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{***************************************************************************}
{ }
{ Delphi Package Manager - DPM }
{ }
{ Copyright © 2019 Vincent Parrett and contributors }
{ }
{ vincent@finalbuilder.com }
{ https://www.finalbuilder.com }
{ }
{ }
{***************************************************************************}
{ }
{ 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 DPM.Core.Utils.System;
interface
type
TSystemUtils = class
public
class function ExpandEnvironmentStrings(const value : string) : string;
class function GetEnvironmentVariableDef(const name : string; const default : string = '') : string;
class function GetVersionString: string;
class procedure GetResourceVersionNumbers(out AMajor, AMinor, ARelease, ABuild: Integer);
class procedure OutputDebugString(const value : string);
end;
implementation
uses
System.SysUtils,
WinApi.Windows;
{ TSystemUtils }
class function TSystemUtils.ExpandEnvironmentStrings(const value : string) : string;
var
bufferLen : Integer;
begin
bufferLen := Winapi.Windows.ExpandEnvironmentStrings(PChar(value), nil, 0);
SetLength(result, bufferLen);
Winapi.Windows.ExpandEnvironmentStrings(PChar(value), PChar(result), bufferLen);
result := TrimRight(result); //trim the extr a null char.
end;
class function TSystemUtils.GetEnvironmentVariableDef(const name, default : string) : string;
begin
result := GetEnvironmentVariable(name);
if result = '' then
result := ExpandEnvironmentStrings(default);
end;
class procedure TSystemUtils.GetResourceVersionNumbers(out AMajor, AMinor, ARelease, ABuild: Integer);
var
HResource: TResourceHandle;
HResData: THandle;
PRes: Pointer;
InfoSize: DWORD;
FileInfo: PVSFixedFileInfo;
FileInfoSize: DWORD;
begin
AMajor := 0;
AMinor := 0;
ARelease := 0;
ABuild := 0;
HResource := FindResource(HInstance, MakeIntResource(VS_VERSION_INFO), RT_VERSION);
if HResource <> 0 then
begin
HResData:=LoadResource(HInstance, HResource);
if HResData <> 0 then
begin
PRes:=LockResource(HResData);
if Assigned(PRes) then
begin
InfoSize := SizeofResource(HInstance, HResource);
if InfoSize = 0 then
exit; //we do not want to raise errors
if VerQueryValue(PRes, '\', Pointer(FileInfo), FileInfoSize) then
begin
AMajor := FileInfo.dwFileVersionMS shr 16;
AMinor := FileInfo.dwFileVersionMS and $FFFF;
ARelease := FileInfo.dwFileVersionLS shr 16;
ABuild := FileInfo.dwFileVersionLS and $FFFF;
end;
end;
end;
end;
end;
class function TSystemUtils.GetVersionString: string;
var
Major, Minor, Release, Build: Integer;
begin
GetResourceVersionNumbers(Major,Minor,Release,Build);
result := Format('%d.%d.%d.%d',[Major,Minor,Release,Build]);
end;
class procedure TSystemUtils.OutputDebugString(const value: string);
begin
{$IFDEF DEBUG}
WinApi.Windows.OutputDebugString(PWideChar(value));
{$ENDIF}
end;
end.
|
unit TestAStar64_core;
{
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, Windows, AStar64.extra, System.Generics.Collections, AStar64.Common,
DateUtils, UFileStructures, UGeoSimple, SysUtils, UGeoHash, UGeoPosition, Math,
AStar64.core, AStar64.Intf;
type
PCarKey = ^TCarKey;
TCarKey = record
Speed: Integer; ///< Средняя скорость машины (не учитывая типы дорог).
Zones: UInt64; ///< Биты недоступных для проезда типов зон, 0x0 - все зоны доступны для проезда.
end;
// Test methods for class TAstar
TestTAstar = class(TTestCase)
strict private
FCarKey: TCarKey;
FAstar: TAstar;
FReturnValue: Integer;
FRDistance, FRDuration: Double;
FRHashString: String;
FRSpeedlineString: PAnsiChar;
function Exec(
var RDistance, RDuration: Double;
var RHashString: string;
// const y1,x1,y2,x2: Double;
const AStr: string;
const ATimeOut: Integer = CTimeoutDef;
const ALenTreshold: Double = CReductionTresholdDef
// const AZones: TZonesMask = CZonesMaskDef;
// const ARoadSpeeds: PRoadSpeedsRecord = nil
): Integer;
procedure cr3(const AFromLatitude, AFromLongitude, AToLatitude, AToLongitude: double);
private
public
procedure SetUp; override;
procedure TearDown; override;
procedure TestCalc_001;
procedure TestCalc_002;
procedure TestCountDD;
procedure TestMakeHash;
procedure TestMakeSpeedline;
published
procedure TestCalc_Fail;
procedure TestCalc_Success_Long_001;
procedure TestCalc_Success_Long_001r;
procedure TestCalc_Success_Long_002;
procedure TestCalc_Success_Long_002r;
procedure TestCalc_Success_Long_003;
procedure TestCalc_Success_Long_003r;
procedure TestCalc_Success_Long_004;
procedure TestCalc_Success_Long_004r;
procedure TestCalc_Success_Long_005;
procedure TestCalc_Success_Long_006;
procedure TestCalc_Success_Long_007;
procedure TestCalc_Success_Long_008;
procedure TestCalc_Success_Long_009;
procedure TestCalc_Success_Long_010_Total;
procedure TestCalc_Success_CreateRouteWithPath3_001;
procedure TestCalc_Success_CreateRouteWithPath3_001_speed;
procedure TestCalc_Success_CreateRouteWithPath3_002;
procedure TestCalc_Success_CreateRouteWithPath3_003;
end;
implementation
function GetDigits(var s: string): string;
var
Started: Boolean;
begin
Result := '';
Started := False;
while Length(s) > 0 do
begin
if (s[1] in ['0'..'9','.']) then
begin
if not Started then
Started := True;;
Result := Result + s[1];
end else
if Started then
Break;
Delete(s, 1, 1);
end;
end;
function GetGeo(var s: string): Double;
var
fs: TFormatSettings;
begin
fs := TFormatSettings.Create;
fs.DecimalSeparator := '.';
Result := StrToFloatDef(GetDigits(s), 0, fs);
end;
function GetSpeed(var s: string): Integer;
begin
Result := StrToIntDef(GetDigits(s), 90);
end;
function GetZones(var s: string): UInt64;
begin
Result := StrToInt64Def(GetDigits(s), 0);
end;
//------------------------------------------------------------------------------
//! выдаём скорость на основе "уровня" дороги
//------------------------------------------------------------------------------
function RoadSpeedByType(
const AType: Integer
): Integer;
begin
case AType of
11, 12: Result := 110;
13, 14: Result := 90;
15, 16: Result := 70; // 70?
21, 22: Result := 60;
31, 32: Result := 60;
41, 42, 43: Result := 40;
else Result := 60;
end;
end;
//------------------------------------------------------------------------------
//! процедура обратного вызова для рассчёта скорости
//------------------------------------------------------------------------------
function CallBack(
const AHandle: Pointer;
const AMetaData: Pointer
): Integer; stdcall;
begin
Result := RoadSpeedByType(PMetaDataV1(AMetaData)^.RoadType);
end;
function CreateRouteCallback(const AHandle: Pointer; const AMetaData: Pointer): Integer; stdcall;
var
pMetaData: PMetaDataV1;
pCarHandle: PCarKey;
iCarSpeed: Integer;
iRoadSpeed: Integer;
begin
pCarHandle := PCarKey(AHandle);
pMetaData := PMetaDataV1(AMetadata);
if ((pCarHandle.Zones and pMetaData.Zones) <> 0) then
Exit(-1);
iCarSpeed := pCarHandle.Speed;
iRoadSpeed := pMetaData.Restrictions and $FF;
if (iCarSpeed <= 0) and (iRoadSpeed <= 0) then // нет ни скорости машины, ни скорости дороги - ошибка
Exit(40)
else if (iCarSpeed <= 0) then // нет скорости машины, ипользуем 0.8 от максимальной скорости дороги
Exit(Trunc(0.8 * iRoadSpeed))
else if (iRoadSpeed>0) and (iCarSpeed>iRoadSpeed) then// скорость машины больше допустимой по дороге - используем допустимую
Exit(iRoadSpeed)
else // иначе используем скорость машины
Exit(iCarSpeed)
end;
procedure TestTAstar.SetUp;
begin
// FAstar := TAstar.Create(@FCarKey, CreateRouteCallback, -1);
// FAstar := TAstar.Create(@FCarKey, CreateRouteCallback, 1);
FCarKey.Speed := 50;
FCarKey.Zones := 0;
end;
procedure TestTAstar.TearDown;
begin
// FAstar.Free;
// FAstar := nil;
end;
procedure TestTAstar.cr3(const AFromLatitude, AFromLongitude, AToLatitude,
AToLongitude: double);
var
AstarRequest: TAstarRequest;
begin
with AstarRequest do begin
Version := 1;
FromLatitude := AFromLatitude;
FromLongitude := AFromLongitude;
ToLatitude := AToLatitude;
ToLongitude := AToLongitude;
ZonesLimit := 0;
// RoadSpeedsRecord := CRoadSpeedsDef;
with
RoadSpeedsRecord do begin// := CRoadSpeedsDef;
Motorway := 35;
MotorwayLink := Trunc( 35 / 2);
Trunk := 35;
TrunkLink := Trunc( 35 / 2);
Primary := 35;
PrimaryLink := Trunc( 35 / 2);
Secondary := 35;
SecondaryLink := Trunc( 35 / 2);
Tertiary := 35;
TertiaryLink := Trunc( 35 / 2);
Residential := 35;
Road := 35;
Unclassified := 35;
reverse := 35;//60;
end;
FormatVariant := 0;
LenTreshold := CReductionTresholdDef;
Timeout := 300;
Distance := 0;;
Duration := 0;
BufferLen := 1000000;
HashString := GetMemory(BufferLen);
try
CheckTrue(CreateRouteWithPath3(@AstarRequest) = 0);
finally
FreeMemory(HashString);
end;
end;
end;
function TestTAstar.Exec(
var RDistance, RDuration: Double;
var RHashString: string;
const AStr: string;
// const y1,x1,y2,x2: Double;
const ATimeOut: Integer = CTimeoutDef;
const ALenTreshold: Double = CReductionTresholdDef
// const AZones: TZonesMask = CZonesMaskDef;
// const ARoadSpeeds: PRoadSpeedsRecord = nil
): Integer;
var
s: string;
// speeds: t
RoadSpeedsRecord: TRoadSpeedsRecord;
FromLatitude,
FromLongitude,
ToLatitude,
ToLongitude: Double;
Speed: Integer;
ZonesLimit: UInt64;
HashString: PAnsiChar;
begin
s := AStr;
FromLatitude := GetGeo(s);
FromLongitude := GetGeo(s);
ToLatitude := GetGeo(s);
ToLongitude := GetGeo(s);
Speed := GetSpeed(s);
GetRoadSpeedsKToDef(@RoadSpeedsRecord, Speed, 0);
ZonesLimit:= GetZones(s);
// GetGeo(s),GetGeo(s),GetGeo(s),GetGeo(s), ATimeOut, ALenTreshold, GetZones
FAstar := TAstar.Create(
{@FCarKey, CreateRouteCallback,}
FromLatitude, FromLongitude, ToLatitude, ToLongitude,
ATimeOut, ALenTreshold, ZonesLimit, @RoadSpeedsRecord);// 0);
Result := FAstar.Calc();
if Result = 0 then
begin
FAStar.CountDD(RDistance, RDuration);
FAStar.MakeHash(HashString);
// FAStar.MakeSpeedline(RHashString);
RHashString := HashString;
FreeMem(HashString);
end;
FAstar.Free;
end;
procedure TestTAstar.TestCalc_Fail;
begin
//грейн ReturnValue := FAstar.Calc(54.621196, 39.69051, 56.761304, 60.820014);
// ReturnValue := Exec(60.058542,30.426213, 60.029103,30.405511);
// ReturnValue := Exec(60.029103,30.405511, 60.024293,30.395171);
// ReturnValue := Exec(60.024293,30.395171, 59.986214,30.296321);
// ReturnValue := Exec(59.986214,30.296321, 60.005324,30.328022);
// ReturnValue := Exec(60.005324,30.328022, 60.052384,30.339889);
// ReturnValue := Exec(60.052384,30.339889, 60.046949,30.326693);
// ReturnValue := Exec(60.046949,30.326693, 60.047483,30.320117);
// ReturnValue := Exec(60.047483,30.320117, 60.005437,30.299034);
// ReturnValue := Exec(60.005437,30.299034, 60.001989,30.279992);
