndexOfModuleById(Id); I2 := TKernel(kernel).Modules.IndexOfModuleById(TypeId); if I1 = I2 then // the same module begin result := [cvPrivate, cvProtected, cvPublic, cvPublished]; Exit; end; end; // different modules SubId := GetCurrSubId(NN); if SubId = 0 then Exit; L := GetSymbolRec(SubId).Level; if L = 0 then Exit; if GetSymbolRec(L).Kind = KindNAMESPACE then Exit; if GetSymbolRec(L).Kind <> KindTYPE then Exit; if GetSymbolRec(L).FinalTypeId <> typeCLASS then Exit; if (L = TypeId) or GetSymbolRec(L).Inherits(TypeId) then result := [cvProtected, cvPublic, cvPublished] else result := [cvPublic, cvPublished]; end; procedure TCode.RemoveDeclaredVar(Id: Integer); var I: Integer; R: TCodeRec; begin for I := N + 1 to Card do begin R := Records[I]; if R.Op = OP_STMT then break; if R.Op = OP_DECLARE_LOCAL_VAR then if R.Arg2 = Id then begin R.Op := OP_NOP; R.GenOp := OP_NOP; Exit; end; end; end; function TCode.LookupTempVarId(Level, FinTypeId: Integer): Integer; function GetStmtEx(I: Integer; Id: Integer): Integer; var R: TCodeRec; begin result := I; repeat R := Records[result]; if R.Res = Id then begin result := -100; Exit; end; if R.Op = OP_STMT then begin Exit; end else begin Dec(result); if R.Op = OP_BEGIN_MODULE then break; if R.Op = OP_INIT_SUB then break; if result = 1 then Exit; end; until false; end; var I, Id, NN, NN2: Integer; R: TSymbolRec; begin result := 0; if temp_var_list.Count = 0 then Exit; NN2 := -1; for I := temp_var_list.Count - 1 downto 0 do begin Id := temp_var_list.Keys[I]; R := GetSymbolRec(Id); if R.Level = Level then begin if R.FinalTypeId = FinTypeId then begin if NN2 = -1 then begin NN2 := GetStmtEx(N, Id); if NN2 = -100 then Exit; end; NN := temp_var_list.Values[I]; if NN2 = NN then Exit; result := Id; Exit; end; end else break; end; end; procedure TCode.RemoveLoadProc; var L: TIntegerList; R: TCodeRec; procedure Proc(Id: Integer); begin L.Add(Id); end; var I, K, Op: Integer; b: Boolean; begin b := TKernel(kernel).BuildWithRuntimePackages; if b then Exit; L := TIntegerList.Create; try K := 0; for I := 1 to Card do begin R := Records[I]; Op := R.Op; if Op = OP_LOAD_PROC then continue; if Op = OP_SET_CODE_LINE then continue; if Op = OP_SEPARATOR then continue; if b then if Op = OP_END_MODULE then begin K := I; break; end; Proc(R.Arg1); Proc(R.Arg2); Proc(R.Res); end; L.QuickSort; for I := K + 1 to Card do begin R := Records[I]; if R.Op = OP_LOAD_PROC then if L.BinSearch(R.Arg1) = -1 then R.Op := OP_NOP; end; finally FreeAndNil(L); end; end; function TCode.LookupInExtraUnitList(const S: String): Integer; var I: Integer; Upcase: Boolean; begin result := 0; Upcase := GetUpcase(N); for I := extra_using_list.Count - 1 downto 0 do begin result := TKernel(kernel).SymbolTable.LookUp(S, extra_using_list[I], Upcase, MaxInt); if result > 0 then Exit; end; end; procedure TCode.CheckExpansions; var I, J, K, FTD, FTE, TypeD, TypeE: Integer; TD: TTypeDefRec; TE: TTypeExpRec; TRD, TRE: TTypeRestrictionRec; S: String; begin for K := 0 to TKernel(kernel).TypeDefList.Expansions.Count - 1 do begin I := TKernel(kernel).TypeDefList.Expansions.Keys[K]; J := TKernel(kernel).TypeDefList.Expansions.Values[K]; TD := TKernel(kernel).TypeDefList[J]; TE := TKernel(kernel).TypeDefList.TypeExpList[I]; for I := 0 to TD.ParamList.Count - 1 do begin TRD := TTypeRestrictionRec(TD.ParamList.Objects[I]); if TRD = nil then continue; FTD := GetSymbolRec(TRD.Id).FinalTypeId; if not(FTD in [typeCLASS, typeINTERFACE]) then begin N := TRD.N; S := GetSymbolRec(TRD.Id).Name; RaiseError(errTypeIsNotValidConstraint, [S]); end; TRE := TTypeRestrictionRec(TE.ParamList.Objects[I]); FTE := GetSymbolRec(TRE.Id).FinalTypeId; if FTD <> FTE then begin N := TRE.N; RaiseError(errIncompatibleTypes, [GetSymbolRec(TRD.Id).Name, GetSymbolRec(TRE.Id).Name]); Exit; end; if (FTD = typeCLASS) and (FTE = typeCLASS) then begin TypeD := GetSymbolRec(TRD.Id).TerminalTypeId; TypeE := GetSymbolRec(TRE.Id).TerminalTypeId; if TypeD = TypeE then Exit; if TKernel(kernel).SymbolTable.Inherits(TypeE, TypeD) then Exit; N := TRE.N; RaiseError(errIncompatibleTypes, [GetSymbolRec(TRD.Id).Name, GetSymbolRec(TRE.Id).Name]); Exit; end; if FTD = typeRECORD then begin if FTE <> typeRECORD then begin N := TRE.N; RaiseError(errIncompatibleTypesNoArgs, []); end; Exit; end; end; end; end; procedure TCode.RemoveUnusedLabels; var I, Op: Integer; L: TIntegerList; begin L := TIntegerList.Create; try for I := 1 to Card do begin Op := Records[I].Op; if (Op = OP_GO) or (Op = OP_GO_FALSE) or (Op = OP_GO_TRUE) or (Op = OP_GO_TRUE_BOOL) or (Op = OP_GO_FALSE_BOOL) or (Op = OP_GO_DL) then L.Add(Records[I].Arg1); end; for I := 1 to Card do begin Op := Records[I].Op; if Op = OP_LABEL then if L.IndexOf(Records[I].Arg1) = -1 then begin Records[I].Op := OP_NOP; Records[I].GenOp := OP_NOP; end; end; finally FreeAndNil(L); end; end; function TCode.GetPAX64: Boolean; begin result := TKernel(kernel).PAX64; end; function TCode.GetSizeOfPointer: Integer; begin if PAX64 then result := 8 else result := 4; end; procedure TCode.CheckOverride; var I, J: Integer; List: TIntegerList; begin List := TIntegerList.Create; try for I := 1 to Card do if Records[I].Op = OP_CHECK_OVERRIDE then List.Add(I); for J := 0 to List.Count - 1 do begin I := List[J]; if Records[I].Op = OP_CHECK_OVERRIDE then begin N := I; OperCheckOverride(List); end; end; finally FreeAndNil(List); end; end; procedure TCode.OperAssignLambdaTypes; var SubId, ClassId: Integer; SymbolTable: TSymbolTable; function AssignTypes(T: Integer): Boolean; var I, SubId2, id1, id2, K: Integer; begin result := false; if GetSymbolRec(T).FinalTypeId <> typeINTERFACE then Exit; SubId2 := SymbolTable.LookupAnonymousMethod(T); if SubId2 = 0 then Exit; K := GetSymbolRec(SubId2).Count; if K <> GetSymbolRec(SubId).Count then Exit; id1 := SymbolTable.GetResultId(SubId); id2 := SymbolTable.GetResultId(SubId2); GetSymbolRec(id1).TypeId := GetSymbolRec(id2).TypeId; GetSymbolRec(SubId).TypeId := GetSymbolRec(id2).TypeId; for I := 0 to K - 1 do begin id1 := SymbolTable.GetParamId(SubId, I); id2 := SymbolTable.GetParamId(SubId2, I); GetSymbolRec(id1).TypeId := GetSymbolRec(id2).TypeId; end; SymbolTable.RegisterSupportedInterface(ClassId, T); result := true; end; var I, ResId, ParamId: Integer; RI: TCodeRec; begin SymbolTable := TKernel(kernel).SymbolTable; Records[N].Op := OP_NOP; SubId := Records[N].Arg1; I := N; repeat Inc(I); RI := Records[I]; if RI.Op = OP_ASSIGN_LAMBDA_TYPES then if RI.Arg1 = SubId then break; until false; ClassId := Records[I].Arg2; ResId := Records[I].Res; Records[I].Op := OP_NOP; for I := I + 1 to Card do begin RI := Records[I]; if RI.Op = OP_ASSIGN then begin if RI.Arg2 = ResId then begin if AssignTypes(GetSymbolRec(RI.Arg1).TerminalTypeId) then Exit else break; end; end else if RI.Op = OP_PUSH then begin if RI.Arg1 = ResId then begin ParamId := SymbolTable.GetParamId(RI.Res, RI.Arg2); if AssignTypes(GetSymbolRec(ParamId).TerminalTypeId) then Exit else break; end; end; end; RaiseError(errIncompatibleTypesNoArgs, []); end; procedure TCode.RestoreFieldType(J: Integer); var OwnerId, Id, TypeId, PatternId, SubId, N1: Integer; S: String; SymbolTable: TSymbolTable; begin SymbolTable := TKernel(kernel).SymbolTable; if Records[J - 1].Op = OP_FIELD then begin if Records[J - 1].Res = Records[J].Arg1 then begin OwnerId := Records[J - 1].Arg1; TypeId := SymbolTable[OwnerId].TypeId; if TypeId = 0 then RestoreFieldType(J - 1); TypeId := SymbolTable[OwnerId].TypeId; if TypeId = 0 then Exit; if SymbolTable[TypeId].Kind <> KindTYPE then Exit; Id := Records[J].Arg1; S := SymbolTable[Id].Name; PatternId := SymbolTable.LookUp(S, TypeId, GetUpcase(J)); if PatternId > 0 then SymbolTable[Id].TypeId := SymbolTable[PatternId].TypeId; end; end else if Records[J - 1].Op = OP_CALL then begin if Records[J - 1].Res = Records[J].Arg1 then begin SubId := Records[J - 1].Arg1; TypeId := SymbolTable[SubId].TypeId; if TypeId = 0 then begin N1 := J - 1; repeat Dec(N1); if N1 = 0 then Exit; if Records[N1].Op = OP_FIELD then if Records[N1].Res = SubId then break; until false; RestoreFieldType(N1); TypeId := GetSymbolRec(Records[N1].Arg1).TypeId; S := SymbolTable[SubId].Name; PatternId := SymbolTable.LookUp(S, TypeId, GetUpcase(J)); if PatternId > 0 then TypeId := SymbolTable[PatternId].TypeId; end; Id := Records[J].Arg1; SymbolTable[Id].TypeId := TypeId; end; end; end; function TCode.GetTrueSubId: Integer; var T, K: Integer; R: TCodeRec; begin R := Records[N]; result := R.Arg1; if GetSymbolRec(result).Kind in kindSUBS then Exit; T := GetSymbolRec(R.Arg1).TerminalTypeId; result := GetSymbolRec(T).PatternId; if not(GetSymbolRec(result).Kind in kindSUBS) then begin K := N - 1; repeat if Self[K].Op = OP_GET_VMT_ADDRESS then if Self[K].Res = R.Arg1 then begin result := Self[K].Arg2; break; end; if Self[K].Op = OP_SEPARATOR then break; Dec(K); until false; end; end; procedure TCode.CreateMethodEntryLists; var ClassList: TClassList; CR, CA: TClassRec; I, J, K, SubId, L, ClassIndex, V, CountGlobal, AncestorIndex, MethodIndex, ClassId, AncestorId: Integer; R: TCodeRec; L1, L2: TIntegerList; b: Boolean; begin ClassList := TKernel(kernel).prog.ClassList; L1 := TIntegerList.Create; L2 := TIntegerList.Create; try for I := 1 to Card do begin R := Records[I]; if R.Op = OP_BEGIN_CLASS_TYPE then begin ClassId := R.Arg1; AncestorId := GetSymbolRec(ClassId).AncestorId; if GetSymbolRec(AncestorId).Host then L1.Add(ClassId) else L2.Add(ClassId); end; end; while L2.Count > 0 do begin for I := L2.Count - 1 downto 0 do begin ClassId := L2[I]; AncestorId := GetSymbolRec(ClassId).AncestorId; if L1.IndexOf(AncestorId) >= 0 then begin L1.Add(ClassId); L2.RemoveAt(I); break; end; end; end; for I := 0 to L1.Count - 1 do begin ClassId := L1[I]; AncestorId := GetSymbolRec(ClassId).AncestorId; ClassIndex := GetSymbolRec(ClassId).ClassIndex; AncestorIndex := GetSymbolRec(AncestorId).ClassIndex; CR := ClassList[ClassIndex]; if CR = nil then RaiseError(errInternalError, []); CA := ClassList[AncestorIndex]; if CA = nil then RaiseError(errInternalError, []); b := GetSymbolRec(AncestorId).Host; K := 0; if not b then begin for J := 0 to System.Length(CA.ByteCodeMethodEntryList) - 1 do begin V := CA.ByteCodeMethodEntryList[J]; if V = 0 then begin K := J; break; end; SetLength(CR.ByteCodeMethodEntryList, J + 1); CR.ByteCodeMethodEntryList[J] := V; end; end; for J := 1 to Card do begin R := Records[J]; if R.Op = OP_INIT_SUB then begin SubId := R.Arg1; MethodIndex := GetSymbolRec(SubId).MethodIndex; if MethodIndex > 0 then CR.VirtualMethodEntryList[MethodIndex] := J; SetLength(CR.ByteCodeMethodEntryList, K + 1); CR.ByteCodeMethodEntryList[K] := J; Inc(K); end; end; end; CountGlobal := 0; for J := 1 to Card do begin R := Records[J]; if R.Op = OP_INIT_SUB then begin SubId := R.Arg1; L := GetSymbolRec(SubId).Level; if L = 0 then begin SetLength(TKernel(kernel).prog.ByteCodeGlobalEntryList, CountGlobal + 1); TKernel(kernel).prog.ByteCodeGlobalEntryList[CountGlobal] := J; Inc(CountGlobal); end else if GetSymbolRec(L).FinalTypeId <> typeCLASS then begin SetLength(TKernel(kernel).prog.ByteCodeGlobalEntryList, CountGlobal + 1); TKernel(kernel).prog.ByteCodeGlobalEntryList[CountGlobal] := J; Inc(CountGlobal); end; end else if R.Op = OP_JUMP_SUB then begin SetLength(TKernel(kernel).prog.ByteCodeGlobalEntryList, CountGlobal + 1); TKernel(kernel).prog.ByteCodeGlobalEntryList[CountGlobal] := J; Inc(CountGlobal); end; end; finally FreeAndNil(L1); FreeAndNil(L2); end; end; procedure TCode.CreateEvalList(L: TStringList); var I: Integer; R: TCodeRec; S: String; begin L.Add('Create'); for I := 1 to Card do begin R := Records[I]; S := ''; if R.Op = OP_EVAL then S := GetSymbolRec(R.Res).Name else if R.Op = OP_ASSIGN_TYPE then S := GetSymbolRec(R.Arg2).Name else if R.Op = OP_FIELD then S := GetSymbolRec(R.Res).Name else if (R.Op = OP_BEGIN_SUB) or (R.Op = OP_CALL) then S := GetSymbolRec(R.Arg1).Name; if S <> '' then if L.IndexOf(S) = -1 then L.Add(S); end; end; procedure TCode.InsertCallHostEvents; var I: Integer; RI, RC: TCodeRec; begin I := 0; repeat Inc(I); if I > Card then break; RI := Records[I]; if RI.Op = OP_BEGIN_CALL then begin if GetSymbolRec(RI.Arg1).Kind in kindSUBS then if GetSymbolRec(RI.Arg1).Host then begin RC := TCodeRec.Create(OP_BEFORE_CALL_HOST, Self); RC.Arg1 := RI.Arg1; Insert(I, RC); Inc(I); end; end else if RI.Op = OP_CALL then begin if GetSymbolRec(RI.Arg1).Kind in kindSUBS then if GetSymbolRec(RI.Arg1).Host then begin RC := TCodeRec.Create(OP_AFTER_CALL_HOST, Self); RC.Arg1 := RI.Arg1; Insert(I + 1, RC); Inc(I); end; end; until false; end; // TCodeRec -------------------------------------------------------------------- constructor TCodeRec.Create(i_OP: Integer; Code: TCode); begin OwnerObject := Code; Op := i_OP; GenOp := i_OP; Arg1 := 0; Arg2 := 0; Res := 0; LinePos := -1; SavedLevel := -1; if Code = nil then Exit; with Code do begin Upcase := GetUpcase(N); Language := GetLanguage(N); ModuleNum := GetModuleNumber(N); SavedLevel := GetLevel(N); end; end; procedure TCodeRec.SwapArguments; var temp: Integer; begin temp := Arg1; Arg1 := Arg2; Arg2 := temp; SwappedArgs := not SwappedArgs; end; function TCodeRec.Clone: TCodeRec; begin result := TCodeRec.Create(Op, OwnerObject); result.Arg1 := Arg1; result.Arg2 := Arg2; result.Res := Res; result.Upcase := Upcase; result.Language := Language; result.IsStatic := IsStatic; result.SavedSubId := SavedSubId; result.SwappedArgs := SwappedArgs; result.LinePos := LinePos; result.CodeRecTag := CodeRecTag; result.SavedLevel := SavedLevel; result.IsInherited := IsInherited; end; procedure TCodeRec.SaveToStream(S: TStream); begin S.Write(Op, SizeOf(Op)); S.Write(Arg1, SizeOf(Arg1)); S.Write(Arg2, SizeOf(Arg2)); S.Write(Res, SizeOf(Res)); S.Write(GenOp, SizeOf(GenOp)); S.Write(IsStatic, SizeOf(IsStatic)); S.Write(SwappedArgs, SizeOf(SwappedArgs)); S.Write(SavedSubId, SizeOf(SavedSubId)); S.Write(CodeRecTag, SizeOf(CodeRecTag)); S.Write(SavedLevel, SizeOf(SavedLevel)); S.Write(IsInherited, SizeOf(IsInherited)); end; procedure TCodeRec.LoadFromStream(S: TStream); begin S.Read(Op, SizeOf(Op)); S.Read(Arg1, SizeOf(Arg1)); S.Read(Arg2, SizeOf(Arg2)); S.Read(Res, SizeOf(Res)); S.Read(GenOp, SizeOf(GenOp)); S.Read(IsStatic, SizeOf(IsStatic)); S.Read(SwappedArgs, SizeOf(SwappedArgs)); S.Read(SavedSubId, SizeOf(SavedSubId)); S.Read(CodeRecTag, SizeOf(CodeRecTag)); S.Read(SavedLevel, SizeOf(SavedLevel)); S.Read(IsInherited, SizeOf(IsInherited)); end; end.
//****************************************************************************** // Пакет для добавленя, изменения, удаления данных о свойствах людей // параметры: ID - идентификатор, если добавление, то идентификатор человека, иначе // идентификатор свойства человека. //****************************************************************************** unit PeopleProp_Ctrl_MainForm; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, cxLookAndFeelPainters, cxDropDownEdit, cxLookupEdit, cxDBLookupEdit, cxDBLookupComboBox, StdCtrls, cxButtons, cxCalendar, cxTextEdit, cxMaskEdit, cxContainer, cxEdit, cxLabel, ExtCtrls, cxControls, cxGroupBox,ZMessages, ZProc, Unit_ZGlobal_Consts, FIBQuery, pFIBQuery, pFIBStoredProc, FIBDatabase, pFIBDatabase, DB, FIBDataSet, pFIBDataSet, ZTypes, IBase, ActnList, PeopleProp_Ctrl_DM, Dates, gr_uCommonProc; type TFSp_People_Prop_Control = class(TForm) IdentificationBox: TcxGroupBox; PeopleLabel: TcxLabel; PeopleEdit: TcxMaskEdit; PeriodBox: TcxGroupBox; YesBtn: TcxButton; CancelBtn: TcxButton; Bevel1: TBevel; PropLabel: TcxLabel; PropEdit: TcxLookupComboBox; DateBegLabel: TcxLabel; DateBeg: TcxDateEdit; DateEndLabel: TcxLabel; DateEnd: TcxDateEdit; Actions: TActionList; ActionYes: TAction; PrikazLabel: TcxLabel; PrikazEdit: TcxTextEdit; procedure CancelBtnClick(Sender: TObject); procedure FormCreate(Sender: TObject); procedure ActionYesExecute(Sender: TObject); procedure FormDestroy(Sender: TObject); private Ins_Id_Man:LongWord; PParameter:TZPeoplePropParameters; DM:TDM_Ctrl; PLanguageIndex:Byte; pNumPredpr:integer; public constructor Create(AOwner: TComponent;DB_Handle:TISC_DB_HANDLE;AParameters:TZPeoplePropParameters;Is_Grant: TZChildSystems);reintroduce; property ID_Man:LongWord read Ins_Id_Man write Ins_Id_Man; property Parameter:TZPeoplePropParameters read PParameter; end; implementation uses StrUtils; {$R *.dfm} constructor TFSp_People_Prop_Control.Create(AOwner: TComponent;DB_Handle:TISC_DB_HANDLE;AParameters:TZPeoplePropParameters;Is_Grant: TZChildSystems); begin inherited Create(AOwner); PParameter := AParameters; DM := TDM_Ctrl.Create(AOwner,DB_Handle,AParameters,Is_Grant); PLanguageIndex:=LanguageIndex; pNumPredpr := StrToInt(VarToStrDef(ValueFieldZSetup(DB_Handle,'NUM_PREDPR'),'1')); //****************************************************************************** PeopleLabel.Caption := LabelMan_Caption[PLanguageIndex]; PropLabel.Caption := GridClPropertyName_Caption[PLanguageIndex]; DateBegLabel.Caption := LabelDateBeg_Caption[PLanguageIndex]+' - '; DateEndLabel.Caption := ' - '+AnsiLowerCase(LabelDateEnd_Caption[PLanguageIndex]); YesBtn.Caption := YesBtn_Caption[PLanguageIndex]; CancelBtn.Caption := CancelBtn_Caption[PLanguageIndex]; //****************************************************************************** PropEdit.Properties.ListFieldNames := 'NAME_PEOPLE_PROP'; PropEdit.Properties.KeyFieldNames :='ID_PEOPLE_PROP'; PropEdit.Properties.DataController.DataSource := DM.DSourceProp; DateBeg.Properties.MaxDate := VarToDateTime(DM.DSetData['PERIOD_BEG']); DateBeg.Properties.MinDate := VarToDateTime(DM.DSetData['PERIOD_END']); DateEnd.Properties.MaxDate := VarToDateTime(DM.DSetData['PERIOD_BEG']); DateEnd.Properties.MinDate := VarToDateTime(DM.DSetData['PERIOD_END']); //****************************************************************************** case PParameter.ControlFormStyle of zcfsInsert: begin Caption := ZPeoplePropCtrl_Caption_Insert[PLanguageIndex]; PeopleEdit.Text := VarToStr(DM.DSetData.FieldValues['TN'])+' - '+VarToStr(DM.DSetData.FieldValues['FIO']); if Is_Grant=tsGrant then DateBeg.Date :=strtodate(KodSetupToPeriod(grKodSetup(DB_Handle), 6)) ELSE DateBeg.Date := strtodate(KodSetupToPeriod(CurrentKodSetup(DB_Handle), 6)); DateEnd.Date := VarToDateTime(DM.DSetData['PERIOD_END']); if pNumPredpr=2 then DateEnd.Date := StrToDate('31.12.9999'); end; zcfsUpdate: begin Caption := ZPeoplePropCtrl_Caption_Update[PLanguageIndex]; PeopleEdit.Text := VarToStr(DM.DSetData['FIO']); DateBeg.Date := VarToDateTime(DM.DSetData['DATE_BEG']); DateEnd.Date := VarToDateTime(DM.DSetData['DATE_END']); PropEdit.EditValue := DM.DSetData['ID_PEOPLE_PROP']; PrikazEdit.Text := DM.DSetData['PRIKAZ']; end; zcfsShowDetails: begin Caption := ZPeoplePropCtrl_Caption_Detail[PLanguageIndex]; PeopleEdit.Text := VarToStr(DM.DSetData['FIO']); DateBeg.Text := VarToStr(DM.DSetData['DATE_BEG']); DateBeg.Date := VarToDateTime(DM.DSetData['DATE_BEG']); DateEnd.Date := VarToDateTime(DM.DSetData['DATE_END']); PropEdit.EditValue := DM.DSetData['ID_PEOPLE_PROP']; PrikazEdit.Text :=DM.DSetData['PRIKAZ']; PeriodBox.Enabled := False; YesBtn.Visible := False; CancelBtn.Caption := ExitBtn_Caption[PLanguageIndex]; end; end; end; procedure TFSp_People_Prop_Control.CancelBtnClick(Sender: TObject); begin ModalResult:=mrCancel; end; procedure TFSp_People_Prop_Control.FormCreate(Sender: TObject); begin if PParameter.ControlFormStyle = zcfsDelete then begin if ZShowMessage(ZPeoplePropCtrl_Caption_Delete[PLanguageIndex],DeleteRecordQuestion_Text[PLanguageIndex],mtConfirmation,[mbYes,mbNo])=mrYes then with DM do try StoredProc.Database := DB; StoredProc.Transaction := WriteTransaction; StoredProc.Transaction.StartTransaction; StoredProc.StoredProcName := 'Z_PEOPLE_PROP_DELETE'; StoredProc.Prepare; StoredProc.ParamByName('ID').AsInteger := PParameter.ID; StoredProc.ExecProc; StoredProc.Transaction.Commit; ModalResult:=mrYes; except on E:Exception do begin ZShowMessage(Error_Caption[PLanguageIndex],E.Message,mtError,[mbOK]); StoredProc.Transaction.Rollback; end; end else ModalResult:=mrCancel; end; end; procedure TFSp_People_Prop_Control.ActionYesExecute(Sender: TObject); var ID:integer; begin if PropEdit.EditText = '' then begin ZShowMessage(Error_Caption[PLanguageIndex],ZeInputProp_Error_Text[PLanguageIndex],mtWarning,[mbOK]); PropEdit.SetFocus; end else if DateBeg.Date>DateEnd.Date then begin ZShowMessage(Error_Caption[PLanguageIndex],ZeInputTerms_ErrorText[PLanguageIndex],mtWarning,[mbOK]); DateBeg.SetFocus; end else case PParameter.ControlFormStyle of zcfsInsert: with DM do try StoredProc.Database := DB; StoredProc.Transaction := WriteTransaction; StoredProc.Transaction.StartTransaction; StoredProc.StoredProcName := 'Z_PEOPLE_PROP_INSERT'; StoredProc.Prepare; StoredProc.ParamByName('ID_PEOPLE_PROP').AsInteger := PropEdit.EditValue; StoredProc.ParamByName('ID_MAN').AsInteger := PParameter.ID; StoredProc.ParamByName('DATE_BEG').AsDate := DateBeg.Date; StoredProc.ParamByName('DATE_END').AsDate := DateEnd.Date; StoredProc.ParamByName('PRIKAZ').AsString := PrikazEdit.Text; StoredProc.ExecProc; ID:=StoredProc.ParamByName('ID').AsInteger; StoredProc.Transaction.Commit; PParameter.ID := ID; ModalResult:=mrYes; except on E:Exception do begin ZShowMessage(Error_Caption[PLanguageIndex],E.Message,mtError,[mbOK]); StoredProc.Transaction.Rollback; end; end; zcfsUpdate: with DM do try StoredProc.Database := DB; StoredProc.Transaction := WriteTransaction; StoredProc.Transaction.StartTransaction; StoredProc.StoredProcName := 'Z_PEOPLE_PROP_UPDATE'; StoredProc.Prepare; StoredProc.ParamByName('ID_PEOPLE_PROP').AsInteger := PropEdit.EditValue; StoredProc.ParamByName('ID').AsInteger := PParameter.ID; StoredProc.ParamByName('ID_MAN').AsInteger := DSetData.FieldValues['ID_MAN']; StoredProc.ParamByName('DATE_BEG').AsDate := DateBeg.Date; StoredProc.ParamByName('DATE_END').AsDate := DateEnd.Date; StoredProc.ParamByName('PRIKAZ').AsString := PrikazEdit.Text; StoredProc.ExecProc; StoredProc.Transaction.Commit; ModalResult:=mrYes; except on E:Exception do begin ZShowMessage(Error_Caption[PLanguageIndex],E.Message,mtError,[mbOK]); StoredProc.Transaction.Rollback; end; end; end; end; procedure TFSp_People_Prop_Control.FormDestroy(Sender: TObject); begin if DM<>nil then DM.Destroy; end; end.
//------------------------------------------------------------------------------ //LuaCoreRoutines UNIT //------------------------------------------------------------------------------ // What it does - // Contains core routines for Lua. // Wrapper to keep lua from using all the lua units in various units. // This way, lua is only required in the zone. // Changes - // [2008/12/10] RabidCh - Created header for documentation. //------------------------------------------------------------------------------ unit LuaCoreRoutines; {$IFDEF FPC} {$MODE Delphi} {$ENDIF} interface uses {Project} Character, {Lua} LuaTypes, LuaPas; const LUA_NPC_CORE_FILE = '/Core/NPCCore.lua'; const LUA_ITEM_CORE_FILE = '/Core/ItemCore.lua'; type TLuaEnv = (LUA_NPC, LUA_ITEM); // Additional checks for Lua values function Lua_isNonNumberString( ALua : TLua; Index : word ) : boolean; function Lua_toLongWord( var ALua : TLua; Index : byte ) : LongWord; function Lua_isposnumber( ALua : TLua; Index : word ) : boolean; // Core Routines procedure MakeLuaThread( var SourceLua : TLua; var DestLua : TLuaInfo ); procedure LoadAndRunLuaScript( var ALua : TLua; Const LuaFile : String ); procedure LuaRunPlayerScript( var AChara : TCharacter; const LuaMode : TLuaEnv; const LuaFunc : string ); procedure InitLuaState( var ALua : TLua ); procedure TerminateLuaThread( const LuaInfo : TLuaInfo ); procedure TerminateLua( var RootLuaOnly : TLua ); procedure SetCharaToLua(var AChara : TCharacter); function GetCharaFromLua(var ALua : TLua; var AChara : PCharacter) : boolean; implementation uses {RTL/VCL} Globals, Terminal, {Project} LuaTCharacter, Main, Math, WinLinux; //------------------------------------------------------------------------------ //Lua_isNonNumberString FUNCTION //------------------------------------------------------------------------------ // What it does - // Checks for non-pure number strings since // 23235 is a valid number and string to lua. // Examples: // 345345 = false // Test = true // "test 123" = true // Changes - //------------------------------------------------------------------------------ function Lua_isNonNumberString( ALua : TLua; Index : word ) : boolean; begin Result := (Boolean(lua_isstring(ALua,Index)) and not Boolean(lua_isnumber(ALua,Index))); end;{Lua_isNonNumberString} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //Lua_toLongWord FUNCTION //------------------------------------------------------------------------------ // What it does - // Converts lua value to LongWord // Changes - //------------------------------------------------------------------------------ function Lua_toLongWord( var ALua : TLua; Index : byte ) : LongWord; begin Result := EnsureRange( Round(lua_tonumber(ALua, Index)), Low(LongWord), High(LongWord) ); end;{Lua_toLongWord} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //Lua_isposnumber FUNCTION //------------------------------------------------------------------------------ // What it does - // Checks if lua value is a positive integer (including 0) and returns // true/false // Changes - //------------------------------------------------------------------------------ function Lua_isposnumber( ALua : TLua; Index : word ) : boolean; begin Result := false; if lua_isnumber(ALua,Index) then begin Result := (lua_tonumber(ALua,Index) >= 0); end; end;{Lua_isposnumber} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //MakeLuaThread PROCEDURE //------------------------------------------------------------------------------ // What it does - // Takes an existing lua, and makes a new execution thread for a descendant. // Also stores the parent's info so that it can be deferenced and freed. // Also Creates a table environment with a reference to the sourcelua's global // functions, variables etc, so that the creation of new globals do not // becomed shared with the source lua or other descendant threads. // THIS WAS A BITCH TO MAKE, SHOULD NOT NEED ALTERING IN ANY FORM // // Changes - // Feb 16 2009 - Tsusai: Changed to better example from lua mailing lists //------------------------------------------------------------------------------ procedure MakeLuaThread( var SourceLua : TLua; var DestLua : TLuaInfo ); begin DestLua.Lua := lua_newthread(SourceLua); lua_pushvalue(SourceLua, -1); DestLua.LuaID := luaL_ref(SourceLua, LUA_REGISTRYINDEX); DestLua.ParentLua := SourceLua; //Create a local environment with a link to global environment via // __index metamethod //This allows for thread only globals lua_newtable(SourceLua); //new table for globals lua_newtable(SourceLua); //metatable for new globals lua_pushliteral(SourceLua, '__index'); lua_pushvalue(SourceLua, LUA_GLOBALSINDEX); //__index tries old common globals lua_settable(SourceLua, -3); lua_setmetatable(SourceLua, -2); lua_replace(SourceLua, LUA_GLOBALSINDEX); end;{MakeLuaThread} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //InitLuaState PROCEDURE //------------------------------------------------------------------------------ // What it does - // Initializes a brand new lua, not for descendant threads. // Changes - //------------------------------------------------------------------------------ procedure InitLuaState(var ALua : TLua); begin ALua := lua_open; luaL_openlibs(ALua); end;{InitLuaState} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //LoadAndRunLuaScript PROCEDURE //------------------------------------------------------------------------------ // What it does - // Tells a lua instance to load and execute a script file // Changes - //------------------------------------------------------------------------------ procedure LoadAndRunLuaScript(var ALua : TLua; Const LuaFile : String); begin RegisterClassTCharacter(ALua); //Load the script if luaL_loadfile(ALua, PChar(LuaFile)) <> 0 then //0 = no errors begin if Length(lua_tostring(ALua, -1)) > 0 then begin //If something went wrong, get the error message off the stack Console.Message(lua_tostring(ALua, -1), 'Zone Server - Lua', MS_ERROR); Exit; end; lua_pop(ALua, 1); //Remove the error string end; //Executes the script if lua_pcall(ALua,0,0,0) <> 0 then //0 = no errors begin if Length(lua_tostring(ALua, -1)) > 0 then begin //If something went wrong, get the error message off the stack Console.Message(lua_tostring(ALua, -1), 'Zone Server - Lua', MS_ERROR); Exit; end; lua_pop(ALua, 1); //Remove the error string end; end;{LoadAndRunLuaScript} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //TerminateLuaThread PROCEDURE //------------------------------------------------------------------------------ // What it does - // Using the stored parent info, we are able to dereference and free // up a lua descendant thread. // Changes - //------------------------------------------------------------------------------ procedure TerminateLuaThread( const LuaInfo : TLuaInfo ); begin if not (LuaInfo.Lua = nil) then begin luaL_unref( LuaInfo.ParentLua, LUA_REGISTRYINDEX, LuaInfo.LuaID ); end; end; //Closes out the head only lua. Make sure descendant threads are //taken care of first. procedure TerminateLua( var RootLuaOnly : TLua ); begin lua_close(RootLuaOnly); end;{TerminateLuaThread} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //LuaRunPlayerScript PROCEDURE //------------------------------------------------------------------------------ // What it does - // Creates and runs a player based execution environment based on // the function name // Changes - //------------------------------------------------------------------------------ procedure LuaRunPlayerScript( var AChara : TCharacter; const LuaMode : TLuaEnv; const LuaFunc : string ); begin //Set the player's lua thread, setting up its own unique runtime enviro. case LuaMode of LUA_NPC: MakeLuaThread(MainProc.ZoneServer.NPCLua,AChara.LuaInfo); LUA_ITEM: MakeLuaThread(MainProc.ZoneServer.ItemLua,AChara.LuaInfo); end; //Set the character pointer to the global list SetCharaToLua(AChara); //Get the function lua_getglobal(AChara.LuaInfo.Lua,PChar(LuaFunc)); //run the function if lua_resume(AChara.LuaInfo.Lua,0) <> 0 then begin if Length(lua_tostring(AChara.LuaInfo.Lua, -1)) > 0 then begin //If something went wrong, get the error message off the stack Console.Message(lua_tostring(AChara.LuaInfo.Lua, -1), 'Zone Server - Lua', MS_ERROR); end; lua_pop(AChara.LuaInfo.Lua, 1); //Remove the error string end; end;{LuaRunPlayerScript} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //SetCharaToLua PROCEDURE //------------------------------------------------------------------------------ // What it does - // Pushes the Character Pointer onto the global array of the lua // Changes - //------------------------------------------------------------------------------ // This is meant so that when a character executes a script, // we can retrieve the TCharacter object procedure SetCharaToLua(var AChara : TCharacter); begin lua_pushlightuserdata(AChara.LuaInfo.Lua, @AChara); // Push pointer for the character lua_setglobal(AChara.LuaInfo.Lua, 'character'); // Tell Lua to set it as global //RegisterClassTCharacter(AChara.LuaInfo.Lua); RegisterExistingClassTCharacter(AChara.LuaInfo.Lua,AChara,'LuaChara'); end;{SetCharaToLua} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //GetCharaFromLua FUNCTION //------------------------------------------------------------------------------ // What it does - // Pulls the Character object pointer from the lua global array. // Changes - //------------------------------------------------------------------------------ function GetCharaFromLua(var ALua : TLua; var AChara : PCharacter) : boolean; begin lua_getglobal(ALua, 'character'); AChara := lua_topointer(ALua, -1); Result := Assigned(AChara); //Need something better end;{GetCharaFromLua} //------------------------------------------------------------------------------ end{LuaCoreRoutines}.
unit st_common_types; interface uses Classes, IBase, Forms; type TSelectMode = (SingleSelect, MultiSelect); type TActionMode = (View, Edit); Type TstSimpleParams = class public Owner: TComponent; Db_Handle: TISC_DB_HANDLE; FormStyle: TFormStyle; WaitPakageOwner : TForm; SMode : TSelectMode; AMode : TActionMode; ID_SESSION: Int64; Type_Report:Integer; Sql_Master, Sql_Detail, Report_Name : String; FieldView, NotFieldView, FieldNameReport : Variant; LastIgnor:Integer; Date_beg, Date_end : TDateTime; ID_User : Int64; User_Name : string; ID_Locate : int64; ID_Locate_1 : int64; ID_Locate_2 : int64; DontShowGroups : boolean; DontShowFacs : boolean; ID_PRICE: Int64; is_admin: boolean; is_debug : boolean; end; type TstParamsToPakage = record ID_MAN : int64; ID_STUD : int64; ID_DOC : int64; FIO : String; Num_Doc : String; Note : String; DATE_DOG : TDateTime; Summa : Currency; IsWithSumma : Boolean; DissDownAllContract : boolean; Is_collect : byte; IsUpload : Boolean; Is_Admin : Boolean; BarCode : String; end; type TstSimpleParamsEx = class(TstSimpleParams) public stParamsToPakage : TstParamsToPakage; ReturnMode : string; // Single, Multy TypeDoc : byte; TR_Handle : TISC_TR_HANDLE; end; type TstAccessResult = record ID_User:integer; Name_user:string; User_Id_Card:integer; User_Fio:string; DB_Handle : TISC_DB_HANDLE; Password: string; end; type TstAcademicYear = record Date_Beg: TDateTime; Date_End: TDateTime; end; type TCurrentConnect = record Db_Handle: TISC_DB_HANDLE; PLanguageIndex: byte; end; type TDissInfo = record flag : Integer; TR_Handle: TISC_TR_HANDLE; Date_Diss: TDateTime; end; type TstExAcademicYear = array of TstAcademicYear; type TFinanceSource = record isEmpty : boolean; ID_SMETA : int64; ID_RAZDEL : int64; ID_STAT : int64; ID_KEKV : int64; PERCENT : Currency; TEXT_SMETA :string; TEXT_RAZDEL :string; TEXT_STAT :string; TEXT_KEKV :string; CODE_SMETA :string; CODE_RAZDEL :string; CODE_STAT :string; CODE_KEKV :string; end; type TstSourceStudInf = record ID_FAC, ID_SPEC, ID_GROUP, ID_KAT_STUD, ID_FORM_STUD, ID_NATIONS : int64; kurs : Integer; end; type TstSourceStudInfParams = class(TstSimpleParams) public stSourceStudInf : TstSourceStudInf; end; type TstCalcIn = record Owner : TComponent; DB_Handle : TISC_DB_HANDLE; ID_STUD : int64; BEG_CHECK : TDateTime; END_CHECK : TDateTime; CNUPLSUM : Currency; end; type TstCalcOut = record CNDATEOPL : TDateTime; CN_SNEED : Currency; CN_SNEEDL : Currency; ID_SESSION : int64; end; type TstPayIn = record Owner : TComponent; DB_Handle : TISC_DB_HANDLE; ID_STUD : int64; BEG_CHECK : TDateTime; END_CHECK : TDateTime; DATE_PROV_CHECK : byte; IS_DOC_GEN : byte; IS_PROV_GEN : byte; IS_SMET_GEN : byte; NOFPROV : byte; DIGNORDOCID : int64; end; type TstPayOut = record SUMMA_ALL : Currency; CNUPLSUM : Currency; CNSUMDOC : Currency; CNINSOST :Currency; ID_SESSION : int64; end; type TstAnnulContractIn = record Owner : TComponent; DB_Handle : TISC_DB_HANDLE; ID_DOG_ROOT : int64; ID_DOG : int64; ID_STUD : int64; DATE_DISS : TDateTime; ID_TYPE_DISS : int64; ORDER_DATE : TDateTime; ORDER_NUM : String; COMMENT : String; IS_COLLECT : integer; end; type TstParamsToAddContract = record ID_DOG_STATUS : int64; ID_DEPARTMENT : int64; ID_SPEC : int64; ID_GROUP : int64; ID_FORM_STUD : int64; ID_KAT_STUD : int64; ID_NATIONAL : int64; KURS : Integer; DATE_BEG : TDateTime; DATE_END : TDateTime; ID_MAN : int64; end; type TstSimpleParamsAbiturient = class(TstSimpleParams) public WorkMode : string; // 'simple', 'extra' ActionMode : string; // 'add', 'edit' stParamsToAddContract : TstParamsToAddContract; stParamsToPakage : TstParamsToPakage; end; implementation end.
unit Class_Rend; //YXC_2010_05_08_22_59_54 //äÖȾÀà interface uses Classes,SysUtils,ElTree,Class_Cate; type TRend=class(TObject) public class procedure RendCate(ATree:TElTree;AStrs:TStringList); class function FindPrev(ATree:TElTree;AStrs:TStringList;APrevIdex:Integer):TElTreeItem; end; implementation { TRend } class function TRend.FindPrev(ATree: TElTree; AStrs: TStringList;APrevIdex:Integer): TElTreeItem; var I :Integer; Item:TElTreeItem; Cate:TCate; begin Result:=nil; if APrevIdex=-1 then Exit; with ATree do begin for I:=0 to Items.Count-1 do begin Item:=Items.Item[I]; Cate:=TCate(Item.Data); if Cate.CateIdex = APrevIdex then begin Result:=Item; Exit; end; end; end; end; class procedure TRend.RendCate(ATree: TElTree; AStrs: TStringList); var I :Integer; Cate:TCate; Prev:TElTreeItem; begin if (AStrs=nil) or (AStrs.Count=0) then Exit; with ATree do begin Items.Clear; Items.BeginUpdate; for I:=0 to AStrs.Count-1 do begin Cate:=TCate(AStrs.Objects[I]); Prev:=FindPrev(ATree,nil,Cate.PrevIdex); Items.AddChildObject(Prev,Cate.CateCode+' '+Cate.CateName,Cate); end; ATree.FullExpand; Items.EndUpdate; end; end; end.
unit Form.ClientMain; interface uses System.SysUtils, System.Variants, System.Classes, System.IOUtils, System.JSON, Winapi.Windows, Winapi.Messages, Vcl.Graphics, Vcl.Controls, Vcl.Forms, Vcl.Dialogs, Vcl.ComCtrls, Vcl.StdCtrls, Vcl.ExtCtrls, Vcl.Buttons, Lib.JSONStore, Lib.HTTPTypes, Lib.HTTPConsts, Lib.HTTPClient, Lib.HTTPContent, Form.Request, Frame.Communication; type TClientMainForm = class(TForm,IHTTPMonitor) ResourcesListBox: TListBox; ResourceEdit: TEdit; GetResourceButton: TButton; AddResourceButton: TButton; StatusBar: TStatusBar; GetLisResourcesButton: TButton; KeepAliveCheckBox: TCheckBox; KeepAliveTimeoutEdit: TEdit; StorageFilesLabel: TLabel; StorageFilesEdit: TEdit; RemoveResourceButton: TButton; GetResourceExButton: TButton; CommunicationFrame: TCommunicationFrame; procedure AddResourceButtonClick(Sender: TObject); procedure ResourcesListBoxMouseUp(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); procedure GetResourceButtonClick(Sender: TObject); procedure GetLisResourcesButtonClick(Sender: TObject); procedure FormCreate(Sender: TObject); procedure FormDestroy(Sender: TObject); procedure RemoveResourceButtonClick(Sender: TObject); procedure GetResourceExButtonClick(Sender: TObject); procedure ResourceEditKeyDown(Sender: TObject; var Key: Word; Shift: TShiftState); private FHTTPClient: THTTPClient; FStore: TJSONStore; procedure StoreRead; procedure StoreWrite; procedure CreateClient; procedure DoTrace(const Text: string); // IHTTPMonitor procedure OnClientClose(Sender: TObject); procedure OnClientRequest(Sender: TObject); procedure OnClientResponse(Sender: TObject); procedure OnClientResource(Sender: TObject); procedure OnIdle(Sender: TObject); public end; var ClientMainForm: TClientMainForm; implementation {$R *.dfm} procedure TClientMainForm.FormCreate(Sender: TObject); begin ResourceEdit.Text:=''; StorageFilesEdit.Text:=''; KeepAliveTimeoutEdit.Text:='10'; KeepAliveCheckBox.Checked:=False; ResourcesListBox.Items.Clear; CommunicationFrame.Reset; FStore:=TJSONStore.Create(ExtractFilePath(ParamStr(0))+'client-store.json'); StoreRead; end; procedure TClientMainForm.FormDestroy(Sender: TObject); begin StoreWrite; FStore.Free; end; procedure TClientMainForm.StoreRead; begin try BoundsRect:=FStore.ReadRect('form.bounds',BoundsRect); ResourceEdit.Text:=FStore.ReadString('url-edit'); StorageFilesEdit.Text:=FStore.ReadString('local-storage',''); KeepAliveTimeoutEdit.Text:=FStore.ReadInteger('keep-alive.timeout',10).ToString; KeepAliveCheckBox.Checked:=FStore.ReadBool('keep-alive.enabled',False); FStore.ReadStrings('urls',ResourcesListBox.Items); except on E: EJSONException do ApplicationShowException(E); else raise; end; end; procedure TClientMainForm.StoreWrite; begin if WindowState=TWindowState.wsNormal then FStore.WriteRect('form.bounds',BoundsRect); FStore.WriteString('url-edit',ResourceEdit.Text); FStore.WriteString('local-storage',StorageFilesEdit.Text); FStore.WriteInteger('keep-alive.timeout',StrToIntDef(KeepAliveTimeoutEdit.Text,10)); FStore.WriteBool('keep-alive.enabled',KeepAliveCheckBox.Checked); FStore.WriteStrings('urls',ResourcesListBox.Items); end; procedure TClientMainForm.ResourceEditKeyDown(Sender: TObject; var Key: Word; Shift: TShiftState); begin if Key=VK_RETURN then GetResourceButton.Click; end; procedure TClientMainForm.GetResourceButtonClick(Sender: TObject); begin CommunicationFrame.Reset; CreateClient; FHTTPClient.Get(ResourceEdit.Text); end; procedure TClientMainForm.AddResourceButtonClick(Sender: TObject); begin if (ResourceEdit.Text<>'') and (ResourcesListBox.Items.IndexOf(ResourceEdit.Text)=-1) then begin ResourcesListBox.Items.Add(ResourceEdit.Text); ResourcesListBox.ItemIndex:=ResourcesListBox.Items.Count-1; StoreWrite; FStore.Flush; end; end; procedure TClientMainForm.GetLisResourcesButtonClick(Sender: TObject); var S: string; begin CommunicationFrame.Reset; CreateClient; for S in ResourcesListBox.Items do FHTTPClient.Get(S); end; procedure TClientMainForm.RemoveResourceButtonClick(Sender: TObject); begin ResourcesListBox.Items.Delete(ResourcesListBox.ItemIndex); end; procedure TClientMainForm.GetResourceExButtonClick(Sender: TObject); var F: TRequestForm; begin F:=TRequestForm.Create(Self); F.SetURL(ResourceEdit.Text); F.Request.Headers.SetConnection(KeepAliveCheckBox.Checked,StrToIntDef(KeepAliveTimeoutEdit.Text,0)); if F.Execute then begin CommunicationFrame.Reset; CreateClient; FHTTPClient.Request.Assign(F.Request); FHTTPClient.SendRequest; end; end; procedure TClientMainForm.ResourcesListBoxMouseUp(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); var I: Integer; begin I:=ResourcesListBox.ItemAtPos(Point(X,Y),True); if I<>-1 then ResourceEdit.Text:=ResourcesListBox.Items[I]; end; procedure TClientMainForm.CreateClient; begin if not Assigned(FHTTPClient) then begin FHTTPClient:=THTTPClient.Create; FHTTPClient.Monitor:=Self; FHTTPClient.OnRequest:=OnClientRequest; FHTTPClient.OnResponse:=OnClientResponse; FHTTPClient.OnResource:=OnClientResource; FHTTPClient.OnClose:=OnClientClose; FHTTPClient.OnIdle:=OnIdle; end; FHTTPClient.KeepAliveTimeout:=StrToIntDef(KeepAliveTimeoutEdit.Text,0); FHTTPClient.KeepAlive:=KeepAliveCheckBox.Checked; end; procedure TClientMainForm.OnClientRequest(Sender: TObject); begin CommunicationFrame.SetRequest(THTTPClient(Sender).Request); end; procedure TClientMainForm.OnClientResponse(Sender: TObject); var C: THTTPClient; ContentFileName,Location: string; begin C:=THTTPClient(Sender); CommunicationFrame.SetResponse(C.Response); if StorageFilesEdit.Text<>'' then if Length(C.Response.Content)>0 then begin ContentFileName:=ChangeFilePath(C.Response.LocalResource,StorageFilesEdit.Text); TFile.WriteAllBytes(ContentFileName,C.Response.Content); end; Location:=C.Response.Headers.GetValue('Location'); if Location<>'' then begin C.Request.DecomposeURL(Location); C.Request.Headers.SetValue('Host',C.Request.Host); C.SendRequest; end; end; procedure TClientMainForm.DoTrace(const Text: string); begin CommunicationFrame.ToLog(Text+CRLF); end; procedure TClientMainForm.OnClientResource(Sender: TObject); begin StatusBar.SimpleText:=THTTPClient(Sender).Request.Resource; end; procedure TClientMainForm.OnIdle(Sender: TObject); begin StatusBar.SimpleText:='Complete'; end; procedure TClientMainForm.OnClientClose(Sender: TObject); begin end; end.
unit Unit1; interface uses Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics, Vcl.Controls, Vcl.Forms, Vcl.Dialogs, RVScroll, RichView, RVEdit, NFSRichViewEdit, Vcl.ExtCtrls, NFSRichViewtoolbar, Vcl.Menus, NFSRichviewPopUp, frxClass, frxRich; type TForm1 = class(TForm) Toolbar: TNFSRichViewtoolbar; Rv: TNFSRichViewEdit; NFSRichviewPopUp1: TNFSRichviewPopUp; Report: TfrxReport; frxRichObject1: TfrxRichObject; procedure ToolbarPictureClick(Sender: TObject); private function GetRichView(aName: string): TfrxRichView; procedure SetRichViewText(aName, aValue: string); overload; procedure SetRichViewText(aRichView: TfrxRichView; aValue: string); overload; function RTFPrintText(aRTFString: string): string; public { Public-Deklarationen } end; var Form1: TForm1; implementation {$R *.dfm} uses rvReport, rvStyle; procedure TForm1.ToolbarPictureClick(Sender: TObject); begin setRichviewText('rv', Rv.AsRTFString); Report.ShowReport; // ShowMessage('Bild'); end; function TForm1.GetRichView(aName: string): TfrxRichView; var x: TfrxComponent; begin Result := nil; x := Report.FindObject(aName); if Assigned(x) then begin if x is TfrxRichView then Result := TfrxRichView(x); end; end; procedure TForm1.SetRichViewText(aName, aValue: string); var RichView: TfrxRichView; NeuerText: string; begin RichView := GetRichView(aName); if not Assigned(RichView) then exit; NeuerText :=RTFPrintText(aValue); SetRichViewText(Richview, NeuerText); //SetRichViewText(Richview, aValue); end; procedure TForm1.SetRichViewText(aRichView: TfrxRichView; aValue: string); var List: TStringList; m : TMemoryStream; begin if not Assigned(aRichView) then exit; List := TStringList.Create; m := TMemoryStream.Create; try List.Text := aValue; // Kann ein #$D#$A einfügen. List.SaveToStream(m); if (List.Text <> aValue) and (Copy(List.Text, length(List.Text) -1, 2)=#$D#$A) then m.Size := m.Size - Length(System.sLineBreak); m.Position := 0; aRichView.RichEdit.Lines.LoadFromStream(m); finally FreeAndNil(List); FreeAndNil(m); end; end; function TForm1.RTFPrintText(aRTFString: string): string; var List: TStringList; m : TMemoryStream; rh : TRvReportHelper; rv : TReportRichView; Style: TRvStyle; begin rh := TRvReportHelper.Create(Report); List := TStringList.Create; m := TMemoryStream.Create; Style := TRvStyle.Create(Self); try rv := rh.RichView; rv.RTFReadProperties.TextStyleMode := rvrsAddIfNeeded; rv.RTFReadProperties.ParaStyleMode := rvrsAddIfNeeded; rv.RVFOptions := rv.RVFOptions + [rvfoSaveTextStyles]; rv.RVFOptions := rv.RVFOptions + [rvfoSaveParaStyles]; rv.RTFOptions := rv.RTFOptions - [rvrtfSaveJpegAsJpeg]; // Da sich das Wordpad und somit auch FR unter Win8 anders verhält, // muss diese Abfrage sein. { if (GetWindowsVersion = wv_8) or (GetWindowsVersion = wv_8_1) then rv.RTFOptions := rv.RTFOptions + [rvrtfPNGInsteadOfBitmap] else rv.RTFOptions := rv.RTFOptions + [rvrtfSaveBitmapDefault]; } rv.RTFOptions := rv.RTFOptions + [rvrtfSaveBitmapDefault]; rv.Style := Style; // Load RTFString List.Text := aRTFString; m.Position := 0; List.SaveToStream(m); m.Position := 0; rh.Init(Self.Canvas, 800); // <-- Wenn man eine RTF Tabellen hat, dann ist es unbedingt notwendig das ein Canvas übergeben wird. rv.LoadRTFFromStream(m); m.Position := 0; rv.SaveRTFToStream(m, false); m.Position := 0; List.LoadFromStream(m); Result := List.Text; finally FreeAndNil(List); FreeAndNil(m); FreeAndNil(Style); FreeAndNil(rh); end; end; end.
unit UHashList; //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ interface uses SysUtils, System.Generics.Collections; //------------------------------------------------------------------------------ type //------------------------------------------------------------------------------ //! словарь списков //------------------------------------------------------------------------------ THashList<TDictionaryStruct, TListStruct> = class private FContainer: TDictionary<TDictionaryStruct, TList<TListStruct>>; public constructor Create(); destructor Destroy(); override; procedure Clear(); procedure Insert( const AKey: TDictionaryStruct; const AValue: TListStruct ); procedure InsertIfNotPresent( const AKey: TDictionaryStruct; const AValue: TListStruct ); function GetList( const AKey: TDictionaryStruct; out RList: TList<TListStruct> ): Boolean; function ContainsKey( const AKey: TDictionaryStruct ): Boolean; function ContainsValue( const AValue: TListStruct ): Boolean; procedure RemoveKey( const AKey: TDictionaryStruct ); procedure RemoveValue( const AValue: TListStruct ); function Count(): Integer; overload; function Count( const AKey: TDictionaryStruct ): Integer; overload; end; //------------------------------------------------------------------------------ implementation //------------------------------------------------------------------------------ // THashList<TDictionaryStruct, TListStruct> //------------------------------------------------------------------------------ constructor THashList<TDictionaryStruct, TListStruct>.Create(); begin inherited Create(); // FContainer := TDictionary<TDictionaryStruct, TList<TListStruct>>.Create(); end; destructor THashList<TDictionaryStruct, TListStruct>.Destroy(); begin Clear(); FContainer.Free(); // inherited Destroy(); end; procedure THashList<TDictionaryStruct, TListStruct>.Clear(); var Iter: TDictionaryStruct; Flag: Boolean; begin repeat Flag := True; for Iter in FContainer.Keys do begin FContainer.ExtractPair(Iter).Value.Free(); Flag := False; Break; end; until Flag; end; procedure THashList<TDictionaryStruct, TListStruct>.Insert( const AKey: TDictionaryStruct; const AValue: TListStruct ); begin if not FContainer.ContainsKey(AKey) then FContainer.Add(AKey, TList<TListStruct>.Create()); FContainer[AKey].Add(AValue); end; procedure THashList<TDictionaryStruct, TListStruct>.InsertIfNotPresent( const AKey: TDictionaryStruct; const AValue: TListStruct ); begin if not ContainsValue(AValue) then Insert(AKey, AValue); end; function THashList<TDictionaryStruct, TListStruct>.GetList( const AKey: TDictionaryStruct; out RList: TList<TListStruct> ): Boolean; begin Result := FContainer.ContainsKey(AKey); if Result then RList := FContainer[AKey]; end; function THashList<TDictionaryStruct, TListStruct>.ContainsKey( const AKey: TDictionaryStruct ): Boolean; begin Result := FContainer.ContainsKey(AKey); end; function THashList<TDictionaryStruct, TListStruct>.ContainsValue( const AValue: TListStruct ): Boolean; var Iter: TList<TListStruct>; begin for Iter in FContainer.Values do begin if Iter.Contains(AValue) then Exit(True); end; Result := False; end; procedure THashList<TDictionaryStruct, TListStruct>.RemoveKey( const AKey: TDictionaryStruct ); begin if FContainer.ContainsKey(AKey) then FContainer.ExtractPair(AKey).Value.Free(); end; procedure THashList<TDictionaryStruct, TListStruct>.RemoveValue( const AValue: TListStruct ); var Iter: TList<TListStruct>; begin for Iter in FContainer.Values do begin if Iter.Contains(AValue) then begin Iter.Remove(AValue); Exit; end; end; end; function THashList<TDictionaryStruct, TListStruct>.Count(): Integer; var Iter: TList<TListStruct>; begin Result := 0; for Iter in FContainer.Values do begin Result := Result + Iter.Count; end; end; function THashList<TDictionaryStruct, TListStruct>.Count( const AKey: TDictionaryStruct ): Integer; begin if not FContainer.ContainsKey(AKey) then Exit(0); Result := FContainer[AKey].Count; end; end.
unit Debug; interface uses Dialogs, SysUtils, SyncObjs; // VK for EInOutError & MessageDlg type TDebugFile = class FileName : string; private FLock : TCriticalSection; public constructor Create(const _FileName: String); destructor Destroy; override; procedure Add(const _Content:string); end; implementation uses Windows; constructor TDebugFile.Create(const _FileName: String); var MyFile : System.Text; begin FLock := TCriticalSection.Create; Filename := _Filename; try AssignFile(MyFile,Filename); FileMode := fmOpenWrite; Rewrite(MyFile); CloseFile(MyFile); except on E : EInOutError do // VK 1.36 U MessageDlg('Error: ' + E.Message + Char($0A) + Filename, mtError, [mbOK], 0); end; end; destructor TDebugFile.Destroy; begin FLock.Free; FileName := ''; inherited Destroy; end; procedure TDebugFile.Add(const _Content:string); var MyFile : System.Text; begin try FLock.Acquire; AssignFile(MyFile,Filename); FileMode := fmOpenWrite; Append(MyFile); Writeln(MyFile,_Content); CloseFile(MyFile); FLock.Release; except on E : EInOutError do // VK 1.36 U MessageDlg('Error: ' + E.Message + Char($0A) + Filename, mtError, [mbOK], 0); end; end; end.
unit stringhash; // Defines a hash table with string keys. // this class is not derived from THashTable because method signatures are // different, but it embeds one // compatibility with *ix: check cases of unit names //============================================================================= interface //============================================================================= uses hashtable, comparable, sysutils; type tStrHashIterator = class(tHashTableIterator) public function getKey: string; reintroduce; property key: string read getKey; //protected // constructor create(table: tHashTable); end; _StringObjectFactory = class(TObject) private fCaseSensitive: Boolean; public constructor create(isCaseSensitive: Boolean); function createObject(const value: string): tString; end; TStringHash = class(TObject) private fHashTable: tHashTable; fObjectFactory: _StringObjectFactory; protected procedure fSetValue(const key: string; value: TObject); virtual; public function getIterator: tStrHashIterator; virtual; function containsKey(const key: string): Boolean; virtual; function containsValue(value: TObject): Boolean; virtual; function getValue(const key: string): TObject; virtual; function setValue(const key: string; value: TObject): Boolean; virtual; function remove(const key: string): TObject; virtual; function getCount: integer; virtual; property values[key: string]: TObject read getValue write fsetValue; property count: integer read getCount; {$IFNDEF FPC} constructor create(caseSensitive: Boolean = false; initialcapacity: integer = 10); {$ELSE FPC} constructor create; overload; constructor create(caseSensitive: Boolean); overload; constructor create(caseSensitive: Boolean; initialcapacity: integer); overload; {$ENDIF FPC} destructor destroy; override; procedure clear; virtual; procedure deleteAll; virtual; end; //============================================================================= implementation //============================================================================= // { $I sgTrace.inc} // uses sgTrace; //--------------------------------------------------------------------------- // tStrHashIterator - iterator for string hash table // basically an adapter shell for tMapIterator //--------------------------------------------------------------------------- procedure throwTypeException(const className: string); begin raise exception.create('Wrong type. Expecting tString, got ' + className); end; function tStrHashIterator.getKey: string; var s: TObject; begin s := inherited getKey; if not (s is tString) then throwTypeException(s.ClassName); result := tString(s).value; end; (* constructor tStrHashIterator.create(iterator: tMapIterator); begin inherited create; fIterator := iterator; end; *) //--------------------------------------------------------------------------- // _StringObjectFactory //--------------------------------------------------------------------------- constructor _StringObjectFactory.create(isCaseSensitive: Boolean); begin inherited create; fCaseSensitive := isCaseSensitive; end; function _StringObjectFactory.createObject(const value: string): tString; begin if fCaseSensitive then result := tString.create(value) else result := tStringNoCase.create(value); end; //--------------------------------------------------------------------------- // TStringHash //--------------------------------------------------------------------------- procedure TStringHash.fSetValue(const key: string; value: TObject); begin setValue(key, value); end; function TStringHash.getIterator: tStrHashIterator; begin result := tStrHashIterator.create(fHashTable); end; function TStringHash.containsKey(const key: string): Boolean; var s: tString; begin s := fObjectFactory.createObject(key); try result := fHashTable.containsKey(s); finally s.free; end; end; function TStringHash.containsValue(value: TObject): Boolean; begin result := fHashTable.containsValue(tComparable(value)) end; function TStringHash.getValue(const key: string): TObject; var s: tString; begin s := fObjectFactory.createObject(key); try result := fHashTable.getValue(s); finally s.free; end; end; function TStringHash.setValue(const key: string; value: TObject): Boolean; begin {$IFDEF TRACE} //TraceEnter('stringhash', 'TStringHash.setValue'); //Trace('stringhash', 'Info', 'TStringHash.setValue', 'fObjectFactory = ' + HexStr(fObjectFactory)); //Trace('stringhash', 'Info', 'TStringHash.setValue', 'fHashTable = ' + HexStr(fHashTable)); {$ENDIF} result := fHashTable.setValue(fObjectFactory.createObject(key), value); {$IFDEF TRACE} //TraceExit('stringhash', 'TStringHash.setValue'); {$ENDIF} end; function TStringHash.remove(const key: string): TObject; var s: tString; begin s := fObjectFactory.createObject(key); try result := fHashTable.remove(s); finally // s.free; //freed in fHashTable end; end; function TStringHash.getCount: integer; begin result := fHashTable.getCount; end; {$IFNDEF FPC} constructor TStringHash.create(caseSensitive: Boolean = false; initialcapacity: integer = 10); begin inherited create; fObjectFactory := _StringObjectFactory.create(caseSensitive); fHashTable := tHashTable.create(initialcapacity, 0.75); end; {$ELSE FPC} constructor TStringHash.create; begin inherited create; fObjectFactory := _StringObjectFactory.create(false); fHashTable := tHashTable.create; end; constructor TStringHash.create(caseSensitive: Boolean); begin inherited create; fObjectFactory := _StringObjectFactory.create(caseSensitive); fHashTable := tHashTable.create; end; constructor TStringHash.create(caseSensitive: Boolean; initialcapacity: integer); begin inherited create; fObjectFactory := _StringObjectFactory.create(caseSensitive); fHashTable := tHashTable.create(initialcapacity, 0.75, nil, true); end; {$ENDIF FPC} destructor TStringHash.destroy; begin fHashTable.free; fObjectFactory.free; inherited destroy; end; procedure TStringHash.clear; begin fHashTable.clear; end; procedure TStringHash.deleteAll; begin fHashTable.deleteAll; end; end.
unit uVSRules; interface uses classes, Windows, SysUtils, Forms, Contnrs, DateUtils, xmldom, XMLIntf, msxmldom, XMLDoc, uVSConst, uVSSimpleExpress, uVSCombExpress, uLKJRuntimeFile,uVSAnalysisResultList; type ////////////////////////////////////////////////////////////////////////////// //TVSRule 违标规则 ////////////////////////////////////////////////////////////////////////////// TVSRule = class public constructor Create(); virtual; destructor Destroy(); override; protected m_nSortID: Integer; //所属分类编号 m_nID: Integer; //规则编号 m_strTitle: string; //规则说明 m_HeadExpression: TVSExpression; //头表达式 m_RootExpression: TVSExpression; //根表达式 m_bIsVS: bool; //有/无则违标((有记录违标 (IsVs=False)，无记录违标 (IsVs=True))) m_RecHead: RLKJRTFileHeadInfo; //运行记录文件头 m_RecList: TList; //运行记录 m_Description : string; //规则描述 m_nBeforeSeconds : integer; m_nAfterSeconds : integer; m_bIsRange : boolean; public //获取当前的值 function GetData: Pointer; virtual; //重置 procedure Reset; virtual; //重新初始化 procedure Init; virtual; //检查文件是否适合本规则，适合则返回true，不适合则返回false function Check(RecHead: RLKJRTFileHeadInfo; RecList: TList): boolean; virtual; //比对一条运行记录，并返回比对状态 function MatchLKJRec(RecHead: RLKJRTFileHeadInfo; RecRow: TLKJRuntimeFileRec; RewList: TList): TVSCState; virtual; //获取规则捕获的时间范围项 function GetCaptureRange : TLKJEventDetail; public //规则编号 property ID: integer read m_nID write m_nID; //所属分类编号 property SortID: Integer read m_nSortID write m_nSortID; //规则标题 property Title: string read m_strTitle write m_strTitle; //获取规则的描述 property Description: string read m_Description write m_Description; //有/无则违标 property IsVS: bool read m_bIsVS write m_bIsVS; //根表达式 property RootExpression: TVSExpression read m_RootExpression write m_RootExpression; //头表达式 property HeadExpression: TVSExpression read m_HeadExpression write m_HeadExpression; //是否为范围选项 property IsRange : boolean read m_bIsRange write m_bIsRange; //取范围前都少秒 property BeforeSeconds : integer read m_nBeforeSeconds write m_nBeforeSeconds; //取范围后多少秒 property AfterSeconds : integer read m_nAfterSeconds write m_nAfterSeconds; end; implementation function TVSRule.Check(RecHead: RLKJRTFileHeadInfo; RecList: TList): boolean; var rlt: TVSCState; begin Result := true; if (UpperCase(Trim(RecHead.strTrainHead)) = '0D') or (UpperCase(Trim(RecHead.strTrainHead)) = 'DJ') or (UpperCase(Trim(RecHead.strTrainHead)) = 'D') then begin Result := false; exit; end; m_RecHead := RecHead; m_RecList := RecList; if m_HeadExpression = nil then exit; Result := false; rlt := m_HeadExpression.Match(RecHead, nil, RecList); if (rlt = vscMatching) or (rlt = vscMatched) then begin Result := true; end; end; constructor TVSRule.Create; begin m_bIsVS := true; end; destructor TVSRule.Destroy; begin if m_RootExpression <> nil then m_RootExpression.Free; if m_HeadExpression <> nil then m_HeadExpression.Free; inherited; end; function TVSRule.GetCaptureRange: TLKJEventDetail; var rec : TLKJCommonRec; begin Result := TLKJEventDetail.Create; rec := TLKJCommonRec(m_RootExpression.GetData); Result.dtCurrentTime := rec.CommonRec.DTEvent; rec := TLKJCommonRec(m_RootExpression.GetBeginData); Result.dtBeginTime := rec.CommonRec.DTEvent; Result.dtBeginTime := IncSecond(Result.dtBeginTime,-1*m_nBeforeSeconds); rec := TLKJCommonRec(m_RootExpression.GetEndData); Result.dtEndTime := rec.CommonRec.DTEvent; Result.dtEndTime := IncSecond(Result.dtEndTime,m_nAfterSeconds); end; function TVSRule.GetData: Pointer; begin Result := m_RootExpression.GetData; end; procedure TVSRule.Init; begin if m_HeadExpression <> nil then m_HeadExpression.Init; if m_RootExpression <> nil then m_RootExpression.Init; end; //用所有规则比对一条运行记录 function TVSRule.MatchLKJRec(RecHead: RLKJRTFileHeadInfo; RecRow: TLKJRuntimeFileRec; RewList: TList): TVSCState; begin Result := vscUnMatch; if m_RootExpression <> nil then begin Result := m_RootExpression.Match(RecHead, RecRow, RewList) end; end; procedure TVSRule.Reset; begin if m_RootExpression <> nil then m_RootExpression.Reset; end; end.
unit exposedfiler; interface uses classes,typinfo,sysutils,controls; type {class used by TExposedFiler to store property definitions} TExposed = class(TObject) private fname:String; published property Name:String read fname write fname; end; TExposedDefinition = class(TExposed) private fread:TReaderProc; fwrite: TWriterProc; fhas:boolean; published property ReadData:TReaderProc read fread write fread; property WriteData:TWriterProc read fwrite write fwrite; property HasData:boolean read fhas write fhas; end; TExposedBinaryDefinition = class(TExposed) private fread, fwrite: TStreamProc; fhas:boolean; published property ReadStream:TStreamProc read fread write fread; property WriteStream:TStreamProc read fwrite write fwrite; property HasData:boolean read fhas write fhas; end; { a TFiler that can expose properties, AND values of a component. used by RTTI enabler to decide which data to store .. already storing the published... so store everything else. } TExposedReader= class(TReader) private flist:TList; finternalstream:tmemorystream; public constructor Create;{On Purpose! tfiler normally wants a stream} destructor Destroy;override; procedure DefineProperty(const Name: string; ReadData: TReaderProc; WriteData: TWriterProc; HasData: Boolean); override; procedure DefineBinaryProperty(const Name: string; ReadData, WriteData: TStreamProc; HasData: Boolean); override; published function ItemCount:integer; function Items(index:integer):TExposed; function ItemName(index:integer):String; procedure SaveItemToStream (Name:String;S:TStream); procedure LoadItemFromStream (Name:String;S:TStream); end; TExposedWriter= class(TWriter) private flist:TList; finternalstream:tmemorystream; public constructor Create;{On Purpose! tfiler normally wants a stream} destructor Destroy;override; procedure DefineProperty(const Name: string; ReadData: TReaderProc; WriteData: TWriterProc; HasData: Boolean); override; procedure DefineBinaryProperty(const Name: string; ReadData, WriteData: TStreamProc; HasData: Boolean); override; published function ItemCount:integer; function Items(index:integer):TExposed; function ItemName(index:integer):String; procedure SaveItemToStream (Name:String;S:TStream); procedure LoadItemFromStream (Name:String;S:TStream); end; implementation {TExposedProperties.} constructor TExposedReader.Create; begin finternalstream:=tmemorystream.create; inherited create(finternalStream,4096); flist:=Tlist.create; end; destructor TExposedReader.Destroy; begin try while flist.count>0 do begin TObject(flist[0]).free; flist.delete(0); end; finally inherited destroy; end; end; function TExposedReader.ItemCount:integer; begin result:=flist.count; end; function TExposedReader.Items(index:integer):TExposed; begin result:=TExposed(flist[index]); end; function TExposedReader.ItemName(index:integer):String; begin result:=Items(index).name; end; procedure TExposedReader.LoadItemFromStream (Name:String;S:TStream); var i,max:integer; ED:TExposedDefinition; EBD:TExposedBinaryDefinition; R:TReader; begin max:=flist.count-1; R:=TReader.create(s,4096); for i:= 0 to max do begin if TExposed(flist[i]) is TExposedDefinition then begin ED:=TExposedDefinition(flist[i]); if UPPERCASE(ED.Name)=UPPERCASE(Name) then begin ED.ReadData(r); end; end; if TExposed(flist[i]) is TExposedBinaryDefinition then begin EBD:=TExposedBinaryDefinition(flist[i]); if UPPERCASE(EBD.Name)=UPPERCASE(Name) then begin EBD.ReadStream(s); end; end; end; R.free; end; procedure TExposedReader.SaveItemToStream (Name:String;S:TStream); var i,max:integer; ED:TExposedDefinition; EBD:TExposedBinaryDefinition; W:TWriter; begin max:=flist.count-1; w:=TWriter.create(s,4096); for i:= 0 to max do begin if TExposed(flist[i]) is TExposedDefinition then begin ED:=TExposedDefinition(flist[i]); if UPPERCASE(ED.Name)=UPPERCASE(Name) then begin ED.WriteData(w); end; end; if TExposed(flist[i]) is TExposedBinaryDefinition then begin EBD:=TExposedBinaryDefinition(flist[i]); if UPPERCASE(EBD.Name)=UPPERCASE(Name) then begin EBD.WriteStream(s); end; end; end; w.free; end; procedure TExposedReader.DefineProperty(const Name: string; ReadData: TReaderProc; WriteData: TWriterProc; HasData: Boolean); var ED:TExposedDefinition; begin ED:=TExposedDefinition.create; ED.name:=name; ED.readdata:=ReadData; ED.WriteData:=WriteData; ED.HasData:=HasData; flist.add(ED); end; procedure TExposedReader.DefineBinaryProperty(const Name: string; ReadData, WriteData: TStreamProc; HasData: Boolean); var EBD:TExposedBinaryDefinition; begin EBD:=TExposedBinaryDefinition.create; EBD.name:=name; EBD.readstream:=ReadData; EBD.Writestream:=WriteData; EBD.HasData:=HasData; flist.add(EBD); end; constructor TExposedWriter.Create; begin finternalstream:=tmemorystream.create; inherited create(finternalStream,4096); flist:=Tlist.create; end; destructor TExposedWriter.Destroy; begin try while flist.count>0 do begin TObject(flist[0]).free; flist.delete(0); end; finally inherited destroy; end; end; function TExposedWriter.ItemCount:integer; begin result:=flist.count; end; function TExposedWriter.Items(index:integer):TExposed; begin result:=TExposed(flist[index]); end; function TExposedWriter.ItemName(index:integer):String; begin result:=Items(index).name; end; procedure TExposedWriter.LoadItemFromStream (Name:String;S:TStream); var i,max:integer; ED:TExposedDefinition; EBD:TExposedBinaryDefinition; R:TReader; begin max:=flist.count-1; R:=TReader.create(s,4096); for i:= 0 to max do begin if TExposed(flist[i]) is TExposedDefinition then begin ED:=TExposedDefinition(flist[i]); if UPPERCASE(ED.Name)=UPPERCASE(Name) then begin ED.ReadData(r); end; end; if TExposed(flist[i]) is TExposedBinaryDefinition then begin EBD:=TExposedBinaryDefinition(flist[i]); if UPPERCASE(EBD.Name)=UPPERCASE(Name) then begin EBD.ReadStream(s); end; end; end; R.free; end; procedure TExposedWriter.SaveItemToStream (Name:String;S:TStream); var i,max:integer; ED:TExposedDefinition; EBD:TExposedBinaryDefinition; W:TWriter; begin max:=flist.count-1; w:=TWriter.create(s,4096); for i:= 0 to max do begin if TExposed(flist[i]) is TExposedDefinition then begin ED:=TExposedDefinition(flist[i]); if UPPERCASE(ED.Name)=UPPERCASE(Name) then begin if Ed.hasdata then ED.WriteData(w); end; end; if TExposed(flist[i]) is TExposedBinaryDefinition then begin EBD:=TExposedBinaryDefinition(flist[i]); if UPPERCASE(EBD.Name)=UPPERCASE(Name) then begin if Ed.hasdata then EBD.WriteStream(s); end; end; end; w.free; end; procedure TExposedWriter.DefineProperty(const Name: string; ReadData: TReaderProc; WriteData: TWriterProc; HasData: Boolean); var ED:TExposedDefinition; begin ED:=TExposedDefinition.create; ED.name:=name; ED.readdata:=ReadData; ED.WriteData:=WriteData; ED.HasData:=HasData; flist.add(ED); end; procedure TExposedWriter.DefineBinaryProperty(const Name: string; ReadData, WriteData: TStreamProc; HasData: Boolean); var EBD:TExposedBinaryDefinition; begin EBD:=TExposedBinaryDefinition.create; EBD.name:=name; EBD.readstream:=ReadData; EBD.Writestream:=WriteData; EBD.HasData:=HasData; flist.add(EBD); end; end.
//////////////////////////////////////////////////////////////////////////// // PaxCompiler // Site: http://www.paxcompiler.com // Author: Alexander Baranovsky (paxscript@gmail.com) // ======================================================================== // Copyright (c) Alexander Baranovsky, 2006-2014. All rights reserved. // Code Version: 4.2 // ======================================================================== // Unit: PAXCOMP_FORBID.pas // ======================================================================== //////////////////////////////////////////////////////////////////////////// {$I PaxCompiler.def} unit PAXCOMP_FORBID; interface uses {$I uses.def} PAXCOMP_SYS, PAXCOMP_TYPES, SysUtils, Classes; type TForbiddenPropRec = class private C: TClass; L: TStringList; All: Boolean; public constructor Create; destructor Destroy; override; function IndexOf(const PropName: String): Integer; end; TForbiddenPropList = class(TTypedList) private function GetRecord(I: Integer): TForbiddenPropRec; public function FindRecord(C: TClass): TForbiddenPropRec; procedure Add(C: TClass; const PropName: String); procedure AddAll(C: TClass); procedure Delete(C: TClass; const PropName: String); procedure DeleteAll(C: TClass); function IsForbidden(C: TClass; const PropName: String): Boolean; function IsForbiddenAll(C: TClass): Boolean; property Records[I: Integer]: TForbiddenPropRec read GetRecord; default; end; var ForbiddenPropList: TForbiddenPropList = nil; implementation constructor TForbiddenPropRec.Create; begin inherited; L := TStringList.Create; All := false; end; destructor TForbiddenPropRec.Destroy; begin FreeAndNil(L); inherited; end; function TForbiddenPropRec.IndexOf(const PropName: String): Integer; var I: Integer; begin result := -1; for I := 0 to L.Count - 1 do if StrEql(L[I], PropName) then begin result := I; Exit; end; end; function TForbiddenPropList.GetRecord(I: Integer): TForbiddenPropRec; begin result := TForbiddenPropRec(L[I]); end; function TForbiddenPropList.FindRecord(C: TClass): TForbiddenPropRec; var I: Integer; begin result := nil; for I := 0 to L.Count - 1 do if Records[I].C = C then begin result := Records[I]; Exit; end; end; procedure TForbiddenPropList.Add(C: TClass; const PropName: String); var R: TForbiddenPropRec; begin R := FindRecord(C); if R = nil then begin R := TForbiddenPropRec.Create; R.C := C; L.Add(R); end; R.L.Add(PropName); end; procedure TForbiddenPropList.AddAll(C: TClass); var R: TForbiddenPropRec; begin R := FindRecord(C); if R = nil then begin R := TForbiddenPropRec.Create; R.C := C; L.Add(R); end; R.All := true; end; procedure TForbiddenPropList.Delete(C: TClass; const PropName: String); var R: TForbiddenPropRec; I: Integer; begin R := FindRecord(C); if R = nil then Exit; I := R.IndexOf(PropName); if I >= 0 then R.L.Delete(I); end; procedure TForbiddenPropList.DeleteAll(C: TClass); var R: TForbiddenPropRec; begin R := FindRecord(C); if R = nil then Exit; R.L.Clear; end; function TForbiddenPropList.IsForbidden(C: TClass; const PropName: String): Boolean; var R: TForbiddenPropRec; begin R := FindRecord(C); if R = nil then begin result := false; Exit; end; if R.All then begin result := true; Exit; end; result := R.IndexOf(PropName) >= 0; end; function TForbiddenPropList.IsForbiddenAll(C: TClass): Boolean; var R: TForbiddenPropRec; begin R := FindRecord(C); if R = nil then begin result := false; Exit; end; result := R.All; end; initialization finalization if Assigned(ForbiddenPropList) then ForbiddenPropList.Free; end.
unit FormMain; interface //{$define DEBUG_MEMORY_LEAK} uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, Menus, ExtCtrls, Buttons, StdCtrls, ComCtrls, ImgList, Spin,FTGifAnimate, ToolWin, VH_Voxel, Registry, FormPreferences, VH_Global; Const APPLICATION_TITLE = 'Open Source HVA Builder'; APPLICATION_VER = '2.18d'; APPLICATION_BY = 'Stucuk and Banshee'; type TFrmMain = class(TForm) MainMenu1: TMainMenu; File1: TMenuItem; Exit1: TMenuItem; Panel1: TPanel; Panel2: TPanel; MainView: TPanel; OpenVXLDialog: TOpenDialog; Load1: TMenuItem; Panel4: TPanel; lblHVAFrame: TLabel; PlayAnimation: TSpeedButton; PauseAnimation: TSpeedButton; StopAnimation: TSpeedButton; AnimationBar: TTrackBar; Label2: TLabel; RemapImageList: TImageList; Label1: TLabel; Panel5: TPanel; RemapColourBox: TComboBoxEx; AnimationTimer: TTimer; StatusBar1: TStatusBar; RemapTimer: TTimer; ColorDialog: TColorDialog; Help1: TMenuItem; About1: TMenuItem; Panel3: TPanel; btnResetDepth: TSpeedButton; btn3DRotateX: TSpeedButton; btn3DRotateX2: TSpeedButton; btn3DRotateY2: TSpeedButton; btn3DRotateY: TSpeedButton; spin3Djmp: TSpinEdit; Label3: TLabel; Panel6: TPanel; SectionBox: TComboBoxEx; lblSection: TLabel; Label4: TLabel; Options1: TMenuItem; Disable3DView1: TMenuItem; View1: TMenuItem; ools1: TMenuItem; Spectrum1: TMenuItem; Views1: TMenuItem; N1: TMenuItem; CameraManager1: TMenuItem; ColoursNormals1: TMenuItem; N2: TMenuItem; Colours1: TMenuItem; Normals1: TMenuItem; Help2: TMenuItem; N3: TMenuItem; ScreenShot1: TMenuItem; N5: TMenuItem; BackgroundColour1: TMenuItem; extColour1: TMenuItem; CaptureAnimation1: TMenuItem; N6: TMenuItem; OpenVVSDialog: TOpenDialog; Make360DegreeAnimation1: TMenuItem; ToolBar1: TToolBar; BarOpen: TToolButton; BarSaveAs: TToolButton; BarReopen: TToolButton; ToolButton4: TToolButton; btnView: TToolButton; btnVoxelOffset: TToolButton; btnHVAPosition: TToolButton; btnHVARotation: TToolButton; ToolButton7: TToolButton; btnAddFrame: TToolButton; btnDeleteFrame: TToolButton; ToolButton13: TToolButton; btnCopyFrames: TToolButton; ToolButton9: TToolButton; btnUndo: TToolButton; btnRedo: TToolButton; ImageList: TImageList; IconList: TImageList; UpDown1: TUpDown; Panel7: TPanel; HighlightCheckBox: TCheckBox; DrawCenterCheckBox: TCheckBox; CheckBox1: TCheckBox; ShowDebugCheckBox: TCheckBox; VoxelCountCheckBox: TCheckBox; TopBarImageHolder: TImage; Panel8: TPanel; ControlY: TSpeedButton; ControlZ: TSpeedButton; ControlX: TSpeedButton; ControlType: TComboBoxEx; Label5: TLabel; SaveVoxel1: TMenuItem; ReOpen1: TMenuItem; N4: TMenuItem; SaveAs1: TMenuItem; SaveVXLDialog: TSaveDialog; ScreenShots1: TMenuItem; ViewTransform1: TMenuItem; N7: TMenuItem; Managers1: TMenuItem; VoxelBounds1: TMenuItem; RotateTo1: TMenuItem; RotateBy1: TMenuItem; HVAPosition1: TMenuItem; Edit1: TMenuItem; Undo1: TMenuItem; Redo1: TMenuItem; N8: TMenuItem; Preferences1: TMenuItem; Game1: TMenuItem; mnTiberianSunGame: TMenuItem; mnRedAlert2Game: TMenuItem; DrawGridCheckBox: TCheckBox; DrawSectionCenterCheckBox: TCheckBox; TurretOffset1: TMenuItem; PrimaryFireFLH1: TMenuItem; DrawFLHBulletCheck: TCheckBox; Simulators1: TMenuItem; procedure DrawFLHBulletCheckClick(Sender: TObject); procedure PrimaryFireFLH1Click(Sender: TObject); procedure TurretOffset1Click(Sender: TObject); procedure DrawSectionCenterCheckBoxClick(Sender: TObject); procedure DrawGridCheckBoxClick(Sender: TObject); procedure FormDestroy(Sender: TObject); procedure mnRedAlert2GameClick(Sender: TObject); procedure mnTiberianSunGameClick(Sender: TObject); procedure MainViewResize(Sender: TObject); procedure FormCreate(Sender: TObject); procedure DrawFrames; procedure Idle(Sender: TObject; var Done: Boolean); procedure Exit1Click(Sender: TObject); procedure OpenVoxel(var Filename: string); procedure Load1Click(Sender: TObject); procedure FormShow(Sender: TObject); procedure MainViewMouseDown(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); procedure MainViewMouseUp(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); procedure MainViewMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer); procedure AnimationTimerTimer(Sender: TObject); procedure PlayAnimationClick(Sender: TObject); procedure PauseAnimationClick(Sender: TObject); procedure StopAnimationClick(Sender: TObject); procedure AnimationBarChange(Sender: TObject); Procedure SetIsHVA; Procedure SetIsEditable; Procedure SetCaption(Filename : String); procedure RemapColourBoxChange(Sender: TObject); procedure RemapTimerTimer(Sender: TObject); procedure About1Click(Sender: TObject); procedure btnResetDepthClick(Sender: TObject); procedure btn3DRotateXClick(Sender: TObject); Procedure SetRotationAdders; procedure btn3DRotateX2Click(Sender: TObject); procedure btn3DRotateY2Click(Sender: TObject); procedure btn3DRotateYClick(Sender: TObject); procedure spin3DjmpChange(Sender: TObject); Procedure SetupSections; procedure SectionBoxChange(Sender: TObject); procedure ShowDebugCheckBoxClick(Sender: TObject); procedure VoxelCountCheckBoxClick(Sender: TObject); procedure Disable3DView1Click(Sender: TObject); procedure ColoursNormals1Click(Sender: TObject); procedure Colours1Click(Sender: TObject); procedure Normals1Click(Sender: TObject); procedure CameraManager1Click(Sender: TObject); procedure Help2Click(Sender: TObject); Procedure ChangeView(Sender : TObject); procedure ScreenShot1Click(Sender: TObject); procedure BackgroundColour1Click(Sender: TObject); procedure extColour1Click(Sender: TObject); procedure CaptureAnimation1Click(Sender: TObject); Procedure ClearRotationAdders; procedure Make360DegreeAnimation1Click(Sender: TObject); procedure UpDown1ChangingEx(Sender: TObject; var AllowChange: Boolean; NewValue: Smallint; Direction: TUpDownDirection); procedure DrawCenterCheckBoxClick(Sender: TObject); procedure HighlightCheckBoxClick(Sender: TObject); procedure ControlYClick(Sender: TObject); procedure ControlZClick(Sender: TObject); procedure ControlXClick(Sender: TObject); procedure ControlTypeChange(Sender: TObject); procedure btnViewClick(Sender: TObject); procedure btnVoxelOffsetClick(Sender: TObject); procedure btnHVAPositionClick(Sender: TObject); procedure btnHVARotationClick(Sender: TObject); procedure btnAddFrameClick(Sender: TObject); procedure btnDeleteFrameClick(Sender: TObject); procedure btnCopyFramesClick(Sender: TObject); Procedure CheckHVAFrames; Procedure CheckHVAFrames2; procedure SaveVoxel1Click(Sender: TObject); procedure SaveAs1Click(Sender: TObject); procedure ViewTransform1Click(Sender: TObject); procedure VoxelBounds1Click(Sender: TObject); procedure RotateBy1Click(Sender: TObject); procedure HVAPosition1Click(Sender: TObject); Procedure SetUndoRedo; procedure Undo1Click(Sender: TObject); procedure Redo1Click(Sender: TObject); procedure Preferences1Click(Sender: TObject); procedure GetSettings; private { Private declarations } procedure DefaultSettings; public { Public declarations } VXLFilename2 : String; LoadedProg : Boolean; FPSCap: Boolean; Palette: array[0..C_GAME_MAX] of string; UseSpecificPalette: boolean; Game: integer; procedure SetFPSCap(const _Enable: boolean); procedure SetGame(const _Game: integer; const _DontLoadPalette: boolean = false); procedure RefreshGame; procedure SetHighlight(const _Value: boolean); end; var FrmMain: TFrmMain; implementation Uses VH_Engine,VH_GL,HVA,FormAboutNew, FormCameraManagerNew, ShellAPI,FormScreenShotManagerNew, FormAnimationManagerNew,VH_Types,FormTransformManagerNew, FormBoundsManagerNew,Math3d,FormRotationManagerNew, FormHVAPositionManagerNew, OpenGL15, Palette, FormTurretOffsetManagerNew, FormPrimaryFireFLHManagerNew; {$R *.dfm} procedure RunAProgram (const theProgram, itsParameters, defaultDirectory : string); var rslt : integer; msg : string; begin rslt := ShellExecute (0, 'open', pChar (theProgram), pChar (itsParameters), pChar (defaultDirectory), sw_ShowNormal); if rslt <= 32 then begin case rslt of 0, se_err_OOM : msg := 'Out of memory/resources'; error_File_Not_Found : msg := 'File "' + theProgram + '" not found'; error_Path_Not_Found : msg := 'Path not found'; error_Bad_Format : msg := 'Damaged or invalid exe'; se_err_AccessDenied : msg := 'Access denied'; se_err_NoAssoc, se_err_AssocIncomplete : msg := 'Filename association invalid'; se_err_DDEBusy, se_err_DDEFail, se_err_DDETimeOut : msg := 'DDE error'; se_err_Share : msg := 'Sharing violation'; else msg := 'no text'; end; // of case raise Exception.Create ('ShellExecute error #' + IntToStr (rslt) + ': ' + msg); end; end; procedure TFrmMain.MainViewResize(Sender: TObject); begin If oglloaded then glResizeWnd(MainView.Width,MainView.Height); end; procedure TFrmMain.DefaultSettings; begin Palette[C_GAME_TS] := IncludeTrailingBackslash('Palettes') + IncludeTrailingBackslash('TS') + 'unittem.pal'; Palette[C_GAME_RA2] := IncludeTrailingBackslash('Palettes') + IncludeTrailingBackslash('RA2') + 'unittem.pal'; FPSCap := true; UseSpecificPalette := false; SetGame(C_GAME_TS, true); BulletSize := C_DEFAULT_BULLET_SIZE; LeptonSize := C_ONE_LEPTON; end; procedure TFrmMain.GetSettings; var Reg: TRegistry; PaletteDir: string; begin Reg := TRegistry.Create; Reg.RootKey := HKEY_CURRENT_USER; if Reg.KeyExists('\SOFTWARE\CnC Tools\OS HVA Builder\') then begin if Reg.OpenKey('\SOFTWARE\CnC Tools\OS HVA Builder\', true) then begin // Palette Settings try UseSpecificPalette := Reg.ReadBool('UseNameSpecificPalette'); Game := Reg.ReadInteger('Game'); PaletteDir := IncludeTrailingBackslash('Palettes'); if UseSpecificPalette then begin Palette[C_GAME_TS] := PaletteDir + IncludeTrailingBackslash('TS') + Reg.ReadString('TiberianSunPalette'); Palette[C_GAME_RA2] := PaletteDir + IncludeTrailingBackslash('RA2') + Reg.ReadString('RedAlert2Palette'); end else begin Palette[C_GAME_TS] := PaletteDir + IncludeTrailingBackslash('TS') + 'unittem.pal'; Palette[C_GAME_RA2] := PaletteDir + IncludeTrailingBackslash('RA2') + 'unittem.pal'; end; // Rendering Options FPSCap := Reg.ReadBool('FPSCap'); // And it is over. except DefaultSettings; end; // 2.18c options goes here. try BulletSize := Reg.ReadFloat('BulletSize'); LeptonSize := Reg.ReadFloat('LeptonSize'); except BulletSize := C_DEFAULT_BULLET_SIZE; LeptonSize := C_ONE_LEPTON; end; Reg.CloseKey; end else begin DefaultSettings; end; end else begin DefaultSettings; end; Reg.Free; end; procedure TFrmMain.SetFPSCap(const _Enable: boolean); begin FPSCap := _Enable; if FPSCap then begin wglSwapIntervalEXT(1); end else begin wglSwapIntervalEXT(0); end; end; procedure TFrmMain.SetGame(const _Game: integer; const _DontLoadPalette: boolean = false); var Reg: TRegistry; begin Game := _Game; Reg := TRegistry.Create; Reg.RootKey := HKEY_CURRENT_USER; if Reg.OpenKey('\SOFTWARE\CnC Tools\OS HVA Builder\', true) then begin Reg.WriteInteger('Game', Game); Reg.CloseKey; end; Reg.Free; if Game = C_GAME_TS then begin mnTiberianSunGame.Checked := true; mnRedAlert2Game.Checked := false; end else begin mnTiberianSunGame.Checked := false; mnRedAlert2Game.Checked := true; end; if not _DontLoadPalette then begin LoadAPaletteFromFile(IncludeTrailingPathDelimiter(ExtractFileDir(ParamStr(0))) + Palette[Game]); ChangeRemappable(VXLPalette,RemapColour); end; end; procedure TFrmMain.RefreshGame; begin SetGame(Game); RebuildLists := true; end; procedure TFrmMain.FormCreate(Sender: TObject); begin {$ifdef DEBUG_MEMORY_LEAK} ReportMemoryLeaksOnShutdown := True; {$endif} LoadedProg := false; RemapColourBox.ItemIndex := 1; SetIsEditable; SetCaption(''); DrawAllOfVoxel := True; UnitRot := 180; DrawCenter := True; DrawSectionCenter := false; Ground_Tex_Draw := false; GetSettings; If not InitalizeVHE(ExtractFileDir(ParamStr(0)),Palette[Game],MainView.Width,MainView.Height,MainView.Handle,-67) then begin Messagebox(0,pchar('Error Initalizing Engine'#13#13'Closing'),'VH Engine',0); Application.Terminate; end; VH_BuildViewMenu(Views1,ChangeView); VH_ChangeView(Default_View); VH_LoadGroundTextures('.png'); if (GroundTex_No = 0) then begin Messagebox(0,'Error: Couldn''t load Ground Textures','Textures Missing',0); Application.Terminate; end; GroundTex.Id := 0; GroundTex.Tex := GroundTex_Textures[0].Tex; TileGround := GroundTex_Textures[0].Tile; GSize := Trunc(DEPTH_OF_VIEW); ControlType.ItemIndex := 0; //PageControl1.ActivePage := TabSheet1; if FPSCap then begin wglSwapIntervalEXT(1); end; Application.OnIdle := Idle; LoadedProg := true; end; procedure TFrmMain.FormDestroy(Sender: TObject); begin if VoxelOpen then VoxelFile.Free; if VoxelOpenT then VoxelTurret.Free; if VoxelOpenB then VoxelBarrel.Free; end; procedure TFrmMain.Idle(Sender: TObject; var Done: Boolean); var BMP : TBitmap; begin if not DrawVHWorld then exit; if RebuildLists or (ScreenShot.Take) or (ScreenShot.TakeAnimation) or (ScreenShot.Take360DAnimation) then FUpdateWorld := True; DrawFrames; if ScreenShot.Take then begin if ScreenShot._Type = 0 then VH_ScreenShot(VXLFilename) else VH_ScreenShotJPG(VXLFilename,ScreenShot.CompressionRate); MainView.Align := alclient; ScreenShot.Take := false; end; if ScreenShot.TakeAnimation then begin BMP := VH_ScreenShot_BitmapResult; GifAnimateAddImage(BMP,false,100); BMP.Free; ScreenShot.TakeAnimation := false; end; if ScreenShot.Take360DAnimation then begin inc(ScreenShot.FrameCount); BMP := VH_ScreenShot_BitmapResult; GifAnimateAddImage(BMP,false,(100*90) div ScreenShot.Frames); BMP.Free; YRot := YRot + ScreenShot.FrameAdder; if ScreenShot.FrameCount >= ScreenShot.Frames then begin VH_ScreenShotGIF(GifAnimateEndGif,VXLFilename); YRot := ScreenShot.OldYRot; ScreenShot.Take360DAnimation := false; MainView.Align := alClient; AnimationTimer.Enabled := False; AnimationBar.Position := 0; AnimationBarChange(Sender); end; end; Done := false; end; procedure TFrmMain.DrawFrames; begin if not oglloaded then exit; VH_Draw(); // Draw the scene end; procedure TFrmMain.DrawGridCheckBoxClick(Sender: TObject); begin Ground_Tex_Draw := not Ground_Tex_Draw; DrawGridCheckBox.Checked := Ground_Tex_Draw; RebuildLists := true; end; procedure TFrmMain.DrawSectionCenterCheckBoxClick(Sender: TObject); begin DrawSectionCenter := Not DrawSectionCenter; DrawSectionCenterCheckBox.Checked := DrawSectionCenter; RebuildLists := true; end; procedure TFrmMain.Exit1Click(Sender: TObject); begin Close; end; procedure TFrmMain.OpenVoxel(var Filename: string); begin if CompareStr(LowerCase(ExtractFileExt(Filename)),'.hva') = 0 then begin Filename[Length(Filename)-2] := 'v'; Filename[Length(Filename)-1] := 'x'; Filename[Length(Filename)] := 'l'; end; VH_LoadVoxel(FileName); VXLFilename2 := FileName; //If HVAOpen then SetCaption(FileName); if VoxelOpen then begin SetupSections; SectionBox.ItemIndex := 0; SectionBoxChange(nil); end; SetIsEditable; If HVAOpen then AnimationBar.Max := HVAFile.Header.N_Frames-1 else AnimationBar.Max := 0; lblHVAFrame.Caption := 'Frame ' + inttostr(GetCurrentFrame+1) + '/' + inttostr(GetCurrentHVA^.Header.N_Frames); end; procedure TFrmMain.Load1Click(Sender: TObject); var Filename : string; begin if OpenVXLDialog.Execute then begin Filename := OpenVXLDialog.FileName; OpenVoxel(FileName); end; end; Function GetParamStr : String; var x : integer; begin Result := ''; for x := 1 to ParamCount do if Result <> '' then Result := Result + ' ' +ParamStr(x) else Result := ParamStr(x); end; procedure TFrmMain.FormShow(Sender: TObject); var Reg : TRegistry; LatestVersion,ParamFile: string; begin glResizeWnd(MainView.Width,MainView.Height); // 2.1:For future compatibility with other OS tools, we are // using the registry keys to confirm its existance. Reg :=TRegistry.Create; Reg.RootKey := HKEY_LOCAL_MACHINE; if Reg.OpenKey('Software\CnC Tools\OS HVA Builder\',true) then begin LatestVersion := Reg.ReadString('Version'); if APPLICATION_VER > LatestVersion then begin Reg.WriteString('Path',ParamStr(0)); Reg.WriteString('Ver',APPLICATION_VER); Reg.WriteString('Version',APPLICATION_VER); end; end; Reg.CloseKey; Reg.Free; if ParamCount > 0 then begin ParamFile := GetParamStr(); OpenVoxel(ParamFile); end; end; procedure TFrmMain.MainViewMouseDown(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin if (not VoxelOpen) or (not DrawVHWorld) then exit; If VHControlType = CTOffset then VH_AddVOXELToUndo(CurrentVoxel,GetCurrentFrame,CurrentVoxelSection); If (VHControlType = CThvaposition) or (VHControlType = CThvarotation) then VH_AddHVAToUndo(CurrentHVA,GetCurrentFrame,CurrentVoxelSection); if (VHControlType <> CTView) and (VH_ISRedo) then VH_ResetRedo; SetUndoRedo; VH_MouseDown(Button,X, Y); end; procedure TFrmMain.MainViewMouseUp(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin VH_MouseUp; MainView.Cursor := crCross; end; procedure TFrmMain.MainViewMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer); begin VH_MouseMove(X,Y); end; procedure TFrmMain.AnimationTimerTimer(Sender: TObject); Var N_Frames : Integer; begin N_Frames := GetCurrentHVA^.Header.N_Frames; if (N_Frames < 2) then begin AnimationTimer.Enabled := false; HVAFrame := 0; HVAFrameT := 0; HVAFrameB := 0; AnimationBar.Position := 0; exit; end; if (AnimationBar.Position = N_Frames-1) and ScreenShot.CaptureAnimation then begin ScreenShot.CaptureAnimation := False; VH_ScreenShotGIF(GifAnimateEndGif,VXLFilename); AnimationTimer.Enabled := false; HVAFrame := 0; HVAFrameT := 0; HVAFrameB := 0; AnimationBar.Position := 0; MainView.Align := alClient; end; if ScreenShot.CaptureAnimation then ScreenShot.TakeAnimation := true; if AnimationBar.Position = N_Frames-1 then AnimationBar.Position := 0 else AnimationBar.Position := AnimationBar.Position +1; RebuildLists := true; end; procedure TFrmMain.PlayAnimationClick(Sender: TObject); begin AnimationTimer.Enabled := true; end; procedure TFrmMain.PauseAnimationClick(Sender: TObject); begin AnimationTimer.Enabled := not AnimationTimer.Enabled; end; procedure TFrmMain.StopAnimationClick(Sender: TObject); begin AnimationTimer.Enabled := False; AnimationBar.Position := 0; end; procedure TFrmMain.TurretOffset1Click(Sender: TObject); var frm: TFrmTurretOffsetManager_New; begin frm:=TFrmTurretOffsetManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; frm.Offset.Text := floattostr(TurretOffset.X); frm.ShowModal; if Frm.O then begin TurretOffset.X := strtofloatdef(frm.Offset.Text, 0); RebuildLists := true; end; frm.Free; end; procedure TFrmMain.AnimationBarChange(Sender: TObject); begin SetCurrentFrame(AnimationBar.Position); lblHVAFrame.Caption := 'Frame ' + inttostr(GetCurrentFrame+1) + '/' + inttostr(GetCurrentHVA^.Header.N_Frames); end; Procedure TFrmMain.SetIsHVA; var V : Boolean; begin If Assigned(CurrentHVA) then if CurrentHVA^.Header.N_Frames > 1 then V := True else V := False else V := False; AnimationBar.Enabled := V; PlayAnimation.Enabled := V; PauseAnimation.Enabled := V; StopAnimation.Enabled := V; lblHVAFrame.Enabled := V; btnDeleteFrame.Enabled := V; SetUndoRedo; end; Procedure TFrmMain.SetIsEditable; begin RemapColourBox.Enabled := VoxelOpen; btnResetDepth.Enabled := VoxelOpen; btn3DRotateX.Enabled := VoxelOpen; btn3DRotateX2.Enabled := VoxelOpen; btn3DRotateY.Enabled := VoxelOpen; btn3DRotateY2.Enabled := VoxelOpen; spin3Djmp.Enabled := VoxelOpen; SectionBox.Enabled := VoxelOpen; ControlType.Enabled := VoxelOpen; btnView.Enabled := VoxelOpen; btnVoxelOffset.Enabled := VoxelOpen; btnHVAPosition.Enabled := VoxelOpen; btnHVARotation.Enabled := VoxelOpen; BarSaveAs.Enabled := VoxelOpen; btnAddFrame.Enabled := VoxelOpen; btnCopyFrames.Enabled := VoxelOpen; HighlightCheckBox.Enabled := VoxelOpen; DrawCenterCheckBox.Enabled := VoxelOpen; DrawSectionCenterCheckBox.Enabled := VoxelOpen; DrawGridCheckBox.Enabled := VoxelOpen; DrawFLHBulletCheck.Enabled := VoxelOpen; ShowDebugCheckBox.Enabled := VoxelOpen; VoxelCountCheckBox.Enabled := VoxelOpen; CheckBox1.Enabled := VoxelOpen; SaveVoxel1.Enabled := VoxelOpen; SaveAs1.Enabled := VoxelOpen; Options1.Visible := VoxelOpen; View1.Visible := VoxelOpen; ools1.Visible := VoxelOpen; Edit1.Visible := VoxelOpen; SetIsHVA; end; Procedure TFrmMain.SetCaption(Filename : String); begin If Filename <> '' then Caption := ' ' + APPLICATION_TITLE + ' v'+APPLICATION_VER + ' [' +Extractfilename(Filename) + ']' else Caption := ' ' + APPLICATION_TITLE + ' v'+APPLICATION_VER; end; procedure TFrmMain.RemapColourBoxChange(Sender: TObject); begin if RemapColourBox.ItemIndex > 0 then begin RemapColour := TVector3bToTVector3f(RemapColourMap[RemapColourBox.ItemIndex-1]); ChangeRemappable(VXLPalette,RemapColour); end else If LoadedProg then RemapTimer.Enabled := true; RebuildLists := true; end; procedure TFrmMain.RemapTimerTimer(Sender: TObject); begin RemapTimer.Enabled := False; ColorDialog.Color := TVector3ftoTColor(RemapColour); if ColorDialog.Execute then begin RemapColour := TColorToTVector3f(ColorDialog.Color); ChangeRemappable(VXLPalette,RemapColour); RebuildLists := true; end; end; procedure TFrmMain.About1Click(Sender: TObject); var frm: TFrmAbout_New; begin frm:=TFrmAbout_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; { if TB_ENABLED then frm.Label2.Caption := APPLICATION_TITLE + ' v' + APPLICATION_VER + ' TB ' + TB_VER else } frm.Label2.Caption := APPLICATION_TITLE + ' v' + APPLICATION_VER; frm.Label1.Caption := frm.Label1.Caption + APPLICATION_BY; frm.Label6.Caption := ENGINE_TITLE + ' v' + ENGINE_VER; frm.Label9.Caption := 'By: ' + ENGINE_BY; frm.ShowModal; frm.Close; frm.Free; end; procedure TFrmMain.btnResetDepthClick(Sender: TObject); begin Depth := DefaultDepth; FUpdateWorld := true; end; Procedure TFrmMain.SetRotationAdders; var V : single; begin try V := spin3Djmp.Value / 10; except exit; // Not a value end; if btn3DRotateX2.Down then XRot2 := V else if btn3DRotateX.Down then XRot2 := -V; if btn3DRotateY2.Down then YRot2 := -V else if btn3DRotateY.Down then YRot2 := V; end; procedure TFrmMain.btn3DRotateXClick(Sender: TObject); begin if btn3DRotateX.Down then begin SetRotationAdders; XRotB := True; end else XRotB := false; end; procedure TFrmMain.btn3DRotateX2Click(Sender: TObject); begin if btn3DRotateX2.Down then begin SetRotationAdders; XRotB := True; end else XRotB := false; end; procedure TFrmMain.btn3DRotateY2Click(Sender: TObject); begin if btn3DRotateY2.Down then begin SetRotationAdders; YRotB := True; end else YRotB := false; end; procedure TFrmMain.btn3DRotateYClick(Sender: TObject); begin if btn3DRotateY.Down then begin SetRotationAdders; YRotB := True; end else YRotB := false; end; procedure TFrmMain.spin3DjmpChange(Sender: TObject); begin SetRotationAdders; end; Procedure TFrmMain.SetupSections; var i : integer; begin SectionBox.Clear; for i := 0 to (VoxelFile.Header.NumSections - 1) do begin SectionBox.Items.Add(VoxelFile.Section[i].Name); SectionBox.ItemsEx.ComboItems[SectionBox.ItemsEx.Count-1].ImageIndex := 4; end; if VoxelOpenT then for i := 0 to (VoxelTurret.Header.NumSections - 1) do begin SectionBox.Items.Add(VoxelTurret.Section[i].Name); SectionBox.ItemsEx.ComboItems[SectionBox.ItemsEx.Count-1].ImageIndex := 5; end; if VoxelOpenB then for i := 0 to (VoxelBarrel.Header.NumSections - 1) do begin SectionBox.Items.Add(VoxelBarrel.Section[i].Name); SectionBox.ItemsEx.ComboItems[SectionBox.ItemsEx.Count-1].ImageIndex := 6; end; SectionBox.ItemIndex := CurrentSection+1; end; procedure TFrmMain.SectionBoxChange(Sender: TObject); begin if (not VoxelOpen) then exit; if SectionBox.ItemIndex < 0 then exit; VH_ResetUndoRedo; SetUndoRedo; if SectionBox.ItemsEx.ComboItems[SectionBox.ItemIndex].ImageIndex = 4 then begin CurrentVoxel := @VoxelFile; if CurrentHVA <> @HVAFile then begin CurrentHVA := @HVAFile; HVACurrentFrame := 0; CheckHVAFrames2; end; CurrentVoxelSection := SectionBox.ItemIndex; end; if SectionBox.ItemsEx.ComboItems[SectionBox.ItemIndex].ImageIndex = 5 then begin CurrentVoxel := @VoxelTurret; if CurrentHVA <> @HVATurret then begin CurrentHVA := @HVATurret; HVACurrentFrame := 1; CheckHVAFrames2; end; CurrentVoxelSection := SectionBox.ItemIndex - VoxelFile.Header.NumSections; end; if SectionBox.ItemsEx.ComboItems[SectionBox.ItemIndex].ImageIndex = 6 then begin CurrentVoxel := @VoxelBarrel; if CurrentHVA <> @HVABarrel then begin CurrentHVA := @HVABarrel; HVACurrentFrame := 2; CheckHVAFrames2; end; CurrentVoxelSection := SectionBox.ItemIndex - VoxelFile.Header.NumSections; if VoxelOpenT then CurrentVoxelSection := CurrentVoxelSection - VoxelTurret.Header.NumSections; end; if HighlightCheckBox.Checked then RebuildLists := true; end; procedure TFrmMain.ShowDebugCheckBoxClick(Sender: TObject); begin If VVSLoading then exit; DebugMode := not DebugMode; ShowDebugCheckBox.Checked := DebugMode; end; procedure TFrmMain.DrawFLHBulletCheckClick(Sender: TObject); begin DrawPrimaryFireFLH := Not DrawPrimaryFireFLH; DrawFLHBulletCheck.Checked := DrawPrimaryFireFLH; RebuildLists := true; end; procedure TFrmMain.VoxelCountCheckBoxClick(Sender: TObject); begin If VVSLoading then exit; ShowVoxelCount := not ShowVoxelCount; VoxelCountCheckBox.Checked := ShowVoxelCount; end; procedure TFrmMain.Disable3DView1Click(Sender: TObject); begin If VVSLoading then exit; VVSLoading := True; //Fake a VVS Load DrawVHWorld := not DrawVHWorld; Disable3DView1.Checked := not DrawVHWorld; CheckBox1.Checked := not DrawVHWorld; If not DrawVHWorld then MainView.Repaint; VVSLoading := False; end; procedure TFrmMain.ColoursNormals1Click(Sender: TObject); begin VH_SetSpectrum(True); ColoursNormals1.Checked := true; Normals1.Checked := false; Colours1.Checked := false; ColoursOnly := false; RebuildLists := true; end; procedure TFrmMain.Colours1Click(Sender: TObject); begin VH_SetSpectrum(True); ColoursNormals1.Checked := false; Normals1.Checked := false; Colours1.Checked := true; ColoursOnly := True; RebuildLists := true; end; procedure TFrmMain.Normals1Click(Sender: TObject); begin VH_SetSpectrum(False); ColoursNormals1.Checked := false; Normals1.Checked := true; Colours1.Checked := false; ColoursOnly := false; RebuildLists := true; end; procedure TFrmMain.CameraManager1Click(Sender: TObject); var frm: TFrmCameraManager_New; begin frm:=TFrmCameraManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; frm.XRot.Text := FloatToStr(XRot); frm.YRot.Text := FloatToStr(YRot); frm.Depth.Text := FloatToStr(Depth); frm.ShowModal; frm.Close; if Frm.O then begin XRot := StrToFloat(frm.XRot.Text); YRot := StrToFloat(frm.YRot.Text); Depth := StrToFloat(frm.Depth.Text); end; frm.Free; RebuildLists := true; end; procedure TFrmMain.Help2Click(Sender: TObject); begin if not fileexists(extractfiledir(paramstr(0))+'/hvabhelp.chm') then begin messagebox(0,'Help' + #13#13 + 'hvahelp.chm not found','Help',0); exit; end; RunAProgram('hvabhelp.chm','',extractfiledir(paramstr(0))); end; Procedure TFrmMain.ChangeView(Sender : TObject); begin VH_ChangeView(TMenuItem(Sender).Tag); RebuildLists := true; end; procedure TFrmMain.ScreenShot1Click(Sender: TObject); var frm: TFrmScreenShotManager_New; begin frm:=TFrmScreenShotManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; // Frm.Image1.Refresh; If ScreenShot._Type = 0 then frm.RadioButton1.Checked := True else frm.RadioButton2.Checked := True; frm.RadioButton1Click(Sender); Frm.Compression.Position := ScreenShot.CompressionRate; if ScreenShot.Width = -1 then ScreenShot.Width := MainView.Width; if ScreenShot.Height = -1 then ScreenShot.Height := MainView.Height; Frm.MainViewWidth.Value := ScreenShot.Width; Frm.MainViewWidth.MaxValue := MainView.Width; Frm.MainViewHeight.Value := ScreenShot.Height; Frm.MainViewHeight.MaxValue := MainView.Height; frm.ShowModal; frm.Close; if frm.O then begin MainView.Align := alNone; ScreenShot.Width := Frm.MainViewWidth.Value; ScreenShot.Height := Frm.MainViewHeight.Value; MainView.Width := Frm.MainViewWidth.Value; MainView.Height := Frm.MainViewHeight.Value; If frm.RadioButton1.Checked then ScreenShot._Type := 0 else ScreenShot._Type := 1; ScreenShot.CompressionRate := Frm.Compression.Position; ScreenShot.Take := true; end; frm.Free; end; procedure TFrmMain.BackgroundColour1Click(Sender: TObject); begin ColorDialog.Color := TVector3fToTColor(BGColor); if ColorDialog.Execute then begin VH_SetBGColour(TColorToTVector3f(ColorDialog.Color)); RebuildLists := true; end; end; procedure TFrmMain.extColour1Click(Sender: TObject); begin ColorDialog.Color := TVector3fToTColor(FontColor); if ColorDialog.Execute then begin FontColor := TColorToTVector3f(ColorDialog.Color); RebuildLists := true; end; end; procedure TFrmMain.CaptureAnimation1Click(Sender: TObject); var frm: TFrmAnimationManager_New; begin frm:=TFrmAnimationManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; if ScreenShot.Width = -1 then ScreenShot.Width := MainView.Width; if ScreenShot.Height = -1 then ScreenShot.Height := MainView.Height; Frm.MainViewWidth.Value := ScreenShot.Width; Frm.MainViewWidth.MaxValue := MainView.Width; Frm.MainViewHeight.Value := ScreenShot.Height; Frm.MainViewHeight.MaxValue := MainView.Height; Frm.Frames.Enabled := false; Frm.Label7.Enabled := false; Frm.Label8.Enabled := false; Frm.Label9.Enabled := false; Frm.AnimateCheckBox.Enabled := false; Frm.AnimateCheckBox.Checked := true; frm.ShowModal; frm.Close; if frm.O then begin AnimationTimer.Enabled := false; MainView.Align := alNone; ScreenShot.Width := Frm.MainViewWidth.Value; ScreenShot.Height := Frm.MainViewHeight.Value; MainView.Width := Frm.MainViewWidth.Value; MainView.Height := Frm.MainViewHeight.Value; ScreenShot.CaptureAnimation := true; ScreenShot.TakeAnimation := true; AnimationBar.Position := 0; AnimationBarChange(Sender); SetCurrentFrame(0); AnimationTimer.Enabled := true; ClearRotationAdders; GifAnimateBegin; end; frm.free; end; Procedure TFrmMain.ClearRotationAdders; var V : single; begin btn3DRotateX2.Down := false; btn3DRotateX.Down := false; XRot2 := 0; XRotB := false; btn3DRotateY2.Down := false; btn3DRotateY.Down := false; YRot2 := 0; YRotB := false; end; procedure TFrmMain.Make360DegreeAnimation1Click(Sender: TObject); var frm: TFrmAnimationManager_New; begin frm:=TFrmAnimationManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; if ScreenShot.Width = -1 then ScreenShot.Width := MainView.Width; if ScreenShot.Height = -1 then ScreenShot.Height := MainView.Height; Frm.MainViewWidth.Value := ScreenShot.Width; Frm.MainViewWidth.MaxValue := MainView.Width; Frm.MainViewHeight.Value := ScreenShot.Height; Frm.MainViewHeight.MaxValue := MainView.Height; Frm.Frames.Value := ScreenShot.Frames; { Frm.Frames.Enabled := false; Frm.Label2.Enabled := false; Frm.Label4.Enabled := false; Frm.Label7.Enabled := false; } if not HVAOpen then Frm.AnimateCheckBox.Enabled := false; frm.ShowModal; frm.Close; if frm.O then begin MainView.Align := alNone; ScreenShot.Width := Frm.MainViewWidth.Value; ScreenShot.Height := Frm.MainViewHeight.Value; MainView.Width := Frm.MainViewWidth.Value; MainView.Height := Frm.MainViewHeight.Value; ScreenShot.Frames := Frm.Frames.Value; ScreenShot.FrameAdder := 360/ScreenShot.Frames; ScreenShot.FrameCount := 0; ScreenShot.OldYRot := YRot; YRot := 0; ScreenShot.Take360DAnimation := true; if Frm.AnimateCheckBox.Checked then begin AnimationBar.Position := 0; AnimationBarChange(Sender); SetCurrentFrame(0); AnimationTimer.Enabled := True; end else AnimationTimer.Enabled := false; ClearRotationAdders; GifAnimateBegin; end; frm.free; end; procedure TFrmMain.mnRedAlert2GameClick(Sender: TObject); begin SetGame(C_GAME_RA2); RebuildLists := true; end; procedure TFrmMain.mnTiberianSunGameClick(Sender: TObject); begin SetGame(C_GAME_TS); RebuildLists := true; end; procedure TFrmMain.UpDown1ChangingEx(Sender: TObject; var AllowChange: Boolean; NewValue: Smallint; Direction: TUpDownDirection); begin if Direction = updUp then AnimationBar.Position := AnimationBar.Position + 1; if Direction = updDown then AnimationBar.Position := AnimationBar.Position - 1; end; procedure TFrmMain.DrawCenterCheckBoxClick(Sender: TObject); begin DrawCenter := Not DrawCenter; DrawCenterCheckBox.Checked := DrawCenter; RebuildLists := true; end; procedure TFrmMain.HighlightCheckBoxClick(Sender: TObject); begin SetHighlight(Not Highlight); RebuildLists := true; end; procedure TFrmMain.SetHighlight(const _Value: boolean); begin Highlight := _Value; HighlightCheckBox.Checked := Highlight; end; procedure TFrmMain.ControlYClick(Sender: TObject); begin Axis := 0; RebuildLists := true; end; procedure TFrmMain.ControlZClick(Sender: TObject); begin Axis := 1; RebuildLists := true; end; procedure TFrmMain.ControlXClick(Sender: TObject); begin Axis := 2; RebuildLists := true; end; procedure TFrmMain.ControlTypeChange(Sender: TObject); begin if ControlType.ItemIndex = 0 then VHControlType := CTview else if ControlType.ItemIndex = 1 then VHControlType := CToffset else if ControlType.ItemIndex = 2 then VHControlType := CThvaposition else if ControlType.ItemIndex = 3 then VHControlType := CThvarotation; end; procedure TFrmMain.btnViewClick(Sender: TObject); begin ControlType.ItemIndex := 0; ControlTypeChange(Sender); end; procedure TFrmMain.btnVoxelOffsetClick(Sender: TObject); begin ControlType.ItemIndex := 1; ControlTypeChange(Sender); end; procedure TFrmMain.btnHVAPositionClick(Sender: TObject); begin ControlType.ItemIndex := 2; ControlTypeChange(Sender); end; procedure TFrmMain.btnHVARotationClick(Sender: TObject); begin ControlType.ItemIndex := 3; ControlTypeChange(Sender); end; procedure TFrmMain.btnAddFrameClick(Sender: TObject); begin InsertHVAFrame(CurrentHVA^); CheckHVAFrames; end; procedure TFrmMain.btnDeleteFrameClick(Sender: TObject); begin DeleteHVAFrame(CurrentHVA^); CheckHVAFrames; end; procedure TFrmMain.btnCopyFramesClick(Sender: TObject); begin CopyHVAFrame(CurrentHVA^); CheckHVAFrames; end; Procedure TFrmMain.CheckHVAFrames; Var Sender : TObject; begin if CurrentHVA^.Header.N_Frames > 1 then AnimationBar.Max := CurrentHVA^.Header.N_Frames-1; AnimationBarChange(Sender); SetIsHVA; end; Procedure TFrmMain.CheckHVAFrames2; Var Sender : TObject; begin if CurrentHVA^.Header.N_Frames > 1 then AnimationBar.Max := CurrentHVA^.Header.N_Frames-1; AnimationBar.Position := 0; AnimationBarChange(Sender); SetIsHVA; end; procedure TFrmMain.SaveVoxel1Click(Sender: TObject); begin VXLChanged := false; if VXLFilename = '' then SaveAs1.Click else begin VH_SaveVoxel(VXLFilename2); VH_SaveHVA(VXLFilename2); SetCaption(VXLFilename2 + '.vxl'); end; end; procedure TFrmMain.SaveAs1Click(Sender: TObject); begin VXLChanged := false; if SaveVXLDialog.Execute then begin VXLFilename := extractfilename(SaveVXLDialog.Filename); VXLFilename := copy(VXLFilename,0,length(VXLFilename)-length(extractfileext(VXLFilename))); VXLFilename2 := SaveVXLDialog.Filename; VH_SaveVoxel(SaveVXLDialog.Filename); VH_SaveHVA(SaveVXLDialog.Filename); SetCaption(SaveVXLDialog.Filename); //Config.AddFileToHistory(VXLFilename); //UpdateHistoryMenu; end; end; procedure TFrmMain.ViewTransform1Click(Sender: TObject); var frm: TFrmTransformManager_New; HTM,j,k : Integer; begin frm:=TFrmTransformManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; HTM := GetCurrentFrame*CurrentHVA^.Header.N_Sections+CurrentVoxelSection; for j:=1 to 3 do begin for k:=1 to 4 do begin frm.grdTrans.Cells[k-1,j-1]:=FloatToStr(CurrentHVA^.TransformMatrixs[HTM][k][j]); end; end; frm.ShowModal; if Frm.O then begin VH_AddHVAToUndo(CurrentHVA,GetCurrentFrame,CurrentVoxelSection); VH_ResetRedo; SetUndoRedo; for j:=1 to 4 do begin for k:=1 to 3 do begin CurrentHVA^.TransformMatrixs[HTM][j][k] := strtofloat(frm.grdTrans.Cells[j-1,k-1]); end; end; end; frm.Free; end; procedure TFrmMain.VoxelBounds1Click(Sender: TObject); var frm: TFrmBoundsManager_New; CD,NB,NB2,Size : TVector3f; w,h,d : single; begin frm:=TFrmBoundsManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; Size.x := CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[1]-CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[1]; Size.y := CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[2]-CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[2]; Size.z := CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[3]-CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[3]; CD.x := CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[1] + (-(CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[1]-CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[1])/2); CD.y := CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[2] + (-(CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[2]-CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[2])/2); CD.z := CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[3] + (-(CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[3]-CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[3])/2); frm.XOffset.Text := floattostr(CD.x); frm.YOffset.Text := floattostr(CD.y); frm.ZOffset.Text := floattostr(CD.z); frm.SizeX.Text := floattostr(Size.x); frm.SizeY.Text := floattostr(Size.y); frm.SizeZ.Text := floattostr(Size.z); frm.ShowModal; if Frm.O then begin VH_AddVOXELToUndo(CurrentVoxel,GetCurrentFrame,CurrentVoxelSection); VH_ResetRedo; SetUndoRedo; w := strtofloat(frm.SizeX.Text); h := strtofloat(frm.SizeY.Text); d := strtofloat(frm.SizeZ.Text); NB.x := 0-(w/2); NB.y := 0-(h/2); NB.z := 0-(d/2); NB2.x := (w/2); NB2.y := (h/2); NB2.z := (d/2); NB.X := NB.X + StrToFloat(frm.XOffset.Text); NB.Y := NB.Y + StrToFloat(frm.YOffset.Text); NB.Z := NB.Z + StrToFloat(frm.ZOffset.Text); NB2.X := NB2.X + StrToFloat(frm.XOffset.Text); NB2.Y := NB2.Y + StrToFloat(frm.YOffset.Text); NB2.Z := NB2.Z + StrToFloat(frm.ZOffset.Text); CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[1] := NB.X; CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[2] := NB.Y; CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MinBounds[3] := NB.Z; CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[1] := NB2.X; CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[2] := NB2.Y; CurrentVoxel^.Section[CurrentVoxelSection].Tailer.MaxBounds[3] := NB2.Z; end; frm.Free; end; procedure TFrmMain.RotateBy1Click(Sender: TObject); var frm: TFrmRotationManager_New; Angle : TVector3f; begin frm:=TFrmRotationManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; frm.RotationX.Text := '0'; frm.RotationY.Text := '0'; frm.RotationZ.Text := '0'; frm.ShowModal; if Frm.O then begin VH_AddHVAToUndo(CurrentHVA,GetCurrentFrame,CurrentVoxelSection); VH_ResetRedo; SetUndoRedo; SETHVAAngle(CurrentHVA^,CurrentVoxelSection,GetCurrentFrame,strtofloat(frm.RotationX.Text),strtofloat(frm.RotationY.Text),strtofloat(frm.RotationZ.Text)); end; frm.Free; end; procedure TFrmMain.HVAPosition1Click(Sender: TObject); var frm: TFrmHVAPositionManager_New; Pos : TVector3f; begin frm:=TFrmHVAPositionManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; Pos := GetHVAPos(CurrentHVA^,CurrentVoxel^,CurrentVoxelSection); frm.PositionX.Text := floattostr(Pos.X); frm.PositionY.Text := floattostr(Pos.Y); frm.PositionZ.Text := floattostr(Pos.Z); frm.ShowModal; if Frm.O then begin VH_AddHVAToUndo(CurrentHVA,GetCurrentFrame,CurrentVoxelSection); VH_ResetRedo; SetUndoRedo; SetHVAPos2(CurrentHVA^,CurrentVoxel^,CurrentVoxelSection,SetVector(strtofloat(frm.PositionX.Text),strtofloat(frm.PositionY.Text),strtofloat(frm.PositionZ.Text))); end; frm.Free; end; Procedure TFrmMain.SetUndoRedo; begin btnUndo.Enabled := VH_ISUndo; Undo1.Enabled := btnUndo.Enabled; btnRedo.Enabled := VH_ISRedo; Redo1.Enabled := btnRedo.Enabled; RebuildLists := true; end; procedure TFrmMain.Undo1Click(Sender: TObject); begin VH_DoUndo; SetUndoRedo; end; procedure TFrmMain.Redo1Click(Sender: TObject); begin VH_DoRedo; SetUndoRedo; end; procedure TFrmMain.Preferences1Click(Sender: TObject); var Frm : TFrmPreferences; begin // Here we call the Form Preferences. Frm := TFrmPreferences.Create(self); Frm.ShowModal(); Frm.Release; end; procedure TFrmMain.PrimaryFireFLH1Click(Sender: TObject); var frm: TFrmPrimaryFireFLHManager_New; Pos : TVector3f; begin frm:=TFrmPrimaryFireFLHManager_New.Create(Self); frm.Visible:=False; Frm.Image1.Picture := TopBarImageHolder.Picture; Pos := PrimaryFireFLH; frm.PositionX.Text := floattostr(Pos.X); frm.PositionY.Text := floattostr(Pos.Y); frm.PositionZ.Text := floattostr(Pos.Z); frm.ShowModal; if Frm.O then begin PrimaryFireFLH := SetVector(StrToFloatDef(frm.PositionX.Text, 0), StrToFloatDef(frm.PositionY.Text, 0), StrToFloatDef(frm.PositionZ.Text, 0)); RebuildLists := true; end; frm.Free; end; end.
unit LrControlIterator; interface uses Classes, Controls, LrIterator; type TLrCtrlIterator = class(TLrIterator) private FContainer: TWinControl; protected function GetCtrl: TControl; virtual; function GetCtrls(inIndex: Integer): TControl; virtual; procedure SetContainer(const Value: TWinControl); virtual; public constructor Create(inContainer: TWinControl = nil); function AlignHeight(inAligns: TAlignSet): Integer; function AlignMaxHeight(inAligns: TAlignSet): Integer; function AlignWidth(inAligns: TAlignSet): Integer; function CountAligns(inAligns: TAlignSet): Integer; function Eof: Boolean; override; function Next(inAligns: TAlignSet): Boolean; overload; function ListCtrls: TList; property Ctrl: TControl read GetCtrl; property Ctrls[inIndex: Integer]: TControl read GetCtrls; property Container: TWinControl read FContainer write SetContainer; end; // TLrSortedCtrlIterator = class(TLrCtrlIterator) private FCtrls: TList; FSortFunc: TListSortCompare; protected function GetCtrl: TControl; override; function GetCtrls(inIndex: Integer): TControl; override; procedure SetContainer(const Value: TWinControl); override; protected procedure ListCtrls; procedure SortCtrls; public constructor Create(inContainer: TWinControl = nil; inDirection: TAlign = alTop); destructor Destroy; override; function Controls: TList; function Eof: Boolean; override; //function Next(inAligns: TAlignSet): Boolean; overload; end; implementation function ThTopCompareCtrls(Item1, Item2: Pointer): Integer; begin Result := TControl(Item1).Top - TControl(Item2).Top; if Result = 0 then Result := TControl(Item1).Left - TControl(Item2).Left; end; function ThLeftCompareCtrls(Item1, Item2: Pointer): Integer; begin Result := TControl(Item1).Left - TControl(Item2).Left; if Result = 0 then Result := TControl(Item1).Top - TControl(Item2).Top; end; function ThBottomCompareCtrls(Item1, Item2: Pointer): Integer; begin Result := ThTopCompareCtrls(Item2, Item1); end; function ThRightCompareCtrls(Item1, Item2: Pointer): Integer; begin Result := ThLeftCompareCtrls(Item2, Item1); end; { TLrCtrlIterator } constructor TLrCtrlIterator.Create(inContainer: TWinControl); begin Container := inContainer; end; function TLrCtrlIterator.AlignHeight(inAligns: TAlignSet): Integer; begin Reset; Result := 0; while Next(inAligns) do Result := Result + Ctrl.Height; end; function TLrCtrlIterator.AlignMaxHeight(inAligns: TAlignSet): Integer; begin Reset; Result := 0; while Next(inAligns) do if Ctrl.Height > Result then Result := Ctrl.Height; end; function TLrCtrlIterator.AlignWidth(inAligns: TAlignSet): Integer; begin Reset; Result := 0; while Next(inAligns) do Result := Result + Ctrl.Width; end; function TLrCtrlIterator.CountAligns(inAligns: TAlignSet): Integer; begin Reset; Result := 0; while Next(inAligns) do Inc(Result); end; function TLrCtrlIterator.Eof: Boolean; begin Result := (Index >= Container.ControlCount); end; function TLrCtrlIterator.GetCtrls(inIndex: Integer): TControl; begin Result := Container.Controls[inIndex - 1]; end; function TLrCtrlIterator.GetCtrl: TControl; begin Result := Ctrls[Index]; end; function TLrCtrlIterator.ListCtrls: TList; begin Reset; Result := TList.Create; while Next do Result.Add(Ctrl); end; function TLrCtrlIterator.Next(inAligns: TAlignSet): Boolean; begin Result := true; while Next do if Ctrl.Align in inAligns then exit; Result := false; end; procedure TLrCtrlIterator.SetContainer(const Value: TWinControl); begin FContainer := Value; end; { TLrSortedCtrlIterator } constructor TLrSortedCtrlIterator.Create(inContainer: TWinControl; inDirection: TAlign); begin FCtrls := TList.Create; case inDirection of alLeft: FSortFunc := ThLeftCompareCtrls; alRight: FSortFunc := ThRightCompareCtrls; alBottom: FSortFunc := ThBottomCompareCtrls; else FSortFunc := ThTopCompareCtrls; end; Container := inContainer; end; destructor TLrSortedCtrlIterator.Destroy; begin FCtrls.Free; inherited; end; function TLrSortedCtrlIterator.Eof: Boolean; begin Result := (Index >= FCtrls.Count); end; function TLrSortedCtrlIterator.GetCtrls(inIndex: Integer): TControl; begin Result := TControl(FCtrls[inIndex]); end; function TLrSortedCtrlIterator.GetCtrl: TControl; begin Result := Ctrls[Index - 1]; end; { function TLrSortedCtrlIterator.Next(inAligns: TAlignSet): Boolean; begin Result := true; while Next do if Ctrl.Align in inAligns then exit; Result := false; end; } procedure TLrSortedCtrlIterator.ListCtrls; var i: Integer; begin FCtrls.Clear; if Container <> nil then for i := 0 to Pred(Container.ControlCount) do if Container.Controls[i].Visible then FCtrls.Add(Container.Controls[i]); end; procedure TLrSortedCtrlIterator.SortCtrls; begin FCtrls.Sort(FSortFunc); end; procedure TLrSortedCtrlIterator.SetContainer(const Value: TWinControl); begin inherited; ListCtrls; SortCtrls; end; function TLrSortedCtrlIterator.Controls: TList; begin Result := FCtrls; end; end.
unit SetInitOptions; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, FIBDataSet, pFIBDataSet, DB, RxMemDS, cxControls, cxContainer, cxEdit, cxTextEdit, cxMaskEdit, cxDropDownEdit, cxLookupEdit, cxDBLookupEdit, cxDBLookupComboBox, ExtCtrls, cxLookAndFeelPainters, StdCtrls, cxCheckBox, cxButtons; type TSetInitOptions_Form = class(TForm) Shape1: TShape; TableComboBox: TcxDBLookupComboBox; MemoryData: TRxMemoryData; DataSet: TpFIBDataSet; DataSource: TDataSource; MemDataSource: TDataSource; ApplyButton: TcxButton; CancelButton: TcxButton; CheckBox: TcxCheckBox; Label1: TLabel; procedure ApplyButtonClick(Sender: TObject); procedure CancelButtonClick(Sender: TObject); procedure FormClose(Sender: TObject; var Action: TCloseAction); procedure FormCreate(Sender: TObject); procedure TableComboBoxKeyPress(Sender: TObject; var Key: Char); private { Private declarations } public { Public declarations } end; var SetInitOptions_Form: TSetInitOptions_Form; implementation uses DataModule; {$R *.dfm} procedure TSetInitOptions_Form.ApplyButtonClick(Sender: TObject); begin if TableComboBox.Text <> '' then ModalResult := mrOk; end; procedure TSetInitOptions_Form.CancelButtonClick(Sender: TObject); begin ModalResult := mrCancel; end; procedure TSetInitOptions_Form.FormClose(Sender: TObject; var Action: TCloseAction); begin DataSet.Close; Action := caFree; end; procedure TSetInitOptions_Form.FormCreate(Sender: TObject); begin DataSet.Open; end; procedure TSetInitOptions_Form.TableComboBoxKeyPress(Sender: TObject; var Key: Char); begin if Key = #13 then ApplyButton.SetFocus; end; end.
unit UnitEditLinkForm; interface uses System.SysUtils, System.Classes, Winapi.Windows, Winapi.CommCtrl, Vcl.Graphics, Vcl.Controls, Vcl.Forms, Vcl.ExtCtrls, Vcl.StdCtrls, Vcl.ComCtrls, Vcl.ImgList, Vcl.Imaging.pngimage, DragDrop, DragDropFile, DropTarget, Dmitry.Utils.Dialogs, Dmitry.Controls.WatermarkedMemo, Dmitry.Controls.WatermarkedEdit, Dmitry.Controls.ComboBoxExDB, UnitLinksSupport, UnitDBFileDialogs, UnitDBDeclare, uConstants, uMemory, uMediaInfo, uDBForm, uDBContext, uDBEntities, uDBManager, uShellIntegration, uAssociations, uDBIcons, uProgramStatInfo, uThemesUtils; type TFormEditLink = class(TDBForm) Image1: TImage; Label1: TLabel; EdName: TWatermarkedEdit; Label2: TLabel; Label3: TLabel; BtnChooseLinkValue: TButton; BtnOk: TButton; BtnCancel: TButton; LblInfo: TLabel; DropFileTarget1: TDropFileTarget; EdValue: TWatermarkedMemo; LinkImageList: TImageList; CbLinkType: TComboBoxExDB; procedure FormCreate(Sender: TObject); procedure BtnCancelClick(Sender: TObject); procedure BtnChooseLinkValueClick(Sender: TObject); procedure BtnOkClick(Sender: TObject); procedure DropFileTarget1Drop(Sender: TObject; ShiftState: TShiftState; Point: TPoint; var Effect: Integer); procedure FormClose(Sender: TObject; var Action: TCloseAction); procedure EdNameChange(Sender: TObject); procedure CbLinkTypeKeyPress(Sender: TObject; var Key: Char); procedure EdValueKeyPress(Sender: TObject; var Key: Char); procedure FormKeyDown(Sender: TObject; var Key: Word; Shift: TShiftState); private { Private declarations } FProc: TSetLinkProcedure; FOnClose: TRemoteCloseFormProc; FInfo: TLinksInfo; FN: Integer; FAdd: Boolean; protected function GetFormID : string; override; procedure CustomFormAfterDisplay; override; public { Public declarations } procedure Execute(Add: Boolean; var Info: TLinksInfo; Proc: TSetLinkProcedure; OnClose: TRemoteCloseFormProc); procedure LoadLanguage; end; function AddNewLink(Add : Boolean; var info : TLinksInfo; Proc : TSetLinkProcedure; OnClose : TRemoteCloseFormProc) : TForm; implementation {$R *.dfm} function AddNewLink(Add : Boolean; var info : TLinksInfo; Proc : TSetLinkProcedure; OnClose : TRemoteCloseFormProc) : TForm; var FormEditLink: TFormEditLink; begin Application.CreateForm(TFormEditLink, FormEditLink); FormEditLink.Execute(Add, Info, Proc, OnClose); Result := FormEditLink; end; { TFormEditLink } procedure TFormEditLink.Execute(Add: Boolean; var info: TLinksInfo; Proc : TSetLinkProcedure; OnClose : TRemoteCloseFormProc); var I: Integer; begin FOnClose := OnClose; FProc := Proc; FAdd := Add; FInfo := CopyLinksInfo(Info); if Add then begin Caption := L('Add link'); end else begin FN := 0; for I := 0 to Length(FInfo) - 1 do if (FInfo[I].Tag and LINK_TAG_SELECTED) <> 0 then begin FN := I; Break; end; CbLinkType.ItemIndex := FInfo[FN].LinkType; EdName.Text := FInfo[FN].LinkName; if FInfo[FN].Tag and LINK_TAG_VALUE_VAR_NOT_SELECT = 0 then EdValue.Text := FInfo[FN].LinkValue else EdValue.Text := L('Different values'); Caption := L('Edit link'); end; Show; end; procedure TFormEditLink.FormCreate(Sender: TObject); var Icon: THandle; I: Integer; begin LoadLanguage; DropFileTarget1.Register(Self); LinkImageList.Clear; for I := LINK_TYPE_ID to LINK_TYPE_HREF do begin case I of LINK_TYPE_ID: Icon := Icons[DB_IC_SLIDE_SHOW]; LINK_TYPE_ID_EXT: Icon := Icons[DB_IC_NOTES]; LINK_TYPE_IMAGE: Icon := Icons[DB_IC_DESKTOP]; LINK_TYPE_FILE: Icon := Icons[DB_IC_SHELL]; LINK_TYPE_FOLDER: Icon := Icons[DB_IC_DIRECTORY]; LINK_TYPE_TXT: Icon := Icons[DB_IC_TEXT_FILE]; LINK_TYPE_HREF: Icon := Icons[DB_IC_LINK]; else Icon := 0; end; ImageList_AddIcon(LinkImageList.Handle, Icon); end; CbLinkType.Items.Add(L(LINK_TEXT_TYPE_ID)); CbLinkType.Items.Add(L(LINK_TEXT_TYPE_ID_EXT)); CbLinkType.Items.Add(L(LINK_TEXT_TYPE_IMAGE)); CbLinkType.Items.Add(L(LINK_TEXT_TYPE_FILE)); CbLinkType.Items.Add(L(LINK_TEXT_TYPE_FOLDER)); CbLinkType.Items.Add(L(LINK_TEXT_TYPE_TXT)); CbLinkType.Items.Add(L(LINK_TEXT_TYPE_HTML)); for I := LINK_TYPE_ID to LINK_TYPE_HREF do CbLinkType.ItemsEx[I].ImageIndex := I; CbLinkType.ItemIndex := 0; end; procedure TFormEditLink.BtnCancelClick(Sender: TObject); begin Close; end; procedure TFormEditLink.LoadLanguage; begin BeginTranslate; try LblInfo.Caption := L('Create or edit link'); Label1.Caption := L('Link type'); Label2.Caption := L('Link name'); Label3.Caption := L('Link value'); EdName.WatermarkText := L('Link name'); EdValue.WatermarkText := L('Link value'); BtnCancel.Caption := L('Cancel'); BtnOk.Caption := L('Ok'); finally EndTranslate; end; end; procedure TFormEditLink.BtnChooseLinkValueClick(Sender: TObject); var S: string; OpenDialog: DBOpenDialog; OpenPictureDialog: DBOpenPictureDialog; Context: IDBContext; MediaRepository: IMediaRepository; begin Context := DBManager.DBContext; MediaRepository := Context.Media; case CbLinkType.ItemIndex of LINK_TYPE_ID: begin OpenPictureDialog := DBOpenPictureDialog.Create; try OpenPictureDialog.Filter := TFileAssociations.Instance.FullFilter; if OpenPictureDialog.Execute then EdValue.Text := IntToStr(MediaRepository.GetIdByFileName(OpenPictureDialog.FileName)); finally F(OpenPictureDialog); end; end; LINK_TYPE_IMAGE: begin OpenPictureDialog := DBOpenPictureDialog.Create; try OpenPictureDialog.Filter := TFileAssociations.Instance.FullFilter; if OpenPictureDialog.Execute then EdValue.Text := OpenPictureDialog.FileName; finally F(OpenPictureDialog); end; end; LINK_TYPE_FILE: begin OpenDialog := DBOpenDialog.Create; try if OpenDialog.Execute then EdValue.Text := OpenDialog.FileName; finally F(OpenDialog); end; end; LINK_TYPE_FOLDER: begin S := SelectDir(Application.Handle, L('Please, select directory')); if S <> '' then EdValue.Text := S; end; LINK_TYPE_ID_EXT: begin OpenPictureDialog := DBOpenPictureDialog.Create; try OpenPictureDialog.Filter := TFileAssociations.Instance.FullFilter; if OpenPictureDialog.Execute then EdValue.Text := CodeExtID(GetImageIDW(Context, OpenPictureDialog.FileName, True).ImTh); finally F(OpenPictureDialog); end; end; end; end; procedure TFormEditLink.BtnOkClick(Sender: TObject); var I: Integer; Link: TLinkInfo; begin ProgramStatistics.PropertyLinksUsed; if FAdd then begin for I := 0 to Length(FInfo) - 1 do if (AnsiLowerCase(FInfo[I].LinkName) = AnsiLowerCase(EdName.Text)) and (FInfo[I].LinkType = CbLinkType.ItemIndex) then begin MessageBoxDB(Handle, L('Link with this name already exists! Please, select another name.'), L('Warning'), TD_BUTTON_OK, TD_ICON_WARNING); Exit; end; Link.LinkType := CbLinkType.ItemIndex; Link.LinkName := EdName.Text; Link.LinkValue := EdValue.Text; FProc(Self, '', Link, 0, LINK_PROC_ACTION_ADD); end else begin for I := 0 to Length(FInfo) - 1 do if I <> FN then if (AnsiLowerCase(FInfo[I].LinkName) = AnsiLowerCase(EdName.Text)) and (FInfo[I].LinkType = CbLinkType.ItemIndex) then begin MessageBoxDB(Handle, L('Link with this name already exists! Please, select another name.'), L('Warning'), TD_BUTTON_OK, TD_ICON_WARNING); Exit; end; Link.LinkType := CbLinkType.ItemIndex; Link.LinkName := EdName.Text; Link.LinkValue := EdValue.Text; FProc(Self, '', Link, FN, LINK_PROC_ACTION_MODIFY); end; Close; end; procedure TFormEditLink.DropFileTarget1Drop(Sender: TObject; ShiftState: TShiftState; Point: TPoint; var Effect: Integer); var S: string; Context: IDBContext; MediaRepository: IMediaRepository; begin Context := DBManager.DBContext; MediaRepository := Context.Media; case CbLinkType.ItemIndex of LINK_TYPE_ID: begin EdValue.Text := IntToStr(MediaRepository.GetIdByFileName(DropFileTarget1.Files[0])); end; LINK_TYPE_IMAGE: begin EdValue.Text := DropFileTarget1.Files[0]; end; LINK_TYPE_FILE: begin EdValue.Text := DropFileTarget1.Files[0]; end; LINK_TYPE_FOLDER: begin if DirectoryExists(DropFileTarget1.Files[0]) then S := DropFileTarget1.Files[0] else S := ExtractFileDir(DropFileTarget1.Files[0]); if S <> '' then EdValue.Text := S; end; LINK_TYPE_ID_EXT: begin EdValue.Text := CodeExtID(GetImageIDW(Context, DropFileTarget1.Files[0], True).ImTh); end; end; end; procedure TFormEditLink.FormClose(Sender: TObject; var Action: TCloseAction); begin FOnClose(Self, ''); Release; end; procedure TFormEditLink.EdNameChange(Sender: TObject); var I: Integer; S, SOld: string; begin SOld := ''; if Sender is TEdit then SOld := TEdit(Sender).Text; if Sender is TMemo then SOld := TMemo(Sender).Text; if SOld = '' then Exit; S := SOld; if Sender is TEdit then for I := Length(S) downto 1 do if (S[I] = '[') or (S[I] = ']') or (S[I] = '{') or (S[I] = '}') then S[I] := '_'; if Sender is TMemo then for I := Length(S) downto 1 do if (S[I] = ';') then S[I] := '_'; if S <> SOld then begin if Sender is TEdit then TEdit(Sender).Text := S; if Sender is TMemo then TMemo(Sender).Text := S; end; end; procedure TFormEditLink.CbLinkTypeKeyPress(Sender: TObject; var Key: Char); begin if (Key = '[') or (Key = ']') or (Key = '{') or (Key = '}') then Key := '_'; end; procedure TFormEditLink.CustomFormAfterDisplay; begin inherited; if EdName <> nil then EdName.Refresh; if EdValue <> nil then EdValue.Refresh; end; procedure TFormEditLink.EdValueKeyPress(Sender: TObject; var Key: Char); begin if (Key = ';') then Key := '_'; end; procedure TFormEditLink.FormKeyDown(Sender: TObject; var Key: Word; Shift: TShiftState); begin if Key = VK_ESCAPE then Close; end; function TFormEditLink.GetFormID: string; begin Result := 'EditLinks'; end; end.
unit U_JSON.XML; interface uses Xml.XMLDoc, System.JSON, U_Origin.Return, System.Classes, System.SysUtils, System.StrUtils, FMX.Forms, XMLIntf, System.Generics.Collections, U_Normalize; type TJSONtoXML = class( TInterfacedObject, IOriginToReturn<TJSONObject, TXMLDocument>, INormalize<TJSONObject, TXMLDocument> ) private function nodeToStringList(nodo : IXMLNode; nivel : Integer = -1) : TStringList; Overload; function nodeToStringList(nodo : TJSONArray; nivel : Integer = -1) : TStringList; Overload; function nodeToXMLStr(json : TJSONArray; var attr : String; const tagName : String = '') : String; function tabular(nivel : integer) : String; function getAtributosStr(nodos : IXMLNodeList) : string; function typeText(json : String) : string; function checksBlockEnclosure(xmlStr : String) : string; public function stringToString(strContent : String) : String; function stringToFile(strContent, filePathResult : String) : Boolean; function stringToReturnType(strContent : String) : TXMLDocument; function fileToString(filePath : String) : String; function fileToFile(filePath : String; filePathResult : String = '') : Boolean; function fileToReturnType(filePath : String) : TXMLDocument; function originTypeToString(content : TJSONObject) : String; function originTypeToFile(content : TJSONObject; filePathResult : String) : Boolean; function originTypeToReturnType(content : TJSONObject) : TXMLDocument; function normalizeOrigin(content : String) : TJSONObject; Overload; function normalizeOrigin(content : TJSONObject) : TStringList; Overload; function normalizeOrigin(content : TStringList) : String; Overload; function normalizeReturn(content : String) : TXMLDocument; Overload; function normalizeReturn(content : TXMLDocument) : TStringList; Overload; function normalizeReturn(content : TStringList) : String; Overload; end; implementation { TJSONtoXML } function TJSONtoXML.checksBlockEnclosure(xmlStr: String): string; var aux: string; begin Result := xmlStr; aux := StringReplace( Copy( xmlStr, 1, Pos( '>', xmlStr ) ), '<', '</', [rfReplaceAll, rfIgnoreCase] ); Result := IfThen( (pos(aux, xmlStr) + aux.Length) >= (xmlStr.Length), xmlStr, '<xml>' + xmlStr + '</xml>' ); end; function TJSONtoXML.fileToFile(filePath, filePathResult: String): Boolean; var arquivo : TStringList; strContent : String; xmlReturn : TXMLDocument; jsonContent : TJSONObject; begin arquivo := TStringList.Create(); try try Result := True; if filePathResult = EmptyStr then begin filePathResult := StringReplace(filePath, '.xml', '.json', [rfIgnoreCase]); end; arquivo.Clear(); arquivo.LoadFromFile(filePath); strContent := self.normalizeOrigin(arquivo); jsonContent := self.normalizeOrigin(strContent); xmlReturn := self.originTypeToReturnType(jsonContent); arquivo.Clear(); arquivo := self.normalizeReturn(xmlReturn); arquivo.SaveToFile(filePathResult); if not FileExists(filePathResult) then begin raise Exception.Create('Arquivo de retorno não foi gerado.'); end; except Result := False; end; finally arquivo.Free; end; end; function TJSONtoXML.fileToReturnType(filePath: String): TXMLDocument; var arquivo : TStringList; strContent : String; xmlReturn : TXMLDocument; jsonContent : TJSONObject; begin arquivo := TStringList.Create(); try try arquivo.Clear(); arquivo.LoadFromFile(filePath); strContent := self.normalizeOrigin(arquivo); jsonContent := self.normalizeOrigin(strContent); xmlReturn := self.originTypeToReturnType(jsonContent); Result := xmlReturn; except Result := TXMLDocument.Create(nil); end; finally arquivo.Free; end; end; function TJSONtoXML.fileToString(filePath: String): String; var arquivo : TStringList; strContent : String; xmlReturn : TXMLDocument; jsonContent : TJSONObject; strReturn : String; begin arquivo := TStringList.Create(); try try Result := EmptyStr; arquivo.Clear(); arquivo.LoadFromFile(filePath); strContent := self.normalizeOrigin(arquivo); jsonContent := self.normalizeOrigin(strContent); xmlReturn := self.originTypeToReturnType(jsonContent); arquivo.Clear(); arquivo := self.normalizeReturn(xmlReturn); strReturn := self.normalizeReturn(arquivo); Result := strReturn; except Result := EmptyStr; end; finally arquivo.Free; end; end; function TJSONtoXML.getAtributosStr(nodos: IXMLNodeList): string; var I: Integer; strReturn: string; begin strReturn := EmptyStr; for I := 0 to nodos.Count - 1 do begin strReturn := strReturn + nodos[I].XML + #32; end; if strReturn <> EmptyStr then begin strReturn := #32 + Trim(strReturn); end; Result := strReturn; end; function TJSONtoXML.nodeToStringList(nodo: TJSONArray; nivel: Integer): TStringList; var listReturn : TStringList; I: Integer; item : TJSONValue; listAux : TStringList; nome : string; valor : string; abertura : string; fechamento : string; auxiliar : string; begin listAux := TStringList.Create(); listReturn := TStringList.Create(); listReturn.Clear; for item in nodo do begin listAux.Clear(); nome := TJSONPair(item).JsonString.ToString; try valor := TJSONPair(item).JsonValue.ToString; except valor := 'node'; end; case ansiIndexStr(typeText(valor), ['text', 'object', 'array', 'node']) of 0: begin abertura := tabular(nivel) + nome + ': '; fechamento := ','; end; 1: begin if pos('[', valor) = 1 then begin abertura := tabular(nivel) + nome + ': ['; fechamento := tabular(nivel) + '],'; end else begin abertura := tabular(nivel) + nome + ': {'; fechamento := tabular(nivel) + '},'; end; listAux := Self.nodeToStringList(TJSONArray(TJSONObject.ParseJSONValue(valor)) , nivel + 1); end; 2: begin abertura := tabular(nivel) + nome + ': ['; fechamento := tabular(nivel) + '],'; listAux.Delimiter := ','; listAux.DelimitedText := valor; for I := 0 to listAux.Count - 1 do begin auxiliar := listAux.Strings[I]; auxiliar := StringReplace(auxiliar, '[', EmptyStr, [rfReplaceAll]); auxiliar := StringReplace(auxiliar, ']', EmptyStr, [rfReplaceAll]); auxiliar := StringReplace(auxiliar, '"', EmptyStr, [rfReplaceAll]); if auxiliar <> emptyStr then begin listAux.Strings[I] := tabular(nivel + 1) + '"' + auxiliar + '",'; end; end; listAux.Delete(listAux.Count - 1); listAux.Strings[listAux.Count - 1] := StringReplace(listAux.Strings[listAux.Count - 1], ',', EmptyStr, [rfReplaceAll]); end; 3: begin abertura := tabular(nivel) + '{'; fechamento := tabular(nivel) + '},'; listAux := Self.nodeToStringList(TJSONArray(item) , nivel + 1); end; end; if listAux.Count <= 0 then begin listReturn.Add(abertura + valor + fechamento); end else begin listReturn.Add(abertura); for I := 0 to listAux.Count -1 do begin listReturn.Add(listAux.Strings[I]); end; listReturn.Add(fechamento); end; end; listReturn.Strings[listReturn.Count - 1] := StringReplace(listReturn.Strings[listReturn.Count - 1], ',', EmptyStr, [rfReplaceAll]); Result := listReturn; end; function TJSONtoXML.nodeToXMLStr(json: TJSONArray; var attr : String; const tagName : String = ''): String; var item : TJSONValue; nome : string; valor : string; abertura : string; fechamento : string; content : string; aux : String; attrib : String; listStr : TStringList; listAux : TStringList; I: Integer; begin try listStr := TStringList.Create(); listAux := TStringList.Create(); listStr.Clear; content := EmptyStr; attrib := EmptyStr; for item in json do begin nome := TJSONPair(item).JsonString.ToString; try valor := TJSONPair(item).JsonValue.ToString; except valor := 'node'; end; nome := StringReplace(nome, '"', EmptyStr, [rfReplaceAll]); abertura := '<' + nome + '>'; fechamento := '</' + nome + '>'; case ansiIndexStr(typeText(valor), ['text', 'object', 'array', 'node']) of 0: begin if pos('-', nome) > 0 then begin nome := StringReplace(nome, '-', EmptyStr, [rfReplaceAll]); attr := Trim(attr + ' ' + nome + '=' + valor); end else begin valor := StringReplace(valor, '"', EmptyStr, [rfReplaceAll]); listStr.Add(abertura); listStr.Add(valor); listStr.Add(fechamento); end; end; 1: begin if pos('[', valor) = 1 then begin abertura := EmptyStr; fechamento := EmptyStr; aux := Self.nodeToXMLStr(TJSONArray(TJSONObject.ParseJSONValue(valor)), attrib, nome); end else begin aux := Self.nodeToXMLStr(TJSONArray(TJSONObject.ParseJSONValue(valor)), attrib); if attrib <> EmptyStr then begin abertura := '<' + nome + ' ' + attrib + '>'; end; end; listStr.Add(abertura); listStr.Add(aux); listStr.Add(fechamento); attrib := EmptyStr; end; 2: begin listAux.Clear; listAux.Delimiter := ','; listAux.DelimitedText := valor; for I := 0 to listAux.Count - 1 do begin aux := listAux.Strings[I]; aux := StringReplace(aux, '[', EmptyStr, [rfReplaceAll]); aux := StringReplace(aux, ']', EmptyStr, [rfReplaceAll]); aux := StringReplace(aux, '"', EmptyStr, [rfReplaceAll]); if aux <> emptyStr then begin listStr.Add(abertura); listStr.Add(aux); listStr.Add(fechamento); end; end; listAux.Clear; end; 3: begin listAux := Self.nodeToStringList(TJSONArray(item), 0); listAux.Insert(0, '{'); listAux.Add('}'); aux := EmptyStr; attrib := EmptyStr; for I := 0 to listAux.Count -1 do begin aux := aux + listAux.Strings[I]; end; aux := Self.nodeToXMLStr(TJSONArray(TJSONObject.ParseJSONValue(aux)), attrib); if attrib <> EmptyStr then begin abertura := '<' + tagName + ' ' + attrib + '>'; end else begin abertura := '<' + tagName + '>'; end; fechamento := '</' + tagName + '>'; listStr.Add(abertura); listStr.Add(aux); listStr.Add(fechamento); attrib := EmptyStr; end; end; end; for I := 0 to listStr.Count - 1 do begin content := content + listStr.Strings[I]; end; Result := content; finally listStr.Free; end; end; function TJSONtoXML.nodeToStringList(nodo: IXMLNode; nivel: Integer): TStringList; var nome : String; atributos : string; abertura : string; fechamento : string; I : Integer; J : Integer; retorno : TStringList; listaAux : TStringList; begin retorno := TStringList.Create(); listaAux := TStringList.Create(); retorno.Clear; for I := 0 to nodo.ChildNodes.Count - 1 do begin listaAux.Clear; nome := nodo.ChildNodes[I].NodeName; atributos := getAtributosStr(nodo.ChildNodes[I].AttributeNodes); abertura := tabular(nivel) + '<' + nome + atributos + '>'; fechamento := tabular(nivel) + '</' + nome + '>'; if not nodo.IsTextElement then begin listaAux := Self.nodeToStringList(nodo.ChildNodes[I], nivel + 1); end; case listaAux.Count of 0: retorno.Add(Trim(nodo.ChildNodes[I].NodeValue)); 1: begin if Pos('<', listaAux.Strings[0]) > 1 then begin retorno.Add(abertura); retorno.Add(listaAux.Strings[0]); retorno.Add(fechamento); end else begin retorno.Add(abertura + listaAux.Strings[0] + Trim(fechamento)); end; end else retorno.Add(abertura); for J := 0 to listaAux.Count - 1 do begin retorno.Add(listaAux.Strings[J]); end; retorno.Add(fechamento); end; end; result := retorno; end; function TJSONtoXML.normalizeOrigin(content: TStringList): String; var I: Integer; strReturn : String; begin try strReturn := EmptyStr; for I := 0 to content.Count - 1 do begin strReturn := strReturn + trim(content.Strings[I]); end; strReturn := StringReplace(strReturn, ',}', '}', [rfReplaceAll]); strReturn := StringReplace(strReturn, ',]', ']', [rfReplaceAll]); Result := strReturn; except Result := EmptyStr; end; end; function TJSONtoXML.normalizeOrigin(content: TJSONObject): TStringList; var nodo : TJSONArray; returnList : TStringList; begin nodo := TJSONArray(content); returnList := Self.nodeToStringList(nodo, 0); returnList.Insert(0, '{'); returnList.Add('}'); Result := returnList; end; function TJSONtoXML.normalizeOrigin(content: String): TJSONObject; var jsonReturn : TJSONObject; begin try jsonReturn := TJSONObject.ParseJSONValue(TEncoding.ASCII.GetBytes(content), 0) as TJSONObject; Result := jsonReturn; except Result := TJSONObject.Create(); end; end; function TJSONtoXML.normalizeReturn(content: String): TXMLDocument; var xmlReturn : TXMLDocument; begin try xmlReturn := TXMLDocument.Create(Application); xmlReturn.LoadFromXML(content); Result := xmlReturn; except Result := TXMLDocument.Create(Application); end; end; function TJSONtoXML.normalizeReturn(content: TXMLDocument): TStringList; var nodo : IXMLNode; begin nodo := content.Node; Result := Self.nodeToStringList(nodo); end; function TJSONtoXML.normalizeReturn(content: TStringList): String; var I: Integer; strReturn : String; begin try strReturn := EmptyStr; for I := 0 to content.Count - 1 do begin strReturn := strReturn + trim(content.Strings[I]); end; strReturn := StringReplace(strReturn, ',}', '}', [rfReplaceAll]); strReturn := StringReplace(strReturn, ',]', ']', [rfReplaceAll]); Result := strReturn; except Result := EmptyStr; end; end; function TJSONtoXML.originTypeToFile(content: TJSONObject; filePathResult: String): Boolean; var arquivo : TStringList; xmlReturn : TXMLDocument; begin try try Result := True; arquivo := TStringList.Create(); arquivo.Clear(); xmlReturn := self.originTypeToReturnType(content); arquivo := self.normalizeReturn(xmlReturn); arquivo.SaveToFile(filePathResult); if not FileExists(filePathResult) then begin raise Exception.Create('Arquivo de retorno não foi gerado.'); end; except Result := False; end; finally arquivo.Free; end; end; function TJSONtoXML.originTypeToReturnType(content: TJSONObject): TXMLDocument; var XMLDocument1 : TXMLDocument; xmlStr : String; aux : String; begin xmlStr := Self.checksBlockEnclosure( Trim( Self.nodeToXMLStr( TJSONArray(content), aux ) ) ); XMLDocument1 := TXMLDocument.Create(Application); XMLDocument1.Active := False; XMLDocument1.XML.Clear; XMLDocument1.LoadFromXML(xmlStr); XMLDocument1.Active := True; // XMLDocument1.Version := '1.0'; // XMLDocument1.Encoding := 'UTF-8'; Result := XMLDocument1; end; function TJSONtoXML.originTypeToString(content: TJSONObject): String; var xmlReturn : TXMLDocument; arquivo : TStringList; strReturn : String; begin try try Result := EmptyStr; arquivo := TStringList.Create(); arquivo.Clear(); xmlReturn := self.originTypeToReturnType(content); arquivo := self.normalizeReturn(xmlReturn); strReturn := self.normalizeReturn(arquivo); Result := strReturn; except Result := EmptyStr; end; finally arquivo.Free; end; end; function TJSONtoXML.stringToFile(strContent, filePathResult: String): Boolean; var arquivo : TStringList; jsonContent : TJSONObject; xmlReturn : TXMLDocument; begin try try Result := True; arquivo := TStringList.Create(); arquivo.Clear(); jsonContent := self.normalizeOrigin(strContent); xmlReturn := self.originTypeToReturnType(jsonContent); arquivo := self.normalizeReturn(xmlReturn); arquivo.SaveToFile(filePathResult); if not FileExists(filePathResult) then begin raise Exception.Create('Arquivo de retorno não foi gerado.'); end; except Result := False; end; finally arquivo.Free; end; end; function TJSONtoXML.stringToReturnType(strContent: String): TXMLDocument; var jsonContent : TJSONObject; xmlReturn : TXMLDocument; strReturn : String; begin try jsonContent := self.normalizeOrigin(strContent); xmlReturn := self.originTypeToReturnType(jsonContent); Result := xmlReturn; except Result := TXMLDocument.Create(nil); end; end; function TJSONtoXML.stringToString(strContent: String): String; var xmlReturn : TXMLDocument; jsonContent : TJSONObject; arquivo : TStringList; strReturn : String; begin try try Result := EmptyStr; arquivo := TStringList.Create(); arquivo.Clear(); jsonContent := self.normalizeOrigin(strContent); xmlReturn := self.originTypeToReturnType(jsonContent); arquivo := self.normalizeReturn(xmlReturn); strReturn := self.normalizeReturn(arquivo); Result := strReturn; except Result := EmptyStr; end; finally arquivo.Free; end; end; function TJSONtoXML.tabular(nivel: integer): String; var I : Integer; begin Result := EmptyStr; for I := 0 to nivel do begin Result := Result + #32#32; end; end; function TJSONtoXML.typeText(json: String): string; begin if json = 'node' then begin Result := json; end else if pos('[{', json) = 1 then begin Result := 'object'; end else if pos('[', json) = 1 then begin Result := 'array'; end else if pos('{', json) > 0 then begin Result := 'object'; end else begin Result := 'text'; end; end; end.
unit uConstants; interface uses Winapi.Windows; const //Runtime options // 2 = COINIT_APARTMENTTHREADED COM_MODE = 0; // 0 = OLE calls objects on any thread. COINIT_MULTITHREADED; //envoirements TempFolder = '\Temp\'; HKEY_INSTALL = HKEY_LOCAL_MACHINE; HKEY_USER_WORK = HKEY_CURRENT_USER; PlugInImagesFolder = 'PlugInsEx\'; OldPlugInImagesFolder = 'PlugIns\'; ThemesDirectory = 'Themes\'; CommonCacheDirectory = '\Cache\'; BackUpFolder: string = '\DBBackUp\'; StylesFolder: string = 'Styles\'; ActionsFolder: string = 'Actions\'; ImagesFolder: string = 'Images\'; FaceCacheDirectory: string = '\CVCache\Face\'; FaceTrainCacheDirectory: string = '\CVCache\FaceTrain\'; TmpDirectory: string = '\Temp\'; FolderCacheDirectory: string = '\FolderCache\'; UpdaterDirectory: string = '\Updater\'; ShareAlbumCacheDirectory: string = '\Share\Albums'; CascadesDirectory: string = 'Cascades'; DBRestoreFolder: string = '\DB\'; PHOTO_DB_APPDATA_DIRECTORY = 'Photo DataBase'; RegRoot: string = 'Software\Photo DataBase\'; cDatabasesSubKey = 'DBS'; cUserData = 'UserData\'; cMediaAssociationsData = 'MediaAssociations'; cMediaPlayerDefaultId = ':internal'; TempFolderMask = '|NDX|MB|DB|NET|'; DelayReadFileOperation = 200; DelayExecuteSQLOperation = 200; LanguageFileMask = 'Language'; SetupDataName = 'SETUP_DATA'; DefaultThemeName = 'Carbon.vsf'; StyleResourceSection = 'VCLSTYLE'; DB_ID = '{E1446065-CB87-440D-9315-6FA356F921B5}'; DB_ID_CLOSING = '{D4640FE7-EFF4-4D1F-A9D7-5FD1E2C92B3C}'; //Bridge BridgeName = 'PhotoDBBridge'; BridgeClassName = 'PhotoDBAutoplayHandler'; BringeComSlass = BridgeName + '.' + BridgeClassName; //Information MajorVersion = 3; MinorVersion = 1; PhotoDBFileName = 'PhotoDB.exe'; ProductName = 'Photo DataBase 4.6'; StartMenuProgramsPath = 'Photo DB v4.6'; ProductMajorVersionVersion = '4.6'; ProgramShortCutFile = ProductName+'.lnk'; HelpShortCutFile = 'Help.lnk'; WindowsMenuTime = 1000; ProgramMail = 'photodb@illusdolphin.net'; CopyRightString = 'Studio "Illusion Dolphin" © 2002-2014'; ProgramInstallSize = 48676; //in Kb SITE_ACTION_PERSONS = 'persons'; SITE_ACTION_STYLES = 'styles'; SiteLocation = 'http://photodb.illusdolphin.net'; DonateURL = SiteLocation + '/{LNG}/donate'; UnInstallNotifyURL = SiteLocation + '/{LNG}/uninstall'; UpdateNotifyURL = SiteLocation + '/{LNG}/update'; HomePageURL = SiteLocation + '/{LNG}'; BuyPageURL = SiteLocation + '/{LNG}/buy'; FreeActivationURL = SiteLocation + '/FreeActivationHandler'; ActionHelpPageURL = SiteLocation + '/{LNG}/?action='; GeoLocationJSON = SiteLocation + '/iplocation.ashx?lng={LNG}'; DefaultImportPattern = 'YYYY\MMM\YY.MM.DD = DDD, D mmmm, YYYY (LABEL)'; DefaultImportPatternList = DefaultImportPattern + #13 + 'YYYY\YY.MM.DD = DDD, D mmmm, YYYY (LABEL)' + #13 + 'YYYY\YY.MM.DD (LABEL)' + #13 + 'YYYY.MM.DD (LABEL)'; Animation3DDelay = 100; MapImageWidth = 200; MapImageHeight = 200; cShadowSize = 4; cMaxShareFilesLimit = 100; cMaxShareFileSize = 100 * 1024 * 1024; ReleaseNumber = 14; const RetryTryCountOnWrite = 10; RetryTryDelayOnWrite = 100; CurrentDBSettingVersion = 1; ListViewMinThumbnailSize = 85; ListViewMaxThumbnailSize = 550; cMinPreviewWidth = 100; cMinListViewWidth = 450; cMinEXIFYear = 1900; const DB_VER_1_8 = 1; DB_VER_1_9 = 2; DB_VER_2_0 = 3; DB_VER_2_1 = 4; DB_VER_2_2 = 5; DB_VER_2_3 = 6; DB_VER_4_0 = 6; //the same, no DB structure changes DB_VER_CURRENT = DB_VER_4_0; const DB_IC_SHELL = 0; DB_IC_SLIDE_SHOW = 1; DB_IC_REFRESH_THUM = 2; DB_IC_RATING_STAR = 3; DB_IC_DELETE_INFO = 4; DB_IC_DELETE_FILE = 5; DB_IC_COPY_ITEM = 6; DB_IC_PROPERTIES = 7; DB_IC_PRIVATE = 8; DB_IC_COMMON = 9; DB_IC_SEARCH = 10; DB_IC_EXIT = 11; DB_IC_FAVORITE = 12; DB_IC_DESKTOP = 13; DB_IC_RELOAD = 14; DB_IC_NOTES = 15; DB_IC_NOTEPAD = 16; DB_IC_RATING_1 = 17; DB_IC_RATING_2 = 18; DB_IC_RATING_3 = 19; DB_IC_RATING_4 = 20; DB_IC_RATING_5 = 21; DB_IC_NEXT = 22; DB_IC_PREVIOUS = 23; DB_IC_NEW = 24; DB_IC_ROTATED_0 = 25; DB_IC_ROTATED_90 = 26; DB_IC_ROTATED_180 = 27; DB_IC_ROTATED_270 = 28; DB_IC_PLAY = 29; DB_IC_PAUSE = 30; DB_IC_COPY = 31; DB_IC_PASTE = 32; DB_IC_LOADFROMFILE = 33; DB_IC_SAVETOFILE = 34; DB_IC_PANEL = 35; DB_IC_SELECTALL = 36; DB_IC_OPTIONS = 37; DB_IC_ADMINTOOLS = 38; DB_IC_ADDTODB = 39; DB_IC_HELP = 40; DB_IC_RENAME = 41; DB_IC_EXPLORER = 42; DB_IC_SENDTO = 44; //!!! DB_IC_SEND = 43; //!!! DB_IC_NEW_SHELL = 45; DB_IC_NEW_DIRECTORY = 46; DB_IC_SHELL_PREVIOUS = 47; DB_IC_SHELL_NEXT = 48; DB_IC_SHELL_UP = 49; DB_IC_KEY = 50; DB_IC_FOLDER = 51; DB_IC_ADD_FOLDER = 52; DB_IC_BOX = 53; DB_IC_DIRECTORY = 54; DB_IC_TH_FOLDER = 55; DB_IC_CUT = 56; DB_IC_NEWWINDOW = 57; DB_IC_ADD_SINGLE_FILE= 58; DB_IC_MANY_FILES = 59; DB_IC_MY_COMPUTER = 60; DB_IC_EXPLORER_PANEL = 61; DB_IC_INFO_PANEL = 62; DB_IC_SAVE_AS_TABLE = 63; DB_IC_EDIT_DATE = 64; DB_IC_GROUPS = 65; DB_IC_WALLPAPER = 66; DB_IC_NETWORK = 67; DB_IC_WORKGROUP = 68; DB_IC_COMPUTER = 69; DB_IC_SHARE = 70; DB_IC_ZOOMIN = 71; DB_IC_ZOOMOUT = 72; DB_IC_REALSIZE = 73; DB_IC_BESTSIZE = 74; DB_IC_E_MAIL = 75; DB_IC_CRYPTIMAGE = 76; DB_IC_DECRYPTIMAGE = 77; DB_IC_PASSWORD = 78; DB_IC_EXEFILE = 79; DB_IC_SIMPLEFILE = 80; DB_IC_CONVERT = 81; DB_IC_RESIZE = 82; DB_IC_REFRESH_ID = 83; DB_IC_DUPLICATE = 84; DB_IC_DEL_DUPLICAT = 85; DB_IC_UPDATING = 86; DB_IC_DO_SLIDE_SHOW = 87; DB_IC_MY_DOCUMENTS = 88; DB_IC_MY_PICTURES = 89; DB_IC_DESKTOPLINK = 90; DB_IC_IMEDITOR = 91; DB_IC_OTHER_TOOLS = 92; DB_IC_EXPORT_IMAGES = 93; DB_IC_PRINTER = 94; DB_IC_EXIF = 95; DB_IC_GET_USB = 96; DB_IC_USB = 97; DB_IC_TEXT_FILE = 98; DB_IC_DOWN = 99; DB_IC_UP = 100; DB_IC_CD_ROM = 101; DB_IC_TREE = 102; DB_IC_CANCEL_ACTION = 103; DB_IC__DB = 104; DB_IC__MDB = 105; DB_IC_SORT = 106; DB_IC_FILTER = 107; DB_IC_CLOCK = 108; DB_IC_ATYPE = 109; DB_IC_MAIN = 110; DB_IC_APPLY_ACTION = 111; DB_IC_RELOADING = 112; DB_IC_STENO = 113; DB_IC_DESTENO = 114; DB_IC_SPLIT = 115; DB_IC_CD_EXPORT = 116; DB_IC_CD_MAPPING = 117; DB_IC_CD_IMAGE = 118; DB_IC_ROTATE_MAGIC = 119; DB_IC_PEOPLE = 120; DB_IC_CAMERA = 121; DB_IC_CROP = 122; DB_IC_PICTURES_IMPORT= 123; DB_IC_BACKUP = 124; DB_IC_MAP_MARKER = 125; DB_IC_SHELF = 126; DB_IC_PHOTO_SHARE = 127; DB_IC_EDIT_PROFILE = 128; DB_IC_PHOTO_DATABASE = 129; DB_IC_LINK = 130; DB_IC_VIEW_COUNT = 131; DB_IC_TRAIN = 132; const WM_DROPFILES = $0233; WM_COPYDATA = $004A; WM_COPYDATA_ID = 3232; const Pwd_rusup = '¨ÉÖÓÊÅÍÃØÙÇÕÚÔÛÂÀÏÐÎËÄÆÝß×ÑÌÈÒÜÁÞ'; Pwd_rusdown = '¸éöóêåíãøùçõúôûâàïðîëäæýÿ÷ñìèòüáþ'; Pwd_englup = 'QWERTYUIOPASDFGHJKLZXCVBNM'; Pwd_engldown = 'qwertyuiopasdfghjklzxcvbnm'; Pwd_cifr = '0123456789'; Pwd_spec = '!#$%&()=?@<>|{[]}/\*~+#;:.-_'; Abs_engl: set of AnsiChar = ['a' .. 'z', 'A' .. 'Z']; Abs_rus: set of AnsiChar = ['à' .. 'ß', 'à' .. 'ß']; Abs_cifr: set of AnsiChar = ['0' .. '9']; Abs_hex: set of AnsiChar = ['a' .. 'e', 'A' .. 'E', '0' .. '9']; Abs_englUp: set of AnsiChar = ['A' .. 'Z']; Abs_rusUp: set of AnsiChar = ['À' .. 'ß']; Abs_englDown: set of AnsiChar = ['a' .. 'z']; Abs_rusDown: set of AnsiChar = ['à' .. 'ÿ']; SHELL_FOLDERS_ROOT = 'Software\MicroSoft\Windows\CurrentVersion\Explorer'; QUICK_LAUNCH_ROOT = 'Software\MicroSoft\Windows\CurrentVersion\GrpConv'; Cifri: set of AnsiChar = ['0' .. '9']; Unusedchar: set of AnsiChar = ['''', '/', '|', '\', '<', '>', '"', '?', '*', ':']; Unusedchar_folders: set of AnsiChar = ['''', '/', '|', '<', '>', '"', '?', '*', ':']; Abs_alldb = ['0' .. '9', 'à' .. 'ÿ', 'À' .. 'ß', '¸', '¨', 'a' .. 'z', 'A' .. 'Z', '/', '|', '\', '<', '>', '''', '?', '*', ':']; const Db_access_private = 1; Db_access_none = 0; Db_attr_norm = 0; Db_attr_missed = 1; Db_attr_duplicate = 2; Db_attr_deleted = 4; const DB_IMAGE_ROTATE_UNKNOWN = -1; DB_IMAGE_ROTATE_0 = 0; DB_IMAGE_ROTATE_90 = 1; DB_IMAGE_ROTATE_180 = 2; DB_IMAGE_ROTATE_270 = 3; DB_IMAGE_ROTATE_EXIF = 4; DB_IMAGE_ROTATE_NO_DB = 8; DB_IMAGE_ROTATE_MASK = 7; DB_IMAGE_ROTATE_FIXED = 16; //do not update rotation from EXIF during DB update process Result_Invalid = -1; Result_Add = 0; Result_Add_All = 1; Result_Skip = 2; Result_Skip_All = 3; Result_Replace = 4; Result_Replace_All = 5; Result_Replace_And_Del_Duplicates = 6; Result_Delete_File = 7; DemoDays = 30; LimitDemoRecords = 10000; LimitDemoVideoSize = 1024 * 1024 * 1024; //1Gb const SM_ID = 0; SM_TITLE = 1; SM_DATE_TIME = 2; SM_RATING = 3; SM_FILE_SIZE = 4; SM_IMAGE_SIZE = 5; SM_COMPARING = 6; SM_DUPLICATE = 7; SM_VIEW_COUNT = 8; ////////////////////////////////// /// /// Explorer /// ////////////////////////////////// const EXPLORER_ITEM_FOLDER = 0; EXPLORER_ITEM_IMAGE = 1; EXPLORER_ITEM_FILE = 2; EXPLORER_ITEM_DRIVE = 3; EXPLORER_ITEM_MYCOMPUTER = 4; EXPLORER_ITEM_NETWORK = 5; EXPLORER_ITEM_WORKGROUP = 6; EXPLORER_ITEM_COMPUTER = 7; EXPLORER_ITEM_SHARE = 8; EXPLORER_ITEM_EXEFILE = 9; EXPLORER_ITEM_OTHER = 10; EXPLORER_ITEM_SEARCH = 11; EXPLORER_ITEM_PERSON_LIST = 12; EXPLORER_ITEM_PERSON = 13; EXPLORER_ITEM_GROUP_LIST = 14; EXPLORER_ITEM_GROUP = 15; EXPLORER_ITEM_DEVICE = 16; EXPLORER_ITEM_DEVICE_STORAGE = 17; EXPLORER_ITEM_DEVICE_DIRECTORY = 18; EXPLORER_ITEM_DEVICE_IMAGE = 19; EXPLORER_ITEM_DEVICE_VIDEO = 20; EXPLORER_ITEM_DEVICE_FILE = 21; EXPLORER_ITEM_SHELF = 22; EXPLORER_ITEM_CALENDAR = 23; EXPLORER_ITEM_CALENDAR_YEAR = 24; EXPLORER_ITEM_CALENDAR_MONTH = 25; EXPLORER_ITEM_CALENDAR_DAY = 26; EXPLORER_ITEM_COLLECTION = 27; EXPLORER_ITEM_COLLECTION_DIRECTORY = 28; EXPLORER_ITEM_COLLECTION_DELETED = 29; EXPLORER_ITEM_COLLECTION_DUPLICATES = 30; ////////////////////////////////////////////////// THREAD_TYPE_NONE = -1; THREAD_TYPE_FOLDER = 0; THREAD_TYPE_DISK = THREAD_TYPE_FOLDER; THREAD_TYPE_MY_COMPUTER = 2; THREAD_TYPE_NETWORK = 3; THREAD_TYPE_WORKGROUP = 4; THREAD_TYPE_COMPUTER = 5; THREAD_TYPE_IMAGE = 6; THREAD_TYPE_FILE = 7; THREAD_TYPE_FOLDER_UPDATE = 8; THREAD_TYPE_BIG_IMAGES = 9; THREAD_TYPE_THREAD_PREVIEW = 10; THREAD_TYPE_SEARCH_FOLDER = 11; THREAD_TYPE_SEARCH_DB = 12; THREAD_TYPE_SEARCH_IMAGES = 13; THREAD_TYPE_PERSONS = 14; THREAD_TYPE_GROUPS = 15; THREAD_TYPE_GROUP = 16; THREAD_TYPE_PERSON = 17; THREAD_TYPE_CAMERA = 18; THREAD_TYPE_CAMERAITEM = 19; THREAD_TYPE_SHELF = 20; THREAD_TYPE_PATH_ITEM = 21; THREAD_PREVIEW_MODE_IMAGE = 1; THREAD_PREVIEW_MODE_BIG_IMAGE = 2; THREAD_PREVIEW_MODE_DIRECTORY = 3; THREAD_PREVIEW_MODE_EXIT = 0; LV_THUMBS = 0; LV_ICONS = 1; LV_SMALLICONS = 2; LV_TITLES = 3; LV_TILE = 4; LV_GRID = 5; TD_ICON_BLANK = 102; TD_ICON_WARNING = 81; TD_ICON_QUESTION = 99; TD_ICON_ERROR = TD_ICON_BLANK + 3; TD_ICON_ACCEPT_ICON = TD_ICON_BLANK + 4; TD_ICON_INFORMATION = TD_ICON_BLANK + 5; TD_ICON_PC = TD_ICON_BLANK + 7; TD_ICON_SCREEN = TD_ICON_BLANK + 8; TD_ICON_SETTINGS = TD_ICON_BLANK + 14; TD_ICON_IMAGE = TD_ICON_BLANK + 20; TD_ICON_DELETE = 89; TD_ICON_SEARCH = TD_ICON_BLANK + 75; TD_ICON_EDIT = 94; TD_BUTTON_OK = 1; TD_BUTTON_YES = 2; TD_BUTTON_NO = 4; TD_BUTTON_CANCEL = 8; TD_BUTTON_RETRY = 16; TD_BUTTON_CLOSE = 32; TD_BUTTON_YESNO = TD_BUTTON_YES+TD_BUTTON_NO; TD_BUTTON_YESNOCANCEL = TD_BUTTON_YES+TD_BUTTON_NO+TD_BUTTON_CANCEL; TD_BUTTON_OKCANCEL = TD_BUTTON_OK+TD_BUTTON_CANCEL; //TODO IGNORE_ABORT TD_BUTTON_ABORT_RETRY_IGNORE = TD_BUTTON_RETRY TD_RESULT_OK = 1; TD_RESULT_CANCEL = 2; TD_RESULT_RETRY = 4; TD_RESULT_YES = 6; TD_RESULT_NO = 7; TD_RESULT_CLOSE = 8; const SELECT_DB_OPTION_NONE = 0; SELECT_DB_OPTION_GET_DB = 1; SELECT_DB_OPTION_GET_DB_OR_EXISTS = 2; const ACTION_ENCRYPT_IMAGES = 1; ACTION_DECRYPT_IMAGES = 2; const DIRECTORY_OPTION_DATE_SINGLE = 0; DIRECTORY_OPTION_DATE_WITH_UP = 1; DIRECTORY_OPTION_DATE_WITH_DOWN = 2; DIRECTORY_OPTION_DATE_EXCLUDE = 3; const EXIF_BASE_GROUPS = 'photodb_groups'; EXIF_BASE_LINKS = 'photodb_links'; EXIF_BASE_ACCESS = 'photodb_access'; EXIF_BASE_INCLUDE = 'photodb_include'; EXIF_BASE_PEOPLE = 'photodb_people'; const PSDTransparent = True; const MIN_PACKET_TIME = 500; const CUR_UPDOWN = 140; CUR_LEFTRIGHT = 141; CUR_TOPRIGHT = 142; CUR_RIGHTBOTTOM = 143; CUR_HAND = 144; CUR_CROP = 145; const EXPLORER_SEARCH_FILES = 0; EXPLORER_SEARCH_IMAGES = 1; EXPLORER_SEARCH_DATABASE = 2; const CLASS_DOMDocument: TGUID = '{88D96A05-F192-11D4-A65F-0040963251E5}'; const DefaultCascadeFileName = 'haarcascade_frontalface_alt.xml'; const cGroupsPath = 'Groups'; cPersonsPath = 'Persons'; cDevicesPath = 'Devices'; cDBSearchPath = '::db://'; cImagesSearchPath = '::images://'; cFilesSearchPath = '::files://'; cShelfPath = 'Shelf'; cDatesPath = 'Date'; cCollectionPath = 'Collection'; cCollectionBrowsePath = 'Browse'; cCollectionDeletedPath = 'Missed'; cCollectionDuplicatesPath = 'Duplicates'; const ObjectTableName = 'Objects'; ObjectMappingTableName = 'ObjectMapping'; ImageTable = 'ImageTable'; GroupsTableName = 'Groups'; TableSettings = 'DBSettings'; const DBT_DeviceArrival = $8000; DBT_DeviceRemoveComplete = $8004; DBTF_Media = $0001; DBT_DevTyp_Volume = $0002; DBT_DEVNODES_CHANGED = $0007; const cVideoFileExtensions = '.mov,.avi,.mkv,.mp4,.mpg,.mpe,.mpeg,.m2v,.wmv,.flv'; function IsRotatedImageProportions(Rotation: Integer): Boolean; implementation function IsRotatedImageProportions(Rotation: Integer): Boolean; begin Result := (Rotation and DB_IMAGE_ROTATE_MASK) in [DB_IMAGE_ROTATE_90, DB_IMAGE_ROTATE_270]; end; end.
{******************************************************************************* Title: T2Ti ERP Description: Controller relacionado à tabela [ECF_FUNCIONARIO] The MIT License Copyright: Copyright (C) 2010 T2Ti.COM Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. The author may be contacted at: t2ti.com@gmail.com</p> Albert Eije (T2Ti.COM) @version 2.0 *******************************************************************************} unit EcfFuncionarioController; interface uses Classes, SysUtils, Windows, Forms, Controller, VO, EcfFuncionarioVO, EcfOperadorVO; type TEcfFuncionarioController = class(TController) private public class function ConsultaLista(pFiltro: String): TListaEcfFuncionarioVO; class function ConsultaObjeto(pFiltro: String): TEcfFuncionarioVO; class function Usuario(pLogin, pSenha: String): TEcfOperadorVO; end; implementation uses T2TiORM; var ObjetoLocal: TEcfFuncionarioVO; class function TEcfFuncionarioController.ConsultaLista(pFiltro: String): TListaEcfFuncionarioVO; begin try ObjetoLocal := TEcfFuncionarioVO.Create; Result := TListaEcfFuncionarioVO(TT2TiORM.Consultar(ObjetoLocal, pFiltro, True)); finally ObjetoLocal.Free; end; end; class function TEcfFuncionarioController.ConsultaObjeto(pFiltro: String): TEcfFuncionarioVO; begin try Result := TEcfFuncionarioVO.Create; Result := TEcfFuncionarioVO(TT2TiORM.ConsultarUmObjeto(Result, pFiltro, True)); finally end; end; class function TEcfFuncionarioController.Usuario(pLogin, pSenha: String): TEcfOperadorVO; var Filtro: String; begin try Filtro := 'LOGIN = '+QuotedStr(pLogin)+' AND SENHA = '+QuotedStr(pSenha); Result := TEcfOperadorVO.Create; Result := TEcfOperadorVO(TT2TiORM.ConsultarUmObjeto(Result, Filtro, True)); //Exercício: crie o método para popular esses objetos automaticamente no T2TiORM if Assigned(Result) then Result.EcfFuncionarioVO := TEcfFuncionarioVO(TT2TiORM.ConsultarUmObjeto(Result.EcfFuncionarioVO, 'ID='+IntToStr(Result.IdEcfFuncionario), True)); finally end; end; end.
unit unt_EditBruno; interface uses System.SysUtils, System.Classes, Vcl.StdCtrls, Vcl.Dialogs, Winapi.Messages; type //método anônimo TOnSize = procedure(Sender: TObject; iLarguraAntiga: Integer) of Object; //enumerator TEstilos = (eNegrito, eItalico, eSublinhado, eRiscado); //set TEstilo = set of TEstilos; {record não tem destrutor, não tem property e não precisa instanciar, ela é liberada automáticamente ao sair do escopo} TPessoa = record public Nome: String; Idade: Integer; Nacionalidade: String; constructor create(Nome: String; Idade: Integer; Nacionalidade: String); end; TEditBruno = class(TEdit) private FOnSize: TOnSize; FOnMove: TNotifyEvent; FNotifica: Boolean; FEstilo: TEstilo; procedure setEstilo(const Value: TEstilo); protected LabelDinamico: TLabel; procedure DoMeuMove(var Message: TMessage); message WM_MOVE; procedure DoMeuSize(var Message: TMessage); message WM_SIZE; procedure Notification(AComponent: TComponent; Operation: TOperation); override; procedure CreateWnd; override; public constructor Create(AOwner: TComponent); override; destructor Destroy; override; published property OnMeuSize: TOnSize read FOnSize write FOnSize; property OnMeuMove: TNotifyEvent read FOnMove write FOnMove; property Notifica: Boolean read FNotifica write FNotifica default False; property Estilo: TEstilo read FEstilo write setEstilo; end; procedure Register; implementation uses Winapi.Windows, Vcl.Graphics; procedure Register; begin RegisterComponents('teste', [TEditBruno]); end; { TEditBruno } constructor TEditBruno.Create(AOwner: TComponent); begin inherited; LabelDinamico := TLabel.Create(Self); LabelDinamico.Caption := 'Label Dinamico'; LabelDinamico.Name := 'Label1'; end; procedure TEditBruno.CreateWnd; begin inherited; LabelDinamico.Parent := Self.Parent; Self.Text := 'Customizadooo'; end; destructor TEditBruno.Destroy; begin FreeAndNil(LabelDinamico); inherited; end; procedure TEditBruno.DoMeuMove(var Message: TMessage); begin inherited; LabelDinamico.Top := Self.Top - 15; LabelDinamico.Left := Self.Left; showmessage('moveu'); if Assigned(FOnMove) then OnMeuMove(Self); end; procedure TEditBruno.DoMeuSize(var Message: TMessage); begin inherited; if Assigned(FOnSize) then OnMeuSize(Self, Self.Width); end; procedure TEditBruno.Notification(AComponent: TComponent; Operation: TOperation); var sOperation: String; begin inherited; if not Notifica then exit; if AnsiSameStr(AComponent.ClassName, 'TPopupActionBar') then exit; if Operation = opInsert then sOperation := 'Inserido' else if Operation = opRemove then sOperation := 'Deletado'; showmessage('ComponenteClass: ' + AComponent.ClassName + #13 + 'Operação: ' + sOperation); end; procedure TEditBruno.setEstilo(const Value: TEstilo); begin FEstilo := Value; Self.Font.Style := []; if TEstilos.eNegrito in FEstilo then Self.Font.Style := Self.Font.Style + [fsBold]; if TEstilos.eSublinhado in FEstilo then Self.Font.Style := Self.Font.Style + [fsUnderline]; if TEstilos.eItalico in FEstilo then Self.Font.Style := Self.Font.Style + [fsItalic]; if TEstilos.eRiscado in FEstilo then Self.Font.Style := Self.Font.Style + [fsStrikeOut]; end; { TPessoa } { TPessoa } constructor TPessoa.create(Nome: String; Idade: Integer; Nacionalidade: String); begin Self.Nome := Nome; Self.Idade := Idade; Self.Nacionalidade := Nacionalidade; end; end.
unit HS4Bind.Interfaces; interface uses System.Classes, {$IFDEF HAS_FMX} FMX.Objects; {$ELSE} Vcl.ExtCtrls; {$ENDIF} type iHS4bindSend = interface; iHS4BindGet = interface; iHS4BindCredential = interface; iHS4Bind = interface ['{9AF66D6B-D72D-4918-88F7-C65043C46079}'] function SendFile : iHS4bindSend; function GetFile : iHS4BindGet; function Credential : iHS4BindCredential; end; iHS4bindSend = interface ['{09E77C1A-3405-4210-BA2D-52B246F9D7F7}'] function Send : iHS4bindSend; function FileName( aValue : String ) : iHS4bindSend; function ContentType( aValue : String ) : iHS4bindSend; function EndPoint(aValue : string) : iHS4bindSend; function Path(aValue : string) : iHS4bindSend; function FileStream( aValue : TBytesStream ) : iHS4bindSend; overload; function FileStream( aValue : TImage ) : iHS4bindSend; overload; function ToString : string; end; iHS4BindGet = interface ['{9D869884-D8A3-4BF0-8826-07CFFCD48695}'] function Get(var aImage : TImage) : iHS4BindGet; function FileName(aName : string) : iHS4BindGet; end; iHS4BindCredential = interface ['{73FC2594-C32E-48A4-A8AE-82CD8ED26F27}'] function BaseURL(const aValue : string) : iHS4BindCredential; overload; function BaseURL : string; overload; function &End : iHS4Bind; end; implementation end.
unit uI3BaseFrm; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, cxLookAndFeels, dxSkinsForm , cxDBRichEdit, cxDBEdit, cxLabel, cxGrid, cxButtons, cxStyles, cxEdit, cxMemo, cxRichEdit, cxTextEdit, cxClasses, cxControls,TypInfo,cxPC, cxLookAndFeelPainters, cxContainer, cxGroupBox, cxGraphics, cxCustomData, cxTL, cxMaskEdit, cxTLdxBarBuiltInMenu, cxInplaceContainer, cxDBTL, cxTLData, ExtCtrls ,FrmCliDM,Pub_Fun,cxDBLookupComboBox, cxDropDownEdit, cxCalendar, cxLookupEdit, cxDBLookupEdit, cxFilter, cxData, cxDataStorage, cxDBData, cxGridLevel, cxGridCustomTableView, cxGridTableView, cxGridDBTableView, cxGridCustomView, cxCheckBox,cxButtonEdit, Menus,cxGridExportLink; Const InputColor : TColor = $00CAFFFF; Const InputTag : Integer = 100; type TI3BaseFrm = class(TForm) pm_ExportExcel: TPopupMenu; i3pub_ExportExcel: TMenuItem; i3_ExportexcelDg: TSaveDialog; procedure FormCreate(Sender: TObject); procedure i3pub_ExportExcelClick(Sender: TObject); private { Private declarations } public { Public declarations } StyleName : String; sKing : TcxLookAndFeelKind; Pub_cxGrid:TcxGrid; function SetStyle(Frm:TControl):String; Procedure I3UserMessage(var msg:TMessage);Message WM_I3Message; Procedure I3UserMessageResult(var msg:TMessage);virtual; procedure cxGridEnter(Sender: TObject); end; var I3BaseFrm: TI3BaseFrm; implementation uses FrmCliMain; {$R *.dfm} function TI3BaseFrm.SetStyle(Frm:TControl):String; var i:Integer; foc : TControl; pm : TPopupMenu; Item : TMenuItem ; begin if Frm.ComponentCount > 0 then begin for i:=0 to Frm.ComponentCount -1 do begin if (Frm.Components[i].InheritsFrom(TcxGrid)) then begin TcxGrid(Frm.Components[i]).LookAndFeel.Kind := sKing; TcxGrid(Frm.Components[i]).LookAndFeel.SkinName :=StyleName; if TcxGrid(Frm.Components[i]).PopupMenu = nil then TcxGrid(Frm.Components[i]).PopupMenu := pm_ExportExcel else begin pm := TPopupMenu(TcxGrid(Frm.Components[i]).PopupMenu); Item := TMenuItem.Create(pm); Item.Caption := '导出到Excel...'; Item.OnClick := i3pub_ExportExcelClick; pm.Items.Add(Item); end ; TcxGrid(Frm.Components[i]).OnEnter := cxGridEnter; end else if (Frm.Components[i].InheritsFrom(TcxDBRichEdit)) then begin TcxDBRichEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBRichEdit(Frm.Components[i]).Style.LookAndFeel.SkinName :=StyleName; if TcxDBRichEdit(Frm.Components[i]).Tag = InputTag then TcxDBRichEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxLabel)) then begin TcxLabel(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxLabel(Frm.Components[i]).Style.LookAndFeel.SkinName :=StyleName; end else if (self.Components[i].InheritsFrom(TcxButton)) then begin if Trim( TcxButton(Frm.Components[i]).Name) <> '' then begin TcxButton(Frm.Components[i]).LookAndFeel.Kind := sKing; TcxButton(Frm.Components[i]).LookAndFeel.SkinName := StyleName; end; end else if (Frm.Components[i].InheritsFrom(TcxPageControl)) then begin TcxPageControl(Frm.Components[i]).LookAndFeel.Kind := sKing; TcxPageControl(Frm.Components[i]).LookAndFeel.SkinName := StyleName; end else if (Frm.Components[i].InheritsFrom(TcxGroupBox)) then begin TcxGroupBox(Frm.Components[i]).LookAndFeel.Kind := sKing; TcxGroupBox(Frm.Components[i]).LookAndFeel.SkinName := StyleName; end else if (Frm.Components[i].InheritsFrom(TcxDBTreeList)) then begin TcxDBTreeList(Frm.Components[i]).LookAndFeel.Kind := sKing; TcxDBTreeList(Frm.Components[i]).LookAndFeel.SkinName := StyleName; end else if (Frm.Components[i].InheritsFrom(TcxDBMemo)) then begin TcxDBMemo(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBMemo(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBMemo(Frm.Components[i]).Tag = InputTag then TcxDBMemo(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxMemo)) then begin TcxMemo(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxMemo(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxMemo(Frm.Components[i]).Tag = InputTag then TcxMemo(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxGroupBox)) then begin TcxGroupBox(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxGroupBox(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; end else if (Frm.Components[i].InheritsFrom(TcxDBButtonEdit)) then begin TcxDBButtonEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBButtonEdit(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBButtonEdit(Frm.Components[i]).Tag = InputTag then TcxDBButtonEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxDBTextEdit)) then begin TcxDBTextEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBTextEdit(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBTextEdit(Frm.Components[i]).Tag = InputTag then TcxDBTextEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxDBDateEdit)) then begin TcxDBDateEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBDateEdit(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBDateEdit(Frm.Components[i]).Tag = InputTag then TcxDBDateEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxDBLookupComboBox)) then begin TcxDBLookupComboBox(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBLookupComboBox(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBLookupComboBox(Frm.Components[i]).Tag = InputTag then TcxDBLookupComboBox(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxButtonEdit)) then begin TcxButtonEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxButtonEdit(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxButtonEdit(Frm.Components[i]).Tag = InputTag then TcxButtonEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxDBMaskEdit)) then begin TcxDBMaskEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBMaskEdit(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBMaskEdit(Frm.Components[i]).Tag = InputTag then TcxDBMaskEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxDBComboBox)) then begin TcxDBComboBox(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBComboBox(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBComboBox(Frm.Components[i]).Tag = InputTag then TcxDBComboBox(Frm.Components[i]).Style.Color := InputColor; end // else if (Frm.Components[i].InheritsFrom(TcxDBCurrencyEdit)) then begin TcxDBCurrencyEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDBCurrencyEdit(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDBCurrencyEdit(Frm.Components[i]).Tag = InputTag then TcxDBCurrencyEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxLookupComboBox)) then begin TcxLookupComboBox(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxLookupComboBox(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxLookupComboBox(Frm.Components[i]).Tag = InputTag then TcxLookupComboBox(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TcxDateEdit)) then begin TcxDateEdit(Frm.Components[i]).Style.LookAndFeel.Kind := sKing; TcxDateEdit(Frm.Components[i]).Style.LookAndFeel.SkinName := StyleName; if TcxDateEdit(Frm.Components[i]).Tag = InputTag then TcxDateEdit(Frm.Components[i]).Style.Color := InputColor; end else if (Frm.Components[i].InheritsFrom(TPanel)) then begin TPanel(Frm.Components[i]).Color := $00FBF3EC; end; foc := TControl(Frm.Components[i]); if foc.ComponentCount > 0 then SetStyle(foc); end; end; end; procedure TI3BaseFrm.FormCreate(Sender: TObject); begin Self.DoubleBuffered := True; //StyleName := 'Office2007Green'; StyleName := FMCliMain.cxComboBox1.Text; sKing := lfOffice11; SetStyle(self); end; //判断控件是否有某一个属性 function FindProperty(AClass: TObject; sPropertyName: String): Boolean; var PropList: PPropList; ClassTypeInfo: PTypeInfo; ClassTypeData: PTypeData; i: integer; begin Result := False; ClassTypeInfo := aClass.ClassType.ClassInfo; ClassTypeData := GetTypeData(ClassTypeInfo); if ClassTypeData.PropCount <> 0 then begin GetMem(PropList, SizeOf(PPropInfo) * ClassTypeData.PropCount); try GetPropInfos(AClass.ClassInfo, PropList); for i := 0 to ClassTypeData.PropCount - 1 do if (PropList[i]^.PropType^.Kind <> tkMethod) and (UpperCase(PropList[i]^.Name) = UpperCase(sPropertyName)) then begin Result := True; Break; end; finally FreeMem(PropList, SizeOf(PPropInfo) * ClassTypeData.PropCount); end; end; end; procedure TI3BaseFrm.I3UserMessage(var msg: TMessage); begin I3UserMessageResult(msg); end; procedure TI3BaseFrm.I3UserMessageResult(var msg: TMessage); begin if msg.WParam = ErrMsgNO then begin //showMsg(self.Handle,'出错:'+PChar(Msg.LParam),[]); showMsg(self.Handle,'查询出错,明细错误请查看日志文件(\Pos_CliFile\CliLog)',[]); end; end; procedure TI3BaseFrm.cxGridEnter(Sender: TObject); begin Pub_cxGrid := TcxGrid(Sender); end; procedure TI3BaseFrm.i3pub_ExportExcelClick(Sender: TObject); begin if Pub_cxGrid <> nil then begin if i3_ExportexcelDg.Execute then ExportGridToExcel(i3_ExportexcelDg.FileName, Pub_cxGrid, True, true, True); end; end; end.
unit ZFExcept; {$I ZFVer.Inc} interface uses SysUtils, Classes; type EZFException = class(Exception) public ErrorCode: integer; NativeError: integer; constructor Create(NativeErr: integer; Component: TComponent = nil); overload; constructor Create(NativeErr: integer; const Args: array of const; Component: TComponent = nil); overload; end; implementation uses ZFConst; constructor EZFException.Create(NativeErr: integer; Component: TComponent = nil); var ErMessage, s: string; i: integer; begin NativeError := NativeErr; ErrorCode := ErUnknownError; for i := 0 to ZFMaxNativeError do if (ZFNativeToErrorCode[i][0] = NativeErr) then begin ErrorCode := ZFNativeToErrorCode[i][1]; break; end; ErMessage := ZFErrorMessages[ErrorCode]; if Assigned(Component) and (Component.Name <> '') then ErMessage := Format('%s: %s', [Component.Name, ErMessage]); s := StringReplace(Format('%5d', [NativeError]), ' ', '0', [rfReplaceAll]); ErMessage := ErMessage + ' - Native error: ' + s; inherited Create(ErMessage); end; constructor EZFException.Create(NativeErr: integer; const Args: array of const; Component: TComponent = nil); var ErMessage, s: string; i: integer; begin NativeError := NativeErr; ErrorCode := ErUnknownError; for i := 0 to ZFMaxNativeError do if (ZFNativeToErrorCode[i][0] = NativeErr) then begin ErrorCode := ZFNativeToErrorCode[i][1]; break; end; ErMessage := ZFErrorMessages[ErrorCode]; ErMessage := Format(ErMessage, Args); if Assigned(Component) and (Component.Name <> '') then ErMessage := Format('%s: %s', [Component.Name, ErMessage]); s := StringReplace(Format('%5d', [NativeError]), ' ', '0', [rfReplaceAll]); ErMessage := ErMessage + ' - Native error: ' + s; inherited Create(ErMessage); end; end.
unit SubOpTest; {$mode objfpc}{$H+} interface uses fpcunit, testregistry, uIntXLibTypes, uIntX, uConstants; type { TTestSubOp } TTestSubOp = class(TTestCase) published procedure Sub2IntX(); procedure Sub2IntXNeg(); procedure SubIntIntX(); procedure SubIntXInt(); procedure CallSubNullIntX(); procedure Sub0IntX(); procedure Sub0IntXNeg(); procedure Sub2BigIntX(); procedure Sub2BigIntXC(); procedure Sub2BigIntXC2(); procedure Sub2BigIntXC3(); procedure Sub2BigIntXC4(); procedure Sub2BigIntXC5(); procedure SubAdd(); private procedure SubNullIntX(); end; implementation procedure TTestSubOp.Sub2IntX(); var int1, int2: TIntX; begin int1 := TIntX.Create(3); int2 := TIntX.Create(5); AssertTrue(int1 - int2 = -2); end; procedure TTestSubOp.Sub2IntXNeg(); var int1, int2: TIntX; begin int1 := TIntX.Create(-3); int2 := TIntX.Create(-5); AssertTrue(int1 - int2 = 2); end; procedure TTestSubOp.SubIntIntX(); var IntX: TIntX; begin IntX := TIntX.Create(3); AssertTrue(IntX - 5 = -2); end; procedure TTestSubOp.SubIntXInt(); var IntX: TIntX; begin IntX := TIntX.Create(3); AssertTrue(5 - IntX = 2); end; procedure TTestSubOp.SubNullIntX(); var int1: TIntX; begin int1 := TIntX.Create(3); int1 := int1 - Default (TIntX); end; procedure TTestSubOp.CallSubNullIntX(); var TempMethod: TRunMethod; begin TempMethod := @SubNullIntX; AssertException(EArgumentNilException, TempMethod); end; procedure TTestSubOp.Sub0IntX(); var int1: TIntX; begin int1 := TIntX.Create(3); AssertTrue(int1 - 0 = 3); AssertTrue(0 - int1 = -3); AssertTrue(TIntX.Create(0) - int1 = -3); AssertTrue(TIntX.Create(0) - 0 = 0); end; procedure TTestSubOp.Sub0IntXNeg(); var int1: TIntX; begin int1 := TIntX.Create(-3); AssertTrue(int1 - 0 = -3); AssertTrue(0 - int1 = 3); AssertTrue(int1 - TIntX.Create(0) = -3); AssertTrue(TIntX.Create(0) - int1 = 3); end; procedure TTestSubOp.Sub2BigIntX(); var temp1, temp2, temp3: TIntXLibUInt32Array; int1, int2, int3: TIntX; begin SetLength(temp1, 3); temp1[0] := 1; temp1[1] := 2; temp1[2] := 3; SetLength(temp2, 3); temp2[0] := 3; temp2[1] := 4; temp2[2] := 5; SetLength(temp3, 3); temp3[0] := 2; temp3[1] := 2; temp3[2] := 2; int1 := TIntX.Create(temp1, False); int2 := TIntX.Create(temp2, False); int3 := TIntX.Create(temp3, True); AssertTrue(int1 - int2 = int3); end; procedure TTestSubOp.Sub2BigIntXC(); var temp1, temp2, temp3: TIntXLibUInt32Array; int1, int2, int3: TIntX; begin SetLength(temp1, 2); temp1[0] := TConstants.MaxUInt32Value; temp1[1] := TConstants.MaxUInt32Value - 1; SetLength(temp2, 2); temp2[0] := 1; temp2[1] := 1; SetLength(temp3, 3); temp3[0] := 0; temp3[1] := 0; temp3[2] := 1; int1 := TIntX.Create(temp1, False); int2 := TIntX.Create(temp2, False); int3 := TIntX.Create(temp3, False); AssertTrue(int1 = int3 - int2); end; procedure TTestSubOp.Sub2BigIntXC2(); var temp1, temp2, temp3: TIntXLibUInt32Array; int1, int2, int3: TIntX; begin SetLength(temp1, 2); temp1[0] := TConstants.MaxUInt32Value - 1; temp1[1] := TConstants.MaxUInt32Value - 1; SetLength(temp2, 2); temp2[0] := 1; temp2[1] := 1; SetLength(temp3, 2); temp3[0] := TConstants.MaxUInt32Value; temp3[1] := TConstants.MaxUInt32Value; int1 := TIntX.Create(temp1, False); int2 := TIntX.Create(temp2, False); int3 := TIntX.Create(temp3, False); AssertTrue(int1 = int3 - int2); end; procedure TTestSubOp.Sub2BigIntXC3(); var temp1, temp2, temp3: TIntXLibUInt32Array; int1, int2, int3: TIntX; begin SetLength(temp1, 2); temp1[0] := TConstants.MaxUInt32Value; temp1[1] := TConstants.MaxUInt32Value; SetLength(temp2, 2); temp2[0] := 1; temp2[1] := 1; SetLength(temp3, 3); temp3[0] := 0; temp3[1] := 1; temp3[2] := 1; int1 := TIntX.Create(temp1, False); int2 := TIntX.Create(temp2, False); int3 := TIntX.Create(temp3, False); AssertTrue(int1 = int3 - int2); end; procedure TTestSubOp.Sub2BigIntXC4(); var temp1, temp2, temp3: TIntXLibUInt32Array; int1, int2, int3: TIntX; begin SetLength(temp1, 4); temp1[0] := TConstants.MaxUInt32Value; temp1[1] := TConstants.MaxUInt32Value; temp1[2] := 1; temp1[3] := 1; SetLength(temp2, 2); temp2[0] := 1; temp2[1] := 1; SetLength(temp3, 4); temp3[0] := 0; temp3[1] := 1; temp3[2] := 2; temp3[3] := 1; int1 := TIntX.Create(temp1, False); int2 := TIntX.Create(temp2, False); int3 := TIntX.Create(temp3, False); AssertTrue(int1 = int3 - int2); end; procedure TTestSubOp.Sub2BigIntXC5(); var int1, int2, int3: TIntX; begin int1 := TIntX.Create('40000000000000000000000000000000000000000000000000000'); int2 := TIntX.Create ('10666666666666666666666666666666666666666666666666666666'); int3 := TIntX.Create ('-10626666666666666666666666666666666666666666666666666666'); AssertTrue(int1 - int2 = int3); end; procedure TTestSubOp.SubAdd(); var int1, int2: TIntX; begin int1 := TIntX.Create(2); int2 := TIntX.Create(-3); AssertTrue(int1 - int2 = 5); end; initialization RegisterTest(TTestSubOp); end.