// ReturnValue := Exec(60.001989,30.279992, 60.000285,30.271949);
// ReturnValue := Exec(60.000285,30.271949, 60.007492,30.270512);
// ReturnValue := Exec(60.007492,30.270512, 60.020832,30.256801);
// ReturnValue := Exec(60.020832,30.256801, 60.021461,30.252811);
// ReturnValue := Exec(60.021461,30.252811, 60.027327,30.235765);
// ReturnValue := Exec(60.027327,30.235765, 60.018012,30.228990);
// ReturnValue := Exec(60.018012,30.228990, 60.011387,30.261987);
// ReturnValue := Exec(60.011387,30.261987, 60.010951,30.261457);
// ReturnValue := Exec(60.010951,30.261457, 60.008074,30.257408);
// ReturnValue := Exec(60.008074,30.257408, 60.009107,30.248971);
// ReturnValue := Exec(60.009107,30.248971, 59.989612,30.201162);
// ReturnValue := Exec(59.989612,30.201162, 60.002122,30.243372);
// ReturnValue := Exec(60.002122,30.243372, 59.988640,30.208933);
// ReturnValue := Exec(59.988640,30.208933, 59.987114,30.234148);
// ReturnValue := Exec(59.987114,30.234148, 59.984834,30.259887);
// ReturnValue := Exec(59.984834,30.259887, 59.987669,30.305478);
// ReturnValue := Exec(59.987669,30.305478, 60.000303,30.328238);
// ReturnValue := Exec(60.000303,30.328238, 60.058542,30.426213);
// ReturnValue := Exec(60.058542,30.426213, 60.056170,30.323605);
// ReturnValue := Exec(60.056170,30.323605, 59.859998,30.248539);
// ReturnValue := Exec(59.859998,30.248539, 59.838164,30.269811);
// ReturnValue := Exec(59.838164,30.269811, 59.814928,30.291040);
// ReturnValue := Exec(59.814928,30.291040, 59.841341,30.159171);
// ReturnValue := Exec(59.841341,30.159171, 59.850929,30.193347);
// ReturnValue := Exec(59.850929,30.193347, 59.852335,30.247785);
// ReturnValue := Exec(59.852335,30.247785, 59.827514,30.399124);
// ReturnValue := Exec(59.827514,30.399124, 59.828774,30.399031);
//
//
// ReturnValue := Exec(59.8277984601301,30.3988930312805, 59.8280141707264,30.3987750055294)
// ReturnValue := Exec(59.877332,30.318928, 60.058542,30.426213);
// ReturnValue := Exec(60.058542,30.426213, 60.103446,29.975820);
// ReturnValue := Exec(60.103446,29.975820, 59.871995,29.913810);
//
//грейн
//ReturnValue := Exec(54.621196,39.69051, 56.761304,60.820014);
//от виктора
//ReturnValue := Exec(55.746406,49.110684, 55.621755,51.794757);
//ReturnValue := Exec(55.621755,51.794757, 55.674783,52.307264);
//ReturnValue := Exec(55.674783,52.307264, 55.585454,52.490215);
//ReturnValue := Exec(55.585454,52.490215, 55.635070,52.624061);
//ReturnValue := Exec(55.635070,52.624061, 55.743482,52.435022);
//ReturnValue := Exec(55.743482,52.435022, 55.721600,52.385669);
//ReturnValue := Exec(55.721600,52.385669, 55.757237,51.999564);
//ReturnValue := Exec(55.757237,51.999564, 55.763741,49.197539);
//ReturnValue := Exec(55.763741,49.197539, 55.746406,49.110684);
//ReturnValue := Exec(55.746406,49.110684, 55.788500,49.126195);
//ReturnValue := Exec(55.788500,49.126195, 55.791820,49.111534);
//ReturnValue := Exec(55.791820,49.111534, 55.828850,49.080848);
//ReturnValue := Exec(55.828850,49.080848, 55.867526,49.001994);
//ReturnValue := Exec(55.867526,49.001994, 55.828632,49.194673);
//ReturnValue := Exec(55.828632,49.194673, 55.825042,49.196129);
//ReturnValue := Exec(55.825042,49.196129, 55.845421,49.320238);
//ReturnValue := Exec(55.845421,49.320238, 55.836453,52.089989);
//ReturnValue := Exec(55.836453,52.089989, 55.746406,49.110684);
//ReturnValue := Exec(55.746406,49.110684, 55.621755,51.794757);
//ReturnValue := Exec(55.621755,51.794757, 55.721600,52.385669);
//ReturnValue := Exec(55.721600,52.385669, 55.635070,52.624061);
//ReturnValue := Exec(55.635070,52.624061, 55.585454,52.490215);
//ReturnValue := Exec(55.585454,52.490215, 55.674783,52.307264);
//ReturnValue := Exec(55.674783,52.307264, 55.757237,51.999564);
//ReturnValue := Exec(55.757237,51.999564, 55.763741,49.197539);
//ReturnValue := Exec(55.746406,49.110684, 55.845421,49.320238);
//ReturnValue := Exec(55.845421,49.320238, 55.828632,49.194673);
//ReturnValue := Exec(55.828632,49.194673, 55.825042,49.196129);
//ReturnValue := Exec(55.825042,49.196129, 55.867526,49.001994);
//ReturnValue := Exec(55.867526,49.001994, 55.828850,49.080848);
//ReturnValue := Exec(55.828850,49.080848, 55.791820,49.111534);
//ReturnValue := Exec(55.791820,49.111534, 55.788500,49.126195);
//ReturnValue := Exec(55.788500,49.126195, 55.743482,52.435022);
//55,8262087223964
//37,342441457116
//55,6670981127791
//37,5582490172535
//ReturnValue := Exec(53.1716328883847, 49.6098135679024, 53.1962722768539, 50.1208025788914);//254с
//ReturnValue := Exec(54.633253913531, 39.7249634572296, 56.8446582019898, 60.3771373702731);
//ReturnValue := Exec(53.5273870541503, 49.4143662356438, 53.2277247811449, 50.2472429479726);//6.5с
//55,8272669428288, 37,3437554349533, 55,7033714191695, 37,4559446383596
end;
//длинные маршруты
procedure TestTAstar.TestCalc_Success_CreateRouteWithPath3_001;
var
AstarRequest: TAstarRequest;
begin
with AstarRequest do begin
Version := 1;
FromLatitude := 55.8269984008765;
FromLongitude := 37.3439161109207;
ToLatitude := 55.705152673129;
ToLongitude := 37.45480097221;
ZonesLimit := 0;
RoadSpeedsRecord := CRoadSpeedsDef;
FormatVariant := 0;
LenTreshold := CReductionTresholdDef;
Timeout := 300;
Distance := 0;;
Duration := 0;
BufferLen := 1000000;
HashString := GetMemory(BufferLen);
try
CheckTrue(CreateRouteWithPath3(@AstarRequest) = 0);
finally
FreeMemory(HashString);
end;
end;
end;
procedure TestTAstar.TestCalc_Success_CreateRouteWithPath3_001_speed;
var
AstarRequest: TAstarRequest;
begin
with AstarRequest do begin
Version := 1;
FromLatitude := 55.8269984008765;
FromLongitude := 37.3439161109207;
ToLatitude := 55.705152673129;
ToLongitude := 37.45480097221;
ZonesLimit := 0;
RoadSpeedsRecord := CRoadSpeedsDef;
FormatVariant := 1;
LenTreshold := CReductionTresholdDef;
Timeout := 300;
Distance := 0;;
Duration := 0;
BufferLen := 1000000;
HashString := GetMemory(BufferLen);
try
CheckTrue(CreateRouteWithPath3(@AstarRequest) = 0);
finally
FreeMemory(HashString);
end;
end;
end;
procedure TestTAstar.TestCalc_Success_CreateRouteWithPath3_002;
begin
cr3(60.058542, 30.426213, 59.838164, 30.269811);
end;
procedure TestTAstar.TestCalc_Success_CreateRouteWithPath3_003;
begin
cr3(55.978543, 37.174820, 55.892127, 37.179203);
end;
procedure TestTAstar.TestCalc_Success_Long_001;
begin
//1
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'53.2422731630489, 50.2571932238876, 53.2679465040196, 49.185764652459'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_001r;
begin
//1 rev
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'53.2679465040196, 49.185764652459, 53.2422731630489, 50.2571932238876'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_002;
begin
//2
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'53.2049316881607, 50.1532115126348, 53.5074794177191, 49.4573211016759'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_002r;
begin
//2 rev
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'53.5074794177191, 49.4573211016759, 53.2049316881607, 50.1532115126348'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_003;
begin
//3
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'55.8269984008765, 37.3439161109207, 55.705152673129, 37.45480097221'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_003r;
begin
//3 rev
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'55.705152673129, 37.45480097221, 55.8269984008765, 37.3439161109207'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_004;
begin
//4
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'54.633253913531, 39.7249634572296, 56.846340799665, 60.5510504137514'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_004r;
begin
//4 rev
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'56.846340799665, 60.5510504137514, 54.633253913531, 39.7249634572296'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_005;
begin
//4 rev
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'54.618092, 39.678047, 57.777973, 40.934197'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_006;
begin
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'57.306543, 61.921052, 57.058126, 63.777969'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_007;
begin
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'57.012293, 63.732155, 57.282946, 62.000634'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_008;
begin
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'[56.504506,60.815460]-[57.282946,62.000634] 50 0'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_009;
begin
FReturnValue := Exec(
FRDistance, FRDuration, FRHashString,
'[55.765124,37.852585]-[55.782358,37.868465] 90 4'
);
CheckEquals(FReturnValue, 0);
end;
procedure TestTAstar.TestCalc_Success_Long_010_Total;
begin
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.762738,37.670717] 28 2 = 0.135s 22.7355 0.0352494 26.8746 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.762738,37.670717]-[55.766830,37.657997] 28 2 = 0.057s 1.952 0.00287672 28.273 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.766830,37.657997]-[55.783139,37.642671] 28 2 = 0.071s 3.04064 0.00468659 27.0331 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.783139,37.642671]-[55.797073,37.633473] 28 2 = 0.06s 3.50388 0.00525843 27.764 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.797073,37.633473]-[55.818154,37.646651] 28 2 = 0.051s 4.83923 0.0071795 28.0848 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.818154,37.646651]-[55.816600,37.637965] 28 2 = 0.049s 1.45083 0.00226825 26.6511 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.816600,37.637965]-[55.806565,37.628963] 28 2 = 0.075s 1.83595 0.00315258 24.2651 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.806565,37.628963]-[55.793915,37.615479] 28 2 = 0.096s 3.43572 0.00555383 25.7759 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.793915,37.615479]-[55.784395,37.622244] 28 2 = 0.081s 1.84933 0.00309839 24.8695 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.784395,37.622244]-[55.785878,37.601034] 28 2 = 0.099s 2.53826 0.00444485 23.7941 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.785878,37.601034]-[55.776958,37.607529] 28 2 = 0.063s 1.55815 0.00244365 26.5681 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.776958,37.607529]-[55.780122,37.632592] 28 2 = 0.091s 2.3203 0.00443192 21.8143 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.780122,37.632592]-[55.774973,37.631909] 28 2 = 0.062s 0.828875 0.00100115 34.4969 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.774973,37.631909]-[55.770314,37.624642] 