unit uI2XProduct; interface uses Types, uDebug, SysUtils, uStrUtil, OmniXML, Contnrs, JclStrings, uI2XConstants, uI2XPlugin, uHashTable, uI2XOCR, uI2XTemplate, Math; const UNIT_NAME = 'uI2XProduct'; NODE_ELEMENT = 1; type TI2XProductItem = class(TI2XOCRItem) private FElement : CEleNodeData; //This is the template element that this product item will be tied to FParent : TI2XProductItem; function getElementID: string; public property Element : CEleNodeData read FElement Write FElement; property ElementID : string read getElementID; property Parent : TI2XProductItem read FParent Write FParent; procedure Clear; dynamic; function AsXML() : string; dynamic; constructor Create; overload; override; constructor Create( ele : CEleNodeData ); overload; dynamic; constructor Create( const x, y, height, width : integer; const accuracy : single; const data : string ); overload; dynamic; destructor Destroy; override; procedure Copy( Source : TI2XProductItem ); dynamic; procedure CopyTo( Target : TI2XProductItem ); dynamic; end; TI2XItem = class( TI2XProductItem ) private FItems : THashTable; procedure PutItem(idx: TIndex; const Value: TI2XProductItem); function GetKeys: TKeyList; function GetCount: Cardinal; protected function getX() : integer; override; function getY() : integer; override; function getWidth() : integer; override; function getHeight() : integer; override; function getAccuracy() : single; override; public function GetItem(idx: TIndex): TI2XProductItem; function Add( const ItemToAdd : TI2XProductItem ) : TI2XProductItem; procedure Delete( KeyOfItemToDelete : string ); property Count : Cardinal read GetCount; property Items[ idx : TIndex ]: TI2XProductItem read GetItem write PutItem; default; procedure Clear; override; function AsXML() : string; override; function Exists( const eleID: string): boolean; property Keys : TKeyList read GetKeys; procedure Copy( Source : TI2XProductItem ); override; procedure CopyTo( Target : TI2XProductItem ); override; constructor Create( ele : CEleNodeData ) ; overload; override; constructor Create; overload; override; constructor Create( const x, y, height, width : integer; const accuracy : single; const data : string ); overload; destructor Destroy; override; end; TI2XRow = class( TI2XItem ) public function AsXML() : string; override; constructor Create; overload; override; end; TI2XRows = class( TI2XProductItem ) private FRows : TObjectList; function GetRow(idx: Integer): TI2XRow; procedure PutRow(idx: Integer; const Value: TI2XRow); function GetRowCount: Cardinal; protected function getX() : integer; override; function getY() : integer; override; function getWidth() : integer; override; function getHeight() : integer; override; function getAccuracy() : single; override; public function Add( const ItemToAdd : TI2XProductItem ) : TI2XProductItem; procedure Clear; override; property Count : Cardinal read GetRowCount; property Rows[ idx : Integer ]: TI2XRow read GetRow write PutRow; default; function FindRow( const x, y : integer ) : TI2XRow; function AsXML() : string; override; procedure Delete( IndexToDelete : Integer ); procedure Copy( Source : TI2XProductItem ); override; procedure CopyTo( Target : TI2XProductItem ); override; constructor Create; overload; override; constructor Create( ele : CEleNodeData ) ; overload; override; constructor Create( const x, y, height, width : integer; const accuracy : single; const data : string ); overload; destructor Destroy; override; end; TI2XOCRItemExt = class( TObject ) private FCharTotal : integer; FCharSizeTotal : integer; FCharSizeTotalWSpaces : integer; FPixelsBtwCharTotal : cardinal; FPixelsBtwCharTotalCount : cardinal; FItem : TI2XProductItem; function getAvgCharSize: integer; function getAvgCharSizeSpace: integer; function getAvgSpaceBtwChar: integer; public property Item : TI2XProductItem read FItem write FItem; property CharTotal : integer read FCharTotal write FCharTotal; property CharSizeTotal : integer read FCharSizeTotal write FCharSizeTotal; property CharSizeTotalWSpaces : integer read FCharSizeTotalWSpaces write FCharSizeTotalWSpaces; property PixelsBtwCharTotal : cardinal read FPixelsBtwCharTotal write FPixelsBtwCharTotal; procedure AddToPixelsBtwCharTotal( const val : cardinal ); property AvgCharSize : integer read getAvgCharSize; property AvgCharSizeSpace : integer read getAvgCharSizeSpace; property AvgSpaceBtwChar : integer read getAvgSpaceBtwChar; constructor Create(); overload; constructor Create( const CharTotal, CharSizeTotal, CharSizeTotalWSpaces : integer; Item : TI2XProductItem ); overload; end; TI2XProductItems = class(TObject) private FItems: THashTable; FID : string; FSourceImageFileName : TFileName; FAccuracyMinimum : Single; function GetItem( idx : TIndex): TI2XProductItem; procedure PutItem( idx : TIndex; const Value: TI2XProductItem); function GetCount(): Cardinal; function XMLToProductItems(const XMLStringData: string; ProductItemsObject: TI2XProductItems): boolean; function GetKeys: TKeyList; function LoadFromFile( fileName : TFileName ) : boolean; function AppendOCRResultItem( TemplateRegions : CTemplate; OCRResultItem: TI2XOCRItem): boolean; function GetAccuracy: Single; function FlattenAndSortOCRResults(const OCRDataSource: TI2XOCRResults; var OCRDataTarget : TI2XOCRResults ): boolean; function CalcSpace(var PixeslBtwChar: integer; DataExt: TI2XOCRItemExt; ele: CEleNodeData): integer; function RoundUp(const pValue: extended): int64; function IsContainedWithin(ContainedInThisItem: TI2XProductItem; itemToTest: TI2XOCRItem): boolean; published function Add( const ItemToAdd : TI2XProductItem ) : TI2XProductItem; procedure Delete( KeyOfItemToDelete : string ); procedure Clear; property Count : Cardinal read GetCount; property Accuracy : Single read GetAccuracy; property AccuracyMinimum : Single read FAccuracyMinimum write FAccuracyMinimum; public property Items[ idx : TIndex ]: TI2XProductItem read GetItem write PutItem; default; property Keys : TKeyList read GetKeys; property ID : string read FID write FID; property SourceImageFileName : TFileName read FSourceImageFileName write FSourceImageFileName; function ElementIDExists( const eleID : string ): boolean; function AsXML( const RootNodeName : string = 'i2x_xml') : string; function SaveToFile( fileName : TFileName ) : boolean; procedure Assign( Source : TI2XProductItems ); procedure AssignTo( Target : TI2XProductItems ); function ConsumeOCRResults( const Template : CTemplate; const OCRData : TI2XOCRResults ) : boolean; constructor Create( const id : string ); dynamic; destructor Destroy; override; end; TI2XProductItemCompare = class(TObject) private FItems: THashTable; FTemplate : CTemplate; FProductItemDefault : TI2XProductItems; function GetItem( idx : TIndex ): TI2XProductItems; procedure PutItem( idx : TIndex; const Value: TI2XProductItems ); function GetItemsCount: integer; function AppendMostAccurateResultSingle(ele: CEleNodeData; ResultItems: TI2XProductItems): boolean; function GetMostAccurateResultItem(ele: CEleNodeData): TI2XOCRItem; overload; function GetMostAccurateResultItem(ele: CEleNodeData; rowSource: TI2XRow): TI2XOCRItem; overload; procedure InitKVList(var accList: TKeyValueExtendedList); overload; procedure InitKVList(var accList: TPtrAccuracyList); overload; function CompareRecusively(ResultItems: TI2XProductItems; ProductItem, Parent: TI2XProductItem): boolean; overload; function CompareRecusively(SourceResultItems, BestResultItems: TI2XProductItems ): boolean; overload; public function CompareRecusively( BestResultItems: TI2XProductItems ): boolean; overload; function Add( const ItemToAdd : TI2XProductItems ) : string; property Items[ idx : TIndex ]: TI2XProductItems read GetItem write PutItem; default; property ProductItemDefault : TI2XProductItems read FProductItemDefault write FProductItemDefault; function CompareResults( ResultItems : TI2XProductItems ) : boolean; property Count : integer read GetItemsCount; constructor Create( const Template : CTemplate ); dynamic; destructor Destroy; override; end; function OffsetCorrection(const Template: CTemplate; const OCRData: TI2XOCRResults; var Offset: TPoint): boolean; implementation uses uImage2XML; function OffsetCorrection(const Template : CTemplate; const OCRData: TI2XOCRResults; var Offset: TPoint) : boolean; var item : TI2XOCRItem; Boundary : TRect; Begin Initialize( Offset ); Result := false; if ( template.DocumentOffsetCorrectionType = ocFirstChar ) then begin //with TDOCFirstCharacter(template.DocumentOffsetCorrection) do begin item := OCRData.FirstCharacter; if ( item <> nil ) then begin Offset.X := item.X - Template.FirstChar.X; Offset.Y := item.Y - Template.FirstChar.Y; Result := true; end; //end; end else if ( template.DocumentOffsetCorrectionType = ocBoundary ) then begin //with TDOCBoundary(template.DocumentOffsetCorrection) do begin Boundary := OCRData.Boundary; if ( item <> nil ) then begin Offset.X := Boundary.Left - Template.Boundary.Left; Offset.Y := Boundary.Top - Template.Boundary.Top; Result := true; end; //end; end; End; { TI2XProductItem } function TI2XProductItem.AsXML: string; var sb : TStringBuilder; elementName : string; begin try if ( self.FElement <> nil ) then elementName := self.Element.id else elementName := 'product_item'; sb := TStringbuilder.Create; sb.Append( '<' ); sb.Append( elementName ); sb.Append( ' x="'); sb.Append( IntToStr( self.X ) ); sb.Append( '"'); sb.Append( ' y="'); sb.Append( IntToStr( self.Y ) ); sb.Append( '"'); sb.Append( ' w="'); sb.Append( IntToStr( self.Width ) ); sb.Append( '"'); sb.Append( ' h="'); sb.Append( IntToStr( self.Height ) ); sb.Append( '"'); sb.Append( ' a="'); sb.Append( FloatToStrF( self.Accuracy, ffGeneral, 6, 2) ); sb.Append( '"'); sb.Append( '>' ); sb.Append( self.DataEnc ); sb.Append( '</' ); sb.Append( elementName ); sb.Append( '>' ); Result := sb.ToString; finally FreeAndNil( sb ); end; end; procedure TI2XProductItem.Clear; begin inherited; self.FElement := nil; end; procedure TI2XProductItem.Copy(Source: TI2XProductItem); begin inherited Assign(Source); self.FElement := TI2XProductItem(Source).FElement; self.FParent := TI2XProductItem(Source).FParent; end; procedure TI2XProductItem.CopyTo(Target: TI2XProductItem); begin inherited AssignTo(Target); TI2XProductItem(Target).FElement := self.FElement; TI2XProductItem(Target).FParent := self.FParent; end; constructor TI2XProductItem.Create(const x, y, height, width: integer; const accuracy: single; const data: string); begin self.Create(); self.X := x; self.Y := y; self.Width := width; self.Height := height; self.Accuracy := accuracy; self.Data := data; self.FParent := nil; end; constructor TI2XProductItem.Create(ele: CEleNodeData); begin self.Create(); self.Element := ele; end; constructor TI2XProductItem.Create; begin inherited; self.FElement := nil; end; destructor TI2XProductItem.Destroy; begin self.FElement := nil; inherited; end; function TI2XProductItem.getElementID: string; begin if (( FElement = nil ) or ( Length( FElement.ID ) = 0 )) then Result := IntToStr( integer( @Self )) else Result := FElement.ID; end; { TI2XProductItems } function TI2XProductItems.Add(const ItemToAdd: TI2XProductItem ): TI2XProductItem; begin FItems.Add( ItemToAdd.ElementID, TObject(ItemToAdd) ); Result := TI2XProductItem( FItems[ ItemToAdd.ElementID ] ); end; procedure TI2XProductItems.Assign( Source: TI2XProductItems ); Var i : integer; arrKeyList : TKeyList; sKeyName : string; Begin self.FSourceImageFileName := Source.FSourceImageFileName; self.Clear; arrKeyList := Source.Keys; for i := 0 to Length(arrKeyList) - 1 do begin sKeyName := arrKeyList[i]; self.Add( TI2XProductItem(Source[ sKeyName ]) ); end; End; procedure TI2XProductItems.AssignTo( Target: TI2XProductItems); Var i : integer; arrKeyList : TKeyList; sKeyName : string; Begin Target.FSourceImageFileName := self.FSourceImageFileName; Target.Clear; arrKeyList := Target.Keys; for i := 0 to Length(arrKeyList) - 1 do begin sKeyName := arrKeyList[i]; Target.Add( TI2XProductItem(self[ sKeyName ]) ); end; End; function TI2XProductItems.AsXML(const RootNodeName: string): string; var sb : TStringBuilder; i : integer; begin try sb := TStringbuilder.Create; sb.Append( '<' ); sb.Append( RootNodeName ); sb.Append( ' source_image="' ); sb.Append( self.FSourceImageFileName ); sb.Append( '" a="' ); sb.Append( FloatToStrF( self.Accuracy, ffGeneral, 6, 2) ); sb.Append( '">' ); for i := 0 to self.FItems.Count - 1 do begin sb.Append( TI2XProductItem(FItems[i]).AsXML() ); end; sb.Append( '</' ); sb.Append( RootNodeName ); sb.Append( '>' ); Result := sb.ToString; finally FreeAndNil( sb ); end; end; procedure TI2XProductItems.Clear; begin self.FSourceImageFileName := ''; FItems.Clear; end; function TI2XProductItems.IsContainedWithin( ContainedInThisItem : TI2XProductItem; itemToTest: TI2XOCRItem ): boolean; var Top, Bottom : integer; Begin //Result := ( ContainedInThisItem.Y + ContainedInThisItem.Height > // itemToTest.Y + itemToTest.Height + SAME_LINE_PIXEL_TRESHOLD ); //if the bottom of the item is Top := ((ContainedInThisItem.Y ) - SAME_LINE_PIXEL_TRESHOLD); Bottom := ((ContainedInThisItem.Y + ContainedInThisItem.Height ) + SAME_LINE_PIXEL_TRESHOLD); Result := ( Bottom >= (itemToTest.Y + itemToTest.Height)); End; function TI2XProductItems.AppendOCRResultItem( TemplateRegions : CTemplate; OCRResultItem: TI2XOCRItem): boolean; var item : TI2XProductItem; LastItem : TI2XItem; row : TI2XRow; rows : TI2XRows; subEleID, eleID : string; eleSub, ele : CEleNodeData; PixeslBtwChar, PixelsOfSpaceChar : integer; SpacePadCount, AvgPixeslBtwChar : Cardinal; DataExt : TI2XOCRItemExt; sLastAction : string; Begin try sLastAction := 'Initialzing'; Result := false; SpacePadCount := 0; //dbg('ItemAsXML=' + OCRResultItem.AsXML() ); //if ( (OCRResultItem.x = 121) and (OCRResultItem.y = 214 )) then // dbg( 'VALUE', 'VALUE=STOPPING1' ); sLastAction := 'Get element'; ele := TemplateRegions.getElement( OCRResultItem.X, OCRResultItem.Y, OCRResultItem.Width, OCRResultItem.Height ); if ( ele <> nil ) then begin eleID := ele.ID; sLastAction := 'eleID=' + eleID; if ( ele.SubNodes.Count = 0 ) then begin //If this is a single field //Make sure the node exists sLastAction := eleID + ' is a Single Field element '; if ( not self.ElementIDExists( eleID ) ) then begin with OCRResultItem do begin sLastAction := eleID + ' does not exist.. creating '; item := TI2XItem.Create( OCRResultItem.X, OCRResultItem.Y, OCRResultItem.Height, OCRResultItem.Width, OCRResultItem.Accuracy, OCRResultItem.Data ); item.Element := ele; item.Ptr := OCRResultItem; item.Obj := TI2XOCRItemExt.Create( 1, OCRResultItem.Width, OCRResultItem.Width, item ); self.Add( item ); end; end else begin sLastAction := eleID + ' does exist '; item := TI2XItem(self.FItems[ eleID ]); LastItem := item.Ptr; DataExt := TI2XOCRItemExt( item.Obj ); DataExt.CharTotal := DataExt.CharTotal + 1; //Append the data to the node, making sure that you honor the line breaks if ( not IsContainedWithin( item, OCRResultItem )) then //if ( item.Y + item.Height > // OCRResultItem.Y + OCRResultItem.Height + SAME_LINE_PIXEL_TRESHOLD ) then begin sLastAction := eleID + ' is not contained with, so add line '; PixeslBtwChar := 0; item.Data := item.Data + #13#10 + OCRResultItem.Data; item.Height := item.Height + (OCRResultItem.X - item.X) - OCRResultItem.Height; //item.Height := item.Height + ((OCRResultItem.Y + OCRResultItem.Height) - (row.Y + row.Height)); end else begin sLastAction := eleID + ' calculate space between characters'; //We must figure out the average space between chars to determine if there are any spaces // we have to account for... DataExt.CharSizeTotal := DataExt.CharSizeTotal + OCRResultItem.Width; DataExt.CharSizeTotalWSpaces := DataExt.CharSizeTotalWSpaces + (OCRResultItem.X - LastItem.X); PixeslBtwChar := OCRResultItem.X - (LastItem.X + LastItem.Width); SpacePadCount := CalcSpace(PixeslBtwChar, DataExt, ele ); item.Data := item.Data + StringOfChar( ' ', SpacePadCount ) + OCRResultItem.Data; item.Width := item.Width + (OCRResultItem.X - LastItem.X); //we do not add to the pixels between char when a space is there because // that space will mess up the calculation if ( SpacePadCount = 0 ) then DataExt.AddToPixelsBtwCharTotal( PixeslBtwChar ); end; item.Ptr := OCRResultItem; end; //dbg('?? item.Height=' + IntToStr(item.Height) ); result := true; end else begin sLastAction := eleID + ' is a multi-level field element '; //If this is a multi field if ( not self.ElementIDExists( eleID ) ) then begin //If the field already exists sLastAction := eleID + ' does not already exist '; rows := TI2XRows.Create( ele ); row := TI2XRow.Create(); rows.Add( row ); self.Add( rows ); end else begin sLastAction := eleID + ' does exist '; rows := TI2XRows( self.Items[ eleID ] ); // since typed text is usually aligned across, we should measure my the location + height row := rows.FindRow( OCRResultItem.X, OCRResultItem.Y ); if ( row = nil ) then begin row := TI2XRow.Create(); rows.Add( row ); end; //row := TI2XRow( rows[ rows.Count - 1 ] ); //row.Add( item ); end; sLastAction := eleID + ' is a parent, search for sub elements '; eleSub := TemplateRegions.getElement( ele.SubNodes, OCRResultItem.X, OCRResultItem.Y, OCRResultItem.Width, OCRResultItem.Height ); if ( eleSub = nil ) then begin //If we cannot find an element for this Item, then we discard it Exit; end; //subEleID := IntToStr( integer( @eleSub )); subEleID := eleSub.ID; if ( not row.Exists( subEleID ) ) then begin sLastAction := eleID + ': ' + subEleID + ' does not previously exist '; item := TI2XItem.Create( OCRResultItem.X, OCRResultItem.Y, OCRResultItem.Height, OCRResultItem.Width, OCRResultItem.Accuracy, OCRResultItem.Data ); item.Element := eleSub; item.Ptr := OCRResultItem; item.Obj := TI2XOCRItemExt.Create( 1, OCRResultItem.Width, OCRResultItem.Width, item ); row.Add( item ); end else begin sLastAction := eleID + ': ' + subEleID + ' does exist '; //$$ //It looks like the row cannout be matched because we are attaching to the end // we need to fix it to where we are adding to the correct row.. //row := rows.FindRow( OCRResultItem.X, OCRResultItem.Y ); //if ( row = nil ) then begin if ( ( row.Y + row.Height + SAME_LINE_PIXEL_TRESHOLD ) < ( OCRResultItem.Y ) ) then begin sLastAction := eleID + ': ' + subEleID + ' row does exist'; row := TI2XRow.Create(); item := TI2XItem.Create( OCRResultItem.X, OCRResultItem.Y, OCRResultItem.Height, OCRResultItem.Width, OCRResultItem.Accuracy, OCRResultItem.Data ); item.Element := eleSub; item.Ptr := OCRResultItem; item.Obj := TI2XOCRItemExt.Create( 1, OCRResultItem.Width, OCRResultItem.Width, item ); row.Add( item ); rows.Add( row ); end else begin sLastAction := eleID + ': ' + subEleID + ' row exists, appending '; item := row.Items[ subEleID ]; sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 01'; LastItem := item.Ptr; sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 02'; DataExt := TI2XOCRItemExt( item.Obj ); sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 03'; PixeslBtwChar := OCRResultItem.X - (LastItem.X + LastItem.Width); sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 04'; SpacePadCount := CalcSpace(PixeslBtwChar, DataExt, eleSub ); sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 05'; item.Data := item.Data + StringOfChar( ' ', SpacePadCount ) + OCRResultItem.Data; sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 06'; item.Width := item.Width + (OCRResultItem.X - LastItem.X); sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 07'; if ( (row.Y + row.Height) < (OCRResultItem.Y + OCRResultItem.Height) ) then item.Height := item.Height + ((OCRResultItem.Y + OCRResultItem.Height) - (row.Y + row.Height)); sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 08'; DataExt.CharTotal := DataExt.CharTotal + 1; sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 09'; DataExt.CharSizeTotal := DataExt.CharSizeTotal + OCRResultItem.Width; sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 10'; DataExt.CharSizeTotalWSpaces := DataExt.CharSizeTotalWSpaces + (OCRResultItem.X - LastItem.X); //we do not add to the pixels between char when a space is there because // that space will mess up the calculation sLastAction := eleID + ': ' + subEleID + ' row exists, appending ' + ' - Line 11'; if ( SpacePadCount = 0 ) then DataExt.AddToPixelsBtwCharTotal( PixeslBtwChar ); end; end; item.Ptr := OCRResultItem; result := true; end; end; except on e : Exception do begin raise Exception.Create( 'TI2XProductItems.AppendOCRResultItem: Error (' + e.Message + ' ). Last Action=' + sLastAction ); result := false; end; end; End; function TI2XProductItems.RoundUp( const pValue: extended): int64; begin result := trunc( pValue) + trunc (frac( pValue) * 2); end; function TI2XProductItems.CalcSpace( var PixeslBtwChar : integer; DataExt : TI2XOCRItemExt; ele : CEleNodeData ) : integer; var PixelsOfSpaceChar, PixelsRemaining, SpacePadCount : integer; Begin if ( ele.DataType = dtNumeric ) then begin //this assumes no spaces in numbers Result := 0; Exit; end; //if there is only 1 character, then we will obviously have no space between itself if ( DataExt.FCharTotal = 1 ) then begin Result := 0; Exit; end; //if there is only 1 character, then we will obviously have no space between itself if ( DataExt.FCharTotal < 4 ) then begin end; //We must figure out the average space between chars to determine if there are any spaces // we have to account for... SpacePadCount := 0; if ( PixeslBtwChar < 0 ) then PixeslBtwChar := 0; PixelsRemaining := Trunc(PixeslBtwChar - (DataExt.AvgSpaceBtwChar )); if ( PixelsRemaining < 0 ) then PixelsRemaining := 0; if ( DataExt.AvgCharSize = 0 ) then SpacePadCount := 0 else begin //Handle the initial space block, which we will assume is a little larger try PixelsOfSpaceChar := Trunc( DataExt.AvgCharSize * 0.55 ); if ( PixelsRemaining >= PixelsOfSpaceChar ) then Inc( SpacePadCount, 1 ); Dec(PixelsRemaining, PixelsOfSpaceChar); if ( PixelsRemaining < 0 ) then PixelsRemaining := 0; //Other space are assumed to be a little shorter... Inc( SpacePadCount, ( PixelsRemaining div Trunc( (DataExt.AvgCharSize ) * 0.60 ) ) ); //SpacePadCount := SpacePadCount + // ( PixelsRemaining div Trunc( (DataExt.AvgCharSize ) * 0.55 ) ); except SpacePadCount := 0 end; end; //SpacePadCount := ( PixelsOfSpaceChar div RoundUp( (DataExt.AvgCharSize ) * 0.50 ) ); Result := SpacePadCount; End; function TI2XProductItems.FlattenAndSortOCRResults(const OCRDataSource: TI2XOCRResults; var OCRDataTarget : TI2XOCRResults ): boolean; var iResult, iItem : integer; ele : CEleNodeData; eleID : string; OCRResultSource, OCRResultTarget : TI2XOCRResult; //OCRItem : TI2XOCRItem; res : boolean; Begin Result := false; iResult := -1; iItem := -1; try OCRDataTarget.Clear; OCRResultTarget := TI2XOCRResult.Create(); OCRResultTarget.ID :='ocr_result_composite'; OCRDataTarget.Add( OCRResultTarget ); for iResult := 0 to OCRDataSource.Count - 1 do begin OCRResultSource := OCRDataSource[iResult]; for iItem := 0 to OCRResultSource.Count - 1 do begin OCRResultTarget.Add( OCRResultSource.Items[ iItem ] ); end; end; OCRResultTarget.SortByY(); except raise; end; Result := true; End; function TI2XProductItems.ConsumeOCRResults(const Template : CTemplate; const OCRData: TI2XOCRResults ): boolean; var iResult, iItem : integer; ele : CEleNodeData; eleID : string; OCRResult : TI2XOCRResult; OCRDataFlat : TI2XOCRResults; //OCRItem : TI2XOCRItem; Offset : TPoint; res : boolean; Begin Result := false; iResult := -1; iItem := -1; try try if (( OCRData = nil ) or ( OCRData.Count = 0 )) then begin Result := true; Exit; end; //if ( OffsetCorrection(Template, OCRData, Offset ) ) then // Template.Offset( Offset.X, Offset.Y ); if ( OCRData.Count > 1 ) then OCRData.SortByX(); //OCRData.SaveToFile( AppTempDir + '_FLATTENED.xml' ); for iResult := 0 to OCRData.Count - 1 do begin //dbg('iResult=' + IntToStr( iResult ) ); OCRResult := OCRData[iResult]; for iItem := 0 to OCRResult.Count - 1 do begin //dbg('iItem=' + IntToStr( iItem ) ); // if (( iResult=0 ) and ( iItem=6 )) then //dbg('STOP'); try //self.SaveToFile( AppTempDir + '_BEFOREAPPEND.xml' ); // if ( Pos('>Geese', self.AsXML() ) > 0 ) then // dbg('STOP'); if ( OCRResult.Items[ iItem ].Accuracy >= self.AccuracyMinimum ) then res := self.AppendOCRResultItem( template, OCRResult.Items[ iItem ] ) else dbg(' Item accuracy is less than accuracy minimum, ignoring item.') ; except on e : Exception do raise Exception.Create( 'Error (' + e.Message + ') while consuming Result Item(' + IntToStr(iItem) + '):' + OCRResult.Items[ iItem ].AsXML() ); end; end; end; Result := true; except on e : Exception do raise Exception.Create( 'Error (' + e.Message + ') while consuming OCRData Structure (' + IntToStr(iResult) + '):' + OCRData[iResult].AsXML() ); end; finally end; End; constructor TI2XProductItems.Create( const id : string ); begin self.FID := id; FItems := THashTable.Create; FAccuracyMinimum := 0.10; end; procedure TI2XProductItems.Delete( KeyOfItemToDelete : string ); begin FItems.Delete( KeyOfItemToDelete ); end; destructor TI2XProductItems.Destroy; begin FreeAndNil( FItems ); inherited; end; function TI2XProductItems.ElementIDExists( const eleID : string ): boolean; begin Result := FItems.ContainsKey( eleID ); end; function TI2XProductItems.GetAccuracy: Single; Var i : cardinal; AccuracyTotal : single; item : TI2XProductItem; AccuracyList : array of Double; Begin if ( self.Count = 0 ) then begin Result := 0; end else begin //Sum up all the accuracies and give us the median AccuracyTotal := 0; SetLength( AccuracyList, self.Count ); for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); AccuracyList[i] := item.Accuracy; AccuracyTotal := AccuracyTotal + item.Accuracy; end; if ( self.Count <= 2 ) then Result := ( AccuracyTotal / self.Count ) else Result := Mean( AccuracyList ) end; End; function TI2XProductItems.GetCount: Cardinal; begin Result := FItems.Count; end; function TI2XProductItems.GetItem( idx : TIndex): TI2XProductItem; begin Result := TI2XProductItem(FItems.Items[ idx ]); end; function TI2XProductItems.GetKeys: TKeyList; begin Result := self.FItems.Keys; end; function TI2XProductItems.LoadFromFile(fileName: TFileName): boolean; var xmlDoc: IXMLDocument; Begin raise Exception.Create( 'Not Implemented yet...' ); Result := false; try xmlDoc := CreateXMLDoc; if ( xmlDoc.Load( fileName ) ) then begin Result := XMLToProductItems( xmlDoc.XML, self ); end else begin raise Exception.Create('Could not load XML from file ' + fileName + '. Are you sure it exists and is it well formed?'); end; finally end; End; function TI2XProductItems.XMLToProductItems( const XMLStringData : string; ProductItemsObject : TI2XProductItems ) : boolean; var xmlDoc: IXMLDocument; nod, nodSlice, nodItem : IXMLElement; oNod : IXMLNode; parsed : boolean; xmlNodeList, xmlSubNodeList, nodItemList : IXMLNodeList; item : TI2XProductItems; iImageIdx, iSliceIdx, iItemIdx : integer; Begin try Result := false; if ( ProductItemsObject = nil ) then raise Exception.Create( 'ProductItemsObject must be preallocated before passing to XMLToProductItems()' ) else ProductItemsObject.Clear; xmlDoc := CreateXMLDoc; parsed := xmlDoc.loadXML( XMLStringData ); if ( not parsed ) then begin raise Exception.Create( 'XML Passed to function could not be parsed.' ); end; finally end; Result := true; End; procedure TI2XProductItems.PutItem( idx : TIndex; const Value: TI2XProductItem); begin FItems.Items[ idx ] := TObject(Value); end; function TI2XProductItems.SaveToFile(fileName: TFileName): boolean; var xmlDoc: IXMLDocument; str : string; Begin Result := false; try xmlDoc := CreateXMLDoc; str := AsXML(); if ( xmlDoc.LoadXML( AsXML() ) ) then begin xmlDoc.Save( fileName ); Result := true; end else begin raise Exception.Create('File ' + fileName + ' could not be loaded on into OCR Results.'); end; finally end; End; { TI2XItem } function TI2XItem.Add( const ItemToAdd: TI2XProductItem ): TI2XProductItem; begin FItems.Add( ItemToAdd.ElementID, TObject(ItemToAdd) ); Result := TI2XProductItem( FItems[ ItemToAdd.ElementID ] ); Result.Parent := self; end; function TI2XItem.AsXML: string; var sb : TStringBuilder; i : cardinal; elementName : string; begin try if ( self.Element <> nil ) then elementName := self.Element.id else elementName := 'item'; sb := TStringbuilder.Create; sb.Append( '<' ); sb.Append( elementName ); sb.Append( ' x="'); sb.Append( IntToStr( self.X ) ); sb.Append( '"'); sb.Append( ' y="'); sb.Append( IntToStr( self.Y ) ); sb.Append( '"'); sb.Append( ' w="'); sb.Append( IntToStr( self.Width ) ); sb.Append( '"'); sb.Append( ' h="'); sb.Append( IntToStr( self.Height ) ); sb.Append( '"'); sb.Append( ' a="'); sb.Append( FloatToStrF( self.Accuracy, ffGeneral, 6, 2) ); sb.Append( '"'); sb.Append( '>' ); if ( self.FItems.Count = 0 ) then begin sb.Append( self.DataEnc ); end else begin for i := 0 to self.FItems.Count - 1 do begin sb.Append( TI2XProductItem(FItems[i]).AsXML() ); end; end; sb.Append( '</' ); sb.Append( elementName ); sb.Append( '>' ); Result := sb.ToString; finally FreeAndNil( sb ); end; end; procedure TI2XItem.Clear; begin inherited; self.FItems.Clear; end; procedure TI2XItem.Copy(Source: TI2XProductItem); Var i : integer; arrKeyList : TKeyList; sKeyName : string; SourceItem : TI2XItem; Begin inherited Copy( Source ); if ( Source.ClassName = 'TI2XItem') then begin SourceItem := TI2XItem( Source ); with SourceItem do begin self.Clear; arrKeyList := SourceItem.Keys; for i := 0 to Length(arrKeyList) - 1 do begin sKeyName := arrKeyList[i]; self.Add( TI2XProductItem( SourceItem[ sKeyName ] ) ); end; end; end; End; procedure TI2XItem.CopyTo(Target: TI2XProductItem); Var i : integer; arrKeyList : TKeyList; sKeyName : string; TargetItem : TI2XItem; Begin Target.Clear; inherited CopyTo( Target ); if ( Target.ClassName = 'TI2XItem') then begin TargetItem := TI2XItem( Target ); with TargetItem do begin //TargetItem.Clear; arrKeyList := self.Keys; for i := 0 to Length(arrKeyList) - 1 do begin sKeyName := arrKeyList[i]; TargetItem.Add( TI2XProductItem( Self[ sKeyName ] ) ); end; end; end; End; constructor TI2XItem.Create(const x, y, height, width: integer; const accuracy: single; const data: string); begin self.Create(); self.X := x; self.Y := y; self.Width := width; self.Height := height; self.Accuracy := accuracy; self.Data := data; end; constructor TI2XItem.Create(ele: CEleNodeData); begin self.Create(); self.Element := ele; end; constructor TI2XItem.Create; begin inherited; self.FItems := THashTable.Create; end; procedure TI2XItem.Delete(KeyOfItemToDelete: string); begin FItems.Delete( KeyOfItemToDelete ); end; destructor TI2XItem.Destroy; begin FreeAndNil( FItems ); inherited; end; function TI2XItem.Exists(const eleID: string): boolean; begin Result := FItems.ContainsKey( eleID ); end; function TI2XItem.getAccuracy: single; Var i : cardinal; AccuracyTotal : single; item : TI2XProductItem; AccuracyList : array of Double; Begin if ( self.Count = 0 ) then begin Result := self.FAccuracy; end else begin //Sum up all the accuracies and give us the median AccuracyTotal := 0; SetLength( AccuracyList, self.Count ); for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); AccuracyList[i] := item.Accuracy; AccuracyTotal := AccuracyTotal + item.Accuracy; end; if ( self.Count <= 2 ) then Result := ( AccuracyTotal / self.Count ) else Result := Mean( AccuracyList ) end; End; function TI2XItem.GetCount: Cardinal; begin Result := FItems.Count; end; function TI2XItem.GetItem(idx: TIndex): TI2XProductItem; begin Result := TI2XProductItem( FItems[ idx ] ); end; function TI2XItem.GetKeys: TKeyList; begin Result := FItems.Keys; end; function TI2XItem.getHeight: integer; Var i, cTop, cBottom : cardinal; arrKeyList : TKeyList; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.FHeight; end else begin {Need to get the highest Top and the Lowest bottom, the difference of these will yield the hieght of this multi element} cTop := 9999999; cBottom := 0; //arrKeyList := self.Keys; //for i := 0 to Length(arrKeyList) - 1 do begin // item := TI2XProductItem( self[ arrKeyList[i] ]); for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.Y < cTop ) then cTop := item.Y; if ( ( item.Y + item.height ) > cBottom ) then cBottom := ( item.Y + item.height ); end; if (( cBottom - cTop ) < 0 ) then raise Exception.Create( 'Height of element (id=' + self.ElementID + ') was less than 0 (' + IntToStr( cBottom - cTop ) + ').' ) else Result := cBottom - cTop; end; End; function TI2XItem.getWidth: integer; Var i, cLeft, cRight : cardinal; arrKeyList : TKeyList; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.FWidth; end else begin { Need to get the left most LEFT and the right most RIGHT and subtract the difference in order to obtain the proper width of all the child elements } cLeft := 9999999; cRight := 0; //arrKeyList := self.Keys; //for i := 0 to Length(arrKeyList) - 1 do begin // item := TI2XProductItem( self[ arrKeyList[i] ]); for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.X < cLeft ) then cLeft := item.X; if ( ( item.X + item.Width ) > cRight ) then cRight := ( item.X + item.Width ); end; if (( cRight - cLeft ) < 0 ) then raise Exception.Create( 'Width of multi element (id=' + self.ElementID + ') was less than 0 (' + IntToStr( cRight - cLeft ) + ').' ) else Result := cRight - cLeft; end; End; function TI2XItem.getX: integer; Var i, cX : cardinal; arrKeyList : TKeyList; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.FX; end else begin //Need to get the left most X cX := 99999999; //arrKeyList := self.Keys; //for i := 0 to Length(arrKeyList) - 1 do begin // item := TI2XProductItem( self[ arrKeyList[i] ]); for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.X < cX ) then cX := item.x; end; Result := cX; end; End; function TI2XItem.getY: integer; Var i, cY : cardinal; arrKeyList : TKeyList; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.Fy; end else begin //Need to get the top most Y cY := 9999999; //arrKeyList := self.Keys; //for i := 0 to Length(arrKeyList) - 1 do begin // item := TI2XProductItem( self[ arrKeyList[i] ]); for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.y < cY ) then cY := item.y; end; Result := cY; end; End; procedure TI2XItem.PutItem(idx: TIndex; const Value: TI2XProductItem); begin FItems[ idx ] := TObject( Value ); end; { TI2XRows } function TI2XRows.Add(const ItemToAdd: TI2XProductItem): TI2XProductItem; begin self.FRows.Add( ItemToAdd ); Result := TI2XProductItem( FRows[ self.Count - 1 ] ); Result.Parent := self; end; function TI2XRows.AsXML: string; Var sb : TStringBuilder; i : cardinal; elementName : string; Begin try if ( self.Element <> nil ) then elementName := self.Element.id else elementName := 'item'; sb := TStringbuilder.Create; sb.Append( '<' ); sb.Append( elementName ); sb.Append( ' x="'); sb.Append( IntToStr( self.X ) ); sb.Append( '"'); sb.Append( ' y="'); sb.Append( IntToStr( self.Y ) ); sb.Append( '"'); sb.Append( ' w="'); sb.Append( IntToStr( self.Width ) ); sb.Append( '"'); sb.Append( ' h="'); sb.Append( IntToStr( self.Height ) ); sb.Append( '"'); sb.Append( ' a="'); sb.Append( FloatToStrF( self.Accuracy, ffGeneral, 6, 2) ); sb.Append( '"'); sb.Append( '>' ); if ( self.FRows.Count = 0 ) then begin sb.Append( self.DataEnc ); end else begin if ( self.FRows.Count > 0 ) then begin for i := 0 to self.FRows.Count - 1 do begin sb.Append( TI2XRow( FRows[i] ).AsXML() ); end; end; end; sb.Append( '</' ); sb.Append( elementName ); sb.Append( '>' ); Result := sb.ToString; finally FreeAndNil( sb ); end; End; procedure TI2XRows.Clear; begin inherited; self.FRows.Clear; end; procedure TI2XRows.Copy( Source: TI2XProductItem ); Var i : integer; SourceRows : TI2XRows; Begin inherited Copy( Source ); if ( Source.ClassName = 'TI2XRows') then begin SourceRows := TI2XRows( Source ); with SourceRows do begin self.Clear; for i := 0 to SourceRows.Count - 1 do begin self.Add( TI2XProductItem( SourceRows[ i ] ) ); end; end; end; End; procedure TI2XRows.CopyTo(Target: TI2XProductItem); Var i : integer; TargetRows : TI2XRows; Begin inherited CopyTo( Target ); if ( Target.ClassName = 'TI2XRows') then begin TargetRows := TI2XRows( Target ); with TargetRows do begin TargetRows.Clear; for i := 0 to TargetRows.Count - 1 do begin TargetRows.Add( TI2XProductItem( Self[ i ] ) ); end; end; end; End; constructor TI2XRows.Create(ele: CEleNodeData); begin self.Create(); self.Element := ele; end; constructor TI2XRows.Create(const x, y, height, width: integer; const accuracy: single; const data: string); begin self.Create(); self.X := x; self.Y := y; self.Width := width; self.Height := height; self.Accuracy := accuracy; self.Data := data; end; constructor TI2XRows.Create; begin inherited; FRows := TObjectList.Create; end; procedure TI2XRows.Delete(IndexToDelete: Integer); begin FRows.Delete( IndexToDelete ); end; destructor TI2XRows.Destroy; begin FreeAndNil( FRows ); inherited; end; function TI2XRows.FindRow( const x, y : integer ): TI2XRow; const REGION_PIXEL_PADDING = 5; Var i : cardinal; item : TI2XProductItem; row : TI2XRow; Begin Result := nil; row := nil; if ( self.Count > 0 ) then begin for i := 0 to self.Count - 1 do begin row := TI2XRow( self[ i ]); {* dbg( 'row=' + row.AsXml()); dbg( 'X=' + IntToStr( x ) + ' ( row.X - REGION_PIXEL_PADDING )=' + IntToStr(( row.X - REGION_PIXEL_PADDING )) + ' ( row.X + row.Width + REGION_PIXEL_PADDING )=' + IntToStr(( row.X + row.Width + REGION_PIXEL_PADDING )) + ' Y=' + IntToStr(Y) + ' ( row.Y - REGION_PIXEL_PADDING )=' + IntToStr(( row.Y - REGION_PIXEL_PADDING )) + ' ( row.Y + row.Height + REGION_PIXEL_PADDING )=' + IntToStr(( row.Y + row.Height + REGION_PIXEL_PADDING )) ); *} if ( (( x >= ( row.X - REGION_PIXEL_PADDING ) ) and ( x <= ( row.X + row.Width + REGION_PIXEL_PADDING )) ) and (( y >= ( row.Y - REGION_PIXEL_PADDING ) ) and ( y <= ( row.Y + row.Height + REGION_PIXEL_PADDING )) ) ) then begin Result := row; break; end; end; if (( Result = nil ) and ( self.Element <> nil )) then begin //usually when we are finding a row, we want to incliude the fact that // the element width is what we want to search for. This is mainly used when // constructing the output of the best elements for i := 0 to self.Count - 1 do begin row := TI2XRow( self[ i ]); {* dbg( 'row=' + row.AsXml()); dbg( 'X=' + IntToStr( x ) + ' ( row.X - REGION_PIXEL_PADDING )=' + IntToStr(( row.X - REGION_PIXEL_PADDING )) + ' ( row.X + self.Element.Width + REGION_PIXEL_PADDING )=' + IntToStr(( row.X + self.Element.Width + REGION_PIXEL_PADDING )) + ' Y=' + IntToStr(Y) + ' ( row.Y - REGION_PIXEL_PADDING )=' + IntToStr(( row.Y - REGION_PIXEL_PADDING )) + ' ( row.Y + row.Height + REGION_PIXEL_PADDING )=' + IntToStr(( row.Y + row.Height + REGION_PIXEL_PADDING )) ); *} if ( (( x >= ( row.X - REGION_PIXEL_PADDING ) ) and ( x <= ( row.X + self.Element.Width )) ) and (( y >= ( row.Y - REGION_PIXEL_PADDING ) ) and ( y <= ( row.Y + row.Height + REGION_PIXEL_PADDING )) ) ) then begin Result := row; break; end; end; end; end; End; function TI2XRows.GetRow(idx: Integer): TI2XRow; begin Result := TI2XRow( self.FRows[ idx ] ); end; function TI2XRows.GetRowCount: Cardinal; begin Result := self.FRows.Count; end; procedure TI2XRows.PutRow(idx: Integer; const Value: TI2XRow); begin Self.FRows[ idx ] := Value; end; function TI2XRows.getAccuracy: single; Var i : cardinal; AccuracyTotal : single; item : TI2XProductItem; AccuracyList : array of Double; Begin if ( self.Count = 0 ) then begin Result := self.FAccuracy; end else begin //Sum up all the accuracies and give us the median AccuracyTotal := 0; SetLength( AccuracyList, self.Count ); for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); AccuracyList[i] := item.Accuracy; AccuracyTotal := AccuracyTotal + item.Accuracy; end; if ( self.Count <= 2 ) then Result := ( AccuracyTotal / self.Count ) else Result := Mean( AccuracyList ) end; End; function TI2XRows.getHeight: integer; Var i, cTop, cBottom : cardinal; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.FHeight; end else begin {Need to get the highest Top and the Lowest bottom, the difference of these will yield the hieght of this multi element} cTop := 9999999; cBottom := 0; for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.Y < cTop ) then cTop := item.Y; if ( ( item.Y + item.height ) > cBottom ) then cBottom := ( item.Y + item.height ); end; if (( cBottom - cTop ) < 0 ) then raise Exception.Create( 'Height of element (id=' + self.ElementID + ') was less than 0 (' + IntToStr( cBottom - cTop ) + ').' ) else Result := cBottom - cTop; end; End; function TI2XRows.getWidth: integer; Var i, cLeft, cRight : cardinal; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.FWidth; end else begin { Need to get the left most LEFT and the right most RIGHT and subtract the difference in order to obtain the proper width of all the child elements } cLeft := 9999999; cRight := 0; for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.X < cLeft ) then cLeft := item.X; if ( ( item.X + item.Width ) > cRight ) then cRight := ( item.X + item.Width ); end; if (( cRight - cLeft ) < 0 ) then raise Exception.Create( 'Width of element (id=' + self.ElementID + ') was less than 0 (' + IntToStr( cRight - cLeft ) + ').' ) else Result := cRight - cLeft; end; End; function TI2XRows.getX: integer; Var i, cX : cardinal; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.FX; end else begin //Need to get the left most X cX := 99999999; for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.X < cX ) then cX := item.x; end; Result := cX; end; End; function TI2XRows.getY: integer; Var i, cY : cardinal; item : TI2XProductItem; Begin if ( self.Count = 0 ) then begin Result := self.Fy; end else begin //Need to get the top most Y cY := 9999999; for i := 0 to self.Count - 1 do begin item := TI2XProductItem( self[ i ]); if ( item.y < cY ) then cY := item.y; end; Result := cY; end; End; { TI2XRow } function TI2XRow.AsXML: string; Var sb : TStringBuilder; i : integer; Begin try sb := TStringbuilder.Create; sb.Append( '<items' ); sb.Append( ' x="'); sb.Append( IntToStr( self.X ) ); sb.Append( '"'); sb.Append( ' y="'); sb.Append( IntToStr( self.Y ) ); sb.Append( '"'); sb.Append( ' w="'); sb.Append( IntToStr( self.Width ) ); sb.Append( '"'); sb.Append( ' h="'); sb.Append( IntToStr( self.Height ) ); sb.Append( '"'); sb.Append( ' a="'); sb.Append( FloatToStrF( self.Accuracy, ffGeneral, 6, 2) ); sb.Append( '"'); sb.Append( '>'); for i := 0 to self.FItems.Count - 1 do begin sb.Append( TI2XProductItem(FItems[i]).AsXML() ); end; sb.Append( '</items>' ); Result := sb.ToString; finally FreeAndNil( sb ); end; End; constructor TI2XRow.Create; begin inherited; end; { TI2XProductItemCompare } function TI2XProductItemCompare.Add( const ItemToAdd: TI2XProductItems): string; begin FItems.Add( ItemToAdd.ID, ItemToAdd ); Result := ItemToAdd.ID; end; constructor TI2XProductItemCompare.Create( const Template : CTemplate ); begin FItems := THashTable.Create; FItems.FreeObjectsOnDestroy := false; self.FTemplate := Template; end; destructor TI2XProductItemCompare.Destroy; begin FreeAndNil( FItems ); inherited; end; function TI2XProductItemCompare.AppendMostAccurateResultSingle( ele: CEleNodeData; ResultItems : TI2XProductItems ) : boolean; var item : TI2XItem; Begin try item := TI2XItem.Create( ele ); TI2XItem(GetMostAccurateResultItem( ele )).CopyTo( item ); resultItems.Add( item ); Result := true; except Result := false; end; End; procedure TI2XProductItemCompare.InitKVList( var accList : TKeyValueExtendedList ); var i : smallint; Begin SetLength( accList, self.Count ); //Initialize the accuracy list for i := 0 to Length(accList) - 1 do accList[i].Val := 0; End; procedure TI2XProductItemCompare.InitKVList( var accList : TPtrAccuracyList ); var i : smallint; Begin SetLength( accList, self.Count ); //Initialize the accuracy list for i := 0 to Length(accList) - 1 do begin accList[i].Ptr := nil; accList[i].Val := 0; end; End; function TI2XProductItemCompare.GetMostAccurateResultItem( ele: CEleNodeData ) : TI2XOCRItem; var //accList : TKeyValueExtendedList; //kv : TKeyValueExtended; accList : TPtrAccuracyList; kv : TPtrAccuracy; i, iProdItems : smallint; prodItems : TI2XProductItems; rows : TI2XRows; row : TI2XRow; //item : TI2XItem; Begin InitKVList( accList ); //Go through the results see if an product of that element exists for iProdItems := 0 to self.Count - 1 do begin prodItems := self.items[ iProdItems ]; if ( prodItems.ElementIDExists( ele.ID ) ) then begin //If a product does exist, save off the 'TEST ID' and the accuracy //accList[iProdItems].Key := prodItems.ID; accList[iProdItems].Ptr := prodItems[ele.ID]; accList[iProdItems].Val := prodItems[ele.ID].Accuracy; end; end; //Get the highest accuracy and return it kv := uStrUtil.MaxValueP( accList ); result := kv.Ptr; //result := self[ kv.Key ].Items[ ele.ID ]; End; function TI2XProductItemCompare.GetMostAccurateResultItem( ele: CEleNodeData; rowSource : TI2XRow ) : TI2XOCRItem; var accList : TPtrAccuracyList; kv : TPtrAccuracy; i, iProdItems : smallint; prodItems : TI2XProductItems; rows : TI2XRows; row : TI2XRow; item : TI2XItem; eleParent: CEleNodeData; Begin InitKVList( accList ); rows := TI2XRows( rowSource.Parent ); eleParent := rows.Element; //Go through the results see if an product of that element exists for iProdItems := 0 to self.Count - 1 do begin prodItems := self.items[ iProdItems ]; if ( prodItems.ElementIDExists( eleParent.ID ) ) then begin rows := TI2XRows( prodItems[ eleParent.ID ] ); row := rows.FindRow( rowSource.X, rowSource.Y ); if ( row <> nil ) then begin if ( row.Exists( ele.ID ) ) then begin item := TI2XItem( row[ ele.ID ] ); //If a product does exist, save off the 'TEST ID' and the accuracy accList[iProdItems].Ptr := item; accList[iProdItems].Val := item.Accuracy; end; end; end; end; //Get the highest accuracy and return it kv := uStrUtil.MaxValueP( accList ); result := kv.Ptr; End; function TI2XProductItemCompare.CompareRecusively( ResultItems : TI2XProductItems; ProductItem, Parent : TI2XProductItem ) : boolean; var accList : TKeyValueExtendedList; kv : TKeyValueExtended; item, itemNew, itemMostAccurate : TI2XItem; row, rowNew, rowRes : TI2XRow; rows, rowsNew : TI2XRows; i, iRow, iItems : integer; bRes : boolean; Begin bRes := false; if ( ProductItem.ClassNameIs('TI2XItem') ) then begin Item := TI2XItem( ProductItem ); //If there is not parent control for this item, then it is a top level item if ( Parent = nil ) then begin //if the element does not already exists in the results, // then lets go accross the results to find comparable ones // so we will ignore it if ( not ResultItems.ElementIDExists( Item.Element.ID ) ) then begin itemNew := TI2XItem.Create( Item.Element ); itemMostAccurate := TI2XItem(GetMostAccurateResultItem( Item.Element )); itemMostAccurate.CopyTo( itemNew ); itemNew.Element := Item.Element; ResultItems.Add( itemNew ); Result := true; end; end else begin //This must be an element with a parent of type I2XRow, // We can use this to figure out if the other tests have // text in the same location, and compare the results row := TI2XRow( Parent ); rowsNew := TI2XRows( ResultItems[ Parent.Parent.Element.ID ] ); //rowNew := rowsNew.FindRow( row.X, row.Y ); rowNew := rowsNew.FindRow( Item.X, ( Item.Y + Item.Height ) ); itemMostAccurate := TI2XItem(GetMostAccurateResultItem( Item.Element, row )); if ( rowNew = nil ) then begin //this row does not exist in the target results yet... rowNew := TI2XRow.Create(); rowsNew.Add( rowNew ); end; if ( not rowNew.Exists( Item.Element.ID ) ) then begin //this row does not contain this element yet itemNew := TI2XItem.Create( Item.Element ); itemMostAccurate.CopyTo( itemNew ); itemNew.Element := Item.Element; rowNew.Add( itemNew ); end; Result := true; end; end else if ( ProductItem.ClassNameIs('TI2XRows') ) then begin Rows := TI2XRows( ProductItem ); if ( not ResultItems.ElementIDExists( Rows.Element.ID ) ) then begin rowsNew := TI2XRows.Create( Rows.Element ); ResultItems.Add( rowsNew ); end; for iRow := 0 to Rows.Count - 1 do begin bRes := self.CompareRecusively( ResultItems, Rows[ iRow ], ProductItem ); end; end else if ( ProductItem.ClassNameIs('TI2XRow') ) then begin Row := TI2XRow( ProductItem ); for iItems := 0 to Row.Count - 1 do begin bRes := self.CompareRecusively( ResultItems, Row[ iItems ], Row ); end; end; Result := bRes; End; function TI2XProductItemCompare.CompareRecusively( SourceResultItems, BestResultItems: TI2XProductItems ): boolean; var iProdItems : cardinal; oProdItems : TI2XProductItems; iItem : integer; res : boolean; begin for iItem := 0 to SourceResultItems.Count - 1 do begin res := CompareRecusively( BestResultItems, SourceResultItems[ iItem ], nil ); end; Result := res; end; function TI2XProductItemCompare.CompareRecusively( BestResultItems: TI2XProductItems): boolean; var iProdItems : cardinal; begin for iProdItems := 0 to self.Count - 1 do begin result := CompareRecusively( self[iProdItems], BestResultItems ); end; end; function TI2XProductItemCompare.CompareResults( ResultItems : TI2XProductItems ) : boolean; var ele : CEleNodeData; i, iElements, iProdItems : cardinal; arrElementList : TKeyList; iKeyCount : smallint; Begin if ( resultItems = nil ) then raise Exception.Create('resultItems must be preallocated'); if ( FTemplate = nil ) then raise Exception.Create('Template must not be null! How can we figure out what to expect in the compare?'); if ( FItems.Count = 0 ) then raise Exception.Create('FItems (which really is an array of TI2XProductItems) needs to have some product items to compare'); if ( FItems.Count = 1 ) then begin ResultItems.Assign( TI2XProductItems( FItems[0] ) ); end else begin arrElementList := FTemplate.Elements.Keys; for iElements := 0 to Length( arrElementList ) - 1 do begin //Obtain an element from the the template ele := CEleNodeData( FTemplate.Elements.Get( arrElementList[ iElements ] )); if (( ele <> nil ) and ( Copy(ele.ID, 0, 2) <> STANDARD_REGION_PREFIX )) then begin if ( ele.SubNodes.Count = 0 ) then begin AppendMostAccurateResultSingle( ele, ResultItems ); end else begin //AppendMostAccurateResultMulti( ele, ResultItems ); end; end; end; end; End; function TI2XProductItemCompare.GetItem(idx: TIndex): TI2XProductItems; begin Result := TI2XProductItems( FItems[ idx ] ); end; function TI2XProductItemCompare.GetItemsCount: integer; begin Result := self.FItems.Count; end; procedure TI2XProductItemCompare.PutItem(idx: TIndex; const Value: TI2XProductItems); begin FItems[ idx ] := Value; end; { TI2XOCRItemExt } procedure TI2XOCRItemExt.AddToPixelsBtwCharTotal(const val: cardinal); begin Inc( self.FPixelsBtwCharTotalCount ); Inc( self.FPixelsBtwCharTotal, val ); end; constructor TI2XOCRItemExt.Create; begin FCharTotal := 0; FCharSizeTotal := 0; FCharSizeTotalWSpaces := 0; self.FPixelsBtwCharTotalCount := 0; self.FPixelsBtwCharTotal := 0; end; constructor TI2XOCRItemExt.Create(const CharTotal, CharSizeTotal, CharSizeTotalWSpaces: integer; Item : TI2XProductItem); begin FCharTotal := CharTotal; FCharSizeTotal := CharSizeTotal; FCharSizeTotalWSpaces := CharSizeTotalWSpaces; self.FPixelsBtwCharTotalCount := 0; self.FPixelsBtwCharTotal := 0; self.FItem := Item; end; function TI2XOCRItemExt.getAvgCharSize: integer; begin if ( FCharTotal = 0 ) then Result := 0 else Result := Round(FCharSizeTotal / FCharTotal) + AVG_CHAR_SIZE_PADDING; end; function TI2XOCRItemExt.getAvgCharSizeSpace: integer; begin if ( FCharTotal = 0 ) then Result := 0 else Result := Round(FCharSizeTotalWSpaces / FCharTotal); end; function TI2XOCRItemExt.getAvgSpaceBtwChar: integer; begin if ( FPixelsBtwCharTotal = 0 ) then Result := 0 else Result := Round( FPixelsBtwCharTotal / FPixelsBtwCharTotalCount ); if (( FCharTotal < 3 ) and ( Result = 0 )) then //If we do not have a lot of character as a sample, and we calculate that we have // no space between characters, that doesn't make sense, we should always have // SOME sort of space between charcters, so add some sort of default Result := 4; end; END.
Unit RegExp; interface //Управляющие символы: // '?', '+', '*' - квантификаторы (ноль или один, один и более, любое число раз соответственно) // '(', ')' - группирующие скобки // '|' - оператор ИЛИ // '[', ']' - альтернативы // '{', '}' - модификаторы (s - пробельные символы справа и слева, r - регистронезависимость) // '#' - ввод символа по коду (#20, #120 и т.д.) // '.' - любой символ // '\' - классы символов и вывод управляющих символов // для ввода самого управляющего символа перед ним ставиться '\', //все символы кроме управляющих представляют сами себя //Классы символов: //Альтернативы: uses SysUtils; type TarrayOfInt=array of integer; //DONE: очистка при исключительной ситуации //DONE: нормальная обработка #13#10 как двух символов, если потребуется //TODO: юникод в будущем TbranchType=( BT_EMPTY, //E branch BT_CHAR, // wqwgnbd BT_SPACE, // \s BT_WORD, // \w BT_DIGIT, // \d BT_NEW_LINE, // \n BT_TAB, // \t BT_SUBRANGE, // a-z BT_NOT_CHAR, // [^zqw] BT_NOT_SPACE, // \S BT_NOT_WORD, // \W BT_NOT_DIGIT, // \D BT_NOT_NEW_LINE, // \N BT_NOT_TAB, // \T BT_ANY_CHAR // . ); TcharRange=record min,max:byte; end; TRegExpSyntaxError=class(Exception) end; //состояние автомата TFANode=class; Tbranch=record branch_type:TbranchType; min,max:char; target_node:TFANode; end; TarrayOfTbranch=array of Tbranch; TFANode=class(Tobject) private branches_in, branches:TarrayOfTbranch; flag:boolean; index:integer; public Constructor Create; Destructor Destroy;override; end; TarrayOfTFANode=array of TFANode; //Недетерминированный конечный автомат (finite automoton) TNFA=class(Tobject) private expr:string; expr_length:integer; curr_char:integer; //состояния детерминированного автомата nodes:TarrayOfTFANode; nodes_high:integer; start,finish:TFANode; //текущий уровень вложенности скобок parenthnes_level:integer; //битовый вектор и два массива для моделирования работы автомата (Move, EClosure) result_bit_vector:array of boolean; curr_states, result_states:TarrayOfTFANode; curr_states_high, result_states_high:integer; // procedure AddBranch(node:TFANode;use_target:TFANode; use_branch_type:TbranchType=BT_EMPTY; use_min:char=#0;use_max:char=#0); procedure ReplaceBranch(var branches:TarrayOfTbranch;branch:TFANode;new_val:Tbranch);overload; procedure ReplaceBranch(var branches:TarrayOfTbranch;branch,new_val:TFANode); overload; procedure GetAllNodes(node:TFANode); function CreateNode:TFANode; // procedure PrepareBitVector; procedure BuildAlternatives(start,finish:TFANode); procedure AddAlternativeRegister(start,finish:TFANode); procedure AddNodeAlternativeRegister(node,finish:TFANode); procedure BuildNFA(start,finish:TFANode;level:integer); procedure EClosure(except_unimportant_nodes:boolean=false); function Move(a:char):boolean; procedure GetTerm(alternatives_mode:boolean;var btype:TbranchType;var val:char); procedure Optimize; procedure Clean; public procedure SetExpression(s:string); property Expression:string read expr write SetExpression; function Match(s:string):boolean; Destructor Destroy;override; end; //Детерминированный конечный автомат TDFA=class(Tobject) private nfa:TNFA; expr:string; curr_char:integer; //состояния детерминированного автомата nodes:TarrayOfTFANode; nodes_high:integer; //множества комбинаций текущих состояний НКА для построения ДКА nodes_nfa_states:array of record states:TarrayOfTFANode; checked:boolean; end; // start:TFANode; // procedure BuildDFAFromNFA; procedure Clean; procedure AddBranch(source,dest:integer;use_min,use_max:char); public procedure SetExpression(s:string); property Expression:string read expr write SetExpression; function Match(s:string;var last_char:integer;first_char:integer=1):boolean; Destructor Destroy;override; end; implementation //--LOCAL FUNCTIONS-----------------------------------------------------------// Procedure InitRange(var range:TcharRange;use_min,use_max:char); begin with range do begin min:=ord(use_min); max:=ord(use_max); end; end; procedure InitBranch(var branch:Tbranch;use_branch_type:TbranchType;use_min,use_max:char;use_target:TFANode); begin with branch do begin branch_type:=use_branch_type; min:=use_min; max:=use_max; target_node:=use_target; end; end; procedure TNFA.AddBranch(node:TFANode;use_target:TFANode; use_branch_type:TbranchType=BT_EMPTY; use_min:char=#0;use_max:char=#0); var h:integer; temp:TFANode; begin if (use_branch_type=BT_SUBRANGE)and(use_min=use_max) then use_branch_type:=BT_CHAR; assert((use_branch_type<>BT_NOT_NEW_LINE)and (use_branch_type<>BT_NOT_SPACE)); //символ перевода строки является последовательностью двух символов if use_branch_type=BT_NEW_LINE then begin temp:=CreateNode; AddBranch(node,temp,BT_CHAR,#13); AddBranch(temp,use_target,BT_CHAR,#10); end else if use_branch_type=BT_SPACE then begin temp:=CreateNode; AddBranch(node,temp,BT_CHAR,#13); AddBranch(temp,use_target,BT_CHAR,#10); AddBranch(node,use_target,BT_CHAR,#9); AddBranch(node,use_target,BT_CHAR,' '); end // else begin with node do begin h:=High(branches)+1; SetLength(branches,h+1); InitBranch(branches[h],use_branch_type,use_min,use_max,use_target); end; with use_target do begin h:=High(branches_in)+1; SetLength(branches_in,h+1); InitBranch(branches_in[h],use_branch_type,use_min,use_max,node); end; end; end; procedure ClearFlag(var nodes:TarrayOfTFANode); var i:integer; begin for i:=0 to High(nodes) do nodes[i].flag:=false; end; procedure Swap(var v1,v2:TarrayOfTbranch); var temp:TarrayOfTbranch; begin temp:=v1;v1:=v2;v2:=temp; end; function Compare(var v1,v2:TarrayOfTFANode;h:integer):boolean; var i,k:integer; label end_search; begin result:=false; for i:=0 to h do begin for k:=0 to h do if v1[i]=v2[k] then goto end_search; Exit; end_search: end; result:=true; end; procedure CopyFromTo(var v1,v2:TarrayOfTFANode;h:integer); var i:integer; begin for i:=0 to h do v2[i]:=v1[i]; end; //--TFANode-------------------------------------------------------------------// constructor TFANode.Create; begin inherited; flag:=false; end; destructor TFANode.Destroy; begin SetLength(branches_in,0); SetLength(branches,0); inherited; end; //----------------------------------------------------------------------------// //--TNFA----------------------------------------------------------------------// function TNFA.CreateNode:TFANode; begin result:=TFANode.Create; inc(nodes_high); SetLength(nodes,nodes_high+1); nodes[nodes_high]:=result; end; procedure TNFA.GetTerm(alternatives_mode:boolean;var btype:TbranchType;var val:char); var t:integer; begin val:=#0; case expr[curr_char] of '?','+','*','(',')','|','[',']','{','}': raise TRegExpSyntaxError.Create('Ошибка в выражении!'); '#': begin t:=0; if (curr_char<expr_length)and(expr[curr_char+1] in['0'..'9']) then begin inc(curr_char); while (curr_char<=expr_length)and(expr[curr_char] in['0'..'9'])do begin t:=t*10+(ord(expr[curr_char])-ord('0')); inc(curr_char); end; end else raise TRegExpSyntaxError.Create('Неожиданный конец выражения после "#"!'); btype:=BT_CHAR; val:=char(t); if t=13 then raise TRegExpSyntaxError.Create('Сивол #13 используется только в "\n" и "\N"!'); end; '.': begin if alternatives_mode then begin btype:=BT_CHAR; val:='.'; end else btype:=BT_ANY_CHAR; inc(curr_char); end; '\': begin inc(curr_char); if alternatives_mode and(expr[curr_char] in['S','W','D','N','T'])then raise TRegExpSyntaxError.Create('Классы символов \S, \W, \D, \N, \T нельзя использовать в качестве альтернатив!'); if (curr_char<=expr_length) then begin case expr[curr_char] of 'S':btype:=BT_NOT_SPACE; 'W':btype:=BT_NOT_WORD; 'D':btype:=BT_NOT_DIGIT; 'N':btype:=BT_NOT_NEW_LINE; 'T':btype:=BT_NOT_TAB; 's':btype:=BT_SPACE; 'w':btype:=BT_WORD; 'd':btype:=BT_DIGIT; 'n':btype:=BT_NEW_LINE; 't':btype:=BT_TAB; '\','.','?','+','*','(',')','|','[',']','#','{','}','''': begin btype:=BT_CHAR; val:=expr[curr_char]; end; else raise TRegExpSyntaxError.Create('Неизвестный символ после "\"!'); end; inc(curr_char); end else raise TRegExpSyntaxError.Create('Неожиданный конец выражения после "\"!'); end; else begin btype:=BT_CHAR; val:=expr[curr_char]; inc(curr_char); end; end; end; procedure GetRanges(var subranges:array of TcharRange;btype:TbranchType; last:integer;min:char;max:char=#0); var val_temp:char; begin case btype of BT_CHAR, BT_NEW_LINE, BT_TAB: begin case btype of BT_CHAR:val_temp:=min; BT_NEW_LINE:val_temp:=#13; BT_TAB:val_temp:=#9; else val_temp:=#0; end; InitRange(subranges[last],val_temp,val_temp); end; BT_SPACE: begin InitRange(subranges[last-2],' ',' '); InitRange(subranges[last-1],#9,#9); InitRange(subranges[last],#13,#13); end; BT_WORD: begin InitRange(subranges[last-4] ,'0','9'); InitRange(subranges[last-3],'A','Z'); InitRange(subranges[last-2],'a','z'); InitRange(subranges[last-1],'А','Я'); InitRange(subranges[last],'а','я'); end; BT_DIGIT: InitRange(subranges[last] ,'0','9'); BT_SUBRANGE: begin assert(byte(max)>byte(min)); InitRange(subranges[last] ,min,max); end; BT_ANY_CHAR: InitRange(subranges[last] ,#0,#255); BT_NOT_CHAR: begin if (min>#0) then InitRange(subranges[last-1],#0,char(ord(min)-1)); if (min<#255)then InitRange(subranges[last],char(ord(min)+1),#255); end; else assert(false); end; end; function GetRangesCount(btype:TbranchType;min:char=#1;max:char=#0):integer; begin case btype of BT_CHAR, BT_NEW_LINE, BT_TAB: result:=1; BT_SPACE: result:=3; BT_WORD: result:=5; BT_DIGIT: result:=1; BT_SUBRANGE: result:=1; BT_ANY_CHAR: result:=1; BT_NOT_CHAR: if (min=#255)or(min=#0)then result:=1 else result:=2; else assert(false); result:=-1; end; assert(not((btype=BT_SUBRANGE)and (integer(max)-integer(min)+1=0))); end; procedure TNFA.BuildAlternatives(start,finish:TFANode); var btype:TbranchType; val1,val2,val_temp:char; not_alternative,need_search:boolean; subranges:array of TcharRange;// используется для получения инвертирования группы диапазонов ( not(r1 or r2 or ... rn) subranges_high,curr_min,curr_max,i:integer; temp:TFANode; add_new_line_alt:boolean; begin add_new_line_alt:=false; inc(curr_char); if (curr_char<=expr_length)and(expr[curr_char]='^') then begin not_alternative:=true; inc(curr_char); end else not_alternative:=false; //считываем все альтернативы в subranges, преобразуем в диапазоны и оптимизируем при not_alternative subranges_high:=-1; try while (curr_char<=expr_length) and (expr[curr_char]<>']') do begin GetTerm(true,btype,val1); //Если диапазон символов if(curr_char<=expr_length)and(expr[curr_char]='-')then begin if btype<>BT_CHAR then raise TRegExpSyntaxError.Create('Оператор диапазона "-" применяется только к символам!'); inc(curr_char); if (curr_char>expr_length) or (expr[curr_char]=']') then raise TRegExpSyntaxError.Create('Отсутствует второй операнд оператора "-"!'); GetTerm(true,btype,val2); if btype<>BT_CHAR then raise TRegExpSyntaxError.Create('Оператор диапазона "-" применяется только к символам!'); if ord(val1)>ord(val2) then begin val_temp:=val1;val1:=val2;val2:=val_temp; end; //Если отрицательная альтернатива if not_alternative then begin inc(subranges_high); setlength(subranges,subranges_high+1); InitRange(subranges[subranges_high],val1,val2); end //Если не отрицательная альтернатива else AddBranch(start,finish,BT_SUBRANGE,val1,val2); end //Если не диапазон и отрицательная альтернатива"[^" else if not_alternative then begin if (btype=BT_NEW_LINE)or(btype=BT_SPACE) then add_new_line_alt:=true; inc(subranges_high,GetRangesCount(btype)); setlength(subranges,subranges_high+1); GetRanges(subranges,btype,subranges_high,val1); end //Если не диапазон и не отрицательная альтернатива else AddBranch(start,finish,btype,val1); end; //subranges содержит запрещенные диапазоны символов //поэтому находим не запрещенные участки и добавляем в переходы if not_alternative then begin curr_min:=0; curr_max:=255; while(curr_min<=255)do begin need_search:=true; while(need_search)do begin need_search:=false; for i:=0 to subranges_high do if (curr_min>=subranges[i].min) and (curr_min<=subranges[i].max) then begin curr_min:=subranges[i].max+1; need_search:=true; end; end; if(curr_min=256)then break; for i:=0 to subranges_high do if (subranges[i].min>curr_min) and (subranges[i].min<=curr_max) then curr_max:=subranges[i].min-1; //добавляем диапазон в branch if curr_min= curr_max then AddBranch(start,finish,BT_CHAR,char(curr_min)) else AddBranch(start,finish,BT_SUBRANGE,char(curr_min),char(curr_max)); curr_min:=curr_max+1; curr_max:=255; end; //т.к. перевод строки представляется двумя символами(#13#10), //то сначала проверяем не запрещен ли уже #13, а затем добавляем обработку #10 if add_new_line_alt then begin temp:=CreateNode; AddBranch(start,temp,BT_CHAR,#13); AddBranch(temp,finish,BT_NOT_CHAR,#10); end; end; finally SetLength(subranges,0); end; // end; procedure TNFA.AddAlternativeRegister(start,finish:TFANode); begin AddNodeAlternativeRegister(start,finish); ClearFlag(nodes); end; //TODO: преобразование регистров для русских букв function GetAlternativeRegister(c1,c2:char;var res1,res2:char;to_upper:boolean):boolean;overload; var t1,t2:char; begin assert(c1<c2); result:=false; if(to_upper)then begin if c1<'a' then t1:='a' else t1:=c1; if c2>'z' then t2:='z' else t2:=c2; if (t1<=t2) then begin result:=true; res1:=char(ord(t1)-ord('a')+ord('A')); res2:=char(ord(t2)-ord('a')+ord('A')); end end else begin if c1<'A' then t1:='A' else t1:=c1; if c2>'Z' then t2:='Z' else t2:=c2; if (t1<=t2) then begin result:=true; res1:=char(ord(t1)+ord('a')-ord('A')); res2:=char(ord(t2)+ord('a')-ord('A')); end end; end; function GetAlternativeRegister(c:char;var res:char):boolean;overload; begin result:=true; case c of 'a'..'z':res:=char(ord(c)-ord('a')+ord('A')); 'A'..'Z':res:=char(ord(c)+ord('a')-ord('A')); 'а'..'я':res:=char(ord(c)-ord('я')+ord('Я')); 'А'..'Я':res:=char(ord(c)+ord('я')-ord('Я')); else result:=false; end; end; procedure TNFA.AddNodeAlternativeRegister(node,finish:TFANode); var i,h:integer; c1,c2:char; begin if(node.flag or (node=finish))then Exit else begin node.flag:=true; h:=High(node.branches); for i:=0 to h do begin with node.branches[i] do case branch_type of BT_CHAR: if GetAlternativeRegister(min,c1) then AddBranch(node,target_node,BT_CHAR,c1); BT_SUBRANGE: begin if GetAlternativeRegister(min,max,c1,c2,false) then AddBranch(node,target_node,BT_SUBRANGE,c1,c2); if GetAlternativeRegister(min,max,c1,c2,true) then AddBranch(node,target_node,BT_SUBRANGE,c1,c2); end; end; AddNodeAlternativeRegister(node.branches[i].target_node,finish); end; end; end; procedure TNFA.BuildNFA(start,finish:TFANode;level:integer); var temp,temp1,temp2,temp3:TFANode; btype:TbranchType; val1:char; begin case level of 0://оператор | begin BuildNFA(start,finish,1); while (curr_char<=expr_length)and(expr[curr_char]='|') do begin inc(curr_char); BuildNFA(start,finish,1); end; end; 1://конкатезация begin //прерывается если встречается более низкий по приоритету оператор или закрывающая скобка while (curr_char<=expr_length)and(expr[curr_char]<>'|')and (expr[curr_char]<>')') do begin temp:=CreateNode; BuildNFA(start,temp,2); start:=temp; end; if(curr_char<=expr_length)and(expr[curr_char]=')')and(parenthnes_level=0)then raise TRegExpSyntaxError.Create('Лишняя закрывающая круглая скобка!'); AddBranch(start,finish); end; 2:// операторы * + ? begin temp:=CreateNode; temp1:=CreateNode; temp2:=CreateNode; temp3:=CreateNode; AddBranch(temp,temp2); AddBranch(temp2,finish); AddBranch(start,temp3); AddBranch(temp3,temp1); BuildNFA(temp1,temp,3); if (curr_char<=expr_length)then begin case expr[curr_char] of '*': // _______________ begin // \/ | e inc(curr_char); //(s)->temp3-> (temp1) ..... (temp) --> temp2 -> (f) AddBranch(temp1,temp2); // | /\ AddBranch(temp,temp1); // |_______________________| end; // e '+': begin inc(curr_char); AddBranch(temp,temp1); end; '?': begin inc(curr_char); AddBranch(temp1,temp2); end; '{': begin inc(curr_char); while (curr_char<=expr_length)and((expr[curr_char]='r')or(expr[curr_char]='s')) do case expr[curr_char] of 's': begin inc(curr_char); AddBranch(temp3,temp3,BT_SPACE); AddBranch(temp2,temp2,BT_SPACE); end; 'r': begin inc(curr_char); AddAlternativeRegister(temp1,temp2); end; end; if(curr_char>expr_length)or(expr[curr_char]<>'}')then raise TRegExpSyntaxError.Create('Ожидалась закрывающая фигурная скобка!'); inc(curr_char); end; end; end; end; 3: begin if (curr_char<=expr_length) then begin // case expr[curr_char] of '['://альтернативы [] begin BuildAlternatives(start,finish); if (curr_char<=expr_length) and (expr[curr_char]=']') then inc(curr_char) else raise TRegExpSyntaxError.Create('Ожидалась закрывающая квадратная скобка!'); end; '('://скобки () begin inc(parenthnes_level); inc(curr_char); BuildNFA(start,finish,0); if (curr_char<=expr_length) and (expr[curr_char]=')') then inc(curr_char) else raise TRegExpSyntaxError.Create('Ожидалась закрывающая круглая скобка!'); dec(parenthnes_level); end; else begin GetTerm(false,btype,val1); if btype=BT_NOT_SPACE then begin temp:=CreateNode; AddBranch(start,finish,BT_SUBRANGE,#0,#8); AddBranch(start,finish,BT_SUBRANGE,#10,#12); AddBranch(start,finish,BT_SUBRANGE,#14,#31); AddBranch(start,finish,BT_SUBRANGE,#33,#255); AddBranch(start,temp,BT_CHAR,#13); AddBranch(temp,finish,BT_NOT_CHAR,#10); end else if btype=BT_NOT_NEW_LINE then begin temp:=CreateNode; AddBranch(start,finish,BT_NOT_CHAR,#13); AddBranch(start,temp,BT_CHAR,#13); AddBranch(temp,finish,BT_NOT_CHAR,#10); end else AddBranch(start,finish,btype,val1); end end; // end; end; end; end; function TNFA.Move(a:char):boolean; //############################################################################## //TNFA.Move вычисляет все состояния автомата после чтения входного символа //in: // a - входной символ // curr_states - текущие состояния автомата //out: // curr_states - состояния после чтения //temp: // result_states, result_bit_vector //############################################################################## var i,k,h:integer; temp:TarrayOfTFANode; r:boolean; begin result_states_high:=-1; result:=true; for i:=0 to curr_states_high do with curr_states[i] do begin h:=High(branches); for k:=0 to h do begin r:=false; case branches[k].branch_type of BT_CHAR: r:= a=branches[k].min; BT_WORD: r:= a in ['0'..'9','A'..'Z','a'..'z','А'..'Я','а'..'я']; BT_DIGIT:r:= a in ['0'..'9']; BT_SUBRANGE: r:= ord(a) in [ord(branches[k].min)..ord(branches[k].max)]; BT_NOT_CHAR: r:= a<>branches[k].min; BT_NOT_WORD: r:= not (a in ['0'..'9','A'..'Z','a'..'z','А'..'Я','а'..'я']); BT_NOT_DIGIT: r:= not(a in ['0'..'9']); BT_ANY_CHAR: r:=true; BT_TAB: r:= a=#9; BT_EMPTY: r:=false; else Assert(false); end; if r and (not result_bit_vector[branches[k].target_node.index]) then begin inc(result_states_high); result_states[result_states_high]:=branches[k].target_node; result_bit_vector[branches[k].target_node.index]:=true; end; end; end; if result_states_high=-1 then begin result:=false; exit; end; temp:=curr_states;curr_states:=result_states;result_states:=temp; curr_states_high:=result_states_high; fillchar(result_bit_vector[0],(nodes_high+1),#0); end; procedure TNFA.EClosure(except_unimportant_nodes:boolean=false); //############################################################################## //TNFA.EClosure вычисляет E замыкание автомата //in: // curr_states - текущие состояния автомата //out: // curr_states - состояния после E замыкания //temp: // result_states, result_bit_vector //############################################################################## var i,k:integer; temp:TarrayOfTFANode; t,b:TFANode; label end_search; begin fillchar(result_bit_vector[0],(nodes_high+1),#0); // for i:=0 to curr_states_high do result_bit_vector[curr_states[i].index]:=true; // for i:=0 to curr_states_high do result_states[i]:=curr_states[i]; result_states_high:=curr_states_high; while curr_states_high>=0 do begin t:=curr_states[curr_states_high]; dec(curr_states_high); with t do for i:=0 to high(branches) do if branches[i].branch_type=BT_EMPTY then begin b:=branches[i].target_node; if not result_bit_vector[b.index] then begin inc(curr_states_high); curr_states[curr_states_high]:=b; inc(result_states_high); result_states[result_states_high]:=b; result_bit_vector[b.index]:=true; end end; end; // fillchar(result_bit_vector[0],(nodes_high+1),#0); // temp:=curr_states;curr_states:=result_states;result_states:=temp; curr_states_high:=result_states_high; // if(except_unimportant_nodes)then //этот блок исользуется в ДКА для исключения неважных состояний begin result_states_high:=-1; for i:=0 to curr_states_high do with curr_states[i] do begin //конечное состояние пропускаем без проверки if(curr_states[i]=finish)then goto end_search; // for k:=0 to High(branches) do if branches[k].branch_type<>BT_EMPTY then goto end_search; continue; end_search: inc(result_states_high); result_states[result_states_high]:=curr_states[i]; end; temp:=curr_states;curr_states:=result_states;result_states:=temp; curr_states_high:=result_states_high; end; end; function TNFA.Match(s:string):boolean; var i:integer; label end_search; begin result:=false; if(length(s)=0)or(start=nil)then exit; curr_char:=1; fillchar(result_bit_vector[0],(nodes_high+1),#0); // curr_states_high:=0; curr_states[0]:=start; EClosure; while curr_char<=Length(s) do begin if not Move(s[curr_char]) then begin result:=false; exit; end; EClosure; inc(curr_char); end; for i:=0 to curr_states_high do if curr_states[i]=finish then begin result:=true; Exit; end; end; procedure TNFA.ReplaceBranch(var branches:TarrayOfTbranch;branch:TFANode;new_val:Tbranch); var t:integer; begin for t:=0 to High(branches) do if branches[t].target_node=branch then branches[t]:=new_val; end; procedure TNFA.ReplaceBranch(var branches:TarrayOfTbranch;branch,new_val:TFANode); var t:integer; begin for t:=0 to High(branches) do if branches[t].target_node=branch then branches[t].target_node:=new_val; end; procedure TNFA.Optimize; var i,t,e:integer; n:TFANode; label end_search1,end_search2; begin for i:=0 to nodes_high do begin with nodes[i] do //Входящий и исходящий переход пуст (является E переходом) if(High(branches_in)=0) and (High(branches)=0) and (branches_in[0].branch_type=BT_EMPTY) and (branches[0].branch_type= BT_EMPTY)then begin ReplaceBranch(branches_in[0].target_node.branches,nodes[i], branches[0].target_node); ReplaceBranch(branches[0].target_node.branches_in,nodes[i], branches_in[0].target_node); nodes[i].Free; end else if(High(branches_in)=0) and (branches_in[0].branch_type=BT_EMPTY)and(High(branches)>=0)then begin for t:=0 to High(branches) do if branches[t].branch_type=BT_EMPTY then goto end_search1; //Входной переход пуст, а все исходящие переходы не пусты for t:=0 to High(branches) do ReplaceBranch(branches[t].target_node.branches_in,nodes[i], branches_in[0].target_node); ReplaceBranch(branches_in[0].target_node.branches,nodes[i], branches[0]); n:=branches_in[0].target_node; e:=Length(n.branches); SetLength(n.branches,e+High(branches)); for t:=1 to High(branches) do n.branches[e+t-1]:=branches[t]; nodes[i].Free; end_search1: end else //Все входные переходы не пусты, а единственный исходящий переход пуст if(High(branches)=0) and (branches[0].branch_type=BT_EMPTY)and(High(branches_in)>=0)then begin for t:=0 to High(branches_in) do if branches_in[t].branch_type=BT_EMPTY then goto end_search2; for t:=0 to High(branches_in) do ReplaceBranch(branches_in[t].target_node.branches,nodes[i], branches[0].target_node); ReplaceBranch(branches[0].target_node.branches_in,nodes[i], branches_in[0]); n:=branches[0].target_node; e:=Length(n.branches_in); SetLength(n.branches_in,e+High(branches_in)); for t:=1 to High(branches_in) do n.branches_in[e+t-1]:=branches_in[t]; nodes[i].Free; end_search2: end; end; end; procedure TNFA.GetAllNodes(node:TFANode); var i,h:integer; begin with node do begin if flag then exit; flag:=true; inc(nodes_high); SetLength(nodes,nodes_high+1); nodes[nodes_high]:=node; h:=High(branches); for i:=0 to h do GetAllNodes(branches[i].target_node); end; end; procedure TNFA.PrepareBitVector; var i,h:integer; begin h:=High(nodes); for i:=0 to h do nodes[i].index:=i; end; procedure TNFA.Clean; var i:integer; begin if start=nil then exit; start:=nil; finish:=nil; for i:=0 to High(nodes) do nodes[i].Free; SetLength(nodes,0); SetLength(curr_states,0); SetLength(result_states,0); SetLength(result_bit_vector,0); end; procedure TNFA.SetExpression(s:string); var l:integer; begin if (start<>nil)then Clean; expr:=s; expr_length:=length(expr); curr_char:=1; nodes_high:=-1; try start:=CreateNode; finish:=CreateNode; parenthnes_level:=0; BuildNFA(start,finish,0); Optimize; nodes_high:=-1; // SetLength(nodes,0);//после оптимизации некоторые nodes могут стать удаленными GetAllNodes(start);//поэтому получаем список всех nodes заново ClearFlag(nodes); // l:=nodes_high+1; SetLength(curr_states,l); SetLength(result_states,l); SetLength(result_bit_vector,l); PrepareBitVector; except on e:TRegExpSyntaxError do begin Clean; raise; end; end; curr_states_high:=-1; result_states_high:=-1; end; Destructor TNFA.Destroy; begin Clean; inherited; end; //----------------------------------------------------------------------------// //--TDFA----------------------------------------------------------------------// procedure TDFA.Clean; var i:integer; begin start:=nil; for i:=0 to High(nodes) do nodes[i].Free; SetLength(nodes,0); nodes:=nil; if nodes_nfa_states<>nil then for i:=0 to High(nodes_nfa_states) do setLength(nodes_nfa_states[i].states,0); SetLength(nodes_nfa_states,0); nodes_nfa_states:=nil; end; Destructor TDFA.Destroy; begin Clean; inherited; end; procedure TDFA.SetExpression(s:string); begin if (start<>nil)then Clean; expr:=s; curr_char:=1; nfa:=TNFA.Create; try nfa.SetExpression(expr); BuildDFAFromNFA; except on e:TRegExpSyntaxError do begin Clean; raise; end; end; nfa.Free; nfa:=nil; end; procedure TDFA.AddBranch(source,dest:integer;use_min,use_max:char); var h:integer; branch_type:TBranchType; begin if use_min=use_max then branch_type:=BT_CHAR else branch_type:=BT_SUBRANGE; begin with nodes[source] do begin h:=High(branches)+1; SetLength(branches,h+1); InitBranch(branches[h],branch_type,use_min,use_max,nodes[dest]); end; with nodes[dest] do begin h:=High(branches_in)+1; SetLength(branches_in,h+1); InitBranch(branches_in[h],branch_type,use_min,use_max,nodes[source]); end; end; end; function TDFA.Match(s:string;var last_char:integer;first_char:integer=1):boolean; var i:integer; t:TFANode; label end_search; begin if(length(s)=0)or(start=nil)then exit; result:=start.flag; last_char:=first_char-1; curr_char:=first_char; t:=start; while curr_char<=Length(s) do with t do begin for i:=0 to High(branches) do case branches[i].branch_type of BT_SUBRANGE: if s[curr_char]in[branches[i].min..branches[i].max] then begin t:=branches[i].target_node; goto end_search; end; BT_CHAR: if s[curr_char]=branches[i].min then begin t:=branches[i].target_node; goto end_search; end; else assert(false); end; Exit; end_search: if(t.flag)then begin last_char:=curr_char; result:=true; end; inc(curr_char); end; result:=t.flag; end; procedure TDFA.BuildDFAFromNFA; var alphabet:array of TcharRange; alphabet_high, i,k,t,n,h,curr_min:integer; curr_char:integer; exist_not_checked,empty_flag:boolean; label end_cycle,end_start_search; begin //инициализируем первое состояние ДКА и обозначаем его не помеченым nfa.curr_states_high:=0; nfa.curr_states[0]:=nfa.start; nfa.EClosure; nodes_high:=0; SetLength(nodes,1); SetLength(nodes_nfa_states,1); nodes[0]:=TFANode.Create; nodes_nfa_states[0].checked:=false; SetLength(nodes_nfa_states[0].states,nfa.curr_states_high+1); CopyFromTo(nfa.curr_states,nodes_nfa_states[0].states,nfa.curr_states_high); // exist_not_checked:=true; while(exist_not_checked)do begin exist_not_checked:=false; for i:=0 to nodes_high do with nodes_nfa_states[i] do if (not checked) then begin exist_not_checked:=true; checked:=true; //Формируем алфавит для данного состояния ДКА alphabet_high:=-1; SetLength(alphabet,0); for t:=0 to High(states) do for k:=0 to High(states[t].branches) do with states[t].branches[k] do if branch_type<>BT_EMPTY then begin inc(alphabet_high,GetRangesCount(branch_type,min,max)); SetLength(alphabet,alphabet_high+1); GetRanges(alphabet,branch_type,alphabet_high,min,max); end; //Для каждого символа алфавита получаем новое множество состояний НКА curr_min:=-1; while(curr_min<255)do begin // curr_char:=256; //Определяем наименьший диапазон содержащий одинаковые символы for t:=0 to alphabet_high do with alphabet[t] do if (min>curr_min) and (min<=curr_char) then curr_char:=min-1 else if (max>=curr_min) and (max<curr_char) then curr_char:=max; //Определяем является ли этот диапазон не пустым empty_flag:=true; for t:=0 to alphabet_high do with alphabet[t] do if (curr_char>=min)and(curr_char<=max)then begin empty_flag:=false; break; end; if curr_char=256 then break; if (curr_min=-1) or empty_flag then begin curr_min:=curr_char+1; continue; end; if empty_flag then continue; //Получаем новое множество состояний НКА nfa.curr_states_high:=High(nodes_nfa_states[i].states); CopyFromTo(nodes_nfa_states[i].states,nfa.curr_states,nfa.curr_states_high); if not nfa.Move(char(curr_char))then assert(false); nfa.EClosure(true); n:=-1; //Определяем, имеется ли новое множество состояний в nodes_nfa_states for k:=0 to nodes_high do begin h:=High(nodes_nfa_states[k].states); if((h=nfa.curr_states_high)and Compare(nodes_nfa_states[k].states,nfa.curr_states,h))then begin n:=k; break; end; end; //Если новое множество состояний раньше не обрабатывалось, то добаляем как необработанное if n=-1 then begin inc(nodes_high); n:=nodes_high; SetLength(nodes,nodes_high+1); SetLength(nodes_nfa_states,nodes_high+1); nodes[nodes_high]:=TFANode.Create; with nodes_nfa_states[nodes_high] do begin checked:=false; SetLength(states,nfa.curr_states_high+1); CopyFromTo(nfa.curr_states,states,nfa.curr_states_high); end; end; AddBranch(i,n,char(curr_min),char(curr_char)); // curr_min:=curr_char+1; end; end; end; // start:=nil; for i:=0 to nodes_high do with nodes_nfa_states[i] do begin h:=High(states); if(start=nil)then begin for k:=0 to h do if (states[k]=nfa.start)then begin start:=nodes[i]; break; end; end; for k:=0 to h do if (states[k]=nfa.finish)then begin nodes[i].flag:=true; break; end; end; end; //----------------------------------------------------------------------------// end.
unit gr_Grant_Ctrl_MainForm; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, cxLookAndFeelPainters, ExtCtrls, cxMaskEdit, cxDropDownEdit, cxCalendar, cxTextEdit, cxButtonEdit, cxContainer, cxEdit, cxLabel, cxControls, cxGroupBox, StdCtrls, cxButtons, gr_uCommonConsts, PackageLoad, DB, FIBDatabase, pFIBDatabase, FIBDataSet, pFIBDataSet, IBase, ZTypes, cxLookupEdit, cxDBLookupEdit, cxDBLookupComboBox, GlobalSpr, gr_uMessage, ActnList, ZProc, uCommonSp, Unit_NumericConsts, Dates, gr_uCommonLoader, gr_uCommonProc, cxSpinEdit, cxCheckBox,UpKernelUnit, FIBQuery, pFIBQuery, pFIBStoredProc; type TFGrantCtrl = class(TForm) YesBtn: TcxButton; CancelBtn: TcxButton; BoxMan: TcxGroupBox; LabelMan: TcxLabel; EditMan: TcxButtonEdit; BoxDatesSum: TcxGroupBox; LabelSumma: TcxLabel; Actions: TActionList; ActionYes: TAction; BoxVidOpl: TcxGroupBox; EditVidopl: TcxButtonEdit; LabelVidoplData: TcxLabel; LabelVidopl: TcxLabel; LabelSmetadata: TcxLabel; EditSmeta: TcxButtonEdit; LabelSmeta: TcxLabel; MaskEditSumma: TcxMaskEdit; LabelBal: TcxLabel; MaskEditBal: TcxMaskEdit; BoxDates: TPanel; EditDateBeg: TcxDateEdit; DateBegLabel: TcxLabel; EditDateEnd: TcxDateEdit; DateEndLabel: TcxLabel; DB: TpFIBDatabase; StProcTransaction: TpFIBTransaction; StProc: TpFIBStoredProc; ComboBoxCategory: TcxLookupComboBox; DSetCatStud: TpFIBDataSet; DSourceCatStud: TDataSource; DefaultTransaction: TpFIBTransaction; PrikazMaskEdit: TcxMaskEdit; PrikazLabel: TcxLabel; procedure CancelBtnClick(Sender: TObject); procedure EditVidOplPropertiesButtonClick(Sender: TObject; AButtonIndex: Integer); procedure ActionYesExecute(Sender: TObject); procedure EditVidoplExit(Sender: TObject); procedure EditSmetaExit(Sender: TObject); procedure EditSmetaPropertiesButtonClick(Sender: TObject; AButtonIndex: Integer); private PIdGrant:Integer; PIdStud:int64; PIdVidopl:integer; PKodVidopl:integer; PIdSmeta:int64; PKodSmeta:integer; PRes:Variant; Pcfs:TZControlFormStyle; PLanguageIndex:byte; PGrantCtrlSimpleParam:TgrCtrlSimpleParam; public constructor Create(AOwner:TComponent);reintroduce; function PrepareData(Db_Handle:TISC_DB_HANDLE;fs:TZControlFormStyle;Id:int64):boolean; property Res:Variant read PRes; property GrantCtrlSimpleParam:TgrCtrlSimpleParam read PGrantCtrlSimpleParam; end; function ViewGrantCtrl(AParameter:TObject):TgrCtrlSimpleParam; implementation uses Math; {$R *.dfm} function ViewGrantCtrl(AParameter:TObject):TgrCtrlSimpleParam; var Form:TFGrantCtrl; PResult:variant; begin Form:=TFGrantCtrl.Create(TgrCtrlSimpleParam(AParameter).Owner); begin PResult := Form.PrepareData(TgrCtrlSimpleParam(AParameter).DB_Handle, TgrCtrlSimpleParam(AParameter).fs, TgrCtrlSimpleParam(AParameter).Id); if PResult<>False then begin PResult := Form.ShowModal; if PResult=mrYes then Result:=Form.GrantCtrlSimpleParam else Result := nil; end else Result:=nil; end; Form.Destroy; end; constructor TFGrantCtrl.Create(AOwner:TComponent); begin inherited Create(AOwner); PLanguageIndex:=LanguageIndex; PRes:=NULL; PGrantCtrlSimpleParam:=TgrCtrlSimpleParam.Create; //****************************************************************************** LabelMan.Caption := LabelStudent_Caption[PLanguageIndex]; DateBegLabel.Caption := LabelDateBeg_Caption[PLanguageIndex]; DateEndLabel.Caption := LabelDateEnd_Caption[PLanguageIndex]; LabelSmeta.Caption := LabelSmeta_Caption[PLanguageIndex]; LabelVidopl.Caption := LabelVidOpl_Caption[PLanguageIndex]; LabelSumma.Caption := LabelSumma_Caption[PLanguageIndex]; LabelBal.Caption := LabelBal_Caption[PLanguageIndex]; BoxMan.Caption := ''; BoxVidOpl.Caption := ''; BoxDatesSum.Caption := ''; YesBtn.Caption := YesBtn_Caption[PLanguageIndex]; CancelBtn.Caption := CancelBtn_Caption[PLanguageIndex]; CancelBtn.Hint := CancelBtn.Caption+' (Esc)'; end; function TFGrantCtrl.PrepareData(Db_Handle:TISC_DB_HANDLE;fs:TZControlFormStyle;Id:int64):boolean; var PDay,PMonth,PYear:word; DBegStud,DEndStud,DBeg,DEnd:TDate; Smeta:variant; begin Result:=True; Pcfs := fs; case fs of zcfsInsert: begin Caption:=Caption_Insert[PLanguageIndex]; try DB.Handle:=Db_Handle; StProc.Transaction.StartTransaction; StProc.StoredProcName:='GR_DT_GRANTS_S_FOR_I'; StProc.Prepare; StProc.ParamByName('ID_STUD').AsInt64:=Id; StProc.ExecProc; PIdStud := Id; EditMan.Text := StProc.ParamByName('FIO').AsString; if VarIsNull(StProc.ParamByName('PERIOD_DB').AsVariant) then DBegStud:=Date else DBegStud:=StProc.ParamByName('PERIOD_DB').AsDate; if VarIsNull(StProc.ParamByName('PERIOD_DE').AsVariant) then DEndStud:=Date else DEndStud:=StProc.ParamByName('PERIOD_DE').AsDate; if DBegStud=DEndStud then begin EditDateBeg.Date := DBegStud; EditDateEnd.Date := DEndStud; // BoxDates.Enabled := False; end else begin if VarIsNULL(StProc.ParamByName('DATE_BEG').AsVariant) then DBeg:=DBegStud else begin DBeg := StProc.ParamByName('DATE_BEG').AsDate; DecodeDate(DBeg,PYear,PMonth,PDay); if(((PYear mod 4)=0)and(PMonth=2))then PDay:=PDay-1; if((((PYear+1) mod 4)=0)and(PMonth=2))then PDay:=PDay+1; DBeg := EncodeDate(PYear+1,PMonth,PDay); end; if VarIsNULL(StProc.ParamByName('DATE_END').AsVariant) then DEnd:=DEndStud else begin DEnd := StProc.ParamByName('DATE_END').AsDate; DecodeDate(DEnd,PYear,PMonth,PDay); if(((PYear mod 4)=0)and(PMonth=2))then PDay:=PDay-1; if((((PYear+1) mod 4)=0)and(PMonth=2))then PDay:=PDay+1; DEnd := EncodeDate(PYear+1,PMonth,PDay); end; if DBegStud>DBeg then DBeg:=DBegStud; if DEndStud<DEnd then DEnd:=DEndStud; if DBeg>DEnd then DEnd:=DBeg; try EditDateBeg.Date := DBeg; EditDateBeg.Properties.MaxDate := DEndStud; EditDateBeg.Properties.MinDate := DBegStud; EditDateEnd.Date := DEnd; EditDateEnd.Properties.MaxDate := DEndStud; EditDateEnd.Properties.MinDate := DBegStud; except showmessage('Даты не допустимы'); end; end; Smeta := grValueFieldFromZSetup(DB.Handle,'GR_DEFAULT_SMETA'); if not VarIsNull(Smeta) then begin EditSmeta.Text := VarToStr(Smeta); EditSmetaExit(self); end; StProc.Transaction.Commit; except on E:Exception do begin grShowMessage(ECaption[PLanguageIndex],e.Message,mtError,[mbOK]); StProc.Transaction.Rollback; Result:=false; end; end; end; zcfsUpdate: begin DB.Handle:=Db_Handle; DSetCatStud.SQLs.SelectSQL.Text := 'SELECT * FROM GR_CN_STUD_CAT_S'; DSetCatStud.Open; ComboBoxCategory.Properties.DataController.DataSource := DSourceCatStud; LabelVidopl.Caption:='Категория'; LabelSmeta.Caption:='Група'; LabelBal.Caption:='Курс'; MaskEditSumma.Enabled:=false; EditVidopl.Visible:=false; // EditSmeta.Enabled:=false; LabelVidoplData.Visible:=false; ComboBoxCategory.Visible:=true; // LabelSmetadata.Enabled:=false; end; zcfsDelete: begin DB.Handle:=Db_Handle; LabelSmeta.Caption:='Група'; DateBegLabel.Visible:=False; DateEndLabel.Visible:=False; LabelMan.Visible:=False; LabelSumma.Visible:=False; LabelBal.Visible:=False; PrikazLabel.Visible:=False; LabelVidopl.Visible:=False; EditMan.Visible:=False; EditDateBeg.Visible:=False; EditDateEnd.Visible:=False; MaskEditSumma.Visible:=False; MaskEditBal.Visible:=False; PrikazMaskEdit.Visible:=False; ComboBoxCategory.Visible:=False; EditVidOpl.Visible:=False; LabelVidoplData.Visible:=False; EditSmeta.Visible:=True; LabelSmetadata.Visible:=True; end; end; end; procedure TFGrantCtrl.CancelBtnClick(Sender: TObject); begin ModalResult := mrCancel; end; procedure TFGrantCtrl.EditVidOplPropertiesButtonClick( Sender: TObject; AButtonIndex: Integer); var VidOpl:Variant; begin VidOPl:=LoadVidOpl(self, DB.Handle,zfsModal, 0,ValueFieldZSetup(DB.Handle,'GR_ID_SYSTEM')); if VarArrayDimCount(VidOpl)>0 then begin PIdVidopl:=VidOpl[0]; PKodVidopl:=VidOPl[2]; LabelVidOplData.Caption := VidOpl[1]; EditVidOpl.Text := IntToStr(PKodVidOpl); end else EditVidOpl.SetFocus; end; procedure TFGrantCtrl.ActionYesExecute(Sender: TObject); begin if ((PIdVidopl=0) and (Pcfs=zcfsInsert)) then begin grShowMessage(ECaption[PLanguageIndex],EVidOplInput_Text[PLanguageIndex],mtWarning,[mbOk]); exit; end; if EditDateBeg.Date>EditDateEnd.Date then begin grShowMessage(ECaption[PLanguageIndex],EInputTerms_Text[PLanguageIndex],mtWarning,[mbOk]); exit; end; PGrantCtrlSimpleParam.DateBeg:=StrToDate(EditDateBeg.Text); PGrantCtrlSimpleParam.DateEnd:=StrToDate(EditDateEnd.Text); case Pcfs of zcfsInsert: begin PGrantCtrlSimpleParam.IdSmeta:=PIdSmeta; PGrantCtrlSimpleParam.IdVidopl:=PIdVidopl; PGrantCtrlSimpleParam.Summa:=StrToFloat(MaskEditSumma.Text); PGrantCtrlSimpleParam.Bal:=StrToFloat(MaskEditBal.Text); PGrantCtrlSimpleParam.Prikaz:=PrikazMaskEdit.Text; end; zcfsUpdate: begin PGrantCtrlSimpleParam.IdSmeta:=PIdSmeta; PGrantCtrlSimpleParam.IdVidopl:=ComboBoxCategory.EditValue; PGrantCtrlSimpleParam.Bal:=StrToFloat(MaskEditBal.Text); PGrantCtrlSimpleParam.Prikaz:=PrikazMaskEdit.Text; end; zcfsDelete: begin PGrantCtrlSimpleParam.IdSmeta:=PIdSmeta; end; end; ModalResult:=mrYes; end; procedure TFGrantCtrl.EditVidoplExit(Sender: TObject); var VidOpl:Variant; begin if EditVidOpl.Text<>'' then begin if StrToInt(EditVidOpl.Text)=PKodVidopl then Exit; VidOpl:=VoByKod(StrToInt(EditVidOpl.Text),date,DB.Handle,ValueFieldZSetup(DB.Handle,'GR_ID_SYSTEM'),0); if VarArrayDimCount(VidOpl)>0 then begin PIdVidOpl:=VidOpl[0]; PKodVidopl:=VidOPl[1]; LabelVidOplData.Caption := Vidopl[2]; end else EditVidOpl.SetFocus; end; end; procedure TFGrantCtrl.EditSmetaExit(Sender: TObject); var Smeta:Variant; begin case Pcfs of zcfsInsert: begin if EditSmeta.Text<>'' then begin if StrToInt(EditSmeta.Text)=PKodSmeta then Exit; Smeta:=SmetaByKod(StrToInt(EditSmeta.Text),DB.Handle); if VarArrayDimCount(Smeta)>0 then begin PIdsmeta:=Smeta[0]; PKodSmeta:=Smeta[1]; LabelSmetaData.Caption := Smeta[2]; end else EditSmeta.SetFocus; end; end; zcfsUpdate: begin if ((EditSmeta.Text<>'')and (NumPredpr(DB.Handle)<>7)) then begin if (StrToInt(EditSmeta.Text)=PKodSmeta) then Exit; Smeta:=DepartmentByKod(EditSmeta.Text,DB.Handle); if VarArrayDimCount(Smeta)>0 then begin PIdSmeta:=Smeta[0]; PKodSmeta:=Smeta[1]; LabelSmetaData.Caption := Smeta[2]; end else EditSmeta.SetFocus; end; end; zcfsDelete: begin if ((EditSmeta.Text<>'')and (NumPredpr(DB.Handle)<>7)) then begin if (StrToInt(EditSmeta.Text)=PKodSmeta) then Exit; Smeta:=DepartmentByKod(EditSmeta.Text,DB.Handle); if VarArrayDimCount(Smeta)>0 then begin PIdSmeta:=Smeta[0]; PKodSmeta:=Smeta[1]; LabelSmetaData.Caption := Smeta[2]; end else EditSmeta.SetFocus; end; end; end; end; procedure TFGrantCtrl.EditSmetaPropertiesButtonClick(Sender: TObject; AButtonIndex: Integer); var Smeta:Variant; sp: TSprav; begin case Pcfs of zcfsInsert: begin Smeta:=GetSmets(self,DB.Handle,Date,psmSmet); if VarArrayDimCount(Smeta)> 0 then If Smeta[0]<>NULL then begin PIdsmeta := Smeta[0]; PKodSmeta := Smeta[3]; EditSmeta.Text := IntToStr(PKodSmeta); LabelSmetaData.Caption := Smeta[2]; end; end; zcfsUpdate: begin sp := GetSprav('SpDepartment'); if sp <> nil then begin // заполнить входные параметры with sp.Input do begin Append; FieldValues['DBHandle'] := Integer(DB.Handle); FieldValues['ShowStyle'] := 0; FieldValues['Select'] := 1; FieldValues['Actual_Date'] := Date; FieldValues['Id_Property']:=4; Post; end; end; sp.Show; if sp.Output = nil then ShowMessage('BUG: Output is NIL!!!') else if not sp.Output.IsEmpty then begin EditSmeta.Text := varToStrDef(sp.Output['DEPARTMENT_CODE'],''); LabelSmetaData.Caption := varToStrDef(sp.Output['NAME_FULL'],''); PIdSmeta:=sp.Output['ID_DEPARTMENT']; end; sp.Free; end; zcfsDelete: begin sp := GetSprav('SpDepartment'); if sp <> nil then begin // заполнить входные параметры with sp.Input do begin Append; FieldValues['DBHandle'] := Integer(DB.Handle); FieldValues['ShowStyle'] := 0; FieldValues['Select'] := 1; FieldValues['Actual_Date'] := Date; FieldValues['Id_Property']:=4; Post; end; end; sp.Show; if sp.Output = nil then ShowMessage('BUG: Output is NIL!!!') else if not sp.Output.IsEmpty then begin EditSmeta.Text := varToStrDef(sp.Output['DEPARTMENT_CODE'],''); LabelSmetaData.Caption := varToStrDef(sp.Output['NAME_FULL'],''); PIdSmeta:=sp.Output['ID_DEPARTMENT']; end; sp.Free; end; end; end; end.
(* Copyright (c) 2016 Darian Miller All rights reserved. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, provided that the above copyright notice(s) and this permission notice appear in all copies of the Software and that both the above copyright notice(s) and this permission notice appear in supporting documentation. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF THIRD PARTY RIGHTS. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR HOLDERS INCLUDED IN THIS NOTICE BE LIABLE FOR ANY CLAIM, OR ANY SPECIAL INDIRECT OR CONSEQUENTIAL DAMAGES, OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. Except as contained in this notice, the name of a copyright holder shall not be used in advertising or otherwise to promote the sale, use or other dealings in this Software without prior written authorization of the copyright holder. As of January 2016, latest version available online at: https://github.com/darianmiller/dxLib_Tests *) unit dxLib_Test_JSON_Utils; interface {$I '..\Dependencies\dxLib\Source\dxLib.inc'} uses TestFramework, dxLib_JSONUtils; type TestTdxJSONUtils = class(TTestCase) published procedure TestCurrencyFormat(); procedure TestExtendedFormat(); procedure TestControlCharacters(); end; implementation uses {$IFDEF DX_UnitScopeNames} System.SysUtils; {$ELSE} SysUtils; {$ENDIF} procedure TestTdxJSONUtils.TestCurrencyFormat(); var vLargeNumber:Currency; vFormatted:String; begin vLargeNumber := 23023320329.23234; vFormatted := JSON_Currency(0); Check(vFormatted = '0.00'); vFormatted := JSON_Currency(vLargeNumber); Check(vFormatted = '23023320329.2323'); //rounded to 4 decimals end; procedure TestTdxJSONUtils.TestExtendedFormat(); var vLargeNumber:Extended; vFormatted:String; begin vLargeNumber := 1.18E4932; //largest Extended (except 1.19E4932 'infinite') vFormatted := JSON_Float(vLargeNumber); Check(vFormatted = '1.18E4932'); vFormatted := JSON_Float(0); Check(vFormatted = '0'); end; procedure TestTdxJSONUtils.TestControlCharacters(); var vFormatted:String; begin vFormatted := JSON_String(#0); Check(vFormatted = '"\u0000"'); vFormatted := JSON_String(#7); Check(vFormatted = '"\u0007"'); vFormatted := JSON_String(Char(#127)); Check(vFormatted = '"' + Char(#127) + '"'); {$IFNDEF DX_String_Is_UTF16} vFormatted := JSON_String(AnsiChar(Char(#128))); Check(vFormatted = '"\u0080"'); vFormatted := JSON_String(Char(#255)); Check(vFormatted = '"\u00FF"'); {$ENDIF} end; initialization RegisterTest(TestTdxJSONUtils.Suite); end.
unit o_LogObj; interface uses sysutils, classes, System.IOUtils; type TLogObj = class private fLogPath: string; fFilename: string; fFullFilename: string; fMaxFileSize: Longint; fFullBackupFilename: string; function getFileSize: Integer; public constructor Create(aLogPath, aFilename: string; aMaxFileSize: Longint); destructor Destroy; override; procedure Write(aText: string); end; implementation { TLogObj } constructor TLogObj.Create(aLogPath, aFilename: string; aMaxFileSize: Longint); begin fLogPath := IncludeTrailingPathDelimiter(aLogPath); fFilename := aFilename; fFullFilename := fLogPath + fFilename; fFullBackupFilename := fLogPath + copy(ffilename, 1, length(ffilename)-4) + FormatDateTime('yyyy-mm-dd_hhnnss', now) + '.bak'; fMaxFileSize := aMaxFileSize; if getFileSize > fMaxFileSize then begin TFile.Move(fFullFilename, fFullBackupFilename); end; end; destructor TLogObj.Destroy; begin inherited; end; function TLogObj.getFileSize: Longint; var f: file of Byte; size: Longint; begin Result := 0; if not FileExists(fFullFilename) then exit; AssignFile(f, fFullFilename); Reset(f); try Result := FileSize(f); finally closeFile(f); end; end; procedure TLogObj.Write(aText: string); var f: Textfile; s: string; begin AssignFile(f, fFullFilename); if (fileExists(fFullFilename)) then Append(f) else ReWrite(f); s := FormatDateTime('dd.mm.yyyy hh:nn:ss', now) + ' ' + aText; writeln(f, s); closefile(f); end; end.
unit uFrmCatalogSearch; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, uParent, siComp, cxStyles, cxCustomData, cxGraphics, cxFilter, cxData, cxEdit, DB, cxDBData, StdCtrls, ExtCtrls, cxGridLevel, cxClasses, cxControls, cxGridCustomView, cxGridCustomTableView, cxGridTableView, uMsgBox, cxGridDBTableView, cxGrid, DBClient, cxContainer, cxTextEdit, cxMaskEdit, cxDropDownEdit, cxLookupEdit, cxDBLookupEdit, cxDBLookupComboBox, Buttons; type TFrmCatalogSearch = class(TFrmParent) grdCatalogDBTableView: TcxGridDBTableView; grdCatalogLevel: TcxGridLevel; grdCatalog: TcxGrid; pnlFilter: TPanel; pnlBottom: TPanel; btnClose: TButton; dtsCatalog: TDataSource; cdsCatalog: TClientDataSet; grdCatalogDBTableViewSkuProduct: TcxGridDBColumn; grdCatalogDBTableViewUpc: TcxGridDBColumn; grdCatalogDBTableViewTitle: TcxGridDBColumn; grdCatalogDBTableViewCategory: TcxGridDBColumn; grdCatalogDBTableViewSubCategory: TcxGridDBColumn; grdCatalogDBTableViewGroup: TcxGridDBColumn; grdCatalogDBTableViewMSRP: TcxGridDBColumn; grdCatalogDBTableViewSkuVendor: TcxGridDBColumn; grdCatalogDBTableViewVendorCost: TcxGridDBColumn; grdCatalogDBTableViewVendor: TcxGridDBColumn; grdCatalogDBTableViewVendorCompany: TcxGridDBColumn; lblVendor: TLabel; cbxVendor: TcxLookupComboBox; lblCategory: TLabel; cbxCategory: TcxLookupComboBox; lblSubCategory: TLabel; lblDepartment: TLabel; cbxDepartment: TcxLookupComboBox; cbxSubCategory: TcxLookupComboBox; cbxMethod: TComboBox; cbxType: TComboBox; edtSearch: TEdit; btnSearch: TBitBtn; btnAllVendor: TButton; btnAllDepartment: TButton; btnAllCategory: TButton; btnAllSubCategory: TButton; btnColumns: TButton; btnGroup: TButton; procedure btnSearchClick(Sender: TObject); procedure btnCloseClick(Sender: TObject); procedure cdsCatalogBeforeGetRecords(Sender: TObject; var OwnerData: OleVariant); procedure btnAllVendorClick(Sender: TObject); procedure btnAllDepartmentClick(Sender: TObject); procedure btnAllCategoryClick(Sender: TObject); procedure btnAllSubCategoryClick(Sender: TObject); procedure btnColumnsClick(Sender: TObject); procedure btnGroupClick(Sender: TObject); private AOptions: TcxGridStorageOptions; FRegistryPath : String; AView : TcxCustomGridTableView; public procedure Start; end; implementation uses uDMImportExport, uMRSQLParam, uSystemConst; {$R *.dfm} procedure TFrmCatalogSearch.Start; begin FRegistryPath := MR_IMP_EXP_REG_PATH + Self.Caption; AOptions := [gsoUseFilter, gsoUseSummary]; AView := TcxCustomGridTableView(grdCatalog.FocusedView); TcxGridDBTableView(AView).RestoreFromRegistry(FRegistryPath, False, False, AOptions); try DMImportExport.OpenCatalogVendor; DMImportExport.OpenCatalogDepartment; DMImportExport.OpenCatalogCategory; DMImportExport.OpenCatalogSubCategory; ShowModal; finally DMImportExport.CloseCatalogVendor; DMImportExport.CloseCatalogDepartment; DMImportExport.CloseCatalogCategory; DMImportExport.CloseCatalogSubCategory; end; TcxGridDBTableView(AView).StoreToRegistry(FRegistryPath, True, AOptions); end; procedure TFrmCatalogSearch.btnSearchClick(Sender: TObject); begin inherited; try Screen.Cursor := crHourGlass; with cdsCatalog do begin if Active then Close; Open; { Alex - 04/19/2011 } If ( RecordCount >= 250 ) Then MsgBox('Result set is limited to 250 records.', vbInformation + vbOKOnly); end; finally Screen.Cursor := crDefault; end; end; procedure TFrmCatalogSearch.btnCloseClick(Sender: TObject); begin inherited; Close; end; procedure TFrmCatalogSearch.cdsCatalogBeforeGetRecords(Sender: TObject; var OwnerData: OleVariant); var sSearchField, sField: String; Param: TMRSQLParam; begin inherited; try Param := TMRSQLParam.Create; if cbxVendor.EditValue > 0 then begin Param.AddKey('IDVendor'); Param.KeyByName('IDVendor').AsInteger := cbxVendor.EditValue; Param.KeyByName('IDVendor').Condition := tcEquals; Param.KeyByName('IDVendor').Field := 'V.IDVendor'; end; if cbxDepartment.Text <> '' then begin Param.AddKey('Department'); Param.KeyByName('Department').AsString := cbxDepartment.Text; Param.KeyByName('Department').Condition := tcEquals; Param.KeyByName('Department').Field := 'P.Department'; end; if cbxCategory.Text <> '' then begin Param.AddKey('Category'); Param.KeyByName('Category').AsString := cbxCategory.Text; Param.KeyByName('Category').Condition := tcEquals; Param.KeyByName('Category').Field := 'P.Category'; end; if cbxSubCategory.Text <> '' then begin Param.AddKey('SubCategory'); Param.KeyByName('SubCategory').AsString := cbxSubCategory.Text; Param.KeyByName('SubCategory').Condition := tcEquals; Param.KeyByName('SubCategory').Field := 'P.SubCategory'; end; if edtSearch.Text <> '' then begin case cbxType.ItemIndex of 0: begin sSearchField := 'UPC'; sField := 'P.Upc'; end; 1: begin { Alex - 04/19/2011 } sSearchField := 'Sku'; sField := 'P.Sku'; //sSearchField := 'SkuProduct'; //sField := 'SkuProduct'; end; 2: begin { Alex - 04/19/2011 } sSearchField := 'vSku'; sField := 'vSku'; // sSearchField := 'SkuVendor'; // sField := 'SkuVendor'; end; 3: begin sSearchField := 'Title'; sField := 'P.Title'; end; end; Param.AddKey(sSearchField); Param.KeyByName(sSearchField).Condition := tcLike; Param.KeyByName(sSearchField).Field := sField; case cbxMethod.ItemIndex of 0: Param.KeyByName(sSearchField).AsString := edtSearch.Text + '%'; 1: Param.KeyByName(sSearchField).AsString := '%' + edtSearch.Text; 2: Param.KeyByName(sSearchField).AsString := '%' + edtSearch.Text + '%'; end; end; OwnerData := Param.ParamString; finally FreeAndNil(Param); end; end; procedure TFrmCatalogSearch.btnAllVendorClick(Sender: TObject); begin inherited; cbxVendor.Clear; end; procedure TFrmCatalogSearch.btnAllDepartmentClick(Sender: TObject); begin inherited; cbxDepartment.Clear; end; procedure TFrmCatalogSearch.btnAllCategoryClick(Sender: TObject); begin inherited; cbxCategory.Clear; end; procedure TFrmCatalogSearch.btnAllSubCategoryClick(Sender: TObject); begin inherited; cbxSubCategory.Clear; end; procedure TFrmCatalogSearch.btnColumnsClick(Sender: TObject); begin inherited; TcxGridDBTableView(AView).Controller.Customization := True; end; procedure TFrmCatalogSearch.btnGroupClick(Sender: TObject); begin inherited; TcxGridDBTableView(AView).OptionsView.GroupByBox := not TcxGridDBTableView(AView).OptionsView.GroupByBox; end; end.
unit Conexao.Model.Interf; interface uses ormbr.Factory.Interfaces, FireDAC.Stan.Intf, FireDAC.Stan.Option, FireDAC.Stan.Error, FireDAC.UI.Intf, FireDAC.Phys.Intf, FireDAC.Stan.Def, FireDAC.Stan.Pool, FireDAC.Stan.Async, FireDAC.Phys, FireDAC.Phys.FBDef, FireDAC.VCLUI.Wait, FireDAC.Comp.UI, FireDAC.Phys.IBBase, FireDAC.Phys.FB, Data.DB, FireDAC.Comp.Client; type TTipoConexao = (dbFirebird, dbSQLite, dbMongoDB, dbMySQL); IConexaoModel = interface ['{CAB5648D-6CE0-4A92-B767-1F54F6626399}'] function Conexao: IDBConnection; function ConexaoFireDac: TFDConnection; end; implementation end.
unit uPlotRect; { ***************************************************************************** * This file is part of Multiple Acronym Math and Audio Plot - MAAPlot * * * * See the file COPYING. * * for details about the copyright. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. * * * * MAAplot for Lazarus/fpc * * (C) 2014 Stefan Junghans * ***************************************************************************** } // TODO: transparancy property for legends and coloscale ? // Border properties rel and abs ? { New RECT handling 09.08.14 FrameRect is the whole PlotRect (used for Borders and Placing into PlotImage) holds background ClientRect is a mathematical construct: Framerect shrinked by Axis text etc. (used for axis length calculations; i.e. is maximum DataRect); only for calculations DataRect is the max extent of the axes placed according to Clientrect (used for Plot Clipping and Fast Series LazIntfImage) is size of IntFImage // TODO: add a property to CloneAxis (Shiftmode: smLength, smValue) to lock a clone axis to a specific axis value of the shiftaxis } {$mode objfpc}{$H+} //{$DEFINE DEBUG_SCALE_WRITE} //{$DEFINE DEBUG_2_WRITE} // //{$DEFINE GTK2} not needed ? interface uses Classes, Graphics, Types, uPlotClass, uPlotStyles, uPlotSeries, uPlotAxis, sysutils, math, LCLType, IntfGraphics, FPimage, GraphType, uPlotOverrides, dateutils, uPlotUtils, matrix; // lazcanvas;GraphMath type TBorder = TRect; TRectPlacement = (plRight, plBottom, plCanvas); TLegendRect = class; TColorScaleRect = class; TPointArray = array of TPoint; { TPlotRect } TPlotRect = class(uPlotClass.TBasePlotRect) private FAxisAutoPlaceFill: Boolean; FScreenInvalid: Boolean; FDataImage: TLazIntfImage_debug; // series plot data here on this empty (transparent) image // TODO: can we write a Class Helper for our ApplyAlpha function instead of this crude inheritance ? //FDataImage: TLazIntfImage; // series plot data here on this empty (transparent) image FBackImage: TLazIntfImage; //FBackIMageCanvas: TLazCanvas; textout not available with Lazarus 1.2.4, so we wait and see! - was just for testing FBackBMP: TBitmap; // Background Bitmap to avoid repeated inneraxis draw etc. FDataImageBuffer: TBitmap; FFillPolyPoints: array of TPoint; // used to fill the inner part of the plotrect enclosed by the axes FColorScalePlacement: TRectPlacement; FLegendPlacement: TRectPlacement; FLegendRect: TLegendRect; FColorScaleRect: TColorScaleRect; FBorderAbs: TBorder; FBorderRel: TBorder; FShowColorScale: Boolean; FShowLegend: Boolean; FShowFrame: Boolean; FShowTitle: Boolean; FStyle: TPlotStyle; FTitleStr: String; FTitleTagStr: String; FAxisConstraints: array[0..2] of Double; function GetAxisAutoPlaceFillConstraints(AIndex: Integer): Double; procedure SetAxisAutoPlaceFill(AValue: Boolean); procedure SetAxisAutoPlaceFillConstraints(AIndex: Integer; AValue: Double); function _FocusColor(BackgroundColor: TColor): TColor; procedure SetBorderAbs(const AValue: TBorder); procedure SetBorderRel(const AValue: TBorder); procedure SetColorScalePlacement(const AValue: TRectPlacement); procedure SetColorScaleRect(const AValue: TColorScaleRect); procedure SetLegendPlacement(const AValue: TRectPlacement); procedure SetLegendRect(const AValue: TLegendRect); procedure SetStyle(const AValue: TPlotStyle); procedure _ShrinkColorScale(var ARect: TRect); procedure _ShrinkLegend(var ARect: TRect); procedure _ShrinkTitle(var ARect: TRect); procedure PreCalcClientRect; function _BuildConstraints3(a,b,c, anglea, angleb, anglec: Double; out s,t,u: Double): Integer; function _AxisAutoPlace3(a,b,c, anglea, angleb, anglec: Double; out La, Lb, Lc: Double; out NewOrigin: TPoint): Integer; // delivers 0 if solved function _AxisAutoPlace2(a,b,anglea, angleb: Double; out La, Lb: Double; out NewOrigin: TPoint): Integer; // delivers 0 if solved function DrawTitle(AVisible: Boolean): TRect; function _GetHasFastSeries: Boolean; procedure _DrawZoomRectPlotImage; procedure _DrawZoomRectDataImage; procedure _FillDataArea; protected function GetClientRect: TRect; override; function GetFrameRect: TRect; override; function GetDataRect: TRect; procedure Redraw; override; public constructor Create(APlot: TPlot); override; destructor Destroy; override; procedure StoreBackGround; procedure UpdateSeriesData(ASeries: TPlotSeries; AMarkerUpdateOnly: Boolean; AForceRefresh: Boolean = FALSE); // used for fast series procedure UpdateMarkers; procedure UpdateZoomRect; procedure Pan(dX, dY: Integer); procedure Zoom(X, Y: Integer; AFactorX: Extended; AFactorY: Extended); procedure Zoom(ARect: TRect); property DataImage: TLazIntfImage_debug read FDataImage; //property DataImage: TLazIntfImage read FDataImage; property BorderAbs: TBorder read FBorderAbs write SetBorderAbs; // pixels property BorderRel: TBorder read FBorderRel write SetBorderRel; // percent property ShowFrame: Boolean read FShowFrame write FShowFrame; property ShowTitle: Boolean read FShowTitle write FShowTitle; // position is automagic property Title: String read FTitleStr write FTitleStr; property TitleTag: String read FTitleTagStr write FTitleTagStr; property Style: TPlotStyle read FStyle write SetStyle; property LegendRect: TLegendRect read FLegendRect write SetLegendRect; property ColorScaleRect: TColorScaleRect read FColorScaleRect write SetColorScaleRect; property ShowLegend: Boolean read FShowLegend write FShowLegend; property ShowColorScale: Boolean read FShowColorScale write FShowColorScale; // property LegendPlacement: TRectPlacement read FLegendPlacement write SetLegendPlacement; property ColorScalePlacement: TRectPlacement read FColorScalePlacement write SetColorScalePlacement; // property AxisAutoPlaceFill: Boolean read FAxisAutoPlaceFill write SetAxisAutoPlaceFill; property AxisAutoPlaceFillConstraints[AIndex: Integer]: Double read GetAxisAutoPlaceFillConstraints write SetAxisAutoPlaceFillConstraints; end; { TLegendRect } TLegendRect = class private FAutoShrink: Boolean; FFillBackground: Boolean; FDrawBMP: TBitmap; //FAnchorAbs: TPoint; // 10-2014 all manual placement options deleted //FAnchorRel: TPoint; // manual placement needs a rework if needed //FClientRect: TRect; //FAutoRect: Boolean; FOwnerPlotRect: TPlotRect; FRectSize: TSize; FShowFrame: Boolean; FStyle: TPlotStyle; procedure SetAutoShrink(const AValue: Boolean); procedure SetFillBackground(const AValue: Boolean); procedure SetOwnerPlotRect(const AValue: TPlotRect); procedure SetRectSize(const AValue: TSize); function DrawLegend_VER(AVisible, ATransparent: Boolean): TRect; function DrawLegend_HOR(AVisible, ATransparent: Boolean): TRect; procedure SetStyle(const AStyle: TPlotStyle); function _GetClientRect(APlacement: TRectPlacement): TRect; protected function GetClientRect: TRect; virtual; public constructor Create(AOwnerPlotRect: TPlotRect);virtual; destructor Destroy; override; function Redraw(AVisible, ATransparent: Boolean): TRect;virtual; property ShowFrame: Boolean read FShowFrame write FShowFrame; property RectSize: TSize read FRectSize write SetRectSize; // cx, cy in % of plotrect // deprecated property Style: TPlotStyle read FStyle write SetStyle; property ClientRect: TRect read GetClientRect; // write SetClientRect; property OwnerPlotRect: TPlotRect read FOwnerPlotRect write SetOwnerPlotRect; property FillBackground: Boolean read FFillBackground write SetFillBackground; property AutoShrink: Boolean read FAutoShrink write SetAutoShrink; // deprecated end; { TColorScaleRect } TColorScaleRect = class(TLegendRect) private FColorScaleOrientation: TAxisOrientation; FColorScaleWidth: Integer; FScaleAxisIndex: Integer; procedure SetColorScaleOrientation(const AValue: TAxisOrientation); procedure SetColorScaleWidth(const AValue: Integer); procedure SetScaleAxisIndex(const AValue: Integer); protected function GetClientRect: TRect; override; public constructor Create(AOwnerPlotRect: TPlotRect);override; function Redraw(AVisible, ATransparent: Boolean): TRect;override; property ScaleAxisIndex: Integer read FScaleAxisIndex write SetScaleAxisIndex; property ColorScaleWidth: Integer read FColorScaleWidth write SetColorScaleWidth; property ColorScaleOrientation: TAxisOrientation read FColorScaleOrientation write SetColorScaleOrientation; // use orientation from LegendRect end; const cMAXLEGENDCHARS = 18; // if textline is overfilled, start truncating legend text to cMAXLEGENDLETTERS per series // if still insufficient, make new line (in horizontal mode) cMAXRECTSIZEPERCENT = 33; // maximum extent of legend / colorcale rect implementation { TPlotRect } function TPlotRect.GetClientRect: TRect; begin // this code is precalculated for speed and stored in FClientRect Result := FClientRect; end; procedure TPlotRect.Redraw; var vImageDescription: TRawImageDescription; vFPColor: TFPColor; begin inherited Redraw; // TEST: precalc values PreCalcClientRect; // components deliver usedrect // clientrect is framerect minus used space outside clientrect //----------------------------------------- // Frame draw and Fill Background IF ShowFrame THEN BEGIN PlotImage.Canvas.Pen.Assign(Style.Pen); PlotImage.Canvas.MoveTo(ClientRect.Left, ClientRect.Top); PlotImage.Canvas.LineTo(ClientRect.Right, ClientRect.Top); PlotImage.Canvas.LineTo(ClientRect.Right, ClientRect.Bottom); PlotImage.Canvas.LineTo(ClientRect.Left, ClientRect.Bottom); PlotImage.Canvas.LineTo(ClientRect.Left, ClientRect.Top); END; // 09.08. new rect handling, we fill only the frame PlotImage.Canvas.Brush.Color := Style.Brush.Color; // Extent of the plot (formerly Plotrect) is filled here _FillDataArea; // Draw Title, Colorscale and Legend DrawTitle(True); IF ShowColorScale THEN ColorScaleRect.Redraw(True, True); IF ShowLegend THEN LegendRect.Redraw(True, True); IF FDataImage <> nil then FreeAndNil(FDataImage); FDataImage := TLazIntfImage_debug.Create(max(DataRect.Right - DataRect.Left,1), max(DataRect.Bottom-DataRect.Top,1)); // LazIntfImage on GTK2 throws exception on diomension = 0 {$IFNDEF GTK2} vImageDescription := GetDescriptionFromDevice(0, max(DataRect.Right - DataRect.Left,1), max(DataRect.Bottom-DataRect.Top,1)); {$ENDIF} {$IFNDEF GTK2} // transparency does not work when GetDescritptionFromDevice is used, so use hardcoded working description vImageDescription.Init_BPP32_B8G8R8A8_BIO_TTB(max(DataRect.Right - DataRect.Left,1), max(DataRect.Bottom-DataRect.Top,1)); {$ENDIF} FDataImage.DataDescription := vImageDescription; vFPColor.red:=$0; vFPColor.green:=$0; vFPColor.blue:=$0; vFPColor.alpha:=$0; FDataImage.FillPixels(vFPColor); //FDataImage.FillPixels(FPColor($7FFF,$1000, $1000, $1100)); // create Background Buffer Bitmap // size = whole plotrect (DataImage shall be correctly placed into DrawBuffer) IF FDataImageBuffer <> nil THEN FreeAndNil(FDataImageBuffer); // needed ? or can we simply resize ? FDataImageBuffer := TBitmap.Create; FDataImageBuffer.PixelFormat:=pf32bit; FDataImageBuffer.SetSize(max(DataRect.Right - DataRect.Left+1,1), max(DataRect.Bottom-DataRect.Top+1,1) ); //FDataImageBuffer.Canvas.Line(0,0,1,1); // TODO: this might be needed on Windoze to make it recognise a transparent Bitmap ? // no effect on GTK2 //FDataImageBuffer.Canvas.Brush.Color:=clYellow; //FDataImageBuffer.Canvas.FillRect(rect(0,0,FDataImageBuffer.Canvas.Width-1, FDataImageBuffer.Height-1)); end; procedure TPlotRect.UpdateSeriesData(ASeries: TPlotSeries; AMarkerUpdateOnly: Boolean; AForceRefresh: Boolean = FALSE); var vLoop: Integer; vSeriesList: TFPList; vFPColor: TFPColor; vBackBmp: TBitmap; vNeedsClear, vNeedsRefresh: Boolean; //vPNG: TPortableNetworkGraphic; // tested... works also with a png instead of a temp bitmap begin // let series paint to FDataImage // overlay BackBMP and DataImage // copyrect to PlotCanvas // TODO: separate marker and series updating ! vNeedsClear:=false; vNeedsRefresh:=false; // windows................. IF OwnerPlot.TimedRefresh AND (not AForceRefresh) AND (not AMarkerUpdateOnly) THEN begin FScreenInvalid:=TRUE; exit; end; vBackBmp := TBitmap.Create; //vBackBmp.PixelFormat:=pf32bit; vBackBmp.LoadFromIntfImage(FBackImage); vSeriesList := Self.SeriesContainedIdx; IF (not AMarkerUpdateOnly) THEN BEGIN // check if we need a update, result should be cumulative when multiple series are asked. for vLoop := 0 to vSeriesList.Count-1 do begin // seriescontained delivers integerIndex AS Pointer and backwards.... IF OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^].IsFastSeries then begin TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).CheckRefresh(vNeedsRefresh, vNeedsClear); end ELSE raise Exception.Create('UpdateSeriesData shall not be called except from Fast Series'); end; // if we need Clear, we clear the DataImage if vNeedsClear then begin vFPColor.red:=$0; vFPColor.green:=$0; vFPColor.blue:=$0; vFPColor.alpha:=$0; FDataImage.FillPixels(vFPColor); end; // if we need Refresh, we let all series contained plot to the dataimage if vNeedsRefresh then begin for vLoop := 0 to vSeriesList.Count-1 do begin //writeln('plot to image series _', IntToStr(vLoop)); OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^].DoPlotToImage; end; end; END; begin OwnerPlot.LockImage(true); // notes on speed ... // Copyrect (or Draw) to Bitmap takes 17msec(fullscreen 1380*960) // no matter if it is the PlotIMage.Bitmap or a memory one (vBackBMP) // Apply Alpha takes 75msec (on that size) // vBackBMP Creation takes 5msec FDataImageBuffer.LoadFromIntfImage(DataImage); IF Zooming THEN _DrawZoomRectDataImage; // windows makes the FBackBMP completely transparent (when transparent things are drawn on top of it // reason ?: FBackBMP does not know transparency, so windows adds it and makes it fully transparent // Draw and CopyRect work the same, no difference.... //PlotImage.Canvas.CopyRect(Self.FrameRect, vBackBMP.Canvas, Bounds(0,0,vBackBMP.Width, vBackBMP.Height)); // test for 2D why is bacjgnd copy needed for transparency ?? PlotImage.Canvas.Draw(FrameRect.Left, FrameRect.Top, vBackBmp); //PlotImage.Canvas.CopyRect(Self.DataRect, FDataImageBuffer.Canvas, Bounds(0,0,FDataImageBuffer.Width, FDataImageBuffer.Height)); PlotImage.Canvas.Draw(Self.DataRect.Left, Self.DataRect.Top, FDataImageBuffer); // markerupdate IF ASeries is TXYSpectrumPlotSeries THEN begin //writeln('plot markers _', IntToStr(vLoop)); for vLoop := 0 to vSeriesList.Count-1 do begin //TPlotSeries(OwnerPlot.Series[PtrInt(vSeriesList.Items[vLoop])]).MarkerContainer.DrawMarkers(vBackBmp, true); TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).MarkerContainer.DrawMarkers(PlotImage.Picture.Bitmap, true); end; END; OwnerPlot.LockImage(false); end; FScreenInvalid:=FALSE; vBackBmp.Free; if vSeriesList <> nil then begin while vSeriesList.Count > 0 do begin Dispose(Pinteger(vSeriesList.Items[0])); vSeriesList.Delete(0); end; vSeriesList.Free; end; end; procedure TPlotRect.UpdateMarkers; begin end; procedure TPlotRect.UpdateZoomRect; begin // if series in plotrect are fast series, call UpdateSeriesData // if series are standard, simply draw the focusrect if _GetHasFastSeries then UpdateSeriesData(nil, false, true) else _DrawZoomRectPlotImage; end; procedure TPlotRect.Pan(dX, dY: Integer); var vSeriesList: TFPList; //vItemIndex: Integer; vSeriesLoop, vLoop: Integer; vXAxesArray: array of Integer; vYAxesArray: array of Integer; vXaxis, vYaxis: Integer; vPresent: Boolean; begin //writeln('PR panning...X/Y ', IntToStr(dX), '/', IntToStr(dY)); // we do only XY panning vSeriesList := SeriesContainedIdx; setlength(vXAxesArray, 0); setlength(vYAxesArray, 0); try for vSeriesLoop := 0 to vSeriesList.Count-1 do begin vXaxis := TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vSeriesLoop])^]).XAxis; vYaxis := TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vSeriesLoop])^]).YAxis; // no Zaxis handling so far // X vPresent := false; for vLoop := 0 to length(vXAxesArray)-1 do begin vPresent := vPresent OR (vXAxesArray[vLoop] = vXaxis); end; if (not vPresent) then begin setlength(vXAxesArray, length(vXAxesArray)+1); vXAxesArray[length(vXAxesArray)-1] := vXaxis; end; // Y vPresent := false; for vLoop := 0 to length(vYAxesArray)-1 do begin vPresent := vPresent OR (vYAxesArray[vLoop] = vYaxis); end; if (not vPresent) then begin setlength(vYAxesArray, length(vYAxesArray)+1); vYAxesArray[length(vYAxesArray)-1] := vYaxis; end; end; finally if vSeriesList <> nil then begin while vSeriesList.Count > 0 do begin Dispose(Pinteger(vSeriesList.Items[0])); vSeriesList.Delete(0); end; vSeriesList.Free; end; end; for vLoop:=0 to length(vXAxesArray)-1 do begin TPlotAxis(OwnerPlot.Axis[vXAxesArray[vLoop]]).PanPixel(dX, dY); end; for vLoop:=0 to length(vYAxesArray)-1 do begin TPlotAxis(OwnerPlot.Axis[vYAxesArray[vLoop]]).PanPixel(dX, dY); end; setlength(vXAxesArray, 0); setlength(vYAxesArray, 0); //if _GetHasFastSeries then UpdateSeriesData(nil, false, true) //else OwnerPlot.Repaint; OwnerPlot.Repaint; end; procedure TPlotRect.Zoom(X, Y: Integer; AFactorX: Extended; AFactorY: Extended); var vSeriesList: TFPList; //vItemIndex: Integer; vSeriesLoop, vLoop: Integer; vXAxesArray: array of Integer; vYAxesArray: array of Integer; vXaxis, vYaxis: Integer; vPresent: Boolean; begin // TODO: unify with Pan //writeln('PR panning...X/Y ', IntToStr(dX), '/', IntToStr(dY)); // we do only XY panning vSeriesList := SeriesContainedIdx; setlength(vXAxesArray, 0); setlength(vYAxesArray, 0); try for vSeriesLoop := 0 to vSeriesList.Count-1 do begin vXaxis := TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vSeriesLoop])^]).XAxis; vYaxis := TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vSeriesLoop])^]).YAxis; // no Zaxis handling so far // X vPresent := false; for vLoop := 0 to length(vXAxesArray)-1 do begin vPresent := vPresent OR (vXAxesArray[vLoop] = vXaxis); end; if (not vPresent) then begin setlength(vXAxesArray, length(vXAxesArray)+1); vXAxesArray[length(vXAxesArray)-1] := vXaxis; end; // Y vPresent := false; for vLoop := 0 to length(vYAxesArray)-1 do begin vPresent := vPresent OR (vYAxesArray[vLoop] = vYaxis); end; if (not vPresent) then begin setlength(vYAxesArray, length(vYAxesArray)+1); vYAxesArray[length(vYAxesArray)-1] := vYaxis; end; end; finally if vSeriesList <> nil then begin while vSeriesList.Count > 0 do begin Dispose(Pinteger(vSeriesList.Items[0])); vSeriesList.Delete(0); end; vSeriesList.Free; end; end; for vLoop:=0 to length(vXAxesArray)-1 do begin TPlotAxis(OwnerPlot.Axis[vXAxesArray[vLoop]]).ZoomPixel(X, Y, AFactorX); end; for vLoop:=0 to length(vYAxesArray)-1 do begin TPlotAxis(OwnerPlot.Axis[vYAxesArray[vLoop]]).ZoomPixel(X, Y, AFactorY); end; setlength(vXAxesArray, 0); setlength(vYAxesArray, 0); //if _GetHasFastSeries then UpdateSeriesData(nil, false, true) //else OwnerPlot.Repaint; OwnerPlot.Repaint; end; procedure TPlotRect.Zoom(ARect: TRect); var vDoneSet: TIntegerSet; vXaxis, vYaxis: Integer; vLoop: Integer; vScrPoint: TPoint; vXminmax, vYminmax, vViewRange: TValueRange; vSeriesList: TFPList; begin vDoneSet:=[]; //with SeriesContainedIdx do vSeriesList := SeriesContainedIdx; try //writeln('zoom now'); for vLoop := 0 to vSeriesList.Count-1 do begin IF ( (OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^] is TXYPlotSeries) ) THEN BEGIN vXaxis := TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).XAxis; vYaxis := TPlotSeries(OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).YAxis; // // first point vScrPoint.X:= ARect.Left; vScrPoint.Y:= ARect.Bottom; // min values ScreenToXY( OwnerPlot.Axis[vXaxis] , OwnerPlot.Axis[vYAxis] , vXminmax.min, vYminmax.min, vScrPoint); // FMDownPos // max values // second point vScrPoint.X:= ARect.Right; vScrPoint.Y:= ARect.Top; ScreenToXY( OwnerPlot.Axis[vXAxis] , OwnerPlot.Axis[vYAxis] , vXminmax.max, vYminmax.max, vScrPoint); //vMUpPos IF not (vXaxis in vDoneSet) THEN BEGIN //vDoneList.Add(vAxisPtr); vDoneSet := vDoneSet + [vXaxis]; if vXminmax.min <= vXminmax.max then begin vViewRange.min := vXminmax.min; vViewRange.max := vXminmax.max; end else begin vViewRange.min := vXminmax.max; vViewRange.max := vXminmax.min; end; OwnerPlot.Axis[vXAxis].ViewRange := vViewRange; END; IF not (vYaxis in vDoneSet) THEN BEGIN vDoneSet := vDoneSet + [vYaxis]; if vYminmax.min <= vYminmax.max then begin vViewRange.min := vYminmax.min; vViewRange.max := vYminmax.max; end else begin vViewRange.min := vYminmax.max; vViewRange.max := vYminmax.min; end; OwnerPlot.Axis[vYAxis].ViewRange := vViewRange; END; END; end; OwnerPlot.Repaint; finally if vSeriesList <> nil then begin while vSeriesList.Count > 0 do begin Dispose(Pinteger(vSeriesList.Items[0])); vSeriesList.Delete(0); end; vSeriesList.Free; end; end; end; procedure TPlotRect.SetBorderAbs(const AValue: TBorder); begin FBorderAbs:=AValue; end; function TPlotRect._FocusColor(BackgroundColor: TColor): TColor; var vR, vG, vB: byte; vRGB: LongInt; begin begin vRGB := ColorToRGB(BackgroundColor); vR:= vRGB AND $FF; vG := (vRGB SHR 8 ) AND $FF; vB := (vRGB SHR 16) AND $FF; Result := RGBToColor( IfThen(vR>$40, $00, $FF), IfThen(vG>$40, $00, $FF), IfThen(vB>$40, $00, $FF) ); end; end; procedure TPlotRect.SetAxisAutoPlaceFill(AValue: Boolean); begin if FAxisAutoPlaceFill=AValue then Exit; FAxisAutoPlaceFill:=AValue; end; function TPlotRect.GetAxisAutoPlaceFillConstraints(AIndex: Integer): Double; begin IF (AIndex < 0) OR (AIndex > length(FAxisConstraints)-1) THEN Result := 0 ELSE Result := FAxisConstraints[AIndex]; end; procedure TPlotRect.SetAxisAutoPlaceFillConstraints(AIndex: Integer; AValue: Double); begin IF (AIndex < 0) OR (AIndex > length(FAxisConstraints)-1) THEN exit; FAxisConstraints[AIndex] := AValue; end; procedure TPlotRect.SetBorderRel(const AValue: TBorder); begin FBorderRel:=AValue; end; procedure TPlotRect.SetColorScalePlacement(const AValue: TRectPlacement); begin if FColorScalePlacement=AValue then exit; FColorScalePlacement:=AValue; end; procedure TPlotRect.SetColorScaleRect(const AValue: TColorScaleRect); begin if FColorScaleRect = AValue then exit; FColorScaleRect := AValue; end; procedure TPlotRect.SetLegendPlacement(const AValue: TRectPlacement); begin if FLegendPlacement=AValue then exit; FLegendPlacement:=AValue; end; procedure TPlotRect.SetLegendRect(const AValue: TLegendRect); begin if FLegendRect = AValue then exit; FLegendRect := AValue; end; procedure TPlotRect.SetStyle(const AValue: TPlotStyle); begin if FStyle=AValue then exit; FStyle:=AValue; end; procedure TPlotRect._ShrinkColorScale(var ARect: TRect); var vUsedRect: TRect; begin {$IFDEF DEBUG_2_WRITE} writeln('old rect before ColorScale shrink:'); with ARect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} IF (ColorScalePlacement <> plCanvas) and ShowColorScale THEN BEGIN // check size at FrameRecttopleft // legend and colorscale deliver usedrect which means size, left = 0 , top = 0 vUsedRect := ColorScaleRect.Redraw(FALSE, FALSE); {$IFDEF DEBUG_2_WRITE} writeln('ColorScale usedrect:'); with vUsedRect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} // asnpassen legendrect anchor und clientrect size CASE ColorScalePlacement of plBottom: begin ARect.Bottom := max(ARect.Top, ARect.Bottom - (vUsedRect.Bottom-vUsedRect.Top)); end; plRight: begin ARect.Right := max(ARect.Left, ARect.Right - (vUsedRect.Right-vUsedRect.Left)); end; END; END; {$IFDEF DEBUG_2_WRITE} writeln('new rect after ColorScale shrink:'); with ARect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} end; procedure TPlotRect._ShrinkLegend(var ARect: TRect); var vUsedRect: TRect; begin {$IFDEF DEBUG_2_WRITE} writeln('old rect before legend shrink:'); with ARect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} IF (LegendPlacement <> plCanvas) and ShowLegend THEN BEGIN // legend and colorscale deliver usedrect which means size, left = 0 , top = 0 vUsedRect := LegendRect.Redraw(FALSE, FALSE); // asnpassen legendrect anchor und clientrect size {$IFDEF DEBUG_2_WRITE} writeln('Legend usedrect:'); with vUsedRect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} CASE LegendPlacement of plBottom: begin ARect.Bottom := max(ARect.Top, ARect.Bottom - (vUsedRect.Bottom-vUsedRect.Top)); end; plRight: begin ARect.Right := max(ARect.Left, ARect.Right - (vUsedRect.Right-vUsedRect.Left)); end; END; END; {$IFDEF DEBUG_2_WRITE} writeln('new rect after legend shrink:'); with ARect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} end; procedure TPlotRect._ShrinkTitle(var ARect: TRect); var vUsedRect: TRect; vAdditional: TRect; begin vUsedRect := DrawTitle(FALSE); // usedrect with respect to clientrect {$IFDEF DEBUG_2_WRITE} writeln('old rect before title shrink:'); with ARect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} with vAdditional do begin Top := math.Max(0, ARect.Top - vUsedRect.Top); // positive values means shrink clientrect Bottom := math.max(0, -(ARect.Bottom -vUsedRect.Bottom)); // neagtive values means do nothing Left := math.max(0, (ARect.Left -vUsedRect.Left)); // we do not enlarge as we start with max possible size Right := math.max(0, -(ARect.Right -vUsedRect.Right)); end; with ARect do begin Left := Left + vAdditional.Left; Right := max(Left, Right - vAdditional.Right); Top := Top + vAdditional.Top; Bottom := max(Top, Bottom - vAdditional.Bottom); end; {$IFDEF DEBUG_2_WRITE} writeln('new rect after title shrink:'); with ARect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} end; procedure TPlotRect.PreCalcClientRect; var vUsedRect: TRect; vNewClientRect: TRect; // vUsedFrame vAxisSizeAdd: TBorder; vLoop: integer; vNetAxisRect, vTotalAxisAdd: TRect; a,b,c: double; // length anglea, angleb, anglec: Extended; vLx, vLy, vLz: double; vAxisCount: Integer; vNewOriginRel: TPoint; vSolved: Integer; vAxisAutoPlaceFillActive: Boolean; vOriginMode: TOriginMode; // needed because DrawOrigin delivers NOT FDrawOrigin in omRel mode vFallBackLength: array[0..2] of Extended; vFallBackOriginRel: array[0..2] of TPoint; begin // 10.10.14 the following new concept: { 1. check size additional to data area (i.e. labels, units etc.) 2. shrink the DataArea accordingly (ClientRect - additional size) 3. fill the axes into that ---------- Axis placement is done by solving a 3 dimensional system (for 3 axes) or a 2 dimensional system (for 2 axes or when no solution is found for 3 axes) .. If no solution is possible, default to placement of individual axes } vAxisCount:=0; //writeln('Calc rects ..........................................................:'); vAxisSizeAdd.Top:=0; vAxisSizeAdd.Bottom:=0; vAxisSizeAdd.Left:=0; vAxisSizeAdd.Right:=0; vTotalAxisAdd := rect(0,0,0,0); // check size of title ------------------------ IF not AutoClientRect THEN exit; FClientRect := FrameRect; FDataRect := FrameRect; vNewClientRect := FrameRect; _ShrinkTitle(vNewClientRect); FClientRect := vNewClientRect; _ShrinkLegend(vNewClientRect); FClientRect := vNewClientRect; _ShrinkColorScale(vNewClientRect); FClientRect := vNewClientRect; FDataRect := FClientRect; for vLoop := 0 to OwnerPlot.AxisCount - 1 do begin IF OwnerPlot.Axis[vLoop].OwnerPlotRect = Self THEN BEGIN {$IFDEF DEBUG_SCALE_WRITE} writeln('---------------------------------------------'); writeln('Axis ', IntToStr(vLoop), ' checksize'); {$ENDIF} vUsedRect := OwnerPlot.Axis[vLoop].CheckSize(vNetAxisRect); // TODO {$IFDEF DEBUG_2_WRITE} writeln('axis used:'); with vUsedRect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; writeln('net axis used:'); with vNetAxisRect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} // now we have the difference between used and net rect, so we shrink ClientRect with vAxisSizeAdd do begin Top := vNetAxisRect.Top - vUsedRect.Top; Bottom := vNetAxisRect.Bottom - vUsedRect.Bottom; Left := vNetAxisRect.Left - vUsedRect.Left; Right := vNetAxisRect.Right - vUsedRect.Right; end; {$IFDEF DEBUG_2_WRITE} writeln('axis add:'); with vAxisSizeAdd do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} with vTotalAxisAdd do begin Top := max(Top, vAxisSizeAdd.Top); Bottom := min(Bottom, vAxisSizeAdd.Bottom); Left := max(Left, vAxisSizeAdd.Left); Right := min(Right, vAxisSizeAdd.Right); end; END; end; with FClientRect do begin Top := min(Bottom-1, Top + vTotalAxisAdd.Top); Bottom := max(Top+1, Bottom + vTotalAxisAdd.Bottom); Left := min(Right-1, Left + vTotalAxisAdd.Left); Right := max(Left+1, Right + vTotalAxisAdd.Right); end; {$IFDEF DEBUG_2_WRITE} writeln('axis add:'); with vAxisSizeAdd do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; writeln('New client:'); with FClientRect do begin write('T: ', IntToStr(Top), ' '); write('B: ', IntToStr(Bottom), ' '); write('L: ', IntToStr(Left), ' '); writeln('R: ', IntToStr(Right), ' '); end; {$ENDIF} FDataRect := FClientRect; // if we have <2 or >3 axes, we are finished now with the new clientrect // for 2 or 3 axes, we have autoplace when property is set // if autoplace (below) is not working, axis placement defaults to the axis settings IF not AxisAutoPlaceFill then exit; // --------------------------------------------------------------------------- for vLoop := 0 to OwnerPlot.AxisCount - 1 do begin IF (OwnerPlot.Axis[vLoop].OwnerPlotRect = Self) THEN inc(vAxisCount); end; vSolved:=-1; // for default placement we need to do // switch OFF AxisAutoPlaceFill // - remember DrawLength // Switch ON AxisAutoPlaceFill vAxisAutoPlaceFillActive:=AxisAutoPlaceFill; if (vAxisCount > 3) or (vAxisCount < 2) then begin AxisAutoPlaceFill:=false; exit; end; if (vAxisCount = 3) or (vAxisCount = 2) then begin // get coefficients for length and angle vAxisCount:=0; if vAxisAutoPlaceFillActive = true then AxisAutoPlaceFill := false; for vLoop := 0 to OwnerPlot.AxisCount - 1 do begin IF OwnerPlot.Axis[vLoop].OwnerPlotRect = Self THEN BEGIN inc(vAxisCount); case vAxisCount of 1: begin vFallBackLength[0] := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawLength; vOriginMode := TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode; TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode := omAbs; vFallBackOriginRel[0] := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawOriginRel; // unfortunately axis delivers FDrawOrigin only in omAbs mode TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode := vOriginMode; a := 1; //FAxisConstraints[0]; anglea := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawAngle / 180 * Pi(); end; 2: begin vFallBackLength[1] := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawLength; vOriginMode := TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode; TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode := omAbs; vFallBackOriginRel[1] := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawOriginRel; TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode := vOriginMode; b := 1; //FAxisConstraints[1]; angleb := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawAngle / 180 * Pi(); end; 3: begin vFallBackLength[2] := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawLength; vOriginMode := TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode; TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode := omAbs; vFallBackOriginRel[2] := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawOriginRel; TPLotAxis(OwnerPlot.Axis[vLoop]).OriginMode := vOriginMode; c := 1; //FAxisConstraints[2]; anglec := TPLotAxis(OwnerPlot.Axis[vLoop]).DrawAngle / 180 * Pi(); end; end; END; end; if vAxisAutoPlaceFillActive = true then AxisAutoPlaceFill := true; if vAxisCount = 3 then vSolved := _AxisAutoPlace3(a,b,c, anglea, angleb, anglec, vLx, vLy, vLz, vNewOriginRel) else if vAxisCount = 2 then vSolved := _AxisAutoPlace2(a,b,anglea, angleb, vLx, vLy, vNewOriginRel); // check if we have a solution, otherwise try 2 axis solve IF (vSolved < 0) and (vAxisCount=3) THEN BEGIN //writeln('solving 2 axes'); // check which axis has negative solution.... if (vLx < 0) then begin vLx := 0; vSolved := _AxisAutoPlace2(b,c,angleb, anglec, vLy, vLz, vNewOriginRel); end else if (vLy < 0) then begin vLy := 0; vSolved := _AxisAutoPlace2(a,c,anglea, anglec, vLx, vLz, vNewOriginRel); end else if (vLz < 0) then begin vLz := 0; vSolved := _AxisAutoPlace2(a,b,anglea, angleb, vLx, vLy, vNewOriginRel); end else vSolved := -1; END; end; // end 3 axis solver IF (vSolved = 0) THEN BEGIN //writeln(' axis problem SOLVED ##########################################'); //writeln('New origin #############:'); //writeln('x: ', IntToStr(vNewOriginRel.X)); //writeln('y: ', IntToStr(vNewOriginRel.Y)); vAxisCount:=0; for vLoop := 0 to OwnerPlot.AxisCount - 1 do begin IF OwnerPlot.Axis[vLoop].OwnerPlotRect = Self THEN BEGIN inc(vAxisCount); case vAxisCount of 1: begin TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedLength := max(0, (vLx)/1 ); TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedOriginRel := vNewOriginRel; end; 2: begin TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedLength := max(0, (vLy)/1 ); TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedOriginRel := vNewOriginRel; end; 3: begin TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedLength := max(0, (vLz)/1 ); TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedOriginRel := vNewOriginRel; end; end; END; end; END ELSE BEGIN //writeln(' 2 axis problem UNSOLVED - dafaulting ##########################################'); vAxisCount:=0; for vLoop := 0 to OwnerPlot.AxisCount - 1 do begin IF OwnerPlot.Axis[vLoop].OwnerPlotRect = Self THEN BEGIN inc(vAxisCount); case vAxisCount of 1: begin TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedLength := vFallBackLength[0]; TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedOriginRel := vFallBackOriginRel[0]; end; 2: begin TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedLength := vFallBackLength[1]; TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedOriginRel := vFallBackOriginRel[1]; end; 3: begin TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedLength := vFallBackLength[2]; TPLotAxis(OwnerPlot.Axis[vLoop]).AutoPlacedOriginRel := vFallBackOriginRel[2]; end; end; END; end; END; //readln; end; function TPlotRect._BuildConstraints3(a,b,c, anglea, angleb, anglec: Double; out s, t, u: Double): Integer; var vLoop, vZeroCount, vZeroIndex: Integer; va, vb, vc, vLa, vLb, vAnglea, vAngleb, vAnglec: Double; vLa2, vLb2, vLc: Double; vCa, vCb: Double; vCc: Double; vW, vH: Integer; vSolutionPossible: Boolean; vGamma: Double; vRemain: Double; const cEpsilon = 1e-10; begin { What it does.. Used for 3 axes auto placement AxisAutoPlaceFillConstraints[0,1,2] need to have one element = 0 The element = 0 has variable length The other 2 elements will be placed with length according to the relation of given numbers IF no elemnt is = 0 we default to the matrix row 1,-2,1 which means 2* y axis length 2*Ly = Lx + Lz } // standard solution: s := -1; t := 2; u := -1; Result := -1; vSolutionPossible:=true; vZeroCount := 0; vZeroIndex := -1; for vLoop := 0 to 2 do begin if AxisAutoPlaceFillConstraints[vLoop] < cEpsilon then begin inc(vZeroCount); vZeroIndex:=vLoop; end; end; if vZeroCount <> 1 then vSolutionPossible:=false; if (abs(cos(anglea)) < cEpsilon) and (abs(cos(angleb)) < cEpsilon) then vSolutionPossible:=false; if (abs(sin(anglea)) < cEpsilon) and (abs(sin(angleb)) < cEpsilon) then vSolutionPossible:=false; if not vSolutionPossible then exit; // default 1, -2, 1 placement BEGIN //writeln('solving 2 axes'); // cannot use the 2 axis solver.. if (vZeroIndex = 0) then begin va := b; vAnglea := angleb; vb := c; vAngleb := anglec; vc := a; vAnglec := anglea; vCa := AxisAutoPlaceFillConstraints[1]; vCb := AxisAutoPlaceFillConstraints[2]; end else if (vZeroIndex = 1) then begin va := a; vAnglea := anglea; vb := c; vAngleb := anglec; vc := b; vAnglec := angleb; vCa := AxisAutoPlaceFillConstraints[0]; vCb := AxisAutoPlaceFillConstraints[2]; end else if (vZeroIndex = 2) then begin va := a; vAnglea := anglea; vb := b; vAngleb := angleb; vc := c; vAnglec := anglec; vCa := AxisAutoPlaceFillConstraints[0]; vCb := AxisAutoPlaceFillConstraints[1]; end; END; vGamma := (va*vCa) / (vb*vCb); vW := FClientRect.Right - FClientRect.Left; vH := FClientRect.Bottom - FClientRect.Top; vLb := vW / (abs(vGamma*va*vCa*cos(vAnglea)) + abs(vGamma*vb*vCb*cos(vAngleb)) ) ; vLa := vGamma * vLb; //writeln('vLa, vLb: ', FloatToStrF(vLa, ffFixed, 4,4), ' , ', FloatToStrF(vLb, ffFixed, 4,4) ); vLb2 := vH / (abs(vGamma*va*vCa*sin(vAnglea)) + abs(vGamma*vb*vCb*sin(vAngleb)) ) ; vLa2 := vGamma * vLb2; //writeln('vLa2, vLb2: ', FloatToStrF(vLa2, ffFixed, 4,4), ' , ', FloatToStrF(vLb2, ffFixed, 4,4) ); // take minimum and calc remaining space for vLc if (vLb < vLb2) then begin // vertical space remains if (abs(sin(vAnglec)) < cEpsilon) then begin vSolutionPossible:=false; end else begin vRemain := vH - abs(sin(vAnglea) * vLa) - abs(sin(vAngleb) * vLb) ; vLc := vRemain / abs(sin(vAnglec)); end; end else begin // hor space remains if (abs(cos(vAnglec)) < cEpsilon) then begin vSolutionPossible:=false; end else begin vRemain := vW - abs(cos(vAnglea) * vLa2) - abs(cos(vAngleb) * vLb2) ; vLc := vc * vRemain / abs(cos(vAnglec)); end; end; if vLc < 0 then vSolutionPossible:=false; // we here have some relation between vLa, vLb and vLc //0 = a*vCa*La + b*vCb*Lb - c*vCc*Lc; // vCc := -( va*vCa*vLa + vb*vCb*vLb ) / (vc*vLc); IF not vSolutionPossible THEN BEGIN Result := -1; END ELSE BEGIN Result := 0; if (vZeroIndex = 0) then begin s := vCc; t := vCa; u := vCb; end else if (vZeroIndex = 1) then begin s := vCa; t := vCc; u := vCb; end else if (vZeroIndex = 2) then begin s := vCa; t := vCb; u := vCc; end; END; end; // end constraints solver function TPlotRect._AxisAutoPlace3(a, b, c, anglea, angleb, anglec: Double; out La, Lb, Lc: Double; out NewOrigin: TPoint): Integer; var vW, vH: Integer; vS: Double; x,y,z: Double; // width coeff p,q,r: double; // height coeff s,t,u: double; // constraints vLx, vLy, vLz: double; vCol1, vCol2, vCol3, vColRes: Tvector3_double; vMZ, vMN: Tmatrix3_double; vDetN: Double; dx, dy: double; // new origin coordinates in pixels vNewOriginRel: TPoint; begin Result := 0; //FAxisPlacementSolved:=false; // build coefficients from length and angle for width and height constraints // constraints s,t,u _BuildConstraints3(a, b, c, anglea, angleb, anglec,s,t,u); x := abs(a * cos(anglea)); // add all axes length, x,y,z = width coeff y := abs(b * cos(angleb)); z := abs(c * cos(anglec)); p := abs(a * sin(anglea)); // add all axes hight, p,q,r = heigth coeff q := abs(b * sin(angleb)); r := abs(c * sin(anglec)); {$IFDEF DEBUG_2_WRITE} writeln('coefficients #########:'); write('x: ', FloatToStrF(x, ffFixed, 4,4), ' / '); write('y: ', FloatToStrF(y, ffFixed, 4,4), ' / '); writeln('z: ', FloatToStrF(z, ffFixed, 4,4)); write('p: ', FloatToStrF(p, ffFixed, 4,4), ' / '); write('q: ', FloatToStrF(q, ffFixed, 4,4), ' / '); writeln('r: ', FloatToStrF(r, ffFixed, 4,4)); {$ENDIF} // build vectors vCol1.init(x,p,s); vCol2.init(y,q,t); vCol3.init(z,r,u); vW := FClientRect.Right - FClientRect.Left; vH := FClientRect.Bottom - FClientRect.Top; vS := 0; //(a+b+c) ; vColRes.init(vW, vH, vS); // solve system: vMN.set_column(0, vCol1); vMN.set_column(1, vCol2); vMN.set_column(2, vCol3); vDetN := vMN.determinant; //write('detN: ', FloatToStrF(vDetN, ffFixed, 4,4), ' '); if vDetN <> 0 then begin // X vMZ := vMN; vMZ.set_column(0, vColRes); vLx := vMZ.determinant / vDetN; // Y vMZ := vMN; vMZ.set_column(1, vColRes); vLy := vMZ.determinant / vDetN; // Z vMZ := vMN; vMZ.set_column(2, vColRes); vLz := vMZ.determinant / vDetN; {$IFDEF DEBUG_2_WRITE} writeln('length results #############:'); write('vH: ', INtToStr(vH), ' '); write('vW: ', INtToStr(vW)); write('X: ', FloatToStrF(vLx, ffFixed, 4,4), ' '); write('Y: ', FloatToStrF(vLy, ffFixed, 4,4), ' '); writeln('Z: ', FloatToStrF(vLz, ffFixed, 4,4), ' '); {$ENDIF} //// need to calc the new origin and set for all 3 axes (origin is in math coordinates) //writeln('dx, dy: ', FloatToStrF(dx, ffFixed, 5,5), ' / ', FloatToStrF(dy, ffFixed, 5,5)); dx := - min(0, max(0, vLx) * (1/a * cos(anglea))) - min(0, max(0, vLy) * (1/b * cos(angleb))) - min(0, max(0, vLz) * (1/c * cos(anglec))); dy := - min(0, max(0, vLx) * (1/a * sin(anglea))) - min(0, max(0, vLy) * (1/b * sin(angleb))) - min(0, max(0, vLz) * (1/c * sin(anglec))); if (vW > 0) and (vH > 0) then begin vNewOriginRel.X := round(100*dx/vW); vNewOriginRel.Y := round(100*dy/vH); end; {$IFDEF DEBUG_2_WRITE} writeln('xy origin shift #############:'); write('dx: ', FloatToStrF(dx, ffFixed, 4,4), ' '); writeln('dy: ', FloatToStrF(dy, ffFixed, 4,4), ' '); {$ENDIF} end; La := vLx; Lb := vLy; Lc := vLz; NewOrigin := vNewOriginRel; if (La<0) or (Lb<0) or (Lc<0) then Result := -1 else Result := 0; end; function TPlotRect._AxisAutoPlace2(a, b, anglea, angleb: Double; out La, Lb: Double; out NewOrigin: TPoint): Integer; var vW, vH: Integer; //vS: Double; x,y: Double; // witdth coeff p,q: double; // height coeff //s,t: double; // constraints vLx, vLy: double; vCol1, vCol2, vColRes: Tvector2_double; vMZ, vMN: Tmatrix2_double; vDetN: Double; dx, dy: double; // new origin coordinates in pixels vNewOriginRel: TPoint; begin Result := 0; vLx := -1; vLy := -1; // build coefficients from length and angle for width and height constraints x := abs(1*a * cos(anglea)); // add all axes length, x,y,z = width coeff y := abs(1*b * cos(angleb)); p := abs(1*a * sin(anglea)); // add all axes hight, p,q,r = heigth coeff q := abs(1*b * sin(angleb)); {$IFDEF DEBUG_2_WRITE} writeln('coefficients #########:'); write('x: ', FloatToStrF(x, ffFixed, 4,4), ' / '); write('y: ', FloatToStrF(y, ffFixed, 4,4), ' / '); //writeln('z: ', FloatToStrF(z, ffFixed, 4,4)); write('p: ', FloatToStrF(p, ffFixed, 4,4), ' / '); writeln('q: ', FloatToStrF(q, ffFixed, 4,4), ' / '); //writeln('r: ', FloatToStrF(r, ffFixed, 4,4)); {$ENDIF} // constraints //s := 1 / a; //t := -1 / b; //u := 1 / c; // build vectors vCol1.init(x,p); vCol2.init(y,q); //vCol3.init(z,r,u); vW := FClientRect.Right - FClientRect.Left; vH := FClientRect.Bottom - FClientRect.Top; // only one needed from vW, vH, delivers same result (or at least should..) //vS := 0; //(a+b+c) ; // however we use both and do NOT use the constraints in S vColRes.init(vW, vH); // solve system: vMN.set_column(0, vCol1); vMN.set_column(1, vCol2); vDetN := vMN.determinant; //write('detN: ', FloatToStrF(vDetN, ffFixed, 4,4), ' '); if vDetN <> 0 then begin // X vMZ := vMN; vMZ.set_column(0, vColRes); vLx := vMZ.determinant / vDetN; // Y vMZ := vMN; vMZ.set_column(1, vColRes); vLy := vMZ.determinant / vDetN; {$IFDEF DEBUG_2_WRITE} writeln('length results #############:'); write('vH: ', INtToStr(vH), ' '); write('vW: ', INtToStr(vW)); write('X: ', FloatToStrF(vLx, ffFixed, 4,4), ' '); writeln('Y: ', FloatToStrF(vLy, ffFixed, 4,4), ' '); //writeln('Z: ', FloatToStrF(vLz, ffFixed, 4,4), ' '); {$ENDIF} //// need to calc the new origin and set for all 3 axes (origin is in math coordinates) dx := - minvalue( [double(0), double(vLx * cos(anglea)), double(vLy * cos(angleb))] ); dy := max(0, vH + minvalue( [double(0), double(-vLx * sin(anglea)), double(-vLy * sin(angleb))] ) ); if (vW > 0) and (vH > 0) then begin vNewOriginRel.X := round(100*dx/vW); vNewOriginRel.Y := round(100*dy/vH); end; {$IFDEF DEBUG_2_WRITE} writeln('xy origin shift #############:'); write('dx: ', FloatToStrF(dx, ffFixed, 4,4), ' '); writeln('dy: ', FloatToStrF(dy, ffFixed, 4,4), ' '); {$ENDIF} {$IFDEF DEBUG_2_WRITE} writeln('new origin returned #############:'); write('x: ', IntToStr(vNewOriginRel.X)); writeln(' y: ', IntToStr(vNewOriginRel.Y)); {$ENDIF} end; La := vLx; Lb := vLy; NewOrigin := vNewOriginRel; if (La<0) or (Lb<0) then Result := -1 else Result := 0; end; function TPlotRect.DrawTitle(AVisible: Boolean): TRect; // TODO: implement "transparent" var vTextWidth: Integer; vTextHeight: Integer; vTextPt: TPoint; vWholeTitle: String; begin Result.Top := 0; Result. Bottom := 0; Result.Left := 0; Result. Right := 0; IF ShowTitle THEN BEGIN vWholeTitle := Title + TitleTag; vTextWidth := uPlotStyles.TPlotStyle(Style).TextWidth[vWholeTitle, PlotImage.Canvas]; vTextHeight := uPlotStyles.TPlotStyle(Style).TextHeigth[vWholeTitle, PlotImage.Canvas]; vTextPt.X := ClientRect.Left + ((ClientRect.Right - ClientRect.Left - vTextWidth) DIV 2); vTextPt.Y := ClientRect.Top - (vTextHeight); IF AVisible THEN Style.DrawText(vTextPt.X, vTextPt.Y,vWholeTitle, PlotImage.Canvas); // Return used rect with respect to clientrect Result.Top := vTextPt.Y; Result.Bottom := Result.Top + vTextHeight; Result.Left := vTextPt.X; Result.Right := Result.Left + vTextWidth; END; end; function TPlotRect._GetHasFastSeries: Boolean; var vSeriesList: TFPList; begin // if series in plotrect are fast series, call UpdateSeriesData // if series are standard, simply draw the focusrect Result := false; vSeriesList := Self.SeriesContainedIdx; try if vSeriesList.Count > 0 then Result := OwnerPlot.Series[PInteger(vSeriesList.Items[0])^].IsFastSeries; finally if vSeriesList <> nil then begin while vSeriesList.Count > 0 do begin Dispose(Pinteger(vSeriesList.Items[0])); vSeriesList.Delete(0); end; vSeriesList.Free; end; end; end; procedure TPlotRect._DrawZoomRectPlotImage; var vZoomInfo: TZoomRecord; //vTargetRect: TRect; begin //draws on Plotimage directly vZoomInfo := OwnerPlot.HIDHandler.ZoomInfo; PlotImage.Picture.Bitmap.Canvas.Pen.Mode := pmXor; PlotImage.Picture.Bitmap.Canvas.Pen.Color := clGray; //Self.Style.Brush.Color; //PlotImage.Picture.Bitmap.Canvas.Pen.Color := _FocusColor(Self.Style.Brush.Color); PlotImage.Picture.Bitmap.Canvas.Frame(vZoomInfo.dwOldRect); PlotImage.Picture.Bitmap.Canvas.Frame(vZoomInfo.dwNewRect); end; procedure TPlotRect._DrawZoomRectDataImage; var vZoomInfo: TZoomRecord; begin // draws on DataImageBuffer during update - do not delete old zoomrect vZoomInfo := OwnerPlot.HIDHandler.Zoominfo; //PlotImage.Picture.Bitmap.Canvas.Pen.Mode := pmXor; FDataImageBuffer.Canvas.Pen.Color := _FocusColor(Self.Style.Brush.Color); //FDataImageBuffer.Canvas.Frame(vZoomInfo.dwOldRect); PlotImageCoordsToDataRectCoords(Self, vZoomInfo.dwNewRect.TopLeft); PlotImageCoordsToDataRectCoords(Self, vZoomInfo.dwNewRect.BottomRight); FDataImageBuffer.Canvas.Frame(vZoomInfo.dwNewRect); end; // local, only used for _FillDataArea algorithm procedure _ShiftAddPoints(var APointArray: TPointArray; ShiftX, ShiftY: Integer); var vLoop: Integer; vPoints: Integer; begin vPoints:=length(APointArray); setlength(APointArray, 2*vPoints); for vLoop := 0 to vPoints-1 do begin APointArray[vLoop+vPoints].X := ShiftX + APointArray[vLoop].X; APointArray[vLoop+vPoints].Y := ShiftY + APointArray[vLoop].Y; end; end; procedure TPlotRect._FillDataArea; var vAxes: array of Integer; vPoly: array of TPoint; vTotalPoints: TPointArray; vAxisCount, vLoop: Integer; vdx, vdy: Integer; vIndex, vStartIndex: Integer; vAngle, vStartAngle, vIndexAngle: Double; vLastPt: TPoint; vLoopAngle: Integer; begin // generate the polygon //1. find out which axes we have vAxisCount := 0; setlength(vAxes, 0); for vLoop := 0 to OwnerPlot.AxisCount - 1 do begin IF (OwnerPlot.Axis[vLoop].OwnerPlotRect = Self) THEN begin inc(vAxisCount); setlength(vAxes, length(vAxes)+1); vAxes[length(vAxes)-1] := vLoop; end; end; if (vAxisCount > 3) or (vAxisCount < 2) then begin setlength(vAxes, 0); exit; // can fill only 2D or 3D plot areas end; //2.Package wrap (Jarvis-March algorithm) //2.1. find all possible points (8 for 3 axes, 4 for 2 axes) setlength(vTotalPoints, 1); vTotalPoints[0] := TPlotAxis(OwnerPlot.Axis[vAxes[0]]).DrawOrigin; for vLoop:=0 to vAxisCount-1 do begin vdx := TPlotAxis(OwnerPlot.Axis[vAxes[(vLoop) MOD vAxisCount]]).VisualParams.ptB.X - TPlotAxis(OwnerPlot.Axis[vAxes[(vLoop) MOD vAxisCount]]).VisualParams.ptA.X ; vdy := TPlotAxis(OwnerPlot.Axis[vAxes[(vLoop) MOD vAxisCount]]).VisualParams.ptB.Y - TPlotAxis(OwnerPlot.Axis[vAxes[(vLoop) MOD vAxisCount]]).VisualParams.ptA.Y ; _ShiftAddPoints(vTotalPoints, vdx, vdy); end; //2.2. find start condition (i.e. highest Y value with highest X if Y are equal) vLastPt := vTotalPoints[0]; vIndex:=0; for vLoop:=1 to length(vTotalPoints)-1 do begin if vTotalPoints[vLoop].Y >= vLastPt.Y then begin if vTotalPoints[vLoop].Y > vLastPt.Y then vIndex:=vLoop else begin if vTotalPoints[vLoop].X > vLastPt.X then vIndex:=vLoop; end; end; vLastPt := vTotalPoints[vIndex]; end; vStartIndex:=vIndex; {$IFDEF DEBUG_2_WRITE} for vLoop:=0 to length(vTotalPoints)-1 do begin writeln('vTotal[', IntToStr(vLoop),'] = ', IntToStr(vTotalPoints[vLoop].X), ' / ',IntToStr(vTotalPoints[vLoop].Y)); end; {$ENDIF} //2.3. init asnd start the algorithm setlength(vPoly, 1); vPoly[0] := vTotalPoints[vStartIndex]; // our start point {$IFDEF DEBUG_2_WRITE} writeln('Poly[0] = ', IntToStr(vPoly[0].X), ' / ',IntToStr(vPoly[0].Y));{$ENDIF} vStartAngle:=0; vIndexAngle:=2*Pi(); for vLoop := 0 to length(vTotalPoints)-1 do begin vLastPt := vPoly[length(vPoly)-1]; for vLoopAngle := 0 to length(vTotalPoints)-1 do begin if (vLoopAngle = vStartIndex) and (vLoop = 0) then Continue; // at the first run, we disregard the starting point itself if vLastPt.X = vTotalPoints[vLoopAngle].X then vAngle := (Sign(-vTotalPoints[vLoopAngle].Y + vLastPt.Y) * Pi()/2) else vAngle:=arctan2(-vTotalPoints[vLoopAngle].Y + vLastPt.Y, vTotalPoints[vLoopAngle].X - vLastPt.X ); if vAngle < 0 then vAngle:=vAngle+2*Pi(); if (vAngle > vStartAngle) and (vAngle < vIndexAngle) then begin vIndexAngle:=vAngle; vIndex:=vLoopAngle; end; end; vStartAngle:=vIndexAngle; // init new start angle vIndexAngle:=2*Pi(); // init indexangle setlength(vPoly, length(vPoly)+1); vPoly[length(vPoly)-1] := vTotalPoints[vIndex]; if vIndex = vStartIndex then break; // we are done, poly is closed {$IFDEF DEBUG_2_WRITE} write('Poly[', IntToStr(length(vPoly)-1),'] = ', IntToStr(vPoly[length(vPoly)-1].X), ' / ',IntToStr(vPoly[length(vPoly)-1].Y)); writeln(' angle= ', IntToStr(round(vStartAngle * 180 / Pi()))); {$ENDIF} end; // fill Data area Self.PlotImage.Canvas.Pen.Style := psClear; //Self.PlotImage.Canvas.Pen.Mode := pmNop; Self.PlotImage.Canvas.Polygon(vPoly); setlength(vPoly, 0); setlength(vAxes, 0); setlength(vTotalPoints, 0); end; function TPlotRect.GetFrameRect: TRect; var vFrameRect : TRect; begin vFrameRect := PlotImage.ClientRect; vFrameRect.Left := PlotImage.ClientRect.Left + BorderAbs.Left + Integer(round((PlotImage.ClientRect.Right - PlotImage.ClientRect.Left) * BorderRel.Left DIV 100)); vFrameRect.Right := PlotImage.ClientRect.Right - BorderAbs.Right - Integer(round((PlotImage.ClientRect.Right - PlotImage.ClientRect.Left) * BorderRel.Right DIV 100)); vFrameRect.Top := PlotImage.ClientRect.Top + BorderAbs.Top + Integer(round((PlotImage.ClientRect.Bottom - PlotImage.ClientRect.Top) * BorderRel.Top DIV 100)); vFrameRect.Bottom := PlotImage.ClientRect.Bottom - BorderAbs.Bottom - Integer(round((PlotImage.ClientRect.Bottom - PlotImage.ClientRect.Top) * BorderRel.Bottom DIV 100)); IF AutoFrameRect THEN FFrameRect := vFrameRect; Result := FFrameRect; end; function TPlotRect.GetDataRect: TRect; begin // TODO ? PreCalc? Result := FDataRect; end; constructor TPlotRect.Create(APlot: TPlot); begin inherited Create(APlot); FAxisAutoPlaceFill:=false; //true; FAxisConstraints[0] := 1; FAxisConstraints[1] := 1; //0.5; FAxisConstraints[2] := 1; FScreenInvalid:=FALSE; FBorderAbs.Left := 0; FBorderAbs.Right := 0; FBorderAbs.Top := 0; FBorderAbs.Bottom := 0; FBorderRel.Left := 0; FBorderRel.Right := 0; FBorderRel.Top := 0; FBorderRel.Bottom := 0; //BorderRelMode := FALSE; FStyle := uPlotStyles.TPlotStyle.Create; FStyle.Pen.Style := psDash; FStyle.Pen.Width := 1; FStyle.Pen.Color := clBlack; FStyle.Font.Size :=8; FStyle.Font.Bold := TRUE; FStyle.Brush.Style := bsSolid; FStyle.Brush.Color := OwnerPlot.BackgroundColor; // //uPlotClass.TBasePlotRect(Self).PlotImage.Canvas.Brush := Style.Brush; PlotImage.Canvas.Brush.Color := Style.Brush.Color; PlotImage.Canvas.FillRect(uPlotClass.TBasePlotRect(Self).ClientRect); ShowFrame := FALSE; // TODO: default this to FALSE after development ShowTitle := TRUE; // TODO: default this to FALSE after development Title := 'Title of PlotRect'; TitleTag := ''; LegendRect := TLegendRect.Create(Self); ColorScaleRect := TColorScaleRect.Create(Self); FShowLegend:=false; //TRUE; FShowColorScale:=false; //TRUE; AutoClientRect:=TRUE; AutoFrameRect :=TRUE; FColorScalePlacement:= plRight; FLegendPlacement:= plBottom; end; destructor TPlotRect.Destroy; begin FStyle.Destroy; FStyle := nil; LegendRect.Destroy; ColorScaleRect.Destroy; IF FBackImage <> nil THEN FBackImage.Free; IF FDataImage <> nil THEN FDataImage.Free; // FreeAndNil(FDataImage); IF FBackBMP <> nil THEN FBackBMP.Free; // FreeAndNil(FBackBMP); setlength(FFillPolyPoints, 0); inherited Destroy; end; procedure TPlotRect.StoreBackGround; var vLoopRow, vLoopLine: Integer; vFPColor: TFPColor; begin IF FBackBMP <> nil THEN FreeAndNil(FBackBMP); // faster cleaning possible ? FBackBMP := TBitmap.Create; FBackBMP.PixelFormat:=pf32bit; FBackBMP.SetSize(Self.Width, Self.Heigth); FBackBMP.Canvas.CopyRect(Bounds(0,0, FBackBMP.Width, FBackBMP.Height), PlotImage.Picture.Bitmap.Canvas, Self.FrameRect); //_FillDataArea; IF FBackImage <> nil then FreeAndNil(FBackImage); FBackImage := FBackBMP.CreateIntfImage; for vLoopLine:=0 to FBackImage.Height-1 do for vLoopRow:=0 to FBackImage.Width-1 do begin vFPColor := FBackImage.Colors[vLoopRow, vLoopLine]; vFPColor.alpha:= $FFFF; FBackImage.Colors[vLoopRow, vLoopLine]:=vFPColor; end; end; { TLegendRect } // ************************************************************************** // 06.10.2014 old code with variable placement is broken anyway so we simplify placement options: // plBottom, plRight glues the ColorScale to the Framerect of Plotrect // skip placement with respect to plot (only relative to plotrect frame now). // rework placement of all components in next major rework procedure TLegendRect.SetFillBackground(const AValue: Boolean); begin if FFillBackground=AValue then exit; FFillBackground:=AValue; end; procedure TLegendRect.SetAutoShrink(const AValue: Boolean); begin if FAutoShrink=AValue then exit; FAutoShrink:=AValue; end; procedure TLegendRect.SetOwnerPlotRect(const AValue: TPlotRect); begin if FOwnerPlotRect=AValue then exit; FOwnerPlotRect:=AValue; end; procedure TLegendRect.SetRectSize(const AValue: TSize); begin FRectSize := AValue; end; function TLegendRect.DrawLegend_VER(AVisible, ATransparent: Boolean): TRect; var vLoop: Integer; vCaption: String; vActualCoord: TPoint; vActualRow, vActualCol: Integer; vTextHeight: Integer; vMaxTextLines, vYstep: integer; vSampleWidth : Integer; vDrawCanvas: TCanvas; vUsedWidth, vTotalWidth, vTotalHeight: Integer; vUsedRect, vTargetRect: TRect; //vRowWidths: array of Integer; // vMaxElementWidth: Integer; vAvailWidthLine: Integer; vColsUsed, vRowsUsed: Integer; vDummyText: string; vDoShrink: Boolean; vSeriesList : TFPList; const c_spacing = 8; c_linespread = 1.2; begin vActualCoord := Point(0,0); vDoShrink:=false; vDummyText:=''; vColsUsed:=1; Result := Rect(0,0,0,0); // shrinking criteria: // 1. if all tags fit in one line, dont shrink // 2. if not, shrink all tags down to cMAXLEGENDCHARS; // fill up all available lines // if still does not fit, dont care //vSeriesList := TList.Create; vDrawCanvas := FDrawBMP.Canvas; vUsedWidth := 0; // size FLegendBMP FDrawBMP.SetSize(ClientRect.Right - ClientRect.Left, ClientRect.Bottom - ClientRect.Top); // fill background if needed IF FillBackground THEN BEGIN vDrawCanvas.Brush := Style.Brush; vDrawCanvas.FillRect(0,0,ClientRect.Right-ClientRect.Left, ClientRect.Bottom-ClientRect.Top); END; // vCaption:='XX'; vTextHeight := (Style.TextHeigth[vCaption, vDrawCanvas]); // calc maximum lines to display vMaxTextLines := round((ClientRect.Bottom - ClientRect.Top) / vTextHeight / c_linespread) - 1; IF vMaxTextLines <= 0 THEN exit; //vMaxTextLines := 1; vYstep := trunc(vTextHeight * c_linespread + 1); // (ClientRect.Bottom - ClientRect.Top) DIV (vMaxTextLines + 1); // vSeriesList := OwnerPlotRect.SeriesContainedIdx; //with TBasePlotRect(OwnerPlotRect).SeriesContained do try try IF vSeriesList.Count <= 0 THEN exit; // calculate maximum width of all elements without shrinking vAvailWidthLine := ClientRect.Right - ClientRect.Left; vMaxElementWidth := c_spacing; for vLoop:=0 to vSeriesList.Count-1 do begin vSampleWidth := TPlotSeries(TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]). DrawLegendSample(vActualCoord.X,vActualCoord.Y, vDrawCanvas, AVisible); vCaption := TPlotSeries(TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).Caption; vUsedWidth := Style.TextWidth[vCaption, vDrawCanvas]; vMaxElementWidth := max(vMaxElementWidth, 2*c_spacing + vSampleWidth + vUsedWidth); end; writeln('avail width',IntToStr(vAvailWidthLine)); writeln('element w ',IntToStr(vMaxElementWidth)); // if it fits, we use 1 column, otherwise shrink text if (vSeriesList.Count) <= vMaxTextLines then vColsUsed := 1 else vColsUsed := ( (vSeriesList.Count-1) DIV (vMaxTextLines) ) + 1; writeln('cols used: ', IntToStr(vColsUsed)); IF vColsUsed = 0 then exit; if (vColsUsed * vMaxElementWidth) <= vAvailWidthLine then vDoShrink:=false else begin vDoShrink:=true; for vLoop:=0 to cMAXLEGENDCHARS-1 do vDummyText:=vDummyText+'X'; vUsedWidth := Style.TextWidth[vDummyText, vDrawCanvas]; vMaxElementWidth := min(vMaxElementWidth, 2*c_spacing + vSampleWidth + vUsedWidth); // one element, maximum chars end; // here we have // - vColsUsed, used colums // - vYStep, distance to next line // - vDoShrink, wether we shrink to cMAXLEGENDCHARS; vActualCoord := Point(0,0); vRowsUsed := ( (vSeriesList.Count-1) DIV vColsUsed ) + 1; writeln('rows used: ', IntToStr(vRowsUsed)); for vLoop := 0 to (vSeriesList.Count-1) do begin vActualCol := (((vLoop) MOD vColsUsed) + 1); // from 1... vActualRow := (((vLoop) DIV vColsUsed) + 1); // from 1... vActualCoord.Y := 0 + (vActualRow * vYstep); //if vActualCol = 1 then vActualCoord.X := 0; vActualCoord.X := 2*c_spacing + (vActualCol-1) * vMaxElementWidth; vCaption := uPlotSeries.TPlotSeries(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).Caption; // shorten string if necessary if vDoShrink then vCaption := LeftStr(vCaption, cMAXLEGENDCHARS); // draw series sample vSampleWidth := TPlotSeries(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]). DrawLegendSample(vActualCoord.X,vActualCoord.Y, vDrawCanvas, AVisible); // draw caption vActualCoord.X := vActualCoord.X + vSampleWidth + c_spacing; Style.DrawText(vActualCoord.X, vActualCoord.Y - (vTextHeight DIV 2), vCaption, vDrawCanvas); vUsedWidth := Style.TextWidth[vCaption, vDrawCanvas]; // advance X coordinateh //vActualCoord.X := vActualCoord.X + vUsedWidth + c_spacing; end; // now copy FLegendBMP to Plot Canvas // TODO: should be done in PlotRect later ! vTotalWidth := vMaxElementWidth * vColsUsed + c_spacing; vTotalHeight := (vRowsUsed + 1) * vYstep; // used rect in local coordinates FDrawBMP vUsedRect.Top := 0; vUsedRect.Left := 0; vUsedRect.Right := min(vTotalWidth, vAvailWidthLine); vUsedRect.Bottom := vTotalHeight; // (ClientRect.Bottom - ClientRect.Top); // (vTotalHeight); // show frame if needed IF ShowFrame THEN BEGIN vDrawCanvas.Pen := Style.Pen; vDrawCanvas.Frame(vUsedRect); END; // Target in PLotimage Coordinates (respect shrinking !) with vTargetRect do begin Left := ClientRect.Right - min(vTotalWidth, vAvailWidthLine); Right:= ClientRect.Right; Top := ClientRect.Top; Bottom:= ClientRect.Bottom; end; IF AVisible THEN begin uPlotClass.TBasePlotRect(OwnerPlotRect).PlotImage.Canvas.CopyRect(vTargetRect, vDrawCanvas, vUsedRect); end; finally if vSeriesList <> nil then begin while vSeriesList.Count > 0 do begin Dispose(Pinteger(vSeriesList.Items[0])); vSeriesList.Delete(0); end; vSeriesList.Free; end; end; Result := vUsedRect; end; function TLegendRect.DrawLegend_HOR(AVisible, ATransparent: Boolean): TRect; var vLoop: Integer; vCaption: String; vActualCoord: TPoint; vActualRow, vActualCol: Integer; vTextHeight: Integer; vMaxTextLines, vYstep: integer; vSampleWidth : Integer; vDrawCanvas: TCanvas; vUsedWidth, vTotalWidth, vTotalHeight: Integer; vUsedRect, vTargetRect: TRect; //vRowWidths: array of Integer; // vMaxElementWidth: Integer; vAvailWidthLine: Integer; vColsUsed, vRowsUsed: Integer; vDummyText: string; vDoShrink: Boolean; vSeriesList: TFPList; const c_spacing = 8; c_linespread = 1.2; begin vActualCoord := Point(0,0); vDoShrink:=false; vDummyText:=''; vColsUsed:=1; Result := Rect(0,0,0,0); // shrinking criteria: // 1. if all tags fit in one line, dont shrink // 2. if not, shrink all tags down to cMAXLEGENDCHARS; // fill up all available lines // if still does not fit, dont care //vSeriesList := TList.Create; vDrawCanvas := FDrawBMP.Canvas; vUsedWidth := 0; // size FLegendBMP FDrawBMP.SetSize(ClientRect.Right - ClientRect.Left, ClientRect.Bottom - ClientRect.Top); // fill background if needed IF FillBackground THEN BEGIN vDrawCanvas.Brush := Style.Brush; vDrawCanvas.FillRect(0,0,ClientRect.Right-ClientRect.Left, ClientRect.Bottom-ClientRect.Top); END; // vCaption:='XX'; vTextHeight := (Style.TextHeigth[vCaption, vDrawCanvas]); // calc maximum lines to display vMaxTextLines := round((ClientRect.Bottom - ClientRect.Top) / vTextHeight / c_linespread); IF vMaxTextLines <= 0 THEN exit; //vMaxTextLines := 1; vYstep := trunc(vTextHeight * c_linespread + 1); // (ClientRect.Bottom - ClientRect.Top) DIV (vMaxTextLines + 1); // vSeriesList := OwnerPlotRect.SeriesContainedIdx; //with TBasePlotRect(OwnerPlotRect).SeriesContained do try try IF vSeriesList.Count <= 0 THEN exit; // calculate maximum width of all elements without shrinking vAvailWidthLine := ClientRect.Right - ClientRect.Left; vMaxElementWidth := c_spacing; for vLoop:=0 to vSeriesList.Count-1 do begin vSampleWidth := TPlotSeries(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]). DrawLegendSample(vActualCoord.X,vActualCoord.Y, vDrawCanvas, AVisible); vCaption := TPlotSeries(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).Caption; vUsedWidth := Style.TextWidth[vCaption, vDrawCanvas]; vMaxElementWidth := max(vMaxElementWidth, 2*c_spacing + vSampleWidth + vUsedWidth); end; //writeln('avail width',IntToStr(vAvailWidthLine)); //writeln('element w ',IntToStr(vMaxElementWidth)); // if it fits, we use 1 column, otherwise shrink text if (vSeriesList.Count * vMaxElementWidth) <= vAvailWidthLine then vColsUsed := vSeriesList.Count else begin vDoShrink:=true; for vLoop:=0 to cMAXLEGENDCHARS-1 do vDummyText:=vDummyText+'X'; vUsedWidth := Style.TextWidth[vDummyText, vDrawCanvas]; vMaxElementWidth := min(vMaxElementWidth, 2*c_spacing + vSampleWidth + vUsedWidth); // one element, maximum chars vColsUsed := vAvailWidthLine DIV vMaxElementWidth; end; IF vColsUsed = 0 then exit; //writeln('cols used: ', IntToStr(vColsUsed)); // here we have // - vColsUsed, used colums // - vYStep, distance to next line // - vDoShrink, wether we shrink to cMAXLEGENDCHARS; vActualCoord := Point(0,0); for vLoop := 0 to (vSeriesList.Count-1) do begin vActualRow := (((vLoop) DIV vColsUsed) + 1); // from 1... vActualCoord.Y := 0 + (vActualRow * vYstep); vActualCol := (((vLoop) MOD vColsUsed) + 1); // from 1... //if vActualCol = 1 then vActualCoord.X := 0; vActualCoord.X := 2*c_spacing + (vActualCol-1) * vMaxElementWidth; vCaption := uPlotSeries.TPlotSeries(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]).Caption; // shorten string if necessary if vDoShrink then vCaption := LeftStr(vCaption, cMAXLEGENDCHARS); // draw series sample vSampleWidth := TPlotSeries(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(vSeriesList.Items[vLoop])^]). DrawLegendSample(vActualCoord.X,vActualCoord.Y, vDrawCanvas, AVisible); // draw caption vActualCoord.X := vActualCoord.X + vSampleWidth + c_spacing; Style.DrawText(vActualCoord.X, vActualCoord.Y - (vTextHeight DIV 2), vCaption, vDrawCanvas); vUsedWidth := Style.TextWidth[vCaption, vDrawCanvas]; // advance X coordinateh //vActualCoord.X := vActualCoord.X + vUsedWidth + c_spacing; end; // now copy FLegendBMP to Plot Canvas // TODO: should be done in PlotRect later ! vTotalWidth := vAvailWidthLine; vRowsUsed := ( (vSeriesList.Count-1) DIV vColsUsed ) + 1; vTotalHeight := (vRowsUsed + 1) * vYstep; // used rect in local coordinates FDrawBMP vUsedRect.Top := 0; vUsedRect.Left := 0; vUsedRect.Right := (vTotalWidth); vUsedRect.Bottom := (vTotalHeight); // show frame if needed IF ShowFrame THEN BEGIN vDrawCanvas.Pen := Style.Pen; vDrawCanvas.Frame(vUsedRect); END; // Target in PLotimage Coordinates (respect shrinking !) with vTargetRect do begin Left := ClientRect.Left + vUsedRect.Left; Right:= Left + vTotalWidth; Top := ClientRect.Bottom - vTotalHeight; Bottom:= ClientRect.Bottom; end; IF AVisible THEN begin uPlotClass.TBasePlotRect(OwnerPlotRect).PlotImage.Canvas.CopyRect(vTargetRect, vDrawCanvas, vUsedRect); end; finally if vSeriesList <> nil then begin while vSeriesList.Count > 0 do begin Dispose(Pinteger(vSeriesList.Items[0])); vSeriesList.Delete(0); end; vSeriesList.Free; end; end; Result := vUsedRect; end; procedure TLegendRect.SetStyle(const AStyle: TPlotStyle); begin IF AStyle = FStyle THEN exit; IF FStyle <> nil THEN FreeAndNil(FStyle); FStyle := AStyle; IF (FStyle <> nil) AND (OwnerPlotRect.OwnerPlot <> nil) THEN OwnerPlotRect.OwnerPlot.Repaint; end; function TLegendRect._GetClientRect(APlacement: TRectPlacement): TRect; var vMaxRect: TRect; const cBORDERSPACING = 6; begin // we have coordinates relative to the PlotRect 0-0 canvas coordinates. // AnchorAbs is absolute, AnchorRel is in percent of OwnerPlotRect //vPlotRect := uPlotClass.TBasePlotRect(OwnerPlotRect).ClientRect; { 06.10.14 vPlotRect := OwnerPlotRect.ClientRect; // Result.Left := vPlotRect.Left + AnchorAbs.X + round((vPlotRect.Right - vPlotRect.Left) * AnchorRel.X / 100); Result.Right := Result.Left + round((vPlotRect.Right - vPlotRect.Left) * RectSize.cx / 100); Result.Top := vPlotRect.Top + AnchorAbs.Y + round((vPlotRect.Bottom - vPlotRect.Top) * AnchorRel.Y / 100); Result.Bottom := Result.Top + round((vPlotRect.Bottom - vPlotRect.Top) * RectSize.cy / 100); } // we start with maximum possible extent = FRameRect // cMAXSIZEPERCENT is maximum extent of legend; vMaxRect := OwnerPlotRect.FrameRect; with vMaxRect do begin Left := Left + cBORDERSPACING; Right := Right - cBORDERSPACING; Top := Top + cBORDERSPACING; Bottom:= Bottom - cBORDERSPACING; end; Result := vMaxRect; CASE APlacement OF plRight: begin Result.Left := vMaxRect.Right - round((cMAXRECTSIZEPERCENT / 100) * (vMaxRect.Right - vMaxRect.Left)); Result .Bottom := OwnerPlotRect.ClientRect.Bottom; end; plBottom: begin Result.Top := vMaxRect.Bottom - round((cMAXRECTSIZEPERCENT / 100) * (vMaxRect.Bottom - vMaxRect.Top)); Result .Right := OwnerPlotRect.ClientRect.Right; end; END; end; function TLegendRect.GetClientRect: TRect; begin Result := _GetClientRect(OwnerPlotRect.LegendPlacement); end; function TLegendRect.Redraw(AVisible, ATransparent: Boolean): TRect; begin Result := Rect(0,0,0,0); IF (not OwnerPlotRect.ShowLegend) THEN exit; IF OwnerPlotRect.LegendPlacement = plBottom then Result := DrawLegend_HOR(AVisible, ATransparent) ELSE Result := DrawLegend_VER(AVisible, ATransparent); // TODO VERT end; constructor TLegendRect.Create(AOwnerPlotRect: TPlotRect); begin OwnerPlotRect := AOwnerPlotRect; FStyle := uPlotStyles.TPlotStyle.Create; Style.Pen.Style := psSolid; Style.Pen.Width := 1; Style.Pen.Color := clBlack; Style.Font.Size:=8; Style.Font.Bold:= FALSE; Style.Brush.Color := clCream; // clCream; clNone not working win32 qt Style.Brush.Style := bsSolid; // bsClear; // bsSolid; ShowFrame := TRUE; // TODO: default this to FALSE after development FRectSize.cx := 25; FRectSize.cy := 25; FDrawBMP := TBitmap.Create; //FDrawBMP.PixelFormat := pf24bit; FAutoShrink := TRUE; FFillBackground := TRUE; //FPlacement := plBottom; end; destructor TLegendRect.Destroy; begin FStyle.Destroy; FStyle := nil; FDrawBMP.Free; inherited Destroy; end; { TColorScaleRect } // *************************************************************************** // Note: ColorScaleRect uses the axisstyle of the respective axis for axis drawing // although it could have its own axisstyle defines. // 06.10.2014 old code with variable placement is broken anyway so we simplify placement options: // plBottom, plRight glues the ColorScale to the Framerect of Plotrect // skip placement with respect to plot (only relative to plotrect frame now). // rework placement of all components in next major rework procedure TColorScaleRect.SetScaleAxisIndex(const AValue: Integer); begin if FScaleAxisIndex=AValue then exit; IF uPlotRect.TPlotRect(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[AValue].OwnerPlotRect).ColorScaleRect = Self THEN FScaleAxisIndex:=AValue ELSE FScaleAxisIndex := -1; end; function TColorScaleRect.GetClientRect: TRect; begin Result := _GetClientRect(OwnerPlotRect.ColorScalePlacement); end; procedure TColorScaleRect.SetColorScaleOrientation( const AValue: TAxisOrientation); begin if FColorScaleOrientation=AValue then exit; FColorScaleOrientation:=AValue; end; procedure TColorScaleRect.SetColorScaleWidth(const AValue: Integer); begin if FColorScaleWidth=AValue then exit; FColorScaleWidth:=AValue; end; function TColorScaleRect.Redraw(AVisible, ATransparent: Boolean): TRect; var vPtA, vPtB: TPoint; vPixelsPerValue: Extended; vUsedRect, vTargetRect: TRect; vDrawCanvas: TCanvas; vLoop : integer; vX, vY, vTextX, vTextY: integer; vMin, vMax: Extended; //vUnitTextSize: Integer; vUnitStr: String; vSeriesLoop: Integer; vUnitStrings: TStrings; vUnitHeight, vUnitWidth: Extended; vUsedAxisWidth: Integer; //vViewRange : TValueRange; c2_spacing:integer = 10; // transversal vColorScaleVisualParams: TAxisVisualParams; const c_spacing = 10; // longitudinal //c2_spacing = 10; // transversal c_LineSpread = 1.2; begin // AutoOrientation: IF OwnerPlotRect.ColorScalePlacement = plBottom THEN ColorScaleOrientation := aoHorizontal ELSE ColorScaleOrientation := aoVertical; // TODO delete property ColorScaleOrientation ! c2_spacing := c2_spacing + ColorScaleWidth; try vUnitStrings := TStringList.Create; // this works only horizontal IF (not OwnerPlotRect.ShowColorScale) THEN exit; IF ScaleAxisIndex < 0 THEN exit; // we take the visual params from the axis vColorScaleVisualParams := uPlotAxis.TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).VisualParams; // no matter if the axis is visible, coloscale visibility has its own property (ShowColorScale) vColorScaleVisualParams.Visible := TPlotRect(OwnerPlotRect).ShowColorScale; // if we do a automatic axis placement from the plotrect we need a stable width // (circular problem because of invibile draw first, then shrink Client, then visible draw) // to avoid the circualr size change when subticks are added or not, we always respect the size of subticks in invisible draw // (see axis DrawIndicatorAxis) vDrawCanvas := FDrawBMP.Canvas; // size FLegendBMP FDrawBMP.SetSize(Self.ClientRect.Right - Self.ClientRect.Left, Self.ClientRect.Bottom - Self.ClientRect.Top); // fill background if needed IF FillBackground THEN BEGIN vDrawCanvas.Brush := Style.Brush; vDrawCanvas.FillRect(0,0,Self.ClientRect.Right-Self.ClientRect.Left, Self.ClientRect.Bottom-Self.ClientRect.Top); END; // seriescontained in plotrect --> series // wenn series.axesused x oder y oder z axis = ScaleAxisIndex // dann vUnitStr := vUnitStr + ', ' + Series.Units[1,2,3] // TODO: document this, was redone vUnitStr:=''; vUnitHeight:=0; vUnitWidth:=0; //with TBasePlotRect(OwnerPlotRect).SeriesContained do try with OwnerPlotRect.SeriesContainedIdx do try IF Count <= 0 THEN exit; for vSeriesLoop := 0 to count-1 do begin vUnitStr := TPlotSeriesBase(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Series[PInteger(Items[vSeriesLoop])^]).UnitString[ScaleAxisIndex]; IF vUnitStrings.IndexOf(vUnitStr) < 0 THEN vUnitStrings.Add(vUnitStr); end; finally while Count > 0 do begin Dispose(Pinteger(Items[0])); Delete(0) end; Free; end; // IF ColorScaleOrientation = aoVariable THEN ColorScaleOrientation := aoHorizontal; //TODO: only right angles // vMin := TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).ViewRange.Min; vMin := TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).ReCalcValue(vMin); vMax := TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).ViewRange.Max; vMax := TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).ReCalcValue(vMax); CASE ColorScaleOrientation of aoHorizontal: begin // here we can draw a vUnitStr as a whole line vUnitHeight := uPlotStyles.TPlotStyle(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex].Style).TextHeigth['88', vDrawCanvas] * c_LineSpread * 1; for vLoop := 0 to vUnitStrings.Count-1 do begin vUnitStr := vUnitStrings.Strings[vLoop]; IF vLoop < (vUnitStrings.Count-1) THEN vUnitStr := vUnitStr + ', '; end; vUnitWidth := uPlotStyles.TPlotStyle(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex].Style).TextWidth[vUnitStr, vDrawCanvas]; // grid coordinates vPtA.X := c_spacing; vPtB.X := Self.ClientRect.Right - Self.ClientRect.Left - (2*c_spacing) - Integer(round(vUnitWidth)); vPtA.Y := c2_spacing; vPtB.Y := c2_spacing; // vPixelsPerValue := (vPtB.X - vPtA.X) /(vMax - vMin); vTextX := vPtB.X + c_spacing; vTextY := vPtB.Y - (round(vUnitHeight) DIV 2); vColorScaleVisualParams.TickAngle := taNegative; end; aoVertical: begin // here we have n lines vUnitHeight := uPlotStyles.TPlotStyle(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex].Style).TextHeigth['88', vDrawCanvas] * c_LineSpread * (vUnitStrings.Count + 0); for vLoop := 0 to vUnitStrings.Count-1 do begin vUnitStr := vUnitStrings.Strings[vLoop]; vUnitWidth := Max(vUnitWidth, uPlotStyles.TPlotStyle(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex].Style).TextWidth[vUnitStr, vDrawCanvas]); end; // grid coordinates vPtA.X := c2_spacing; vPtB.X := c2_spacing; //(( ClientRect.Right - ClientRect.Left - (2*c_spacing) - vUnitWidth; vPtA.Y := (Self.ClientRect.Bottom - Self.ClientRect.Top - c_spacing ); vPtB.Y := (2*c_spacing) + round(vUnitHeight); // vPixelsPerValue := (vPtA.Y - vPtB.Y) /(vMax - vMin); // vTextX := vPtB.X - (round(vUnitWidth) DIV 2); vTextY := 0 + round(vUnitHeight); vColorScaleVisualParams.TickAngle := taNegative; end; END; // prepare settings record // TODO: prepare this only at start or at modification ! vColorScaleVisualParams.DrawCanvas := vDrawCanvas; vColorScaleVisualParams.ptA := vPtA; vColorScaleVisualParams.ptB := vPtB; vColorScaleVisualParams.PixelsPerValue := vPixelsPerValue; // take styles from original axis (altjough we could make new ones) vColorScaleVisualParams.Style := TAxisStyle(uPlotClass.TPlotAxisBase(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).Style); vColorScaleVisualParams.TickStyle := uPlotAxis.TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).TickStyle; vColorScaleVisualParams.SubTickStyle := uPlotAxis.TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).SubTickStyle; // draw routine from axis class vUsedAxisWidth := TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]). DrawIndicatorAxis(vColorScaleVisualParams, AVisible); // draw colored line and **************************** // copy colored line n times (for width) CASE ColorScaleOrientation of aoHorizontal : begin // draw vY := vPtA.Y - 1; for vLoop := 0 to ((vPtB.X - vPtA.X)-1) do begin vX := vPtA.X + vLoop; vDrawCanvas.Pixels[vX,vY] := TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]). ValueColor[ uPlotAxis.TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).ReCalcValueInverse(vMin + (vMax-vMin)*vLoop /(vPtB.X - vPtA.X)) ]; end; // copy vUsedRect.Left := vPtA.X; vUsedRect.Top := vY; vUsedRect.Right := vPtB.X; vUsedRect.Bottom :=vY+1; vTargetRect := vUsedRect; for vLoop := 1 to ColorScaleWidth do begin vTargetRect.Top := vUsedRect.Top-vLoop; vTargetRect.Bottom := vUsedRect.Bottom -vLoop; vDrawCanvas.CopyRect(vTargetRect, vDrawCanvas, vUsedRect); end; // calculate BMP rect used vUsedRect.Top := 0; vUsedRect.Left := 0; IF AutoShrink THEN BEGIN vUsedRect.Right := Self.ClientRect.Right - Self.ClientRect.Left; vUsedRect.Bottom := vUsedRect.Top + c2_spacing + vUsedAxisWidth; END ELSE BEGIN vUsedRect.Right := Self.ClientRect.Right - Self.ClientRect.Left; vUsedRect.Bottom := Self.ClientRect.Bottom - Self.ClientRect.Top; END; end; aoVertical : begin // draw vX := vPtA.X - 1; for vLoop := 0 to ((vPtA.Y - vPtB.Y)-1) do begin vY := vPtA.Y - vLoop; vDrawCanvas.Pixels[vX,vY] := uPlotAxis.TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]). ValueColor[uPlotAxis.TPlotAxis(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex]).ReCalcValueInverse( vMin + (vMax-vMin)*vLoop /(vPtA.Y - vPtB.Y) )]; end; // copy colored line vUsedRect.Top := vPtB.Y; vUsedRect.Left := vX-0; vUsedRect.Bottom := vPtA.Y; vUsedRect.Right :=vX+1; vTargetRect := vUsedRect; for vLoop := 1 to ColorScaleWidth do begin vTargetRect.Left := vUsedRect.Left-vLoop; vTargetRect.Right := vUsedRect.Right -vLoop; vDrawCanvas.CopyRect(vTargetRect, vDrawCanvas, vUsedRect); end; // calculate BMP rect used vUsedRect.Top := 0; vUsedRect.Left := 0; IF AutoShrink THEN BEGIN vUsedRect.Right := vUsedRect.Left + c2_spacing + vUsedAxisWidth; //+ ColorScaleWidth; // ColorScaleWidth added 29.07.14; vUsedRect.Bottom := Self.ClientRect.Bottom - Self.ClientRect.Top; END ELSE BEGIN vUsedRect.Right := Self.ClientRect.Right - Self.ClientRect.Left; vUsedRect.Bottom := Self.ClientRect.Bottom - Self.ClientRect.Top; END; end; end; // draw unit text ********************** vDrawCanvas.Font := Style.Font; //vTextX := vPtB.X + c_spacing; //vTextY := vPtB.Y - (uPlotStyles.TPlotStyle(uPlotClass.TBasePlotRect(OwnerPlotRect).OwnerPlot.Axis[ScaleAxisIndex].Style).TextHeigth[vUnitStr, vDrawCanvas] DIV 2); // for horizontal IF ColorScaleOrientation = aoHorizontal THEN vDrawCanvas.TextOut(vTextX,vTextY, vUnitStr); // for vertical IF ColorScaleOrientation = aoVertical THEN BEGIN for vLoop := 0 to vUnitStrings.Count-1 do begin vDrawCanvas.TextOut(vTextX,vTextY, vUnitStrings.Strings[vLoop]); vUnitStr := vUnitStrings.Strings[vLoop]; vTextY := vTextY + round(vUnitHeight); end; END; // copy to plot canvas // show frame if needed IF ShowFrame THEN BEGIN vDrawCanvas.Pen := Style.Pen; vDrawCanvas.Frame(vUsedRect); END; vTargetRect := Self.ClientRect; vTargetRect.Left := vTargetRect.Right - (vUsedRect.Right - vUsedRect.Left); vTargetRect.Top := vTargetRect.Bottom - (vUsedRect.Bottom - vUsedRect.Top); IF AVisible THEN uPlotClass.TBasePlotRect(OwnerPlotRect).PlotImage.Canvas.CopyRect(vTargetRect, vDrawCanvas, vUsedRect); finally vUnitStrings.Free; end; Result := vUsedRect; end; constructor TColorScaleRect.Create(AOwnerPlotRect: TPlotRect); begin inherited Create(AOwnerPlotRect); FRectSize.cx := 50; // % of rect FRectSize.cy := 100; // FScaleAxisIndex:=-1; ShowFrame:=TRUE; // FColorScaleWidth := 12; FColorScaleOrientation:=aoVertical; //FColorScaleOrientation:=aoHorizontal; //FPlacement := plRight; FAutoShrink := true; end; end.