28 2 = 0.083s 1.58158 0.00217484 30.3007 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.770314,37.624642]-[55.760099,37.646848] 28 2 = 1.857s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.760099,37.646848]-[55.754086,37.652661] 28 2 = 0.453s 2.22146 0.00295403 31.3337 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.754086,37.652661]-[55.757278,37.612856] 28 2 = 1.669s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.757278,37.612856]-[55.747976,37.596022] 28 2 = 2.419s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.747976,37.596022]-[55.754913,37.566678] 28 2 = 1.765s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.754913,37.566678]-[55.744406,37.567401] 28 2 = 0.039s 3.16823 0.00528747 24.9665 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.744406,37.567401]-[55.731901,37.607763] 28 2 = 0.036s 4.2163 0.00628002 27.9743 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.731901,37.607763]-[55.713679,37.615866] 28 2 = 0.036s 6.06154 0.00943578 26.7666 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.713679,37.615866]-[55.635243,37.658122] 28 2 = 0.032s 12.165 0.0182149 27.8274 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.635243,37.658122]-[55.755327,37.645321] 28 2 = 2.034s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.755327,37.645321]-[55.675419,37.938276] 28 2 = 2.042s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.720859,37.787084] 28 6 = 0.041s 13.0184 0.0197963 27.4008 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.720859,37.787084]-[55.705665,37.767869] 28 6 = 0.028s 3.97492 0.00673595 24.5877 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.705665,37.767869]-[55.698827,37.770951] 28 6 = 0.024s 1.96856 0.00266937 30.7277 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.698827,37.770951]-[55.696788,37.745232] 28 6 = 0.024s 2.54282 0.00372749 28.4242 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.696788,37.745232]-[55.702815,37.736554] 28 6 = 0.02s 1.90025 0.00355728 22.2578 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.702815,37.736554]-[55.701075,37.657233] 28 6 = 0.045s 12.4513 0.0209032 24.8193 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.701075,37.657233]-[55.729138,37.709497] 28 6 = 0.023s 5.92029 0.00841726 29.3063 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.729138,37.709497]-[55.738485,37.777760] 28 6 = 0.036s 10.2492 0.0155233 27.5103 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.738485,37.777760]-[55.749354,37.786213] 28 6 = 0.023s 1.87299 0.00243447 32.0569 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.749354,37.786213]-[55.758934,37.773502] 28 6 = 0.022s 3.05548 0.00459779 27.6897 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.758934,37.773502]-[55.752090,37.761806] 28 6 = 0.022s 2.92608 0.00527253 23.1236 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.752090,37.761806]-[55.749177,37.750667] 28 6 = 0.021s 1.78871 0.0024972 29.8454 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.749177,37.750667]-[55.753255,37.715552] 28 6 = 0.029s 9.11618 0.01578 24.071 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.753255,37.715552]-[55.754578,37.694953] 28 6 = 0.032s 4.70792 0.00575977 34.0575 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.754578,37.694953]-[55.781291,37.711509] 28 6 = 0.041s 6.44509 0.00903987 29.7068 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.781291,37.711509]-[55.784091,37.690731] 28 6 = 0.025s 1.59225 0.00240766 27.5553 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.784091,37.690731]-[55.786455,37.678837] 28 6 = 0.029s 1.34736 0.00197294 28.4549 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.786455,37.678837]-[55.792326,37.706470] 28 6 = 0.029s 2.79523 0.00417044 27.927 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.792326,37.706470]-[55.797402,37.720447] 28 6 = 0.023s 2.30249 0.00335365 28.6068 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.797402,37.720447]-[55.675419,37.938276] 28 6 = 0.383s 25.4584 0.0422542 25.1043 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.774517,37.543434] 28 6 = 0.08s 33.6315 0.0508446 27.5607 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.774517,37.543434]-[55.784622,37.523177] 28 6 = 0.054s 2.74687 0.00429722 26.6342 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.784622,37.523177]-[55.794006,37.511589] 28 6 = 0.036s 2.51478 0.00402573 26.0282 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.794006,37.511589]-[55.805189,37.516727] 28 6 = 0.05s 5.59181 0.0095094 24.5012 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.805189,37.516727]-[55.789411,37.571821] 28 6 = 0.038s 5.15536 0.0090621 23.7039 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.789411,37.571821]-[55.797326,37.578585] 28 6 = 0.054s 3.34731 0.00509122 27.3945 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.797326,37.578585]-[55.800565,37.586509] 28 6 = 0.072s 2.47397 0.00349566 29.4885 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.800565,37.586509]-[55.812089,37.576816] 28 6 = 0.061s 2.91971 0.00471581 25.7971 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.812089,37.576816]-[55.825507,37.569755] 28 6 = 0.046s 2.91563 0.00444459 27.3332 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.825507,37.569755]-[55.838430,37.573842] 28 6 = 0.047s 2.23505 0.00312216 29.8277 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.838430,37.573842]-[55.777783,37.586877] 28 6 = 1.059s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.777783,37.586877]-[55.874334,37.513817] 28 6 = 0.812s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.874334,37.513817]-[55.880086,37.520168] 28 6 = 0.017s 1.55091 0.00214817 30.082 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.880086,37.520168]-[55.919967,37.500648] 28 6 = 0.019s 6.56557 0.010557 25.9131 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.919967,37.500648]-[55.905714,37.544701] 28 6 = 0.015s 6.52677 0.0106257 25.5935 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.905714,37.544701]-[55.845789,37.579789] 28 6 = 0.02s 10.2912 0.0154597 27.7367 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.845789,37.579789]-[55.809398,37.597118] 28 6 = 0.025s 4.85742 0.00811543 24.9392 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.809398,37.597118]-[55.820920,37.623870] 28 6 = 0.027s 3.80202 0.00610244 25.9597 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.820920,37.623870]-[55.675419,37.938276] 28 6 = 0.429s 33.2113 0.0522117 26.5038 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.834912,37.657614] 28 14 = 0.891s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.834912,37.657614]-[55.854805,37.650918] 28 14 = 1.144s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.854805,37.650918]-[55.867036,37.638485] 28 14 = 2.069s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.867036,37.638485]-[55.865147,37.594540] 28 14 = 1.126s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.865147,37.594540]-[55.890058,37.587964] 28 14 = 0.777s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.890058,37.587964]-[55.900193,37.585808] 28 14 = 0.891s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.900193,37.585808]-[55.926000,37.605751] 28 14 = 0.504s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.926000,37.605751]-[55.961883,37.584928] 28 14 = 0.039s 12.8265 0.0206711 25.8545 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.961883,37.584928]-[56.014821,37.483050] 28 14 = 0.034s 14.0258 0.0213786 27.3361 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.014821,37.483050]-[56.075423,37.550136] 28 14 = 0.024s 16.7497 0.0257592 27.0933 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.075423,37.550136]-[55.949375,37.646687] 28 14 = 0.058s 28.6209 0.0461622 25.8336 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.949375,37.646687]-[55.923528,37.660170] 28 14 = 0.014s 3.79854 0.00585062 27.0523 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.923528,37.660170]-[55.869849,37.660314] 28 14 = 1.021s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.869849,37.660314]-[55.863328,37.681191] 28 14 = 0.854s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.863328,37.681191]-[55.948704,37.831479] 28 14 = 1.086s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.948704,37.831479]-[55.675419,37.938276] 28 14 = 19.984s 49.7602 0.0831638 24.9308 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.790656,37.800281] 28 6 = 0.085s 22.319 0.0359826 25.8446 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.790656,37.800281]-[55.797387,37.815669] 28 6 = 0.029s 2.33178 0.00381523 25.4658 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.797387,37.815669]-[55.806904,37.799805] 28 6 = 0.025s 2.37315 0.00396841 24.9171 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.806904,37.799805]-[55.806940,37.780015] 28 6 = 0.034s 2.82302 0.00398176 29.5412 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.806940,37.780015]-[55.817232,37.765457] 28 6 = 0.036s 2.79245 0.00427486 27.2177 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.817232,37.765457]-[55.789608,37.752481] 28 6 = 0.032s 6.06922 0.0102439 24.6863 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.789608,37.752481]-[55.781626,37.734578] 28 6 = 0.031s 2.27352 0.00395936 23.9256 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.781626,37.734578]-[55.660297,37.760270] 28 6 = 0.229s 19.0283 0.0305773 25.9292 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.660297,37.760270]-[55.654340,37.765749] 28 6 = 0.023s 2.35751 0.00369868 26.558 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.654340,37.765749]-[55.650323,37.731236] 28 6 = 0.022s 3.73645 0.00581081 26.7923 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.650323,37.731236]-[55.646914,37.746912] 28 6 = 0.02s 2.03715 0.00290535 29.2156 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.646914,37.746912]-[55.618791,37.715022] 28 6 = 0.031s 7.54838 0.0119331 26.3566 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.618791,37.715022]-[55.600384,37.796104] 28 6 = 0.025s 8.05061 0.0129753 25.8523 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.600384,37.796104]-[55.658439,37.839268] 28 6 = 0.019s 16.5559 0.0262771 26.2522 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.658439,37.839268]-[55.675419,37.938276] 28 6 = 0.028s 9.55221 0.0159667 24.9274 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.727009,37.471587] 28 6 = 0.527s 40.266 0.0619513 27.0818 