(* Category: SWAG Title: POINTERS, LINKING, LISTS, TREES Original name: 0013.PAS Description: Linked List Queues Author: WARREN PORTER Date: 01-27-94 12:12 *) { │ I'm trying to understand the rudiments of linked lists │ 4) What are common uses for linked lists? Is any one particular form │ (oneway, circular etc ) preferred or used over any other form? One use is to maintain queues. New people, requests, or jobs come in at the end of the line (or break in with priority), but once the head of the line has been serviced, there is no need to maintain its location in the queue. I wrote the following last semester: --------------------------------------------------------------- Purpose: Maintains a queue of jobs and priorities of those jobs in a linked list. The user will be prompted for job number and priority and can list the queue, remove a job from the front of the queue (as if it ran), and stop the program. A count of jobs outstanding at the end will be displayed. } type PriRange = 0 .. 9; JobPnt = ^JobNode; Jobnode = RECORD Numb : integer; Priority : PriRange; Link : JobPnt END; procedure addrec(var Start : JobPnt; comprec : Jobnode); var curr, next, this : JobPnt; found : boolean; begin new(this); this^.Numb := comprec.Numb; this^.Priority := comprec.Priority; if Start = NIL then begin Start := this; {Points to node just built} Start^.Link := NIL; {Is end of list} end else {Chain exists, find a place to insert it} if comprec.Priority > Start^.Priority then begin this^.Link := Start; {Prep for a new beg of chain} Start := this end {Condition for insert at beg of chain} else begin {Begin loop to insert after beg of chain} found := false; {To initialize} curr := start; while not found do begin next := curr^.link; if (next = NIL) or (comprec.Priority > next^.Priority) then found := true; if not found then curr:= next {another iteration needed} end; {Have found this^ goes after curr^ and before next^} this^.Link := next; {Chain to end (even if NIL)} curr^.Link := this; {Insertion complete} end; end; procedure remove(Var Start : JobPnt); var hold : JobPnt; begin if Start = NIL then Writeln('Cannot remove from empty queue', chr(7)) else begin hold := Start^.Link; {Save 1st node of new chain} dispose(Start); {Delete org from chain} Start := hold; {Reset to new next job} end; end; procedure list(Start : JobPnt); {List all jobs in queue. "var" omitted} begin if Start = NIL then Writeln('No jobs in queue') else begin Writeln('Job No Priority'); Writeln; while Start <> NIL do begin Writeln(' ',Start^.Numb : 3, ' ', Start^.Priority); Start:=Start^.Link end; Writeln; Writeln('End of List'); end; end; {Main Procedure starts here} var cntr : integer; build : JobNode; work, Start : JobPnt; Achar : char; begin Start := NIL; {Empty at first} cntr := 0; REPEAT Write('Enter (S)top, (R)emove, (L)ist, or A jobnumb priority to'); Writeln(' add to queue'); Read(Achar); CASE Achar of 'A', 'a' : begin Read(build.Numb); REPEAT Readln(build.Priority); if (build.Priority < 0) or (build.priority > 9) then Write(chr(7), 'Priority between 0 and 9, try again '); UNTIL (build.Priority >= 0) and (build.Priority <= 9); addrec(Start, build); end; 'R', 'r' : begin Readln; remove(Start); end; 'L', 'l' : begin Readln; list(Start); end; 'S', 's' : Readln; {Will wait until out of CASE loop} else begin Readln; Writeln('Invalid option',chr(7)) end; end; UNTIL (Achar = 's') or (Achar = 'S'); work := start; while work <> NIL do begin cntr := cntr + 1; work := work^.link end; Writeln('Number of jobs remaining in queue: ', cntr); end.
unit TipoProdutoDAO; interface uses Classes, DBXCommon, SqlExpr, TipoProduto; type {$MethodInfo ON} TTipoProdutoDAO = class(TPersistent) private FComm: TDBXCommand; procedure PrepareCommand; public function List: TDBXReader; function NextCodigo: string; function Insert(tipoProduto: TTipoProduto): Boolean; function Update(tipoProduto: TTipoProduto): Boolean; function Delete(tipoProduto: TTipoProduto): Boolean; function FindByCodigo(Codigo: string): TTipoProduto; end; implementation uses uSCPrincipal, StringUtils; const TABELA: String = 'TIPOS_PRODUTO'; { TTipoProdutoDAO } procedure TTipoProdutoDAO.PrepareCommand; begin if not(Assigned(FComm)) then begin if not(SCPrincipal.ConnTopCommerce.Connected) then SCPrincipal.ConnTopCommerce.Open; FComm := SCPrincipal.ConnTopCommerce.DBXConnection.CreateCommand; FComm.CommandType := TDBXCommandTypes.DbxSQL; if not(FComm.IsPrepared) then FComm.Prepare; end; end; function TTipoProdutoDAO.List: TDBXReader; begin PrepareCommand; FComm.Text := 'SELECT * FROM ' + TABELA; Result := FComm.ExecuteQuery; end; function TTipoProdutoDAO.NextCodigo: string; var query: TSQLQuery; begin query := TSQLQuery.Create(nil); try query.SQLConnection := SCPrincipal.ConnTopCommerce; query.SQL.Text := 'SELECT MAX(CODIGO) AS MAX_CODIGO FROM ' + TABELA; query.Open; if query.FieldByName('max_codigo').IsNull then Result := StrZero(1, 3) else Result := StrZero(query.FieldByName('max_codigo').AsInteger + 1, 3); finally query.Free; end; end; function TTipoProdutoDAO.FindByCodigo(Codigo: string): TTipoProduto; var query: TSQLQuery; begin query := TSQLQuery.Create(nil); try query.SQLConnection := SCPrincipal.ConnTopCommerce; query.SQL.Text := 'SELECT * FROM ' + TABELA + ' WHERE CODIGO = ''' + Codigo + ''''; query.Open; Result := TTipoProduto.Create(query.FieldByName('CODIGO').AsString, query.FieldByName('DESCRICAO').AsString); finally query.Free; end; end; function TTipoProdutoDAO.Insert(tipoProduto: TTipoProduto): Boolean; begin PrepareCommand; FComm.Text := 'INSERT INTO ' + TABELA +' (CODIGO, DESCRICAO) VALUES ('''+tipoProduto.Codigo+''','''+tipoProduto.Descricao+''')'; try FComm.ExecuteUpdate; Result := True; except Result := False; end; end; function TTipoProdutoDAO.Update(tipoProduto: TTipoProduto): Boolean; begin PrepareCommand; FComm.Text := 'UPDATE ' + TABELA + ' SET DESCRICAO = '''+tipoProduto.Descricao+''''+ ' WHERE CODIGO = '''+tipoProduto.Codigo+''''; try FComm.ExecuteUpdate; Result := True; except Result := False; end; end; function TTipoProdutoDAO.Delete(tipoProduto: TTipoProduto): Boolean; begin PrepareCommand; FComm.Text := 'DELETE FROM ' + TABELA + ' WHERE CODIGO = '''+tipoProduto.Codigo+''''; try FComm.ExecuteUpdate; Result := True; except Result := False; end; end; end.
unit uLangUtils; interface uses Windows; type TGetUserDefaultUILanguage = function: LANGID; stdcall; function PrimaryLangID(lgid: Word): Integer; function GetUserDefaultUILanguage: LANGID; implementation { he primary langauge codes are: 0x00 LANG_NEUTRAL Neutral 0x01 LANG_ARABIC Arabic 0x02 LANG_BULGARIAN Bulgarian 0x03 LANG_CATALAN Catalan 0x04 LANG_CHINESE Chinese 0x05 LANG_CZECH Czech 0x06 LANG_DANISH Danish 0x07 LANG_GERMAN German 0x08 LANG_GREEK Greek 0x09 LANG_ENGLISH English 0x0a LANG_SPANISH Spanish 0x0b LANG_FINNISH Finnish 0x0c LANG_FRENCH French 0x0d LANG_HEBREW Hebrew 0x0e LANG_HUNGARIAN Hungarian 0x0f LANG_ICELANDIC Icelandic 0x10 LANG_ITALIAN Italian 0x11 LANG_JAPANESE Japanese 0x12 LANG_KOREAN Korean 0x13 LANG_DUTCH Dutch 0x14 LANG_NORWEGIAN Norwegian 0x15 LANG_POLISH Polish 0x16 LANG_PORTUGUESE Portuguese 0x18 LANG_ROMANIAN Romanian 0x19 LANG_RUSSIAN Russian 0x1a LANG_CROATIAN Croatian 0x1a LANG_SERBIAN Serbian 0x1b LANG_SLOVAK Slovak 0x1c LANG_ALBANIAN Albanian 0x1d LANG_SWEDISH Swedish 0x1e LANG_THAI Thai 0x1f LANG_TURKISH Turkish 0x20 LANG_URDU Urdu 0x21 LANG_INDONESIAN Indonesian 0x22 LANG_UKRANIAN Ukrainian 0x23 LANG_BELARUSIAN Belarusian 0x24 LANG_SLOVENIAN Slovenian 0x25 LANG_ESTONIAN Estonian 0x26 LANG_LATVIAN Latvian 0x27 LANG_LITHUANIAN Lithuanian 0x29 LANG_FARSI Farsi 0x2a LANG_VIETNAMESE Vietnamese 0x2b LANG_ARMENIAN Armenian 0x2c LANG_AZERI Azeri 0x2d LANG_BASQUE Basque 0x2f LANG_MACEDONIAN FYRO Macedonian 0x36 LANG_AFRIKAANS Afrikaans 0x37 LANG_GEORGIAN Georgian 0x38 LANG_FAEROESE Faeroese 0x39 LANG_HINDI Hindi 0x3e LANG_MALAY Malay 0x3f LANG_KAZAK Kazak 0x40 LANG_KYRGYZ Kyrgyz 0x41 LANG_SWAHILI Swahili 0x43 LANG_UZBEK Uzbek 0x44 LANG_TATAR Tatar 0x45 LANG_BENGALI Bengali 0x46 LANG_PUNJABI Punjabi 0x47 LANG_GUJARATI Gujarati 0x48 LANG_ORIYA Oriya 0x49 LANG_TAMIL Tamil 0x4a LANG_TELUGU Telugu 0x4b LANG_KANNADA Kannada 0x4c LANG_MALAYALAM Malayalam 0x4d LANG_ASSAMESE Assamese 0x4e LANG_MARATHI Marathi 0x4f LANG_SANSKRIT Sanskrit 0x50 LANG_MONGOLIAN Mongolian 0x56 LANG_GALICIAN Galician 0x57 LANG_KONKANI Konkani 0x58 LANG_MANIPURI Manipuri 0x59 LANG_SINDHI Sindhi 0x5a LANG_SYRIAC Syriac 0x60 LANG_KASHMIRI Kashmiri 0x61 LANG_NEPALI Nepali 0x65 LANG_DIVEHI Divehi 0x7f LANG_INVARIANT The sublanguage codes are: 0x00 SUBLANG_NEUTRAL Language neutral 0x01 SUBLANG_DEFAULT User Default 0x02 SUBLANG_SYS_DEFAULT System Default 0x01 SUBLANG_ARABIC_SAUDI_ARABIA Arabic (Saudi Arabia) 0x02 SUBLANG_ARABIC_IRAQ Arabic (Iraq) 0x03 SUBLANG_ARABIC_EGYPT Arabic (Egypt) 0x04 SUBLANG_ARABIC_LIBYA Arabic (Libya) 0x05 SUBLANG_ARABIC_ALGERIA Arabic (Algeria) 0x06 SUBLANG_ARABIC_MOROCCO Arabic (Morocco) 0x07 SUBLANG_ARABIC_TUNISIA Arabic (Tunisia) 0x08 SUBLANG_ARABIC_OMAN Arabic (Oman) 0x09 SUBLANG_ARABIC_YEMEN Arabic (Yemen) 0x0a SUBLANG_ARABIC_SYRIA Arabic (Syria) 0x0b SUBLANG_ARABIC_JORDAN Arabic (Jordan) 0x0c SUBLANG_ARABIC_LEBANON Arabic (Lebanon) 0x0d SUBLANG_ARABIC_KUWAIT Arabic (Kuwait) 0x0e SUBLANG_ARABIC_UAE Arabic (U.A.E.) 0x0f SUBLANG_ARABIC_BAHRAIN Arabic (Bahrain) 0x10 SUBLANG_ARABIC_QATAR Arabic (Qatar) 0x01 SUBLANG_AZERI_LATIN Azeri (Latin) 0x02 SUBLANG_AZERI_CYRILLIC Azeri (Cyrillic) 0x01 SUBLANG_CHINESE_TRADITIONAL Chinese (Traditional) 0x02 SUBLANG_CHINESE_SIMPLIFIED Chinese (Simplified) 0x03 SUBLANG_CHINESE_HONGKONG Chinese (Hong Kong SAR, PRC) 0x04 SUBLANG_CHINESE_SINGAPORE Chinese (Singapore) 0x05 SUBLANG_CHINESE_MACAU Chinese (Macau SAR) 0x01 SUBLANG_DUTCH Dutch 0x02 SUBLANG_DUTCH_BELGIAN Dutch (Belgian) 0x01 SUBLANG_ENGLISH_US English (US) 0x02 SUBLANG_ENGLISH_UK English (UK) 0x03 SUBLANG_ENGLISH_AUS English (Australian) 0x04 SUBLANG_ENGLISH_CAN English (Canadian) 0x05 SUBLANG_ENGLISH_NZ English (New Zealand) 0x06 SUBLANG_ENGLISH_EIRE English (Ireland) 0x07 SUBLANG_ENGLISH_SOUTH_AFRICA English (South Africa) 0x08 SUBLANG_ENGLISH_JAMAICA English (Jamaica) 0x09 SUBLANG_ENGLISH_CARIBBEAN English (Caribbean) 0x0a SUBLANG_ENGLISH_BELIZE English (Belize) 0x0b SUBLANG_ENGLISH_TRINIDAD English (Trinidad) 0x0c SUBLANG_ENGLISH_ZIMBABWE English (Zimbabwe) 0x0d SUBLANG_ENGLISH_PHILIPPINES English (Philippines) 0x01 SUBLANG_FRENCH French 0x02 SUBLANG_FRENCH_BELGIAN French (Belgian) 0x03 SUBLANG_FRENCH_CANADIAN French (Canadian) 0x04 SUBLANG_FRENCH_SWISS French (Swiss) 0x05 SUBLANG_FRENCH_LUXEMBOURG French (Luxembourg) 0x06 SUBLANG_FRENCH_MONACO French (Monaco) 0x01 SUBLANG_GERMAN German 0x02 SUBLANG_GERMAN_SWISS German (Swiss) 0x03 SUBLANG_GERMAN_AUSTRIAN German (Austrian) 0x04 SUBLANG_GERMAN_LUXEMBOURG German (Luxembourg) 0x05 SUBLANG_GERMAN_LIECHTENSTEIN German (Liechtenstein) 0x01 SUBLANG_ITALIAN Italian 0x02 SUBLANG_ITALIAN_SWISS Italian (Swiss) 0x02 SUBLANG_KASHMIRI_INDIA Kashmiri (India) 0x01 SUBLANG_KOREAN Korean 0x01 SUBLANG_LITHUANIAN Lithuanian 0x01 SUBLANG_MALAY_MALAYSIA Malay (Malaysia) 0x02 SUBLANG_MALAY_BRUNEI_DARUSSALAM Malay (Brunei Darassalam) 0x02 SUBLANG_NEPALI_INDIA Nepali (India) 0x01 SUBLANG_NORWEGIAN_BOKMAL Norwegian (Bokmal) 0x02 SUBLANG_NORWEGIAN_NYNORSK Norwegian (Nynorsk) 0x01 SUBLANG_PORTUGUESE_BRAZILIAN Portuguese (Brazilian) 0x02 SUBLANG_PORTUGUESE Portuguese 0x02 SUBLANG_SERBIAN_LATIN Serbian (Latin) 0x03 SUBLANG_SERBIAN_CYRILLIC Serbian (Cyrillic) 0x01 SUBLANG_SPANISH Spanish (Castilian) 0x02 SUBLANG_SPANISH_MEXICAN Spanish (Mexican) 0x03 SUBLANG_SPANISH_MODERN Spanish (Modern) 0x04 SUBLANG_SPANISH_GUATEMALA Spanish (Guatemala) 0x05 SUBLANG_SPANISH_COSTA_RICA Spanish (Costa Rica) 0x06 SUBLANG_SPANISH_PANAMA Spanish (Panama) 0x07 SUBLANG_SPANISH_DOMINICAN_REPUBLIC Spanish (Dominican Republic) 0x08 SUBLANG_SPANISH_VENEZUELA Spanish (Venezuela) 0x09 SUBLANG_SPANISH_COLOMBIA Spanish (Colombia) 0x0a SUBLANG_SPANISH_PERU Spanish (Peru) 0x0b SUBLANG_SPANISH_ARGENTINA Spanish (Argentina) 0x0c SUBLANG_SPANISH_ECUADOR Spanish (Ecuador) 0x0d SUBLANG_SPANISH_CHILE Spanish (Chile) 0x0e SUBLANG_SPANISH_URUGUAY Spanish (Uruguay) 0x0f SUBLANG_SPANISH_PARAGUAY Spanish (Paraguay) 0x10 SUBLANG_SPANISH_BOLIVIA Spanish (Bolivia) 0x11 SUBLANG_SPANISH_EL_SALVADOR Spanish (El Salvador) 0x12 SUBLANG_SPANISH_HONDURAS Spanish (Honduras) 0x13 SUBLANG_SPANISH_NICARAGUA Spanish (Nicaragua) 0x14 SUBLANG_SPANISH_PUERTO_RICO Spanish (Puerto Rico) 0x01 SUBLANG_SWEDISH Swedish 0x02 SUBLANG_SWEDISH_FINLAND Swedish (Finland) 0x01 SUBLANG_URDU_PAKISTAN Urdu (Pakistan) 0x02 SUBLANG_URDU_INDIA Urdu (India) 0x01 SUBLANG_UZBEK_LATIN Uzbek (Latin) 0x02 SUBLANG_UZBEK_CYRILLIC } function PrimaryLangID(lgid: Word): Integer; begin Result := lgid and $3FF; end; var hKernel: HMODULE = 0; _GetUserDefaultUILanguage: TGetUserDefaultUILanguage = nil; function GetUserDefaultUILanguage: LANGID; begin // Check function assignment if Assigned(_GetUserDefaultUILanguage) then // Call function Result := _GetUserDefaultUILanguage else begin // Fail the call and set the last error SetLastError(ERROR_INVALID_HANDLE); Result := 0; end; end; initialization // Get library handle hKernel := GetModuleHandle('kernel32'); // Check handle if (hKernel <> 0) then // Get function address @_GetUserDefaultUILanguage := GetProcAddress(hKernel, 'GetUserDefaultUILanguage') else // Set function address to nil @_GetUserDefaultUILanguage := nil; end.
{******************************************************************************} { } { Delphi OpenAPI 3.0 Generator } { Copyright (c) 2018-2021 Paolo Rossi } { https://github.com/paolo-rossi/delphi-openapi } { } {******************************************************************************} { } { Licensed under the Apache License, Version 2.0 (the 'License"); } { you may not use this file except in compliance with the License. } { You may obtain a copy of the License at } { } { http://www.apache.org/licenses/LICENSE-2.0 } { } { Unless required by applicable law or agreed to in writing, software } { distributed under the License is distributed on an "AS IS" BASIS, } { WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. } { See the License for the specific language governing permissions and } { limitations under the License. } { } {******************************************************************************} unit OpenAPI.Model.Base; interface uses System.SysUtils, System.Classes, System.Rtti, System.Generics.Collections, Neon.Core.Types, Neon.Core.Attributes, OpenAPI.Model.Reference; type /// <summary> /// Base class for OpenAPI model classes /// </summary> TOpenAPIModel = class protected function InternalCheckModel: Boolean; virtual; public function CheckModel: Boolean; inline; end; TOpenAPIModelReference = class(TOpenAPIModel) protected FReference: TOpenAPIReference; public /// <summary> /// Reference object. /// </summary> [NeonProperty('$ref')][NeonInclude(IncludeIf.NotEmpty)] property Reference: TOpenAPIReference read FReference write FReference; end; TOpenAPIExtension = class(TObjectDictionary<string, TValue>) public constructor Create; end; implementation { TOpenAPIModel } function TOpenAPIModel.CheckModel: Boolean; begin Result := InternalCheckModel; end; function TOpenAPIModel.InternalCheckModel: Boolean; begin Result := True; end; { TOpenAPIExtension } constructor TOpenAPIExtension.Create; begin inherited Create(); end; end.
unit Department; interface uses BaseServerClass, Classes, DBXCommon, SysUtils, Dialogs, SqlExpr, MainServerModule, DB, DBXDBReaders, DBXJSon, DSService; type {$MethodInfo ON} TDepartment = class(TBaseServerClass) private FComm : TDBXCommand; FOrderByField : String; function GetNextID : Integer; procedure SetDepartamentOrderBy( s : String = ''); procedure PrepareCommDepartaments; public constructor Create; destructor Destroy; override; procedure DepartmentDefault; procedure DepartmentOrderByID; procedure DepartmentOrderByName; function OrderByField : String; function GetDepartmentsOrderBy : TDBXReader; function GetDepartments : TDBXReader; function GetBioLife : TDBXReader; function Insert( sParams : TParams ) : Boolean; function InsertAsDBXReader( sDbxParams : TDBXReader ) : Boolean; procedure SendValue( i : string ); function GetValue : String; Const TABLE_NAME = 'DEPARTMENT'; end; implementation uses ServerContainer; { TDepartament } constructor TDepartment.Create; begin // FDbxConnection := DMServerContainer.DataSnap_Server_Log.DBXConnection; FDbxConnection := GetDbxConnection; end; procedure TDepartment.DepartmentDefault; begin SetDepartamentOrderBy; end; procedure TDepartment.DepartmentOrderByID; begin SetDepartamentOrderBy('DEPT_NO'); end; procedure TDepartment.DepartmentOrderByName; begin SetDepartamentOrderBy('DEPARTMENT'); end; destructor TDepartment.Destroy; begin FreeAndNil(FComm); inherited; end; function TDepartment.OrderByField: String; begin Result := FOrderByField; end; function TDepartment.GetBioLife: TDBXReader; begin if not Assigned(FComm) then begin DMServerContainer.Employee.Open; FComm := DMServerContainer.Employee.DBXConnection.CreateCommand; FComm.CommandType := TDBXCommandTypes.DbxSQL; FComm.Text := 'Select * from BIOLIFE'; if not FComm.IsPrepared then FComm.Prepare; end else begin FComm.Close; FComm.Text := 'Select * from BIOLIFE'; end; Result := FComm.ExecuteQuery; end; function TDepartment.GetDepartments: TDBXReader; begin SetDepartamentOrderBy; PrepareCommDepartaments; DMServerContainer.Employee.Open; Result := FComm.ExecuteQuery; end; function TDepartment.GetDepartmentsOrderBy: TDBXReader; begin DMServerContainer.Employee.Open; PrepareCommDepartaments; Result := FComm.ExecuteQuery; end; function TDepartment.GetNextID: Integer; var reader : TDBXReader; begin DMServerContainer.Employee.Open; if not Assigned(FComm) then FComm := DMServerContainer.Employee.DBXConnection.CreateCommand; FComm.CommandType := TDBXCommandTypes.DbxSQL; FComm.Text := 'Select Max(DEPT_NO) From ' + TABLE_NAME; reader := FComm.ExecuteQuery; if reader.Next then Result := StrToInt( String(reader.Value[0].GetAnsiString)) + 1 else Result := 1; reader.Close; FreeAndNil(reader); FreeAndNil(FComm); end; function TDepartment.GetValue: String; begin TDSSessionManager.GetThreadSession.GetData('Dep'); end; function TDepartment.Insert(sParams: TParams ): Boolean; Const SQL = 'insert into %s (%s) Values (%s)'; var i, newID : Integer; sFields, sFieldsParam : TStringBuilder; mysqlquery : TSQLQuery; begin if not Assigned(sParams) then raise Exception.Create('sParams can not be nil'); // Can simulate a error if not Assigned(sParams.FindParam('DEPARTMENT')) then raise Exception.Create('Param DEPARTMENT not found'); sFields := TStringBuilder.Create; sFieldsParam := TStringBuilder.Create; newID := GetNextID; sFields.Append('DEPT_NO,'); sFieldsParam.Append(newID).Append(','); sParams.ParamByName('DEPARTMENT').AsString := sParams.ParamByName('DEPARTMENT').AsString + ' ' + IntToStr(newID); for I := 0 to sParams.Count - 1 do begin sFields.Append(sParams[i].Name); sFieldsParam.Append(':' + sParams[i].Name); if i < sParams.Count -1 then begin sFields.Append(','); sFieldsParam.Append(','); end end; mysqlquery := TSQLQuery.Create(nil); mysqlquery.SQLConnection := DMServerContainer.Employee; mysqlquery.CommandText := Format(SQL, [TABLE_NAME, sFields.ToString, sFieldsParam.ToString]); mysqlquery.Params := sParams; try mysqlquery.ExecSQL(); Result := True; finally sFields.Free; sFieldsParam.Free; mysqlquery.Free; end; end; function TDepartment.InsertAsDBXReader(sDbxParams: TDBXReader): Boolean; Const SQL = 'insert into %s (%s) Values (%s)'; var i, newID : Integer; sFields, sFieldsParam : TStringBuilder; mysqlquery : TSQLQuery; sParams : TParams; begin if not Assigned(sDbxParams) then raise Exception.Create('sDbxParams can not be nil'); sParams := TDBXParamsReader.ToParams(Self, sDbxParams, True); // Can simulate a error if not Assigned(sParams.FindParam('DEPARTMENT')) then raise Exception.Create('Param DEPARTMENT not found'); sFields := TStringBuilder.Create; sFieldsParam := TStringBuilder.Create; newID := GetNextID; sFields.Append('DEPT_NO,'); sFieldsParam.Append(newID).Append(','); sParams.ParamByName('DEPARTMENT').AsString := sParams.ParamByName('DEPARTMENT').AsString + ' ' + IntToStr(newID); for I := 0 to sParams.Count - 1 do begin sFields.Append(sParams[i].Name); sFieldsParam.Append(':' + sParams[i].Name); if i < sParams.Count -1 then begin sFields.Append(','); sFieldsParam.Append(','); end end; mysqlquery := TSQLQuery.Create(nil); mysqlquery.SQLConnection := DMServerContainer.Employee; mysqlquery.CommandText := Format(SQL, [TABLE_NAME, sFields.ToString, sFieldsParam.ToString]); mysqlquery.Params := sParams; try mysqlquery.ExecSQL(); Result := True; finally sFields.Free; sFieldsParam.Free; mysqlquery.Free; end; end; procedure TDepartment.PrepareCommDepartaments; begin if not Assigned(FComm) then begin DMServerContainer.Employee.Open; FComm := DMServerContainer.Employee.DBXConnection.CreateCommand; FComm.CommandType := TDBXCommandTypes.DbxSQL; SetDepartamentOrderBy; if not FComm.IsPrepared then FComm.Prepare; end; end; procedure TDepartment.SendValue(i: string); begin TDSSessionManager.GetThreadSession.PutData('Dep', i); end; procedure TDepartment.SetDepartamentOrderBy(s: String); begin PrepareCommDepartaments; FOrderByField := s; FComm.Close; if (s <> '') then FComm.Text := 'Select * from DEPARTMENT order by ' + s else FComm.Text := 'Select * from DEPARTMENT'; end; end.
unit uInstallZip; {$WARN SYMBOL_PLATFORM OFF} interface uses System.Math, System.Zlib, System.Classes, System.SysUtils, uInstallTypes, uMemory; function AddStringToStream(Stream: TStream; S: string; FileName: string): Boolean; function AddFileToStream(Stream: TStream; FileName: string): Boolean; function AddStreamToStream(Stream: TStream; StreamToAdd: TStream; FileName: string): Boolean; function ExtractStreamFromStorage(Src: TStream; Dest: TStream; FileName: string; CallBack: TExtractFileCallBack): Boolean; function ExtractFileFromStorage(Src: TStream; FileName: string; CallBack: TExtractFileCallBack): Boolean; function AddDirectoryToStream(Src: TStream; DirectoryName: string; Recursive: Boolean = False): Boolean; function ExtractDirectoryFromStorage(Src: TStream; DirectoryPath: string; CallBack: TExtractFileCallBack): Boolean; procedure FillFileList(Src: TStream; FileList: TStrings; out OriginalFilesSize: Int64); function ReadFileContent(Src: TStream; FileName: string): string; function ExtractFileEntry(Src: TStream; FileName: string; var Entry: TZipEntryHeader): Boolean; function GetObjectSize(Src: TStream; FileName: string): Int64; implementation procedure FillFileName(var Header: TZipEntryHeader; FileName: string); var I: Integer; begin FileName := ExtractFileName(FileName); if Length(FileName) > MaxFileNameLength then raise Exception.Create('FileName is too long!'); Header.FileNameLength := Length(FileName); for I := 0 to Min(MaxFileNameLength, Length(FileName) - 1) do Header.FileName[I] := FileName[I + 1]; end; function ExtractFileNameFromHeader(Header: TZipEntryHeader): string; var I: Integer; begin SetLength(Result, Header.FileNameLength); for I := 0 to Header.FileNameLength - 1 do Result[I + 1] := Header.FileName[I]; end; function AddStringToStream(Stream: TStream; S: string; FileName: string): Boolean; var MS: TMemoryStream; SW: TStreamWriter; begin MS := TMemoryStream.Create; try SW := TStreamWriter.Create(MS, TEncoding.UTF8); try SW.Write(S); MS.Seek(0, soFromBeginning); Result := AddStreamToStream(Stream, MS, FileName); finally F(SW); end; finally F(MS); end; end; function AddStreamToStream(Stream: TStream; StreamToAdd: TStream; FileName: string): Boolean; var MS: TMemoryStream; Compression: TCompressionStream; EntryHeader: TZipEntryHeader; begin MS := TMemoryStream.Create; try Compression := TCompressionStream.Create(clMax, MS); try StreamToAdd.Seek(0, soFromBeginning); Compression.CopyFrom(StreamToAdd, StreamToAdd.Size); F(Compression); FillChar(EntryHeader, SizeOf(EntryHeader), #0); FillFileName(EntryHeader, FileName); EntryHeader.FileOriginalSize := StreamToAdd.Size; EntryHeader.FileCompressedSize := MS.Size; EntryHeader.IsDirectory := False; EntryHeader.ChildsCount := 0; Stream.Write(EntryHeader, SizeOf(EntryHeader)); MS.Seek(0, soFromBeginning); Stream.CopyFrom(MS, MS.Size); finally F(Compression); end; finally F(MS); end; Result := True; end; function AddFileToStream(Stream: TStream; FileName: string): Boolean; var FS: TFileStream; begin FS := TFileStream.Create(FileName, fmOpenRead or fmShareDenyNone); try Result := AddStreamToStream(Stream, FS, FileName); finally F(FS); end; end; function ExtractFileFromStorage(Src: TStream; FileName: string; CallBack: TExtractFileCallBack): Boolean; var FS: TFileStream; DirectoryName: string; begin Result := True; DirectoryName := ExtractFileDir(FileName); CreateDir(DirectoryName); FS := TFileStream.Create(FileName, fmCreate); try ExtractStreamFromStorage(Src, FS, ExtractFileName(FileName), CallBack); finally F(FS); end; end; function ExtractStreamFromStorage(Src: TStream; Dest: TStream; FileName: string; CallBack: TExtractFileCallBack): Boolean; var EntryHeader: TZipEntryHeader; Decompression: TDecompressionStream; SizeToCopy, CopyedSize: Integer; Terminated: Boolean; begin Result := False; Src.Seek(0, SoFromBeginning); CopyedSize := 0; Terminated := False; while Src.Read(EntryHeader, SizeOf(EntryHeader)) = SizeOf(EntryHeader) do begin try if AnsiLowerCase(ExtractFileNameFromHeader(EntryHeader)) = AnsiLowerCase(FileName) then begin Decompression := TDecompressionStream.Create(Src); try while CopyedSize < EntryHeader.FileOriginalSize do begin SizeToCopy := Min(EntryHeader.FileOriginalSize - CopyedSize, ReadBufferSize); Dest.CopyFrom(Decompression, SizeToCopy); Inc(CopyedSize, SizeToCopy); if Assigned(CallBack) then CallBack(CopyedSize, EntryHeader.FileOriginalSize, Terminated); if Terminated then Exit; end; finally F(Decompression); end; Result := True; Exit; end; finally Src.Seek(EntryHeader.FileCompressedSize, TSeekOrigin.soCurrent); end; end; end; procedure FillDirectoryListing(DirectoryName: string; Files: TStrings; var TotalSize: Int64; Recursive: Boolean = False); var Found: Integer; SearchRec: TSearchRec; Attr: Integer; begin DirectoryName := IncludeTrailingBackslash(DirectoryName); Attr := FaAnyFile - faHidden; if not Recursive then Attr := Attr - faDirectory; Found := FindFirst(DirectoryName + '*.*', Attr, SearchRec); while Found = 0 do begin if (SearchRec.Name <> '.') and (SearchRec.Name <> '..') then begin if SearchRec.Attr and faDirectory = 0 then begin Files.Add(DirectoryName + SearchRec.Name); Inc(TotalSize, SearchRec.Size); end else //FillDirectoryListing(DirectoryName + SearchRec.Name, Files, TotalSize, Recursive); end; Found := System.SysUtils.FindNext(SearchRec); end; System.SysUtils.FindClose(SearchRec); end; function AddDirectoryToStream(Src: TStream; DirectoryName: string; Recursive: Boolean = False): Boolean; var Files: TStrings; I: Integer; EntryHeader: TZipEntryHeader; TotalSize: Int64; begin Result := True; TotalSize := 0; Files := TStringList.Create; try DirectoryName := IncludeTrailingBackslash(DirectoryName); FillDirectoryListing(DirectoryName, Files, TotalSize, Recursive); FillChar(EntryHeader, SizeOf(EntryHeader), #0); FillFileName(EntryHeader, ExcludeTrailingBackslash(DirectoryName)); EntryHeader.FileOriginalSize := TotalSize; EntryHeader.FileCompressedSize := 0; EntryHeader.IsDirectory := True; EntryHeader.ChildsCount := Files.Count; Src.Write(EntryHeader, SizeOf(EntryHeader)); for I := 0 to Files.Count - 1 do AddFileToStream(Src, Files[I]); finally F(Files); end; end; function ExtractDirectoryFromStorage(Src: TStream; DirectoryPath: string; CallBack: TExtractFileCallBack): Boolean; var I: Integer; EntryHeader: TZipEntryHeader; Decompression: TDecompressionStream; Dest: TFileStream; DirectoryName: string; FDoneBytes, FTotalBytes: Int64; Terminate: Boolean; begin Result := False; Terminate := False; FDoneBytes := 0; Src.Seek(0, soFromBeginning); DirectoryPath := IncludeTrailingBackslash(DirectoryPath); DirectoryName := ExtractFileName(ExcludeTrailingBackslash(DirectoryPath)); CreateDir(DirectoryPath); while Src.Read(EntryHeader, SizeOf(EntryHeader)) = SizeOf(EntryHeader) do begin try if AnsiLowerCase(ExtractFileNameFromHeader(EntryHeader)) = AnsiLowerCase(DirectoryName) then begin FTotalBytes := EntryHeader.FileOriginalSize; for I := 1 to EntryHeader.ChildsCount do begin Src.Read(EntryHeader, SizeOf(EntryHeader)); Decompression := TDecompressionStream.Create(Src); try Dest := TFileStream.Create(DirectoryPath + ExtractFileNameFromHeader(EntryHeader), fmCreate); try Dest.CopyFrom(Decompression, EntryHeader.FileOriginalSize); Inc(FDoneBytes, Dest.Size); if Assigned(CallBack) then CallBack(FDoneBytes, FTotalBytes, Terminate); if Terminate then Exit; finally F(Dest); end; finally F(Decompression); end; end; Result := True; Exit; end; finally Src.Seek(EntryHeader.FileCompressedSize, TSeekOrigin.soCurrent); end; end; end; procedure FillFileList(Src: TStream; FileList: TStrings; out OriginalFilesSize: Int64); var EntryHeader: TZipEntryHeader; begin OriginalFilesSize := 0; Src.Seek(0, soFromBeginning); while Src.Read(EntryHeader, SizeOf(EntryHeader)) = SizeOf(EntryHeader) do begin if not EntryHeader.IsDirectory then begin FileList.Add(ExtractFileNameFromHeader(EntryHeader)); Inc(OriginalFilesSize, EntryHeader.FileOriginalSize); end; Src.Seek(EntryHeader.FileCompressedSize, TSeekOrigin.soCurrent); end; end; function ReadFileContent(Src: TStream; FileName: string): string; var MS: TMemoryStream; SR: TStreamReader; begin Result := ''; MS := TMemoryStream.Create; try if ExtractStreamFromStorage(Src, MS, FileName, nil) then begin if MS.Size > 0 then begin MS.Seek(0, soFromBeginning); SR := TStreamReader.Create(MS); try Result := SR.ReadToEnd; finally F(SR); end; end; end; finally F(MS); end; end; function ExtractFileEntry(Src: TStream; FileName: string; var Entry: TZipEntryHeader): Boolean; begin Result := False; Src.Seek(0, soFromBeginning); while Src.Read(Entry, SizeOf(Entry)) = SizeOf(Entry) do begin if AnsiLowerCase(ExtractFileNameFromHeader(Entry)) = AnsiLowerCase(FileName) then begin Result := True; Exit; end; Src.Seek(Entry.FileCompressedSize, TSeekOrigin.soCurrent); end; end; function GetObjectSize(Src: TStream; FileName: string): Int64; var EntryHeader: TZipEntryHeader; I: Integer; begin Result := 0; Src.Seek(0, soFromBeginning); while Src.Read(EntryHeader, SizeOf(EntryHeader)) = SizeOf(EntryHeader) do begin if AnsiLowerCase(ExtractFileNameFromHeader(EntryHeader)) = AnsiLowerCase(FileName) then begin if not EntryHeader.IsDirectory then Result := EntryHeader.FileOriginalSize else begin for I := 1 to EntryHeader.ChildsCount do begin Src.Read(EntryHeader, SizeOf(EntryHeader)); Inc(Result, EntryHeader.FileOriginalSize); Src.Seek(EntryHeader.FileCompressedSize, TSeekOrigin.soCurrent); end; end; Exit; end; Src.Seek(EntryHeader.FileCompressedSize, TSeekOrigin.soCurrent); end; end; end.
{ ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :: QuickReport 3.5 for Delphi and C++Builder :: :: :: :: QRMDSU.PAS - QuickReport master/detail setup dialog :: :: :: :: Copyright (c) 2007 QBS Software :: :: All Rights Reserved :: :: :: ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: } {$include QRDefs.inc} unit QRMDSU; interface uses Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs, Buttons, StdCtrls, ExtCtrls, DB, FileCtrl, QuickRpt, QREditor, dbtables; type TQRSubdetailSetup = class(TForm) AliasGB: TGroupBox; BrowseButton: TButton; DataBaseName: TComboBox; TableGroup: TGroupBox; TableName: TComboBox; FilterExpression: TEdit; Label1: TLabel; FilterLabel: TLabel; OKButton: TBitBtn; BitBtn2: TBitBtn; Label3: TLabel; IndexName: TComboBox; GroupBox1: TGroupBox; Hasheader: TCheckBox; HasFooter: TCheckBox; MasterFieldDD: TComboBox; Label2: TLabel; procedure FormCreate(Sender: TObject); procedure BrowseButtonClick(Sender: TObject); procedure DataBaseNameChange(Sender: TObject); procedure TableNameChange(Sender: TObject); procedure OKButtonClick(Sender: TObject); private FReport : TQuickRep; TableComp : TTable; FMasterDS : TDataSource; FDetailTable : TTable; FReportEditor : TQRCustomEditor; FSubDetail : TQRSubDetail; protected procedure GetEditValues; procedure SetReport(Value : TQuickRep); procedure SetData; public property QuickRep : TQuickRep read FReport write SetReport; property SubDetail : TQRSubDetail read FSubDetail write FSubDetail; property DetailTable : TTable read FDetailTable write FDetailTable; property ReportEditor : TQRCustomEditor read FReportEditor write FReportEditor; property MasterDS : TDatasource read FMasterDS write FMasterDS; end; procedure SetupSubDetail(ASubDetail : TQRSubDetail; AReport : TQuickRep; AMasterSource : TDataSource; AEditor : TQRCustomEditor); var QRSubdetailSetup: TQRSubdetailSetup; implementation {$R *.DFM} procedure SetupSubDetail(ASubDetail : TQRSubDetail; AReport : TQuickRep; AMasterSource : TDataSource; AEditor : TQRCustomEditor); begin with TQRSubDetailSetup.Create(Application) do try QuickRep := AReport; SubDetail := ASubDetail; TableComp := TTable(SubDetail.Dataset); ReportEditor := AEditor; MasterDS := AMasterSource; GetEditValues; ShowModal; finally Free; end; end; procedure Enable(Control : TWinControl; Enabled : boolean); var i : integer; begin Control.Enabled:=Enabled; for i:=0 to Control.ControlCount-1 do Control.Controls[I].Enabled:=Enabled; end; procedure TQRSubdetailSetup.GetEditValues; var I : integer; begin if TableComp.DatabaseName <> '' then begin DatabaseNameChange(Self); DatabaseName.Text := TableComp.DatabaseName end else TableComp.DatabaseName := DatabaseName.Text; TableName.Text := TableComp.TableName; IndexName.Text := TableComp.IndexName; FilterExpression.Text := TableComp.Filter; for I := 0 to MasterDS.Dataset.FieldCount - 1 do MasterFieldDD.Items.Add(MasterDS.Dataset.Fields[I].FieldName); MasterFieldDD.Text := TableComp.MasterFields; HasHeader.Checked := SubDetail.Bands.HasHeader; HasFooter.Checked := SubDetail.Bands.HasFooter; end; procedure TQRSubdetailSetup.SetData; begin TableComp.Active := false; TableComp.DatabaseName := DatabaseName.Text; TableComp.TableName := TableName.Text; TableComp.IndexName := IndexName.Text; TableComp.Filter := FilterExpression.Text; TableComp.MasterFields := MasterFieldDD.Text; SubDetail.Bands.HasHeader := HasHeader.Checked; SubDetail.Bands.HasFooter := HasFooter.Checked; if FilterExpression.Text <> '' then TableComp.Filtered := true; if TableComp.TableName <> '' then TableComp.Active := true; end; procedure TQRSubdetailSetup.FormCreate(Sender: TObject); begin Session.GetDatabaseNames(DataBaseName.Items); FilterExpression.Visible := false; FilterLabel.Visible := false; MasterDS := nil; end; procedure TQRSubdetailSetup.SetReport(Value : TQuickRep); begin FReport := Value; end; procedure TQRSubdetailSetup.BrowseButtonClick(Sender: TObject); var ADirectory : String; begin ADirectory := ''; if SelectDirectory(ADirectory,[],0) then DatabaseName.Text:=ADirectory; DatabaseNameChange(Self); end; procedure TQRSubdetailSetup.DataBaseNameChange(Sender: TObject); begin Session.GetTableNames(DatabaseName.Text, '', true, false, TableName.Items); if TableName.Items.IndexOf(TableName.Text) = -1 then TableName.Text := ''; end; procedure TQRSubdetailSetup.TableNameChange(Sender: TObject); begin if TableName.Text <> TableComp.TableName then begin TableComp.Active := false; TableComp.IndexName := ''; TableComp.DatabaseName := DatabaseName.Text; TableComp.TableName := TableName.Text; if TableName.Text <> '' then TableComp.Active := true; IndexName.Items.Clear; IndexName.Text := ''; TableComp.GetIndexNames(IndexName.Items); end end; procedure TQRSubdetailSetup.OKButtonClick(Sender: TObject); begin SetData; end; end.
{$mode objfpc} unit TinyWideStrings; // Tiny WideStringList implementation for versions of Delphi prior to BDS2006 interface uses Classes, SysUtils; { TWideStringList class } type PWideStringItem = ^TWideStringItem; TWideStringItem = record FString: WideString; FObject: TObject; end; PWideStringItemList = ^TWideStringItemList; TWideStringItemList = array[0..MaxListSize] of TWideStringItem; TWideStringList = class(TPersistent) private FList: PWideStringItemList; FCount: Integer; FCapacity: Integer; procedure Grow; protected procedure Error(const Msg: WideString; Data: Integer); overload; procedure Error(Msg: PResStringRec; Data: Integer); overload; function Get(Index: Integer): WideString; function GetCapacity: Integer; function GetCount: Integer; function GetObject(Index: Integer): TObject; procedure Put(Index: Integer; const S: WideString); procedure PutObject(Index: Integer; AObject: TObject); procedure SetCapacity(NewCapacity: Integer); procedure InsertItem(Index: Integer; const S: WideString; AObject: TObject); public destructor Destroy; override; function Add(const S: WideString): Integer; function AddObject(const S: WideString; AObject: TObject): Integer; procedure InsertObject(Index: Integer; const S: WideString; AObject: TObject); procedure Clear; procedure Delete(Index: Integer); procedure Insert(Index: Integer; const S: WideString); property Capacity: Integer read GetCapacity write SetCapacity; property Count: Integer read GetCount; property Objects[Index: Integer]: TObject read GetObject write PutObject; property Strings[Index: Integer]: WideString read Get write Put; default; end; implementation uses RTLConsts ; { TWideStringList } procedure TWideStringList.Error(const Msg: WideString; Data: Integer); begin raise EStringListError.CreateFmt(Msg, [Data]) ; end; procedure TWideStringList.Error(Msg: PResStringRec; Data: Integer); begin Error(LoadResString(Msg), Data); end; destructor TWideStringList.Destroy; begin inherited Destroy; if FCount <> 0 then Finalize(FList^[0], FCount); FCount := 0; SetCapacity(0); end; function TWideStringList.Add(const S: WideString): Integer; begin Result := AddObject(S, nil); end; function TWideStringList.AddObject(const S: WideString; AObject: TObject): Integer; begin Result := FCount; InsertItem(Result, S, AObject); end; procedure TWideStringList.Clear; begin if FCount <> 0 then begin Finalize(FList^[0], FCount); FCount := 0; SetCapacity(0); end; end; procedure TWideStringList.Delete(Index: Integer); begin if (Index < 0) or (Index >= FCount) then Error(@SListIndexError, Index); Finalize(FList^[Index]); Dec(FCount); if Index < FCount then System.Move(FList^[Index + 1], FList^[Index], (FCount - Index) * SizeOf(TStringItem)); end; function TWideStringList.Get(Index: Integer): WideString; begin if (Index < 0) or (Index >= FCount) then Error(@SListIndexError, Index); Result := FList^[Index].FString; end; function TWideStringList.GetCapacity: Integer; begin Result := FCapacity; end; function TWideStringList.GetCount: Integer; begin Result := FCount; end; function TWideStringList.GetObject(Index: Integer): TObject; begin if (Index < 0) or (Index >= FCount) then Error(@SListIndexError, Index); Result := FList^[Index].FObject; end; procedure TWideStringList.Grow; var Delta: Integer; begin if FCapacity > 64 then Delta := FCapacity div 4 else if FCapacity > 8 then Delta := 16 else Delta := 4; SetCapacity(FCapacity + Delta); end; procedure TWideStringList.Insert(Index: Integer; const S: WideString); begin InsertObject(Index, S, nil); end; procedure TWideStringList.InsertObject(Index: Integer; const S: WideString; AObject: TObject); begin if (Index < 0) or (Index > FCount) then Error(@SListIndexError, Index); InsertItem(Index, S, AObject); end; procedure TWideStringList.InsertItem(Index: Integer; const S: WideString; AObject: TObject); begin if FCount = FCapacity then Grow; if Index < FCount then System.Move(FList^[Index], FList^[Index + 1], (FCount - Index) * SizeOf(TStringItem)); with FList^[Index] do begin Pointer(FString) := nil; FObject := AObject; FString := S; end; Inc(FCount); end; procedure TWideStringList.Put(Index: Integer; const S: WideString); begin if (Index < 0) or (Index >= FCount) then Error(@SListIndexError, Index); FList^[Index].FString := S; end; procedure TWideStringList.PutObject(Index: Integer; AObject: TObject); begin if (Index < 0) or (Index >= FCount) then Error(@SListIndexError, Index); FList^[Index].FObject := AObject; end; procedure TWideStringList.SetCapacity(NewCapacity: Integer); begin ReallocMem(FList, NewCapacity * SizeOf(TStringItem)); FCapacity := NewCapacity; end; end.
unit uEstructura; {$mode objfpc}{$H+} interface uses Classes, SysUtils; type cadena10 = String[10]; cadena50 = String[50]; TUsuario =record id : integer; dni : cadena10; nombre : cadena50; usuario : cadena10; clave : cadena10; ventasRealizadas:real; estado : cadena10; end; TArticulo = record id : integer; codigo : cadena10; descripcion : cadena50; precioUnitario : real; stock : integer; cantidadVendida: integer; estado : cadena10; end; TAccesos=record usuario:cadena50; fecha:cadena10; hora:cadena10; end; TFactura=record id:integer; fecha:TDateTime; nombreCliente:cadena50; total:real; vendedor:TUsuario; descuento: real; efectivo:real; cambio:real; estado:cadena10; end; TDetalle=record numeroLinea:integer; idFactura:integer; articulo:TArticulo; cantidad:Integer; precioUnitario:real; subtotal:real; end; TVenta=record descripcion:cadena50; cantidad:integer; PrecioU:real; importe:real; codigo:cadena10; numero: integer; end; TFicheroUsuarios = file of TUsuario; TFicheroArticulos = file of TArticulo; TFicheroAccesos = file of TAccesos; TFicheroFactura= file of TFactura; TFicheroDetalles=file of TDetalle; TvectorUsuario = Array [1..1000] of TUsuario; TvectorArticulo = Array [1..1000] of TArticulo; TvectorAccesos =Array [1..1000] of TAccesos; TvectorFactura=Array[1..1000] of TFactura; TvectorDetalles=Array[1..1000] of TDetalle; TvectorVenta=Array[1..1000] of TVenta; TvectorImg=Array[1..5]of string; Const ESTADO_ACTIVO = 'ACTIVO'; ESTADO_ELIMINADO = 'ELIMINADO'; ESTADO_BLOQUEADO = 'BLOQUEADO'; PATH_FICHEROS = 'datos/'; PATH_AUDIO = 'Audios/'; AUDIO1 = PATH_AUDIO+'Pagado.wav'; AUDIO2 = PATH_AUDIO+'Finalizar.wav'; FICHERO_ARTICULOS = PATH_FICHEROS + 'articulos.dat'; FICHERO_USUARIOS = PATH_FICHEROS +'usuarios.dat'; FICHERO_ACCESOS = PATH_FICHEROS +'accesos.dat'; FICHERO_FACTURAS = PATH_FICHEROS + 'facturas.dat'; FICHERO_DETALLES= PATH_FICHEROS+ 'detalles.dat'; FICHERO_DESCUENTO= PATH_FICHEROS + 'configuración.txt'; NO_ENCONTRADO = -1; IMAGE1='Imagenes/Slider/Imagen1.jpg'; IMAGE2='Imagenes/Slider/Imagen2.jpg'; IMAGE3='Imagenes/Slider/Imagen3.jpg'; IMAGE4='Imagenes/Slider/Imagen4.jpg'; IMAGE5='Imagenes/Slider/Imagen5.jpg'; tituloFactura = 'Id; Fecha; Cliente; Total; Vendedor; Descuento; Efectivo; Cambio; Estado'; tituloDetalle = 'Numero de Linea; Articulo; Cantidad; Precio Unitario; Sub Total'; USO_FECHA=1; USO_USUARIO=2; USO_DNI=3; USO_NOMBRE=4; CANTIDAD_REQUERIDA='Cantidad Solicitada: 100'; var rUsuarios: TUsuario; rArticulos: TArticulo; rAccesos:TAccesos; rFactura:TFactura; rDetalle:TDetalle; rVenta:TVenta; fUsuarios: TFicheroUsuarios; fArticulos: TFicheroArticulos; fAccesos:TFicheroAccesos; fFactura:TFicheroFactura; fDetalle:TFicheroDetalles; vUsuario: TvectorUsuario; vArticulo: TvectorArticulo; vAccesos:TvectorAccesos; vVenta: TvectorVenta; vFactura:TvectorFactura; vDetalles:TvectorDetalles; N,M:integer; usuarioActual:cadena50; idFac:integer; vImg: TvectorImg; implementation end.
unit ufrmBankAccDialog; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, ufrmMasterDialog, ufraFooterDialog2Button, ExtCtrls, SUIForm, StdCtrls, uNewBankAccount, System.Actions, Vcl.ActnList, ufraFooterDialog3Button; type TfrmBankAccDialog = class(TfrmMasterDialog) procedure footerDialogMasterbtnSaveClick(Sender: TObject); private { Private declarations } FAuthId : string; FAccId : string; FBankAcc : TBankAccount; procedure SetDataAuth; procedure ClearData; public { Public declarations } procedure ShowWithAuthId(aAuthorId: string = '', aAccId: string = ''); end; var frmBankAccDialog: TfrmBankAccDialog; implementation {$R *.dfm} uses ufrmMain; procedure TfrmBankAccDialog.SetDataAuth; begin if FAccId <> '' then begin if FBankAcc.LoadByID(FAccId) then begin edtNm.Text := FBankAcc.Bank.Nama; edtAlamat.Text := FBankAcc.Bank.Alamat; edtCab.Text := FBankAcc.Bank.Cabang; edtKode.Text := FBankAcc.Bank.Kode; edtNoRek.Text := FBankAcc.NoRek; chkIsActive.Checked := FBankAcc.isActive; end; end else begin ClearData; end; end; procedure TfrmBankAccDialog.ClearData; begin edtNm.Text := ''; edtAlamat.Text := ''; edtCab.Text := ''; edtKode.Text := ''; edtNoRek.Text := ''; chkIsActive.Checked := False; end; procedure TfrmBankAccDialog.ShowWithAuthId(aAuthorId: string = '', aAccId: string = ''); begin FAuthId := aAuthorIdId; FAccId := aAccId; Self.ShowModal; end; procedure TfrmBankAccDialog.footerDialogMasterbtnSaveClick( Sender: TObject); begin inherited; try with FBankAcc do begin UpdateData(edtKode, FAccId, edtNoRek.Text, FAuthId, chkIsActive.Checked ); if not SaveToDB then begin cRollbackTrans; CommonDlg.ShowError('Gagal Simpan Data Lokasi Stok Opnam.'); end else begin cCommitTrans; CommonDlg.ShowMessage('Data Lokasi Stok Opnam telah disimpan.'); Close; end; end; finally cRollbackTrans; end; end; end.
unit uPlotDataTypes; { ***************************************************************************** * This file is part of Multiple Acronym Math and Audio Plot - MAAPlot * * * * See the file COPYING. * * for details about the copyright. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. * * * * MAAplot for Lazarus/fpc * * (C) 2014 Stefan Junghans * ***************************************************************************** } {$mode objfpc}{$H+} interface uses Classes, SysUtils; type PXYValue = ^TXYValue; TXYValue = packed record X, Y : Extended end; PXYZValue = ^TXYZValue; TXYZValue = packed record X, Y, Z : Extended end; PXYLine = ^TXYLine; TXYLine = array of TXYValue; // types from uMAAdatatypes, needed for ResultWriter PValue = ^TValue; TValue = Double; TMeasResultType = (mrtGenResult); // add mrtBinary, mrt2D TMeasResultIdent = record dwResultType: TMeasResultType; diDimensions: Integer; // identifies the number of rows in one correlating measurement diPoints: Integer; // contains the number of points in one correlating data row diMeasurement: Integer; // identifies the measurement, correlated or not to the previous or subsequent one dwTimeStamp: TTimeStamp; end; TMeasPoint = array of TValue; PMeasArray = ^TMeasArray; TMeasArray = array of TMeasPoint; PMeasResult = ^TMeasResult; TMeasResult = record // denotes as mvtGenResult dwResultIdent: TMeasResultIdent; lpMeasData: PMeasArray; end; implementation end.
unit uExcelFile; interface uses Windows, SysUtils, Classes, OleServer, ExcelXP, WordXP, Dialogs, Variants, VBIDEXP; type TExcelWorksheet = class; TExcelWorkBook = class; TExcelWorksheet = class private fWorksheet : _Worksheet; fOwner : TExcelWorkbook; function GetWorkSheetName: string; procedure SetSheetName(const Value: string); function GetCell(index1, index2 : integer): Variant; procedure SetCell(index1, index2 : integer; const Value: Variant); function GetFormula(index1, index2: integer): Variant; procedure SetFormula(index1, index2: integer; const Value: Variant); function GetLockCell(index1, index2: integer): boolean; procedure SetLockCell(index1, index2: integer; const Value: boolean); public constructor Create(AOwner : TExcelWorkbook); procedure Copy(SheetAfter : TExcelWorksheet); procedure Protect(const password : string); procedure Hide; property Cells[index1, index2 : integer] : Variant read GetCell write SetCell; property LockCell[index1, index2 : integer] : boolean read GetLockCell write SetLockCell; property Formula[index1, index2 : integer] : Variant read GetFormula write SetFormula; property SheetName : string read GetWorkSheetName write SetSheetName; property WorkSheet : _Worksheet read fWorksheet; property WorkBook : TExcelWorkbook read fOwner; end; TExcelWorkBook = class private fWorkbook : _Workbook; fWorksheets : array of TExcelWorksheet; function GetSheetsCount: integer; function GetSheet(index: integer): TExcelWorksheet; procedure CreateSheets; function GetIdByName(const SheetName : string) : integer; public constructor Create; destructor Destroy; override; function GetName : string; procedure CopyMacro(wb : TExcelWorkbook); procedure AddSheet(const SheetName : string); procedure DeleteSheet(const idx : integer); procedure Save(const FileName : string); procedure Close; function SheetByName(const SheetName : string) : TExcelWorksheet; property Sheets[index : integer] : TExcelWorksheet read GetSheet; property SheetsCount : integer read GetSheetsCount; end; TExcel = class(TComponent) private fXl : TExcelApplication; fWorkBooks : array of TExcelWorkBook; function GetWorkbookCount: integer; function GetWorkbook(index: integer): TExcelWorkBook; function GetIdByName(const WorkbookName : string) : integer; public constructor Create(AOwner : TComponent); override; destructor Destroy; override; procedure AddWorkBook; overload; procedure RunMacro(const Macro : string); procedure AddWorkBook(const FileName : string); overload; function WorkbookByName(const WorkbookName : string) : TExcelWorkBook; property WorkbookCount : integer read GetWorkbookCount; property WorkBooks[index : integer] : TExcelWorkBook read GetWorkbook; end; implementation uses ComObj; var lcid : integer = 0; { TExcel } procedure TExcel.AddWorkBook; begin SetLength(fWorkBooks, WorkbookCount + 1); fWorkBooks[WorkbookCount - 1] := TExcelWorkBook.Create; fWorkBooks[WorkbookCount - 1].fWorkbook := fXl.Workbooks.Add(1, lcid); fWorkBooks[WorkbookCount - 1].CreateSheets; end; procedure TExcel.AddWorkBook(const FileName : string); begin SetLength(fWorkBooks, WorkbookCount + 1); fWorkBooks[WorkbookCount - 1] := TExcelWorkBook.Create; fWorkBooks[WorkbookCount - 1].fWorkbook := fxl.Workbooks.Add(FileName, lcid); fWorkBooks[WorkbookCount - 1].CreateSheets; { fXl.Workbooks.Open(FileName, 2, False, 0, 0, 0, 0, 0, 0, 0, 0, 0, False, 0, 0, lcid);} end; constructor TExcel.Create(AOwner: TComponent); begin inherited; lcid := GetUserDefaultLCId; fXL := TExcelApplication.Create(nil); try fXL.ConnectKind := ckNewInstance; fXl.Application.AutomationSecurity := 1; fXL.DisplayAlerts[lcid] := False; fXL.AutoQuit := False; fXL.Visible[lcid] := False; fXL.Connect; except ShowMessage('Невозможно соединиться с MS Excel'); end; end; destructor TExcel.Destroy; var i : Integer; begin for i := 0 to Workbookcount - 1 do WorkBooks[i].Free; fXL.UserControl := True; fXL.Workbooks.Close(lcid); fXL.Quit; fXL.Disconnect; FreeAndNil(fXL); inherited; end; function TExcel.GetIdByName(const WorkbookName: string): integer; var i : integer; begin Result := -1; if WorkbookCount = 0 then exit; for i := 0 to WorkbookCount - 1 do if WorkBooks[i].GetName = WorkbookName then begin Result := i; break; end; end; function TExcel.GetWorkbook(index: integer): TExcelWorkBook; begin Result := fWorkBooks[index]; end; function TExcel.GetWorkbookCount: integer; begin Result := Length(fWorkBooks); end; procedure TExcel.RunMacro(const Macro: string); begin // Workbooks[1].fWorkbook.VBProject.VBComponents.Item(0).Activate; fXl.Run(Macro); end; function TExcel.WorkbookByName(const WorkbookName: string): TExcelWorkBook; var id : integer; begin Result := Nil; id := GetIdByName(WorkbookName); if id <> -1 then Result := WorkBooks[id]; end; { TExcelWorkBook } procedure TExcelWorkBook.AddSheet(const SheetName: string); var sh : OleVariant; begin SetLength(fWorksheets, Length(fWorksheets) + 1); fWorksheets[Length(fWorksheets) - 1] := TExcelWorksheet.Create(Self); sh := fWorkBook.WorkSheets.Add(EmptyParam, fWorkbook.ActiveSheet, 1, EmptyParam, lcid); fWorksheets[Length(fWorksheets) - 1].fWorksheet := iDispatch(sh) as _Worksheet; fWorksheets[Length(fWorksheets) - 1].fWorksheet.Name := SheetName; end; constructor TExcelWorkBook.Create; begin inherited; end; procedure TExcelWorkBook.CreateSheets; var i : integer; begin fWorksheets := Nil; SetLength(fWorksheets, fWorkbook.Worksheets.Count); for i := 0 to SheetsCount - 1 do begin fWorksheets[i] := TExcelWorksheet.Create(Self); fWorksheets[i].fWorksheet := (fWorkbook.Sheets[i + 1] as _Worksheet); end; end; procedure TExcelWorkBook.DeleteSheet(const idx: integer); begin fWorksheets[idx].fWorksheet.Delete(lcid); if (Length(fWorksheets) <> 1) and (idx <> Length(fWorksheets) - 1) then fWorksheets[idx] := fWorksheets[Length(fWorksheets) - 1]; SetLength(fWorksheets, Length(fWorksheets) - 1); end; destructor TExcelWorkBook.Destroy; var i : integer; begin for i := 0 to SheetsCount - 1 do Sheets[i].Free; fWorksheets := Nil; inherited; end; function TExcelWorkBook.GetIdByName(const SheetName: string): integer; var i : integer; begin Result := -1; if SheetsCount = 0 then exit; for i := 0 to SheetsCount - 1 do if Sheets[i].SheetName = SheetName then begin Result := i; break; end; end; function TExcelWorkBook.GetName: string; begin Result := fWorkbook.Name; end; function TExcelWorkBook.GetSheet(index: integer): TExcelWorksheet; begin Result := fWorkSheets[index]; end; function TExcelWorkBook.GetSheetsCount: integer; begin Result := Length(fWorksheets); end; procedure TExcelWorkBook.Save(const FileName: string); begin fWorkbook.SaveAs(FileName, 39, '', '', false, false, 1, 1, false, varNull, varNull, true, lcid); end; function TExcelWorkBook.SheetByName(const SheetName: string): TExcelWorksheet; var id : integer; begin Result := Nil; id := GetIdByName(SheetName); if id <> -1 then Result := Sheets[id]; end; procedure TExcelWorkBook.CopyMacro(wb : TExcelWorkbook); var comp : _VBComponent; begin fWorkbook.VBProject.VBComponents.Item('Module1').Export('c:\tmp_macro_xls.txt'); comp := wb.fWorkbook.VBProject.VBComponents.Add(1); comp.CodeModule.AddFromFile('c:\tmp_macro_xls.txt'); DeleteFile('C:\tmp_macro_xls.txt'); end; procedure TExcelWorkBook.Close; begin fWorkbook.Close(false, '', EmptyParam, lcid); end; { TExcelWorksheet } procedure TExcelWorksheet.Copy(SheetAfter : TExcelWorksheet); begin fWorksheet.Copy(EmptyParam, SheetAfter.fWorksheet, lcid); SetLength(SheetAfter.WorkBook.fWorksheets, Length(SheetAfter.WorkBook.fWorksheets) + 1); SheetAfter.WorkBook.fWorksheets[Length(SheetAfter.WorkBook.fWorksheets) - 1] := TExcelWorksheet.Create(SheetAfter.WorkBook); SheetAfter.WorkBook.fWorksheets[Length(SheetAfter.WorkBook.fWorksheets) - 1].fWorksheet := iDispatch(SheetAfter.WorkBook.fWorkbook.ActiveSheet) as _Worksheet; // ASheet.Move(EmptyParam, XL.Workbooks[2].Sheets[XL.Workbooks[2].Sheets.Count]); end; constructor TExcelWorksheet.Create(AOwner: TExcelWorkbook); begin inherited Create; fOwner := AOwner; end; function TExcelWorksheet.GetCell(index1, index2 : integer): Variant; begin Result := fWorksheet.Cells.Item[index1, index2]; end; function TExcelWorksheet.GetFormula(index1, index2: integer): Variant; begin Result := fWorksheet.Cells.Item[index1, index2].Formula; end; function TExcelWorksheet.GetLockCell(index1, index2: integer): boolean; begin Result := fWorksheet.Cells.Item[index1, index2].Locked; end; function TExcelWorksheet.GetWorkSheetName: string; begin Result := fWorksheet.Name; end; procedure TExcelWorksheet.Hide; begin fWorksheet.Visible[lcid] := xlSheetHidden; end; procedure TExcelWorksheet.Protect(const password: string); begin fWorkSheet.Protect(password, true, true, true, false, false, false, false, false, false, false, false, false, false, false, false); end; procedure TExcelWorksheet.SetCell(index1, index2 : integer; const Value: Variant); begin fWorksheet.Cells.Item[index1, index2] := Value; end; procedure TExcelWorksheet.SetFormula(index1, index2: integer; const Value: Variant); begin fWorksheet.Cells.Item[index1, index2].FormulaR1C1 := Value; end; procedure TExcelWorksheet.SetLockCell(index1, index2: integer; const Value: boolean); begin fWorksheet.Cells.Item[index1, index2].Locked := Value; end; procedure TExcelWorksheet.SetSheetName(const Value: string); begin fWorksheet.Name := Value; end; end.
unit Dmitry.Utils.System; interface {$WARN SYMBOL_PLATFORM OFF} uses System.Classes, System.SysUtils, System.StrUtils, Winapi.Windows, Winapi.PsAPI, Dmitry.Memory; type TRelease = record Version: Byte; Major: Byte; Minor: Byte; Build: Cardinal; end; type TEXEVersionData = record CompanyName, FileDescription, FileVersion, InternalName, LegalCopyright, LegalTrademarks, OriginalFileName, ProductName, ProductVersion, Comments, PrivateBuild, SpecialBuild: string; end; type ELoadLibrary = class(Exception); EGetProcAddress = class(Exception); function FractionToUnicodeString(N, D: Integer): string; function StringToHexString(Text: string): string; function HexStringToString(Text: string): string; function HexCharToInt(Ch: Char): Integer; function IntToHexChar(Int: Integer): Char; function HexToIntDef(const HexStr: string; const Default: Integer): Integer; function FloatToStrEx(Value: Extended; Round: Integer): string; function GetWindowsUserName: string; function AltKeyDown: Boolean; function CtrlKeyDown: Boolean; function ShiftKeyDown: Boolean; function GetSystemLanguage: string; function GetExeVersion(sFileName: string): TRelease; function StringToRelease(const S: string): TRelease; function ReleaseToString(Release: TRelease): string; function ProductVersion: string; function GetEXEVersionData(const FileName: string): TEXEVersionData; function IsWindowsVista: Boolean; function IsWindows8: Boolean; function IsWindowsXPOnly: Boolean; function IsNewRelease(CurrentRelease, NewRelease : TRelease) : Boolean; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Integer): Integer; overload; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Int64): Int64; overload; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: string): string; overload; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: AnsiString): AnsiString; overload; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: TDateTime): TDateTime; overload; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Double): Double; overload; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: THandle): THandle; overload; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Boolean): Boolean; overload; function SafeCreateGUID: TGUID; function GetEmptyGUID: TGUID; function SafeIsEqualGUID(GUID1, GUID2: TGUID): Boolean; function FormatEx(FormatString: string; Args: array of const): string; procedure FindModuleUsages(Modules: TStrings; ApplicationList: TStrings); function StringToDoublePoint(S: string): Double; function DoubleToStringPoint(Value: Double): string; function ExpandEnvironment(const strValue: string): string; implementation function FormatEx(FormatString: string; Args: array of const): string; var Index, P, PEnd, Diff, ParametersPos: Integer; S, SIndex, Parameters: string; begin Result := FormatString; P := 1; while P > 0 do begin P := PosEx('{', Result, P); if P > 0 then begin PEnd := PosEx('}', Result, P); if PEnd = 0 then Break; ParametersPos := PosEx(':', Result, P); if (ParametersPos > 0) and (ParametersPos < PEnd) then SIndex := Copy(Result, P + 1, ParametersPos - P - 1) else SIndex := Copy(Result, P + 1, PEnd - P - 1); Index := StrToIntDef(SIndex, -1); if Index = -1 then begin P := P + 1; Continue; end; Parameters := Copy(Result, P + 2, PEnd - P - 2); if (Parameters <> '') and (Parameters[1] = ':') then Parameters := Copy(Parameters, 2, Length(Parameters) - 1) else if Parameters <> '' then raise Exception.Create('Invalid format arguments at index ' + IntToStr(Index) + '!'); S := ''; case Args[Index].VType of vtInteger: S := IntToStr(Args[Index].VInteger); vtPChar: S := string(Args[Index].VPChar); vtExtended: begin if Parameters <> '' then S := FormatFloat(Parameters, Args[Index].VExtended^) else S := FloatToStr(Args[Index].VExtended^); end; vtChar: S := string(AnsiString(Args[Index].VChar)); vtWideChar: S := string(Args[Index].VChar); vtAnsiString: S := string(PAnsiChar(Args[Index].VAnsiString)); vtWideString: S := string(PWideChar(Args[Index].VWideString)); vtUnicodeString: S := string(PWideChar(Args[Index].VUnicodeString)); vtBoolean: S := IntToStr(IIF(Args[Index].VBoolean, 1, 0)); vtInt64: S := IntToStr(Args[Index].VInteger); else raise Exception.Create('Unknown type'); end; Result := Copy(Result, 1, P - 1) + S + Copy(Result, PEnd + 1, Length(Result) - PEnd); Diff := Length(S) - (PEnd - P) - 1; P := PEnd + Diff - 1; if P <= 0 then P := 1; end; end; end; function FractionToUnicodeString(N, D: Integer): string; const SuperScript: array[0..9] of string = ('⁰', '¹', '²', '³', '⁴', '⁵', '⁶', '⁷', '⁸', '⁹'); SubScript: array[0..9] of string = ('₀', '₁', '₂', '₃', '₄', '₅', '₆', '₇', '₈', '₉'); var Munus: Boolean; Num, Dev: Integer; DevEx: Extended; Frac: string; function NOD(a, b: Longint): Longint; begin while (a <> 0) and ( b<> 0) do if (a > b) then a := a mod b else b := b mod a; if (a = 0) then result := b else result := a; end; begin if D = 0 then Exit(''); Munus := N * D < 0; N := Abs(N); D := Abs(D); Num := N div D; if Num > 0 then N := N - Num * D; if N > 0 then begin DevEx := ((D / N) - D div N); if System.Frac(DevEx) < 0.0001 then begin Dev := NOD(D, N); if Dev > 0 then begin N := N div Dev; D := D div Dev; end; end; end; Result := '+'; if Munus then Result := '-'; if Num > 0 then Result := Result + IntToStr(Num); if N > 0 then begin Frac := IntToStr(N) + '/' + IntToStr(D); if Num > 0 then Frac := '(' + Frac + ')'; if (N < 10) and (D < 10) then Frac := SuperScript[N] + '⁄' + SubScript[D]; Result := Result + Frac; end; end; function IsWindowsVista: Boolean; var VerInfo: TOSVersioninfo; begin VerInfo.dwOSVersionInfoSize := SizeOf(TOSVersionInfo); GetVersionEx(VerInfo); Result := VerInfo.dwMajorVersion >= 6; end; function IsWindows8: Boolean; var VerInfo: TOSVersioninfo; begin VerInfo.dwOSVersionInfoSize := SizeOf(TOSVersionInfo); GetVersionEx(VerInfo); Result := (VerInfo.dwMajorVersion = 6) and (VerInfo.dwMinorVersion = 2); end; function IsWindowsXPOnly: Boolean; var VerInfo: TOSVersioninfo; begin VerInfo.dwOSVersionInfoSize := SizeOf(TOSVersionInfo); GetVersionEx(VerInfo); Result := (VerInfo.dwMajorVersion = 5) and (VerInfo.dwMinorVersion = 1); end; function GetExeVersion(sFileName: string): TRelease; var VerInfoSize: DWORD; VerInfo: Pointer; VerValueSize: DWORD; VerValue: PVSFixedFileInfo; Dummy: DWORD; begin VerInfoSize := GetFileVersionInfoSize(PChar(sFileName), Dummy); GetMem(VerInfo, VerInfoSize); GetFileVersionInfo(PChar(sFileName), 0, VerInfoSize, VerInfo); if VerInfo <> nil then begin VerQueryValue(VerInfo, '\', Pointer(VerValue), VerValueSize); with VerValue^ do begin Result.Version := dwFileVersionMS shr 16; Result.Major := dwFileVersionMS and $FFFF; Result.Minor := dwFileVersionLS shr 16; Result.Build := dwFileVersionLS and $FFFF; end; FreeMem(VerInfo, VerInfoSize); end; end; function ReleaseToString(Release : TRelease) : string; begin Result := IntToStr(Release.Version) + '.' + IntToStr(Release.Major) + '.' + IntToStr(Release.Minor) + '.' + IntToStr(Release.Build); end; function StringToRelease(const s : string) : TRelease; var Items: TStrings; begin Result.Version := 0; Result.Major := 0; Result.Minor := 0; Result.Build := 0; Items := TStringList.Create; try Items.Delimiter := '.'; Items.DelimitedText := s; if Items.Count = 4 then begin Result.Version := StrToIntDef(Items[0], 0); Result.Major := StrToIntDef(Items[1], 0); Result.Minor := StrToIntDef(Items[2], 0); Result.Build := StrToIntDef(Items[3], 0); end; finally F(Items); end; end; function ProductVersion: string; begin Result := ReleaseToString(GetExeVersion(ParamStr(0))); end; function IsNewRelease(CurrentRelease, NewRelease: TRelease): Boolean; begin Result := False; if CurrentRelease.Version < NewRelease.Version then Result := True else if CurrentRelease.Version = NewRelease.Version then begin if CurrentRelease.Major < NewRelease.Major then Result := True else if CurrentRelease.Major = NewRelease.Major then begin if CurrentRelease.Minor < NewRelease.Minor then Result := True else if CurrentRelease.Minor = NewRelease.Minor then begin if CurrentRelease.Build < NewRelease.Build then Result := True; end; end; end; end; function GetEXEVersionData(const FileName: string): TEXEVersionData; type PLandCodepage = ^TLandCodepage; TLandCodepage = record wLanguage, wCodePage: word; end; var dummy, len: cardinal; buf, pntr: pointer; lang: string; begin Result := Default(TEXEVersionData); len := GetFileVersionInfoSize(PChar(FileName), dummy); if len = 0 then Exit; GetMem(buf, len); try if not GetFileVersionInfo(PChar(FileName), 0, len, buf) then RaiseLastOSError; if not VerQueryValue(buf, '\VarFileInfo\Translation\', pntr, len) then RaiseLastOSError; lang := Format('%.4x%.4x', [PLandCodepage(pntr)^.wLanguage, PLandCodepage(pntr)^.wCodePage]); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\CompanyName'), pntr, len){ and (@len <> nil)} then result.CompanyName := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\FileDescription'), pntr, len){ and (@len <> nil)} then result.FileDescription := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\FileVersion'), pntr, len){ and (@len <> nil)} then result.FileVersion := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\InternalName'), pntr, len){ and (@len <> nil)} then result.InternalName := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\LegalCopyright'), pntr, len){ and (@len <> nil)} then result.LegalCopyright := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\LegalTrademarks'), pntr, len){ and (@len <> nil)} then result.LegalTrademarks := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\OriginalFileName'), pntr, len){ and (@len <> nil)} then result.OriginalFileName := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\ProductName'), pntr, len){ and (@len <> nil)} then result.ProductName := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\ProductVersion'), pntr, len){ and (@len <> nil)} then result.ProductVersion := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\Comments'), pntr, len){ and (@len <> nil)} then result.Comments := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\PrivateBuild'), pntr, len){ and (@len <> nil)} then result.PrivateBuild := PChar(pntr); if VerQueryValue(buf, PChar('\StringFileInfo\' + lang + '\SpecialBuild'), pntr, len){ and (@len <> nil)} then result.SpecialBuild := PChar(pntr); finally FreeMem(buf); end; end; function StripHexPrefix(const HexStr: string): string; begin if Pos('$', HexStr) = 1 then Result := Copy(HexStr, 2, Length(HexStr) - 1) else if Pos('0x', LowerCase(HexStr)) = 1 then Result := Copy(HexStr, 3, Length(HexStr) - 2) else Result := HexStr; end; function AddHexPrefix(const HexStr: string): string; begin Result := HexDisplayPrefix + StripHexPrefix(HexStr); end; function TryHexToInt(const HexStr: string; out Value: Integer): Boolean; var E: Integer; // error code begin Val(AddHexPrefix(HexStr), Value, E); Result := E = 0; end; function HexToInt(const HexStr: string): Integer; {$IFDEF FPC} const {$ELSE} resourcestring {$ENDIF} sHexConvertError = '''%s'' is not a valid hexadecimal value'; begin if not TryHexToInt(HexStr, Result) then raise EConvertError.CreateFmt(sHexConvertError, [HexStr]); end; function HexToIntDef(const HexStr: string; const Default: Integer): Integer; begin if not TryHexToInt(HexStr, Result) then Result := Default; end; function StringToHexString(Text: string): string; var I: Integer; Str: string; begin Result := ''; for I := 1 to Length(Text) do begin Str := IntToHex(Ord(Text[I]), 2); Result := Result + Str; end; end; function HexStringToString(Text: string): string; var I: Integer; C: Byte; Str: string; begin Result := ''; for I := 1 to Length(Text) div 2 do begin Str := Copy(Text, (I - 1) * 2 + 1, 2); C := HexToIntDef(Str, 0); Result := Result + Chr(C); end; end; function HexCharToInt(Ch: Char): Integer; begin Result := HexToIntDef(Ch, 0); end; function IntToHexChar(Int: Integer): Char; begin Result := IntToHex(Int, 1)[1]; end; function FloatToStrEx(Value: Extended; Round: Integer): string; var Buffer: array [0 .. 63] of Char; begin SetString(Result, Buffer, FloatToText(Buffer, Value, FvExtended, FfGeneral, Round, 0)); end; function AltKeyDown: Boolean; begin Result := (Word(GetKeyState(VK_MENU)) and 128) <> 0; end; function CtrlKeyDown: Boolean; begin Result := (Word(GetKeyState(VK_CONTROL)) and 128) <> 0; end; function ShiftKeyDown: Boolean; begin Result := (Word(GetKeyState(VK_SHIFT)) and 128) <> 0; end; function GetWindowsUserName: string; const CnMaxUserNameLen = 254; var SUserName: string; DwUserNameLen: DWORD; begin DwUserNameLen := CnMaxUserNameLen - 1; SetLength(SUserName, CnMaxUserNameLen); GetUserName(PWideChar(SUserName), DwUserNameLen); SetLength(SUserName, DwUserNameLen); Result := Trim(SUserName); end; function GetSystemLanguage: string; var ID: LangID; Language: array [0..255] of Char; begin ID := GetSystemDefaultLangID; VerLanguageName(ID, Language, SizeOf(Language) - 1); Result := string(Language); end; function SafeCreateGUID: TGUID; begin Result.D1 := Cardinal(Random(High(Integer))); Result.D2 := Random(High(Word)); Result.D3 := Random(High(Word)); Result.D4[0] := Random(High(Byte)); Result.D4[1] := Random(High(Byte)); Result.D4[2] := Random(High(Byte)); Result.D4[3] := Random(High(Byte)); Result.D4[4] := Random(High(Byte)); Result.D4[5] := Random(High(Byte)); Result.D4[6] := Random(High(Byte)); Result.D4[7] := Random(High(Byte)); end; function GetEmptyGUID: TGUID; begin FillChar(Result, SizeOf(Result), #0); end; function SafeIsEqualGUID(GUID1, GUID2: TGUID): Boolean; begin Result := (GUID1.D1 = GUID2.D1) and (GUID1.D2 = GUID2.D2) and (GUID1.D3 = GUID2.D3) and (GUID1.D4[0] = GUID2.D4[0]) and (GUID1.D4[1] = GUID2.D4[1]) and (GUID1.D4[2] = GUID2.D4[2]) and (GUID1.D4[3] = GUID2.D4[3]) and (GUID1.D4[4] = GUID2.D4[4]) and (GUID1.D4[5] = GUID2.D4[5]) and (GUID1.D4[6] = GUID2.D4[6]) and (GUID1.D4[7] = GUID2.D4[7]); end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Int64): Int64; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Integer): Integer; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Boolean): Boolean; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: THandle): THandle; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: string): string; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: AnsiString): AnsiString; overload; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: TDateTime): TDateTime; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function IIF(Condition: Boolean; ValueIfTrue, ValueIfFalse: Double): Double; begin if Condition then Result := ValueIfTrue else Result := ValueIfFalse; end; function DoubleToStringPoint(Value: Double): string; var LocalFormatSettings: TFormatSettings; begin // Initialize special format settings record LocalFormatSettings := TFormatSettings.Create(0); LocalFormatSettings.DecimalSeparator := '.'; Result := FloatToStrF(Value, ffFixed, 12, // Precision: "should be 18 or less for values of type Extended" 9, // Scale 0..18. Sure...9 digits before decimal mark, 9 digits after. Why not LocalFormatSettings); end; function StringToDoublePoint(S: string): Double; var LocalFormatSettings: TFormatSettings; begin // Initialize special format settings record LocalFormatSettings := TFormatSettings.Create(0); LocalFormatSettings.DecimalSeparator := '.'; Result := StrToFloatDef(S, 0, LocalFormatSettings); end; function ExpandEnvironment(const strValue: string): string; var chrResult: array[0..1023] of Char; wrdReturn: DWORD; begin wrdReturn := ExpandEnvironmentStrings(PChar(strValue), chrResult, 1024); if wrdReturn = 0 then Result := strValue else begin Result := Trim(chrResult); end; end; procedure FindModuleUsages(Modules: TStrings; ApplicationList: TStrings); var PIDArray: array [0..1023] of DWORD; cb: DWORD; I, J, K: Integer; ProcCount: Integer; hMod: array[0..1023] of HMODULE; hProcess: THandle; ModuleName: array [0..1023] of Char; ApplicationPath: string; ModulePath: string; begin ApplicationList.Clear; EnumProcesses(@PIDArray, SizeOf(PIDArray), cb); ProcCount := cb div SizeOf(DWORD); for I := 0 to ProcCount - 1 do begin hProcess := OpenProcess(PROCESS_QUERY_INFORMATION or PROCESS_VM_READ, False, PIDArray[I]); if (hProcess <> 0) then begin FillChar(hMod, SizeOf(hMod), 0); EnumProcessModules(hProcess, @hMod, SizeOf(hMod), cb); for J := 0 to Length(hMod) - 1 do begin if hMod[J] = 0 then Break; GetModuleFileNameEx(hProcess, hMod[J], ModuleName, SizeOf(ModuleName)); ModulePath := AnsiLowerCase(ModuleName); if J = 0 then begin ApplicationPath := ModulePath; Continue; end; for K := 0 to Modules.Count - 1 do begin if ModulePath = AnsiLowerCase(Modules[K]) then begin if ApplicationList.IndexOf(ApplicationPath) = -1 then ApplicationList.Add(ApplicationPath); end; end; end; CloseHandle(hProcess); end; end; end; //XE2 hook function DelayedHandlerHook(dliNotify: dliNotification; pdli: PDelayLoadInfo): Pointer; stdcall; begin Result := nil; if dliNotify = dliFailLoadLibrary then raise ELoadLibrary.Create('Could not load ' + pdli.szDll) else if dliNotify = dliFailGetProcAddress then if pdli.dlp.fImportByName then raise EGetProcAddress.Create('Could not load ' + string(pdli.dlp.szProcName) + ' from ' + string(pdli.szDll)) else raise EGetProcAddress.Create('Could not load index ' + IntToStr(pdli.dlp.dwOrdinal) + ' from ' + string(pdli.szDll)) end; initialization SetDliNotifyHook2(DelayedHandlerHook); finalization SetDliNotifyHook2(nil); end.
unit AST.Delphi.DataTypes; interface { Elementary | |--Ordinal | | | |- Integer | |- Boolean | |- Enumerated | |- Character | |- Subrange | |-- Sets |-- Real |-- String |-- Variant Structured | |-- Record |-- Array Referenced | |--Reference |--Class |--Interface } type TDataTypeID = ( dtInt8, dtInt16, dtInt32, dtInt64, dtUInt8, dtUInt16, dtUInt32, dtUInt64, dtNativeInt, dtNativeUInt, dtFloat32, dtFloat64, dtBoolean, // булевый тип dtAnsiChar, // ansi-символ dtChar, // utf16-символ dtShortString, // ansi-строка dtAnsiString, // ansi-строка dtString, // unicode string dtWideString, // WideString dtVariant, // тип вариант dtGuid, // GUID dtPointer, // указатель (любой) dtWeakRef, // слабая ссылка dtGeneric, // обобщенный тип dtRange, // диаппазоный тип (тип с ограниченным диаппазоном) dtEnum, // перечисление dtSet, dtStaticArray, // статический массив dtDynArray, // динамический массив dtOpenArray, dtProcType, // процедурная ссылка dtRecord, // структура dtClass, // класс dtClassOf, // метакласс dtInterface // интерфейс ); TASTArgMatchRate = Integer; const // неизвестный тип dtUnknown = 128; cDataTypeManaged: array [TDataTypeID] of Boolean = ( {dtInt8} False, {dtInt16} False, {dtInt32} False, {dtInt64} False, {dtUint8} False, {dtUint16} False, {dtUint32} False, {dtUint64} False, {dtNativeInt} False, {dtNativeUInt} False, {dtFloat32} False, {dtFloat64} False, {dtBoolean} False, {dtAnsiChar} False, {dtChar} False, {dtShortString} True, {dtAnsiString} True, {dtString} True, {dtWideString} True, {dtVariant} True, {dtGuid} False, {dtPointer} False, {dtWeakRef} True, {dtGeneric} False, {dtRange} False, {dtEnum} False, {dtSet} False, {dtArray} False, {dtDynArray} True, {dtOpenArray} False, {dtProcType} False, {dtRecord} False, {dtClass} True, {dtClassOf} False, {dtInterface} True ); function GetDataTypeName(DataType: TDataTypeID): string; inline; function GetDataTypeSize(DataType: TDataTypeID): Integer; inline; function IsDataTypeReferenced(DataType: TDataTypeID): Boolean; inline; function ImplicitFactor2(const Source, Destination: TDataTypeID): Integer; inline; function GetImplicitRate(const Src, Dst: TDataTypeID; out DataLoss: Boolean): TASTArgMatchRate; const cDataTypeNames: array [TDataTypeID] of string = ( {dtInt8} 'Int8', {dtInt16} 'Int16', {dtInt32} 'Int32', {dtInt64} 'Int64', {dtUInt8} 'UInt8', {dtUInt16} 'UInt16', {dtUInt32} 'UInt32', {dtUInt64} 'UInt64', {dtNativeInt} 'NativeInt', {dtNativeUInt} 'NativeUInt', {dtFloat32} 'Float32', {dtFloat64} 'Float64', {dtBoolean} 'Boolean', {dtAnsiChar} 'AnsiChar', {dtChar} 'Char', {dtShortString} 'ShortString', {dtAnsiString} 'AnsiString', {dtString} 'String', {dtWideString} 'WideString', {dtVariant} 'Variant', {dtGuid} 'Guid', {dtPointer} 'Pointer', {dtWeakRef} 'WeakRef', {dtGeneric} 'Generic', {dtRange} 'Range', {dtEnum} 'Enum', {dtSet} 'Set', {dtArray} 'Array', {dtDynArray} 'DynArray', {dtOpenArray} 'OpenArray', {dtProcType} 'ProcType', {dtRecord} 'Record', {dtClass} 'Class', {dtClassOf} 'ClassOf', {dtInterface} 'Interface' ); cDataTypeISReferenced: array [TDataTypeID] of Boolean = ( {dtInt8} False, {dtInt16} False, {dtInt32} False, {dtInt64} False, {dtUint8} False, {dtUint16} False, {dtUint32} False, {dtUint64} False, {dtNativeInt} False, {dtNativeUInt} False, {dtFloat32} False, {dtFloat64} False, {dtBoolean} False, {dtAnsiChar} False, {dtChar} False, {dtShortString} True, {dtAnsiString} True, {dtString} True, {dtWideString} True, {dtVariant} True, {dtGuid} False, {dtPointer} True, {dtWeakRef} True, {dtGeneric} False, {dtRange} False, {dtEnum} False, {dtSet} False, {dtArray} False, {dtDynArray} True, {dtOpenArray} True, {dtProcType} True, {dtRecord} False, {dtClass} True, {dtClassOf} True, {dtInterface} True ); cDataTypeSizes: array [TDataTypeID] of Integer = ( {dtInt8} 1, {dtInt16} 2, {dtInt32} 4, {dtInt64} 8, {dtUInt8} 1, {dtUInt16} 2, {dtUInt32} 4, {dtUInt64} 8, {dtNativeInt} SizeOf(Pointer), {dtNativeUInt} SizeOf(Pointer), {dtFloat32} 4, {dtFloat64} 8, {dtBoolean} 1, {dtAnsiChar} 1, {dtChar} 2, // UTF16 {dtShortString} SizeOf(Pointer), // refernce type {dtAnsiString} SizeOf(Pointer), // refernce type {dtString} SizeOf(Pointer), // refernce type {dtWideString} SizeOf(Pointer), // refernce type {dtVariant} 16, {dtGuid} SizeOf(TGUID), {dtPointer} SizeOf(Pointer), {dtWeakRef} SizeOf(Pointer), {dtGeneric} 0, {dtRange} 0, {dtEnum} 0, {dtSet} 0, {dtArray} 0, {dtDynArray} SizeOf(Pointer), {dtOpenArray} 0, {dtProcType} 0, {dtRecord} 0, {dtClass} SizeOf(Pointer), {dtClassOf} SizeOf(Pointer), {dtInterface} SizeOf(Pointer) ); implementation uses SysUtils; var implicitRates: array [dtInt8..dtVariant, dtInt8..dtVariant] of Integer; function IsDataTypeReferenced(DataType: TDataTypeID): Boolean; begin Result := cDataTypeISReferenced[DataType]; end; function ImplicitFactor2(const Source, Destination: TDataTypeID): Integer; inline; var DLF, ILF: Integer; IsDataLoss: Boolean; begin if (Source <= dtPointer) and (Destination <= dtPointer) then begin // todo ILF := GetImplicitRate(Source, Destination, IsDataLoss); DLF := ord(not IsDataLoss); Result := (DLF shl 16) + ILF; end else Result := 0; end; function GetDataTypeName(DataType: TDataTypeID): string; begin Result := cDataTypeNames[DataType]; end; function GetDataTypeSize(DataType: TDataTypeID): Integer; inline; begin Result := cDataTypeSizes[DataType]; end; function GetImplicitRate(const Src, Dst: TDataTypeID; out DataLoss: Boolean): TASTArgMatchRate; begin if (Src <= dtVariant) and (Dst <= dtVariant) then begin var RValue := implicitRates[Src, Dst]; DataLoss := RValue < 0; Exit(Abs(RValue)); end; Result := 0; end; procedure Rate(Src: TDataTypeID; Dsts: array of TDataTypeID); begin for var i := 0 to Length(Dsts) - 1 do begin if implicitRates[Src, Dsts[i]] <> 0 then raise Exception.Create('Rate is already set'); var RateValue: Integer := Length(Dsts) - i; implicitRates[Src, Dsts[i]] := RateValue; end; end; procedure RateWDL(Src: TDataTypeID; Dsts: array of TDataTypeID); begin for var i := 0 to Length(Dsts) - 1 do begin if implicitRates[Src, Dsts[i]] <> 0 then raise Exception.Create('Rate is already set'); var RateValue: Integer := - (Length(Dsts) - i); implicitRates[Src, Dsts[i]] := RateValue; end; end; procedure InitImplicitRates; begin FillChar(implicitRates, Sizeof(implicitRates), #0); // Int8 /////////////////////////////////////////// Rate(dtInt8, [dtInt8, dtInt16, dtInt32, dtInt64, dtFloat32, dtFloat64, dtVariant]); RateWDL(dtInt8, [dtUInt16, dtUInt32, dtUInt64, dtUInt8]); // Int16 ////////////////////////////////////////// Rate(dtInt16, [dtInt16, dtInt32, dtInt64, dtFloat32, dtFloat64, dtVariant]); RateWDL(dtInt16, [dtUInt32, dtUInt64, dtUInt16, dtInt8, dtUInt8]); // Int32 ////////////////////////////////////////// Rate(dtInt32, [dtInt32, dtInt64, dtFloat64, dtVariant]); RateWDL(dtInt32, [dtUInt32, dtFloat32, dtUInt64, dtInt16, dtUInt16, dtInt8, dtUInt8]); // Int64 ////////////////////////////////////////// Rate(dtInt64, [dtInt64, dtVariant]); RateWDL(dtInt64, [dtUInt64, dtFloat64, dtInt32, dtFloat32, dtUInt32, dtInt16, dtUInt16, dtInt8, dtUInt8]); // UInt8 /////////////////////////////////////////// Rate(dtUInt8, [dtUInt8, dtUInt16, dtInt16, dtInt32, dtUInt32, dtInt64, dtUInt64, dtFloat32, dtFloat64, dtVariant]); RateWDL(dtUInt8, [dtInt8]); // UInt16 ////////////////////////////////////////// Rate(dtUInt16, [dtUInt16, dtUInt32, dtInt32, dtInt64, dtUInt64, dtFloat32, dtFloat64, dtVariant]); RateWDL(dtUInt16, [dtInt16, dtUInt8, dtInt8]); // UInt32 ////////////////////////////////////////// Rate(dtUInt32, [dtUInt32, dtInt64, dtUInt64, dtFloat64, dtVariant]); RateWDL(dtUInt32, [dtInt32, dtFloat32, dtUInt16, dtInt16, dtUInt8, dtInt8]); // UInt64 ////////////////////////////////////////// Rate(dtUInt64, [dtUInt64, dtVariant]); RateWDL(dtUInt64, [dtInt64, dtFloat64, dtInt32, dtUInt32, dtFloat32, dtInt16, dtUInt16, dtInt8, dtUInt8]); // Float32 ///////////////////////////////////////// Rate(dtFloat32, [dtFloat32, dtFloat64, dtVariant]); // Float64 ///////////////////////////////////////// Rate(dtFloat64, [dtFloat64, dtVariant]); RateWDL(dtFloat64, [dtFloat32]); // Boolean ///////////////////////////////////////// Rate(dtBoolean, [dtBoolean, dtVariant]); // AnsiChar ///////////////////////////////////////// Rate(dtAnsiChar, [dtAnsiChar, dtVariant]); // Char ///////////////////////////////////////// Rate(dtChar, [dtChar, dtVariant]); // ShortString ///////////////////////////////////////// Rate(dtShortString, [dtShortString, dtAnsiString, dtVariant, dtString, dtWideString]); // AnsiString ///////////////////////////////////////// Rate(dtAnsiString, [dtAnsiString, dtVariant, dtString, dtWideString]); // String ///////////////////////////////////////// Rate(dtString, [dtString, dtWideString, dtVariant]); RateWDL(dtString, [dtAnsiString]); // WideString ///////////////////////////////////////// Rate(dtWideString, [dtWideString, dtString, dtVariant]); // Variant ///////////////////////////////////////// Rate(dtVariant, [dtVariant]); // todo end; initialization InitImplicitRates(); finalization end.