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.727009,37.471587]-[55.725803,37.435610] 28 6 = 0.047s 4.00075 0.00627574 26.5623 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.725803,37.435610]-[55.716448,37.406971] 28 6 = 0.031s 2.80602 0.00498975 23.4315 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.716448,37.406971]-[55.724515,37.385924] 28 6 = 0.032s 3.21066 0.00450344 29.7056 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.724515,37.385924]-[55.746122,37.405094] 28 6 = 0.04s 4.75436 0.00697222 28.4125 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.746122,37.405094]-[55.746649,37.421353] 28 6 = 0.041s 1.67711 0.00255307 27.3708 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.746649,37.421353]-[55.770568,37.421380] 28 6 = 0.04s 4.05799 0.00693858 24.3685 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.770568,37.421380]-[55.758772,37.434118] 28 6 = 0.035s 2.35987 0.00306324 32.0994 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.758772,37.434118]-[55.780826,37.452112] 28 6 = 0.047s 7.38159 0.0112078 27.4422 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.780826,37.452112]-[55.790216,37.483014] 28 6 = 0.045s 4.56455 0.00780677 24.3621 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.790216,37.483014]-[55.809686,37.465960] 28 6 = 0.036s 2.91026 0.00478081 25.3641 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.809686,37.465960]-[55.823789,37.441393] 28 6 = 0.033s 5.77972 0.00931967 25.8401 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.823789,37.441393]-[55.675419,37.938276] 28 6 = 0.123s 41.5284 0.0632031 27.3776 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.888760,37.433526] 28 6 = 0.094s 47.1033 0.0720685 27.2329 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.888760,37.433526]-[55.900128,37.382393] 28 6 = 0.025s 5.17934 0.00843827 25.5747 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.900128,37.382393]-[55.854249,37.357402] 28 6 = 0.067s 11.3068 0.0184474 25.5385 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.854249,37.357402]-[55.841832,37.366565] 28 6 = 0.025s 3.30937 0.00481502 28.6376 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.841832,37.366565]-[55.798374,37.388245] 28 6 = 0.03s 8.02954 0.0124604 26.8501 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.798374,37.388245]-[55.791953,37.381021] 28 6 = 0.021s 1.39885 0.00179069 32.549 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.791953,37.381021]-[55.835275,37.292544] 28 6 = 0.047s 13.0945 0.0195143 27.9592 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.835275,37.292544]-[55.836494,37.295643] 28 6 = 0.018s 1.75868 0.00250783 29.2197 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.836494,37.295643]-[55.836494,37.295643] 28 6 = 0.017s 0.426689 0.000444468 40 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.836494,37.295643]-[55.837025,37.293038] 28 6 = 0.014s 2.3283 0.00306358 31.6664 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.837025,37.293038]-[55.890542,37.300575] 28 6 = 0.256s 15.8418 0.0244746 26.9698 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.890542,37.300575]-[55.675419,37.938276] 28 6 = 0.086s 53.1989 0.0801295 27.663 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.700562,37.692663] 28 2 = 0.071s 22.7802 0.0355076 26.7316 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.700562,37.692663]-[55.707867,37.700487] 28 2 = 0.03s 1.80973 0.00261901 28.7915 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.707867,37.700487]-[55.717274,37.677804] 28 2 = 0.028s 3.1548 0.00492905 26.6685 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.717274,37.677804]-[55.710002,37.662722] 28 2 = 0.026s 2.31102 0.0031964 30.1253 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.710002,37.662722]-[55.692861,37.662210] 28 2 = 0.028s 4.92668 0.00710223 28.9034 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.692861,37.662210]-[55.676042,37.666566] 28 2 = 0.032s 2.7309 0.00381951 29.7911 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.676042,37.666566]-[55.690419,37.601456] 28 2 = 0.063s 8.29075 0.0140536 24.5807 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.690419,37.601456]-[55.682737,37.625612] 28 2 = 0.059s 5.92086 0.00993929 24.8209 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.682737,37.625612]-[55.678707,37.634631] 28 2 = 0.049s 2.72243 0.00483624 23.4552 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.678707,37.634631]-[55.653644,37.620698] 28 2 = 0.044s 4.31199 0.00780262 23.0264 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.653644,37.620698]-[55.625791,37.636590] 28 2 = 0.063s 7.80944 0.013457 24.1803 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.625791,37.636590]-[55.675419,37.938276] 28 2 = 0.207s 26.6158 0.0451294 24.5736 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.632586,37.476752] 28 2 = 0.149s 39.986 0.0613059 27.1765 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.632586,37.476752]-[55.658759,37.487362] 28 2 = 0.023s 4.84915 0.00695085 29.0681 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.658759,37.487362]-[55.675555,37.498932] 28 2 = 0.031s 3.77328 0.00571299 27.5198 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675555,37.498932]-[55.684924,37.524363] 28 2 = 0.037s 3.46637 0.00493973 29.2388 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.684924,37.524363]-[55.723359,37.517545] 28 2 = 0.047s 8.24726 0.0136358 25.2011 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.723359,37.517545]-[55.736980,37.525738] 28 2 = 0.07s 9.17903 0.0147196 25.983 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.736980,37.525738]-[55.688872,37.568848] 28 2 = 0.052s 8.6464 0.0135558 26.5766 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.688872,37.568848]-[55.708633,37.521893] 28 2 = 0.039s 5.31413 0.00937275 23.624 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.708633,37.521893]-[55.702295,37.505982] 28 2 = 0.027s 1.84706 0.00249629 30.83 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.702295,37.505982]-[55.654041,37.539401] 28 2 = 0.045s 9.41054 0.0160184 24.4785 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.654041,37.539401]-[55.662933,37.522486] 28 2 = 0.034s 2.75517 0.00426409 26.9222 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.662933,37.522486]-[55.675419,37.938276] 28 2 = 0.319s 35.3379 0.0550176 26.7625 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.907935,37.866019] 28 14 = 2.529s 44.4759 0.0729013 25.4201 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.907935,37.866019]-[55.943981,37.875964] 28 14 = 0.024s 6.46019 0.0110066 24.4558 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.943981,37.875964]-[55.967622,37.937606] 28 14 = 0.259s 13.657 0.0255767 22.2484 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.967622,37.937606]-[55.974907,37.899670] 28 14 = 0.015s 3.50699 0.00630584 23.1729 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.974907,37.899670]-[55.964685,37.888639] 28 14 = 0.014s 1.78096 0.00309375 23.986 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.964685,37.888639]-[55.944223,37.853748] 28 14 = 0.034s 9.47207 0.0179782 21.9526 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.944223,37.853748]-[55.920189,37.857539] 28 14 = 0.02s 4.21733 0.0072691 24.1738 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.920189,37.857539]-[55.905694,37.850209] 28 14 = 0.014s 2.57604 0.00392121 27.3729 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.905694,37.850209]-[55.908727,37.702921] 28 14 = 0.043s 13.9893 0.023861 24.4285 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.908727,37.702921]-[55.858822,37.424300] 28 14 = 1.002s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.858822,37.424300]-[55.675419,37.938276] 28 14 = 1.167s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.660480,37.991819] 28 14 = 0.048s 10.7409 0.0162716 27.5041 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.660480,37.991819]-[55.699172,38.028228] 28 14 = 0.103s 10.8962 0.0181705 24.9862 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.699172,38.028228]-[55.740015,38.015212] 28 14 = 0.043s 7.21774 0.0130976 22.9614 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.740015,38.015212]-[55.793693,38.011753] 28 14 = 0.05s 12.3519 0.0221284 23.2581 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.793693,38.011753]-[55.820728,37.968670] 28 14 = 0.029s 8.14904 0.0147186 23.0691 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.820728,37.968670]-[55.798409,37.961879] 28 14 = 0.026s 3.00073 0.00476092 26.2619 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.798409,37.961879]-[55.727435,37.972712] 28 14 = 0.035s 10.7377 0.0190462 23.4905 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.727435,37.972712]-[55.597135,37.986240] 28 14 = 0.337s 22.6419 0.0367416 25.677 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.597135,37.986240]-[55.670351,37.950757] 28 14 = 0.045s 11.1326 0.0175428 26.4415 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.670351,37.950757]-[55.702972,37.962543] 28 14 = 0.156s 13.5191 0.0232729 24.204 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.702972,37.962543]-[55.675419,37.938276] 28 14 = 0.037s 8.65193 0.0154298 23.3636 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.501993,37.601978] 28 6 = 0.047s 37.7826 0.0580945 27.0985 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.501993,37.601978]-[55.538183,37.661652] 28 6 = 0.091s 13.1839 0.0219142 25.0673 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.538183,37.661652]-[55.351298,37.632350] 28 6 = 0.222s 36.2924 0.058812 25.7121 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.351298,37.632350]-[55.408736,37.572737] 28 6 = 0.04s 18.1184 0.027841 27.1159 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.408736,37.572737]-[55.473082,37.543740] 28 6 = 0.043s 10.7914 0.0169934 26.4597 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.473082,37.543740]-[55.542915,37.723538] 28 6 = 0.603s 25.2959 0.0412965 25.5226 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.542915,37.723538]-[55.592571,37.612686] 28 6 = 0.04s 15.0101 0.0238865 26.183 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.592571,37.612686]-[55.606075,37.556397] 28 6 = 0.037s 9.99042 0.0162121 25.6763 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.606075,37.556397]-[55.604097,37.607862] 28 6 = 0.057s 11.5804 0.0182991 26.3682 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.604097,37.607862]-[55.668356,37.523294] 28 6 = 0.051s 12.4554 0.02038 25.4649 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.668356,37.523294]-[55.675419,37.938276] 28 6 = 0.448s 33.456 0.0511648 27.2453 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.778274,37.893634] 28 14 = 0.425s 18.3487 0.0323076 23.6641 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.778274,37.893634]-[55.773565,37.846499] 28 14 = 0.796s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.773565,37.846499]-[55.769079,37.832611] 28 14 = 0.922s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.769079,37.832611]-[55.711650,37.888010] 28 14 = 1.298s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.711650,37.888010]-[55.691587,37.919622] 28 14 = 0.04s 6.77405 0.0112922 24.9954 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.691587,37.919622]-[55.753225,37.868382] 28 14 = 0.049s 11.2235 0.0187479 24.944 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.753225,37.868382]-[55.734658,37.831021] 28 14 = 0.218s 8.31581 0.0135942 25.4881 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.734658,37.831021]-[55.718735,37.824634] 28 14 = 0.683s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.718735,37.824634]-[55.678209,37.886214] 28 14 = 0.498s 0 0 -nan(ind) '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.678209,37.886214]-[55.675419,37.938276] 28 14 = 0.016s 4.56362 0.00704504 26.9908 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.923478,37.814043] 28 14 = 14.081s 48.3175 0.0796222 25.2848 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.923478,37.814043]-[55.932798,37.824670] 28 14 = 0.027s 6.03328 0.00994304 25.2827 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.932798,37.824670]-[56.011590,37.858033] 28 14 = 0.018s 11.3237 0.0184701 25.545 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.011590,37.858033]-[56.062047,37.858159] 28 14 = 0.019s 7.44529 0.0124919 24.8338 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.062047,37.858159]-[55.963350,37.808330] 28 14 = 0.714s 18.0222 0.0319589 23.4966 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.963350,37.808330]-[55.967582,37.759848] 28 14 = 0.016s 3.99816 0.0066069 25.2145 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.967582,37.759848]-[55.930428,37.775110] 28 14 = 0.015s 8.19201 0.0131096 26.0369 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.930428,37.775110]-[55.930055,37.795367] 28 14 = 0.043s 11.0243 0.0174929 26.2589 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.930055,37.795367]-[55.922661,37.789357] 28 14 = 0.024s 6.13758 0.00988793 25.8631 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.922661,37.789357]-[55.675419,37.938276] 28 14 = 14.629s 51.0889 0.0840476 25.3273 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.594107,38.126450] 28 6 = 0.039s 22.4639 0.0339584 27.563 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.594107,38.126450]-[55.565814,38.176684] 28 6 = 0.018s 6.74934 0.0120976 23.2461 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.565814,38.176684]-[55.329667,38.219803] 28 6 = 5.457s 41.3184 0.0623074 27.6307 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.329667,38.219803]-[55.241893,38.202142] 28 6 = 0.012s 11.2958 0.0171028 27.5193 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.241893,38.202142]-[55.195729,38.363390] 28 6 = 0.024s 23.1519 0.0382723 25.2052 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.195729,38.363390]-[55.419422,38.254577] 28 6 = 0.1s 35.4051 0.0560935 26.2992 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.419422,38.254577]-[55.716935,38.215913] 28 6 = 1.714s 48.8882 0.0838512 24.2931 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.716935,38.215913]-[55.658850,38.100695] 28 6 = 0.355s 18.3476 0.0310614 24.612 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.658850,38.100695]-[55.675419,37.938276] 28 6 = 0.16s 18.3438 0.0276371 27.6558 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.892127,37.179203] 28 0 = 0.315s 63.0105 0.0957536 27.4187 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.892127,37.179203]-[55.860292,37.120957] 28 0 = 0.085s 9.96788 0.0158904 26.1371 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.860292,37.120957]-[55.857584,37.117804] 28 0 = 0.019s 0.560746 0.000683796 34.1687 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.857584,37.117804]-[55.811240,37.080542] 28 0 = 0.08s 12.4023 0.0217532 23.7557 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.811240,37.080542]-[55.791719,37.039345] 28 0 = 0.027s 7.07121 0.0118649 24.8325 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.791719,37.039345]-[55.672494,37.281144] 28 0 = 0.511s 33.9524 0.0534682 26.4584 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.672494,37.281144]-[55.840892,37.177874] 28 0 = 0.299s 26.9658 0.0492316 22.8222 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.840892,37.177874]-[55.675419,37.938276] 28 0 = 0.325s 59.0948 0.089182 27.6096 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.919135,37.757943] 28 14 = 24.67s 52.699 0.0870462 25.2256 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.919135,37.757943]-[55.911058,37.748125] 28 14 = 0.016s 2.21122 0.00288571 31.9278 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.911058,37.748125]-[55.891214,37.730428] 28 14 = 0.057s 8.37945 0.0126526 27.5945 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.891214,37.730428]-[55.969597,37.719693] 28 14 = 0.209s 13.7015 0.0235592 24.2324 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.969597,37.719693]-[55.998025,37.712030] 28 14 = 0.023s 4.90715 0.00818088 24.993 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.998025,37.712030]-[55.933080,37.753434] 28 14 = 0.02s 11.0414 0.0179585 25.6179 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.933080,37.753434]-[55.900854,37.736024] 28 14 = 0.025s 6.8246 0.0105683 26.9067 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.900854,37.736024]-[55.675419,37.938276] 28 14 = 19.862s 56.3987 0.0933394 25.1764 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.190323,37.427812] 28 6 = 0.173s 82.8061 0.123075 28.0337 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.190323,37.427812]-[55.155494,37.467203] 28 6 = 0.014s 7.49472 0.0121952 25.6067 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.155494,37.467203]-[55.152547,37.617249] 28 6 = 0.012s 16.6137 0.0286649 24.1493 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.152547,37.617249]-[55.255677,37.617294] 28 6 = 0.037s 31.8806 0.0507384 26.1805 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.255677,37.617294]-[55.675419,37.938276] 28 6 = 0.147s 76.8004 0.119233 26.8384 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.983489,37.408930] 28 6 = 0.121s 60.7532 0.0937156 27.0113 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.983489,37.408930]-[55.992754,37.215799] 28 6 = 0.023s 15.8254 0.0255213 25.8369 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.992754,37.215799]-[56.012179,37.202075] 28 6 = 0.009s 2.98213 0.00407812 30.4688 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.012179,37.202075]-[55.978543,37.174820] 28 6 = 0.014s 6.11958 0.00889921 28.6523 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.978543,37.174820]-[55.938482,37.313592] 28 6 = 0.059s 12.1011 0.0224098 22.4997 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.938482,37.313592]-[55.675419,37.938276] 28 6 = 0.075s 56.4839 0.0869575 27.0649 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.387095,38.186161] 28 6 = 0.03s 44.9485 0.0684343 27.3672 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.387095,38.186161]-[55.339283,37.808482] 28 6 = 0.016s 25.8046 0.0398254 26.9976 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.339283,37.808482]-[55.920401,37.729835] 28 6 = 0.051s 77.4664 0.117095 27.5654 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.920401,37.729835]-[55.829436,37.817951] 28 6 = 0.041s 19.4874 0.0298729 27.1809 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.829436,37.817951]-[55.675419,37.938276] 28 6 = 0.034s 23.4461 0.037446 26.0888 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.675419,37.938276]-[55.540918,37.082823] 28 0 = 0.121s 66.6257 0.101383 27.3819 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.540918,37.082823]-[55.477960,37.008227] 28 0 = 0.025s 15.0008 0.0254014 24.6062 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.477960,37.008227]-[55.345007,37.148140] 28 0 = 0.045s 28.6631 0.0449292 26.5817 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.345007,37.148140]-[55.413090,37.188321] 28 0 = 0.01s 13.3555 0.0198804 27.9913 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.413090,37.188321]-[55.675419,37.938276] 28 0 = 0.053s 68.9138 0.106201 27.0375 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.862201,37.986582] 28 6 = 0.375s 30.3181 0.0491796 25.6865 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.862201,37.986582]-[55.916966,37.992646] 28 6 = 0.02s 8.74095 0.0130247 27.9627 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.916966,37.992646]-[55.928638,37.988523] 28 6 = 0.013s 2.6665 0.00415474 26.7415 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.928638,37.988523]-[55.955685,38.059472] 28 6 = 0.013s 6.58471 0.0108108 25.3787 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.955685,38.059472]-[55.675419,37.938276] 28 6 = 0.361s 43.3364 0.0685319 26.3481 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.629262,37.002092] 28 6 = 0.366s 70.3427 0.106462 27.5305 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.629262,37.002092]-[55.729184,36.859493] 28 6 = 0.012s 18.3006 0.0282403 27.0013 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.729184,36.859493]-[55.673966,37.038976] 28 6 = 0.117s 25.8025 0.0464787 23.1311 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.673966,37.038976]-[55.675419,37.938276] 28 6 = 0.11s 66.8088 0.101753 27.3574 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.675419,37.938276]-[56.078146,37.057985] 28 2 = 0.132s 79.0944 0.120084 27.444 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.078146,37.057985]-[56.178859,36.986263] 28 2 = 0.013s 17.4361 0.0270187 26.8889 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.178859,36.986263]-[56.121496,37.057958] 28 2 = 0.008s 13.8443 0.0220654 26.1425 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.121496,37.057958]-[55.675419,37.938276] 28 2 = 0.086s 82.3443 0.125291 27.3844 