{ MVCBr.FormView - implements base class of FormView Auth: amarildo lacerda Date: jan/2017 Changes: 29-mar-2017 + MainViewEvent - send ViewEvent to MainView by: amarildo lacerda + ViewEventOther - send ViewEvent to other VIEW } unit MVCBr.FormView; interface uses {$IFDEF LINUX} {$ELSE} {$IFDEF FMX} FMX.Forms, System.UiTypes, {$ELSE} VCL.Forms, {$ENDIF}{$ENDIF} System.Classes, System.SysUtils, System.RTTI, System.JSON, MVCBr.ApplicationController, MVCBr.Interf, MVCBr.View; type {$IFDEF FMX} TFormClass = class of TForm; {$ENDIF} TViewFactoryAdapter = class; IViewAdpater = interface(IView) ['{A5FCFDC8-67F2-4202-AED1-95314077F28F}'] function Form: {$IFDEF LINUX} TComponent {$ELSE} TForm{$ENDIF}; function ThisAs: TViewFactoryAdapter; end; /// <summary> /// TViewFactoryAdpater é um conector para receber um FORM, /// a ser utilizado para formularios que não herdam diretamente de TFormFactory /// </summary> TViewFactoryAdapter = class(TViewFactory, IViewAdpater) private FisShowModal: boolean; FOnProc: TProc<IView>; procedure SetisShowModal(const Value: boolean); protected FForm: {$IFDEF LINUX} TComponent {$ELSE} TForm{$ENDIF}; {$IFDEF LINUX} {$ELSE} procedure DoClose(Sender: TObject; var Action: TCloseAction); {$ENDIF} public class function New(AClass: {$IFDEF LINUX} TComponentClass {$ELSE} TFormClass{$ENDIF}; const AShowModal: boolean = true): IView; overload; class function New(AForm: {$IFDEF LINUX} TComponent {$ELSE} TForm{$ENDIF}; const AShowModal: boolean = true): IView; overload; property isShowModal: boolean read FisShowModal write SetisShowModal; function ShowView(const AProc: TProc<IView>): Integer; override; function Form: {$IFDEF LINUX} TComponent {$ELSE} TForm{$ENDIF}; function ThisAs: TViewFactoryAdapter; function This: TObject; override; end; /// <summary> /// TFormFactory é utilizado para herança dos TForms para transformar o FORM em VIEW no MVCBr /// </summary> TFormFactory = class({$IFDEF LINUX} TComponent{$ELSE} TForm{$ENDIF}, IMVCBrBase, IView) private FEventRef: Integer; FID: string; {$IFDEF LINUX} FCaption: string; {$ELSE} FOnClose: TCloseEvent; procedure SetOnClose(const Value: TCloseEvent); {$ENDIF} function GetPropertyValue(ANome: string): TValue; procedure SetPropertyValue(ANome: string; const Value: TValue); protected FOnCloseProc: TProc<IView>; FController: IController; FShowModal: boolean; // FViewModel:IViewModel; {$IFDEF LINUX} {$ELSE} procedure DoCloseView(Sender: TObject; var ACloseAction: TCloseAction); {$ENDIF} procedure SetController(const AController: IController); function Controller(const AController: IController): IView; virtual; procedure SetShowModal(const AShowModal: boolean); /// Retorna se a apresentação do formulário é ShowModal function GetShowModal: boolean; function GetTitle: string;virtual; procedure SetTitle(const Value: string);virtual; public procedure AfterConstruction; override; procedure Init; virtual; function ApplicationControllerInternal: IApplicationController; function ApplicationController: TApplicationController; constructor Create(AOwner: TComponent); override; destructor Destroy; override; function GetGuid(AII: IInterface): TGuid; function ViewEvent(AMessage: string; var AHandled: boolean): IView; overload; virtual; function ViewEvent(AMessage: TJsonValue; var AHandled: boolean): IView; overload; virtual; function MainViewEvent(AMessage: string; var AHandled: boolean) : IView; virtual; function ViewEventOther(AMessage: string; var AHandled: boolean): IView; Procedure DoCommand(ACommand: string; const AArgs: array of TValue); virtual; function GetID: string; property isShowModal: boolean read GetShowModal write SetShowModal; /// Retorna o controller ao qual a VIEW esta conectada function GetController: IController; virtual; /// Retorna o SELF function This: TObject; virtual; /// Executa um method genérico do FORM/VIEW function InvokeMethod<T>(AMethod: string; const Args: TArray<TValue>): T; function ResolveController(const IID: TGuid): IController; overload; virtual; procedure RevokeController(IID: TGuid); function ResolveController<TIController>: TIController; overload; function GetModel<TIModel>: TIModel; overload; function GetModel(AII: TGuid): IModel; overload; /// Obter ou Alterar o valor de uma propriedade do ObjetoClass (VIEW) property PropertyValue[ANome: string]: TValue read GetPropertyValue write SetPropertyValue; function GetView<TIView: IInterface>: TIView; overload; function FindView(AGuid: TGuid): IView; /// Apresenta o VIEW para o usuario function ShowView(const IIDController: TGuid; const AProcBeforeShow: TProc<IView>; const AProcONClose: TProc<IView>) : IView; overload; virtual; function ShowView(const AProcBeforeShow: TProc<IView>): Integer; overload; virtual; function ShowView(const AProcBeforeShow: TProc<IView>; AShowModal: boolean) : IView; overload; virtual; function ShowView(const AProcBeforeShow: TProc<IView>; const AProcONClose: TProc<IView>): IView; overload; virtual; function ShowView(const IIDController: TGuid; const AProcBeforeShow: TProc<IView>): IView; overload; virtual; function ShowView(const IIDController: TGuid): IView; overload; virtual; function ShowView(): IView; overload; procedure SetViewModel(const AViewModel: IViewModel); virtual; function GetViewModel: IViewModel; virtual; /// Evento para atualizar os dados da VIEW function UpdateView: IView; virtual; property Text: string read GetTitle write SetTitle; published {$IFDEF LINUX} {$ELSE} property OnClose: TCloseEvent read FOnClose write SetOnClose; {$ENDIF} end; implementation { TViewFormFacotry } procedure TFormFactory.AfterConstruction; begin inherited; FShowModal := true; end; /// Set Controller to VIEW function TFormFactory.Controller(const AController: IController): IView; begin result := self; FController := AController; end; var LViewsCount: Integer = 0; /// counter to instance of VIEW constructor TFormFactory.Create(AOwner: TComponent); begin inherited; FEventRef := 0; inc(LViewsCount); FID := classname + '_' + intToStr(LViewsCount); end; destructor TFormFactory.Destroy; begin if assigned(FController) then FController.This.RevokeInstance(FController); // clear controller FController := nil; inherited; end; function TFormFactory.GetController: IController; begin result := FController; end; function TFormFactory.GetGuid(AII: IInterface): TGuid; begin result := TMVCBr.GetGuid(AII); end; function TFormFactory.GetID: string; begin result := FID; end; function TFormFactory.GetModel(AII: TGuid): IModel; begin FController.GetModel(AII, result); end; function TFormFactory.GetModel<TIModel>: TIModel; begin result := FController.This.GetModel<TIModel>; end; function TFormFactory.GetView<TIView>: TIView; var AGuid:TGuid; AView:IView; begin AGuid := TMVCBr.GetGuid<TIView>; AView := FindView(AGuid); if assigned(AView) then result := TIView(AView); end; function TFormFactory.GetPropertyValue(ANome: string): TValue; begin result := TMVCBr.GetProperty(self, ANome); end; function TFormFactory.GetShowModal: boolean; begin result := FShowModal; end; function TFormFactory.GetTitle: string; begin {$IFDEF LINUX} result := FCaption; {$ELSE} {$IFDEF FMX} result := inherited Caption; {$ELSE} result := inherited Caption; {$ENDIF} {$ENDIF} end; function TFormFactory.GetViewModel: IViewModel; begin result := nil; if assigned(FController) then result := FController.GetModelByType(mtViewModel) as IViewModel; end; procedure TFormFactory.Init; begin end; function TFormFactory.InvokeMethod<T>(AMethod: string; const Args: TArray<TValue>): T; begin result := TMVCBr.InvokeMethod<T>(self, AMethod, Args); end; function TFormFactory.ResolveController(const IID: TGuid): IController; begin result := FController.This.ResolveController(IID); end; function TFormFactory.ResolveController<TIController>: TIController; begin result := GetController.This.ResolveController<TIController>(); end; procedure TFormFactory.RevokeController(IID: TGuid); begin ApplicationController.RevokeController(IID); end; procedure TFormFactory.SetController(const AController: IController); begin FController := AController; end; {$IFDEF LINUX} {$ELSE} procedure TFormFactory.SetOnClose(const Value: TCloseEvent); begin FOnClose := Value; end; procedure TFormFactory.DoCloseView(Sender: TObject; var ACloseAction: TCloseAction); begin if assigned(FOnCloseProc) then FOnCloseProc(self); if assigned(FOnClose) then FOnClose(Sender, ACloseAction); end; {$ENDIF} function TFormFactory.ApplicationController: TApplicationController; begin result := TApplicationController (MVCBr.ApplicationController.ApplicationController.This); end; function TFormFactory.ApplicationControllerInternal: IApplicationController; begin result := MVCBr.ApplicationController.ApplicationController; end; procedure TFormFactory.DoCommand(ACommand: string; const AArgs: array of TValue); begin end; function TFormFactory.FindView(AGuid: TGuid): IView; begin result := ApplicationController.FindView(AGuid); end; function TFormFactory.ViewEvent(AMessage: TJsonValue; var AHandled: boolean): IView; begin result := self; end; function TFormFactory.ViewEventOther(AMessage: string; var AHandled: boolean): IView; begin result := self; if FEventRef = 0 then begin /// check NO LOOP /// takecare with this lines... dont put your code in LOOP /// sometimes you will need some override to broken LOOPs /// if other view call this event, it will drop at second calls /// a better implementation its call ViewEvent to 1 VIEW only by her TGUID (IInterface) inc(FEventRef); try ApplicationController.ViewEventOther(GetController, AMessage, AHandled); finally dec(FEventRef); end; end; end; function TFormFactory.ViewEvent(AMessage: string; var AHandled: boolean): IView; begin result := self; /// use inherited this method on child /// takecare put code here and start a loop whithout end end; function TFormFactory.MainViewEvent(AMessage: string; var AHandled: boolean): IView; begin ApplicationController.MainView.ViewEvent(AMessage, AHandled); end; procedure TFormFactory.SetPropertyValue(ANome: string; const Value: TValue); begin TMVCBr.SetProperty(self, ANome, Value); end; procedure TFormFactory.SetShowModal(const AShowModal: boolean); begin FShowModal := AShowModal; end; procedure TFormFactory.SetTitle(const Value: string); begin {$IFDEF LINUX} FCaption := Value; {$ELSE} {$IFDEF FMX} Inherited Caption := Value; {$ELSE} Inherited Caption := Value; {$ENDIF} {$ENDIF} end; procedure TFormFactory.SetViewModel(const AViewModel: IViewModel); begin // fazer herança if assigned(AViewModel) then AViewModel.View(self); end; function TFormFactory.ShowView(const AProcBeforeShow, AProcONClose: TProc<IView>): IView; begin FOnCloseProc := AProcONClose; {$IFDEF LINUX} {$ELSE} inherited OnClose := DoCloseView; {$ENDIF} result := self; ShowView(AProcBeforeShow); end; function TFormFactory.ShowView(const IIDController: TGuid): IView; begin result := ShowView(IIDController, procedure(Sender: IView) begin // stub to nothing.. end); end; function TFormFactory.ShowView(const IIDController: TGuid; const AProcBeforeShow: TProc<IView>): IView; var LController: IController; begin result := nil; LController := ResolveController(IIDController); if assigned(LController) then begin result := LController.GetView; result.ShowView(AProcBeforeShow); end; end; function TFormFactory.ShowView(const AProcBeforeShow: TProc<IView>): Integer; begin result := 0; if assigned(AProcBeforeShow) then AProcBeforeShow(self); {$IFDEF LINUX} {$ELSE} {$IFDEF MSWINDOWS} {$IFDEF FMX} Show; result := 0; {$ELSE} if FShowModal then result := ord(ShowModal); {$ENDIF} {$ELSE} Show; {$ENDIF} {$ENDIF} end; function TFormFactory.ShowView(const IIDController: TGuid; const AProcBeforeShow: TProc<IView>; const AProcONClose: TProc<IView>): IView; var ctrl: IController; begin result := nil; ctrl := ResolveController(IIDController); if assigned(ctrl) then begin result := ctrl.GetView; if assigned(result) then result.ShowView(AProcBeforeShow, AProcONClose); end; end; function TFormFactory.This: TObject; begin result := self; end; function TFormFactory.UpdateView: IView; begin result := self; end; { TViewFactoryAdapter } {$IFDEF LINUX} {$ELSE} procedure TViewFactoryAdapter.DoClose(Sender: TObject; var Action: TCloseAction); begin if assigned(FOnProc) then FOnProc(self); if assigned(FForm) and assigned(FForm.OnClose) then FForm.OnClose(Sender, Action); end; {$ENDIF} function TViewFactoryAdapter.Form: {$IFDEF LINUX} TComponent{$ELSE} TForm{$ENDIF}; begin result := FForm; end; class function TViewFactoryAdapter.New(AForm: {$IFDEF LINUX} TComponent{$ELSE} TForm{$ENDIF}; const AShowModal: boolean): IView; var obj: TViewFactoryAdapter; begin obj := TViewFactoryAdapter.Create; obj.FForm := AForm; obj.isShowModal := AShowModal; result := obj; end; class function TViewFactoryAdapter.New(AClass: {$IFDEF LINUX} TComponentClass{$ELSE} TFormClass{$ENDIF}; const AShowModal: boolean): IView; var obj: TViewFactoryAdapter; begin obj := TViewFactoryAdapter.Create; obj.FForm := AClass.Create(nil); obj.isShowModal := AShowModal; result := obj; end; procedure TViewFactoryAdapter.SetisShowModal(const Value: boolean); begin FisShowModal := Value; end; function TViewFactoryAdapter.ShowView(const AProc: TProc<IView>): Integer; begin result := 0; FOnProc := AProc; {$IFDEF LINUX} {$ELSE} if isShowModal then begin result := ord(FForm.ShowModal); if assigned(AProc) then AProc(self); end else begin FForm.OnClose := DoClose; FForm.Show; end; {$ENDIF} end; function TViewFactoryAdapter.This: TObject; begin result := self; // nao alterar... é esperado retornuar um view como retorno end; function TViewFactoryAdapter.ThisAs: TViewFactoryAdapter; begin result := self; end; function TFormFactory.ShowView: IView; begin result := self; ShowView(nil); end; function TFormFactory.ShowView(const AProcBeforeShow: TProc<IView>; AShowModal: boolean): IView; begin FShowModal := AShowModal; result := self; ShowView(AProcBeforeShow); end; end.
unit ui2ximg_FreeImage; interface uses Windows, Classes, GR32, GR32_Image, MapStream, uStrUtil, Graphics, SysUtils, uI2XImg, uI2XPlugin, FreeImage, FreeImage32, FreeBitmap, uDWImage, uI2XConstants; const UNIT_NAME = 'ui2ximg_FreeImage'; TEMP_DIR_QUAL = 'DW\'; TEMP_DIR_SYMBOL = '<TEMP>DW\'; PARM_NAME='i2ximg_freeimage'; type TStatusChangeEvent = procedure (Sender: TObject; msgText : string) of object; TDWFreeWinBitmap = class(TFreeWinBitmap) private FMemoryMap : TMapStream; public //function SaveToMemoryMap( const sMapName : string ) : boolean; //function LoadFromMemoryMap( const sMapName: string; const InitSize : Cardinal = IMAGE_MEMMAP_INIT_SIZE ): boolean; constructor Create(); destructor Destroy; override; end; TI2XImgFreeImage = class(TI2XImg) private FFIBMP : TDWFreeWinBitmap; public function Threshold( const T : byte ) : boolean; overload; function Threshold( const parm : string ) : boolean; overload; function ReduceColors( const colorCount: smallint = 256 ) : boolean; overload; function ReduceColors( const parm : string ) : boolean; overload; function Resize( const x, y : cardinal ) : boolean; overload; function Resize( const sXParm, sYParm : string ) : boolean; overload; function ExecuteInstruction( const InstructionString : string ) : boolean; override; constructor Create( const GUID, ParmFileName : string ); override; destructor Destroy; override; function ProcessImage( const MemoryMapName : string; InstructionList : TStrings ) : boolean; override; end; implementation { TI2XImgFreeImage } constructor TI2XImgFreeImage.Create( const GUID, ParmFileName : string ); begin FFIBMP := TDWFreeWinBitmap.Create(); inherited Create( GUID, ParmFileName ); end; destructor TI2XImgFreeImage.Destroy; begin FreeAndNil( FFIBMP ); inherited; end; function TI2XImgFreeImage.ExecuteInstruction( const InstructionString: string): boolean; var sInst, key, val : string; sl : TStringList; i : integer; bRes : boolean; Begin try try sl := TStringList.Create; bRes := false; if ( FStrUtil.ParseString( InstructionString, IMGPROC_PARM_SEP, sl, true ) > 0 ) then begin if ( Pos('GREY_THRESH', sl[0] ) > 0 ) then begin if ( sl.Count <> 2 ) then raise PluginException.Create('Instruction "GREY_THRESH" was passed an incorrect amount of parameters. Parm string=' + InstructionString, ERROR_PARM_INVALID, self); bRes := self.Threshold( sl[1] ); end else if ( Pos('COLOR_REDUCE', sl[0] ) > 0 ) then begin if ( sl.Count <> 2 ) then raise PluginException.Create('Instruction "COLOR_REDUCE" was passed an incorrect amount of parameters. Parm string=' + InstructionString, ERROR_PARM_INVALID, self); bRes := self.ReduceColors( sl[1] ); end else if ( Pos('RESIZE', sl[0] ) > 0 ) then begin if ( sl.Count <> 3 ) then raise PluginException.Create('Instruction "RESIZE" was passed an incorrect amount of parameters. Parm string=' + InstructionString, ERROR_PARM_INVALID, self); bRes := self.Resize( sl[1], sl[2] ); end; end; Result := bRes; finally FreeAndNil( sl ); end; except on E : Exception do Result := false; end; End; function TI2XImgFreeImage.ProcessImage( const MemoryMapName : string; InstructionList : TStrings ) : boolean; var i : integer; bmp : TBitmap; bmp32 : TBitmap32; sMemoryMapName : string; hbmp : HBITMAP; oFBMP : TFreeWinBitmap; Begin Result := false; try try FMemoryMapManager.Flush(); sMemoryMapName := MemoryMapName; bmp32 := TBitmap32.Create(); FMemoryMapManager.DebugMessageText := 'TI2XImgFreeImage.ProcessImage - Image Read from UI - InstructionList=' + InstructionList.Text; self.FMemoryMapManager.Read( sMemoryMapName, bmp32 ); if ( Integer( self.DebugLevel ) > 1 ) then bmp32.SaveToFile( self.DebugPath + 'FI_' + sMemoryMapName + '_IN.BMP'); oFBMP := TFreeWinBitmap.Create(); oFBMP.Dib := FreeImage_CopyFromBitmap32( bmp32 ); FFIBMP.Assign( oFBMP ); if ( Integer( self.DebugLevel ) > 1 ) then bmp32.SaveToFile( self.DebugPath + 'FI_FFIBMP_' + sMemoryMapName + '_IN.BMP'); for i := 0 to InstructionList.Count - 1 do begin if ( not ExecuteInstruction( InstructionList[i] ) ) then Exit; end; bmp := TBitmap.Create(); bmp.Handle := FFIBMP.CopyToBitmapH; if ( Integer( self.DebugLevel ) > 1 ) then bmp.SaveToFile( self.DebugPath + 'FI_' + sMemoryMapName + '_OUT.BMP'); FMemoryMapManager.DebugMessageText := 'TI2XImgFreeImage.ProcessImage - Image FOR from UI'; self.FMemoryMapManager.Write( sMemoryMapName, bmp ); Result := true; except on E : Exception do begin self.ErrorUpdate( E.Message, ERROR_IMAGE_PROC_FAILED ); //raise PluginException.Create( E.Message, ERROR_IMAGE_PROC_FAILED, self ); end; end; finally if ( bmp <> nil ) then FreeAndNil( bmp ); if ( bmp32 <> nil ) then FreeAndNil( bmp32 ); if ( oFBMP <> nil ) then FreeAndNil( oFBMP ); end; End; function TI2XImgFreeImage.ReduceColors(const parm: string): boolean; var sColorReduce : string; lBits : SmallInt; begin try if ( Pos('Gray', parm ) > 0 ) then lBits := 255 else lBits := FStrUtil.ExtractInt( parm ); Result := ReduceColors( lBits ) except on E : Exception do begin raise PluginException.Create( E.Message, ERROR_IMAGE_PROC_FAILED, self ); end; end; end; function TI2XImgFreeImage.Resize(const x, y: cardinal): boolean; begin if ( Integer( self.DebugLevel ) > 0 ) then FFIBMP.Save( self.DebugPath + 'FI-Resize_' + IntToStr(x) + 'X' + IntToStr(y) + '_IN.bmp' ); try Result := FFIBMP.Rescale(x, y, FILTER_BILINEAR); if (( Result ) and ( Integer( self.DebugLevel ) > 0 )) then FFIBMP.Save( self.DebugPath + 'FI-Resize_' + IntToStr(x) + 'X' + IntToStr(y) + '_OUT.bmp' ); except on E : Exception do begin raise PluginException.Create( E.Message, ERROR_IMAGE_PROC_FAILED, self ); end; end; end; function TI2XImgFreeImage.Resize(const sXParm, sYParm: string): boolean; var sXVal, sYVal : string; begin Result := false; sXVal := sXParm; if ( Pos('=', sXParm ) > 0 ) then sXVal := Split( sXParm, '=', 1 ); if ( not FStrUtil.IsNumeric( sXVal ) ) then raise PluginException.Create( 'Invalid Parm Format for sXParm. Parm Value is=' + sXParm, ERROR_PARM_INVALID, self ); sYVal := sYParm; if ( Pos('=', sYParm ) > 0 ) then sYVal := Split( sYParm, '=', 1 ); if ( not FStrUtil.IsNumeric( sYVal ) ) then raise PluginException.Create( 'Invalid Parm Format for sYParm. Parm Value is=' + sYParm, ERROR_PARM_INVALID, self); Result := Resize( StrToInt( sXVal ), StrToInt( sYVal ) ); end; function TI2XImgFreeImage.ReduceColors(const colorCount: smallint) : boolean; begin if ( Integer( self.DebugLevel ) > 0 ) then FFIBMP.Save( self.DebugPath + 'FI-ReduceColors_' + IntToStr(colorCount) + '_IN.bmp' ); try if ( colorCount = 255 ) then Result := FFIBMP.ConvertToGrayscale else if ( colorCount = 4 ) then Result := FFIBMP.ConvertTo4Bits() else if ( colorCount = 8 ) then Result := FFIBMP.ConvertTo8Bits() else if ( colorCount = 16 ) then Result := FFIBMP.ConvertTo16Bits555() else if ( colorCount = 24 ) then Result := FFIBMP.ConvertTo24Bits() else if ( colorCount = 32 ) then Result := FFIBMP.ConvertTo32Bits() else Result := false ; except on E : Exception do begin raise PluginException.Create( E.Message, ERROR_IMAGE_PROC_FAILED, self ); end; end; if (( Result ) and ( Integer( self.DebugLevel ) > 0 )) then FFIBMP.Save( self.DebugPath + 'FI-ReduceColors_' + IntToStr(colorCount) + '_OUT.bmp' ); end; function TI2XImgFreeImage.Threshold(const T: byte) : boolean; begin if ( Integer( self.DebugLevel ) > 0 ) then FFIBMP.Save( self.DebugPath + 'FI-Threshold' + IntToStr(T) + '_IN.bmp' ); Result := FFIBMP.Threshold( T ); if (( Result ) and ( Integer( self.DebugLevel ) > 0 )) then FFIBMP.Save( self.DebugPath + 'FI-Threshold' + IntToStr(T) + '_OUT.bmp' ); end; function TI2XImgFreeImage.Threshold(const parm: string): boolean; var sVal : string; begin Result := false; sVal := parm; if ( Pos('=', sVal ) > 0 ) then sVal := Split( parm, '=', 1 ); if ( FStrUtil.IsNumeric( sVal ) ) then begin try Result := Threshold( StrToInt( sVal ) ) except on E : Exception do begin raise PluginException.Create( E.Message, ERROR_IMAGE_PROC_FAILED, self ); end; end; end else raise PluginException.Create( 'Invalid Parm Format. Parm Value is=' + sVal, ERROR_PARM_INVALID, self ); //raise Exception.Create( 'Invalid Parm Format. Parm Value is=' + sVal ); end; { TDWFreeWinBitmap } constructor TDWFreeWinBitmap.Create; begin inherited Create(); end; destructor TDWFreeWinBitmap.Destroy; begin if ( FMemoryMap = nil ) then FreeAndNil( FMemoryMap ); inherited; end; {* //This will read the bitmap from the memory stream. since it is of TBitmap, // it will then get converted into the FreeBitmap function TDWFreeWinBitmap.LoadFromMemoryMap(const sMapName: string; const InitSize: Cardinal): boolean; var msBMP : TMemoryStream; bmp : TBitmap; begin Result := false; try if ( FMemoryMap = nil ) then //FMemoryMap := TMapStream.Create( sMapName, InitSize ); FMemoryMap := ActiveMemoryMaps.Stream( sMapName, InitSize ); msBMP := TMemoryStream.Create; bmp := TBitmap.Create; if ( not FMemoryMap.Read( msBMP ) ) then raise Exception.Create('Error while copying BITMAP from Memory Map'); bmp.LoadFromStream( msBMP ); //bmp.SaveToFile('C:\Dark\pascal\Image2XML\templates\FIIN.bmp'); self.CopyFromBitmap( bmp.ReleaseHandle ); Result := true; finally FreeAndNil( msBMP ); FreeAndNil( bmp ); end; end; function TDWFreeWinBitmap.SaveToMemoryMap(const sMapName: string): boolean; var msBMP : TMemoryStream; bmp : TBitmap; begin Result := false; try if ( FMemoryMap = nil ) then //FMemoryMap := TMapStream.Create( sMapName, IMAGE_MEMMAP_INIT_SIZE ); FMemoryMap := ActiveMemoryMaps.Stream( sMapName, IMAGE_MEMMAP_INIT_SIZE ); msBMP := TMemoryStream.Create; bmp := TBitmap.Create; bmp.Handle := self.CopyToBitmapH; bmp.SaveToStream( msBMP ); //bmp.SaveToFile('C:\Dark\pascal\Image2XML\templates\FIOUT.bmp'); if ( not FMemoryMap.Write( msBMP ) ) then raise Exception.Create('Error while copying BITMAP from Memory Map'); Result := true; finally FreeAndNil( msBMP ); FreeAndNil( bmp ); end; end; *} END.
// TODO: Неправильно работает ScrollButton при значении <> mbLeft // TODO: Обработка клавиш с клавиатуры. Есть проблемы с обработкой клавиш со стрелками (из-за скроллбаров?). {*******************************************************} { } { Image Controls } { Библиотека для работы с изображениями } { } { Компоненты для скроллинга } { графических изображений } { } { Copyright (c) 2004-2005, Михаил Мостовой } { (s-mike) } { http://forum.sources.ru } { http://mikesoft.front.ru } { } { Выражаю благодарность } { Александру Багелю (Rouse_) за ценную идею, } { воплотившуюся в компонент TScrollingImage } { http://forum.sources.ru } { http://rouse.front.ru } { } {*******************************************************} { @abstract(Определение класса @link(TCustomScrollingImage) и его основных наследников.) @author(Михаил Мостовой <mikesoft@front.ru>) @created(1 декабря, 2004) @lastmod(10 апреля, 2005) <p>Эти компоненты осуществляют хранение и скроллинг (при необходимости) загруженного графического изображения.<p> <p><b>Возможности:</b></p> <ul> <li>поддерживает курсоры, определяющие возможность скроллинга (рука отпущенная и хватающая);</li> <li>автоматически центрирует изображение, если оно меньше, чем клиентская область;</li> <li>масштабирование;</li> <li>прозрачность;</li> <li>возможность нестандартной отрисовки изображения в компоненте благодаря наличию соответствующих событий;</li> <li>масштабирование изображения по размеру компонента;</li> <li>возможность изменения курсоров для скроллинга.</li> </ul> } unit ScrollingImage; interface uses Windows, Messages, SysUtils, Classes, Controls, Graphics, Types, Forms, BitmapContainers; const { Определяет курсор, отображаемый при перемещении мыши над компонентом-наследником @link(TCustomScrollingImage), если скроллинг возможен. } crImageHand = 111; { Определяет курсор, отображаемый при скроллинге изображения мышью. } crImageDrag = 222; type { Событие, которое вызывается при необходимости смасштабировать изображение. Предназначение параметров следующее: <b>DestCanvas</b> определяет канву, на которую будет выводиться отмасштабированное изображение; <b>X, Y, Width, Height</b> - координаты и размеры выходного изображения; <b>XSrc, YSrc, SrcWidth, SrcHeight</b> - координаты и размеры части исходного изображения, которую нужно отмасштабировать; <b>SrcBitmap</b> - указатель на исходное изображение. } TScaleImageEvent = procedure(DestCanvas: TCanvas; const X, Y, Width, Height, XSrc, YSrc, SrcWidth, SrcHeight: Integer; SrcBitmap: TBitmap) of object; { Тип, определяющий качество масштабирования изображения в компоненте. } TStretchMode = Integer; { @abstract(Виртуальный класс, от которого наследуются все остальные компоненты для скроллинга графических изображений. В нем определены общие процедуры и свойства для всех этих компонентов.) } TCustomScrollingImage = class(TCustomControl) private FAutoCenter: Boolean; FPicture: TBitmap; FDragging: Boolean; FCanScroll: Boolean; { Разрешение скроллинга } FScrollEnabled, FHCanScroll, FVCanScroll: Boolean; { Высота изображения } FPictureWidth, FPictureHeight: Integer; { Позиция изображения, если его размеры меньше клиентской области } FPicCenterLeft, FPicCenterTop: Integer; FPicCenterRight, FPicCenterBottom: Integer; { В этих переменных хранится позиция курсора мыши на экране при скроллинге } FX, FY: Integer; { Левая (горизонтальная) и верхняя (вертикальная) позиция изображения } FLeft, FTop: Integer; FOnChangePos: TNotifyEvent; FOnChangeImage: TNotifyEvent; FOnChangeSize: TNotifyEvent; FZoom: Extended; { Вспомогательные переменные для хранения предварительно вычисленных значений процента увеличения изображения и его обратного значения для преобразования координат и размеров изображения. } FZoomPercent, FInvZoom: Extended; { Вспомогательные переменные для хранения предварительно вычисленных значений координат и размеров оригинального изображения, отображаемого в данный момент. } FOriginalLeft, FOriginalTop, FSrcWidth, FSrcHeight: Integer; FOnScaleImage: TScaleImageEvent; { Запрщает обработку кликов мыши во время фокусировки компонента. } FClicksDisabled: Boolean; FOnPaint: TPaintImageEvent; FDragCursor: TCursor; FCanScrollCursor: TCursor; FScrollDisabledCursor: TCursor; FCanScrollWithMouse: Boolean; FTransparent: Boolean; FOnZoomChanged: TNotifyEvent; FAutoShrinkImage: Boolean; FAutoZoomImage: Boolean; FScrollButton: TMouseButton; FOnMouseLeave: TNotifyEvent; FOnMouseEnter: TNotifyEvent; FStretchMode: TStretchMode; procedure CMMouseEnter(var Message: TMessage); message CM_MOUSEENTER; procedure CMMouseLeave(var Message: TMessage); message CM_MOUSELEAVE; procedure WMEraseBkgnd(var Message: TMessage); message WM_ERASEBKGND; procedure SetAutoCenter(const Value: Boolean); procedure SetImageLeft(const Value: Integer); procedure SetImageTop(const Value: Integer); procedure SetPicture(const Value: TBitmap); function GetImagePos: TPoint; procedure SetImagePos(const Value: TPoint); procedure SetCanScroll(const Value: Boolean); function GetRealLeft: Integer; function GetRealTop: Integer; function GetRealImagePos: TPoint; procedure SetZoom(const Value: Extended); procedure SetAutoShrinkImage(const Value: Boolean); procedure SetAutoZoomImage(const Value: Boolean); procedure SetCanScrollWithMouse(const Value: Boolean); procedure SetStretchMode(const Value: TStretchMode); protected // Проверяет и при надобнасти исправляет позицию изображения {@exclude} procedure CheckBounds; virtual; // Вызывает событие OnChangeImage {@exclude} procedure ChangeImage; virtual; {@exclude} procedure DoFitImage; virtual; {@exclude} procedure FitImageChanged; virtual; {@exclude} procedure ImageSizeChanged; virtual; // Изменяет позицию изображения на начальную (0, 0) {@exclude} procedure ResetImagePos; virtual; // Вызывается при изменении размера компонента {@exclude} procedure SizeChanged; virtual; // Вызывается при изменении масштаба изображения {@exclude} procedure ZoomChanged; virtual; {@exclude} procedure SetOnPaint(const Value: TPaintImageEvent); virtual; {@exclude} procedure SetTransparent(const Value: Boolean); virtual; {@exclude} procedure CreateWnd; override; {@exclude} procedure PictureChanged(Sender: TObject); {@exclude} procedure PictureNew(Sender: TObject); {@exclude} procedure WndProc(var Message: TMessage); override; public {@exclude} constructor Create(AOwner: TComponent); override; {@exclude} destructor Destroy; override; procedure Resize; override; {@exclude} { Ширина загруженного в компонент изображения. } property PictureWidth: Integer read FPictureWidth; { Высота загруженного в компонент изображения. } property PictureHeight: Integer read FPictureHeight; { Позволяет узнать, является ли изображение, хранящееся в свойстве @link(Picture) компонента, пустым. } function Empty: Boolean; { Возвращает масштаб изображения, для того чтобы оно полностью влезало в окно. } function GetFitImageScale: Extended; { Центрирует загруженное изображение. Работает только для изображений, которые больше, чем клиентская область компонента. } procedure CenterImage; { Осуществляет скроллинг изображения в начало. } procedure ScrollHome; { Осуществляет скроллинг изображения в конец. } procedure ScrollEnd; { Осуществляет скроллинг изображения на одну страницу вниз. } procedure ScrollPageDown; { Осуществляет скроллинг изображения на одну страницу вверх. } procedure ScrollPageUp; { Осуществляет скроллинг изображения на одну страницу влево. } procedure ScrollPageLeft; { Осуществляет скроллинг изображения на одну страницу вправо. } procedure ScrollPageRight; { Осуществляет скроллинг изображения на <b>DX</b> единиц по горизонтали и <b>DY</b> единиц по вертикали. } procedure ScrollImage(const DX, DY: Integer); { Запрет обновления компонента. Может быть использована при необходимости выполнить ряд действий с объектом @link(Picture) для избежания неприятного мерцания. Количество вызовов этой процедуры должно соответствовать количеству вызовов процедуры @link(EndUpdate), чтобы компонент нормально работал. } procedure BeginUpdate; { Разрешение обновления компонента. Каждый вызов процедуры @link(BeginUpdate) должен сопровождаться вызовом этой процедуры. Обновление компонента станет возможен после такого же количества вызовов EndUpdate, сколько было вызвано BeginUpdate. } procedure EndUpdate; { Загружает в свойство @link(Picture) компонента изображение, не являющееся TBitmap. } procedure LoadGraphic(AGraphic: TGraphic); { Позиция изображения. } property ImagePos: TPoint read GetImagePos write SetImagePos; { Реальная позиция изображения в компоненте, полезно, например, для отслеживания мыши. } property ImageOffset: TPoint read GetRealImagePos; { Реальная горизонтальная координата изображения в компоненте. } property ImageOffsetLeft: Integer read GetRealLeft; { Реальная вертикальная координата изображения в компоненте. } property ImageOffsetTop: Integer read GetRealTop; { Позволяет узнать, осуществляется ли в данный момент скроллинг изображения мышью. } property IsDragging: Boolean read FDragging; published { Автоматически центрирует изображение после его загрузки. } property AutoCenter: Boolean read FAutoCenter write SetAutoCenter default False; { Указывает, нужно ли увеличивать изображение до размеров компонента. При этом масштаб изображения можно по прежнему изменять программно. Изображение подгоняется только при изменении этого свойства или изменении размеров компонента. } property AutoZoomImage: Boolean read FAutoZoomImage write SetAutoZoomImage default False; { Указывает, нужно ли уменьшать изображение до размеров компонента. При этом масштаб изображения можно по прежнему изменять программно. Изображение подгоняется только при изменении этого свойства или изменении размеров компонента. } property AutoShrinkImage: Boolean read FAutoShrinkImage write SetAutoShrinkImage default False; { Позволяет запретить или разрешить скроллинг изображения. Если изображение не больше, чем клиентская область компонента, то значение свойства не играет роли. } property CanScroll: Boolean read FCanScroll write SetCanScroll default True; { Разрешение/запрет скроллинга с помощью мыши. } property CanScrollWithMouse: Boolean read FCanScrollWithMouse write SetCanScrollWithMouse default True; { Определяет курсор когда изображение можно скроллить. } property CanScrollCursor: TCursor read FCanScrollCursor write FCanScrollCursor default crImageHand; { Определяет курсор, если изображение скроллится в данный момент мышью. } property DragImageCursor: TCursor read FDragCursor write FDragCursor default crImageDrag; { Курсор при запрещенном скроллинге или когда он невозможен. } property ScrollDisabledCursor: TCursor read FScrollDisabledCursor write FScrollDisabledCursor default crDefault; { Левая (горизонтальная) позиция изображения. } property ImageLeft: Integer read FLeft write SetImageLeft default 0; { Верхняя (вертикальная) позиция изображения. } property ImageTop: Integer read FTop write SetImageTop default 0; { Хранит изображение, которое отображается компонентом. } property Picture: TBitmap read FPicture write SetPicture; { Определяет кнопку мыши, которой будет перемещаться изображение. } property ScrollButton: TMouseButton read FScrollButton write FScrollButton default mbLeft; property StretchMode: TStretchMode read FStretchMode write SetStretchMode default COLORONCOLOR; { Определяет, будет ли закрашиваться часть компонента, не занятая рисунком или вместо неё будет копироваться часть фона. } property Transparent: Boolean read FTransparent write SetTransparent default False; { Процент увеличения/уменьшения изображения по сравнению с реальным размером. } property Zoom: Extended read FZoom write SetZoom; { Свойство определяет процедуру, которая вызывается при изменении позиции изображения. } property OnChangePos: TNotifyEvent read FOnChangePos write FOnChangePos; { Свойство определяет процедуру, которая вызывается при любом изменении изображения, в том числе при (пере)загрузке (вставке) другого. } property OnChangeImage: TNotifyEvent read FOnChangeImage write FOnChangeImage; { Свойство определяет процедуру, которая вызывается при изменении размера компонента. } property OnChangeSize: TNotifyEvent read FOnChangeSize write FOnChangeSize; { Событие на появление мыши в пределах компонента. } property OnMouseEnter: TNotifyEvent read FOnMouseEnter write FOnMouseEnter; { Событие на выход мыши за пределы компонента. } property OnMouseLeave: TNotifyEvent read FOnMouseLeave write FOnMouseLeave; { Вызывается вместо стандартной процедуры отрисовки изображения в компоненте, может быть использовано для нестандартной отрисовки. } property OnPaint: TPaintImageEvent read FOnPaint write SetOnPaint; { Событие, которое вызывается при необходимости смасштабировать изображение до нужных размеров. } property OnScaleImage: TScaleImageEvent read FOnScaleImage write FOnScaleImage; { Происходит при изменении масштаба изображения } property OnZoomChanged: TNotifyEvent read FOnZoomChanged write FOnZoomChanged; {@exclude} property Align; {@exclude} property Anchors; {@exclude} property Color; {@exclude} property Constraints; {@exclude} property DragCursor; {@exclude} property DragKind; {@exclude} property DragMode; {@exclude} property Enabled; {@exclude} property ParentColor; {@exclude} property PopupMenu; {@exclude} property Height default 105; {@exclude} property Width default 105; {@exclude} property ShowHint; {@exclude} property ParentShowHint; {@exclude} property Visible; {@exclude} property OnClick; {@exclude} property OnContextPopup; {@exclude} property OnDblClick; {@exclude} property OnDragDrop; {@exclude} property OnDragOver; {@exclude} property OnEndDock; {@exclude} property OnEndDrag; {@exclude} property OnKeyDown; {@exclude} property OnKeyUp; {@exclude} property OnMouseDown; {@exclude} property OnMouseMove; {@exclude} property OnMouseUp; {@exclude} property OnResize; {@exclude} property OnStartDock; {@exclude} property OnStartDrag; end; { @abstract(Полноценный компонент для скроллинга графических изображений, в котором визуально реализовано все функции класса @link(TCustomScrollingImage).) } TScrollingImage = class(TCustomScrollingImage) private { Обработка сообщений Windows } procedure WMLButtonDown(var Message: TMessage); message WM_LBUTTONDOWN; procedure WMLButtonUp(var Message: TMessage); message WM_LBUTTONUP; procedure WMLButtonDblClk(var Message: TMessage); message WM_LBUTTONDBLCLK; procedure WMMouseMove(var Message: TMessage); message WM_MOUSEMOVE; protected {@exclude} procedure MouseDown(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override; {@exclude} procedure MouseMove(Shift: TShiftState; X, Y: Integer); override; {@exclude} procedure MouseUp(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override; procedure ChangeImage; override; {@exclude} procedure ImageSizeChanged; override; {@exclude} procedure ResetImagePos; override; {@exclude} procedure SizeChanged; override; {@exclude} procedure Paint; override; end; { @abstract(Компонент, реализующий наиболее быстрый скроллинг графических изображений. Имеет некоторые дополнительные свойства.) При изменении позиции изображения не вызывается его перерисовка, а метод ScrollBy компонента, что приводит к скроллингу дочернего компонента-контейнера изображения, имеющего тип @link(TBitmapContainer). } TFastScrollingImage = class(TScrollingImage) private FBitmapContainer: TBitmapContainer; FSelfLeft, FSelfTop: Integer; FOnClick: TNotifyEvent; FOnMouseUp: TMouseEvent; FOnMouseDown: TMouseEvent; FOnMouseMove: TMouseMoveEvent; protected {@exclude} procedure CheckBounds; override; {@exclude} procedure FitImageChanged; override; {@exclude} procedure ResetImagePos; override; {@exclude} procedure SizeChanged; override; {@exclude} procedure ZoomChanged; override; {@exclude} procedure SetOnPaint(const Value: TPaintImageEvent); override; {@exclude} procedure SetTransparent(const Value: Boolean); override; {@exclude} procedure BitmapMouseDown(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); {@exclude} procedure BitmapMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer); {@exclude} procedure BitmapMouseUp(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); {@exclude} procedure Click; override; {@exclude} procedure MouseDown(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override; {@exclude} procedure MouseMove(Shift: TShiftState; X, Y: Integer); override; {@exclude} procedure MouseUp(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override; {@exclude} procedure Paint; override; public {@exclude} constructor Create(AOwner: TComponent); override; {@exclude} procedure Invalidate; override; published property OnClick: TNotifyEvent read FOnClick write FOnClick; {@exclude} property OnDblClick; {@exclude} {@exclude} property OnMouseDown: TMouseEvent read FOnMouseDown write FOnMouseDown; {@exclude} property OnMouseMove: TMouseMoveEvent read FOnMouseMove write FOnMouseMove; {@exclude} property OnMouseUp: TMouseEvent read FOnMouseUp write FOnMouseUp; end; { @abstract(Наследник @link(TFastScrollingImage). От своего родителя отличается тем, что может иметь полосы прокрутки.) } TSBScrollingImage = class(TFastScrollingImage) private FScrollBarsVisible: Boolean; FScrollBarIncrement: Integer; procedure SetScrollBarsVisible(const Value: Boolean); procedure WMHScroll(var Message: TWMHScroll); message WM_HSCROLL; procedure WMVScroll(var Message: TWMVScroll); message WM_VSCROLL; protected {@exclude} procedure CheckBounds; override; {@exclude} procedure SizeChanged; override; {@exclude} procedure UpdateScrollBars; {@exclude} procedure UpdateScrollRange; public {@exclude} constructor Create(AOwner: TComponent); override; published { Определяет количество единиц, на которые будет прокручиваться изображение при нажатии на стрелки полосы прокрутки. } property ScrollBarIncrement: Integer read FScrollBarIncrement write FScrollBarIncrement default 25; { Определяет, нужно ли при необходимости отображать полосы прокрутки. } property ScrollBarsVisible: Boolean read FScrollBarsVisible write SetScrollBarsVisible default True; end; implementation uses ImgCtrlUtils, Math; { Определяет, нужно ли использовать курсоры для скроллинга мышью, как в Программе просмотра изображений Windows XP. Если это определение закомментировать, будет использоваться набор курсоров по умолчанию (взяты из Adobe Acrobat Reader). } (* {$DEFINE XP_CURSORS} {$IFDEF XP_CURSORS} {$R 'CursorsXP.RES'} {$ELSE} {$R 'CursorsDef.RES'} {$ENDIF} *) type { Переопределение стандартного класса TBitmap для того, чтобы иметь возможность получить уведомление о загрузке другого изображения, так как стандартное событие OnChange вызывается при любом измененении изображении, в том числе при рисовании на нем. В этом есть необходимость, потому что при загрузке (вставке) другого изображения нужно переместить изображение в начальную позицию. } TCustomBitmap = class(TBitmap) private FOnNewImage: TNotifyEvent; FUpdateCount: Integer; protected procedure Changed(Sender: TObject); override; procedure NewImage; public constructor Create; override; procedure LoadFromFile(const Filename: string); override; procedure LoadFromStream(Stream: TStream); override; procedure LoadFromClipboardFormat(AFormat: Word; AData: THandle; APalette: HPALETTE); override; property OnNewImage: TNotifyEvent read FOnNewImage write FOnNewImage; procedure BeginUpdate; procedure EndUpdate; end; procedure TCustomBitmap.BeginUpdate; begin Inc(FUpdateCount); end; procedure TCustomBitmap.Changed(Sender: TObject); begin if FUpdateCount = 0 then inherited Changed(Sender); end; constructor TCustomBitmap.Create; begin inherited Create; FUpdateCount := 0; end; procedure TCustomBitmap.EndUpdate; begin Dec(FUpdateCount); if FUpdateCount = 0 then Changed(Self); end; procedure TCustomBitmap.LoadFromClipboardFormat(AFormat: Word; AData: THandle; APalette: HPALETTE); var OldOnChange: TNotifyEvent; begin OldOnChange := OnChange; try OnChange := nil; inherited LoadFromClipboardFormat(AFormat, AData, APalette); finally OnChange := OldOnChange; end; NewImage; end; procedure TCustomBitmap.LoadFromFile(const Filename: string); var OldOnChange: TNotifyEvent; begin OldOnChange := OnChange; try OnChange := nil; inherited LoadFromFile(FileName); finally OnChange := OldOnChange; end; NewImage; end; procedure TCustomBitmap.LoadFromStream(Stream: TStream); var OldOnChange: TNotifyEvent; begin OldOnChange := OnChange; try OnChange := nil; inherited LoadFromStream(Stream); finally OnChange := OldOnChange; end; NewImage; end; procedure TCustomBitmap.NewImage; begin if FUpdateCount = 0 then if Assigned(FOnNewImage) then FOnNewImage(Self); end; // ***************************************************************************** // TCustomScrollingImage // ***************************************************************************** procedure TCustomScrollingImage.BeginUpdate; begin TCustomBitmap(FPicture).BeginUpdate; end; procedure TCustomScrollingImage.CenterImage; begin if FScrollEnabled then begin if FHCanScroll then FLeft := (FPictureWidth - ClientWidth) div 2; if FVCanScroll then FTop := (FPictureHeight - ClientHeight) div 2; end; CheckBounds; Invalidate; end; procedure TCustomScrollingImage.ChangeImage; begin if Assigned(FOnChangeImage) then FOnChangeImage(Self); end; procedure TCustomScrollingImage.CheckBounds; var H, V: Integer; begin if FHCanScroll or FVCanScroll then begin if FHCanScroll then begin H := FPictureWidth - ClientWidth; if FLeft > H then FLeft := H else if FLeft < 0 then FLeft := 0; end else FLeft := 0; if FVCanScroll then begin V := FPictureHeight - ClientHeight; if FTop < 0 then FTop := 0 else if FTop > V then FTop := V; end else FTop := 0; end else begin FLeft := 0; FTop := 0; end; // Высчитываем координаты, соответствующие координатам на оригинальном // изображении в данном масштабе FOriginalLeft := Trunc(FLeft * FInvZoom); FOriginalTop := Trunc(FTop * FInvZoom); if Assigned(FOnChangePos) then FOnChangePos(Self); end; procedure TCustomScrollingImage.CMMouseEnter(var Message: TMessage); begin inherited; if Assigned(FOnMouseEnter) then FOnMouseEnter(Self); end; procedure TCustomScrollingImage.CMMouseLeave(var Message: TMessage); begin inherited; if FScrollButton in [mbMiddle, mbRight] then MouseUp(FScrollButton, [], 0, 0); if Assigned(FOnMouseLeave) then FOnMouseLeave(Self); end; constructor TCustomScrollingImage.Create(AOwner: TComponent); begin inherited Create(AOwner); ControlStyle := ControlStyle + [csOpaque]; Height := 105; Width := 105; FPicture := TCustomBitmap.Create; with TCustomBitmap(FPicture) do begin OnNewImage := PictureNew; OnChange := PictureChanged; end; FLeft := 0; FTop := 0; FCanScroll := True; FCanScrollWithMouse := True; FZoom := 100; FZoomPercent := 1; FInvZoom := 1; FCanScrollCursor := crImageHand; FDragCursor := crImageDrag; FScrollDisabledCursor := crDefault; FStretchMode := COLORONCOLOR; end; procedure TCustomScrollingImage.CreateWnd; begin inherited CreateWnd; ResetImagePos; SizeChanged; end; destructor TCustomScrollingImage.Destroy; begin FPicture.Free; inherited Destroy; end; procedure TCustomScrollingImage.DoFitImage; var NewZoom: Extended; begin NewZoom := GetFitImageScale; case Ord(FAutoShrinkImage) shl 2 + Ord(FAutoZoomImage) shl 3 of 4: Zoom := Min(100, NewZoom * 100); 8: Zoom := Max(100, NewZoom * 100); 12: Zoom := NewZoom * 100; end; end; function TCustomScrollingImage.Empty: Boolean; begin Result := Assigned(FPicture) and IsEmptyPicture(FPicture); end; procedure TCustomScrollingImage.EndUpdate; begin TCustomBitmap(FPicture).EndUpdate; end; procedure TCustomScrollingImage.FitImageChanged; begin // процедуру не удалять и не делать абстрактной! end; function TCustomScrollingImage.GetFitImageScale: Extended; begin if not Empty then Result := Min(ClientWidth / FPicture.Width, ClientHeight / FPicture.Height) else Result := 1; end; function TCustomScrollingImage.GetImagePos: TPoint; begin Result.X := FLeft; Result.Y := FTop; end; function TCustomScrollingImage.GetRealImagePos: TPoint; begin Result.X := GetRealLeft; Result.Y := GetRealTop; end; function TCustomScrollingImage.GetRealLeft: Integer; begin if FHCanScroll then Result := FLeft else Result := -FPicCenterLeft; end; function TCustomScrollingImage.GetRealTop: Integer; begin if FVCanScroll then Result := FTop else Result := -FPicCenterTop; end; procedure TCustomScrollingImage.ImageSizeChanged; begin FPictureWidth := Trunc(FPicture.Width * FZoomPercent); FPictureHeight := Trunc(FPicture.Height * FZoomPercent); end; procedure TCustomScrollingImage.LoadGraphic(AGraphic: TGraphic); var OldOnChange: TNotifyEvent; begin if AGraphic = nil then Exit; OldOnChange := FPicture.OnChange; try FPicture.OnChange := nil; FPicture.Width := AGraphic.Width; FPicture.Height := AGraphic.Height; FPicture.Canvas.Draw(0, 0, AGraphic); TCustomBitmap(FPicture).NewImage; finally FPicture.OnChange := OldOnChange; end; end; procedure TCustomScrollingImage.PictureChanged(Sender: TObject); begin if (FPicture.Width <> FPictureWidth) or (FPicture.Height <> FPictureHeight) then ResetImagePos; ChangeImage; SizeChanged; CheckBounds; Invalidate; end; procedure TCustomScrollingImage.PictureNew(Sender: TObject); begin ResetImagePos; ChangeImage; if FAutoZoomImage or FAutoShrinkImage then DoFitImage else begin SizeChanged; if FAutoCenter then CenterImage else CheckBounds; Invalidate; end; end; procedure TCustomScrollingImage.ResetImagePos; begin FLeft := 0; FTop := 0; ImageSizeChanged; end; procedure TCustomScrollingImage.Resize; begin inherited Resize; if FAutoZoomImage or FAutoShrinkImage then DoFitImage else; SizeChanged; CheckBounds; end; procedure TCustomScrollingImage.ScrollEnd; begin if FScrollEnabled then ImagePos := Point(FPictureWidth - ClientWidth, FPictureHeight - ClientHeight); end; procedure TCustomScrollingImage.ScrollHome; begin if FScrollEnabled then ImagePos := Point(0, 0); end; procedure TCustomScrollingImage.ScrollImage(const DX, DY: Integer); begin if FHCanScroll then Dec(FLeft, DX); if FVCanScroll then Dec(FTop, DY); CheckBounds; Invalidate; end; procedure TCustomScrollingImage.ScrollPageDown; begin ScrollImage(0, -ClientHeight); end; procedure TCustomScrollingImage.ScrollPageLeft; begin ScrollImage(ClientWidth, 0); end; procedure TCustomScrollingImage.ScrollPageRight; begin ScrollImage(-ClientWidth, 0); end; procedure TCustomScrollingImage.ScrollPageUp; begin ScrollImage(0, ClientHeight); end; procedure TCustomScrollingImage.SetAutoCenter(const Value: Boolean); begin if FAutoCenter <> Value then begin FAutoCenter := Value; if FAutoCenter then CenterImage; end; end; procedure TCustomScrollingImage.SetAutoShrinkImage(const Value: Boolean); begin if FAutoShrinkImage <> Value then begin FAutoShrinkImage := Value; FitImageChanged; if Value then DoFitImage; end; end; procedure TCustomScrollingImage.SetAutoZoomImage(const Value: Boolean); begin if FAutoZoomImage <> Value then begin FAutoZoomImage := Value; FitImageChanged; if Value then DoFitImage; end; end; procedure TCustomScrollingImage.SetCanScroll(const Value: Boolean); begin if FCanScroll <> Value then begin FCanScroll := Value; SizeChanged; end; end; procedure TCustomScrollingImage.SetCanScrollWithMouse( const Value: Boolean); begin if FCanScrollWithMouse <> Value then begin FCanScrollWithMouse := Value; SizeChanged; end; end; procedure TCustomScrollingImage.SetImageLeft(const Value: Integer); begin if FLeft <> Value then begin FLeft := Value; CheckBounds; Invalidate; end; end; procedure TCustomScrollingImage.SetImagePos(const Value: TPoint); begin if (FLeft <> Value.X) or (FTop <> Value.Y) then begin FLeft := Value.X; FTop := Value.Y; CheckBounds; Invalidate; end; end; procedure TCustomScrollingImage.SetImageTop(const Value: Integer); begin if FTop <> Value then begin FTop := Value; CheckBounds; Invalidate; end; end; procedure TCustomScrollingImage.SetOnPaint(const Value: TPaintImageEvent); begin FOnPaint := Value; end; procedure TCustomScrollingImage.SetPicture(const Value: TBitmap); begin FPicture.Assign(Value); ResetImagePos; ChangeImage; SizeChanged; if FAutoCenter then CenterImage else CheckBounds; Invalidate; end; procedure TCustomScrollingImage.SetStretchMode(const Value: TStretchMode); begin if FStretchMode <> Value then begin FStretchMode := Value; Invalidate; end; end; procedure TCustomScrollingImage.SetTransparent(const Value: Boolean); begin if FTransparent <> Value then begin FTransparent := Value; Invalidate; end; end; procedure TCustomScrollingImage.SetZoom(const Value: Extended); var CX, CY, NewLeft, NewTop, ZoomFactor: Extended; begin if Value < 1 then Exit; if FZoom <> Value then begin ZoomFactor := Value / FZoom; CX := (ClientWidth - FPicCenterLeft * 2) / 2; CY := (ClientHeight - FPicCenterTop * 2) / 2; NewLeft := (FLeft + CX) * ZoomFactor; NewTop := (FTop + CY) * ZoomFactor; FLeft := Trunc(NewLeft - CX); FTop := Trunc(NewTop - CY); FZoom := Value; FZoomPercent := FZoom / 100; FInvZoom := 100 / FZoom; ZoomChanged; end; end; procedure TCustomScrollingImage.SizeChanged; begin // Проверяем, можно ли скроллить... FHCanScroll := (ClientWidth < FPictureWidth); // ...по горизонтали FVCanScroll := (ClientHeight < FPictureHeight); // ...по вертикали if FCanScroll then FScrollEnabled := FHCanScroll or FVCanScroll // И проверяем, можно ли скроллить вообще else FScrollEnabled := False; if FScrollEnabled and FCanScrollWithMouse then Cursor := FCanScrollCursor else Cursor := FScrollDisabledCursor; if FHCanScroll = False then begin FPicCenterLeft := (ClientWidth - FPictureWidth) div 2; FLeft := 0; end else FPicCenterLeft := 0; if FVCanScroll = False then begin FPicCenterTop := (ClientHeight - FPictureHeight) div 2; FTop := 0; end else FPicCenterTop := 0; if FPicCenterLeft > 0 then FPicCenterRight := FPicCenterLeft + FPictureWidth else FPicCenterRight := ClientWidth; if FPicCenterTop > 0 then FPicCenterBottom := FPicCenterTop + FPictureHeight else FPicCenterBottom := ClientHeight; FSrcWidth := Trunc((ClientWidth - FPicCenterLeft * 2) * FInvZoom); FSrcHeight := Trunc((ClientHeight - FPicCenterTop * 2) * FInvZoom); if Assigned(FOnChangeSize) then FOnChangeSize(Self); end; procedure TCustomScrollingImage.WMEraseBkgnd(var Message: TMessage); begin Message.Result := 1; end; procedure TCustomScrollingImage.WndProc(var Message: TMessage); begin case Message.Msg of WM_LBUTTONDOWN, WM_LBUTTONDBLCLK: if not (csDesigning in ComponentState) and not Focused then begin FClicksDisabled := True; Windows.SetFocus(Handle); FClicksDisabled := False; if not Focused then Exit; end; CN_COMMAND: if FClicksDisabled then Exit; end; inherited WndProc(Message); end; procedure TCustomScrollingImage.ZoomChanged; begin ImageSizeChanged; ChangeImage; SizeChanged; CheckBounds; Invalidate; if Assigned(FOnZoomChanged) then FOnZoomChanged(Self); end; // ***************************************************************************** // TScrollingImage // ***************************************************************************** procedure TScrollingImage.ChangeImage; begin inherited ChangeImage; Invalidate; end; procedure TScrollingImage.ImageSizeChanged; begin inherited ImageSizeChanged; Invalidate; end; procedure TScrollingImage.MouseDown(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin if Button = FScrollButton then if FScrollEnabled and FCanScrollWithMouse then begin FX := Mouse.CursorPos.X; FY := Mouse.CursorPos.Y; FDragging := True; Screen.Cursor := FDragCursor; end; inherited MouseDown(Button, Shift, X, Y); end; procedure TScrollingImage.MouseMove(Shift: TShiftState; X, Y: Integer); var L, H, OldLeft, OldTop: Integer; begin if FScrollEnabled and FCanScrollWithMouse then begin if FDragging then begin OldLeft := FLeft; OldTop := FTop; if FHCanScroll then begin L := Mouse.CursorPos.X; FLeft := FX + FLeft - L; FX := L; end; if FVCanScroll then begin H := Mouse.CursorPos.Y; FTop := FY + FTop - H; FY := H; end; CheckBounds; if (OldLeft <> FLeft) or (OldTop <> FTop) then Invalidate; end; end; inherited MouseMove(Shift, X, Y); end; procedure TScrollingImage.MouseUp(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin if FDragging then FDragging := Button <> FScrollButton; if FScrollEnabled and FCanScrollWithMouse then Screen.Cursor := crDefault; inherited MouseUp(Button, Shift, X, Y); end; procedure TScrollingImage.Paint; var TempParentImage: TBitmap; begin if (csDesigning in ComponentState) and Empty then begin with Canvas do begin Brush.Color := Color; Brush.Style := bsSolid; Pen.Style := psDash; Pen.Color := clBlack; Rectangle(0, 0, ClientWidth, ClientHeight); end; end else begin if (FHCanScroll = False) or (FVCanScroll = False) then begin with Canvas do begin if FTransparent then begin TempParentImage := TBitmap.Create; try TempParentImage.Width := ClientWidth; TempParentImage.Height := ClientHeight; CopyParentImage(Self, TempParentImage.Canvas); if FHCanScroll or FVCanScroll then begin if FHCanScroll then begin BitBlt(Canvas.Handle, 0, 0, ClientWidth, FPicCenterTop, TempParentImage.Canvas.Handle, 0, 0, SRCCOPY); BitBlt(Canvas.Handle, 0, FPicCenterBottom, ClientWidth, ClientHeight, TempParentImage.Canvas.Handle, 0, FPicCenterTop + FPictureHeight, SRCCOPY); end; if FVCanScroll then begin BitBlt(Canvas.Handle, 0, 0, FPicCenterLeft, ClientHeight, TempParentImage.Canvas.Handle, 0, 0, SRCCOPY); BitBlt(Canvas.Handle, FPicCenterRight, 0, ClientWidth, ClientHeight, TempParentImage.Canvas.Handle, FPicCenterLeft + FPictureWidth, 0, SRCCOPY); end; end else begin BitBlt(Canvas.Handle, 0, 0, ClientWidth, FPicCenterTop, TempParentImage.Canvas.Handle, 0, 0, SRCCOPY); BitBlt(Canvas.Handle, 0, FPicCenterBottom, ClientWidth, ClientHeight, TempParentImage.Canvas.Handle, 0, FPicCenterTop + FPictureHeight, SRCCOPY); BitBlt(Canvas.Handle, 0, 0, FPicCenterLeft, ClientHeight, TempParentImage.Canvas.Handle, 0, 0, SRCCOPY); BitBlt(Canvas.Handle, FPicCenterRight, 0, ClientWidth, ClientHeight, TempParentImage.Canvas.Handle, FPicCenterLeft + FPictureWidth, 0, SRCCOPY); end; finally TempParentImage.Free; end; end else begin Brush.Color := Color; Brush.Style := bsSolid; if FHCanScroll or FVCanScroll then begin if FHCanScroll then begin FillRect(Rect(0, 0, ClientWidth, FPicCenterTop)); FillRect(Rect(0, FPicCenterBottom, ClientWidth, ClientHeight)); end; if FVCanScroll then begin FillRect(Rect(0, 0, FPicCenterLeft, ClientHeight)); FillRect(Rect(FPicCenterRight, 0, ClientWidth, ClientHeight)); end; end else begin FillRect(Rect(0, 0, ClientWidth, FPicCenterTop)); FillRect(Rect(0, FPicCenterBottom, ClientWidth, ClientHeight)); FillRect(Rect(0, 0, FPicCenterLeft, ClientHeight)); FillRect(Rect(FPicCenterRight, 0, ClientWidth, ClientHeight)); end; end; end; end; if Zoom = 100 then begin if Assigned(FOnPaint) then FOnPaint(Canvas, FPicCenterLeft, FPicCenterTop, ClientWidth, ClientHeight, FLeft, FTop, FPicture) else BitBlt(Canvas.Handle, FPicCenterLeft, FPicCenterTop, ClientWidth, ClientHeight, FPicture.Canvas.Handle, FLeft, FTop, SRCCOPY); end else begin if Assigned(FOnScaleImage) then FOnScaleImage(Canvas, FPicCenterLeft, FPicCenterTop, FPicCenterRight - FPicCenterLeft, FPicCenterBottom - FPicCenterTop, FOriginalLeft, FOriginalTop, FSrcWidth, FSrcHeight, FPicture) else begin SetStretchBltMode(Canvas.Handle, {STRETCH_DELETESCANS}FStretchMode); StretchBlt(Canvas.Handle, FPicCenterLeft, FPicCenterTop, FPicCenterRight - FPicCenterLeft, FPicCenterBottom - FPicCenterTop, FPicture.Canvas.Handle, FOriginalLeft, FOriginalTop, FSrcWidth, FSrcHeight, SRCCOPY); end; end; end; end; procedure TScrollingImage.ResetImagePos; begin inherited ResetImagePos; Invalidate; end; procedure TScrollingImage.SizeChanged; begin inherited SizeChanged; Invalidate; end; procedure TScrollingImage.WMLButtonDblClk(var Message: TMessage); begin { if FScrollEnabled and FCanScrollWithMouse then begin FDragging := True; Screen.Cursor := FDragCursor; end; } inherited; end; procedure TScrollingImage.WMLButtonDown(var Message: TMessage); begin { if FScrollEnabled and FCanScrollWithMouse then begin FX := Mouse.CursorPos.X; FY := Mouse.CursorPos.Y; FDragging := True; Screen.Cursor := FDragCursor; end; } inherited; end; procedure TScrollingImage.WMLButtonUp(var Message: TMessage); begin { FDragging := False; if FScrollEnabled and FCanScrollWithMouse then Screen.Cursor := crDefault; } inherited; end; procedure TScrollingImage.WMMouseMove(var Message: TMessage); {var L, H, OldLeft, OldTop: Integer;} begin { if FScrollEnabled and FCanScrollWithMouse then begin if FDragging then begin OldLeft := FLeft; OldTop := FTop; if FHCanScroll then begin L := Mouse.CursorPos.X; FLeft := FX + FLeft - L; FX := L; end; if FVCanScroll then begin H := Mouse.CursorPos.Y; FTop := FY + FTop - H; FY := H; end; CheckBounds; if (OldLeft <> FLeft) or (OldTop <> FTop) then Invalidate; end; end; } inherited; end; // ***************************************************************************** // TFastScrollingImage // ***************************************************************************** procedure TFastScrollingImage.BitmapMouseDown(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin if Button = FScrollButton then if FScrollEnabled and FCanScrollWithMouse then begin FX := Mouse.CursorPos.X; FY := Mouse.CursorPos.Y; FDragging := True; Screen.Cursor := FDragCursor; //SetCapture(Handle); end; if Assigned(FOnMouseDown) then FOnMouseDown(Sender, Button, Shift, X, Y); end; procedure TFastScrollingImage.BitmapMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer); var L, H: Integer; begin if FScrollEnabled and FCanScrollWithMouse then begin if FDragging then begin if FHCanScroll then begin L := Mouse.CursorPos.X; FLeft := FX + FLeft - L; FX := L; end; if FVCanScroll then begin H := Mouse.CursorPos.Y; FTop := FY + FTop - H; FY := H; end; CheckBounds; end; end; if Assigned(FOnMouseMove) then FOnMouseMove(Sender, Shift, X, Y); end; procedure TFastScrollingImage.BitmapMouseUp(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin if FDragging then begin FDragging := Button <> FScrollButton; //if not FDragging then ReleaseCapture; end; if FScrollEnabled and FCanScrollWithMouse then Screen.Cursor := crDefault; if Assigned(FOnMouseUp) then FOnMouseUp(Sender, Button, Shift, X, Y); with TControl(Sender) do if (X >= 0) and (Y >= 0) and (X <= ClientWidth) and (Y <= ClientHeight) and Assigned(FOnClick) then FOnClick(Self); end; procedure TFastScrollingImage.CheckBounds; begin inherited CheckBounds; if FBitmapContainer.Visible then ScrollBy(FSelfLeft - FLeft, FSelfTop - FTop) else FBitmapContainer.SetBounds(FBitmapContainer.Left + FSelfLeft - FLeft, FBitmapContainer.Top + FSelfTop - FTop, FBitmapContainer.Width, FBitmapContainer.Height); FSelfLeft := FLeft; FSelfTop := FTop; end; procedure TFastScrollingImage.Click; begin inherited Click; if Assigned(FOnClick) then FOnClick(Self); end; constructor TFastScrollingImage.Create(AOwner: TComponent); begin inherited Create(AOwner); FSelfLeft := 0; FSelfTop := 0; FScrollButton := mbLeft; FBitmapContainer := TBitmapContainer.Create(Self); with FBitmapContainer do begin Parent := Self; OnMouseDown := BitmapMouseDown; OnMouseMove := BitmapMouseMove; OnMouseUp := BitmapMouseUp; OnPaint := FOnPaint; end; end; procedure TFastScrollingImage.FitImageChanged; begin ShowScrollBar(Handle, SB_BOTH, False); end; procedure TFastScrollingImage.Invalidate; begin if not FBitmapContainer.Visible then inherited Invalidate; end; procedure TFastScrollingImage.MouseDown(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin inherited MouseDown(Button, Shift, X, Y); if Assigned(FOnMouseDown) then FOnMouseDown(Self, Button, Shift, X, Y); end; procedure TFastScrollingImage.MouseMove(Shift: TShiftState; X, Y: Integer); begin inherited MouseMove(Shift, X, Y); if Assigned(FOnMouseMove) then FOnMouseMove(Self, Shift, X, Y); end; procedure TFastScrollingImage.MouseUp(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin inherited MouseUp(Button, Shift, X, Y); if Assigned(FOnMouseUp) then FOnMouseUp(Self, Button, Shift, X, Y); end; procedure TFastScrollingImage.Paint; begin if not FBitmapContainer.Visible then inherited Paint; end; procedure TFastScrollingImage.ResetImagePos; begin inherited ResetImagePos; FSelfLeft := 0; FSelfTop := 0; FBitmapContainer.SetBounds(0, 0, Max(FPictureWidth, ClientWidth), Max(FPictureHeight, ClientHeight)); end; procedure TFastScrollingImage.SetOnPaint(const Value: TPaintImageEvent); begin inherited SetOnPaint(Value); FBitmapContainer.OnPaint := Value; end; procedure TFastScrollingImage.SetTransparent(const Value: Boolean); begin inherited SetTransparent(Value); FBitmapContainer.Visible := (FZoom = 100) and not Value; end; procedure TFastScrollingImage.SizeChanged; var L, T, W, H: Integer; begin inherited SizeChanged; if (FHCanScroll = False) and (FVCanScroll = False) then begin FSelfLeft := 0; FSelfTop := 0; FBitmapContainer.SetBounds(0, 0, ClientWidth, ClientHeight); end else begin if FHCanScroll = False then begin FSelfLeft := 0; L := 0; W := ClientWidth; end else begin L := FBitmapContainer.Left; W := FPictureWidth; end; if FVCanScroll = False then begin FSelfTop := 0; T := 0; H := ClientHeight; end else begin T := FBitmapContainer.Top; H := FPictureHeight; end; FBitmapContainer.SetBounds(L, T, W, H); end; end; procedure TFastScrollingImage.ZoomChanged; begin FBitmapContainer.Visible := not FTransparent and (FZoom = 100); inherited ZoomChanged; end; // ***************************************************************************** // TSBScrollingImage // ***************************************************************************** procedure TSBScrollingImage.CheckBounds; begin inherited CheckBounds; if FScrollBarsVisible then begin if FHCanScroll then SetScrollPos(Handle, SB_HORZ, FLeft, True); if FVCanScroll then SetScrollPos(Handle, SB_VERT, FTop, True); end; end; constructor TSBScrollingImage.Create(AOwner: TComponent); begin inherited Create(AOwner); FScrollBarIncrement := 25; FScrollBarsVisible := True; end; procedure TSBScrollingImage.SetScrollBarsVisible(const Value: Boolean); begin if FScrollBarsVisible <> Value then begin FScrollBarsVisible := Value; if FScrollBarsVisible then begin UpdateScrollRange; SizeChanged; CheckBounds; end else UpdateScrollBars; end; end; procedure TSBScrollingImage.SizeChanged; var ScrollInfo: TScrollInfo; begin inherited SizeChanged; UpdateScrollBars; if FScrollBarsVisible and FCanScroll then begin // Устанавливаем размер бегунка для каждого скроллбара ScrollInfo.cbSize := SizeOf(ScrollInfo); ScrollInfo.fMask := SIF_PAGE; if FHCanScroll then begin ScrollInfo.nPage := ClientWidth; SetScrollInfo(Handle, SB_HORZ, ScrollInfo, True); end; if FVCanScroll then begin ScrollInfo.nPage := ClientHeight; SetScrollInfo(Handle, SB_VERT, ScrollInfo, True); end; end; UpdateScrollRange; end; procedure TSBScrollingImage.UpdateScrollBars; var OldAutoShrinkImage: Boolean; OldAutoZoomImage: Boolean; begin if FCanScroll then EnableScrollBar(Handle, SB_BOTH, ESB_ENABLE_BOTH) else EnableScrollBar(Handle, SB_BOTH, ESB_DISABLE_BOTH); OldAutoShrinkImage := FAutoShrinkImage; OldAutoZoomImage := FAutoZoomImage; FAutoShrinkImage := False; FAutoZoomImage := False; try if FScrollBarsVisible then begin ShowScrollBar(Handle, SB_HORZ, FHCanScroll); ShowScrollBar(Handle, SB_VERT, FVCanScroll); end else ShowScrollBar(Handle, SB_BOTH, False); finally FAutoShrinkImage := OldAutoShrinkImage; FAutoZoomImage := OldAutoZoomImage; end; end; procedure TSBScrollingImage.UpdateScrollRange; begin if FScrollBarsVisible and FCanScroll then begin // Устанавливаем размер области, прокручиваемой скроллбаром if FHCanScroll then SetScrollRange(Handle, SB_HORZ, 0, FPictureWidth, True); if FVCanScroll then SetScrollRange(Handle, SB_VERT, 0, FPictureHeight, True); end; end; procedure TSBScrollingImage.WMHScroll(var Message: TWMHScroll); begin if (Message.ScrollBar = 0) and FHCanScroll then begin case Message.ScrollCode of SB_LINEUP: ScrollImage(FScrollBarIncrement, 0); SB_LINEDOWN: ScrollImage(-FScrollBarIncrement, 0); SB_PAGEUP: ScrollImage(ClientWidth, 0); SB_PAGEDOWN: ScrollImage(-ClientWidth, 0); SB_THUMBPOSITION: ImageLeft := Message.Pos; SB_THUMBTRACK: ImageLeft := Message.Pos; SB_TOP: ImageLeft := 0; SB_BOTTOM: ImageLeft := FPictureWidth - ClientWidth; //SB_ENDSCROLL: begin end; end; end else inherited; end; procedure TSBScrollingImage.WMVScroll(var Message: TWMVScroll); begin if (Message.ScrollBar = 0) and FVCanScroll then begin case Message.ScrollCode of SB_LINEUP: ScrollImage(0, FScrollBarIncrement); SB_LINEDOWN: ScrollImage(0, -FScrollBarIncrement); SB_PAGEUP: ScrollImage(0, ClientWidth); SB_PAGEDOWN: ScrollImage(0, -ClientWidth); SB_THUMBPOSITION: ImageTop := Message.Pos; SB_THUMBTRACK: ImageTop := Message.Pos; SB_TOP: ImageTop := 0; SB_BOTTOM: ImageTop := FPictureHeight - ClientHeight; //SB_ENDSCROLL: begin end; end; end else inherited; end; initialization // Загрузка курсоров по умолчанию Screen.Cursors[crImageHand] := LoadCursor(HInstance, 'HAND'); Screen.Cursors[crImageDrag] := LoadCursor(HInstance, 'DRAG'); end.
unit DataSet.Interfaces; interface uses System.SysUtils, System.Rtti, System.Classes, Data.DB, Spring, MVVM.Interfaces, MVVM.Interfaces.Architectural, MVVM.Bindings, MVVM.Types, DataSet.Types, DataSet.Model; const GET_ROWS = 'GetRows'; APPEND_ROW = 'AppendRow'; DELETE_ROW = 'DeleteActiveRow'; UPDATE_ROW = 'UpdateRow'; CLOSE_DATASET = 'CloseDataSet'; OPEN_DATASET = 'OpenDataSet'; DATASET_IS_CLOSED = 'DataSetIsClosed'; DATASET_IS_OPEN = 'DataSetIsOpen'; type IDataSet_ViewModel = Interface(IViewModel) ['{452FF42A-9FE0-49D0-A3D1-DE6422E1202B}'] function GetDataSet: TDataSet; function GetProcMakeGetRows: TExecuteMethod; function GetProcDeleteActiveRow: TExecuteMethod; function GetProcMakeAppend: TExecuteMethod; function GetProcMakeUpdate: TExecuteMethod; function GetIsOpen: TCanExecuteMethod; function GetIsClosed: TCanExecuteMethod; function GetTableName: String; procedure SetTableName(const ATableName: string); function GetNewRowView: string; procedure SetNewRowView(const AViewName: string); function GetUpdateRowView: string; procedure SetUpdateRowView(const AViewName: string); function GetTableIndex: string; procedure SetTableIndex(const ATableIndex: string); procedure SetModel(AModel: TDataSet_Model); procedure CloseDataSet; procedure OpenDataSet; function GetRows(const AFields: TFieldsToGet): TFieldConverters; procedure AppendRow(const AFields: TFieldConverters); procedure UpdateActiveRow(const AFields: TFieldConverters); property NewRowView: string read GetNewRowView write SetNewRowView; property UpdateRowView: string read GetUpdateRowView write SetUpdateRowView; property TableName: string read GetTableName write SetTableName; property TableIndex: string read GetTableIndex write SetTableIndex; property DataSet: TDataSet read GetDataSet; property IsOpen: TCanExecuteMethod read GetIsOpen; property IsClosed: TCanExecuteMethod read GetIsClosed; property DoMakeGetRows: TExecuteMethod read GetProcMakeGetRows; property DoDeleteActiveRow: TExecuteMethod read GetProcDeleteActiveRow; property DoMakeAppend: TExecuteMethod read GetProcMakeAppend; property DoMakeUpdate: TExecuteMethod read GetProcMakeUpdate; end; implementation end.
unit Classes.Floor; interface uses Interfaces.Floor, Vcl.ExtCtrls, System.Classes, System.Types, Vcl.Imaging.pngimage, Vcl.Controls; type TFloor = class(TInterfacedObject, IFloor) strict private var FPosition: TPoint; FImage: TImage; FOwner: TGridPanel; FGoal: Boolean; png: TPngImage; public class function New(const AOwner: TGridPanel): IFloor; destructor Destroy; override; function Position(const Value: TPoint): IFloor; overload; function Position: TPoint; overload; function Goal(const Value: Boolean): IFloor; overload; function Goal: Boolean; overload; function Owner(const Value: TGridPanel): IFloor; overload; function Owner: TGridPanel; overload; function CreateImages: IFloor; End; implementation uses System.SysUtils, Vcl.Graphics; { TFloor } function TFloor.CreateImages: IFloor; var Panel: TWinControl; begin Result := Self; Panel := TWinControl(FOwner.ControlCollection.Controls[FPosition.X - 1, FPosition.Y - 1]); FImage := TImage.Create(Panel); FImage.Parent := Panel; FImage.Align := alClient; if Assigned(png) then FreeAndNil(png); png := TPngImage.Create; png.LoadFromResourceName(HInstance, 'floor'); FImage.Picture.Graphic := png; end; destructor TFloor.Destroy; begin FOwner.ControlCollection.RemoveControl(FImage); FreeAndNil(FImage); if Assigned(png) then FreeAndNil(png); inherited; end; function TFloor.Goal: Boolean; begin Result := FGoal; end; class function TFloor.New(const AOwner: TGridPanel): IFloor; begin Result := Self.Create; Result.Owner(AOwner); end; function TFloor.Goal(const Value: Boolean): IFloor; begin Result := Self; end; function TFloor.Owner: TGridPanel; begin Result := FOwner; end; function TFloor.Owner(const Value: TGridPanel): IFloor; begin Result := Self; FOwner := Value; end; function TFloor.Position(const Value: TPoint): IFloor; begin Result := Self; FPosition := Value; end; function TFloor.Position: TPoint; begin Result := FPosition; end; end.
program HowToDrawPrimitiveShapes; uses SwinGame, sgTypes; procedure Main(); begin OpenGraphicsWindow('Primitive shapes', 800, 250); LoadDefaultColors(); ClearScreen(ColorWhite); DrawCircle(ColorBlack, 50, 50, 30); DrawEllipse(ColorBlue, 150, 20, 120, 60); DrawLine(ColorGreen, 300, 40, 450, 40); DrawRectangle(ColorGrey, 500, 20, 100, 60 ); DrawTriangle(ColorPink, 650, 80, 750, 80, 700, 20); FillCircle(ColorMagenta, 50, 160, 30); FillEllipse(ColorRed, 150, 130, 120, 60); FillRectangle(ColorTurquoise, 300, 130, 100, 60); FillTriangle(ColorYellow, 500, 190, 700, 190, 600, 130); RefreshScreen(); Delay(5000); ReleaseAllResources(); end; begin Main(); end.
unit HlpBlake2BIvBuilder; {$I ..\..\Include\HashLib.inc} interface uses {$IFDEF DELPHI} HlpBitConverter, {$ENDIF DELPHI} HlpConverters, HlpBlake2BTreeConfig, HlpIBlake2BConfig, HlpIBlake2BTreeConfig, HlpHashLibTypes; resourcestring SInvalidHashSize = '"HashSize" Must Be Greater Than 0 And Less Than or Equal To 64'; SInvalidKeyLength = '"Key" Length Must Not Be Greater Than 64'; SInvalidPersonalisationLength = '"Personalisation" Length Must Be Equal To 16'; SInvalidSaltLength = '"Salt" Length Must Be Equal To 16'; STreeIncorrectInnerHashSize = 'Tree Inner Hash Size Must Not Be Greater Than 64'; type TBlake2BIvBuilder = class sealed(TObject) strict private class var FSequentialTreeConfig: IBlake2BTreeConfig; class procedure VerifyConfigB(const config: IBlake2BConfig; const treeConfig: IBlake2BTreeConfig; isSequential: Boolean); static; class constructor Blake2BIvBuilder(); public class function ConfigB(const config: IBlake2BConfig; var treeConfig: IBlake2BTreeConfig): THashLibUInt64Array; static; end; implementation { TBlake2BIvBuilder } class procedure TBlake2BIvBuilder.VerifyConfigB(const config: IBlake2BConfig; const treeConfig: IBlake2BTreeConfig; isSequential: Boolean); begin // digest length if ((config.HashSize <= 0) or (config.HashSize > 64)) then begin raise EArgumentOutOfRangeHashLibException.CreateRes(@SInvalidHashSize); end; // Key length if (config.Key <> Nil) then begin if (System.Length(config.Key) > 64) then begin raise EArgumentOutOfRangeHashLibException.CreateRes(@SInvalidKeyLength); end; end; // Salt length if (config.Salt <> Nil) then begin if (System.Length(config.Salt) <> 16) then begin raise EArgumentOutOfRangeHashLibException.CreateRes(@SInvalidSaltLength); end; end; // Personalisation length if (config.Personalisation <> Nil) then begin if (System.Length(config.Personalisation) <> 16) then begin raise EArgumentOutOfRangeHashLibException.CreateRes (@SInvalidPersonalisationLength); end; end; // Tree InnerHashSize if (treeConfig <> Nil) then begin if ((not isSequential) and ((treeConfig.InnerHashSize <= 0))) then begin raise EArgumentOutOfRangeHashLibException.Create ('treeConfig.TreeIntermediateHashSize'); end; if (treeConfig.InnerHashSize > 64) then begin raise EArgumentOutOfRangeHashLibException.CreateRes (@STreeIncorrectInnerHashSize); end; end; end; class constructor TBlake2BIvBuilder.Blake2BIvBuilder; begin FSequentialTreeConfig := TBlake2BTreeConfig.Create(); FSequentialTreeConfig.FanOut := 1; FSequentialTreeConfig.MaxDepth := 1; FSequentialTreeConfig.LeafSize := 0; FSequentialTreeConfig.NodeOffset := 0; FSequentialTreeConfig.NodeDepth := 0; FSequentialTreeConfig.InnerHashSize := 0; FSequentialTreeConfig.IsLastNode := False; end; class function TBlake2BIvBuilder.ConfigB(const config: IBlake2BConfig; var treeConfig: IBlake2BTreeConfig): THashLibUInt64Array; var isSequential: Boolean; tempBuffer: THashLibByteArray; begin isSequential := treeConfig = Nil; if (isSequential) then begin treeConfig := FSequentialTreeConfig; end; VerifyConfigB(config, treeConfig, isSequential); System.SetLength(tempBuffer, 64); tempBuffer[0] := config.HashSize; tempBuffer[1] := System.Length(config.Key); if treeConfig <> Nil then begin tempBuffer[2] := treeConfig.FanOut; tempBuffer[3] := treeConfig.MaxDepth; TConverters.ReadUInt32AsBytesLE(treeConfig.LeafSize, tempBuffer, 4); TConverters.ReadUInt64AsBytesLE(treeConfig.NodeOffset, tempBuffer, 8); tempBuffer[16] := treeConfig.NodeDepth; tempBuffer[17] := treeConfig.InnerHashSize; end; if config.Salt <> Nil then begin System.Move(config.Salt[0], tempBuffer[32], 16 * System.SizeOf(Byte)); end; if config.Personalisation <> Nil then begin System.Move(config.Personalisation[0], tempBuffer[48], 16 * System.SizeOf(Byte)); end; System.SetLength(Result, 8); TConverters.le64_copy(PByte(tempBuffer), 0, PUInt64(Result), 0, System.Length(tempBuffer) * System.SizeOf(Byte)); end; end.
unit uAbstractControl; interface uses Forms, SysUtils, Classes, Variants, FireDAC.Stan.Intf, FireDAC.Stan.Option, FireDAC.Stan.Error, FireDAC.UI.Intf, FireDAC.Phys.Intf, FireDAC.Stan.Def, FireDAC.Stan.Pool, FireDAC.Stan.Async, FireDAC.Phys, FireDAC.Comp.Client, FireDAC.DBX.Migrate; const MO_ExceptionMsg = 'Meeting Organizer Error: ' + #13; type TAbstractControl = class(TComponent) private fDBConnection: TFDConnection; procedure SetDBConnection(value: TFDConnection); function GetDBConnection: TFDConnection; public constructor Create(AOwner: TComponent); override; destructor Destroy; override; procedure CreateDefaultDM; virtual; abstract; procedure CreateDefaultForm; virtual; abstract; property DBConnection: TFDConnection read GetDBConnection write SetDBConnection; function DataFormat(Data: Variant; DataType: Char): string; end; implementation uses uMainForm; { TAbstractControl } constructor TAbstractControl.Create(AOwner: TComponent); begin inherited Create(AOwner); DBConnection := TMainForm(Application.MainForm).DBConnection; CreateDefaultDM; end; destructor TAbstractControl.Destroy; begin inherited Destroy; end; function TAbstractControl.GetDBConnection: TFDConnection; begin Result := fDBConnection; end; procedure TAbstractControl.SetDBConnection(value: TFDConnection); begin fDBConnection := value; end; function TAbstractControl.DataFormat(Data: Variant; DataType: Char): string; begin if VarIsEmpty(Data) then begin Result := ''; end else begin if DataType = 'C' then begin Result := #39 + Data + #39; end else if DataType = 'D' then begin Result := 'CAST(' + #39 + FormatDateTime('mm/dd/yyyy', VarToDateTime(Data) ) + #39 + ' AS DATE)' end else if DataType = 'T' then begin Result := 'CAST(' + #39 + FormatDateTime('mm/dd/yyyy hh:nn:ss', VarToDateTime(Data)) + #39 + ' AS TIMESTAMP)' end else if DataType = 'N' then begin Result := StringReplace(Result, '.', '', [rfReplaceAll]); Result := StringReplace(Result, ',', '.', [rfReplaceAll]); end; end; end; end.
unit dbiMain; interface uses System.SysUtils, System.Classes, FireDAC.Stan.Intf, FireDAC.Stan.Option, FireDAC.Stan.Error, FireDAC.UI.Intf, FireDAC.Phys.Intf, FireDAC.Stan.Def, FireDAC.Stan.Pool, FireDAC.Stan.Async, FireDAC.Phys, FireDAC.Phys.FB, FireDAC.Phys.FBDef, FireDAC.Stan.Param, FireDAC.DatS, FireDAC.DApt.Intf, FireDAC.DApt, Data.DB, FireDAC.Comp.DataSet, FireDAC.Comp.Client, uEtcXE, FireDAC.VCLUI.Wait, FireDAC.Comp.UI, FireDAC.Phys.IBBase; type Tdm = class(TDataModule) cnxRecipes: TFDConnection; qryRecipes: TFDQuery; FDPhysFBDriverLink1: TFDPhysFBDriverLink; FDGUIxWaitCursor1: TFDGUIxWaitCursor; procedure cnxRecipesBeforeConnect(Sender: TObject); private { Private declarations } public procedure orderRecipes(sField: string); procedure filterRecipesByCode(sCode: string); procedure filterRecipesByDscr(sCode: string); function getNameOfRecipe(pRecipeID: integer): string; function getDscrOfRecipe(pRecipeID: integer): string; end; var dm: Tdm; implementation {%CLASSGROUP 'Vcl.Controls.TControl'} {$R *.dfm} procedure Tdm.cnxRecipesBeforeConnect(Sender: TObject); begin with Sender as TFDConnection do begin Params.Values['Database'] := puntoIni.readString('gdb', 'recipes', Params.Values['Database']) end end; procedure Tdm.orderRecipes(sField: string); begin with qryRecipes do begin indexFieldNames := sField end end; procedure Tdm.filterRecipesByCode(sCode: string); begin with qryRecipes do begin if not active then exit; filtered := sCode <> ''; if filtered then filter := 'upper(NOME) like ''%' + sCode + '%'''; end end; procedure Tdm.filterRecipesByDscr(sCode: string); begin with qryRecipes do begin if not active then exit; filtered := sCode <> ''; if filtered then filter := 'upper(DESCRIZIONE) like ''%' + sCode + '%'''; end end; function Tdm.getNameOfRecipe(pRecipeID: integer): string; begin with qryRecipes do begin if locate('IDRICETTA', pRecipeID) then begin result := trim(fieldByName('NOME').AsString); end else result := 'NOT FOUND'; end end; function Tdm.getDscrOfRecipe(pRecipeID: integer): string; begin with qryRecipes do begin if locate('IDRICETTA', pRecipeID) then begin result := trim(fieldByName('DESCRIZIONE').AsString); end else result := 'NOT FOUND'; end end; end.
unit Model.Interfaces; interface uses Vcl.Samples.Spin, Vcl.ComCtrls, Data.DB, Datasnap.DBClient; type TProgress = Vcl.ComCtrls.TProgressBar; TDataset = Data.DB.TDataSet; TClientDataSet = Datasnap.DBClient.TClientDataSet; TFieldType = Data.DB.TFieldType; IThreadModel = interface ['{0E6F3257-C07B-4386-AB24-F67400C88476}'] procedure ExecutarLaco(PMilisegundos: Integer; PProgresso: TProgress); end; IProjetoModel = interface ['{BDF229A0-ADD7-4669-AA55-5F2613CFC70A}'] function ObterTotal(PDataSet: TDataSet): Currency; function ObterTotalDivisoes(PDataSet: TDataSet): Currency; procedure RetornarDataSet(PDataSet: TDataSet); end; IFactoryModel = interface ['{2FE62639-FA9A-4360-ACE9-16D29A1F1E4B}'] function ThreadModel: IThreadModel; function ProjetoModel: IProjetoModel; end; implementation end.
unit DataModels; interface uses SysUtils, Generics.Collections, Aurelius.Mapping.Attributes, Aurelius.Types.Blob, Aurelius.Types.DynamicProperties, Aurelius.Types.Nullable, Aurelius.Types.Proxy, Aurelius.Criteria.Dictionary; type [Entity, AutoMapping] TProducts = class private FId: Integer; FDescription: string; FUnitName: string; FCostPrice: Double; FPrice: Double; FToSell: Boolean; FToBuy: Boolean; FIsRaw: Boolean; public property Id: Integer read FId write FId; property Description: string read FDescription write FDescription; property UnitName: string read FUnitName write FUnitName; property CostPrice: Double read FCostPrice write FCostPrice; property Price: Double read FPrice write FPrice; property ToSell: Boolean read FToSell write FToSell; property ToBuy: Boolean read FToBuy write FToBuy; property IsRaw: Boolean read FIsRaw write FIsRaw; end; implementation initialization RegisterEntity(TProducts); end.
unit UMovimentacao; interface uses UUtilitarios , UEntidade , UTipoMovimentacao , UProduto , UStatus , UDeposito , URequisicaoEstoque ; type TSituacao = (sEstornado , sConfirmado); TMOVIMETNACAO = class(TENTIDADE) public DATA : TDateTime; QUANTIDADE : Double; TIPOMOVIMENTACAO : TTIPOMOVIMENTACAO; PRODUTO : TPRODUTO; STATUS : TSTATUS; DEPOSITO : TDEPOSITO; REQUISICAO : TREQUISICAOESTOQUE; SITUACAO : TSituacao; constructor Create; override; destructor Destroy; override; end; const TBL_MOVIMENTACAO = 'MOVIMENTAÇÃO'; FLD_MOVIMENTACAO_TIPO = 'ID_TIPO_MOVIMENTACAO'; FLD_MOVIMENTACAO_PRODUTO = 'ID_PRODUTO'; FLD_MOVIMENTACAO_STATUS = 'ID_STATUS_MOVIMENTO'; FLD_MOVIMENTACAO_DEPOSITO = 'ID_DEPOSITO'; FLD_MOVIMENTACAO_REQUISICAO = 'ID_REQUISICAO'; FLD_MOVIMENTACAO_DATA = 'DATA_MOVIMENTO'; FLD_MOVIMENTACAO_QUANTIDADE = 'QUANTIDADE'; FLD_MOVIMENTACAO_SITUACAO = 'SITUACAO'; resourcestring STR_MOVIMENTACAO = 'Movimentação'; implementation { TMOVIMETNACAO } uses SysUtils ; constructor TMOVIMETNACAO.Create; begin inherited; TIPOMOVIMENTACAO := TTIPOMOVIMENTACAO.Create; PRODUTO := TPRODUTO.Create; STATUS := TSTATUS.Create; DEPOSITO := TDEPOSITO.Create; REQUISICAO := TREQUISICAOESTOQUE.Create; end; destructor TMOVIMETNACAO.Destroy; begin FreeAndNil(TIPOMOVIMENTACAO); FreeAndNil(PRODUTO); FreeAndNil(STATUS); FreeAndNil(DEPOSITO); FreeAndNil(REQUISICAO); inherited; end; end.
{*******************************************************} { } { 基于HCView的电子病历程序 作者：荆通 } { } { 此代码仅做学习交流使用，不可用于商业目的，由此引发的 } { 后果请使用者承担，加入QQ群 649023932 来获取更多的技术 } { 交流。 } { } {*******************************************************} unit BLLClientContext; interface uses SysUtils, Classes, Windows, Math, diocp_tcp_server, emr_MsgPack, StreamProtocol; type TRemoteServer = class(TObject) private FHost: string; FPort: Integer; public constructor CreateEx(const AHost: string; const APort: Integer); property Host: string read FHost write FHost; property Port: Integer read FPort write FPort; end; TBLLAgent = class(TObject) private FStream: TMemoryStream; FContext: TIocpClientContext; public constructor Create(const AStream: TStream; const AContext: TIocpClientContext); destructor Destroy; override; property Stream: TMemoryStream read FStream; property Context: TIocpClientContext read FContext; end; TOnContextActionEvent = procedure(const AStream: TStream; const AContext: TIocpClientContext) of object; TBLLClientContext = class(TIocpClientContext) private FStreamObject: TDiocpStreamObject; FOnContextAction: TOnContextActionEvent; protected procedure DoCleanUp; override; procedure OnDisconnected; override; procedure OnConnected; override; procedure OnRecvBuffer(buf: Pointer; len: Cardinal; ErrCode: Word); override; public constructor Create; override; destructor Destroy; override; /// <summary> /// 数据处理 /// </summary> /// <param name="pvObject"> (TDiocpStreamObject) </param> procedure DoContextAction(const ARequestContent: TMemoryStream); procedure SendStream(const AStream: TMemoryStream); property OnContextAction: TOnContextActionEvent read FOnContextAction write FOnContextAction; end; implementation constructor TBLLClientContext.Create; begin inherited Create; FStreamObject := TDiocpStreamObject.Create(); end; destructor TBLLClientContext.Destroy; begin FreeAndNil(FStreamObject); inherited Destroy; end; procedure TBLLClientContext.DoCleanUp; begin inherited DoCleanUp; FStreamObject.Clear; end; procedure TBLLClientContext.DoContextAction(const ARequestContent: TMemoryStream); begin // 此方法被触发时已经由TIOCPCoderClientContext.DoExecuteRequest处理线程同步 if Assigned(FOnContextAction) then FOnContextAction(ARequestContent, Self); end; procedure TBLLClientContext.OnConnected; begin end; procedure TBLLClientContext.OnDisconnected; begin end; procedure TBLLClientContext.OnRecvBuffer(buf: Pointer; len: Cardinal; ErrCode: Word); var i, r:Integer; lvPtr:PByte; begin try i:= 0; lvPtr := PByte(buf); while i < len do begin r := FStreamObject.InputBuffer(lvPtr^); if r = -2 then begin Self.RequestDisconnect(Format('超过最大尺寸(%d)', [FStreamObject.ContentLength])); FStreamObject.Clear; Break; end else if r = 1 then begin DoContextAction(FStreamObject.Content); // 触发 FStreamObject.Clear; end else if r = -1 then begin Self.RequestDisconnect('异常数据包(-1)'); FStreamObject.Clear; Break; end; Inc(i); Inc(lvPtr); end; except on E:Exception do begin Self.RequestDisconnect('处理逻辑出现异常:' + e.Message); end; end; end; procedure TBLLClientContext.SendStream(const AStream: TMemoryStream); var vBlock: array[0..MAX_BLOCK_SIZE - 1] of Byte; vLen: Integer; vStreamObject: TDiocpStreamObject; begin if AStream.Size = 0 then Exit; vStreamObject := TDiocpStreamObject.Create; try vStreamObject.WrapContent(AStream); vStreamObject.ResetReadPosition; while True do begin vLen := vStreamObject.ReadBlock(@vBlock[0], MAX_BLOCK_SIZE); if vLen = 0 then Break; PostWSASendRequest(@vBlock[0], vLen); end; finally vStreamObject.Free; end; end; { TRemoteServer } constructor TRemoteServer.CreateEx(const AHost: string; const APort: Integer); begin inherited Create; FHost := AHost; FPort := APort; end; { TBLLDataStream } constructor TBLLAgent.Create(const AStream: TStream; const AContext: TIocpClientContext); begin FContext := AContext; FStream := TMemoryStream.Create; FStream.CopyFrom(AStream, 0); end; destructor TBLLAgent.Destroy; begin FreeAndNil(FStream); inherited Destroy; end; end.