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.427693,37.273446] 28 6 = 0.05s 61.9363 0.0954785 27.0289 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.427693,37.273446]-[55.516909,37.352039] 28 6 = 0.011s 16.8529 0.028563 24.5843 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.516909,37.352039]-[55.687462,37.547944] 28 6 = 0.022s 25.3704 0.0384684 27.4797 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.687462,37.547944]-[55.675419,37.938276] 28 6 = 0.07s 30.6855 0.047254 27.0572 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.194727,37.878856] 28 2 = 0.038s 71.0352 0.0977376 30.2831 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.194727,37.878856]-[55.373675,38.044012] 28 2 = 0.036s 33.2484 0.0556348 24.9007 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.373675,38.044012]-[55.486872,37.979126] 28 2 = 0.016s 25.9433 0.0437605 24.702 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.486872,37.979126]-[55.675419,37.938276] 28 2 = 0.374s 34.6923 0.0541847 26.6775 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.873950,37.399946] 28 2 = 0.065s 47.4706 0.073064 27.0714 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.873950,37.399946]-[55.902596,37.401429] 28 2 = 0.022s 5.53746 0.00897448 25.7093 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '55.902596,37.401429]-[55.675419,37.938276] 28 2 = 0.094s 48.1641 0.0737167 27.2236 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.740674,37.500567] 28 2 = 0.133s 33.9753 0.0526634 26.8808 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.740674,37.500567]-[55.777930,37.515425] 28 2 = 0.049s 7.4344 0.0128666 24.0753 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.777930,37.515425]-[55.675419,37.938276] 28 2 = 0.191s 34.3224 0.0530116 26.9771 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.654396,37.441431] 28 2 = 0.296s 42.3344 0.0644761 27.358 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.654396,37.441431]-[55.450879,37.743381] 28 2 = 0.039s 39.6311 0.0588316 28.0682 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.450879,37.743381]-[55.675419,37.938276] 28 2 = 0.084s 39.6156 0.0582992 28.3135 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[55.373470,37.377480] 28 2 = 0.184s 58.1367 0.0910636 26.6008 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.373470,37.377480]-[55.641920,37.523456] 28 2 = 0.774s 42.7013 0.0662533 26.8548 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.641920,37.523456]-[55.675419,37.938276] 28 2 = 1.397s 36.9025 0.0596364 25.7829 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[55.675419,37.938276]-[56.088549,37.498698] 28 14 = 74.357s 91.1518 0.150403 25.2521 '));
CheckEquals(0, Exec(FRDistance, FRDuration, FRHashString, '[56.088549,37.498698]-[55.563634,38.262724] 28 14 = 232.187s 117.803 0.191005 25.6981 '));
end;
procedure TestTAstar.TestCalc_001;
begin
// ReturnValue := FAstar.Calc(
// 54.621196, 39.69051,
// 56.761304, 60.820014
// );
end;
procedure TestTAstar.TestCalc_002;
var
FReturnValue: Integer;
begin
// ReturnValue := FAstar.Calc(
// 56.761304, 60.820014,
// 54.621196, 39.69051
// );
end;
//[59.877332,30.318928]-[60.058542,30.426213] 35 0 = 20.469s 27.8639 0.793527
//[60.058542,30.426213]-[60.103446,29.975820] 35 0 = 47.417s 37.8186 1.07854
//[60.103446,29.975820]-[59.871995,29.913810] 35 0 = 76.091s 50.8725 1.45244
procedure TestTAstar.TestCountDD;
begin
// TODO: Setup method call parameters
FAstar.CountDD(FRDistance, FRDuration);
// TODO: Validate method results
end;
procedure TestTAstar.TestMakeHash;
begin
// TODO: Setup method call parameters
// FAstar.MakeHash(FRHashString);
// TODO: Validate method results
end;
procedure TestTAstar.TestMakeSpeedline;
begin
// TODO: Setup method call parameters
// FAstar.MakeSpeedline(FRSpeedlineString);
// TODO: Validate method results
end;
initialization
// Register any test cases with the test runner
RegisterTest(TestTAstar.Suite);
end.
|
unit AST.Targets;
interface
uses SysUtils;
type
TNPLAbstractTarget = class abstract
public
class function TargetName: string; virtual; abstract;
class function PointerSize: Integer; virtual; abstract;
class function NativeIntSize: Integer; virtual; abstract;
end;
TNPLTarget = class of TNPLAbstractTarget;
TANY_Target = class(TNPLAbstractTarget)
public
class function TargetName: string; override;
class function PointerSize: Integer; override;
class function NativeIntSize: Integer; override;
end;
TWINX86_Target = class(TNPLAbstractTarget)
public
class function TargetName: string; override;
class function PointerSize: Integer; override;
class function NativeIntSize: Integer; override;
end;
TWINX64_Target = class(TNPLAbstractTarget)
public
class function TargetName: string; override;
class function PointerSize: Integer; override;
class function NativeIntSize: Integer; override;
end;
function FindTarget(const Name: string): TNPLTarget;
implementation
var RegisteredTargets: array of TNPLTarget;
function FindTarget(const Name: string): TNPLTarget;
var
Target: TNPLTarget;
UpperName: string;
begin
UpperName := UpperCase(Name);
for Target in RegisteredTargets do
if Target.TargetName = UpperName then
Exit(Target);
Result := nil;
end;
procedure RegisterTarget(const TargetClass: TNPLTarget);
begin
RegisteredTargets := RegisteredTargets + [TargetClass];
end;
{ TANY_Target }
class function TANY_Target.TargetName: string;
begin
Result := 'ANY';
end;
class function TANY_Target.PointerSize: Integer;
begin
Result := -1;
end;
class function TANY_Target.NativeIntSize: Integer;
begin
Result := -1;
end;
{ TWINX86_Target }
class function TWINX86_Target.TargetName: string;
begin
Result := 'WIN-X86';
end;
class function TWINX86_Target.PointerSize: Integer;
begin
Result := 4;
end;
class function TWINX86_Target.NativeIntSize: Integer;
begin
Result := 4;
end;
{ TWINX64_Target }
class function TWINX64_Target.TargetName: string;
begin
Result := 'WIN-X64';
end;
class function TWINX64_Target.PointerSize: Integer;
begin
Result := 8;
end;
class function TWINX64_Target.NativeIntSize: Integer;
begin
Result := 8;
end;
initialization
RegisterTarget(TANY_Target);
RegisterTarget(TWINX86_Target);
RegisterTarget(TWINX64_Target);
end.
|
//---------------------------------------------------------------------------
// This software is Copyright (c) 2015 Embarcadero Technologies, Inc.
// You may only use this software if you are an authorized licensee
// of an Embarcadero developer tools product.
// This software is considered a Redistributable as defined under
// the software license agreement that comes with the Embarcadero Products
// and is subject to that software license agreement.
//---------------------------------------------------------------------------
unit ApplyForce;
interface
uses
Test, Box2D.Dynamics;
type
TApplyForce = class(TTest)
protected
m_body: b2BodyWrapper;
public
constructor Create;
class function CreateTest: TTest; static;
procedure Keyboard(key: Integer); override;
end;
implementation
uses
System.Math,
Box2D.Common, Box2D.Collision, DebugDraw;
{ TApplyForce }
constructor TApplyForce.Create;
const
k_restitution = 0.4;
gravity = 10.0;
var
I: Integer;
ground, body: b2BodyWrapper;
bd: b2BodyDef;
shape: b2EdgeShapeWrapper;
shape2: b2PolygonShapeWrapper;
sd, sd1, sd2: b2FixtureDef;
fd: b2FixtureDef;
xf1, xf2: b2Transform;
vertices: array [0..2] of b2Vec2;
poly1, poly2: b2PolygonShapeWrapper;
inertia, mass, radius: Float32;
jd: b2FrictionJointDef;
begin
inherited;
m_world.SetGravity(b2Vec2.Create(0.0, 0.0));
bd := b2BodyDef.Create;
bd.position.&Set(0.0, 20.0);
ground := m_world.CreateBody(@bd);
shape := b2EdgeShapeWrapper.Create;
sd := b2FixtureDef.Create;
sd.shape := shape;
sd.density := 0.0;
sd.restitution := k_restitution;
// Left vertical
shape.&Set(b2Vec2.Create(-20.0, -20.0), b2Vec2.Create(-20.0, 20.0));
ground.CreateFixture(@sd);
// Right vertical
shape.&Set(b2Vec2.Create(20.0, -20.0), b2Vec2.Create(20.0, 20.0));
ground.CreateFixture(@sd);
// Top horizontal
shape.&Set(b2Vec2.Create(-20.0, 20.0), b2Vec2.Create(20.0, 20.0));
ground.CreateFixture(@sd);
// Bottom horizontal
shape.&Set(b2Vec2.Create(-20.0, -20.0), b2Vec2.Create(20.0, -20.0));
ground.CreateFixture(@sd);
xf1 := b2Transform.Create;
xf1.q.&Set(0.3524 * Pi);
xf1.p := xf1.q.GetXAxis;
vertices[0] := b2Mul(xf1, b2Vec2.Create(-1.0, 0.0));
vertices[1] := b2Mul(xf1, b2Vec2.Create(1.0, 0.0));
vertices[2] := b2Mul(xf1, b2Vec2.Create(0.0, 0.5));
poly1 := b2PolygonShapeWrapper.Create;
poly1.&Set(@vertices[0], 3);
sd1 := b2FixtureDef.Create;
sd1.shape := poly1;
sd1.density := 4.0;
xf2 := b2Transform.Create;
xf2.q.&Set(-0.3524 * Pi);
xf2.p := -xf2.q.GetXAxis;
vertices[0] := b2Mul(xf2, b2Vec2.Create(-1.0, 0.0));
vertices[1] := b2Mul(xf2, b2Vec2.Create(1.0, 0.0));
vertices[2] := b2Mul(xf2, b2Vec2.Create(0.0, 0.5));
poly2 := b2PolygonShapeWrapper.Create;
poly2.&Set(@vertices[0], 3);
sd2 := b2FixtureDef.Create;
sd2.shape := poly2;
sd2.density := 2.0;
bd := b2BodyDef.Create;
bd.&type := b2_dynamicBody;
bd.angularDamping := 2.0;
bd.linearDamping := 0.5;
bd.position.&Set(0.0, 2.0);
bd.angle := pi;
bd.allowSleep := false;
m_body := m_world.CreateBody(@bd);
m_body.CreateFixture(@sd1);
m_body.CreateFixture(@sd2);
shape2 := b2PolygonShapeWrapper.Create;
shape2.SetAsBox(0.5, 0.5);
fd := b2FixtureDef.Create;
fd.shape := shape2;
fd.density := 1.0;
fd.friction := 0.3;
for I := 0 to 10 - 1 do
begin
bd := b2BodyDef.Create;
bd.&type := b2_dynamicBody;
bd.position.&Set(0.0, 5.0 + 1.54 * I);
body := m_world.CreateBody(@bd);
body.CreateFixture(@fd);
inertia := body.GetInertia;
mass := body.GetMass;
// For a circle: I = 0.5 * m * r * r ==> r = sqrt(2 * I / m)
radius := sqrt(2.0 * I / mass);
jd := b2FrictionJointDef.Create;
jd.localAnchorA.SetZero;
jd.localAnchorB.SetZero;
jd.bodyA := ground;
jd.bodyB := body;
jd.collideConnected := true;
jd.maxForce := mass * gravity;
jd.maxTorque := mass * radius * gravity;
m_world.CreateJoint(@jd);
end;
shape.Destroy;
poly1.Destroy;
poly2.Destroy;
shape2.Destroy;
end;
class function TApplyForce.CreateTest: TTest;
begin
Result := TApplyForce.Create;
end;
procedure TApplyForce.Keyboard(key: Integer);
var
f, p: b2Vec2;
begin
case key of
Ord('W'), Ord('w'):
begin
f := m_body.GetWorldVector(b2Vec2.Create(0.0, -200.0));
p := m_body.GetWorldPoint(b2Vec2.Create(0.0, 2.0));
m_body.ApplyForce(f, p, true);
end;
Ord('A'), Ord('a'):
m_body.ApplyTorque(50.0, true);
Ord('D'), Ord('d'):
m_body.ApplyTorque(-50.0, true);
end;
end;
initialization
RegisterTest(TestEntry.Create('ApplyForce', @TApplyForce.CreateTest));
end.