Unit UResep; interface Uses UInventori,UTipe,UUI,sysutils,math; var ResepResep : DaftarResep; function idxNamaResep(str : string) : integer; {menerima nama resep (str) yang ingin diketahui indeksnya pada Daftar Resep terdefinisi. Mengembalkan indeks dari nama resep (str)} function isResepAda(str : string) : boolean; {Menerima nama resep yang mau dicari dan daftar resep terdefinisi. Menghasilkan true jika nama resep ada di daftar resep dan false jika tidak ada} procedure sortResep(); {I.S : ResepResep terdefinisi} {F.S : mengurutkan ResepResep yang berisi daftar nama resep yang terurut abjad} procedure tambahResep(input:Resep; var Error:boolean); {I.S : nama resep dan bahan penyusunnya terdefinisi di ResepResep} {F.S : daftar resep bertambah jika input valid, Error true saat input tidak valid} procedure cariResep(NamaResep : string); {I.S : ResepResep terdefinisi dan diinput NamaResep} {F.S : jika nama resep ditemukan menampilkan nama resep, nama bahan penyusun, dan harga jual resep} procedure lihatResep; {I.S : ResepResep terdefinisi} {F.S : menampilkan daftar resep dan daftar bahan penyusunnya} function jualResep(Hidangan: string):longint; {Menerima input nama hidangan. Lalu mengurangi inventori, menambah pemasukan, dan mengurangi energi jika bahan untuk mengolah hidangan ada. Output yang dihasilkan adalah harga resep jika dijual, jika gagal akan bernilai -1} Implementation {Fungsi untuk mencari indeks Nama Resep} function idxNamaResep(str : string) : integer; {Kamus Lokal} var i: integer; {Algoritma function idxNamaResep} begin i := 1; {loop sampai habis atau ketemu} while ((i<= ResepResep.Neff) and (ResepResep.Isi[i].Nama <> str)) do begin i:=i+1; end; {cek apakah ketemu} if (ResepResep.Isi[i].Nama = str) then begin idxNamaResep:=i; end else begin idxNamaResep:=0; end; end; {Fungsi untuk mengecek apakah nama resep ada pada daftar resep} function isResepAda(str : string) : boolean; {Algoritma function IsResepAda} begin if (idxNamaResep(str) <> 0) then begin isResepAda:=true; end else begin isResepAda:=false; end; end; // Prosedur untuk mengurutkan nama resep dengan urutan membesar procedure sortResep(); {Kamus Lokal} var b, k, N : integer; temp : Resep; {Algoritma procedure sortResep} begin if(not(ResepResep.Sorted))then begin {Bubble sort} N := ResepResep.Neff; if (N>1) then begin for b:=1 to N do begin for k:=N downto b+1 do begin if (ResepResep.Isi[k].Nama < ResepResep.Isi[k-1].Nama) then begin temp := ResepResep.Isi[k]; ResepResep.Isi[k] := ResepResep.Isi[k-1]; ResepResep.Isi[k-1] := temp; end; end; end; end; end; ResepResep.Sorted := true; end; // Proedur untuk menambah resep procedure tambahResep(input:Resep; var Error:boolean); {Kamus Lokal} var i : integer; InputValid:boolean; IsBahanAda:boolean; HargaBahan:longint; IndeksBahan:integer; {Algoritma procedure TambahResep} begin Error := false; {cek apa sudah ada dengan nama sama} if (isResepAda(input.Nama)) then begin writeError('UResep','Resep dengan nama ' + input.nama + ' sudah ada'); Error := true; end else begin InputValid := true; HargaBahan:=0; for i:=1 to input.JumlahBahan do begin IsBahanAda:=false; {cek apa bahan ada} IndeksBahan := searchIndex(input.Bahan[i],'DM'); if(IndeksBahan<>-1)then begin IsBahanAda:=true; HargaBahan:=HargaBahan + DaftarBahanM.Isi[IndeksBahan].Harga; end; IndeksBahan := searchIndex(input.Bahan[i],'DO'); if(IndeksBahan<>-1)then begin IsBahanAda:=true; HargaBahan:=HargaBahan + DaftarBahanO.Isi[IndeksBahan].Harga; end; InputValid:=InputValid and IsBahanAda; if(not(IsBahanAda))then begin writeError('UResep','Ada bahan yang tidak terdaftar (' + input.Bahan[i] +')'); Error := true; end; end; {cek harga} if(input.Harga<ceil(1125/1000*HargaBahan))then begin InputValid:=false; writeError('UResep','Harga kurang dari 112,5% harga bahan (' + IntToStr(ceil(1125/1000*HargaBahan)) + ')'); Error := true; end; if(InputValid)then begin {tambah resep jika valid} ResepResep.Neff := ResepResep.Neff +1; ResepResep.Isi[ResepResep.Neff].Nama := input.Nama; ResepResep.Isi[ResepResep.Neff].Harga := input.Harga; ResepResep.Isi[ResepResep.Neff].JumlahBahan := input.JumlahBahan; for i:=1 to input.JumlahBahan do begin ResepResep.Isi[ResepResep.Neff].Bahan[i] := input.Bahan[i]; end; ResepResep.Sorted:=false; end; end; end; //Prosedur untuk mencari nama resep procedure cariResep(NamaResep : string); {Kamus Lokal} var i, j, Neff : integer; {Algoritma procedure CariResep} begin {jika ada} if (isResepAda(NamaResep)) then begin {cari indeksnya} i:=idxNamaResep(NamaResep); Neff := ResepResep.Isi[i].JumlahBahan; writelnText(''); writelnText('Hasil Pencarian'); writelnText('---------------'); {tampilkan} writelnText('Nama : ' + NamaResep); writelnText('Harga : ' + IntToStr(ResepResep.Isi[i].Harga)); writelnText('Bahan : ' + IntToStr(Neff)); for j:=1 to Neff do begin writelnText(IntToStr(j)+'. '+ResepResep.Isi[i].Bahan[j]); end; end else begin writeError('UResep','Resep dengan nama ' + NamaResep + ' tidak ada'); end; end; // Prosedur untuk melihat daftar resep beserta bahan penyusunnya procedure lihatResep; {Kamus Lokal} var i,k : integer; IsiTabel:Tabel; Ukuran:UkuranTabel; {Algoritma procedure LihatResep} begin IsiTabel.Isi[1][1]:='NAMA BAHAN'; IsiTabel.Isi[1][2]:='HARGA'; IsiTabel.Isi[1][3]:='JUMLAH'; IsiTabel.Isi[1][4]:='BAHAN'; Ukuran.Kolom:=4; Ukuran.Ukuran[1]:=20; Ukuran.Ukuran[2]:=12; Ukuran.Ukuran[3]:=12; Ukuran.Ukuran[4]:=12; for i := 1 to ResepResep.Neff do begin IsiTabel.Isi[i+1][1]:=ResepResep.Isi[i].Nama; IsiTabel.Isi[i+1][2]:=IntToStr(ResepResep.Isi[i].Harga); IsiTabel.Isi[i+1][3]:=IntToStr(ResepResep.Isi[i].JumlahBahan); IsiTabel.Isi[i+1][4]:=''; for k:= 1 to ResepResep.Isi[i].JumlahBahan do begin IsiTabel.Isi[i+1][4]:=IsiTabel.Isi[i+1][4]+ResepResep.Isi[i].Bahan[k]; if(k<>ResepResep.Isi[i].JumlahBahan)then begin IsiTabel.Isi[i+1][4]:=IsiTabel.Isi[i+1][4]+', '; end; end; end; IsiTabel.NBar:=ResepResep.Neff+1; IsiTabel.NKol:=4; writeTabel(IsiTabel,Ukuran,'DAFTAR RESEP'); end; function jualResep(Hidangan : string):longint; var adaresep, adabahan : boolean; indeks,Neff : integer; isError:boolean; j:integer; HasilUang : longint; begin HasilUang:=-1; adaresep := IsResepAda(Hidangan); {cek resep ada} if (adaresep) then begin indeks := idxNamaResep(Hidangan); adabahan := true; Neff := ResepResep.Isi[indeks].JumlahBahan; {cek apa ada bahan yang diperlukan} for j:=1 to Neff do begin if(not(IsBahanAda(ResepResep.Isi[indeks].Bahan[j])))then begin writeError('UResep','Ada bahan yang tidak ada (' + ResepResep.Isi[indeks].Bahan[j] + ')'); adabahan:=false; end; end; if (adabahan) then begin {jika ada bahan kurangi bahannya} HasilUang:=ResepResep.Isi[indeks].Harga; for j:=1 to Neff do begin kuranginBahan(ResepResep.Isi[indeks].Bahan[j],isError); end; end; end else begin writeError('UResep','Tidak ada resep bernama ' + Hidangan); end; jualResep:=HasilUang; end; end.
unit dctDaemon; {$mode objfpc}{$H+} interface uses Classes, SysUtils, eventlog, dctMainThread, daemonapp; type { TDctDaemon } TDctDaemon = class(TCustomDaemon) private fThread: TDctMainThread; fLog: TEventLog; fConfigFile: string; procedure ThreadStopped(Sender: TObject); function GetLog(): TEventLog; function GetConfig(): String; public class function SvcDisplayName(): ShortString; class function SvcName(): ShortString; function Start: boolean; override; function Stop: boolean; override; function Pause: boolean; override; function Continue: boolean; override; function Execute: boolean; override; function ShutDown: boolean; override; function Install: boolean; override; function UnInstall: boolean; override; end; { TDctDaemonMapper } TDctDaemonMapper = class(TCustomDaemonMapper) constructor Create(AOwner: TComponent); override; end; implementation uses FileUtil; resourcestring sErrNoConfigFile = 'No configuration file found !'; // to include service event logging {$ifdef mswindows} {$r fclel.res} {$endif} { TDctDaemonMapper } constructor TDctDaemonMapper.Create(AOwner: TComponent); var def: TDaemonDef; begin inherited Create(AOwner); def := DaemonDefs.Add as TDaemonDef; def.DisplayName := TDctDaemon.SvcDisplayName(); def.Name := TDctDaemon.SvcName(); def.DaemonClassName := TDctDaemon.ClassName; def.WinBindings.ServiceType := stWin32; end; { TDctDaemon } procedure TDctDaemon.ThreadStopped(Sender: TObject); begin GetLog().Info('[TDctDaemon.ThreadStopped]'); FreeAndNil(fThread); end; function TDctDaemon.GetLog: TEventLog; begin if (fLog = nil) then fLog := Self.Logger; Result := fLog; end; function TDctDaemon.GetConfig: String; begin if Application.Hasoption('c','config') then begin Result := Application.GetOptionValue('c','config'); if not FileExistsUTF8(Result) then begin GetLog().Error(Format('[TDctDaemon.GetConfig]: option config file %s doesn''t exist!', [Result])); Result := ''; end; end else begin GetLog().Warning('[TDctDaemon.GetConfig]: No config option! Searching for the default config...'); Result := GetAppConfigFile(false, false); if not FileExistsUTF8(Result) then begin Result := GetAppConfigFile(True, false); if not FileExistsUTF8(Result) then Result := ''; end; end; end; class function TDctDaemon.SvcDisplayName: ShortString; begin Result := 'DCT service'; end; class function TDctDaemon.SvcName: ShortString; begin Result := 'dct'; end; function TDctDaemon.Start: boolean; begin if (fConfigFile = '') then GetLog().Error(sErrNoConfigFile); //Result := (fThread = nil) and (fConfigFile <> '') and (inherited Start); Result := (fThread = nil) and inherited Start; GetLog().Info(Format('[TDctDaemon.Start]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); if Result then begin fThread := TDctMainThread.Create(fConfigFile, GetLog(), @ThreadStopped); fThread.Resume; end; end; function TDctDaemon.Stop: boolean; begin Result := inherited Stop; GetLog().Info(Format('[TDctDaemon.Stop]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); fThread.Terminate; end; function TDctDaemon.Pause: boolean; begin Result := inherited Pause; GetLog().Info(Format('[TDctDaemon.Pause]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); fThread.Suspend; end; function TDctDaemon.Continue: boolean; begin Result := inherited Continue; GetLog().Info(Format('[TDctDaemon.Continue]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); fThread.Resume; end; function TDctDaemon.Execute: boolean; begin Result := inherited Execute; GetLog().Info(Format('[TDctDaemon.Execute]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); end; function TDctDaemon.ShutDown: boolean; begin Result := inherited ShutDown; GetLog().Info(Format('[TDctDaemon.ShutDown]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); fThread.Terminate; end; function TDctDaemon.Install: boolean; begin Result := inherited Install; fConfigFile := GetConfig(); GetLog().Info(Format('[TDctDaemon.Install]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); end; function TDctDaemon.UnInstall: boolean; begin Result := inherited UnInstall; GetLog().Info(Format('[TDctDaemon.UnInstall]: %s', [BoolToStr(Result, 'OK', 'FAILED')])); end; end.
unit TestMyClass; { Delphi DUnit Test Case ---------------------- This unit contains a skeleton test case class generated by the Test Case Wizard. Modify the generated code to correctly setup and call the methods from the unit being tested. } interface uses TestFramework, MyClass; type // Test methods for class TMyClass TestTMyClass = class(TTestCase) strict private FMyClass: TMyClass; public procedure SetUp; override; procedure TearDown; override; published procedure TestDoSomething; end; implementation procedure TestTMyClass.SetUp; begin FMyClass := TMyClass.Create; end; procedure TestTMyClass.TearDown; begin FMyClass.Free; FMyClass := nil; end; procedure TestTMyClass.TestDoSomething; begin FMyClass.DoSomething; Check(True, 'WTF?'); end; initialization // Register any test cases with the test runner RegisterTest(TestTMyClass.Suite); end.
unit Unit1; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, StdCtrls, ComCtrls, Jpeg, //GLScene GLWin32Viewer, GLCadencer, GLScene, CgGl, GLTexture, GLCgShader, GLObjects, GLAsyncTimer, GLMaterial, GLCoordinates, GLCrossPlatform, GLBaseClasses, GLTextureFormat; type TBumpDemo_frm = class(TForm) Scene: TGLScene; Cadencer: TGLCadencer; SceneViewer: TGLSceneViewer; Shaders_ctrl: TPageControl; ts_Fragment_Program: TTabSheet; ts_Vertex_Program: TTabSheet; FP_Memo: TMemo; VP_Memo: TMemo; VP_btn: TButton; FP_btn: TButton; FP_cb: TCheckBox; VP_cb: TCheckBox; CgShader: TCgShader; MaterialLibrary: TGLMaterialLibrary; Camera: TGLCamera; LightSource: TGLLightSource; Light_Sphere: TGLSphere; Dummy: TGLDummyCube; Cube_2: TGLCube; Timer: TGLAsyncTimer; GLSphere1: TGLSphere; procedure VP_cbClick(Sender: TObject); procedure FP_cbClick(Sender: TObject); procedure FP_btnClick(Sender: TObject); procedure VP_btnClick(Sender: TObject); procedure FormCreate(Sender: TObject); procedure VP_MemoChange(Sender: TObject); procedure FP_MemoChange(Sender: TObject); procedure SceneViewerMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer); procedure CadencerProgress(Sender: TObject; const deltaTime, newTime: Double); procedure CgShaderApplyFP(CgProgram: TCgProgram; Sender: TObject); procedure CgShaderApplyVP(CgProgram: TCgProgram; Sender: TObject); procedure TimerTimer(Sender: TObject); private public OldX, OldY: Integer; end; var BumpDemo_frm: TBumpDemo_frm; implementation {$R *.dfm} procedure TBumpDemo_frm.VP_cbClick(Sender: TObject); begin CgShader.VertexProgram.Enabled := VP_cb.Checked; if CgShader.VertexProgram.Enabled = True then VP_btn.Click; end; procedure TBumpDemo_frm.FP_cbClick(Sender: TObject); begin CgShader.FragmentProgram.Enabled := FP_cb.Checked; if CgShader.FragmentProgram.Enabled = True then FP_btn.Click; end; procedure TBumpDemo_frm.FP_btnClick(Sender: TObject); begin CgShader.FragmentProgram.Code := FP_Memo.Lines; FP_btn.Enabled := False; end; procedure TBumpDemo_frm.VP_btnClick(Sender: TObject); begin CgShader.VertexProgram.Code := VP_Memo.Lines; VP_btn.Enabled := False; end; procedure TBumpDemo_frm.FormCreate(Sender: TObject); begin SetCurrentDir(ExtractFilePath(Application.ExeName)); FP_Memo.Lines.LoadFromFile('BumpMapping_fp.cg'); VP_Memo.Lines.LoadFromFile('BumpMapping_vp.cg'); with MaterialLibrary do begin AddTextureMaterial('c_tex','c_tex.jpg'); AddTextureMaterial('c_normal','c_normal.jpg'); AddTextureMaterial('c2_tex','c2_tex.jpg'); AddTextureMaterial('c2_normal','c2_normal.jpg'); Materials[0].Material.Texture.FilteringQuality := tfAnisotropic; Materials[1].Material.Texture.FilteringQuality := tfAnisotropic; Materials[2].Material.Texture.FilteringQuality := tfAnisotropic; Materials[3].Material.Texture.FilteringQuality := tfAnisotropic; Materials[0].Texture2Name := 'c_normal'; Materials[0].Shader := CgShader; Materials[2].Texture2Name := 'c2_normal'; Materials[2].Shader := CgShader; Materials[1].Material.Texture.TextureFormat := tfNormalMap; Materials[3].Material.Texture.TextureFormat := tfNormalMap; Materials[1].Material.Texture.NormalMapScale := 0.005; Materials[3].Material.Texture.NormalMapScale := 0.005; end; Cube_2.Material.MaterialLibrary := MaterialLibrary; GLSphere1.Material.MaterialLibrary := MaterialLibrary; GLSphere1.Material.LibMaterialName := 'c_tex'; Cube_2.Material.LibMaterialName := 'c2_tex'; end; procedure TBumpDemo_frm.VP_MemoChange(Sender: TObject); begin VP_btn.Enabled := True; end; procedure TBumpDemo_frm.FP_MemoChange(Sender: TObject); begin FP_btn.Enabled := True; end; procedure TBumpDemo_frm.SceneViewerMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer); begin if ssLeft in Shift then Camera.MoveAroundTarget(OldY - y, oldX - x); OldX := x; Oldy := y; end; procedure TBumpDemo_frm.CadencerProgress(Sender: TObject; const deltaTime, newTime: Double); begin LightSource.MoveObjectAround(Dummy, 0, deltatime * 20); SceneViewer.Invalidate; end; procedure TBumpDemo_frm.CgShaderApplyFP(CgProgram: TCgProgram; Sender: TObject); begin CgProgram.ParamByName('tex1').SetAsTexture2D(0); CgProgram.ParamByName('tex2').SetAsTexture2D(1); CgProgram.ParamByName('lightcolor').SetAsVector(LightSource.Diffuse.Color); end; procedure TBumpDemo_frm.CgShaderApplyVP(CgProgram: TCgProgram; Sender: TObject); begin CgProgram.ParamByName('lightpos').SetAsVector(LightSource.Position.AsAffineVector); CgProgram.ParamByName('ModelViewProj').SetAsStateMatrix(CG_GL_MODELVIEW_PROJECTION_MATRIX, CG_GL_MATRIX_IDENTITY); end; procedure TBumpDemo_frm.TimerTimer(Sender: TObject); begin BumpDemo_frm.Caption := 'Cg BumpMapping FPS - '+SceneViewer.FramesPerSecondText(2); SceneViewer.ResetPerformanceMonitor; end; end.
unit RTneuronBrd; interface {$IFDEF FPC} {$mode delphi} {$DEFINE AcqElphy2} {$A1} {$Z1} {$ENDIF} uses windows,classes, util1,varconf1, debug0, stmdef,stmObj,AcqBrd1, dataGeneFile,FdefDac2, Ncdef2, ntx, RTcom2, RTdef0, acqCom1, AcqInterfaces, acqDef2,acqInf2,StimInf2, stmvec1; { Driver RT neuron + NI 6251 } { TRTneuron contient les paramètres de la carte d'acquisition tels qu'ils sont saisis par l'utilisateur } type { Si l'on veut garder la compatibilité, il ne faut pas modifier TRchannel et TRTdigiChannel. On peut seulement allonger TRTparams (Exemple: DacEndValue ). } TRTChannel = object jru1,jru2:integer; yru1,yru2:single; SymbName:string[64]; unitY:string[10]; procedure default; function dyu:float; function y0u:float; end; TRTdigiChannel = object SymbName:string[64]; IsInput:boolean; end; TRTparams = object AdcChan:array[0..15] of TRTChannel; DacChan:array[0..1] of TRTchannel; DigiChan:array[0..7] of TRTdigiChannel; FadvanceON:boolean; DacEndValue: array[0..1] of double; UseEndValue: array[0..1] of boolean; CurNum:integer; { Permet de transmettre le numéro de canal } BaseInt: integer; AImode: integer; procedure Defaults; function nbAdc:integer; function nbDac:integer; function nbDin:integer; function nbDout:integer; end; PRTparams=^TRTparams; var {Les paramètres sont déclarés en dehors de TRTNIinterface afin de pouvoir les charger alors que l'objet n'est pas encore créé } RTparams0: PRTparams; RTparamsSize:integer; type TRTNIinterface = class(TacqInterface) protected status:integer; StatusStep:integer; LastErrorStatus:integer; stError:AnsiString; HasTag:boolean; GItrig:integer; FlagStopProg:boolean; recInfo: TRTrecInfo; FlagRestart:boolean; function getCount:integer;override; function getCount2:integer;override; procedure doContinuous; procedure doInterne; procedure doProgram; procedure TransferAg; virtual; procedure readAg; virtual; function StopError(n: integer):boolean; procedure storeDACRT(x:single); function execute(st: AnsiString): boolean; virtual; procedure getTestData( Vnb,Vt:Tvector); virtual; procedure getTestData2( Vnb,Vt:Tvector); virtual; function getNrnValue(st:string):float; virtual; function getNrnStepDuration:float; virtual; function GetAcqBufferAd:pointer; virtual; function GetAcqBufferSize:integer; virtual; function GetStimBufferAd:pointer; virtual; function GetStimBufferSize:integer; virtual; public stExeFile:AnsiString; { 'D:\VSprojects\nrnVS6\rtdebug\NrnRT1.rta'; } stBinFile:AnsiString; { 'D:\nrn60-RT2\bin\nrn.exe'; } stHocFile:AnsiString; { 'D:\nrn60-RT2\lib\hoc\nrngui.hoc'; } NIbusNumber:integer; NIdeviceNumber:integer; RTparams: PRTparams; StartFlag:boolean; { True après le chargement du fichier RTA Doit être mis à false par l'utilisateur } constructor create(var st1:driverString);override; destructor destroy;override; procedure init0;override; procedure init;override; procedure lancer;override; procedure terminer;override; function dataFormat:TdataFormat;override; function dacFormat:TdacFormat;override; function PeriodeElem:float;override; function PeriodeMini:float;override; procedure outdac(num,j:word);override; function outDIO(dev,port,value: integer): integer;override; function inADC(n:integer):smallint;override; function inDIO(dev,port:integer):integer;override; function RAngeString:AnsiString;override; function MultiGain:boolean;override; function gainLabel:AnsiString;override; function nbGain:integer;override; procedure GetOptions;override; procedure initcfgOptions(conf:TblocConf);override; function TagMode:TtagMode;override; function tagShift:integer;override; function TagCount:integer;override; function getMinADC:integer;override; function getMaxADC:integer;override; function nbVoieAcq(n:integer):integer;override; procedure setVSoptions;override; function getNrnSymbolNames(cat:integer):TstringList;override; procedure GetPeriods(PeriodU: float; nbADC,nbDI,nbDAC,nbDO: integer;var periodIn,periodOut: float);override; procedure setDoAcq(var procInt:ProcedureOfObject);override; function PhysicalOutputString:AnsiString;override; procedure GetPhysicalInfo(num:integer;var tp:ToutputType; var Outnum:integer;var BitNum:integer);override; procedure loadDmaDac; procedure ReLoadDmaDac; function RTmode:boolean;override; function HasDigInputs:boolean; procedure RestartNeuron;virtual; procedure BuildInfo(var conf:TblocConf;lecture:boolean);override; procedure RTNeuronDialog; procedure FillRTrecInfo; procedure installRTrecInfo; procedure ProgRestart;override; procedure ShowRTconsole;override; end; function fonctionTRTchannel_Dy(var pu:TRTchannel):float;pascal; function fonctionTRTchannel_y0(var pu:TRTchannel):float;pascal; procedure proTRTchannel_unitY(w:AnsiString;var pu:TRTchannel);pascal; function fonctionTRTchannel_unitY(var pu:TRTchannel):AnsiString;pascal; procedure proTRTchannel_setScale(j1,j2:integer;y1,y2:float;var pu:TRTchannel);pascal; function fonctionTRTchannel_NrnSymbolName(var pu:TRTchannel):AnsiString;pascal; procedure proTRTchannel_NrnSymbolName(w:AnsiString;var pu:TRTchannel);pascal; function fonctionTRTchannel_HoldingValue(var pu:TRTchannel):float;pascal; procedure proTRTchannel_HoldingValue(w:float;var pu:TRTchannel);pascal; function fonctionTRTchannel_UseHoldingValue(var pu:TRTchannel):boolean;pascal; procedure proTRTchannel_UseHoldingValue(w:boolean;var pu:TRTchannel);pascal; function fonctionTRTdigiChannel_NrnSymbolName(var pu:TRTdigichannel):AnsiString;pascal; procedure proTRTdigiChannel_NrnSymbolName(w:AnsiString;var pu:TRTdigichannel);pascal; function fonctionTRTdigiChannel_IsInput(var pu:TRTdigiChannel):boolean;pascal; procedure proTRTdigiChannel_IsInput(w:boolean;var pu:TRTdigiChannel);pascal; function fonctionRTneuron:pointer;pascal; procedure proTRTneuron_execute(st:AnsiString;var pu:typeUO);pascal; procedure proTRTneuron_getTestData(var Vnb,Vt:Tvector;var pu:typeUO);pascal; procedure proTRTneuron_getTestData2(var Vnb,Vt:Tvector;var pu:typeUO);pascal; function fonctionTRTneuron_getNrnValue(st:AnsiString;var pu:typeUO):float;pascal; function fonctionTRTneuron_getNrnStepDuration(var pu:typeUO):float;pascal; procedure proTRTneuron_resetParams(var pu:typeUO);pascal; procedure proTRTneuron_ReStart(var pu:typeUO);pascal; function fonctionTRTNeuron_StartFlag(var pu:typeUO):boolean;pascal; procedure proTRTNeuron_StartFlag(w:boolean;var pu:typeUO);pascal; function fonctionTRTneuron_AdcChan(n:integer;var pu:typeUO):pointer;pascal; function fonctionTRTneuron_DacChan(n:integer;var pu:typeUO):pointer;pascal; function fonctionTRTneuron_DigiChan(n:integer;var pu:typeUO):pointer;pascal; function fonctionTRTNeuron_FadvanceON(var pu:typeUO):boolean;pascal; procedure proTRTNeuron_FadvanceON(w:boolean;var pu:typeUO);pascal; function fonctionTRTNeuron_BaseClockInt(var pu:typeUO):integer;pascal; procedure proTRTNeuron_BaseClockInt(w:integer;var pu:typeUO);pascal; implementation uses NIRToptions, NIRTdlg1; { TRTChannel } function TRTChannel.dyu: float; begin if jru1<>jru2 then result:=(Yru2-Yru1)/(jru2-jru1) else result:=1; end; function TRTChannel.y0u: float; var dyB:float; begin if jru1<>jru2 then dyB:=(Yru2-Yru1)/(jru2-jru1) else dyB:=1; result:=Yru1-Jru1*DyB; end; procedure TRTchannel.default; begin jru1:=0; jru2:=32767; yru1:=0; yru2:=10000; SymbName:=''; unitY:='mV'; end; { TRTneuron } procedure TRTparams.Defaults; var i:integer; begin for i:=0 to 15 do AdcChan[i].default; for i:=0 to 1 do DacChan[i].default; for i:=0 to 7 do DigiChan[i].SymbName:=''; for i:=0 to 7 do DigiChan[i].IsInput:= false; FadvanceON:=true; for i:=0 to 1 do DacEndValue[i]:=0; for i:=0 to 1 do UseEndValue[i]:=false; BaseInt:=0; AImode:=1; end; function TRTparams.nbAdc:integer; var i:integer; begin result:=0; for i:=0 to 15 do if ADCchan[i].SymbName<>'' then inc(result); end; function TRTparams.nbDac:integer; var i:integer; begin result:=0; for i:=0 to 1 do if DACchan[i].SymbName<>'' then inc(result); end; function TRTparams.nbDin: integer; var i:integer; begin result:=0; for i:=0 to 7 do if (DigiChan[i].SymbName<>'') and DigiChan[i].IsInput then inc(result); end; function TRTparams.nbDout: integer; var i:integer; begin result:=0; for i:=0 to 7 do if (DigiChan[i].SymbName<>'') and not DigiChan[i].IsInput then inc(result); end; procedure initRTNIBoards; begin if initNtxDll then RegisterBoard('RT-Neuron NI Mseries',pointer(TRTNIinterface)); end; var JHold1RT:array[0..31] of single; { TRTNIinterface } constructor TRTNIinterface.create(var st1: driverString); begin inherited; BoardFileName:='NI-RT'; stExeFile:=''; {'D:\VSprojects\nrnVS6\rtdebug\NrnRT1.rta';} stBinFile:=''; {'D:\nrn60-RT2\bin\nrn.exe'; } stHocFile:=''; {'D:\nrn60-RT2\lib\hoc\nrngui.hoc'; } if RTparams0=nil then begin new(RTparams0); RTparamsSize:=sizeof(RTparams0^); RTparams0^.defaults; end; RTparams:=RTparams0; LoadOptions; StartWinEmul(stExeFile,stBinFile,stHocFile); StartFlag:=true; end; destructor TRTNIinterface.destroy; begin StopWinEmul; inherited; end; function TRTNIinterface.dacFormat: TdacFormat; begin result:=DacF1322; end; function TRTNIinterface.dataFormat: TdataFormat; begin result:=F16bits end; function TRTNIinterface.gainLabel: AnsiString; begin result:=''; end; function TRTNIinterface.getCount: integer; begin result:=RTcom2.GetCount; end; function TRTNIinterface.getCount2: integer; begin result:=(getCount div AcqInf.nbVoieAcq-1) * paramStim.ActiveChannels; end; function TRTNIinterface.getMaxADC: integer; begin result:=32767 end; function TRTNIinterface.getMinADC: integer; begin result:=-32767 end; procedure TRTNIinterface.GetOptions; begin NIRTopt.execution(self); end; function TRTNIinterface.inADC(n: integer): smallint; begin result:=0; end; function TRTNIinterface.inDIO(dev,port:integer): integer; begin result:=0; end; procedure TRTNIinterface.initcfgOptions(conf: TblocConf); begin with conf do begin setvarconf('UseTagStart',FuseTagStart,sizeof(FuseTagStart)); setStringConf('ExeFile',stExeFile); setStringConf('BinFile',stBinFile); setStringConf('HocFile',stHocFile); setvarconf('NIbus',NIbusNumber,sizeof(NIbusNumber)); setvarconf('NIdevice',NIdeviceNumber,sizeof(NIdeviceNumber)); end; end; procedure TRTNIinterface.FillRTrecInfo; var i:integer; ag:integer; begin fillchar(recInfo,sizeof(recinfo),0); {Remplir RecInfo} with recInfo do begin SampleInt:= round(AcqInf.periodeParVoieMS*1000) ; BaseInt:= RTparams.BaseInt; AImode:= RTparams.AImode; {ELPHY ACQ} NbAcq:= AcqInf.Qnbvoie; for i:=1 to nbAcq do setNrnName(AcqSymb[i], AcqInf.NrnAcqName[i-1]); {ELPHY TAG} NbTag:=0; for i:=1 to 16 do if AcqInf.NrnTagName[i]<>'' then begin inc(NbTag); setNrnName(TagSymb[NbTag], AcqInf.NrnTagName[i]); TagNum[NbTag]:=i-1; end; {ELPHY STIM} if AcqInf.Fstim then begin NbStim:=paramstim.nbNRN; for i:=1 to NbStim do setNrnName(StimSymb[i], paramstim.NrnName[i]^); end else NbStim:=0; {Board ADC } nbAdc:=0; for i:=0 to 15 do if RTparams.AdcChan[i].SymbName<>'' then begin inc(nbAdc); AdcNum[nbAdc]:=i; setNrnName(AdcSymb[nbAdc], RTparams.AdcChan[i].SymbName); Dyu[nbAdc]:=RTparams.AdcChan[i].dyu; Y0u[nbAdc]:=RTparams.AdcChan[i].Y0u; end; {Board DAC } nbDac:=0; for i:=0 to 1 do if RTparams.DacChan[i].SymbName<>'' then begin inc(nbDac); DacNum[nbDac]:=i; setNrnName(DacSymb[nbDac] , RTparams.DacChan[i].SymbName); DacDyu[nbDac]:=RTparams.DacChan[i].dyu; DacY0u[nbDac]:=RTparams.DacChan[i].Y0u; DacEnd[nbDac]:=RTparams.DacEndValue[i]; UseDacEnd[nbDac]:=RTparams.UseEndValue[i]; end; {Board DIO } nbDin:=0; nbDout:=0; for i:=0 to 7 do if RTparams.DigiChan[i].SymbName<>'' then begin if RTparams.DigiChan[i].IsInput then begin inc(nbDin); DinNum[nbDin]:=i; setNrnName(DinSymb[nbDin] , RTparams.DigiChan[i].SymbName); end else begin inc(nbDout); DoutNum[nbDout]:=i; setNrnName(DoutSymb[nbDout], RTparams.DigiChan[i].SymbName); end; end; FNeuron:=RTparams.FadvanceON; HasTag:= recInfo.NbTag>0; ag:=4*(recInfo.nbAcq+ ord(HasTag) ); { La taille de l'agrégat dans le buffer DMA est différente de celle de l'agrégat dans le buffer principal } AcqSize:=getAcqBufferSize div ag* ag; if NbStim>0 then StimSize:= 60000 div (4*NbStim)*(4*NbStim) else StimSize:= 60000; NIbusNumber:=self.NIbusNumber; NIdeviceNumber:=self.NIdeviceNumber; end; end; procedure TRTNIinterface.installRTrecInfo; begin FillRTrecInfo; setRTrecInfo(recInfo); end; procedure TRTNIinterface.init0; begin GItrig:=0; end; procedure TRTNIinterface.init; begin InstallRTrecInfo; nbVoie:=AcqInf.nbVoieAcq; tabDMA1:=getAcqBufferAd; nbpt0DMA:= recInfo.AcqSize div 2; tabDMA2:=getStimBufferAd; FnbptDacDMA:=recInfo.StimSize div 4; InitPadc; GI1:=-1; GI1x:=-1; cntStim:=0; cntStoreDac:=0; PtabDac0:=tabDMA2; PtabDacFin:=tabDMA2; inc(intG(PtabDacFin),recInfo.StimSize); PtabDac:=tabDMA2; loadDmaDAC; FlagRestart:=false; end; procedure TRTNIinterface.loadDmaDac; var i,j,k,index:integer; isiStim1,nbptStim:integer; nbdac:integer; begin if not acqInf.Fstim then exit; if (AcqInf.ModeSynchro in [MSinterne,MSimmediat,MSprogram]) and not (acqInf.waitmode) then isiStim1:=paramStim.IsiPts else isiStim1:=maxEntierLong; nbptStim:=paramStim.nbpt1; nbdac:=paramStim.ActiveChannels; initPmainDacRT; if acqInf.continu then for i:=0 to nbptDACDMA-1000 do storeDacRT(nextSampleDacRT) else for i:=0 to nbptDACDMA-1000 do begin j:=i mod nbdac; k:=i mod isiStim1; if (k>=0) and (k<nbptStim) then Jhold1RT[j]:=nextSampleDacRT; storeDacRT(Jhold1RT[j]); end; // SaveArrayAsDac2File('d:\delphe5\tab.dat',tabDma2^,NbPtDacDMA,1,g_single); end; procedure TRTNIinterface.ReloadDmaDac; begin end; procedure TRTNIinterface.lancer; begin //FlagStop:=true; //FlagStopPanic:=true; status:=StartRT; if StopError(101) then exit; // FlagStopPanic:=true; end; procedure TRTNIinterface.terminer; begin status:= StopRT; if StopError(102) then exit; end; function TRTNIinterface.MultiGain: boolean; begin result:=false; end; function TRTNIinterface.nbGain: integer; begin result:=1; end; function TRTNIinterface.nbVoieAcq(n: integer): integer; begin result:=n + ord(FuseTagStart and HasDigInputs); end; procedure TRTNIinterface.outdac(num, j: word); begin end; function TRTNIinterface.outDIO(dev,port,value: integer): integer; begin end; function TRTNIinterface.PeriodeElem: float; begin result:=1; end; function TRTNIinterface.PeriodeMini: float; begin result:=5; end; function TRTNIinterface.RAngeString: AnsiString; begin result:='-10 to +10 Volts|-5 to +5 Volts|-2.5 to +2.5 Volts|-1.25 to +1.25 Volts'; end; procedure TRTNIinterface.setVSoptions; begin inherited; end; function TRTNIinterface.TagCount: integer; begin result:=8; end; function TRTNIinterface.TagMode: TtagMode; begin if HasDigInputs then result:= tmITC else result:=tmNone; end; function TRTNIinterface.tagShift: integer; begin result:=0; end; {La procédure appelante doit libérer la stringList obtenue } function TRTNIinterface.getNrnSymbolNames(cat: integer): TstringList; begin result:=getSymList(cat,1000); end; procedure TRTNIinterface.GetPeriods(PeriodU: float; nbADC,nbDI,nbDAC,nbDO: integer;var periodIn,periodOut: float); var p:float; begin {En mode Burst, nbADC n'intervient pas } {periodU est la période par canal souhaitée} p:=periodU*1000; { période souhaitée en microsecondes} p:=round(p/periodeElem)*periodeElem; { doit être un multiple de periodeElem } if p<periodeMini then p:=periodeMini; { doit être supérieure à periodeMini } periodIn:=p/1000; { période calculée en millisecondes } periodOut:=periodIn; end; procedure TRTNIinterface.setDoAcq(var procInt: ProcedureOfObject); begin with acqInf do begin if continu then begin ProcInt:=DoContinuous; end else case AcqInf.modeSynchro of MSinterne,MSimmediat: ProcInt:=doInterne; MSprogram: Procint:=doProgram; else ProcInt:=nil; end; end; end; procedure TRTNIinterface.doContinuous; var i:integer; begin GI2:=getCount-1; for i:=GI1+1 to GI2 do if i mod nbvoie=nbvoie-1 then transferAg; GI1:=GI2; if withStim then begin GI2x:=getCount2; for i:=GI1x+1 to GI2x do storeDacRT(nextSampleDacRT); GI1x:=GI2x; end; end; procedure TRTNIinterface.doInterne; var k,index,ideb:integer; i,j:integer; const flag:boolean=false; begin GI2:=getCount-1; for i:=GI1+1 to GI2 do if (i+1) mod nbvoie=0 then begin k:=i mod isi; if (k>=0) and (k<nbpt) and ((i+1) mod nbvoie=0) then transferAg else readAg; end; if withStim then begin GI2x:=getCount2; for i:=GI1x+1 to GI2x do begin j:=cntStoreDac mod nbdac; k:= cntStoreDac mod isiStim; if (k>=0) and (k<nbptStim) then Jhold1RT[j]:=nextSampleDacRT; storeDacRT(Jhold1RT[j]); end; GI1x:=GI2x; end; GI1:=GI2; end; procedure TRTNIinterface.doProgram; var k,index,ideb:integer; i,j:integer; nbptA:integer; kprog:integer; begin nbptA:=nbpt div nbvoie; if FlagRestart then begin setRTflagStim(false); PtabDac:=PtabDac0; baseindex:=0; cntStim:=0; loadDMAdac; setPstimOffset(0); setRTflagStim(true); GI2:=getCount div nbvoie-1; for i:=GI1+1 to GI2 do readAG; GItrig:= GI2+1; FlagRestart:=false; end else begin GI2:=getCount div nbvoie-1; for i:=GI1+1 to GI2 do begin kprog:=i-GItrig; if (kprog>=0) and (kprog<nbptA) then begin transferAg; if withStim then for j:=0 to nbDac-1 do Jhold1RT[j]:=nextSampleDacRT; inc(kprog); end else readAg; if WithStim then for j:=0 to nbDac-1 do storeDacRT(Jhold1RT[j]); end; end; GI1:=GI2; end; procedure TRTNIinterface.storeDACRT(x:single); var w:single absolute x; begin Psingle(PtabDac)^:=x; inc(intG(PtabDac),4); if intG(PtabDac)>=intG(PtabDacFin) then PtabDac:=PtabDac0; inc(cntStoreDac); //affdebug('store '+Estr(w,3),78); end; procedure TRTNIinterface.TransferAg; var i:integer; begin if not HasTag then begin for i:=1 to nbvoie do begin move(Ptab^,Pmain^,4); inc(intG(Ptab),4); inc(intG(Pmain),4); end; end else begin for i:=1 to nbvoie-1 do begin move(Ptab^,Pmain^,4); inc(intG(Ptab),4); inc(intG(Pmain),4); end; move(Ptab^,Pmain^,2); inc(intG(Ptab),4); inc(intG(Pmain),2); end; if intG(Ptab)>=intG(PtabFin) then Ptab:=Ptab0; if intG(Pmain)>=intG(PmainFin) then Pmain:=Pmain0; inc(cntDisp,nbvoie); end; procedure TRTNIinterface.ReadAg; begin inc(intG(Ptab),4*nbvoie); if intG(Ptab)>=intG(PtabFin) then Ptab:=Ptab0; end; function TRTNIinterface.PhysicalOutputString: AnsiString; begin result:='None |Analog 0 |Analog 1 |Digi0|'+ 'Digi0-Bit0|Digi0-Bit1|Digi0-Bit2|Digi0-Bit3|Digi0-Bit4|Digi0-Bit5|Digi0-Bit6|Digi0-Bit7'; end; procedure TRTNIinterface.GetPhysicalInfo(num: integer;var tp: ToutputType; var Outnum, BitNum: integer); begin case num of 1,2: begin tp:=TO_analog; Outnum:=num-1; end; 3: begin tp:=TO_digi8; Outnum:=0; end; 4..11: begin tp:=TO_digibit; OutNum:=0; BitNum:=num-4; end; else begin byte(tp):=255; OutNum:=0; BitNum:=0; end; end; end; function TRTNIinterface.StopError(n: integer):boolean; var errBuf:array[0..2047] of char; st:AnsiString; begin result:=(status<>0); if result and (LastErrorStatus=0) then begin statusStep:=n; LastErrorStatus:=status; FlagStop:=true; FlagStopPanic:=true; stError:='RT error Step='+Istr(StatusStep); end; end; function TRTNIinterface.RTmode:boolean; begin result:=true; end; function TRTNIinterface.HasDigInputs: boolean; var i:integer; begin result:=false; for i:=1 to 16 do if AcqInf.NrnTagName[i]<>'' then result:=true; end; procedure TRTNIinterface.RestartNeuron; begin StopWinEmul; if stExeFile='' then loadOptions; StartWinEmul(stExeFile,stBinFile,stHocFile); StartFlag:=true; end; procedure TRTNIinterface.BuildInfo(var conf: TblocConf; lecture: boolean); begin end; procedure TRTNIinterface.RTNeuronDialog; begin NIRTparams.execute(RTparams^); end; function TRTNIinterface.execute(st: AnsiString): boolean; begin result:= RTcom2.sendTextCommand(st, 2000); end; procedure TRTNIinterface.getTestData( Vnb,Vt:Tvector); begin RTcom2.getTestData(Vnb,Vt); end; procedure TRTNIinterface.getTestData2( Vnb,Vt:Tvector); begin RTcom2.getTestData2(Vnb,Vt); end; function TRTNIinterface.getNrnValue(st:string):float; begin result:=RTcom2.getNrnValue(st); end; function TRTNIinterface.getNrnStepDuration:float; begin InstallRTrecInfo; result:=RTcom2.getNrnStepDuration; end; function TRTNIinterface.GetAcqBufferAd: pointer; begin result:=RTcom2.GetAcqBufferAd; end; function TRTNIinterface.GetAcqBufferSize: integer; begin result:=RTcom2.GetAcqBufferSize; end; function TRTNIinterface.GetStimBufferAd: pointer; begin result:=RTcom2.GetStimBufferAd; end; function TRTNIinterface.GetStimBufferSize: integer; begin result:=RTcom2.GetStimBufferSize; end; {****************************** TRTneuron *******************************} function fonctionRTneuron:pointer; begin if (board is TRTNIinterface) then result:=@board else result:=nil; end; procedure proTRTneuron_execute(st:AnsiString;var pu:typeUO); begin verifierObjet(pu); with TRTNIinterface(pu) do if not execute(st) then sortieErreur('RTneuron unable to execute '+'"'+st+'"') ; end; procedure proTRTneuron_getTestData(var Vnb,Vt:Tvector;var pu:typeUO); begin verifierObjet(pu); verifierVecteurTemp(Vnb); verifierVecteurTemp(Vt); TRTNIinterface(pu).getTestData(Vnb,Vt); end; procedure proTRTneuron_getTestData2(var Vnb,Vt:Tvector;var pu:typeUO); begin verifierObjet(pu); verifierVecteurTemp(Vnb); verifierVecteurTemp(Vt); TRTNIinterface(pu).getTestData2(Vnb,Vt); end; function fonctionTRTneuron_getNrnValue(st:AnsiString; var pu:typeUO):float; begin verifierObjet(pu); result:=TRTNIinterface(pu).getNrnValue(st); end; function fonctionTRTneuron_getNrnStepDuration(var pu:typeUO):float; begin verifierObjet(pu); result:=TRTNIinterface(pu).GetNrnStepDuration; end; function fonctionTRTneuron_AdcChan(n:integer;var pu:typeUO):pointer; begin verifierObjet(pu); with TRTNIinterface(pu).RTparams^ do begin if (n<0) or (n>15) then sortieErreur('TRTneuron.AdcChan : index out of range'); curNum:=n; result:=@AdcChan[n]; end; end; function fonctionTRTneuron_DacChan(n:integer;var pu:typeUO):pointer; begin verifierObjet(pu); with TRTNIinterface(pu).RTparams^ do begin if (n<0) or (n>1) then sortieErreur('TRTneuron.AdcChan : index out of range'); curNum:=n; result:=@DacChan[n]; end; end; function fonctionTRTneuron_DigiChan(n:integer;var pu:typeUO):pointer; begin verifierObjet(pu); with TRTNIinterface(pu).RTparams^ do begin curnum:=n; if (n<0) or (n>7) then sortieErreur('TRTneuron.DigiChan : index out of range'); result:=@DigiChan[n]; end; end; function fonctionTRTchannel_Dy(var pu:TRTchannel):float; begin with pu do begin if jru1<>jru2 then result:=(Yru2-Yru1)/(jru2-jru1) else result:=1; end; end; function fonctionTRTchannel_y0(var pu:TRTchannel):float; var dyB:float; begin with pu do begin if jru1<>jru2 then DyB:=(Yru2-Yru1)/(jru2-jru1) else DyB:=1; result:=Yru1-Jru1*DyB; end; end; procedure proTRTchannel_unitY(w:AnsiString;var pu:TRTchannel); begin pu.unitY:=w; end; function fonctionTRTchannel_unitY(var pu:TRTchannel):AnsiString; begin result:=pu.unitY; end; procedure proTRTchannel_setScale(j1,j2:integer;y1,y2:float;var pu:TRTchannel); begin if (j1=j2) then sortieErreur('TRTchannel_setScale : invalid parameter' ); with pu do begin jru1:=j1; jru2:=j2; Yru1:=y1; Yru2:=y2; end; end; function fonctionTRTchannel_NrnSymbolName(var pu:TRTchannel):AnsiString; begin result:=pu.SymbName; end; procedure proTRTchannel_NrnSymbolName(w:AnsiString;var pu:TRTchannel); begin pu.SymbName:=w; end; function fonctionTRTchannel_HoldingValue(var pu:TRTchannel):float; begin with RTparams0^ do { On utilise RTparams0 : pas très propre ! } result:=DacEndValue[curNum]; end; procedure proTRTchannel_HoldingValue(w:float;var pu:TRTchannel); begin with RTparams0^ do { On utilise RTparams0 : pas très propre ! } DacEndValue[curNum]:=w; end; function fonctionTRTchannel_UseHoldingValue(var pu:TRTchannel):boolean; begin with RTparams0^ do { On utilise RTparams0 : pas très propre ! } result:=UseEndValue[curNum]; end; procedure proTRTchannel_UseHoldingValue(w:boolean;var pu:TRTchannel); begin with RTparams0^ do { On utilise RTparams0 : pas très propre ! } UseEndValue[curNum]:=w; end; procedure proTRTneuron_resetParams(var pu:typeUO); var i:integer; begin verifierObjet(pu); with TRTNIinterface(pu).RTparams^ do begin Defaults; end; end; function fonctionTRTdigiChannel_NrnSymbolName(var pu:TRTdigichannel):AnsiString; begin result:=pu.SymbName; end; procedure proTRTdigiChannel_NrnSymbolName(w:AnsiString;var pu:TRTdigichannel); begin pu.SymbName:=w; end; function fonctionTRTdigiChannel_IsInput(var pu:TRTdigiChannel):boolean; begin result:=pu.IsInput; end; procedure proTRTdigiChannel_IsInput(w:boolean;var pu:TRTdigiChannel); begin pu.IsInput:=w; end; procedure proTRTneuron_ReStart(var pu:typeUO); begin verifierObjet(pu); TRTNIinterface(pu).ReStartNeuron; end; function fonctionTRTNeuron_StartFlag(var pu:typeUO):boolean; begin verifierObjet(pu); result:=TRTNIinterface(pu).StartFlag; end; procedure proTRTNeuron_StartFlag(w:boolean;var pu:typeUO); begin verifierObjet(pu); TRTNIinterface(pu).StartFlag := w; end; function fonctionTRTNeuron_FadvanceON(var pu:typeUO):boolean; begin verifierObjet(pu); result:= TRTNIinterface(pu).RTparams^.FadvanceON; end; procedure proTRTNeuron_FadvanceON(w:boolean;var pu:typeUO); begin verifierObjet(pu); TRTNIinterface(pu).RTparams^.FadvanceON := w; end; procedure TRTNIinterface.ProgRestart; begin if acqinf.ModeSynchro=msProgram then FlagRestart:=true; end; procedure TRTNIinterface.ShowRTconsole; begin RTconsole.Show; end; function fonctionTRTNeuron_BaseClockInt(var pu:typeUO):integer; begin verifierObjet(pu); result:=TRTNIinterface(pu).RTparams^.BaseInt; end; procedure proTRTNeuron_BaseClockInt(w:integer;var pu:typeUO); begin verifierObjet(pu); TRTNIinterface(pu).RTparams^.BaseInt := w; end; initialization Affdebug('Initialization RTneuronBrd',0); initRTNIBoards; end.
unit frmFindReplaceU; interface uses Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics, Vcl.Controls, Vcl.Forms, Vcl.Dialogs, Vcl.StdCtrls, System.Actions, Vcl.ActnList, System.ImageList, Vcl.ImgList, Vcl.Buttons, Vcl.ExtCtrls, Vcl.ComCtrls, LibraryHelperU, Vcl.Menus; type TfrmFindReplace = class(TForm) Panel1: TPanel; Panel2: TPanel; btnOk: TBitBtn; btnCancel: TBitBtn; ActionList: TActionList; ActionReplace: TAction; ActionCancel: TAction; Panel3: TPanel; Panel4: TPanel; Label1: TLabel; Label2: TLabel; cbIgnoreCase: TCheckBox; editFind: TComboBox; editReplace: TComboBox; GroupBoxDestination: TGroupBox; GridPanel1: TGridPanel; cbAndroid32: TCheckBox; cbIOS32: TCheckBox; cbIOS64: TCheckBox; cbIOSSimulator: TCheckBox; cbOSX: TCheckBox; cbWin32: TCheckBox; cbWin64: TCheckBox; cbLinux64: TCheckBox; PopupMenuLibrary: TPopupMenu; CheckAll1: TMenuItem; UncheckAll1: TMenuItem; procedure FormShow(Sender: TObject); procedure ActionReplaceExecute(Sender: TObject); procedure ActionCancelExecute(Sender: TObject); procedure CheckAll1Click(Sender: TObject); procedure UncheckAll1Click(Sender: TObject); private FDelphiInstallation: TDelphiInstallation; procedure UpdateComboBoxOptions(ADelphiInstallation: TDelphiInstallation); procedure FindReplace(AFind, AReplace: string; AIgnoreCase: Boolean); procedure SetDestinationsChecked(AValue: Boolean); public function Execute(ADelphiInstallation: TDelphiInstallation): Boolean; end; implementation {$R *.dfm} uses frmProgressU, dmDelphiLibraryHelperU; procedure TfrmFindReplace.ActionCancelExecute(Sender: TObject); begin Self.ModalResult := mrCancel; end; procedure TfrmFindReplace.SetDestinationsChecked(AValue: Boolean); begin cbAndroid32.Checked := AValue; cbIOS32.Checked := AValue; cbIOS64.Checked := AValue; cbIOSSimulator.Checked := AValue; cbOSX.Checked := AValue; cbWin32.Checked := AValue; cbWin64.Checked := AValue; cbLinux64.Checked := AValue; end; procedure TfrmFindReplace.ActionReplaceExecute(Sender: TObject); begin Self.ModalResult := mrOk; end; procedure TfrmFindReplace.CheckAll1Click(Sender: TObject); begin SetDestinationsChecked(True); end; function TfrmFindReplace.Execute(ADelphiInstallation : TDelphiInstallation): Boolean; begin Result := False; if Assigned(ADelphiInstallation) then begin FDelphiInstallation := ADelphiInstallation; UpdateComboBoxOptions(FDelphiInstallation); SetDestinationsChecked(True); if Self.ShowModal = mrOk then begin FindReplace(editFind.Text, editReplace.Text, cbIgnoreCase.Checked); // FDelphiInstallation.Save; Result := True; end; end; end; procedure TfrmFindReplace.FindReplace(AFind, AReplace: string; AIgnoreCase: Boolean); var LFlags: TReplaceFlags; begin ShowProgress('Please wait...'); try LFlags := []; if AIgnoreCase then begin LFlags := LFlags + [rfIgnoreCase]; end; LFlags := LFlags + [rfReplaceAll]; if cbAndroid32.Checked then FDelphiInstallation.LibraryAndroid32 := StringReplace(FDelphiInstallation.LibraryAndroid32, AFind, AReplace, LFlags); if cbIOS32.Checked then FDelphiInstallation.LibraryIOS32 := StringReplace(FDelphiInstallation.LibraryIOS32, AFind, AReplace, LFlags); if cbIOS64.Checked then FDelphiInstallation.LibraryIOS64 := StringReplace(FDelphiInstallation.LibraryIOS64, AFind, AReplace, LFlags); if cbIOSSimulator.Checked then FDelphiInstallation.LibraryIOSSimulator := StringReplace(FDelphiInstallation.LibraryIOSSimulator, AFind, AReplace, LFlags); if cbOSX.Checked then FDelphiInstallation.LibraryOSX32 := StringReplace(FDelphiInstallation.LibraryOSX32, AFind, AReplace, LFlags); if cbWin32.Checked then FDelphiInstallation.LibraryWin32 := StringReplace(FDelphiInstallation.LibraryWin32, AFind, AReplace, LFlags); if cbWin64.Checked then FDelphiInstallation.LibraryWin64 := StringReplace(FDelphiInstallation.LibraryWin64, AFind, AReplace, LFlags); if cbLinux64.Checked then FDelphiInstallation.LibraryLinux64 := StringReplace(FDelphiInstallation.LibraryLinux64, AFind, AReplace, LFlags); finally HideProgress; end; end; procedure TfrmFindReplace.FormShow(Sender: TObject); begin editFind.SetFocus; end; procedure TfrmFindReplace.UncheckAll1Click(Sender: TObject); begin SetDestinationsChecked(False); end; procedure TfrmFindReplace.UpdateComboBoxOptions(ADelphiInstallation : TDelphiInstallation); var LItems: TStringList; function ValidatePath(APath: string; ADelphiLibrary: TDelphiLibrary): Boolean; var LPath: string; begin Result := False; LPath := APath; if Trim(LPath) <> '' then begin LPath := FDelphiInstallation.ExpandLibraryPath(LPath, ADelphiLibrary); Result := DirectoryExists(LPath); end; end; procedure AddLibraryPaths(ADelphiLibrary: TDelphiLibrary); var LLibrary: TStringList; LIdx: integer; LLibraryValue: string; begin LLibrary := TStringList.Create; try FDelphiInstallation.LibraryAsStrings(LLibrary, ADelphiLibrary); for LIdx := 0 to Pred(LLibrary.Count) do begin LLibraryValue := LLibrary[LIdx]; if ValidatePath(LLibraryValue, ADelphiLibrary) then begin LItems.Add(LLibrary[LIdx]); end; end; finally FreeAndNil(LLibrary); end; end; procedure AddEnvironmentVariables(AEnvironmentVariables : TEnvironmentVariables); var LIdx: integer; LLibraryValue: string; begin for LIdx := 0 to Pred(AEnvironmentVariables.Count) do begin LLibraryValue := AEnvironmentVariables.Variable[LIdx].Value; if ValidatePath(LLibraryValue, dlWin32) then begin LItems.Add(LLibraryValue); end; LLibraryValue := AEnvironmentVariables.Variable[LIdx].Name; if Trim(LLibraryValue) <> '' then begin LLibraryValue := '${' + LLibraryValue + '}'; LItems.Add(LLibraryValue); end; end; end; begin editFind.Items.Clear; editReplace.Items.Clear; LItems := TStringList.Create; try LItems.Duplicates := dupIgnore; LItems.Sorted := True; AddLibraryPaths(dlAndroid32); AddLibraryPaths(dlIOS32); AddLibraryPaths(dlIOS64); AddLibraryPaths(dlOSX32); AddLibraryPaths(dlIOSimulator); AddLibraryPaths(dlIOS32); AddLibraryPaths(dlWin32); AddLibraryPaths(dlWin64); AddLibraryPaths(dlLinux64); AddEnvironmentVariables(FDelphiInstallation.EnvironmentVariables); AddEnvironmentVariables(FDelphiInstallation.SystemEnvironmentVariables); editFind.Items.Text := LItems.Text; editReplace.Items.Text := LItems.Text; finally FreeAndNil(LItems); end; end; end.
unit uService; interface uses Winapi.Windows, Winapi.Messages, System.SysUtils, System.Classes, Vcl.Graphics, Vcl.Controls, Vcl.SvcMgr, Vcl.Dialogs, Vcl.ExtCtrls; type TPacktBooks_Service = class(TService) Timer1: TTimer; procedure ServiceExecute(Sender: TService); procedure Timer1Timer(Sender: TObject); procedure ServiceStart(Sender: TService; var Started: Boolean); procedure ServiceContinue(Sender: TService; var Continued: Boolean); procedure ServicePause(Sender: TService; var Paused: Boolean); procedure ServiceStop(Sender: TService; var Stopped: Boolean); private { Private declarations } public function GetServiceController: TServiceController; override; { Public declarations } end; TNewServiceThread = class(TThread) public procedure Execute; override; end; var PacktBooks_Service: TPacktBooks_Service; NewServiceThread: TNewServiceThread; implementation {$R *.dfm} procedure ServiceController(CtrlCode: DWord); stdcall; begin PacktBooks_Service.Controller(CtrlCode); end; function TPacktBooks_Service.GetServiceController: TServiceController; begin Result := ServiceController; end; procedure TPacktBooks_Service.ServiceContinue(Sender: TService; var Continued: Boolean); begin NewServiceThread.Resume; Continued := True; end; procedure TPacktBooks_Service.ServiceExecute(Sender: TService); begin // Timer1.Enabled := True; while not Terminated do ServiceThread.ProcessRequests(True); // Timer1.Enabled := False; end; procedure TPacktBooks_Service.ServicePause(Sender: TService; var Paused: Boolean); begin NewServiceThread.Suspend; Paused := True; end; procedure TPacktBooks_Service.ServiceStart(Sender: TService; var Started: Boolean); begin NewServiceThread := TNewServiceThread.Create(False); Started := True; end; procedure TPacktBooks_Service.ServiceStop(Sender: TService; var Stopped: Boolean); begin NewServiceThread.Terminate; Stopped := True; end; procedure TPacktBooks_Service.Timer1Timer(Sender: TObject); Const FileName = 'c:\Chapter3_WindowsServices.txt'; var F: TextFile; begin AssignFile(f,FileName); if FileExists(FileName) then Append(f) else Rewrite(f); writeln(f,DateTimeToStr(Now)); CloseFile(f); end; { TServiceThread } procedure TNewServiceThread.Execute; const FileName = 'c:\Chapter3_WindowsServices_SafeThread.txt'; var F: TextFile; begin while not Terminated do begin AssignFile(f,FileName); if FileExists(FileName) then Append(f) else Rewrite(f); writeln(f,DateTimeToStr(Now)); CloseFile(f); Sleep(10000); end; end; end.
// // Generated by JavaToPas v1.5 20171018 - 170603 //////////////////////////////////////////////////////////////////////////////// unit android.app.job.JobScheduler; interface uses AndroidAPI.JNIBridge, Androidapi.JNI.JavaTypes, android.app.job.JobInfo; type JJobScheduler = interface; JJobSchedulerClass = interface(JObjectClass) ['{C06448AA-5E4C-4BC6-8587-8CBFFB08C975}'] function _GetRESULT_FAILURE : Integer; cdecl; // A: $19 function _GetRESULT_SUCCESS : Integer; cdecl; // A: $19 function getAllPendingJobs : JList; cdecl; // ()Ljava/util/List; A: $401 function getPendingJob(Integerparam0 : Integer) : JJobInfo; cdecl; // (I)Landroid/app/job/JobInfo; A: $401 function init : JJobScheduler; cdecl; // ()V A: $1 function schedule(JJobInfoparam0 : JJobInfo) : Integer; cdecl; // (Landroid/app/job/JobInfo;)I A: $401 procedure cancel(Integerparam0 : Integer) ; cdecl; // (I)V A: $401 procedure cancelAll ; cdecl; // ()V A: $401 property RESULT_FAILURE : Integer read _GetRESULT_FAILURE; // I A: $19 property RESULT_SUCCESS : Integer read _GetRESULT_SUCCESS; // I A: $19 end; [JavaSignature('android/app/job/JobScheduler')] JJobScheduler = interface(JObject) ['{E3EF9B34-A923-4A8A-A78D-94F2213D2ED7}'] function getAllPendingJobs : JList; cdecl; // ()Ljava/util/List; A: $401 function getPendingJob(Integerparam0 : Integer) : JJobInfo; cdecl; // (I)Landroid/app/job/JobInfo; A: $401 function schedule(JJobInfoparam0 : JJobInfo) : Integer; cdecl; // (Landroid/app/job/JobInfo;)I A: $401 procedure cancel(Integerparam0 : Integer) ; cdecl; // (I)V A: $401 procedure cancelAll ; cdecl; // ()V A: $401 end; TJJobScheduler = class(TJavaGenericImport<JJobSchedulerClass, JJobScheduler>) end; const TJJobSchedulerRESULT_FAILURE = 0; TJJobSchedulerRESULT_SUCCESS = 1; implementation end.
unit uFrmMarginTableApply; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, uDialogParent, siComp, siLangRT, StdCtrls, ExtCtrls, DB, DBCtrls, Mask, SuperComboADO, ADODB, uDMCalcPrice; const CATEGORY = 1; SUBCATEG = 2; GROUP = 3; type TFrmMarginTableApply = class(TDialogParent) Panel13: TPanel; lbQuestion2: TLabel; pnMSRP: TPanel; scMSRPMargemType: TDBSuperComboADO; dbMSRPPercent: TDBEdit; cbMSRP: TComboBox; Panel9: TPanel; lbQuestion: TLabel; pnSalePrice: TPanel; scSalePriceMargemType: TDBSuperComboADO; dbSalePricePercent: TDBEdit; cbSalePrice: TComboBox; dsApplyMargin: TDataSource; quApplyMargin: TADODataSet; DBText1: TDBText; quApplyMarginID: TIntegerField; quApplyMarginName: TStringField; quApplyMarginIDSalePriceMargemTable: TIntegerField; quApplyMarginSalePriceMargemPercent: TFloatField; quApplyMarginUseSalePricePercent: TBooleanField; quApplyMarginIDMSRPMargemTable: TIntegerField; quApplyMarginMSRPMargemPercent: TFloatField; quApplyMarginUseMSRPPercent: TBooleanField; procedure quApplyMarginAfterOpen(DataSet: TDataSet); procedure quApplyMarginBeforePost(DataSet: TDataSet); procedure quApplyMarginAfterPost(DataSet: TDataSet); procedure CancelarClick(Sender: TObject); procedure FormClose(Sender: TObject; var Action: TCloseAction); procedure AplicarClick(Sender: TObject); procedure cbSalePriceChange(Sender: TObject); procedure cbMSRPChange(Sender: TObject); procedure dbSalePricePercentExit(Sender: TObject); procedure dbMSRPPercentExit(Sender: TObject); private fID : Integer; fType: TModelGroupingType; FRecalcChanged: Boolean; FCalcPriceType : TCalcPriceType; procedure ApplyOpen; procedure ApplyClose; procedure ApplyPost; function GetSQLByType(iType : TModelGroupingType):String; public function Start(iID : Integer; iType : TModelGroupingType):Boolean; end; implementation uses uDM, uFrmMarginTableUpdate, uNumericFunctions, uMsgBox, uMsgConstant; {$R *.dfm} { TFrmMarginTableApply } function TFrmMarginTableApply.Start(iID : Integer; iType: TModelGroupingType): Boolean; begin fID := iID; fType := iType; ApplyOpen; Result := (ShowModal = mrOK); end; procedure TFrmMarginTableApply.quApplyMarginAfterOpen(DataSet: TDataSet); begin inherited; if quApplyMarginUseMSRPPercent.AsBoolean = True then begin cbMSRP.ItemIndex := 0; scMSRPMargemType.Visible := False; dbMSRPPercent.Visible := True; end else begin cbMSRP.ItemIndex := 1; dbMSRPPercent.Visible := False; scMSRPMargemType.Visible := True; end; if quApplyMarginUseSalePricePercent.AsBoolean = True then begin cbSalePrice.ItemIndex := 0; scSalePriceMargemType.Visible := False; dbSalePricePercent.Visible := True; end else begin cbSalePrice.ItemIndex := 1; dbSalePricePercent.Visible := False; scSalePriceMargemType.Visible := True; end; end; procedure TFrmMarginTableApply.quApplyMarginBeforePost(DataSet: TDataSet); begin inherited; with quApplyMargin do begin FRecalcChanged := True; if ((FieldByName('SalePriceMargemPercent').NewValue <> NULL) or (FieldByName('IDSalePriceMargemTable').NewValue <> NULL)) and ((FieldByName('MSRPMargemPercent').NewValue <> NULL) or (FieldByName('IDMSRPMargemTable').NewValue <> NULL)) then FCalcPriceType := cptBoth else if (FieldByName('SalePriceMargemPercent').NewValue <> NULL) or (FieldByName('IDSalePriceMargemTable').NewValue <> NULL) then FCalcPriceType := cptSalePrice else if (FieldByName('MSRPMargemPercent').NewValue <> NULL) or (FieldByName('IDMSRPMargemTable').NewValue <> NULL) then FCalcPriceType := cptMSRPPrice else FRecalcChanged := False; end; if cbSalePrice.ItemIndex = 0 then begin quApplyMarginUseSalePricePercent.AsBoolean := True; quApplyMarginIDSalePriceMargemTable.AsString := ''; end else begin quApplyMarginUseSalePricePercent.AsBoolean := False; quApplyMarginSalePriceMargemPercent.AsCurrency := 0; end; if cbMSRP.ItemIndex = 0 then begin quApplyMarginUseMSRPPercent.AsBoolean := True; quApplyMarginIDMSRPMargemTable.AsString := ''; end else begin quApplyMarginUseMSRPPercent.AsBoolean := False; quApplyMarginMSRPMargemPercent.AsCurrency := 0; end; end; procedure TFrmMarginTableApply.ApplyClose; begin with quApplyMargin do if Active then Close; end; procedure TFrmMarginTableApply.ApplyOpen; begin with quApplyMargin do if not Active then begin CommandText := GetSQLByType(fType); Open; end; end; function TFrmMarginTableApply.GetSQLByType(iType: TModelGroupingType): String; begin case iType of mgtCategory : begin Result := 'SELECT TG.IDGroup as ID, ' + 'TG.Name, ' + 'TG.IDSalePriceMargemTable, ' + 'TG.SalePriceMargemPercent, ' + 'TG.UseSalePricePercent, ' + 'TG.IDMSRPMargemTable, ' + 'TG.MSRPMargemPercent, ' + 'TG.UseMSRPPercent ' + 'FROM ' + 'TabGroup TG ' + 'WHERE ' + 'TG.IDGroup = ' + IntToStr(fID); end; mgtGroup : begin Result := 'SELECT MG.IDModelGroup as ID, ' + 'MG.ModelGroup as Name, ' + 'MG.IDSalePriceMargemTable, ' + 'MG.SalePriceMargemPercent, ' + 'MG.UseSalePricePercent, ' + 'MG.IDMSRPMargemTable, ' + 'MG.MSRPMargemPercent, ' + 'MG.UseMSRPPercent ' + 'FROM ' + 'ModelGroup MG ' + 'WHERE ' + 'MG.IDModelGroup = ' + IntToStr(fID); end; mgtSubGroup : begin Result := 'SELECT MSG.IDModelSubGroup as ID, ' + 'MSG.ModelSubGroup as Name, ' + 'MSG.IDSalePriceMargemTable, ' + 'MSG.SalePriceMargemPercent, ' + 'MSG.UseSalePricePercent, ' + 'MSG.IDMSRPMargemTable, ' + 'MSG.MSRPMargemPercent, ' + 'MSG.UseMSRPPercent ' + 'FROM ' + 'ModelSubGroup MSG ' + 'WHERE ' + 'MSG.IDModelSubGroup = ' + IntToStr(fID); end; end; end; procedure TFrmMarginTableApply.quApplyMarginAfterPost(DataSet: TDataSet); begin inherited; if FRecalcChanged then begin with TFrmMarginTableUpdate.Create(self) do Start(quApplyMarginID.AsInteger, FCalcPriceType, fType); end; end; procedure TFrmMarginTableApply.CancelarClick(Sender: TObject); begin inherited; Close; end; procedure TFrmMarginTableApply.FormClose(Sender: TObject; var Action: TCloseAction); begin inherited; Action := caFree; end; procedure TFrmMarginTableApply.ApplyPost; begin with quApplyMargin do if Active then if State in dsEditModes then Post; end; procedure TFrmMarginTableApply.AplicarClick(Sender: TObject); begin ApplyPost; inherited; end; procedure TFrmMarginTableApply.cbSalePriceChange(Sender: TObject); begin inherited; if cbSalePrice.ItemIndex = 0 then begin dbSalePricePercent.Visible := True; scSalePriceMargemType.Visible := False; end else begin dbSalePricePercent.Visible := False; scSalePriceMargemType.Visible := True; end; end; procedure TFrmMarginTableApply.cbMSRPChange(Sender: TObject); begin inherited; if cbMSRP.ItemIndex = 0 then begin dbMSRPPercent.Visible := True; scMSRPMargemType.Visible := False; end else begin dbMSRPPercent.Visible := False; scMSRPMargemType.Visible := True; end; end; procedure TFrmMarginTableApply.dbSalePricePercentExit(Sender: TObject); begin if (dbSalePricePercent.Text <> '') and (MyStrToFloat(dbSalePricePercent.Text) > 99) then begin MsgBox(MSG_INF_PERCENT_LESSER_100, vbOKOnly + vbInformation); dbSalePricePercent.SetFocus; Exit end; end; procedure TFrmMarginTableApply.dbMSRPPercentExit(Sender: TObject); begin if (dbMSRPPercent.Text <> '') and (MyStrToFloat(dbMSRPPercent.Text) > 99) then begin MsgBox(MSG_INF_PERCENT_LESSER_100, vbOKOnly + vbInformation); dbMSRPPercent.SetFocus; Exit end; end; end.
unit uMain; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, DB, ADODB, Grids, DBGrids, Menus, StdCtrls, ExtCtrls, ActnList, XPStyleActnCtrls, ActnMan, ActnCtrls, ToolWin, ActnMenus, ComCtrls, ImgList, IniFiles; const CodeS = 927; type TNumber = class(TObject) private FNumber: String; //записывается номер класса public property Number: String read FNumber write FNumber; end; TfmMain = class(TForm) dbgDirectory: TDBGrid; ActionManager1: TActionManager; acExit: TAction; acAddItem: TAction; acSortOnSername: TAction; acEditItem: TAction; acDelItem: TAction; ActionMainMenuBar1: TActionMainMenuBar; ActionToolBar1: TActionToolBar; tvClasses: TTreeView; acClasses: TAction; pmforList: TPopupMenu; N1: TMenuItem; N2: TMenuItem; N3: TMenuItem; N4: TMenuItem; N5: TMenuItem; pmForTree: TPopupMenu; N6: TMenuItem; N7: TMenuItem; N8: TMenuItem; ImageList1: TImageList; sbCount: TStatusBar; acSortOnClass: TAction; acSortOnName: TAction; acSortOnFathName: TAction; acSortOnNumber: TAction; ImageList2: TImageList; acDanger: TAction; acAbout: TAction; procedure edConditionChange(Sender: TObject); procedure acAddItemExecute(Sender: TObject); procedure acEditItemExecute(Sender: TObject); procedure acDelItemExecute(Sender: TObject); procedure acClassesExecute(Sender: TObject); procedure FormActivate(Sender: TObject); procedure tvClassesChange(Sender: TObject; Node: TTreeNode); procedure acExitExecute(Sender: TObject); procedure acSortOnSernameExecute(Sender: TObject); procedure acSortOnClassExecute(Sender: TObject); procedure acSortOnNameExecute(Sender: TObject); procedure acSortOnFathNameExecute(Sender: TObject); procedure acSortOnNumberExecute(Sender: TObject); procedure acProtecExecute(Sender: TObject); procedure dbgDirectoryDblClick(Sender: TObject); procedure FormCreate(Sender: TObject); procedure acDangerExecute(Sender: TObject); procedure FormClose(Sender: TObject; var Action: TCloseAction); procedure acAboutExecute(Sender: TObject); private { Private declarations } procedure SavePas; function Shifrovka(Str: string): string; public { Public declarations } Number: TNumber; //для записи в дерево номера класса как объект CountClasses: Integer; //кол-во классов Code: Integer; Password, OldPassword: string; PasModified: Boolean; procedure RecToTree; //записывает в древо procedure DelFromTree; //удаляет из дерева end; var fmMain: TfmMain; implementation uses uComponents, uEditBase, uListOfClasses, uEntrance, uAbout; {$R *.dfm} procedure TfmMain.edConditionChange(Sender: TObject); //поиск begin { if Length(edCondition.Text) > 0 then DataComponents.adotList.Filtered := True else DataComponents.adotList.Filtered := False; DataComponents.adotList.Filter :='Номер='''+ edCondition.Text + '''';} end; procedure TfmMain.acAddItemExecute(Sender: TObject); begin DataComponents.adotList.Insert; //добавляет новую строку в основ таблицу fmEditing.ShowModal; //показывает окно ридактирования end; procedure TfmMain.acEditItemExecute(Sender: TObject); begin fmEditing.ShowModal; //нажатие на кнопке редактировать end; procedure TfmMain.acDelItemExecute(Sender: TObject); //удаление ученика begin if Application.MessageBox(PChar('Вы действительно хотите удалить запись: ' + DataComponents.adotListDSDesigner2.AsString + ' ' + DataComponents.adotListDSDesigner3.AsString + ' ' + DataComponents.adotListDSDesigner4.AsString + ' ?'), 'Внимание!!!', MB_OKCANCEL) = id_OK then begin DataComponents.adotList.Delete; //удаляет строку if tvClasses.Selected.Level = 0 then //если выделена школа то пишет сколько всего классов и учеников begin sbCount.Panels.Items[0].Width := fmMain.ClientWidth div 2; //разбивает все панель на две равные sbCount.Panels.Items[0].Text := 'Количество классов: ' + IntToStr(DataComponents.adotClasses.RecordCount); sbCount.Panels.Items[1].Width := fmMain.ClientWidth div 2; sbCount.Panels.Items[1].Text := 'Количество учеников: ' + IntToStr(DataComponents.adotList.RecordCount); end //if tvClasses.Selected.Level = 0 else begin //если выделен класс sbCount.Panels.Items[1].Width := 0; //онду часть чтобы не было видно sbCount.Panels.Items[0].Width := fmMain.ClientWidth; sbCount.Panels.Items[0].Text := 'Количество количество учеников в ' + tvClasses.Selected.Text + ': ' + IntToStr(DataComponents.adotList.RecordCount); end; //else end; end; procedure TfmMain.acClassesExecute(Sender: TObject); //список всех классов begin CountClasses := DataComponents.adotClasses.RecordCount; //записывает кол-во классов перед открытием fmListOfClasses.ShowModal; //показывает окно if CountClasses <> DataComponents.adotClasses.RecordCount then //проверка, если кол-во изменилось begin tvClasses.Items.Clear; //очищает дерево всех классов tvClasses.Items.AddChild(nil, 'Мурагер'); //пишет первым школу DataComponents.adotList.Filtered := False; //запрещает фильтрацию, т.е. показывает все. DelFromTree; // вызывает процедуру удаления класса из дерева if DataComponents.adotClasses.RecordCount > 0 then //проверяет кол-во классов RecToTree; //вызывает процедуру добавления в дерево классов end; //if CountClasses <> DataComponents.adotClasses.RecordCount tvClasses.Items.Item[0].ImageIndex := 7; //чтобы был портфель на школе tvCLasses.Items.Item[0].SelectedIndex := 7; //чтобы был портфель на школе end; procedure TfmMain.FormActivate(Sender: TObject); begin if DataComponents.adotClasses.RecordCount > 0 then //проверяет количество классов RecToTree; //вызывает процедуру добавления в дерево классов tvCLasses.Items.Item[0].Selected := True; DataComponents.adotList.IndexFieldNames := 'Номер'; DataComponents.adotClasses.IndexFieldNames := 'Класс'; end; procedure TfmMain.tvClassesChange(Sender: TObject; Node: TTreeNode); //когда меняется выделение класса в дереве begin if Length(Node.Text) > 0 then //если длина класса больше нуля то разрешает фильтрацию DataComponents.adotList.Filtered := True else DataComponents.adotList.Filtered := False; //значит длина меньше нуля или равна нулю Number := tvClasses.Selected.Data; //из выделенного узла забирает объект if Node.Text <> tvClasses.Items.Item[0].Text then //если текст узал не название школы то DataComponents.adotList.Filter :='Класс=''' + Number.Number + '''' //фильтрует по номеру класса else DataComponents.adotList.Filtered := False; //запрещает фильтрацию, т.е. показывает все. if tvClasses.Selected.Level = 0 then //если выделена школа то пишет сколько всего классов и учеников begin sbCount.Panels.Items[0].Width := fmMain.ClientWidth div 2; //разбивает все панель на две равные sbCount.Panels.Items[0].Text := 'Количество классов: ' + IntToStr(DataComponents.adotClasses.RecordCount); sbCount.Panels.Items[1].Width := fmMain.ClientWidth div 2; sbCount.Panels.Items[1].Text := 'Количество учеников: ' + IntToStr(DataComponents.adotList.RecordCount); end //if tvClasses.Selected.Level = 0 else begin //если выделен класс sbCount.Panels.Items[1].Width := 0; //онду часть чтобы не было видно sbCount.Panels.Items[0].Width := fmMain.ClientWidth; sbCount.Panels.Items[0].Text := 'Количество количество учеников в ' + tvClasses.Selected.Text + ': ' + IntToStr(DataComponents.adotList.RecordCount); end; tvClasses.Items.Item[0].ImageIndex := 7; tvCLasses.Items.Item[0].SelectedIndex := 7; end; procedure TfmMain.RecToTree; //Добавление в дерево классов begin DataComponents.adotClasses.First; //берет вервого repeat Number := TNumber.Create; //создает для него номер Number.Number := IntToStr(DataComponents.adotClassesKey1.AsInteger);//и записывает его туда //добавляет в дерево tvClasses.Items.AddChildObject(tvCLasses.Items.Item[0], DataComponents.adotClassesDSDesigner.AsString, Number); DataComponents.adotClasses.Next; //берет следующего until DataComponents.adotClasses.Eof; //делает пока не дойдет до конца end; procedure TfmMain.DelFromTree; //удаляет класс из дерева begin DataComponents.adotList.Last; //выделяет последнюю строку в таблице repeat if DataComponents.adotListClass.IsNull then //проверяет если файл уже пустой DataComponents.adotList.Delete; DataComponents.adotList.Prior; //выделяет предыдущую строку until DataComponents.adotList.Bof; //продолжается пока не дойдет до начала таблицы end; procedure TfmMain.acExitExecute(Sender: TObject); begin Close; end; procedure TfmMain.acSortOnSernameExecute(Sender: TObject); begin DataComponents.adotList.IndexFieldNames := 'Фамилия'; //сортировка по фамилии //делает отмеченным в меню нужную строку acSortOnClass.Checked := False; acSortOnName.Checked := False; acSortOnSerName.Checked := True; acSortOnNumber.Checked := False; acSortOnFathName.Checked := False; end; procedure TfmMain.acSortOnClassExecute(Sender: TObject); begin DataComponents.adotList.IndexFieldNames := 'Класс'; //сортировка по классу //делает отмеченным в меню нужную строку acSortOnClass.Checked := True; acSortOnName.Checked := False; acSortOnSerName.Checked := False; acSortOnNumber.Checked := False; acSortOnFathName.Checked := False; end; procedure TfmMain.acSortOnNameExecute(Sender: TObject); begin DataComponents.adotList.IndexFieldNames := 'Имя'; //сортировка по имени //делает отмеченным в меню нужную строку acSortOnClass.Checked := False; acSortOnName.Checked := True; acSortOnSerName.Checked := False; acSortOnNumber.Checked := False; acSortOnFathName.Checked := False; end; procedure TfmMain.acSortOnFathNameExecute(Sender: TObject); begin DataComponents.adotList.IndexFieldNames := 'Отчество'; //сортировка по отчеству //делает отмеченным в меню нужную строку acSortOnClass.Checked := False; acSortOnName.Checked := False; acSortOnSerName.Checked := False; acSortOnNumber.Checked := False; acSortOnFathName.Checked := True; end; procedure TfmMain.acSortOnNumberExecute(Sender: TObject); begin DataComponents.adotList.IndexFieldNames := 'Номер'; //сортировка по номеру //делает отмеченным в меню нужную строку acSortOnClass.Checked := False; acSortOnName.Checked := False; acSortOnSerName.Checked := False; acSortOnNumber.Checked := True; acSortOnFathName.Checked := False; end; procedure TfmMain.acProtecExecute(Sender: TObject); begin fmEntrance.ShowModal; end; procedure TfmMain.dbgDirectoryDblClick(Sender: TObject); begin acEditItem.OnExecute(Sender); end; procedure TfmMain.FormCreate(Sender: TObject); var Path: string; i: Integer; Ini: TIniFile; Go: Boolean; begin Code := CodeS; Go := False; Path := Application.ExeName; for i := Length(Path) downto 0 do if Path[i] = '\' then begin if Go then begin Delete(Path, i + 1, Length(Path) - i); break; end; Go := True; end; Path := Path + 'Setting.ini'; try Ini := TIniFile.Create(Path); Password := Shifrovka(Ini.ReadString('Font', 'Caption', '')); OldPassword := Password; finally if Assigned(Ini) then Ini.Free; end; //try end; procedure TfmMain.acDangerExecute(Sender: TObject); begin fmEntrance.ShowModal; case fmEntrance.ModalResult of mrOk: begin Password := fmEntrance.edNewPassword.Text; //записывает новый пароль if Password <> OldPassword then //если новый пароль не равен старому, то PasModified := True; //нужно будет сохранить end; // mrOk end; //case end; procedure TfmMain.FormClose(Sender: TObject; var Action: TCloseAction); begin if PasModified then SavePas; end; procedure TfmMain.SavePas; var Path: string; i: Integer; Ini: TIniFile; Go: Boolean; begin Path := Application.ExeName; Go := False; for i := Length(Path) downto 0 do if Path[i] = '\' then begin if Go then begin Delete(Path, i + 1, Length(Path) - i); break; end; Go := True; end; Path := Path + 'Setting'; try Ini := TIniFile.Create(ChangeFileExt(Path, '.ini')); Ini.WriteString('Font', 'Caption', Shifrovka(Password)); finally Ini.Destroy; end; end; function TfmMain.Shifrovka(Str: string): string; //зашифрововывает пароль var j: Integer; Stch: Char; begin Result := ''; for j := 1 to Length(Str) do begin Stch := Str[j]; Result := Result+chr(ord(Stch) xor Code); end; end; procedure TfmMain.acAboutExecute(Sender: TObject); begin fmAbout.ShowModal; end; end.
// Copyright (c) 2009, ConTEXT Project Ltd // All rights reserved. // // Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: // // Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. // Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. // Neither the name of ConTEXT Project Ltd nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. unit fBottomWindowPage; interface {$I ConTEXT.inc} uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, ActnList, TB2Item, TBX, Menus, uMultiLanguage; type TfmBottomWindowPage = class(TForm) alDefault: TActionList; acJumpToLine: TAction; acCopyToClipboard: TAction; acCopyLineToClipboard: TAction; acClear: TAction; acClose: TAction; popDefault: TTBXPopupMenu; TBXItem5: TTBXItem; TBXSeparatorItem1: TTBXSeparatorItem; TBXItem4: TTBXItem; TBXItem3: TTBXItem; TBXItem2: TTBXItem; TBXSeparatorItem2: TTBXSeparatorItem; TBXItem1: TTBXItem; procedure FormDeactivate(Sender: TObject); procedure FormActivate(Sender: TObject); procedure FormCreate(Sender: TObject); procedure FormDestroy(Sender: TObject); procedure acJumpToLineExecute(Sender: TObject); procedure acCopyToClipboardExecute(Sender: TObject); procedure acCopyLineToClipboardExecute(Sender: TObject); procedure acClearExecute(Sender: TObject); procedure acCloseExecute(Sender: TObject); procedure alDefaultUpdate(Action: TBasicAction; var Handled: Boolean); private protected procedure LoadSettings; virtual; procedure SaveSettings; virtual; procedure JumpToLineInSource; virtual; abstract; procedure CopySelectedLineToClipboard; virtual; abstract; procedure CopyAllToClipboard; virtual; abstract; procedure ClearContents; virtual; abstract; procedure CloseWindow; virtual; function JumpToLineInSourceEnabled:boolean; virtual; function CopySelectedLineToClipboardEnabled:boolean; virtual; function CopyAllToClipboardEnabled:boolean; virtual; function ClearContentsEnabled:boolean; virtual; public class function GetDefaultCaption:string; virtual; abstract; end; TfmBottomWindowPageClass = class of TfmBottomWindowPage; implementation {$R *.dfm} uses fMain; //////////////////////////////////////////////////////////////////////////////////////////// // Functions //////////////////////////////////////////////////////////////////////////////////////////// //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.LoadSettings; begin // virtual holder end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.SaveSettings; begin // virtual holder end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.CloseWindow; begin fmMain.BottomWindowVisible:=FALSE; if (Assigned(fmMain.ActiveEditor)) then begin SendMessage(fmMain.Handle, WM_SETFOCUS, 0, 0); fmMain.ActiveEditor.SetFocusToEditor; end; end; //------------------------------------------------------------------------------------------ function TfmBottomWindowPage.ClearContentsEnabled:boolean; begin result:=FALSE; end; //------------------------------------------------------------------------------------------ function TfmBottomWindowPage.CopyAllToClipboardEnabled:boolean; begin result:=FALSE; end; //------------------------------------------------------------------------------------------ function TfmBottomWindowPage.CopySelectedLineToClipboardEnabled:boolean; begin result:=FALSE; end; //------------------------------------------------------------------------------------------ function TfmBottomWindowPage.JumpToLineInSourceEnabled:boolean; begin result:=FALSE; end; //------------------------------------------------------------------------------------------ //////////////////////////////////////////////////////////////////////////////////////////// // Actions //////////////////////////////////////////////////////////////////////////////////////////// //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.alDefaultUpdate(Action: TBasicAction; var Handled: Boolean); begin acJumpToLine.Enabled:=JumpToLineInSourceEnabled; acCopyToClipboard.Enabled:=CopyAllToClipboardEnabled; acCopyLineToClipboard.Enabled:=CopySelectedLineToClipboardEnabled; acClear.Enabled:=ClearContentsEnabled; end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.acClearExecute(Sender: TObject); begin ClearContents; end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.acCloseExecute(Sender: TObject); begin CloseWindow; end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.acCopyLineToClipboardExecute(Sender: TObject); begin CopySelectedLineToClipboard; end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.acCopyToClipboardExecute(Sender: TObject); begin CopyAllToClipboard; end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.acJumpToLineExecute(Sender: TObject); begin JumpToLineInSource; end; //------------------------------------------------------------------------------------------ //////////////////////////////////////////////////////////////////////////////////////////// // Form events //////////////////////////////////////////////////////////////////////////////////////////// //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.FormCreate(Sender: TObject); begin LoadSettings; Caption:=GetDefaultCaption; acJumpToLine.Caption:=mlStr(ML_EXEC_POP_COMPILER_JUMP_TO_LINE, acJumpToLine.Caption); acCopyToClipboard.Caption:=mlStr(ML_EXEC_POP_COPY, acCopyToClipboard.Caption); acCopyLineToClipboard.Caption:=mlStr(ML_EXEC_POP_COPY_LINE, acCopyLineToClipboard.Caption); acClear.Caption:=mlStr(ML_EXEC_POP_CLEAR, acClear.Caption); acClose.Caption:=mlStr(ML_EXEC_POP_HIDE, acClose.Caption); end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.FormActivate(Sender: TObject); begin alDefault.State := asNormal; end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.FormDeactivate(Sender: TObject); begin alDefault.State := asSuspended; end; //------------------------------------------------------------------------------------------ procedure TfmBottomWindowPage.FormDestroy(Sender: TObject); begin SaveSettings; end; //------------------------------------------------------------------------------------------ end.
unit Unit1; interface uses Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics, Vcl.Controls, Vcl.Forms, Vcl.Dialogs, AdvUtil, Vcl.Grids, AdvObj, BaseGrid, AdvGrid, Vcl.ExtCtrls, o_GridDataList, o_GridData, Vcl.StdCtrls; type TForm1 = class(TForm) grd: TAdvStringGrid; Panel1: TPanel; btn_LadeGrid: TButton; procedure FormCreate(Sender: TObject); procedure grdGetAlignment(Sender: TObject; ARow, ACol: Integer; var HAlign: TAlignment; var VAlign: TVAlignment); procedure FormDestroy(Sender: TObject); procedure btn_LadeGridClick(Sender: TObject); procedure grdKeyUp(Sender: TObject; var Key: Word; Shift: TShiftState); function SucheTauschRowUp(aParentId: Integer): Integer; function SucheTauschRowDown(aParentId: Integer): Integer; private fGridDataList: TGridDataList; procedure LadeGridData; procedure LadeGrid; procedure RefreshGrid; public end; var Form1: TForm1; implementation {$R *.dfm} procedure TForm1.FormCreate(Sender: TObject); begin grd.ColCount := 6; grd.Options := grd.Options + [goColSizing]; grd.Options := grd.Options + [goRowSelect]; grd.Options := grd.Options - [goRangeSelect]; grd.ShowSelection := false; grd.SortSettings.show := false; grd.DefaultRowHeight := 20; grd.SelectionRectangle := true; grd.ShowHint := true; grd.SortSettings.Show := true; grd.FixedColWidth := 10; grd.Cells[1,0] := 'ID'; grd.Cells[2,0] := 'PosIdx'; grd.Cells[3,0] := 'PrnNr'; grd.Cells[4,0] := 'PosNr'; grd.Cells[5,0] := 'Text'; grd.ColWidths[5] := 200; fGridDataList := TGridDataList.Create; end; procedure TForm1.FormDestroy(Sender: TObject); begin FreeAndNil(fGridDataList); end; procedure TForm1.grdGetAlignment(Sender: TObject; ARow, ACol: Integer; var HAlign: TAlignment; var VAlign: TVAlignment); begin if (ACol = 3) or (ACol=4) then HAlign := taRightJustify; end; procedure TForm1.grdKeyUp(Sender: TObject; var Key: Word; Shift: TShiftState); var GridData: TGridData; IdVon: Integer; IdNach: Integer; NewRow: Integer; begin if Shift = [ssCtrl] then begin IdVon := 0; IdNach := 0; NewRow := 0; if (Key = VK_UP) and (grd.Objects[0, grd.Row] <> nil) then begin GridData := TGridData(grd.Objects[0, grd.Row]); IdVon := GridData.Id; NewRow := SucheTauschRowUp(GridData.ParentId); end; if (Key = VK_DOWN) and (grd.Objects[0, grd.Row] <> nil) then begin GridData := TGridData(grd.Objects[0, grd.Row]); IdVon := GridData.Id; NewRow := SucheTauschRowDown(GridData.ParentId); end; if (IdVon > 0) and (NewRow > 0) then begin GridData := TGridData(grd.Objects[0, NewRow]); IdNach := GridData.Id; fGridDataList.PosTauschen(IdVon, IdNach); RefreshGrid; grd.GotoCell(0, NewRow); //caption := 'Von: ' + IntToStr(IdVon) + ' Nach: ' + IntToStr(IdNach); end; end; end; function TForm1.SucheTauschRowUp(aParentId: Integer): Integer; var Row: Integer; GridData: TGridData; begin Result := -1; Row := grd.Row -1; while Row > 0 do begin if grd.Objects[0, Row] = nil then begin dec(Row); continue; end; GridData := TGridData(grd.Objects[0, Row]); if GridData.ParentId = aParentId then begin Result := Row; exit; end; dec(Row); end; end; function TForm1.SucheTauschRowDown(aParentId: Integer): Integer; var Row: Integer; StartRow: Integer; GridData: TGridData; begin Result := -1; Row := grd.Row +1; StartRow := Row; while Row < grd.RowCount do begin if grd.Objects[0, Row] = nil then begin inc(Row); continue; end; GridData := TGridData(grd.Objects[0, Row]); if (GridData.ParentId = aParentId) and (not GridData.HasChild) then begin Result := Row -1; if Result < StartRow then Result := StartRow; exit; end; if (GridData.ParentId = aParentId) and (StartRow < Row) then begin Result := Row-1; exit; end; inc(Row); end; if (Result = -1) and (StartRow-1 <> grd.RowCount) then begin GridData := TGridData(grd.Objects[0, StartRow-1]); if (GridData <> nil) and (GridData.ParentId = 0) then Result := grd.RowCount-1; end; end; procedure TForm1.btn_LadeGridClick(Sender: TObject); begin LadeGrid; end; procedure TForm1.LadeGrid; begin grd.ClearNormalCells; LadeGridData; fGridDataList.LadeSorter; RefreshGrid; end; procedure TForm1.RefreshGrid; var i1: Integer; x: TGridData; begin for i1 := 0 to fGridDataList.Count -1 do begin x := fGridDataList.Item[i1]; grd.Objects[0, i1+1] := x; grd.Cells[1, i1+1] := IntToStr(x.Id); grd.Cells[2, i1+1] := x.Idx; grd.Cells[3, i1+1] := IntToStr(x.PrnNr); grd.Cells[4, i1+1] := IntToStr(x.Nr); grd.Cells[5, i1+1] := x.Bez; end; end; procedure TForm1.LadeGridData; procedure Add(aBez: string; aParentId, aId: Integer); var x: TGridData; begin x := fGridDataList.Add; x.Id := aId; x.Bez := aBez; x.ParentId := aParentId; end; begin fGridDataList.Clear; Add('Hardware', 0, 1); Add('Drucker', 1, 2); Add('Epson SD', 2, 3); Add('Brother YZ', 2, 4); Add('Software', 0, 5); Add('Optima', 5, 6); Add('Bleistift', 0, 7); Add('Kuli', 0, 8); Add('Dell', 2, 9); end; end.
unit Main; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, ExtCtrls, DCGen, DynamicProperties, DynamicInspector, dcedit; type TMainForm = class(TForm) LeftPanel: TPanel; Splitter1: TSplitter; Splitter2: TSplitter; ClientPanel: TPanel; Splitter3: TSplitter; Splitter4: TSplitter; procedure FormCreate(Sender: TObject); private { Private declarations } procedure CreateComponentPalette; procedure CreateComponentTree; procedure CreateDesigner; procedure CreateInspector; procedure CreatePropertyBar; procedure DesignFilter(inSender, inObject: TObject; var inFilter: Boolean); procedure InspectorShowProperty(Sender: TObject; const PropEdit: TDCDsgnProperty; var show: Boolean); procedure DoRegisterComponents; public { Public declarations } DynamicInspector: TDynamicPropertyInspector; EventInspector: TDynamicPropertyInspector; end; var MainForm: TMainForm; implementation uses dcsystem, LrUtils, Design, DesignView, DesignManager, ClassInfo, ComponentPalette, Inspector, ComponentTree, PropertyBar, ScriptPanel; {$R *.dfm} procedure TMainForm.FormCreate(Sender: TObject); begin RegisterEditClass(TypeInfo(TColor), nil, '', TDCSimpleEdit); DesignMgr.OnFilter := DesignFilter; DoRegisterComponents; CreateComponentPalette; CreateComponentTree; CreateInspector; CreatePropertyBar; CreateDesigner; ComponentPaletteForm.Top := 0; Splitter4.Top := ComponentPaletteForm.BoundsRect.Bottom; Splitter2.Top := ComponentTreeForm.BoundsRect.Bottom; end; procedure TMainForm.DoRegisterComponents; begin ComponentRegistry.RegisterComponents( 'Containers', [ TPanel, TScriptPanel ], [ 'Container Panel', 'Scripted Container Panel' ] ); end; procedure TMainForm.CreateDesigner; begin DesignForm := TDesignForm.Create(Self); with TScriptPanel.Create(DesignForm) do begin Name := 'Panel1'; Parent := DesignForm; end; AddForm(DesignViewForm, TDesignViewForm, ClientPanel); DesignViewForm.DesignForm := DesignForm; DesignMgr.Designer := DesignForm.Designer; end; procedure TMainForm.CreateComponentPalette; begin AddForm(ComponentPaletteForm, TComponentPaletteForm, LeftPanel, alTop); //ComponentPaletteForm.Height := 128; end; procedure TMainForm.CreateComponentTree; begin AddForm(ComponentTreeForm, TComponentTreeForm, LeftPanel, alTop); ComponentTreeForm.Height := 128; end; procedure TMainForm.CreatePropertyBar; begin AddForm(PropertyBarForm, TPropertyBarForm, ClientPanel, alTop); Splitter3.Top := PropertyBarForm.BoundsRect.Bottom; end; procedure TMainForm.CreateInspector; begin AddForm(InspectorForm, TInspectorForm, LeftPanel); InspectorForm.DefaultComponent := DesignForm; //InspectorForm.ObjectInspector.OnShowProperty := InspectorShowProperty; // { DynamicInspector := TDynamicPropertyInspector.Create(InspectorForm); DynamicInspector.CollectionName := 'CustomProps'; InspectorForm.AddInspector('Custom', DynamicInspector); // EventInspector := TDynamicPropertyInspector.Create(InspectorForm); EventInspector.CollectionName := 'Events'; InspectorForm.AddInspector('Events', EventInspector); } end; procedure TMainForm.DesignFilter(inSender: TObject; inObject: TObject; var inFilter: Boolean); begin inFilter := inFilter or (inObject = nil) or (inObject is TDynamicProperties) ; end; procedure TMainForm.InspectorShowProperty(Sender: TObject; const PropEdit: TDCDsgnProperty; var show: Boolean); begin // show := Copy(PropEdit.GetName, 1, 2) = 'On'; // if InspectorTabs.SelectedTab.Index = 0 then // show := not show; end; end.
unit tpValidar; interface uses SysUtils, Messages, Windows, StdCtrls, tpClasses, tpString; function ValidarCep(Cep: String) : Boolean; function ValidarCpfCnpj(CpfCnpj: string) : Boolean; function ValidarIE(IE, UF: string) : Boolean; function ValidarTelefone(Telefone: string) : Boolean; function ValidarEmail(Email: string) : Boolean; function ValidarURL(URL: String): boolean; function ValidarData(Data: string): boolean; function ValidarUF(UF : string) : boolean; function ValidarPis(Dado : string) : boolean; function ValidarTitulo(Titulo : string) : boolean; function CalculaDVAgencia(Agencia: integer): integer; function ValidarCodigoIBGE(codigo: integer): boolean; function Valor_Aliquota_ICMS(vlr: TCustomEdit): Boolean; const msg1 = 'Caractere(s) inválido(s) no início do e-mail.'; msg2 = 'Símbolo @ não foi encontrado.'; msg3 = 'Excesso do símbolo @.'; msg4 = 'Caractere(s) inválido(s) antes do símbolo @.'; msg5 = 'Caractere(s) inválido(s) depois do símbolo @.'; msg6 = 'Agrupamento de caractere(s) inválido(s) a esqueda do @.'; msg7 = 'Não existe ponto(s) digitado(s).'; msg8 = 'Ponto encontrado no final do e-mail.'; msg9 = 'Ausência de caractere(s) após o último ponto.'; msg10 = 'Excesso de ponto(s) a direita do @.'; msg11 = 'Ponto(s) digitado(s) de forma errada após o @.'; msg12 = 'Caractere(s) inválido(s) antes do ponto.'; msg13 = 'Caractere(s) inválido(s) depois do ponto.'; implementation var vet_valido: array [0..35] of string = ('0','1','2','3','4','5','6','7', '8','9','a','b','c','d','e','f', 'g','h','i','j','k','l','m','n', 'o','p','q','r','s','t','u','v', 'w','x','y','z'); function ValidarCep(Cep: String) : Boolean; begin Cep := RemoverCaracters(Cep); Result := true; if Cep <> '' then Result := Length(Cep) = 8; end; function ValidarCpfCnpj(CpfCnpj: string) : Boolean; var n1,n2,n3,n4,n5,n6,n7,n8,n9,n10,n11,n12: integer; d1,d2: integer; digitado, calculado: string; begin Result := False; CpfCnpj := RemoverCaracters(CpfCnpj); if CpfCnpj = '' then exit; if (Length(Trim(CpfCnpj))=11) or (Length(Trim(CpfCnpj))=14) then if (Length(Trim(CpfCnpj))=11) then begin if (CpfCnpj<>'00000000000') and (CpfCnpj<>'11111111111') and (CpfCnpj<>'22222222222') and (CpfCnpj<>'33333333333') and (CpfCnpj<>'44444444444') and (CpfCnpj<>'55555555555') and (CpfCnpj<>'66666666666') and (CpfCnpj<>'77777777777') and (CpfCnpj<>'88888888888') and (CpfCnpj<>'99999999999') and (CpfCnpj<>'12345678909') then begin n1:=StrToInt(CpfCnpj[1]); n2:=StrToInt(CpfCnpj[2]); n3:=StrToInt(CpfCnpj[3]); n4:=StrToInt(CpfCnpj[4]); n5:=StrToInt(CpfCnpj[5]); n6:=StrToInt(CpfCnpj[6]); n7:=StrToInt(CpfCnpj[7]); n8:=StrToInt(CpfCnpj[8]); n9:=StrToInt(CpfCnpj[9]); d1:=n9*2+n8*3+n7*4+n6*5+n5*6+n4*7+n3*8+n2*9+n1*10; d1:=11-(d1 mod 11); if d1>=10 then d1:=0; d2:=d1*2+n9*3+n8*4+n7*5+n6*6+n5*7+n4*8+n3*9+n2*10+n1*11; d2:=11-(d2 mod 11); if d2>=10 then d2:=0; calculado:=inttostr(d1)+inttostr(d2); digitado:=CpfCnpj[10]+CpfCnpj[11]; Result := calculado=digitado; end; end else begin if (CpfCnpj<>'00000000000000') then begin n1:=StrToInt(CpfCnpj[1]); n2:=StrToInt(CpfCnpj[2]); n3:=StrToInt(CpfCnpj[3]); n4:=StrToInt(CpfCnpj[4]); n5:=StrToInt(CpfCnpj[5]); n6:=StrToInt(CpfCnpj[6]); n7:=StrToInt(CpfCnpj[7]); n8:=StrToInt(CpfCnpj[8]); n9:=StrToInt(CpfCnpj[9]); n10:=StrToInt(CpfCnpj[10]); n11:=StrToInt(CpfCnpj[11]); n12:=StrToInt(CpfCnpj[12]); d1:=n12*2+n11*3+n10*4+n9*5+n8*6+n7*7+n6*8+n5*9+n4*2+n3*3+n2*4+n1*5; d1:=11-(d1 mod 11); if d1>=10 then d1:=0; d2:=d1*2+n12*3+n11*4+n10*5+n9*6+n8*7+n7*8+n6*9+n5*2+n4*3+n3*4+n2*5+n1*6; d2:=11-(d2 mod 11); if d2>=10 then d2:=0; calculado:=inttostr(d1)+inttostr(d2); digitado:=CpfCnpj[13]+CpfCnpj[14]; Result := calculado=digitado; end; end; end; function ValidarIE(IE, UF: string) : Boolean; //var // ValirdarIE: TACBrValidador; begin Result := True; { if Result then Exit; try ValirdarIE := TACBrValidador.Create(nil); IE := RemoverCaracters(IE); ValirdarIE.TipoDocto := docInscEst; ValirdarIE.Documento := IE; ValirdarIE.Complemento := Trim(UF); Result := ValirdarIE.Validar; finally FreeAndNil(ValirdarIE); end; } end; function ValidarTelefone(Telefone: string) : Boolean; begin Result := True; Telefone := RemoverCaracters(Telefone); If (alltrim(Telefone) <> '') and (Length(alltrim(Telefone)) > 2) then If ((Length(alltrim(Telefone)) < 9) or (Length(alltrim(Telefone)) > 10)) Then Result := False; end; function ValidarEmail(Email: string) : Boolean; var i, j, tam_email, simb_arroba, simb_arroba2, qtd_arroba, qtd_pontos, qtd_pontos_esq, qtd_pontos_dir, posicao, posicao2, ponto, ponto2: integer; vet_email: array [0..49] of string; //50 posições, capacidade do Edit msg: string; begin Result := True; If Email = '' then exit; qtd_pontos:= 0; qtd_pontos_esq:= 0; qtd_pontos_dir:= 0; qtd_arroba:= 0; posicao:=0; posicao2:=0; simb_arroba:=0; simb_arroba2:=0; ponto:= 0; ponto2:= 0; msg:=''; Result:= True; tam_email:= Length(Email); for i:= 0 to tam_email-1 do begin vet_email[i]:= Copy(Email,i+1,1); if vet_email[i] = '@' then begin Inc(qtd_arroba); posicao:= i; end; end; if ((vet_email[0] = '@') or (vet_email[0] = '.') or (vet_email[0] = '-')) then begin Result:= False; msg:= msg1; end; if qtd_arroba < 1 then //Verificando se tem o símbolo @ e quantos tem begin Result:= False; msg:= msg2; end else if qtd_arroba > 1 then begin Result:= False; msg:=msg3 //+ ' Encontrado(s): '+IntToStr(qtd_arroba)+'.'; end else begin //Verificando o que vem antes e depois do símbolo @ for i:=0 to 35 do begin if vet_email[posicao-1] <> vet_valido[i] then Inc(simb_arroba) else Dec(simb_arroba); if vet_email[posicao+1] <> vet_valido[i] then Inc(simb_arroba2) else Dec(simb_arroba2); end; if simb_arroba = 36 then begin //Antes do arroba há um símbolo desconhecido do vetor válido Result:= False; msg:= msg4; end else if simb_arroba2 = 36 then begin //Depois do arroba há um símbolo desconhecido do vetor válido Result:= False; msg:= msg5; end end; //Verificando se há pontos e quantos, e Verificando parte final do e-mail for j:=0 to tam_email-1 do if vet_email[j] = '-' then if ((vet_email[j-1] = '.') or (vet_email[j-1] = '-')) then begin Result:= False; msg:= msg6; end; for i:=0 to tam_email-1 do if vet_email[i] = '.' then begin Inc(qtd_pontos); posicao2:= i+1; if i > posicao then Inc(qtd_pontos_dir) else Inc(qtd_pontos_esq); if ((vet_email[i-1] = '.') or (vet_email[i-1] = '-')) then begin Result:= False; msg:= msg6; end; end; if qtd_pontos < 1 then begin Result:= False; msg:= msg7; end else if vet_email[tam_email-1] = '.' then begin Result:= False; msg:= msg8; end else if vet_email[tam_email-2] = '.' then begin Result:= False; msg:= msg9; end else if qtd_pontos_dir > 2 then begin Result:= False; msg:= msg10 //+ ' Encontrado(s): '+ //IntToStr(qtd_pontos)+#10+'Encontrado(s) a direita do @: '+ //IntToStr(qtd_pontos_dir)+'.'; end else if (not ((((tam_email - posicao2) = 3) and (qtd_pontos_dir = 1)) or (((tam_email - posicao2) = 2) and (qtd_pontos_dir = 2)) or (((tam_email - posicao2) = 2) and (qtd_pontos_dir = 1)))) then begin Result:= False; msg:= msg11 //+#10+ 'Encontrado(s) a esquerda do @: '+ //IntToStr(qtd_pontos_esq) +#10+ 'Encontrado(s) a direita do @: '+ //IntToStr(qtd_pontos_dir)+'.'; end else begin //Verificando o que vem antes e depois do ponto for i:=0 to 35 do begin if vet_email[posicao2-2] <> vet_valido[i] then Inc(ponto) else Dec(ponto); if vet_email[posicao2] <> vet_valido[i] then Inc(ponto2) else Dec(ponto2); end; if ponto = 36 then begin //Antes do ponto há um símbolo desconhecido do vetor válido Result:= False; msg:= msg12; end else if ponto2 = 36 then begin //Depois do ponto há um símbolo desconhecido do vetor válido Result:= False; msg:= msg13; end end; {Verificação final if not Result then begin msg:= msg +#10+ 'Formato de E-mail não aceitável!!'; MessageDlg(msg,mtWarning,[mbOK],0); //Retry end;} end; function ValidarUrl(URL: String): boolean; const BADCHARS = ';*<>{}[]|\()^!'; var p, x, c, count, i: Integer; begin if URL = '' then begin Result := True; Exit; end; Result := False; if (Length(URL) > 5) and (URL[Length(URL)] <> '.') and (Pos(URL, '..') = 0) then begin for i := Length(BADCHARS) downto 1 do if Pos(BADCHARS[i], URL) > 0 then exit; for i := 1 to Length(URL) do if (Ord(URL[i]) < 33) or (Ord(URL[i]) > 126) then exit; if ((Pos('www.',LowerCase(URL)) = 1) and (Pos('.', Copy(URL, 5, Length(URL))) > 0) and (Length(URL) > 7)) or ((Pos('news:', LowerCase(URL)) = 1) and (Length(URL) > 7) and (Pos('.', Copy(URL, 5, Length(URL))) > 0)) then begin Result := True; Exit; end else if ((Pos('http://', LowerCase(URL)) = 1) and (Length(URL) > 10) and (Pos('.', URL) > 8)) or ((Pos('ftp://', LowerCase(URL)) = 1) and (Length(URL) > 9) and (Pos('.', URL) > 7)) then begin Result := True; Exit; end; for Count := 1 to 4 do begin p := Pos('.',URL) - 1; if p < 0 then p := Length(URL); Val(Copy(URL, 1, p), x, c); if ((c <> 0) or (x < 0) or (x > 255) or (p>3)) then begin Result := False; Break; end; Delete(URL, 1, p + 1); end; if (URL <> '') then Result := False; end; end; function ValidarData(Data: string): boolean; begin Result := True; Data := RemoverCaracters(Data); if Data <> '' then if (Length(Data) < 6) or (Length(Data) > 8) then Result := False else Result := StrIsDate(FormatarData(Data)); end; function ValidarUF(UF: string): boolean; const Estados = 'SPMGRJRSSCPRESDFMTMSGOTOBASEALPBPEMARNCEPIPAAMAPFNACRRROEX'; var Posicao : integer; begin Result := true; if UF <> '' then begin Posicao := Pos(UpperCase(UF),Estados); if (Posicao = 0) or ((Posicao mod 2) = 0) then Result := false; end; end; function ValidarPis(Dado: string): boolean; var i, wsoma, Wm11, Wdv,wdigito : Integer; begin Result := true; Dado := RemoverCaracters(Dado); if AllTrim(Dado) <> '' Then begin Result := false; if length(Dado)<11 then exit; wdv := strtoint(copy(Dado, 11, 1)); wsoma := 0; wm11 := 2; for i := 1 to 10 do begin wsoma := wsoma + (wm11 *strtoint(copy(Dado,11 - I, 1))); if wm11 < 9 then wm11 := wm11+1 else wm11 := 2; end; wdigito := 11 - (wsoma MOD 11); if wdigito > 9 then wdigito := 0; result := wdv = wdigito; end; end; function ValidarTitulo(Titulo: string): boolean; var i, Soma : integer; sTitulo: string; Resto, Dig1, Dig2 : double; begin result := true; Titulo := RemoverCaracters(Titulo); if Titulo = '' then exit; sTitulo := ''; for i := 1 to Length(Titulo) do if (Copy(Titulo,i,1) >= '0') and (Copy(Titulo,i,1) <= '9') then sTitulo := sTitulo + Copy(Titulo,i,1); sTitulo := FormatFloat('0000000000000', StrToFloat(sTitulo)); Soma := StrToInt(sTitulo[1]) * 2 + StrToInt(sTitulo[2]) * 9 + StrToInt(sTitulo[3]) * 8 + StrToInt(sTitulo[4]) * 7 + StrToInt(sTitulo[5]) * 6 + StrToInt(sTitulo[6]) * 5 + StrToInt(sTitulo[7]) * 4 + StrToInt(sTitulo[8]) * 3 + StrToInt(sTitulo[9]) * 2 ; Resto := Soma mod 11; if (Resto = 0) or (Resto = 1) then begin if (Copy(sTitulo,10,2) = '01') or (Copy(sTitulo,10,2) = '02') then begin if Resto = 0 then Dig1 := 1 else Dig1 := 0; end else Dig1 := 0 end else Dig1 := 11 - Resto; Soma := StrToInt(FloatToStr((StrToInt(sTitulo[10]) * 4) + (StrToInt(sTitulo[11]) * 3) + (Dig1 * 2))); Resto := Soma mod 11; if (Resto = 0) or (Resto = 1) then begin if (Copy(sTitulo,10,2) = '01') or (Copy(sTitulo,10,2) = '02') then begin if Resto = 0 then Dig2 := 1 else Dig2 := 0; end else Dig2 := 0; end else Dig2 := 11 - Resto; if (StrToInt(sTitulo[12]) > Dig1) or (StrToInt(sTitulo[13]) > Dig2) then Result := False else Result := True; end; function CalculaDVAgencia(Agencia: integer): integer; begin Result := 0; end; function ValidarCodigoIBGE(codigo: integer): boolean; begin Result := Length(IntToStr(codigo))=7; end; function Valor_Aliquota_ICMS(vlr: TCustomEdit): Boolean; begin Result := False; Try Result := StringToFloat(vlr.Text) <= 99.99; Finally if not Result then begin raise Exception.Create('Aliquota de ICMS inválida. Aliquota maior que 99,99. '); end; End; end; end.
unit ufrmDialogCashDropping; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, ufrmMasterDialog, ExtCtrls, StdCtrls, System.Actions, Vcl.ActnList, ufraFooterDialog3Button, cxGraphics, cxControls, cxLookAndFeels, cxLookAndFeelPainters, cxContainer, cxEdit, cxTextEdit, cxCurrencyEdit, cxMaskEdit, cxSpinEdit, cxTimeEdit; type TFormMode = (fmAdd, fmEdit); TfrmDialogCashDropping = class(TfrmMasterDialog) lbl1: TLabel; lbl2: TLabel; lbl3: TLabel; edtPOSCode: TEdit; edtCashierID: TEdit; edtCashDrop1: TcxCurrencyEdit; lbl4: TLabel; edtCashDrop: TcxCurrencyEdit; edtTime: TcxTimeEdit; procedure FormClose(Sender: TObject; var Action: TCloseAction); procedure FormDestroy(Sender: TObject); procedure footerDialogMasterbtnSaveClick(Sender: TObject); procedure FormShow(Sender: TObject); private // cDesSep : char; // cThSep : char; FIsProcessSuccessfull: boolean; FFormMode: TFormMode; procedure SetFormMode(const Value: TFormMode); procedure SetIsProcessSuccessfull(const Value: boolean); { Private declarations } public { Public declarations } balanceID, supervisorID : Integer; ShiftID : string; ShiftDate : TDateTime; published property FormMode: TFormMode read FFormMode write SetFormMode; property IsProcessSuccessfull: boolean read FIsProcessSuccessfull write SetIsProcessSuccessfull; end; var frmDialogCashDropping: TfrmDialogCashDropping; implementation uses uTSCommonDlg; {$R *.dfm} procedure TfrmDialogCashDropping.FormClose(Sender: TObject; var Action: TCloseAction); begin inherited; Action := caFree; end; procedure TfrmDialogCashDropping.FormDestroy(Sender: TObject); begin inherited; frmDialogCashDropping := nil; end; procedure TfrmDialogCashDropping.SetFormMode(const Value: TFormMode); begin FFormMode := Value; end; procedure TfrmDialogCashDropping.SetIsProcessSuccessfull( const Value: boolean); begin FIsProcessSuccessfull := Value; end; procedure TfrmDialogCashDropping.footerDialogMasterbtnSaveClick( Sender: TObject); begin inherited; { with TNewCashDropping.CreateWithUser(Self,FLoginId,dialogunit) do begin try UpdateData(balanceID, cGetServerTime, 0,dialogunit, edtCashDrop.Value, supervisorID, edtPOSCode.Text, ShiftID, ShiftDate); IsProcessSuccessfull := SaveToDB; if IsProcessSuccessfull then begin cCommitTrans; CommonDlg.ShowMessage('Sukses Update Data!!'); end else begin cRollbackTrans; CommonDlg.ShowMessage('Gagal Update Data!! Cek Total droping'); end; finally Free; end; end; Close; } end; procedure TfrmDialogCashDropping.FormShow(Sender: TObject); begin inherited; edtCashDrop.Value := 0; end; end.