|
PROGRAM Prim;
FUNCTION IsPrime(number: INTEGER): BOOLEAN;
VAR
counter: INTEGER;
BEGIN
IF number = 2 THEN {* Schritt 1 *}
IsPrime := true
ELSE IF (number mod 2 = 0) OR (number <= 1) THEN {* Schritt 2 *}
IsPrime := false
ELSE BEGIN {* Schritt 3 *}
IsPrime := true;
counter := 3;
WHILE counter <= number-1 DO BEGIN {* Schritt 4 *}
IF number mod counter = 0 THEN BEGIN
IsPrime := false;
END;
counter := counter + 2
END
END
END;
PROCEDURE DisplayPrimeNumbers(n: INTEGER);
VAR
counter: INTEGER;
BEGIN
FOR counter := 0 TO n DO
IF (IsPrime(counter)) THEN
Write(counter, ' ');
WriteLn()
END;
PROCEDURE AssertIsPrime(n: INTEGER; expectedResult: BOOLEAN);
BEGIN
IF IsPrime(n) = expectedResult THEN
WriteLn('IsPrime(', n ,') should return value: ' , expectedResult , ' --> OK')
ELSE WriteLn('IsPrime(', n ,') should return value: ' , expectedResult , ' --> X')
END;
BEGIN
DisplayPrimeNumbers(20);
AssertIsPrime(0, false);
AssertIsPrime(1, false);
AssertIsPrime(2, true);
AssertIsPrime(3, true);
AssertIsPrime(19, true);
AssertIsPrime(20, false);
AssertIsPrime(-32787, true); {* Grenzfall 1 *}
AssertIsPrime(32771, false); {* Grenzfall 2 *}
END. |
unit ScrolBox;
{
Bombela
20/06/2004
20/06/2004
Petite ScrollBox limitÚe Ó 255 strings.
Le pointer DATA de la TStringList (Strings)
est la couleur du texte.
}
interface
uses CRT, TextList;
type TScrollBox = object
private
FCursorX, FCursorY: byte;
TopLine: byte;
MargeBotom, MargeWidth: byte;
LeftLine, LargeLine: byte;
SauvCursorVisible, CursorVisible: boolean;
procedure SaveContext;
procedure RestoreContext;
procedure PaintLigne(Index: byte; Num: byte);
procedure PaintLigneSelect(Selected: byte);
public
Top, Left, Heigth, Width: byte;
BorderColor: byte;
ScrollColor: byte;
ScrollButtonColor: byte;
SelectedColor: byte;
Strings: TStringList;
constructor Init;
destructor Free;
procedure Paint(Delete: boolean);
procedure SetCursorBotom;
function Select(var Selected: byte): boolean;
end;
implementation
constructor TscrollBox.Init;
begin
Top := 10;
Left := 10;
Heigth := 10;
Width := 50;
BorderColor := white;
TopLine := 0;
MargeBotom := 0;
MargeWidth := 0;
ScrollColor := 13;
ScrollButtonColor := 14;
SelectedColor := 7;
LeftLine := 0;
LargeLine := 0;
CursorVisible := true;
Strings.Init;
end;
destructor TscrollBox.Free;
begin
Strings.Free;
end;
procedure TscrollBox.SaveContext;
begin
FCursorX := WhereX;
FCursorY := WhereY;
end;
procedure TscrollBox.RestoreContext;
begin
GotoXY(FCursorX, FCursorY);
NormVideo;
end;
procedure TscrollBox.Paint(Delete: boolean);
var b,b2, b3: byte;
Text: string;
begin
SaveContext;
if Delete then TextColor(Black) else TextColor(BorderColor);
GotoXY(Left, Top);
write('┌');
for b := 1 to Width-2 do write('─');
writeln('┐');
for b := 1 to Heigth-2 do
begin
GotoXY(Left, WhereY);
write('│');
for b2 := 1 to Width-2 do write(' ');
writeln('│');
end;
GotoXY(Left, WhereY);
write('└');
for b := 1 to Width-2 do write('─');
writeln('┘');
If (Strings.count > 0) and (not Delete) then
begin
if TopLine >= Strings.count then TopLine := 0;
b3 := (TopLine+Heigth-2-MargeBotom);
if b3 > Strings.count then b3 := Strings.count;
if Strings.count > Heigth-2 then MargeWidth := 1 else MargeWidth := 0;
LargeLine := 0;
for b := TopLine to b3-1 do
begin
Strings.GetText(b,Text);
if length(Text) > LargeLine then LargeLine := length(Text);
end;
if LeftLine+Width-2-MargeWidth > LargeLine then LeftLine := LargeLine-Width+2+MargeWidth;
if LargeLine > Width-2-MargeWidth then
begin
textcolor(ScrollColor);
GotoXY(Left+1,Top+Heigth-2);
for b := 1 to Width-2-MargeWidth do write('░');
GotoXY(Left+1+trunc((LeftLine / ((LargeLine-(Width-2-MargeWidth)) / (Width-3-MargeWidth)))),Top+Heigth-2);
textcolor(ScrollButtonColor);
write('█');
MargeBotom := 1;
end else
begin
MargeBotom := 0;
LargeLine := 0;
LeftLine := 0;
end;
b3 := (TopLine+Heigth-2-MargeBotom);
if b3 > Strings.count then b3 := Strings.count;
If Strings.count > Heigth-2 then
begin
textcolor(ScrollColor);
for b := Top+1 to Top+Heigth-2-MargeBotom do
begin
GotoXY(Left+Width-2,b);
write('░');
end;
GotoXY(Left+Width-2,Top+1+trunc((TopLine / ((Strings.count-(Heigth-2-MargeBotom)) / (Heigth-3-MargeBotom)) )));
textcolor(ScrollButtonColor);
write('█');
end;
b2 := 0;
for b := TopLine+1 to b3 do
begin
inc(b2);
PaintLigne(b-1, b2);
end;
end;
RestoreContext;
end;
procedure TscrollBox.PaintLigne(Index: byte; Num: byte);
var Txt: string;
Color, i,i2: byte;
Selectable: boolean;
begin
GotoXY(Left+1,Top+Num);
Strings.Get(Index,Txt,Color,Selectable);
TextColor(byte(Color));
i2 := LeftLine+(Width-2)-MargeWidth;
if i2 > length(Txt) then i2 := length(Txt);
for i := LeftLine+1 to i2 do write(Txt[i]);
end;
procedure TscrollBox.PaintLigneSelect(Selected: byte);
var Txt: string;
Color: pointer;
begin
if strings.count > 0 then
begin
SaveContext;
TextBackGround(SelectedColor);
PaintLigne(Selected,Selected+1-TopLine);
RestoreContext;
end;
end;
function TscrollBox.Select(var Selected: byte): boolean;
const Key_Echap = #27;
Key_Up = #72;
Key_Down = #80;
Key_Left = #75;
Key_Width = #77;
Key_Enter = #13;
var Key: char;
Selectable: boolean;
begin
{ShowCursor(false);}
Select := false;
Selected := 0;
Paint(False);
PaintLigneSelect(Selected);
repeat
Key := ReadKey;
If Key = #0 then
begin
Key := ReadKey;
case Key of
Key_Up: begin
if Selected > 0 then
begin
dec(Selected);
if Selected < TopLine then
begin
dec(TopLine);
end;
Paint(False);
PaintLigneSelect(Selected);
end;
end;
Key_Down: begin
if Selected < Strings.count-1 then
begin
inc(Selected);
if Selected-TopLine > Heigth-3-MargeBotom then
begin
inc(TopLine);
end;
Paint(False);
PaintLigneSelect(Selected);
end;
end;
Key_Left: begin
if LeftLine > 0 then
begin
dec(LeftLine);
Paint(False);
PaintLigneSelect(Selected);
end;
end;
Key_Width:begin
if LeftLine+Width-MargeWidth-2 < LargeLine then
begin
inc(LeftLine);
Paint(False);
PaintLigneSelect(Selected);
end;
end;
end;
end else
if (key = Key_Enter) and (strings.count > 0) then
begin
Strings.GetSelectable(Selected,Selectable);
if Selectable then
begin
Key := Key_Echap;
Select := true;
end;
end;
until Key = Key_Echap;
{ShowCursor(true);}
end;
procedure TscrollBox.SetCursorBotom;
begin
GotoXY(1, Top+Heigth);
end;
end. |
unit EQDBxlExport;
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs, db,
Variants, comobj, Clipbrd, DDEMan, DDEML, Math, TypInfo,
Grids, DBGrids;
const
CaptionSize = 1;
type
TXlsManagerKind = (xmkUnknown, xmkExel, xmkOpenOffice);
TExporter = class;
TExportEvent = procedure(Exporter: TExporter) of object;
TEQDBxlExport = class(TComponent)
private
FCustomFit: boolean;
FDBGrid: TDbGrid;
FDataSet: TDataSet;
FSheetName: string;
FRowOffset: Integer;
FColOffset: Integer;
FOnBeforeExport: TExportEvent;
FOnAfterExport: TExportEvent;
procedure InitSettings;
procedure DoBeforeExport(Exporter: TExporter); virtual;
procedure DoAfterExport(Exporter: TExporter); virtual;
public
procedure StartExport;
published
property CustomFit: Boolean read FCustomFit write FCustomFit;
property DBGrid: TDBGrid read FDBGrid write FDBGrid;
property DataSet: TDataSet read FDataSet write FDataSet;
property SheetName: string read FSheetName write FSheetName;
property ColOffset: Integer read FColOffset write FColOffset;
property RowOffset: Integer read FRowOffset write FRowOffset;
property OnAfterExport: TExportEvent read FOnAfterExport write FOnAfterExport;
property OnBeforeExport: TExportEvent read FOnBeforeExport write FOnBeforeExport;
end;
TExporter = class(TObject)
private