{ @abstract(Provides highlighters import and export) @authors(Vitalik [2vitalik@gmail.com]) @created(2005) @lastmod(2006-06-30) } {$IFNDEF QSynUniFormat} unit SynUniFormat; {$ENDIF} interface uses {$IFDEF SYN_CLX} QClasses, QSynUniHighlighter, {$ELSE} Classes, SysUtils, SynUniHighlighter; {$ENDIF} type TSynUniFormat = class protected class function VerifyStream(AStream: TStream): boolean; class function VerifyFileName(AFileName: string): boolean; class function VerifyEmptyFileName(AFileName: string): boolean; public class function ImportFromStream(AObject: TObject; AStream: TStream): boolean; virtual; class function ImportFromFile(AObject: TObject; AFileName: string): boolean; virtual; class function ExportToStream(AObject: TObject; AStream: TStream): boolean; virtual; class function ExportToFile(AObject: TObject; AFileName: string): boolean; virtual; end; implementation class function TSynUniFormat.VerifyStream(AStream: TStream): boolean; begin Result := True; if not Assigned(aStream) then begin Result := False; raise Exception.Create(ClassName + '.ImportFromStream: AStream property can not be nil'); end; end; class function TSynUniFormat.VerifyFileName(AFileName: string): boolean; begin Result := True; if not FileExists(AFileName) then begin Result := False; raise Exception.Create(ClassName + '.ImportFromFile: File "' + AFileName + '" does not exists!'); end; end; class function TSynUniFormat.VerifyEmptyFileName(AFileName: string): boolean; begin Result := True; if AFileName = '' then begin Result := False; raise Exception.Create(ClassName + '.ExportToFile: AFileName property can not be empty'); end; end; class function TSynUniFormat.ImportFromStream(AObject: TObject; AStream: TStream): boolean; begin end; class function TSynUniFormat.ImportFromFile(AObject: TObject; AFileName: string): boolean; begin end; class function TSynUniFormat.ExportToStream(AObject: TObject; AStream: TStream): boolean; begin end; class function TSynUniFormat.ExportToFile(AObject: TObject; AFileName: string): boolean; begin end; end.
{*******************************************************} { 单元名： modelCenterClient.pas } { 创建日期：2006-2-23 23:43:07 } { 创建者 } { 功能： 远程接口客户端 } { 用来连接分析端通信 } {*******************************************************} unit modelCommClient; interface uses Classes, Forms, UntsocketDxBaseClient, ADODB, SyncObjs, Graphics; type TWorkthread = class; //信令客户端对象 TCommClient = class(TSocketClient) private function DatasetToStream(iRecordset: TADOQuery; Stream: TMemoryStream): boolean; public index: Integer; FUpEventLock: TCriticalSection; FWaiteUpWarningLst: TStrings; LiveTime: Cardinal; USerID: string; //唯一标识 UserKind: Integer; //1下级用户 GMemBuff: TMemoryStream; ReadThread: TWorkthread; MsgWnd: Integer; //具体的处理过程 LCmd: integer; //开始还是结束 Lid: integer; //id LStat: integer; //状态 LInfo: string; Fdbid: Integer; FState: Integer; FexpBMP: TMemoryStream; FAreaid: Integer; FExpTime: Integer; FexpInfo: string; lbuff: array[0..511] of byte; lsum: Integer; beginSend: Cardinal; Fupstate: boolean; //请求的更新状态 isRcv: Boolean; grcvTime: Cardinal; //开始工作 procedure StartWork; procedure Stop; //改变请求状态 procedure RequestState(IWant: boolean = true); //通知更新数据表 procedure UpTable(Ikind, Idata: integer); //通知立即检测 procedure NowCheck(Iid: string); //处理事件 procedure DoCase; virtual; //连接成功 procedure OnConnSuccess; procedure OnCreate; override; procedure OnDestory; override; end; //工作线程负责连接目标和发送缓存中的数据 TWorkthread = class(TThread) public Client: TCommClient; procedure execute; override; end; var modelIntfClient: TCommClient; implementation uses windows, untfunctions, SysUtils, DXSock, modelASIOtest, untASIOSvr; procedure TCommClient.DoCase; var Lport: Integer; Ls: string; begin if ReceiveLength >= 12 then begin LCmd := ReadBuffer(@LCmd, 4); ; try // case LCmd of // 1: begin //开始检测 ReadBuffer(@lport, 4); ; ReadBuffer(@lport, 4); // Lport := Readinteger; // Lport := Readinteger; isRcv := True; grcvTime := GetTickCount; SendMessage(ASIO_test.handle, 1026, Integer(self), Lport); // OnConnSuccess; // end; // end; except end; end; end; procedure TCommClient.OnConnSuccess; var i, ln: Integer; begin // WriteInteger(length(USerID)); // Write(USerID); // if isRcv then begin beginSend := GetTickCount; Writeinteger(1); Writeinteger(4); ln := 1 + Random(98); lsum := ln * 4; FillMemory(@lbuff[0], 4, ln); WriteBuff(lbuff[0], 4); isRcv := False; // SendMessage(ASIO_test.Handle, 1027, 0, lsum); // end; end; procedure TCommClient.OnCreate; begin isRcv := True; Fupstate := false; // ReadThread := TWorkthread.Create(True); // ReadThread.Client := Self; UserKind := 1; GMemBuff := TMemoryStream.Create; FWaiteUpWarningLst := TStringList.Create; FUpEventLock := TCriticalSection.Create; end; { TWorkthread } procedure TWorkthread.execute; begin while (Terminated = false) do begin try if Client.IsConning then begin Client.DoCase; Sleep(10); end else begin if Client.Connto(Client.FHost, Client.FPort) then Client.OnConnSuccess else Sleep(1000); end; except end; end; end; function TCommClient.DatasetToStream(iRecordset: TADOQuery; Stream: TMemoryStream): boolean; const adPersistADTG = $00000000; var RS: Variant; begin Result := false; if iRecordset = nil then Exit; try RS := iRecordset.Recordset; RS.Save(TStreamAdapter.Create(stream) as IUnknown, adPersistADTG); Stream.Position := 0; Result := true; finally; end; end; procedure TCommClient.StartWork; begin ReadThread.Resume; end; procedure TCommClient.Stop; begin ReadThread.Terminate; end; procedure TCommClient.OnDestory; begin FWaiteUpWarningLst.Free; FUpEventLock.Free; end; procedure TCommClient.RequestState(IWant: boolean); begin try FUpEventLock.Acquire; Fupstate := IWant; if IWant then Self.WriteInteger(1000) else Self.WriteInteger(1001); finally FUpEventLock.Release; end; end; procedure TCommClient.UpTable(Ikind, Idata: integer); begin try FUpEventLock.Acquire; WriteInteger(1002); WriteInteger(Ikind); WriteInteger(Idata); finally FUpEventLock.Release; end; end; procedure TCommClient.NowCheck(Iid: string); begin try FUpEventLock.Acquire; WriteInteger(1003); WriteInteger(length(Iid)); Write(Iid); finally FUpEventLock.Release; end; end; end.
(* Category: SWAG Title: STRING HANDLING ROUTINES Original name: 0136.PAS Description: Knuth-Morris-Pratt substring algorithm Author: LUDOVIC RUSSO Date: 03-04-97 13:18 *) {Here it is : The very fast Knuth Morris Pratt algo. It is only implemented to search for a substring in a string but you can easily transform it to search into a whole text. Sorry but it's not well commented. I'm sure you'll understand ;-> } program kmp; uses crt; const longmaxchaine=50; longmaxchaineplus1=51; type chaine=string[longmaxchaine]; lmcplus1=1..longmaxchaineplus1; tablongueur=array[1..longmaxchaine] of integer; PROCEDURE compilation(tmodele:chaine; var longueur:tablongueur); var im,k,lm,toto:integer; fini:boolean; BEGIN lm:=length(tmodele); im:=1; k:=0; longueur[1]:=0; while im<lm do begin fini:=false; repeat if k<=0 then fini:=true else if tmodele[im]=tmodele[k] then fini:=true else k:=longueur[k]; until fini; im:=im+1; k:=k+1; if tmodele[im]=tmodele[k] then longueur[im]:=longueur[k] else longueur[im]:=k; end; write('Precompilation:'); for toto:=1 to length(tmodele) do write(longueur[toto]); writeln; end; PROCEDURE recherche(tsujet:chaine; taille:lmcplus1; tmodele:chaine; var trouve:boolean); var fini:boolean; im,is,lm,ls:integer; longueur:tablongueur; BEGIN compilation(tmodele,longueur); lm:=length(tmodele); ls:=length(tsujet); is:=1; im:=1; While (im<=lm) and (is<=ls) do begin fini:=false; repeat if im<=0 then fini:=true else if tmodele[im]=tsujet[is] then fini:=true else im:=longueur[im]; until fini; im:=im+1; is:=is+1; end; if im>lm then trouve:=true else trouve:=false; if trouve then writeln('Trouve en ',is-im+1); end; {----------------------------- MAIN ----------------------------------------} var tsujet,tmodele:chaine; trouve:boolean; BEGIN clrscr; tsujet:='klfglkhooladfgdfhoolahrthhooli'; tmodele:='hoo'; writeln('sujet:"',tsujet,'"'); writeln('modele:"',tmodele,'"'); recherche(tsujet,length(tsujet),tmodele,trouve); if not trouve then writeln('Pas trouve'); readkey; end. {You can email me (Ludovic Russo).Here is my address: lrusso@ice.unice.fr}
unit MyCat.Util; interface uses System.SysUtils, System.DateUtils; type // * // * 弱精度的计时器，考虑性能不使用同步策略。 // * TTimeUtil = class public class function CurrentTimeMillis: Int64; static; class function CurrentTimeNanos: Int64; static; end; TDateTimeUtil = class public class function FULL_DATETIME_PATTERN: TFormatSettings; static; class function DEFAULT_DATETIME_PATTERN: TFormatSettings; static; class function ONLY_DATE_PATTERN: TFormatSettings; static; class function FULL_TIME_PATTERN: TFormatSettings; static; class function DEFAULT_TIME_PATTERN: TFormatSettings; static; // * // * 根据日期字符串解析得到date类型日期 // * @param dateStr // * @return // * @throws ParseException // * class function ParseDateTime(DateTimeStr: string): TDateTime; overload; static; // * // * 根据日期字符串和日期格式解析得到date类型日期 // * @param dateStr // * @param datePattern // * @return // * @throws ParseException // * class function ParseDateTime(DateTimeStr: string; DatePattern: TFormatSettings): TDateTime; overload; static; // * // * 获取date对象年份 // * @param date // * @return // * class function GetYear(DateTime: TDateTime): Word; static; // /** // * 获取date对象月份 // * @param date // * @return // */ class function GetMonth(DateTime: TDateTime): Byte; static; // /** // * 获取date对象天数 // * @param date // * @return // */ class function GetDay(DateTime: TDateTime): Byte; static; // /** // * 获取date对象小时数 // * @param date // * @return // */ class function GetHour(DateTime: TDateTime): Byte; static; // /** // * 获取date对象分钟数 // * @param date // * @return // */ class function GetMinute(DateTime: TDateTime): Byte; static; // /** // * 获取date对象秒数 // * @param date // * @return // */ class function GetSecond(DateTime: TDateTime): Byte; static; // /** // * 获取date对象毫秒数 // * @param date // * @return // */ class function GetMicroSecond(DateTime: TDateTime): Word; static; end; TByteUtil = class private class function GetBytesFromTime(Time: TTime): TBytes; static; class function GetBytesFromDateTime(DateTime: TDateTime): TBytes; static; public // * // * compare to number or dicamal ascii byte array, for number :123456 ,store // * to array [1,2,3,4,5,6] // * // * @param b1 // * @param b2 // * @return -1 means b1 < b2, or 0 means b1=b2 else return 1 // * class function CompareNumberByte(B1: TBytes; B2: TBytes): Integer; static; class function GetBytes(Data: SmallInt): TBytes; overload; static; class function GetBytes(Data: WideChar): TBytes; overload; static; class function GetBytes(Data: Integer): TBytes; overload; static; class function GetBytes(Data: Int64): TBytes; overload; static; class function GetBytes(Data: Single): TBytes; overload; static; class function GetBytes(Data: Double): TBytes; overload; static; class function GetBytes(Data: string; Encoding: TEncoding): TBytes; overload; static; class function GetBytes(DateTime: TDateTime; IsTime: boolean): TBytes; overload; static; class function GetBytes(Data: string): TBytes; overload; static; class function GetShort(Bytes: TBytes): SmallInt; static; class function GetChar(Bytes: TBytes): Char; static; class function GetInt(Bytes: TBytes): Integer; static; class function GetLong(Bytes: TBytes): Int64; static; class function GetDouble(Bytes: TBytes): Double; static; class function GetFloat(Bytes: TBytes): Single; static; class function GetString(Bytes: TBytes; Encoding: TEncoding): string; overload; static; class function GetString(Bytes: TBytes): string; overload; static; class function GetDate(Bytes: TBytes): string; static; class function GetTime(Bytes: TBytes): string; static; class function GetTimeStmap(Bytes: TBytes): string; static; end; // public class ByteUtil { // // // // public static byte[] getBytes() { // } // // // private static byte[] getBytesFromDate(Date date) { // } // // // 支持 byte dump // //--------------------------------------------------------------------- // public static String dump(byte[] data, int offset, int length) { // // StringBuilder sb = new StringBuilder(); // sb.append(" byte dump log "); // sb.append(System.lineSeparator()); // sb.append(" offset ").append( offset ); // sb.append(" length ").append( length ); // sb.append(System.lineSeparator()); // int lines = (length - 1) / 16 + 1; // for (int i = 0, pos = 0; i < lines; i++, pos += 16) { // sb.append(String.format("0x%04X ", i * 16)); // for (int j = 0, pos1 = pos; j < 16; j++, pos1++) { // sb.append(pos1 < length ? String.format("%02X ", data[offset + pos1]) : " "); // } // sb.append(" "); // for (int j = 0, pos1 = pos; j < 16; j++, pos1++) { // sb.append(pos1 < length ? print(data[offset + pos1]) : '.'); // } // sb.append(System.lineSeparator()); // } // sb.append(length).append(" bytes").append(System.lineSeparator()); // return sb.toString(); // } // // public static char print(byte b) { // return (b < 32 || b > 127) ? '.' : (char) b; // } // // } implementation { TByteUtil } class function TByteUtil.CompareNumberByte(B1, B2: TBytes): Integer; var IsNegetive: boolean; Len: Integer; Index: Integer; i: Integer; LenDelta: Integer; begin if length(B1) = 0 then begin Exit(-1); end else if length(B2) = 0 then begin Exit(1); end; IsNegetive := (B1[0] = 45) or (B2[0] = 45); if (IsNegetive = false) and (length(B1) <> length(B2)) then begin Exit(length(B1) - length(B2)); end; if length(B1) > length(B2) then begin Len := length(B2); end else begin Len := length(B1); end; Result := 0; Index := -1; for i := 0 to Len - 1 do begin if (B1[i] > B2[i]) then begin Index := i; Result := 1; break; end else if (B1[i] < B2[i]) then begin Index := i; Result := -1; break; end; end; if Index = 0 then begin // first byte compare Exit; end else begin if length(B1) <> length(B2) then begin LenDelta := length(B1) - length(B2); if IsNegetive then begin Result := -LenDelta; end else begin Result := LenDelta; end; end else begin if IsNegetive then begin Result := -Result; end; end; end; end; class function TByteUtil.GetBytes(Data: SmallInt): TBytes; begin SetLength(Result, 2); Result[0] := Byte(Data and $FF); Result[1] := Byte((Data and $FF00) shr 8); end; class function TByteUtil.GetBytes(Data: WideChar): TBytes; begin SetLength(Result, 2); Result[0] := Byte(Data); Result[1] := Byte(Word(Data) shr 8); end; class function TByteUtil.GetBytes(Data: Integer): TBytes; begin SetLength(Result, 4); Result[0] := Byte(Data and $FF); Result[1] := Byte((Data and $FF00) shr 8); Result[2] := Byte((Data and $FF0000) shr 16); Result[3] := Byte((Data and $FF000000) shr 24); end; class function TByteUtil.GetBytes(Data: Int64): TBytes; begin SetLength(Result, 4); Result[0] := Byte(Data and $FF); Result[1] := Byte((Data shr 8) and $FF); Result[2] := Byte((Data shr 16) and $FF); Result[3] := Byte((Data shr 24) and $FF); Result[4] := Byte((Data shr 32) and $FF); Result[5] := Byte((Data shr 40) and $FF); Result[6] := Byte((Data shr 48) and $FF); Result[7] := Byte((Data shr 56) and $FF); end; class function TByteUtil.GetBytes(Data: Single): TBytes; begin SetLength(Result, 4); Result[0] := Data.Bytes[0]; Result[1] := Data.Bytes[1]; Result[2] := Data.Bytes[2]; Result[3] := Data.Bytes[3]; end; class function TByteUtil.GetBytes(Data: Double): TBytes; begin SetLength(Result, 4); Result[0] := Data.Bytes[0]; Result[1] := Data.Bytes[1]; Result[2] := Data.Bytes[2]; Result[3] := Data.Bytes[3]; Result[4] := Data.Bytes[4]; Result[5] := Data.Bytes[5]; Result[6] := Data.Bytes[6]; Result[7] := Data.Bytes[7]; end; class function TByteUtil.GetBytes(Data: string; Encoding: TEncoding): TBytes; begin Result := Encoding.GetBytes(Data); end; class function TByteUtil.GetBytes(Data: string): TBytes; begin Result := TEncoding.ANSI.GetBytes(Data); end; class function TByteUtil.GetBytes(DateTime: TDateTime; IsTime: boolean): TBytes; begin if IsTime then begin Result := GetBytesFromTime(DateTime); end else begin Result := GetBytesFromDateTime(DateTime); end; end; class function TByteUtil.GetBytesFromDateTime(DateTime: TDateTime): TBytes; var Year: SmallInt; Month: Byte; Day: Byte; Hour: Byte; Minute: Byte; Second: Byte; MicroSecond: Integer; Tmp: TBytes; begin Year := TDateTimeUtil.GetYear(DateTime); Month := TDateTimeUtil.GetMonth(DateTime); Day := TDateTimeUtil.GetDay(DateTime); Hour := TDateTimeUtil.GetHour(DateTime); Minute := TDateTimeUtil.GetMinute(DateTime); Second := TDateTimeUtil.GetSecond(DateTime); MicroSecond := TDateTimeUtil.GetMicroSecond(DateTime); // Byte[] Bytes = null; // Byte[] Tmp = null; if (Year = 0) and (Month = 0) and (Day = 0) and (Hour = 0) and (Minute = 0) and (Second = 0) and (MicroSecond = 0) then begin SetLength(Result, 1); Result[0] := 0; end else if (Hour = 0) and (Minute = 0) and (Second = 0) and (MicroSecond = 0) then begin SetLength(Result, 1 + 4); Result[0] := 4; Tmp := GetBytes(Year); Result[1] := Tmp[0]; Result[2] := Tmp[1]; Result[3] := Month; Result[4] := Day; end else if MicroSecond = 0 then begin SetLength(Result, 1 + 7); Result[0] := 7; Tmp := GetBytes(Year); Result[1] := Tmp[0]; Result[2] := Tmp[1]; Result[3] := Month; Result[4] := Day; Result[5] := Hour; Result[6] := Minute; Result[7] := Second; end else begin SetLength(Result, 1 + 11); Result[0] := 11; Tmp := GetBytes(Year); Result[1] := Tmp[0]; Result[2] := Tmp[1]; Result[3] := Month; Result[4] := Day; Result[5] := Hour; Result[6] := Minute; Result[7] := Second; Tmp := GetBytes(MicroSecond); Result[8] := Tmp[0]; Result[9] := Tmp[1]; Result[10] := Tmp[2]; Result[11] := Tmp[3]; end; end; class function TByteUtil.GetBytesFromTime(Time: TTime): TBytes; var Day: Integer; Hour: Byte; Minute: Byte; Second: Byte; MicroSecond: Integer; Tmp: TBytes; begin Day := 0; Hour := TDateTimeUtil.GetHour(Time); Minute := TDateTimeUtil.GetMinute(Time); Second := TDateTimeUtil.GetSecond(Time); MicroSecond := TDateTimeUtil.GetMicroSecond(Time); if (Day = 0) and (Hour = 0) and (Minute = 0) and (Second = 0) and (MicroSecond = 0) then begin SetLength(Result, 1); Result[0] := 0; end else if MicroSecond = 0 then begin SetLength(Result, 1 + 8); Result[0] := 8; Result[1] := 0; // is_negative (1) -- (1 if minus, 0 for plus) Tmp := GetBytes(Day); Result[2] := Tmp[0]; Result[3] := Tmp[1]; Result[4] := Tmp[2]; Result[5] := Tmp[3]; Result[6] := Hour; Result[7] := Minute; Result[8] := Second; end else begin SetLength(Result, 1 + 12); Result[0] := 12; Result[1] := 0; // is_negative (1) -- (1 if minus, 0 for plus) Tmp := GetBytes(Day); Result[2] := Tmp[0]; Result[3] := Tmp[1]; Result[4] := Tmp[2]; Result[5] := Tmp[3]; Result[6] := Hour; Result[7] := Minute; Result[8] := Second; Tmp := GetBytes(MicroSecond); Result[9] := Tmp[0]; Result[10] := Tmp[1]; Result[11] := Tmp[2]; Result[12] := Tmp[3]; end; end; class function TByteUtil.GetChar(Bytes: TBytes): Char; begin Result := Char(($FF and Bytes[0]) or ($FF00 and (Bytes[1] shl 8))); end; class function TByteUtil.GetDate(Bytes: TBytes): string; begin Result := TEncoding.ANSI.GetString(Bytes); end; class function TByteUtil.GetDouble(Bytes: TBytes): Double; begin Result := Double.Parse(TEncoding.ANSI.GetString(Bytes)); end; class function TByteUtil.GetFloat(Bytes: TBytes): Single; begin Result := Single.Parse(TEncoding.ANSI.GetString(Bytes)); end; class function TByteUtil.GetInt(Bytes: TBytes): Integer; begin Result := Integer.Parse(TEncoding.ANSI.GetString(Bytes)); end; class function TByteUtil.GetLong(Bytes: TBytes): Int64; begin Result := Int64.Parse(TEncoding.ANSI.GetString(Bytes)); end; class function TByteUtil.GetShort(Bytes: TBytes): SmallInt; begin Result := SmallInt.Parse(TEncoding.ANSI.GetString(Bytes)); end; class function TByteUtil.GetString(Bytes: TBytes): string; begin Result := TEncoding.UTF8.GetString(Bytes); end; class function TByteUtil.GetTime(Bytes: TBytes): string; begin Result := TEncoding.ANSI.GetString(Bytes); end; class function TByteUtil.GetTimeStmap(Bytes: TBytes): string; begin Result := TEncoding.ANSI.GetString(Bytes); end; class function TByteUtil.GetString(Bytes: TBytes; Encoding: TEncoding): string; begin Result := Encoding.GetString(Bytes); end; { TDateTimeUtil } class function TDateTimeUtil.ParseDateTime(DateTimeStr: string): TDateTime; begin Result := ParseDateTime(DateTimeStr, DEFAULT_DATETIME_PATTERN); end; class function TDateTimeUtil.DEFAULT_DATETIME_PATTERN: TFormatSettings; begin Result := TFormatSettings.Create; Result.DateSeparator := '-'; Result.TimeSeparator := ':'; Result.LongDateFormat := 'yyyy-mm-dd'; Result.LongTimeFormat := 'hh:nn:ss'; end; class function TDateTimeUtil.DEFAULT_TIME_PATTERN: TFormatSettings; begin Result := TFormatSettings.Create; Result.TimeSeparator := ':'; Result.LongTimeFormat := 'hh:nn:ss'; end; class function TDateTimeUtil.FULL_DATETIME_PATTERN: TFormatSettings; begin Result := TFormatSettings.Create; Result.DateSeparator := '-'; Result.TimeSeparator := ':'; Result.LongDateFormat := 'yyyy-mm-dd'; Result.LongTimeFormat := 'hh:nn:ss.zzz'; end; class function TDateTimeUtil.FULL_TIME_PATTERN: TFormatSettings; begin Result := TFormatSettings.Create; Result.TimeSeparator := ':'; Result.LongTimeFormat := 'hh:nn:ss.zzz'; end; class function TDateTimeUtil.GetDay(DateTime: TDateTime): Byte; begin Result := DayOf(DateTime); end; class function TDateTimeUtil.GetHour(DateTime: TDateTime): Byte; begin Result := HourOf(DateTime); end; class function TDateTimeUtil.GetMicroSecond(DateTime: TDateTime): Word; begin Result := MilliSecondOf(DateTime) * 1000; end; class function TDateTimeUtil.GetMinute(DateTime: TDateTime): Byte; begin Result := MinuteOf(DateTime); end; class function TDateTimeUtil.GetMonth(DateTime: TDateTime): Byte; begin Result := MonthOf(DateTime); end; class function TDateTimeUtil.GetSecond(DateTime: TDateTime): Byte; begin Result := SecondOf(DateTime); end; class function TDateTimeUtil.GetYear(DateTime: TDateTime): Word; begin Result := YearOf(DateTime); end; class function TDateTimeUtil.ONLY_DATE_PATTERN: TFormatSettings; begin Result := TFormatSettings.Create; Result.DateSeparator := '-'; end; class function TDateTimeUtil.ParseDateTime(DateTimeStr: string; DatePattern: TFormatSettings): TDateTime; begin Result := StrToDateTime(DateTimeStr, DatePattern); end; { TTimeUtil } class function TTimeUtil.CurrentTimeMillis: Int64; begin Result := MilliSecondsBetween(Now, 0); end; class function TTimeUtil.CurrentTimeNanos: Int64; begin Result := CurrentTimeMillis * 1000000; end; end.
unit uShtatDocAdd; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, uDateControl, uFControl, uLabeledFControl, uCharControl, ExtCtrls, StdCtrls, Buttons, uFormControl, uLogicCheck, uSimpleCheck, ActnList, uBoolControl, FIBDatabase, pFIBDatabase; type TfmShtatDocAdd = class(TForm) Panel: TPanel; qFCharControl1: TqFCharControl; Date_Beg: TqFDateControl; Date_End: TqFDateControl; OkButton: TBitBtn; CancelButton: TBitBtn; FormControl: TqFFormControl; qFSimpleCheck1: TqFSimpleCheck; ActionList1: TActionList; AcceptAction: TAction; Use_Default_Smeta: TqFBoolControl; QuitAction: TAction; Set_Date_End: TqFBoolControl; procedure FormControlAfterPrepare(Sender: TObject; Form: TForm; Mode: TFormMode); procedure AcceptActionExecute(Sender: TObject); procedure QuitActionExecute(Sender: TObject); procedure FormControlDatabaseEventBefore(Sender: TObject; Form: TForm; Mode: TFormMode; Transaction: TFIBTransaction); private { Private declarations } public { Public declarations } end; var fmShtatDocAdd: TfmShtatDocAdd; implementation uses DateUtils, UpKernelUnit; {$R *.dfm} procedure TfmShtatDocAdd.FormControlAfterPrepare(Sender: TObject; Form: TForm; Mode: TFormMode); var y: Integer; begin if Mode = fmAdd then begin y := YearOf(Date); Date_Beg.Value := EncodeDate(y+1, 1, 1); Date_End.Value := EncodeDate(y+2, 1, 1)-1; end; if ( Mode = fmAdd ) or ( Mode = fmInfo ) then Set_Date_End.Visible := False; end; procedure TfmShtatDocAdd.AcceptActionExecute(Sender: TObject); begin FormControl.Ok; end; procedure TfmShtatDocAdd.QuitActionExecute(Sender: TObject); begin Close; end; procedure TfmShtatDocAdd.FormControlDatabaseEventBefore(Sender: TObject; Form: TForm; Mode: TFormMode; Transaction: TFIBTransaction); begin UpKernelUnit.StartHistory(TpFIBTransaction(Transaction)); end; initialization RegisterClass(TfmShtatDocAdd); end.
//------------------------------------------------------------------------------ //Main() UNIT //------------------------------------------------------------------------------ // What it does- // This is the main process, it handles each server and the starting/ // stopping of each. // // Changes - // September 19th, 2006 - RaX - Created Header. // //------------------------------------------------------------------------------ unit Main; {$IFDEF FPC} {$MODE Delphi} {$ENDIF} interface uses Classes, LoginServer, CharacterServer, InterServer, ZoneServer, HeliosOptions; type //------------------------------------------------------------------------------ //TMainProc CLASS //------------------------------------------------------------------------------ TMainProc = class(TComponent) private Procedure EnsureFileStructure; public Run : Boolean; Loaded : Boolean; ContinueLoading : Boolean; LoginServer : TLoginServer; CharacterServer : TCharacterServer; ZoneServer : TZoneServer; InterServer : TInterServer; Options : THeliosOptions; procedure LoadOptions; procedure Startup; procedure Shutdown; procedure DisplayHeader; constructor Create(AOwner : TComponent); override; destructor Destroy; override; end;{TMainProc} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ // Published Variables //------------------------------------------------------------------------------ var MainProc : TMainProc; //------------------------------------------------------------------------------ implementation uses SysUtils, {Helios} Globals, Version {Third Party} ; //------------------------------------------------------------------------------ //TMainProc.Create() CONSTRUCTOR //------------------------------------------------------------------------------ // What it does- // Initializes the servers and starts them. // // Changes - // September 19th, 2006 - RaX - Created Header. // [2007/06/21] Tsusai - Removed server creation. // //------------------------------------------------------------------------------ constructor TMainProc.Create(AOwner : TComponent); begin inherited Create(AOwner); Loaded := FALSE; ContinueLoading := true; LoadOptions; EnsureFileStructure; end;{TMainProc.Create} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //TMainProc.Destroy() DESTRUCTOR //------------------------------------------------------------------------------ // What it does- // Shutdown all servers and free em' up! // // Changes - // September 19th, 2006 - RaX - Created Header. // [2007/06/21] Tsusai - Servers removed only if they are created. // //------------------------------------------------------------------------------ destructor TMainProc.Destroy; begin Options.Save; Options.Free; inherited Destroy; end;{TMainProc.Destroy} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //TMainProc.StartUp() PROCEDURE //------------------------------------------------------------------------------ // What it does- // Initializes each server to it's default values, then it activates them. // // Changes - // September 19th, 2006 - RaX - Created Header. // January 20th, 2007 - Tsusai - If server passes PreLoad check (packet_db // and database connect), then start the servers. Readded Failed to // Start message. // [2007/06/21] Tsusai - Creates the servers only if they are needed. // //------------------------------------------------------------------------------ procedure TMainProc.Startup; begin Run := TRUE; ContinueLoading := InitGlobals; //Start and create Enabled Servers if Options.LoginEnabled then begin LoginServer := TLoginServer.Create; if ContinueLoading then begin LoginServer.Start; end; end; //NOTE: Prior if Options.CharaEnabled then begin CharacterServer := TCharacterServer.Create; if ContinueLoading then begin CharacterServer.Start; end; end; if Options.InterEnabled then begin InterServer := TInterServer.Create; if ContinueLoading then begin InterServer.Start; end; end; if Options.ZoneEnabled then begin ZoneServer := TZoneServer.Create; if ContinueLoading then begin ZoneServer.Start; end; end; if ContinueLoading then begin Console.Message('Startup success', 'SYSTEM', MS_INFO); Console.Message('For a list of commands, please type "/help".', 'SYSTEM', MS_INFO); //Link Enabled Servers if Options.CharaEnabled then begin CharacterServer.ConnectToLogin; end; if Options.ZoneEnabled then begin ZoneServer.ConnectToCharacter; ZoneServer.ConnectToInter; end; end else begin Console.Message('Startup failed', 'SYSTEM', MS_ERROR); Console.Message('Please shutdown helios and correct the above errors.', 'SYSTEM', MS_INFO); end; Loaded := TRUE; end;{TMainProc.Startup} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //TMainProc.Shutdown() PROCEDURE //------------------------------------------------------------------------------ // What it does- // Gracefully disconnects clients, Saves online characters, then calls // Destroy Globals. // // Changes - // September 19th, 2006 - RaX - Created Header. // January 20th, 2007 - Tsusai - Reversed shutdown order so server clients // aren't disconnected and attempt to reconnect (cleaner shutdown // messages) // [2007/06/21] Tsusai - Stops created servers. // //------------------------------------------------------------------------------ procedure TMainProc.Shutdown; begin Loaded := FALSE; Console.WriteLn('- Helios is shutting down...'); //Go backwards (so zone doesn't try and connect to character while shutting down) if Assigned(ZoneServer) then ZoneServer.Stop; if Assigned(InterServer) then InterServer.Stop; if Assigned(CharacterServer) then CharacterServer.Stop; if Assigned(LoginServer) then LoginServer.Stop; if Assigned(ZoneServer) then ZoneServer.Free; if Assigned(InterServer) then InterServer.Free; if Assigned(CharacterServer) then CharacterServer.Free; if Assigned(LoginServer) then LoginServer.Free; //Make sure globals are Free'd on Application exit. DestroyGlobals; end;{TMainProc.Shutdown} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //DisplayHeader PROCEDURE //------------------------------------------------------------------------------ // What it does- // Writes the Helios header to the console. // // Changes - // February 24th, 2007 - RaX - Created Header. // //------------------------------------------------------------------------------ procedure TMainProc.DisplayHeader; begin Console.WriteLn(' _ _ _ _ '); Console.WriteLn(' | | | | | | (_) '); Console.WriteLn(' | |__| | ___ | | _ ___ ___ '); Console.WriteLn(' | __ | / _ \ | | | | / _ \ / __| '); Console.WriteLn(' | | | | | __/ | | | | | (_) | \__ \ '); Console.WriteLn(' |_| |_| \___| |_| |_| \___/ |___/ '); Console.WriteLn(''); Console.WriteLn(Format('- %s is starting...',[HeliosVersion])); Console.WriteLn(''); end;//DisplayHeader //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //LoadOptions PROCEDURE //------------------------------------------------------------------------------ // What it does- // Creates and Loads the inifile. // // Changes - // January 4th, 2007 - RaX - Created Header. // //------------------------------------------------------------------------------ Procedure TMainProc.LoadOptions; begin Options := THeliosOptions.Create('./'+ChangeFileExt(ExeName,'')+'.ini'); Options.Load; Options.Save; end;{LoadOptions} //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //EnsureFileStructure PROCEDURE //------------------------------------------------------------------------------ // What it does- // Makes sure the files/folders required to run helios exist before startup. // // Changes - // February 25th, 2007 - RaX - Created Header. // //------------------------------------------------------------------------------ Procedure TMainProc.EnsureFileStructure; begin if NOT DirectoryExists(Options.ConfigDirectory) then begin CreateDir(Options.ConfigDirectory); end; if NOT DirectoryExists(Options.DatabaseDirectory) then begin CreateDir(Options.DatabaseDirectory); end; if NOT DirectoryExists(Options.MapDirectory) then begin CreateDir(Options.MapDirectory); end; if NOT DirectoryExists(Options.ScriptDirectory) then begin CreateDir(Options.ScriptDirectory); end; end;{LoadOptions} //------------------------------------------------------------------------------ end{Console}.
unit L_VersionInfoW; interface uses Windows, SysUtils; type TFileVersionInfo = class private { Private declarations } FFilename : WideString; FHasVersionInfo : boolean; FCompanyName : WideString; FFileDescription : WideString; FFileVersion : WideString; FInternalname : WideString; FLegalCopyright : WideString; FLegalTradeMarks : WideString; FOriginalFilename : WideString; FProductName : WideString; FProductVersion : WideString; FComments : WideString; FMajorVersion : Word; FMinorVersion : Word; FRevision : Word; FBuild : Word; procedure SetFileName(AFileName: WideString); protected { Protected declarations } public { Public declarations } constructor Create(AFileName: WideString); destructor Destroy; override; property FileName : WideString read FFileName write SetFileName; public { Published declarations } property CompanyName : WideString read FCompanyName; property FileDescription : WideString read FFileDescription; property FileVersion : WideString read FFileVersion; property Internalname : WideString read FInternalname; property LegalCopyright : WideString read FLegalCopyright; property LegalTradeMarks : WideString read FLegalTradeMarks; property OriginalFilename : WideString read FOriginalFilename; property ProductName : WideString read FProductName; property ProductVersion : WideString read FProductVersion; property Comments : WideString read FComments; property MajorVersion : Word read FMajorVersion; property MinorVersion : Word read FMinorVersion; property Revision : Word read FRevision; property Build : Word read FBuild; end; implementation type TLangAndCP = record wLanguage : word; wCodePage : word; end; PLangAndCP = ^TLangAndCP; constructor TFileVersionInfo.Create(AFileName: WideString); begin inherited Create; SetFileName(AFileName); end; destructor TFileVersionInfo.Destroy; begin inherited Destroy; end; procedure TFileVersionInfo.SetFileName(AFileName: WideString); var Dummy : cardinal; BufferSize: integer; Buffer : Pointer; Lang : PLangAndCP; SubBlock : WideString; InfoBlock : VS_FIXEDFILEINFO; InfoPtr : Pointer; function QueryValue(AName: WideString): WideString; var Value : PWChar; begin SubBlock := WideFormat('\\StringFileInfo\\%.4x%.4x\\%s', [Lang.wLanguage, Lang.wCodePage, AName]); VerQueryValueW(Buffer, PWChar(SubBlock), Pointer(Value), Dummy); Result := WideString(Value); end; begin FFilename := AFileName; BufferSize := GetFileVersionInfoSizeW(PWChar(AFileName), Dummy); FHasVersionInfo := (Buffersize > 0); if BufferSize > 0 then begin Buffer := AllocMem(BufferSize); try GetFileVersionInfoW(PWChar(AFileName),0,BufferSize,Buffer); SubBlock := '\\VarFileInfo\\Translation'; VerQueryValueW(Buffer, PWChar(SubBlock), Pointer(Lang), Dummy); FCompanyName := QueryValue('CompanyName'); FFileDescription := QueryValue('FileDescription'); FFileVersion := QueryValue('FileVersion'); FInternalName := QueryValue('InternalName'); FLegalCopyright := QueryValue('LegalCopyright'); FLegalTradeMarks := QueryValue('LegalTradeMarks'); FOriginalFilename := QueryValue('OriginalFilename'); FProductName := QueryValue('ProductName'); FProductVersion := QueryValue('ProductVersion'); FComments := QueryValue('Comments'); VerQueryValue(Buffer, '\', InfoPtr, Dummy); Move(InfoPtr^, InfoBlock, SizeOf(VS_FIXEDFILEINFO)); FMajorVersion := InfoBlock.dwFileVersionMS shr 16; FMinorVersion := InfoBlock.dwFileVersionMS and 65535; FRevision := InfoBlock.dwFileVersionLS shr 16; FBuild := InfoBlock.dwFileVersionLS and 65535; finally FreeMem(Buffer,BufferSize); end; end else begin FCompanyname := ''; FFileDescription := ''; FFileVersion := ''; FInternalname := ''; FLegalCopyright := ''; FLegalTradeMarks := ''; FOriginalFilename := ''; FProductName := ''; FProductVersion := ''; FComments := ''; FMajorVersion := 0; FMinorVersion := 0; FRevision := 0; FBuild := 0; end; end; end.
unit OnesComplementOpTest; {$mode objfpc}{$H+} interface uses SysUtils, fpcunit, testregistry, uIntXLibTypes, uConstants, uIntX; type { TTestOnesComplementOp } TTestOnesComplementOp = class(TTestCase) published procedure ShouldOnesComplementIntX(); procedure ShouldOnesComplementNegativeIntX(); procedure ShouldOnesComplementZero(); procedure ShouldOnesComplementBigIntX(); end; implementation procedure TTestOnesComplementOp.ShouldOnesComplementIntX(); var Value, Result: TIntX; val: UInt32; begin val := 11; Value := TIntX.Create(11); Result := not Value; AssertTrue(Result = (- Int64(not val))); end; procedure TTestOnesComplementOp.ShouldOnesComplementNegativeIntX(); var Value, Result: TIntX; val: UInt32; begin val := 11; Value := TIntX.Create(-11); Result := not Value; AssertTrue(Result = UInt32(not val)); end; procedure TTestOnesComplementOp.ShouldOnesComplementZero(); var Value, Result: TIntX; begin Value := TIntX.Create(0); Result := not Value; AssertTrue(Result = 0); end; procedure TTestOnesComplementOp.ShouldOnesComplementBigIntX(); var temp1, temp2: TIntXLibUInt32Array; Value, Result: TIntX; begin SetLength(temp1, 3); temp1[0] := 3; temp1[1] := 5; temp1[2] := TConstants.MaxUInt32Value; SetLength(temp2, 2); temp2[0] := UInt32(not UInt32(3)); temp2[1] := UInt32(not UInt32(5)); Value := TIntX.Create(temp1, False); Result := not Value; AssertTrue(Result = TIntX.Create(temp2, True)); end; initialization RegisterTest(TTestOnesComplementOp); end.
unit CoordNet; interface uses Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs, ExtCtrls, uColorTheme, uMaths, uPoint, uLine, uLayer, uScene, uParser, Math, uUtils; const CN_DEFAULT_GRID_SIZE = 40; const CN_POINT_RAD = 5; type PointMoveEvent = procedure(Sender: TObject) of object; { Coord Net } type TCoordNet = class(TImage, IUnknown, IThemeSupporter) private theme: ColorTheme; // zoom - global zoom as 2^n // incr - increments numbers zoom, incr: real; // size of one cell cell: integer; // about positions center, translate, saved, mousePos, mouseBorder: TPoint; isMoving, isPointMoving, DoShowCursorCoord, DoTrackCursor: boolean; CN_MAX_ZOOM, CN_MIN_ZOOM, CN_MAX_TRANSLATION_X, CN_MAX_TRANSLATION_Y: real; pointMoveHandle: PointMoveEvent; // Crutch userValidateStateTrigger: boolean; procedure drawNet(); procedure drawCursor(); procedure drawContent(); procedure drawLayer(l: Layer); procedure drawPoint(p: Point; isSelected: boolean); procedure drawContentLine(l: Line; context: Layer); procedure drawLine(x1, y1, x2, y2: integer); function mouseInBounds(): boolean; function findMouseCurrentPoint(sub: real; x, y: integer): boolean; procedure noShiftLMB(sub: real; x, y: integer); procedure noShiftMMB(sub: real; x, y: integer); // Crutch procedure userValidateStateWrite(b: boolean); protected procedure Loaded(); override; procedure MouseDown(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override; procedure MouseUp(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override; procedure MouseMove(Shift: TShiftState; X, Y: Integer); override; public theScene: Scene; constructor Create(AOwner: TComponent); override; // IThemeSupporter procedure setTheme(theme: ColorTheme); function getTheme(): ColorTheme; procedure updateColors(); { Takes mouse Position and returns point if actual grid } function toInnerCoord(x, y: integer): Point; procedure setScale(scale: real); function getScale(): real; procedure setMinScale(scale: real); procedure setMaxScale(scale: real); function getMinScale(): real; function getMaxScale(): real; procedure setTranslationX(t: real); procedure setTranslationY(t: real); function getTranslationX(): real; function getTranslationY(): real; procedure setMaxTranslationX(t: real); procedure setMaxTranslationY(t: real); function getMaxTranslationX(): real; function getMaxTranslationY(): real; published property Scale: real read getScale write setScale; property TranslationX: real read getTranslationX write setTranslationX; property TranslationY: real read getTranslationY write setTranslationY; property MouseX: integer read mousePos.x write mousePos.x; property MouseY: integer read mousePos.y write mousePos.y; property ShowCursorCoord: boolean read DoShowCursorCoord write DoShowCursorCoord; property TrackCursor: boolean read DoTrackCursor write DoTrackCursor; property OnPointMove: PointMoveEvent read pointMoveHandle write pointMoveHandle; property __UpdateState: boolean read userValidateStateTrigger write userValidateStateWrite; end; procedure Register; implementation procedure Register; begin RegisterComponents('Lite', [TCoordNet]); end; // event procedure TCoordNet.noShiftLMB(sub: real; x, y: integer); begin // enter translation mode isMoving := true; mouseBorder.x := round(CN_MAX_TRANSLATION_X * sub); mouseBorder.y := round(CN_MAX_TRANSLATION_Y * sub); // save old x and y with the old tarslation saved.X := translate.X - x; saved.Y := translate.Y - y; end; // event procedure TCoordNet.noShiftMMB(sub: real; x, y: integer); var c: integer; begin c := theScene.getCurrentLayer().currentPoint; if findMouseCurrentPoint(sub, x, y) then if c <> theScene.getCurrentLayer().currentPoint then begin theScene.getCurrentLayer().addLine(Line.Create( theScene.getCurrentLayer().currentPoint, c )); theScene.getCurrentLayer().currentPoint := c; end; end; // events procedure TCoordNet.MouseDown(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); var sub: real; c: integer; begin sub := cell / incr; if not (ssShift in Shift) then begin if Button = mbLeft then begin noShiftLMB(sub, x, y); end else if Button = mbRight then begin theScene.getCurrentLayer().addPoint(toInnerCoord(x, y)); end else begin noShiftMMB(sub, x, y); end; end else begin if Button = mbLeft then begin if findMouseCurrentPoint(sub, x, y) then begin isPointMoving := true; end; end else if Button = mbRight then begin if findMouseCurrentPoint(sub, x, y) then theScene.getCurrentLayer().removePoint(theScene.getCurrentLayer().currentPoint); end; end; inherited MouseDown(Button, Shift, x, y); end; function TCoordNet.findMouseCurrentPoint(sub: real; x, y: integer): boolean; var i, j: integer; p: Point; b: boolean; begin b := false; // for all layers for i := theScene.layers.size() - 1 downto 0 do begin // for all points for j := theScene.layers.get(i).points.size() - 1 downto 0 do begin p := theScene.layers.get(i).points.get(j); saved.X := round(p.x * sub - x); // coord * sub = to pixel coord saved.Y := round(-p.y * sub - y); // get rid of old x and y according to point position // ill put there + new x and y // but i need sub to make point and mouse compatible // if in radius if (abs(saved.x + center.x + translate.x) < CN_POINT_RAD) and (abs(saved.y + center.y + translate.y) < CN_POINT_RAD) then begin // save theScene.currentLayer := i; theScene.layers.get(i).currentPoint := j; b := true; // exit break; end; end; if b then break; end; findMouseCurrentPoint := b; end; // events procedure TCoordNet.MouseMove(Shift: TShiftState; X, Y: Integer); var dx, dy: integer; begin inherited MouseMove(Shift, x, y); if isMoving then begin // restore old translation with new x and y dx := saved.X + x; dy := saved.Y + y; // prevent too big translation if dx > mouseBorder.x then dx := mouseBorder.x else if dx < -mouseBorder.x then dx := -mouseBorder.x; if dy > mouseBorder.y then dy := mouseBorder.y else if dy < -mouseBorder.y then dy := -mouseBorder.y; translate.X := dx; // apply translate.Y := dy; end else if isPointMoving then begin dx := saved.X + x; dy := saved.Y + y; theScene.getCurrentLayer().getCurrentPoint().x := dx / cell * incr; theScene.getCurrentLayer().getCurrentPoint().y := -dy / cell * incr; if Assigned(pointMoveHandle) then pointMoveHandle(self); end; mousePos.X := x; mousePos.Y := y; updateColors(); end; // events procedure TCoordNet.MouseUp(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); begin inherited MouseUp(Button, Shift, x, y); isMoving := false; isPointMoving := false; end; // Override constructor TCoordNet.Create(AOwner: TComponent); begin inherited Create(AOwner); CN_MAX_ZOOM := 140737488355328; CN_MIN_ZOOM := 0.0001220703125; CN_MAX_TRANSLATION_X := 120; CN_MAX_TRANSLATION_Y := 120; zoom := 1.0; incr := 1.0; cell := CN_DEFAULT_GRID_SIZE; Width := 360; Height := 360; isMoving := false; translate.x := 0; translate.y := 0; mousePos.x := Width - Width div 4; mousePos.y := Height div 4; DoShowCursorCoord := true; DoTrackCursor := true; theScene := Scene.Create(); theme := CT_DEFAULT_THEME; updateColors(); end; // Override procedure TCoordNet.Loaded(); begin updateColors(); end; // Override procedure TCoordNet.setTheme(theme: ColorTheme); begin self.theme := theme; // link end; // Override function TCoordNet.getTheme(): ColorTheme; begin getTheme := theme; end; // Override procedure TCoordNet.updateColors(); begin drawNet(); drawContent(); drawCursor(); end; procedure TCoordNet.setMinScale(scale: real); begin if scale > 0 then CN_MIN_ZOOM := scale; end; procedure TCoordNet.setMaxScale(scale: real); begin CN_MAX_ZOOM := scale; end; function TCoordNet.getMinScale(): real; begin getMinScale := CN_MIN_ZOOM; end; function TCoordNet.getMaxScale(): real; begin getMaxScale := CN_MAX_ZOOM; end; procedure TCoordNet.userValidateStateWrite(b: boolean); begin updateColors(); end; procedure TCoordNet.drawLine(x1, y1, x2, y2: integer); begin Canvas.moveTo(x1, y1); Canvas.lineTo(x2, y2); end; function TCoordNet.mouseInBounds(): boolean; begin if (mousePos.X <= 10) or (mousePos.X >= Width - 10) or (mousePos.Y <= 10) or (mousePos.Y >= Height - 10) then mouseInBounds := false else mouseInBounds := true; end; function TCoordNet.toInnerCoord(x, y: integer): Point; var sub: real; begin sub := cell / incr; toInnerCoord := Point.Create( // coord - (center + translate) = mouse coord according to grid center (x - center.X - translate.X) / sub, // /cell = get current step of changing numbers -(y - center.Y - translate.Y) / sub // *incr = get current number according to zoom ); end; procedure TCoordNet.setScale(scale: real); var tx, ty: real; begin if scale > CN_MAX_ZOOM then scale := CN_MAX_ZOOM else if scale < CN_MIN_ZOOM then scale := CN_MIN_ZOOM; // save translation tx := translate.X * zoom; // if i dont do this then zoom will be changed according to global center ty := translate.Y * zoom; // but not to the point im looking at zoom := scale; // translation - pixel value, so it depends on zoom translate.X := round(tx / zoom); translate.Y := round(ty / zoom); end; function TCoordNet.getScale(): real; begin getScale := zoom; end; { This func cuts n of N to k of [minstep; maxstep] if x is 4 -> we got zoom of 4 (2^4) returns 1; just like if x is 1 -> returns 1 for x -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 got 1 2 -1 0 1 2 -1 0 1 2 -1 0 1 2 -1 } function getGridIncrementor(x: real): real; begin if x >= 0 then getGridIncrementor := x - round(x + 1) div 4 * 4 else getGridIncrementor := x - round(x - 2) div 4 * 4; end; function getNumIncrementor(z: real): real; var l: real; st: integer; begin l := Log2(1 / z); // get zoom state if l >= 0 then // st := round(Log2(1 / z) + 1) div 4 // we increment numbers only if after we changed big incrementation step else // so we do div 4 st := round(Log2(1 / z) - 2) div 4; getNumIncrementor := 1 / power(2, st); end; procedure TCoordNet.drawNet(); var sub, subCenterX, subCenterY, i: integer; begin // resize validation Picture.Bitmap.Width := Width; Picture.Bitmap.Height := Height; // grid nums incrementions incr := getNumIncrementor(zoom); // grid states! // i grab the state of zoom via log2(1/zoom) // i use the grid incrementer to get a value of step cell := round(CN_DEFAULT_GRID_SIZE + 10 * getGridIncrementor(Log2(1 / zoom))); Canvas.Brush.Color := theme.coordBG; center.X := Width div 2; center.Y := Height div 2; Canvas.FillRect(Rect(0, 0, Width, Height)); // grid Canvas.Pen.Color := theme.coordGrid; Canvas.Pen.Width := 1; // text Canvas.Font.Color := theme.coordText; // center subCenterY := center.Y + translate.Y; subCenterX := center.X + translate.X; // -> i := center.X + translate.X mod cell; sub := -translate.X div cell; while i < Width do begin drawLine(i, 0, i, Height); Canvas.TextOut(i + 3, subCenterY - 15, getNum2(sub * incr)); sub := sub + 1; i := i + cell; end; // <- i := center.X + translate.X mod cell; sub := -translate.X div cell; while i >= 0 do begin drawLine(i, 0, i, Height); Canvas.TextOut(i + 3, subCenterY - 15, getNum2(sub * incr)); sub := sub - 1; i := i - cell; end; // down i := center.Y + translate.Y mod cell; sub := translate.Y div cell; while i < Height do begin drawLine(0, i, Width, i); Canvas.TextOut(subCenterX + 3, i - 15, getNum2(sub * incr)); sub := sub - 1; i := i + cell; end; // Up i := center.Y + translate.Y mod cell; sub := translate.Y div cell; while i >= 0 do begin drawLine(0, i, Width, i); Canvas.TextOut(subCenterX + 3, i - 15, getNum2(sub * incr)); sub := sub + 1; i := i - cell; end; // main Canvas.Pen.Color := theme.coordAxis; Canvas.Pen.Width := 2; drawLine(0, subCenterY, Width, subCenterY); drawLine(subCenterX, 0, subCenterX, Height); // arrows Canvas.Pen.Width := 3; drawLine(Width - 1, subCenterY, Width - 7, subCenterY - 5); drawLine(Width - 1, subCenterY, Width - 7, subCenterY + 5); drawLine(subCenterX, 0, subCenterX - 6, 7); drawLine(subCenterX, 0, subCenterX + 6, 7); end; procedure TCoordNet.drawCursor(); var mouse: Point; begin if mouseInBounds() then begin Canvas.Brush.Color := theme.coordBG; Canvas.Pen.Color := theme.active; Canvas.Pen.Width := 1; if DoTrackCursor then begin drawLine(0, mousePos.Y, Width, mousePos.Y); drawLine(mousePos.X, 0, mousePos.X, Height); end; if DoShowCursorCoord then begin mouse := toInnerCoord(mousePos.X, mousePos.Y); Canvas.TextOut(mousePos.X + 3, mousePos.Y - 15, '(' + getNumR(mouse.x) + ',' + getNumR(mouse.y) + ')'); end; end; end; procedure TCoordNet.setTranslationX(t: real); begin if t > CN_MAX_TRANSLATION_X then t := CN_MAX_TRANSLATION_X else if t < -CN_MAX_TRANSLATION_X then t := -CN_MAX_TRANSLATION_X; translate.X := -round(t * CN_DEFAULT_GRID_SIZE * zoom); end; procedure TCoordNet.setTranslationY(t: real); begin if t > CN_MAX_TRANSLATION_Y then t := CN_MAX_TRANSLATION_Y else if t < -CN_MAX_TRANSLATION_Y then t := -CN_MAX_TRANSLATION_Y; translate.Y := round(t * CN_DEFAULT_GRID_SIZE * zoom); end; function TCoordNet.getTranslationX(): real; begin getTranslationX := -translate.X / CN_DEFAULT_GRID_SIZE / zoom; end; function TCoordNet.getTranslationY(): real; begin getTranslationY := translate.Y / CN_DEFAULT_GRID_SIZE / zoom; end; procedure TCoordNet.setMaxTranslationX(t: real); begin CN_MAX_TRANSLATION_X := t; end; procedure TCoordNet.setMaxTranslationY(t: real); begin CN_MAX_TRANSLATION_Y := t; end; function TCoordNet.getMaxTranslationX(): real; begin getMaxTranslationX := CN_MAX_TRANSLATION_X; end; function TCoordNet.getMaxTranslationY(): real; begin getMaxTranslationY := CN_MAX_TRANSLATION_Y; end; procedure TCoordNet.drawPoint(p: Point; isSelected: boolean); var sub: real; begin sub := cell / incr; if isSelected then Canvas.Brush.Color := theme.active else Canvas.Brush.Color := theme.coordPoint; Canvas.Ellipse( round(center.X + translate.x + p.x * sub - CN_POINT_RAD), round(center.y + translate.y - p.y * sub - CN_POINT_RAD), round(center.X + translate.x + p.x * sub + CN_POINT_RAD), round(center.y + translate.y - p.y * sub + CN_POINT_RAD)); end; procedure TCoordNet.drawContentLine(l: Line; context: Layer); var sub: real; begin sub := cell / incr; Canvas.moveTo( round(center.X + translate.x + context.points.get(l.p1).x * sub), round(center.y + translate.y - context.points.get(l.p1).y * sub)); Canvas.lineTo( round(center.X + translate.x + context.points.get(l.p2).x * sub), round(center.y + translate.y - context.points.get(l.p2).y * sub)); end; procedure TCoordNet.drawLayer(l: Layer); var i: integer; begin Canvas.Pen.Color := theme.coordLine; Canvas.Pen.Width := 2; for i := 0 to l.lines.size() - 1 do drawContentLine(l.lines.get(i), l); Canvas.Brush.Color := theme.coordPoint; Canvas.Pen.Color := theme.coordOutline; Canvas.Pen.Width := 1; for i := 0 to l.points.size() - 1 do drawPoint(l.points.get(i), (i = l.currentPoint) and (l = theScene.getCurrentLayer())); end; procedure TCoordNet.drawContent(); var i: integer; begin for i := 0 to theScene.layers.size() - 1 do drawLayer(theScene.layers.get(i)); end; end.
unit fontEx0; {Utilisé par MultG0 } interface {$IFDEF FPC} {$mode delphi} {$DEFINE AcqElphy2} {$A1} {$Z1} {$ENDIF} uses graphics; type TfontDesc= record Name:string[32]; height:smallInt; Size:smallInt; Color:Tcolor; style:Tfontstyles; end; TfontEx=class private Ffont:Tfont; function getFont:Tfont; procedure setFont(f:Tfont); procedure fontToDesc; procedure DescToFont; public desc:TfontDesc; property font:Tfont read getFont write setfont; constructor create; destructor destroy;override; procedure FreeFont; end; { Tfont2 est utilisé par stmDplot : il faut mettre à jour visu.fontdesc après toute modif par PG d'une propriété de font Les méthodes stm appellent updateDesc après chaque modification de Tfont } TprocedureOfObject=procedure of object; Tfont2=class(Tfont) public FupdateDesc:procedure of object; procedure updateDesc; constructor create(p:TprocedureOfObject); end; implementation procedure TfontEx.DescToFont; begin Ffont.height:=desc.height; Ffont.name:=desc.name ; Ffont.size:=desc.size; Ffont.color:=desc.color; Ffont.style:=desc.style; end; procedure TfontEx.FontToDesc; begin fillchar(desc,sizeof(desc),0); desc.height:=Ffont.height; desc.name:=Ffont.name ; desc.size:=Ffont.size; desc.color:=Ffont.color; desc.style:=Ffont.style; end; function TfontEx.getFont:Tfont; begin if Ffont=nil then Ffont:=Tfont.create; descToFont; getFont:=FFont; end; procedure TfontEx.setFont(f:Tfont); begin if assigned(f) then Ffont:=f; FontToDesc; end; constructor TfontEx.create; begin inherited create; with desc do begin Name:='MS Sans Serif'; height:=-11; Size:=8; end; end; destructor TfontEx.destroy; begin Ffont.free; inherited destroy; end; procedure TfontEx.FreeFont; begin Ffont.free; Ffont:=nil; end; { Tfont2 } constructor Tfont2.create(p: TprocedureOfObject); begin inherited create; FupdateDesc:=p; end; procedure Tfont2.updateDesc; begin if assigned(FupdateDesc) then FupdateDesc; end; end.
unit Textures; interface uses Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs, StdCtrls, ExtCtrls, aiOgl, Jpeg, OpenGL; type TTexturesForm = class(TForm) GroupBox4: TGroupBox; TexBox: TListBox; Label8: TLabel; TextureFileNameLabel: TLabel; Label1: TLabel; Label2: TLabel; Bevel: TBevel; Image: TImage; FileSizeLabel: TLabel; TextureSizeLabel: TLabel; MinFilterGroup: TRadioGroup; WrapSGroup: TRadioGroup; MagFilterGroup: TRadioGroup; WrapTGroup: TRadioGroup; EnvModeGroup: TRadioGroup; TexTransEdit: TEdit; ApplyBtn: TButton; ClearBtn: TButton; LoadBtn: TButton; UseBox: TCheckBox; procedure FormCreate(Sender: TObject); procedure TexBoxClick(Sender: TObject); procedure MinFilterGroupClick(Sender: TObject); procedure WrapSGroupClick(Sender: TObject); procedure EnvModeGroupClick(Sender: TObject); procedure ClearBtnClick(Sender: TObject); procedure UseBoxClick(Sender: TObject); procedure LoadBtnClick(Sender: TObject); private CurTexture: TTexture; procedure ReRenderObjects; public { Public declarations } end; var TexturesForm: TTexturesForm; implementation uses Data; {$R *.DFM} procedure TTexturesForm.FormCreate(Sender: TObject); var i: integer; begin with CurScene.Materials do for i:= 0 to TexCount - 1 do TexBox.Items.AddObject(ExtractFileName(Textures[i].FileName), Textures[i]); TexBox.ItemIndex:= 0; TexBoxClick(Sender); end; procedure TTexturesForm.TexBoxClick(Sender: TObject); var b: boolean; Ext: string; JpegImage: TJpegImage; procedure StrechImage; begin with Image do begin if (Picture.Width > Bevel.Width) or (Picture.Height > Bevel.Height) then begin Stretch:= True; if Picture.Width > Picture.Height then begin Width:= Bevel.Width; Height:= Round(Bevel.Height * (Picture.Height / Picture.Width)); end else begin Height:= Bevel.Height; Width:= Round(Bevel.Width * (Picture.Width / Picture.Height)); end; Left:= Bevel.Left + (Bevel.Width - Width) div 2; Top:= Bevel.Top + (Bevel.Height - Height) div 2; end else begin Stretch:= False; Left:= Bevel.Left; Top:= Bevel.Top; Width:= Bevel.Width; Height:= Bevel.Height; end; end; end; begin FileSizeLabel.Visible:= False; with TexBox do b:= (ItemIndex <> -1) and (TTexture(Items.Objects[ItemIndex]).TexFile = tfOK); Label8.Visible:= b; TextureFileNameLabel.Visible:= b; Bevel.Visible:= b; Image.Visible:= b; MinFilterGroup.Visible:= b; MagFilterGroup.Visible:= b; WrapSGroup.Visible:= b; WrapTGroup.Visible:= b; EnvModeGroup.Visible:= b; Label1.Visible:= b; TexTransEdit.Visible:= b; ApplyBtn.Visible:= b; Label2.Visible:= b; TextureSizeLabel.Visible:= b; {LoadBtn.Visible:= b;} ClearBtn.Visible:= b; UseBox.Visible:= b; if TexBox.ItemIndex = -1 then Exit; with TexBox do CurTexture:= TTexture(Items.Objects[ItemIndex]); TextureFileNameLabel.Caption:= CurTexture.FileName; FileSizeLabel.Visible:= True; case CurTexture.TexFile of tfNotFound: FileSizeLabel.Caption:= 'File not found'; tfExtNotSupported: FileSizeLabel.Caption:= 'Extension not supported'; tfLoadError: FileSizeLabel.Caption:= 'Loading error'; end; if CurTexture.TexFile <> tfOK then Exit; Ext:= UpperCase(ExtractFileExt(CurTexture.FileName)); if (Ext = '.JPEG') or ({not NVLibLoaded and} (Ext = '.JPG')) then begin JpegImage:= TJpegImage.Create; JpegImage.LoadFromFile(CurTexture.FoundFileName); Image.Picture.Bitmap.Assign(JpegImage); JpegImage.Free; end else Image.Picture.LoadFromFile(CurTexture.FoundFileName); StrechImage; UseBox.Checked:= CurTexture.Use; MinFilterGroup.OnClick:= Nil; with MinFilterGroup do case CurTexture.MinFilter of GL_NEAREST: ItemIndex:= 0; GL_LINEAR: ItemIndex:= 1; end; MinFilterGroup.OnClick:= MinFilterGroupClick; MagFilterGroup.OnClick:= Nil; with MagFilterGroup do case CurTexture.MagFilter of GL_NEAREST: ItemIndex:= 0; GL_LINEAR: ItemIndex:= 1; end; MagFilterGroup.OnClick:= MinFilterGroupClick; WrapSGroup.OnClick:= Nil; with WrapSGroup do case CurTexture.WrapS of GL_CLAMP: ItemIndex:= 0; GL_REPEAT: ItemIndex:= 1; end; WrapSGroup.OnClick:= WrapSGroupClick; WrapTGroup.OnClick:= Nil; with WrapTGroup do case CurTexture.WrapT of GL_CLAMP: ItemIndex:= 0; GL_REPEAT: ItemIndex:= 1; end; WrapTGroup.OnClick:= WrapSGroupClick; EnvModeGroup.OnClick:= Nil; with EnvModeGroup do case CurTexture.EnvMode of GL_MODULATE: ItemIndex:= 0; GL_DECAL: ItemIndex:= 1; GL_BLEND: ItemIndex:= 2; end; EnvModeGroup.OnClick:= EnvModeGroupClick; TexTransEdit.Text:= IntToStr(CurTexture.Transparent); FileSizeLabel.Caption:= Format('%d x %d', [CurTexture.FileSize.X, CurTexture.FileSize.Y]); TextureSizeLabel.Caption:= Format('%d x %d', [CurTexture.TextureSize.X, CurTexture.TextureSize.Y]); end; procedure TTexturesForm.ReRenderObjects; var i,j: integer; begin // если текущая текстура используется объектом, вызываем его метод Render with CurScene do for i:= 0 to ObjectCount - 1 do for j:= 0 to Objects[i].FaceGroupCount - 1 do if Objects[i].FaceGroups[j].Material.Texture = CurTexture then Objects[i].Render; CurScene.Paint; end; procedure TTexturesForm.MinFilterGroupClick(Sender: TObject); begin with CurTexture do case (Sender as TRadioGroup).ItemIndex of 0: if Sender = MinFilterGroup then MinFilter:= GL_NEAREST else MagFilter:= GL_NEAREST; 1: if Sender = MinFilterGroup then MinFilter:= GL_LINEAR else MagFilter:= GL_LINEAR; end; ReRenderObjects; CurScene.Paint; end; procedure TTexturesForm.WrapSGroupClick(Sender: TObject); begin with CurTexture do case (Sender as TRadioGroup).ItemIndex of 0: if Sender = WrapSGroup then WrapS:= GL_CLAMP else WrapT:= GL_CLAMP; 1: if Sender = WrapSGroup then WrapS:= GL_REPEAT else WrapT:= GL_REPEAT; end; ReRenderObjects; CurScene.Paint; end; procedure TTexturesForm.EnvModeGroupClick(Sender: TObject); begin with CurTexture do case EnvModeGroup.ItemIndex of 0: EnvMode:= GL_MODULATE; 1: EnvMode:= GL_DECAL; 2: EnvMode:= GL_BLEND; end; ReRenderObjects; CurScene.Paint; end; procedure TTexturesForm.ClearBtnClick(Sender: TObject); begin {CurScene.Materials.DeleteTexture(CurTexture); ObjectsDlg.CurMaterial.Texture:= Nil; TextureFileNameLabel.Caption:= ''; ShowTexture; ObjectsDlg.ReRenderObjects; CurScene.Paint;} end; procedure TTexturesForm.UseBoxClick(Sender: TObject); begin CurTexture.Use:= UseBox.Checked; ReRenderObjects; CurScene.Paint; end; procedure TTexturesForm.LoadBtnClick(Sender: TObject); begin if Data1.OpenPictureDialog.Execute then // with CurTexture do begin // if Texture = nil then // Texture:= CurScene.Materials.NewTexture; CurTexture.FileName:= Data1.OpenPictureDialog.FileName; CurTexture.Build; TexBoxClick(Sender); ReRenderObjects; CurScene.Paint; end; end; end.
unit main_datamodule; {$mode objfpc}{$H+} interface uses Classes, SysUtils, BufDataset, pqconnection, sqldb, Dialogs, Controls, lclintf, db; type { TMainDataModule } TMainDataModule = class(TDataModule) DatabaseConnection: TPQConnection; SQLQuery: TSQLQuery; SQLTransaction: TSQLTransaction; private public const MESSAGE_TITLE : RawByteString = 'Extrator Dados E-SUS Versão 0.0.1'; REPORTS_FOLDER_NAME : RawByteString = 'Relatorios'; HISTORY_FILE_NAME : RawByteString = './Historico_Consultas.txt'; function GetReportsFolderRelativePath : String; function GetReportsFolderFullPath : String; function GetHistoryFileFullPath : String; procedure ExecuteQuery(Query: String); procedure ExecuteQuery(Query: String; FileName: String); procedure SaveToHistoryFile(aTitle: String; aText: String); end; var MainDataModule: TMainDataModule; implementation function TMainDataModule.GetReportsFolderRelativePath: string; begin Result := './' + REPORTS_FOLDER_NAME;; end; function TMainDataModule.GetReportsFolderFullPath : string; begin Result := GetCurrentDir + '\' + REPORTS_FOLDER_NAME; end; function TMainDataModule.GetHistoryFileFullPath : String; var history_filename : string; begin history_filename := HISTORY_FILE_NAME; history_filename := history_filename.Replace('./', ''); Result := GetCurrentDir + '\' + history_filename; end; procedure TMainDataModule.ExecuteQuery(Query: String); var ERROR_MESSAGE_TEMPLATE : String = 'Erro na Execução do Script, deseja abrir aquivo de histórico (%s)?'; HISTORY_FILE_ERROR_TEMPLATE : String = '%s' + sLineBreak + '---------------------------' + sLineBreak + 'ERRO:' + sLineBreak + '%s'; begin SQLQuery.SQL.Clear; SQLQuery.SQL.AddText(Query); try SQLQuery.ExecSQL; SaveToHistoryFile('Executado com sucesso', Query); except On E :Exception do begin SQLTransaction.Rollback; SaveToHistoryFile('Erro na Execução da Consulta', Format(HISTORY_FILE_ERROR_TEMPLATE, [Query, E.Message])); if MessageDlg(MainDataModule.MESSAGE_TITLE, Format(ERROR_MESSAGE_TEMPLATE, [HISTORY_FILE_NAME]), mtError, [mbYes, mbNo], 0) = mrYes then OpenDocument(GetHistoryFileFullPath); raise; end; end; end; procedure TMainDataModule.ExecuteQuery(Query: String; FileName: String); const EXPORT_SQL_TEMPLATE: String = 'COPY ( %s ) TO ''%s'' DELIMITER '';'' CSV HEADER ENCODING ''LATIN1'';'; EXPORT_FILE_EXTENSION: String = '.csv'; var ReportFullPath : RawByteString; ExportQuery : String; begin ReportFullPath := GetReportsFolderFullPath + '\' + FileName + EXPORT_FILE_EXTENSION; Query := Query.Replace(';', ''); ExportQuery := Format(EXPORT_SQL_TEMPLATE, [Query, ReportFullPath]); try ExecuteQuery(ExportQuery); OpenDocument(ReportFullPath); except MessageDlg(MainDataModule.MESSAGE_TITLE, 'Erro ao executar o Script. Sem relatórios para exibir', mtError, [mbOK], 0) end; end; procedure TMainDataModule.SaveToHistoryFile(aTitle: String; aText: String); const TIMESTAMP_TEMPLATE : String = 'Horário: %s - %s'; var DataFile: TextFile; begin AssignFile(DataFile, HISTORY_FILE_NAME); try Append(DataFile); WriteLn(DataFile, '/*----------------------------------------------'); WriteLn(DataFile, aTitle); WriteLn(DataFile, Format(TIMESTAMP_TEMPLATE, [DateToStr(Date), TimeToStr(Time)])); WriteLn(DataFile, '----------------------------------------------*/'); WriteLn(DataFile, aText); WriteLn(DataFile, '/*--------------------------------------------*/'); WriteLn(DataFile, sLineBreak); CloseFile(DataFile); except ShowMessage('Erro ao salvar os dados'); end; end; {$R *.lfm} end.
unit ThItemCollections; interface uses System.Generics.Collections, GR32, ThTypes, ThItem, ThUtils; type TThItemList = class(TList<IThItem>) protected procedure Notify(const Value: IThItem; Action: TCollectionNotification); override; public // APoly 영역에 포함되는 객체 배열 반환 function GetPolyInItems(APoly: TThPoly): TArray<IThItem>; function GetConnectionItem(APoint: TFloatPoint): IThConnectableItem; function GetItemAtPoint(APoint: TFloatPoint): IThSelectableItem; end; TThSelectedItems = class(TList<IThSelectableItem>) public // 모든 항목 APoint만큼 이동 procedure MoveItems(APoint: TFloatPoint); procedure Add(const AItem: IThSelectableItem); procedure Remove(const AItem: IThSelectableItem); procedure Clear; end; implementation uses System.SysUtils, GR32_Polygons, GR32_VectorUtils, GR32_Clipper; { TThItemList } function TThItemList.GetConnectionItem(APoint: TFloatPoint): IThConnectableItem; var I: Integer; Item: IThItem; begin Result := nil; for I := Count - 1 downto 0 do begin Item := Items[I]; if not Item.PtInItem(APoint) then Continue; if not Supports(Item, IThConnectableItem) then Continue; Exit(Item as IThConnectableItem); end; end; procedure TThItemList.Notify(const Value: IThItem; Action: TCollectionNotification); begin inherited; if Action = cnRemoved then TObject(Value).Free; end; function TThItemList.GetItemAtPoint(APoint: TFloatPoint): IThSelectableItem; var I: Integer; Item: IThItem; begin Result := nil; for I := Count - 1 downto 0 do begin Item := Items[I]; if Item.PtInItem(APoint) then Exit(Item as IThSelectableItem); end; end; function TThItemList.GetPolyInItems(APoly: TThPoly): TArray<IThItem>; var I: Integer; PolyRect, DestRect: TFloatRect; DestPaths: TThPolyPoly; begin PolyRect := PolygonBounds(APoly); // for I := 0 to Count - 1 do begin // Rect로 1차 교차 비교 IntersectRect(DestRect, PolyRect, Items[I].Bounds); if IsRectEmpty(DestRect) then Continue; // Polygon 교차 비교(Clipper로 교차 영역 생성 후 비었는지 확인) with TClipper.Create do try AddPaths(Items[I].PolyPoly, ptSubject); AddPath(APoly, ptClip); Execute(ctIntersection, frNonZero, DestPaths); finally Free; end; if Length(DestPaths) > 0 then Result := Result + [Items[I]]; end; end; //procedure TThItemList.RemoveSelectedItems; //var // I: Integer; // Item: IThSelectableItem; //// Item1, Item2: TThItem; // Item1, Item2: IInterface; //begin // FSelectedItem := nil; // for Item in FSelectedItems do // begin // // FSelectedItems.Item(IThSelectableItem)으로 // // FItemList.Item(IThItem) 삭제(Remove) 시 // // 포인터가 달라 지워지지않음 // // 객체(또는 IInterface)로 전환 후 비교 후 삭제필요(ㅠㅜㅠㅜ) // // https://blog.excastle.com/2008/05/10/interfaces-and-reference-equality-beware/ //// FItems.Remove(Item as IThItem); // for I := FItems.Count - 1 downto 0 do // begin // Item1 := FItems[I] as IInterface; // Item2 := Item as IInterface; // // if Item1 = Item2 then // FItems.Delete(I); // end; // end; // FSelectedItems.Clear; //end; { TThSelectedItems } procedure TThSelectedItems.Add(const AItem: IThSelectableItem); begin AItem.Selected := True; inherited Add(AItem); end; procedure TThSelectedItems.Clear; var Item: IThSelectableItem; begin for Item in Self do Item.Selected := False; inherited Clear; end; procedure TThSelectedItems.MoveItems(APoint: TFloatPoint); var I: Integer; begin for I := 0 to Count - 1 do Items[I].MoveItem(APoint); end; procedure TThSelectedItems.Remove(const AItem: IThSelectableItem); begin AItem.Selected := False; inherited Remove(AItem); end; end.
unit fra_FileList; interface uses Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Dialogs, JvExControls, JvAnimatedImage, JvGIFCtrl, JvComponentBase, JvSearchFiles, ComCtrls, JvExComCtrls, JvListView, StdCtrls, JvLabel, ExtCtrls, JvExExtCtrls, JvExtComponent, JvPanel, JvStatusBar, Math, IniFiles, JvSpeedButton, Registry, ShellAPI, ImgList, Masks, JvProgressBar, DateUtils, JvSplitter, ToolWin, JvCoolBar, Buttons, JvSpeedbar, CommCtrl, Menus, JvMenus, Forma, JvTypes, StrUtils; type TPhrasePos = record Pos: Integer; Line: Integer; StrFrom: Integer; StrTo: Integer; txt: string; end; TFileClass = class public Points: array of TPhrasePos; Name: string; Root: string; TextPercent: Currency; Size: Int64; Date: TDateTime; destructor Destroy; override; end; TfraFileList = class(TFrame) pnlText: TJvPanel; btnNextPhrase: TJvSpeedButton; btnPrevPhrase: TJvSpeedButton; JvPanel1: TJvPanel; re: TRichEdit; pnlText2: TJvPanel; lblText: TJvLabel; pnlFile: TJvPanel; lbFileAttrib: TLabel; lbFileSize: TLabel; lbFileDate: TLabel; imgIcon: TImage; lbFileName: TLabel; btnAbort: TJvSpeedButton; lv: TJvListView; tmrSearchDone: TTimer; tmrProgress: TTimer; pmMain: TJvPopupMenu; miShow: TMenuItem; miShowFile: TMenuItem; miDelete: TMenuItem; miExport: TMenuItem; ImageList1: TImageList; dlgSave: TSaveDialog; miCloseTab: TMenuItem; procedure lvSelectItem(Sender: TObject; Item: TListItem; Selected: Boolean); procedure btnAbortClick(Sender: TObject); procedure imgIconClick(Sender: TObject); procedure tmrSearchDoneTimer(Sender: TObject); procedure tmrProgressTimer(Sender: TObject); procedure lvDblClick(Sender: TObject); procedure btnNextPhraseClick(Sender: TObject); procedure btnPrevPhraseClick(Sender: TObject); procedure lvKeyDown(Sender: TObject; var Key: Word; Shift: TShiftState); procedure miShowClick(Sender: TObject); procedure miShowFileClick(Sender: TObject); procedure miDeleteClick(Sender: TObject); procedure miExportClick(Sender: TObject); procedure pmMainPopup(Sender: TObject); procedure miCloseTabClick(Sender: TObject); private IsDestroying: Boolean; PhraseNr: Integer; Search: TJvSearchFiles; FListViewWndProc: TWndMethod; procedure SetPhrase(ANr: Integer); procedure ListViewWndProc(var Message: TMessage); procedure AddItem(fc: TFileClass; ResultCount: Integer = 0); procedure BeginSearch; public Description: string; TotalProgress: Int64; TotalFileSize: Int64; ProgressTime: TDateTime; SpeedProgress: int64; SpeedValue: Currency; // AnalyzeStartTime: TDateTime; FileClassList: TList; AnalyzeThList: TList; FileList: TList; AbortSearch: Boolean; CS, CS_Progress: TRTLCriticalSection; CaseSensitive: Boolean; Text: string; UseMask: Boolean; Phrase: Boolean; procedure CreateSearchFrame; destructor Destroy; override; end; TFrameTabSheet = class(TTabSheet) public Frame: TfraFileList; end; implementation uses frm_Main, unt_FileAnalyzer, frm_SearchAttributes, frm_SearchDate, frm_SearchFiles, frm_SearchFolders, frm_SearchPhrase, frm_SearchSize, frm_SearchOptions, unt_Common, frm_Preview; type TFileAnalyzeTh = class(TThread) private Text: string; fcls: TFileClass; Analyzer: TFileAnalyzer; procedure OnProgress(Processed, Current, Total: Int64); procedure OnFindPhrase(Position, LineNr, SelFrom, SelTo: Integer; txt: string); public Frame: TfraFileList; procedure Execute; override; procedure SyncAddFile; constructor Create(AFrame: TfraFileList); destructor Destroy; override; end; TSearchTh = class(TThread) private fcls: TFileClass; FoldersIncl, FoldersExcl: TStringList; FolderIdx: Integer; Frame: TfraFileList; public ExcludeMask: TStringList; sr: TJvSearchFiles; procedure Execute; override; constructor Create; destructor Destroy; override; procedure OnFindFile(Sender: TObject; const AName: String); procedure SyncAddFile; procedure SyncFindFinish; end; {$R *.dfm} procedure TfraFileList.CreateSearchFrame; begin FileClassList := TList.Create; FListViewWndProc := lv.WindowProc; lv.WindowProc := ListViewWndProc; AnalyzeThList := TList.Create; FileList := TList.Create; InitializeCriticalSection(CS); InitializeCriticalSection(CS_Progress); DoubleBuffered := True; //pnlMain.DoubleBuffered := True; pnlText.DoubleBuffered := True; lv.DoubleBuffered := True; pnlText2.DoubleBuffered := True; btnPrevPhrase.DoubleBuffered := True; btnNextPhrase.DoubleBuffered := True; CaseSensitive := frmSearchPhrase.cbCaseSens.Checked; Text := frmSearchPhrase.reText.Text; Phrase := Trim(Text) <> ''; UseMask := frmSearchPhrase.cbUseMask.Checked; if Phrase then Text := StringReplace(Text, #13#10, '|', [rfReplaceAll]); lblText.Caption := ''; if not Phrase then begin lv.Columns.Delete(3); lv.Columns.Delete(3); end; if not Phrase then pnlText.Visible := False; BeginSearch; end; procedure TfraFileList.ListViewWndProc(var Message: TMessage); begin // if IsClosing then Exit; ShowScrollBar(lv.Handle, SB_HORZ, False); FListViewWndProc(Message); end; procedure TfraFileList.SetPhrase(ANr: Integer); begin lblText.Caption := ''; if lv.Selected = nil then Exit; if not Phrase then Exit; if Length(TFileClass(lv.Selected.Data).Points) = 0 then Exit; PhraseNr := ANr; with TFileClass(lv.Selected.Data) do begin if PhraseNr < 0 then PhraseNr := High(Points); if PhraseNr > High(Points) then PhraseNr := 0; re.Lines.Text := ''; if Length(Points) > 0 then begin re.Lines.Text := points[PhraseNr].txt; re.SelStart := 0; re.SelLength := Length(re.Lines.Text); re.SelAttributes.Name := 'Courier New'; re.SelStart := Points[PhraseNr].StrFrom-1; re.SelLength := Points[PhraseNr].StrTo - Points[PhraseNr].StrFrom+1; re.SelAttributes.Style := [fsBold]; re.SelAttributes.Color := clRed; re.SelLength := 0; end; lblText.Caption := Format('Fraza %d/%d, Linia: %d, Kolumna: %d', [ PhraseNr+1, Length(Points), Points[PhraseNr].Line, Points[PhraseNr].StrFrom]); end; end; procedure TfraFileList.BeginSearch; function SetAttrib(state: TCheckBoxState): TJvAttrFlagKind; begin case state of cbUnchecked: Result := tsMustBeUnSet; cbChecked: Result := tsMustBeSet; else Result := tsDontCare; end; end; var n, o: Integer; st: TJvSearchTypes; stl: TStringList; s: string; begin stl := TStringList.Create; with frmMain, TSearchTh.Create do try // btnAddFileClick(nil); // btnAddFolderClick(nil); Search := sr; sr.Options := [soSearchFiles]; if frmSearchOptions.cbHiddenFolders.Checked then sr.Options := sr.Options + [soIncludeSystemHiddenDirs]; if frmSearchOptions.cbHiddenFiles.Checked then sr.Options := sr.Options + [soIncludeSystemHiddenFiles]; s := ''; sr.FileParams.FileMasks.Clear; ExcludeMask.Clear; with frmSearchFiles.lv do for n := 0 to Items.Count-1 do if Items[n].Checked and (Items[n].ImageIndex = 0) then begin stl.Text := AnsiReplaceStr(Items[n].Subitems[0], ';', #13#10); for o := 0 to stl.Count-1 do if Trim(stl[o]) <> '' then AddToStringList(stl[o], sr.FileParams.FileMasks); end else if Items[n].Checked and (Items[n].ImageIndex = 1) then begin stl.Text := AnsiReplaceStr(Items[n].Subitems[0], ';', #13#10); for o := 0 to stl.Count-1 do if Trim(stl[o]) <> '' then AddToStringList(stl[o], ExcludeMask); end; if frmSearchOptions.seSubFolders.Value > 0 then sr.DirOption := doIncludeSubDirs else sr.DirOption := doExcludeSubDirs; sr.RecurseDepth := frmSearchOptions.seSubFolders.Value; st := [stFileMask]; with frmSearchAttributes, sr.FileParams.Attributes do begin if (cbAttribR.State <> cbGrayed) or (cbAttribA.State <> cbGrayed) or (cbAttribH.State <> cbGrayed) or (cbAttribS.State <> cbGrayed) then st := st + [stAttribute]; ReadOnly := SetAttrib(cbAttribR.State); Archive := SetAttrib(cbAttribA.State); Hidden := SetAttrib(cbAttribH.State); System := SetAttrib(cbAttribS.State); end; with frmSearchSize do begin if cbSizeFrom.Checked then st := st + [stMinSize]; if cbSizeTo.Checked then st := st + [stMaxSize]; sr.FileParams.MinSize := seSizeFrom.Value * Round(Power(1024, cbbSizeFrom.ItemIndex)); sr.FileParams.MaxSize := seSizeTo.Value * Round(Power(1024, cbbSizeTo.ItemIndex)); end; with frmSearchDate do begin dtpDateFrom.Time := dtpTimeFrom.Time; dtpDateTo.Time := dtpTimeTo.Time; if cbDateFrom.Checked then st := st + [stLastChangeAfter]; if cbDateTo.Checked then st := st + [stLastChangeBefore]; sr.FileParams.LastChangeAfter := dtpDateFrom.DateTime; sr.FileParams.LastChangeBefore := dtpDateTo.DateTime; end; sr.FileParams.SearchTypes := st; Frame := Self; FolderIdx := 0; sr.OnFindFile := OnFindFile; AbortSearch := False; FoldersIncl.Clear; FoldersExcl.Clear; with frmSearchFolders.lv do for n := 0 to Items.Count-1 do if (Trim(Items[n].Subitems[0]) <> '') and Items[n].Checked then if Items[n].ImageIndex = 0 then FoldersIncl.Add(Items[n].Subitems[0]) else FoldersExcl.Add(Items[n].Subitems[0]); Resume; finally stl.Free; end; end; { TSearchTh } constructor TSearchTh.Create; begin inherited Create(True); FreeOnTerminate := True; sr := TJvSearchFiles.Create(nil); ExcludeMask := TStringList.Create; FoldersIncl := TStringList.Create; FoldersExcl := TStringList.Create; end; destructor TSearchTh.Destroy; begin sr.Free; FoldersIncl.Free; FoldersExcl.Free; Frame.Search := nil; ExcludeMask.Free; inherited; end; procedure TSearchTh.Execute; var n: Integer; begin inherited; try for n := 0 to FoldersIncl.Count-1 do begin sr.RootDirectory := FoldersIncl[n]; sr.Search; end; finally Synchronize(SyncFindFinish); Terminate; end; end; procedure TfraFileList.AddItem(fc: TFileClass; ResultCount: Integer); var v: Integer; s, t: string; begin s := IncludeTrailingPathDelimiter(Trim(fc.Root)); v := Length(s); with lv.Items.Add do begin s := fc.Name; Caption := IntToStr(lv.Items.Count); ImageIndex := 0; t := ExtractFileExt(s); if Length(t) > 0 then if t[1] = '.' then t := Copy(t, 2, Length(t)-1); SubItems.Add( ChangeFileExt(ExtractFileName(s), '')); SubItems.Add(t); if Phrase then begin SubItems.Add(IntToStr(ResultCount)); SubItems.Add(FormatFloat('0 %', fc.TextPercent)); end; fc.Size := FileSize(fc.Name); fc.Date := FileDateToDateTime(FileAge(fc.Name)); s := IntToStr(fc.Size); {v := 1; for n := Length(s) downto 1 do begin if v = 4 then begin Insert(#32, s, n+1); v := 1; end else Inc(v); end; } SubItems.Add(s); SubItems.Add(DateTimeToStr(fc.Date)); s := ExtractFileDir(fc.Name); s := Copy(s, v+1, Length(s)-v); SubItems.Add(s); Data := fc; end; end; procedure TSearchTh.OnFindFile(Sender: TObject; const AName: String); var n: Integer; begin for n := 0 to ExcludeMask.Count-1 do if MatchesMask(AName, ExcludeMask[n]) then Exit; for n := 0 to Frame.FileList.Count-1 do if TFileClass(Frame.FileList[n]).Name = AName then Exit; for n := 0 to FoldersExcl.Count-1 do if Pos(FoldersExcl[n], AName) > 0 then Exit; if Frame.AbortSearch then sr.Abort; frmMain.sBar.SimpleText := ExtractFilePath(AName); fcls := TFileClass.Create; Frame.FileClassList.Add(fcls); fcls.Name := AName; fcls.Root := sr.RootDirectory; Frame.FileList.Add(fcls); if not Frame.Phrase then Synchronize(SyncAddFile); end; procedure TfraFileList.btnAbortClick(Sender: TObject); var n: Integer; begin EnterCriticalSection(CS); try AbortSearch := True; if Assigned(Search) then Search.Abort; for n := 0 to AnalyzeThList.Count-1 do begin TFileAnalyzeTh(AnalyzeThList[n]).Terminate; TFileAnalyzeTh(AnalyzeThList[n]).Analyzer.Abort := True; end; finally LeaveCriticalSection(CS); end; end; procedure TfraFileList.lvSelectItem(Sender: TObject; Item: TListItem; Selected: Boolean); var ExtNO: Word; fIco: TIcon; ff: TFileStream; fd: Integer; fa: Integer; fn: String; fs: Int64; sFs: string; //rozmiar pliku string sFa : string; begin try if IsDestroying then Exit; if Item = nil then Exit; fIco := TIcon.Create; try fn := TFileClass(Item.Data).Name; if not FileExists(fn) then Exit; ff := TFileStream.Create(fn, fmOpenRead + fmShareDenyNone); fs := ff.Size; {$WARNINGS OFF} fa := FileGetAttr(fn); {$WARNINGS ON} fd := FileGetDate(ff.Handle); ff.Free; if fs >= 1048576 then sFs := CurrToStr(StrToCurr(FormatFloat('0.00', fs / 1048576))) + ' MB' else if fs >= 1024 then sFs := CurrToStr(StrToCurr(FormatFloat('0.00', fs / 1024))) + ' kB' else sFs := IntToStr(fs) + ' B'; fico.Handle := ExtractAssociatedIcon(hInstance, PCHar(fn), ExtNO); ImgIcon.Picture.Icon := fIco; sFa := '----'; if fa and 1 = 1 then sFa[1] := 'r'; if fa and 32 = 32 then sFa[2] := 'a'; if fa and 2 = 2 then sFa[3] := 'h'; if fa and 4 = 4 then sFa[4] := 's'; lbFileName.Caption := fn; lbFileSize.Caption := 'Rozmiar: ' + sFs; lbFileDate.Caption := 'Zmodyfikowany: ' + DateToStr(FileDateToDateTime(fd)) + ' ' + TimeToStr(FileDateToDateTime(fd)); lbFileAttrib.Caption := 'Atrybuty: ' + sFa; finally fIco.Free; end; btnNextPhrase.Enabled := Length(TFileClass(Item.Data).Points) > 1; btnPrevPhrase.Enabled := btnNextPhrase.Enabled; SetPhrase(0); pnlFile.Visible := True; pnlText.Visible := Phrase; except //on E: Exception do SetStatusHint(E.Message, 3000); end; end; procedure TfraFileList.imgIconClick(Sender: TObject); begin ShellExecute(Handle, 'OPEN', 'explorer.exe', PChar('/select, "' +lbFileName.Caption + '"'), nil, SW_NORMAL) ; end; procedure TSearchTh.SyncAddFile; begin Frame.AddItem(fcls); end; procedure TSearchTh.SyncFindFinish; var n: Integer; begin EnterCriticalSection(Frame.CS); try Frame.TotalFileSize := sr.TotalFileSize; if (not Frame.Phrase) or (Frame.FileList.Count = 0) or Frame.AbortSearch then Frame.tmrSearchDone.Enabled := True else begin Frame.ProgressTime := Now; // Form.AnalyzeStartTime := Now; for n := 1 to frmMain.CPU_CoreCount do Frame.AnalyzeThList.Add(TFileAnalyzeTh.Create(Frame)); Frame.tmrProgress.Enabled := True; frmMain.pBar.Visible := True; end; finally LeaveCriticalSection(Frame.CS); end; end; { TFileAnalyzeTh } constructor TFileAnalyzeTh.Create(AFrame: TfraFileList); begin inherited Create(True); Analyzer := TFileAnalyzer.Create; Analyzer.OnProgress := OnProgress; Analyzer.OnFindPhrase2 := OnFindPhrase; Frame := AFrame; Analyzer.CaseSensitive := Frame.CaseSensitive; Text := Frame.Text; Analyzer.UseMask := Frame.UseMask; FreeOnTerminate := True; Resume; end; destructor TFileAnalyzeTh.Destroy; begin Analyzer.Free; inherited; end; procedure TFileAnalyzeTh.Execute; var n: Integer; begin inherited; try while not Terminated do try EnterCriticalSection(Frame.CS); try if Frame.FileList.Count = 0 then Terminate; if Terminated then Break; fcls := TFileClass(Frame.FileList[0]); Frame.FileList.Delete(0); finally LeaveCriticalSection(Frame.CS); end; try Analyzer.FileName := fcls.Name; if Terminated then Break; Analyzer.AnalyzeFile(Text); if Analyzer.TotalSize <> 0 then fcls.TextPercent := 100 * Analyzer.TextCharCount / Analyzer.TotalSize; Synchronize(SyncAddFile); except Continue; end; finally // if Assigned(fcls) then // if (Length(fcls.Points) = 0) then FreeAndNil(fcls); end; finally EnterCriticalSection(Frame.CS); try for n := 0 to Frame.AnalyzeThList.Count-1 do if Frame.AnalyzeThList[n] = Self then begin Frame.AnalyzeThList.Delete(n); Break; end; if Frame.AnalyzeThList.Count = 0 then Frame.tmrSearchDone.Enabled := True; finally LeaveCriticalSection(Frame.CS); end; Terminate; end; end; procedure TfraFileList.tmrSearchDoneTimer(Sender: TObject); begin // Self.Caption := FormatDateTime('ss.zzz', Now - AnalyzeStartTime); tmrSearchDone.Enabled := False; tmrProgress.Enabled := False; btnAbort.Visible := False; frmMain.pBar.Visible := False; frmMain.sBar.SimpleText := 'Znalezionych plików: ' + IntToStr(lv.Items.Count); end; procedure TFileAnalyzeTh.SyncAddFile; begin if Length(fcls.Points) > 0 then Frame.AddItem(fcls, Length(fcls.Points)); end; procedure TFileAnalyzeTh.OnFindPhrase(Position, LineNr, SelFrom, SelTo: Integer; txt: string); var p: ^TPhrasePos; begin SetLength(fcls.Points, Length(fcls.Points)+1); p := @fcls.Points[High(fcls.Points)]; p.Pos := Position; p.Line := LineNr; p.StrFrom := SelFrom; p.StrTo := SelTo; p.txt := txt; end; procedure TFileAnalyzeTh.OnProgress(Processed, Current, Total: Int64); begin EnterCriticalSection(Frame.CS_Progress); try Frame.TotalProgress := Frame.Totalprogress + Processed; Frame.SpeedProgress := Frame.SpeedProgress + Processed; finally LeaveCriticalSection(Frame.CS_Progress); end; end; { TFileClass } destructor TFileClass.Destroy; begin SetLength(Points, 0); inherited; end; procedure TfraFileList.tmrProgressTimer(Sender: TObject); var v, pr: int64; d: Double; begin try EnterCriticalSection(CS_Progress); try d := 100 * TotalProgress / TotalFileSize; pr := TotalProgress; v := MilliSecondsBetween(Now, ProgressTime); if v > 100 then begin ProgressTime := Now; SpeedValue := (1000 * SpeedProgress / v + SpeedProgress) / 2; SpeedProgress := 0; end; finally LeaveCriticalSection(CS_Progress); end; frmMain.pBar.Position := Round(d * 10); frmMain.sBar.SimpleText := 'Postęp: ' + FormatFloat('0.00',d) + '% (' + FileSize(pr, '0.0') + ' / ' + FileSize(TotalFileSize, '0.0') + ' )' + ', prędkość: ' + FileSize(Round(SpeedValue), '0.0') + '/s';; except end; end; procedure TfraFileList.lvDblClick(Sender: TObject); begin if Phrase then miShow.Click else miShowFile.Click; end; {procedure TfraFileList.FormResize(Sender: TObject); begin pBar.Left := ClientWidth - pBar.Width - 32; end; } procedure TfraFileList.btnNextPhraseClick(Sender: TObject); begin SetPhrase(PhraseNr+1); end; procedure TfraFileList.btnPrevPhraseClick(Sender: TObject); begin SetPhrase(PhraseNr-1); end; procedure TfraFileList.lvKeyDown(Sender: TObject; var Key: Word; Shift: TShiftState); begin if lv.Selected = nil then Exit; if (Key = VK_Right) and btnNextPhrase.Enabled then btnNextPhrase.Click else if (Key = VK_Left) and btnPrevPhrase.Enabled then btnPrevPhrase.Click else if Key = VK_Delete then miDelete.Click; //FormaKeyDown(Sender, Key, Shift); end; procedure TfraFileList.miShowClick(Sender: TObject); begin if lv.Selected = nil then Exit; ShowFile(TFileClass(lv.Selected.Data), Self); end; procedure TfraFileList.miShowFileClick(Sender: TObject); begin if lv.Selected = nil then Exit; imgIconClick(nil); end; procedure TfraFileList.miDeleteClick(Sender: TObject); begin if lv.Selected = nil then exit; if FileOperation(Handle, foDelete, TFileClass(lv.Selected.Data).Name) then if not FileExists(TFileClass(lv.Selected.Data).Name) then lv.Selected.Delete; end; procedure TfraFileList.miExportClick(Sender: TObject); var stl: TStringList; m, n: Integer; s: string; begin if not dlgSave.Execute then Exit; stl := TStringList.Create; try for m := 0 to lv.Items.Count-1 do begin s := '"' + lv.Items[m].Caption + '"'; for n := 0 to lv.Items[m].SubItems.Count-1 do s := s + ';"' + lv.Items[m].SubItems[n] + '"'; stl.Add(s); end; stl.SaveToFile(dlgSave.FileName); finally stl.Free; end; end; procedure TfraFileList.pmMainPopup(Sender: TObject); begin if Phrase then miShow.Default := True else miShowFile.Default := True; miExport.Visible := lv.Items.Count > 0; miShow.Visible := lv.Selected <> nil; miShowFile.Visible := lv.Selected <> nil; miDelete.Visible := lv.Selected <> nil; end; destructor TfraFileList.Destroy; begin IsDestroying := True; if btnAbort.Visible then begin btnAbort.Click; while btnAbort.Visible do begin Sleep(1); Application.ProcessMessages; end; end; FreeList(FileClassList); lv.WindowProc := FListViewWndProc; // restore window proc FListViewWndProc := nil; DeleteCriticalSection(CS); DeleteCriticalSection(CS_Progress); FileList.Free; AnalyzeThList.Free; frmMain.pnlFiles.Visible := frmMain.Pages.PageCount > 0; frmMain.pnlBackground.Visible := not frmMain.pnlFiles.Visible; inherited; end; procedure TfraFileList.miCloseTabClick(Sender: TObject); begin frmMain.btnCloseTab.Click; end; end.
unit unityModel; interface uses connection, Ragna, System.JSON, FireDAC.Stan.Intf, FireDAC.Stan.Option, FireDAC.Stan.Error, FireDAC.UI.Intf, FireDAC.Phys.Intf, FireDAC.Stan.Def, FireDAC.Stan.Pool, FireDAC.Stan.Async, FireDAC.Phys, FireDAC.ConsoleUI.Wait, Data.DB, FireDAC.Comp.Client, FireDAC.Phys.PG, FireDAC.Phys.PGDef, FireDAC.Stan.Param, FireDAC.DatS, FireDAC.DApt.Intf, FireDAC.DApt, FireDAC.Comp.DataSet, Horse, System.SysUtils, Dataset.serialize, System.Classes, System.NetEncoding, Soap.EncdDecd; function save(regionJson: string ): TFDQuery; function update(id: integer; regionJson: string ): TFDQuery; function delete(id: integer ): boolean; function findAll(page: integer; limit: integer; findName:string; findValue: string; var tot_page: integer): TFDQuery; overload; function findAll(): TFDQuery; overload; function findByPK(id: integer): TFDQuery; implementation uses GraficosGeralModel; function save(regionJson: string ): TFDQuery; begin DMConnection := TDMConnection.Create(DMConnection); const Unity = DMConnection.Unidade_medida; var jsonObj := TJSONObject .ParseJSONValue(TEncoding.UTF8.GetBytes(regionJson), 0) as TJSONObject; Unity.New(jsonObj).OpenUp; Result := Unity; end; function update(id: integer; regionJson: string ): TFDQuery; begin DMConnection := TDMConnection.Create(DMConnection); const Unity = DMConnection.Unidade_Medida; var jsonObj := TJSONObject .ParseJSONValue(TEncoding.UTF8.GetBytes(regionJson), 0) as TJSONObject; Unity.where('id').Equals(id).OpenUp; Unity.MergeFromJSONObject(jsonObj); Result := Unity; end; function delete(id: integer ): boolean; begin DMConnection := TDMConnection.Create(DMConnection); const Unity = DMConnection.Unidade_Medida; try Unity.Remove(Unity.FieldByName('id'), id).OpenUp; result:= true; except on E:Exception do result:= false; end; end; function findAll(page: integer; limit: integer; findName:string; findValue: string; var tot_page: integer): TFDQuery; begin DMConnection := TDMConnection.Create(DMConnection); const Unity = DMConnection.Unidade_Medida; Unity.Close; Unity.SQL.Clear; Unity.SQL.Add('select '); Unity.SQL.Add(' * '); Unity.SQL.Add('from '); Unity.SQL.Add(' unidade_medida '); var filtered := false; var tot := false; if ((findName <> '') and (findValue <> '')) then begin Unity.SQL.Add(' where '); Unity.SQL.Add( findName +' like ' + QuotedStr('%' + findValue + '%')); Unity.Open; filtered := true; tot := Trunc((Unity.RowsAffected/limit)) < (Unity.RowsAffected/limit); if tot then tot_page := Trunc(Unity.RowsAffected/limit) + 1 else tot_page := Trunc(Unity.RowsAffected/limit); Unity.close; end; if not filtered then begin tot := Trunc((Unity.OpenUp.RowsAffected/limit)) < (Unity.OpenUp.RowsAffected/limit); if tot then tot_page := Trunc(Unity.OpenUp.RowsAffected/limit) + 1 else tot_page := Trunc(Unity.OpenUp.RowsAffected/limit); end; var initial := page - 1; initial := initial * limit; Unity.SQL.Add('ORDER BY '); Unity.SQL.Add(' id OFFSET :offset ROWS FETCH NEXT :limit ROWS ONLY;'); Unity.ParamByName('offset').AsInteger := initial; Unity.ParamByName('limit').AsInteger := limit; Unity.Open; Result := Unity; end; function findAll(): TFDQuery; overload; begin DMConnection := TDMConnection.Create(DMConnection); const Unity = DMConnection.Unidade_Medida; Unity.OpenUp; Result := Unity; end; function findByPk(id: integer): TFDQuery; begin DMConnection := TDMConnection.Create(DMConnection); const Unity = DMConnection.Unidade_Medida; Unity.where('id').equals(id).openUp; result := Unity; end; end.