FFieldList: TStringList;
FEQDBxlExport: TEQDBxlExport;
procedure PrepareFieldsFromDataSet;
procedure PrepareFieldsFromGrid;
procedure AddField(Field: TField; Caption: string = '');
procedure SaveFieldCaptions;
protected
FCurrentExportedRecord: integer;
FOleExporter: Variant;
procedure PrepareOleExporter; virtual; abstract;
procedure SaveCurrentRecord; virtual; abstract;
procedure CommitData; virtual; abstract;
procedure AddFieldCaption(FieldCaption: string); virtual; abstract;
procedure FormatStringColumn(ColumnIdx: integer); virtual;
procedure BeforeExecute; virtual;
procedure PrepareFields; virtual;
function DataRange: TRect;
public
class function CreateExporter: TExporter;
constructor Create(OleExporter: Variant);
destructor Destroy; override;
procedure Execute(EQDBxlExport: TEQDBxlExport);
end;
TExelExporter = class(TExporter)
private
FExportData: string;
FSheet: Variant;
FFieldCaptions: string;
function CurrentRecordToString: string;
procedure AppendValue(var SourceStr: string;
const AdditionStr: string);
protected
procedure PrepareOleExporter; override;
procedure SaveCurrentRecord; override;
procedure CommitData; override;
procedure FormatStringColumn(ColumnIdx: integer); override;
procedure AddFieldCaption(FieldCaption: string); override;
procedure PrepareFields; override;
public
destructor Destroy; override;
end;
TOpenOfficeExporter = class(TExporter)
private
FDesktop: Variant;
FDocument: Variant;
FSheet: Variant;
FRange: Variant;
FFieldIdx: integer; // used as an external variable for AddFieldCaption
function PointToRange(x, y: integer): string;
protected
procedure PrepareOleExporter; override;
procedure SaveCurrentRecord; override;
procedure CommitData; override;
procedure BeforeExecute; override;
procedure AddFieldCaption(FieldCaption: string); override;
end;
TxlDdeClient = class(TDDEClientConv)
public
function xlPokeData(const Item: string; Data: PChar): Boolean;
end;
procedure CreateOleXlsManager(out XlsManager: Variant; out XlsManagerKind: TXlsManagerKind);
function xlColl(x: Integer): string;
function xlCell(x, y: Integer): string;
const //from excel2000;
xlR1C1 = $FFFFEFCA;
xlContinuous = 1;
implementation
procedure CreateOleXlsManager(out XlsManager: Variant; out XlsManagerKind: TXlsManagerKind);
var
FirstAttempt: boolean;
begin
XlsManager := varNull;
XlsManagerKind := xmkUnknown;
FirstAttempt := True;
while True do
begin
try
if FirstAttempt then
begin
XlsManager := CreateOleObject('Excel.Application');
XlsManagerKind := xmkExel;
end
else
begin
XlsManager := CreateOleObject('com.sun.star.ServiceManager');
XlsManagerKind := xmkOpenOffice;
end;
Break;
except
on e: EOleSysError do
begin
if e.ErrorCode = -2147221005 then // Инициализация провалилась
begin
if FirstAttempt then
FirstAttempt := False
else
begin
MessageDlg('Ни Exel ни OpenOffice не найдены.',
mtInformation, [mbOK], 0);
Exit; // ни экселя ни ОпенОфиcа не найдено - тихо выйти
end;
end
else
raise;
end;
end;
end;
end;
{ TxlDDEClient }
function TxlDdeClient.xlPokeData(const Item: string; Data: PChar): Boolean;
var
hszDat: HDDEData;
hdata: HDDEData;
hszItem: HSZ;
begin
Result := False;
if (Conv = 0) or WaitStat then Exit;
hszItem := DdeCreateStringHandle(ddeMgr.DdeInstId, PChar(Item), CP_WINANSI);
if hszItem = 0 then Exit;
hszDat := DdeCreateDataHandle(ddeMgr.DdeInstId, Data, StrLen(Data) + 1,
0, hszItem, CF_TEXT, 0);
if hszDat <> 0 then begin
hdata := DdeClientTransaction(Pointer(hszDat), DWORD(-1), Conv, hszItem, CF_TEXT, XTYP_POKE, 10000, nil);
Result := hdata <> 0;
end;
DdeFreeStringHandle(ddeMgr.DdeInstId, hszItem);
end;
function xlColl(x: Integer): string;
begin
Result := '';
while x > 0 do begin
Dec(x);
Result := Chr(Ord('A') + x mod 24) + result;
x := x div 24;
end;
if Result = '' then
Result := 'A';
end;
function xlCell(x, y: Integer): string;
begin
Result := xlColl(x) + IntToStr(y);
end;
procedure TEQDBxlExport.DoBeforeExport(Exporter: TExporter);
begin
if Assigned(FOnBeforeExport) then
FOnBeforeExport(Exporter);
end;
procedure TEQDBxlExport.DoAfterExport(Exporter: TExporter);
begin
if Assigned(FOnAfterExport) then
FOnAfterExport(Exporter);
end;
procedure TEQDBxlExport.InitSettings;
begin
if not Assigned(DataSet) then
raise Exception.Create('DBxlExport requires dataset.');
if not DataSet.Active then
raise Exception.Create('Dataset for this component must bee active.');
if Trim(SheetName) = '' then
SheetName := 'Лист 1';
end;
procedure TEQDBxlExport.StartExport;
var
Exporter: TExporter;
OldCursor: TCursor;
begin
InitSettings;
Exporter := TExporter.CreateExporter;
if not Assigned(Exporter) then
Exit;
OldCursor := Screen.Cursor;
Screen.Cursor := crHourGlass;
try
DoBeforeExport(Exporter);
Exporter.Execute(Self);
finally
DoAfterExport(Exporter);
Screen.Cursor := OldCursor;
Exporter.Free;
end;
end;
{ TExporter }
procedure TExporter.AddField(Field: TField; Caption: string);
var
FieldCaption: string;
begin
if Caption <> '' then
FieldCaption := Caption
else
if Field.DisplayLabel <> '' then
FieldCaption := Field.DisplayLabel
else
FieldCaption := Field.FieldName;
FFieldList.AddObject(FieldCaption, Field);
end;
procedure TExporter.BeforeExecute;
begin
PrepareOleExporter;
PrepareFields;
FEQDBxlExport.DataSet.DisableControls;
FEQDBxlExport.DataSet.First;
end;
constructor TExporter.Create(OleExporter: Variant);
begin
inherited Create();
FOleExporter := OleExporter;
FFieldList := TStringList.Create;
end;
class function TExporter.CreateExporter: TExporter;
var
OleExporter: Variant;
ManagerKind: TXlsManagerKind;
begin
Result := nil; // make the compiler happy
CreateOleXlsManager(OleExporter, ManagerKind);
case ManagerKind of
xmkExel:
Result := TExelExporter.Create(OleExporter);
xmkOpenOffice:
Result := TOpenOfficeExporter.Create(OleExporter);
else
Assert(False, 'CreateOleXlsManager returned unknown ManagerKind: '
+ GetEnumName(TypeInfo(TXlsManagerKind), Integer(ManagerKind)));
end;
end;
function TExporter.DataRange: TRect;
begin
Result.Left := 1 + FEQDBxlExport.ColOffset;
Result.Top := 1 + FEQDBxlExport.RowOffset;
Result.Right := FFieldList.Count + FEQDBxlExport.ColOffset;
Result.Bottom := FEQDBxlExport.DataSet.RecordCount + CaptionSize + FEQDBxlExport.RowOffset;
end;
destructor TExporter.Destroy;
begin
FFieldList.Free;
inherited;
end;
procedure TExporter.Execute(EQDBxlExport: TEQDBxlExport);
var
TmpBookmark: TBookmark;
begin
FEQDBxlExport := EQDBxlExport;
FCurrentExportedRecord := 1;
TmpBookmark := FEQDBxlExport.DataSet.GetBookmark;
BeforeExecute;
SaveFieldCaptions;
try
while not FEQDBxlExport.DataSet.Eof do
begin
// reformat record fields in csv
SaveCurrentRecord;
Inc(FCurrentExportedRecord);
FEQDBxlExport.DataSet.Next;
end;
CommitData;
finally
FEQDBxlExport.DataSet.GotoBookmark(TmpBookmark);
FEQDBxlExport.DataSet.FreeBookmark(TmpBookmark);
FEQDBxlExport.DataSet.EnableControls;
end;
end;
procedure TExporter.FormatStringColumn(ColumnIdx: integer);
begin
// do nothing here
end;
procedure TExporter.PrepareFields;
begin
if Assigned(FEQDBxlExport.DBGrid) then
PrepareFieldsFromGrid
else
PrepareFieldsFromDataSet;
end;
procedure TExporter.PrepareFieldsFromDataSet;
var
i, CurrentExportFieldIdx: integer;
begin
CurrentExportFieldIdx := 0;
for i := 0 to Pred(FEQDBxlExport.DataSet.Fields.Count) do
if FEQDBxlExport.DataSet.Fields[i].Visible then
begin
AddField(FEQDBxlExport.DataSet.Fields[i]);
{исправление конверсии '1/5' в '1 января'
другие типы не обрабатываем что бы не превращать RecNo в '123.12'}
if FEQDBxlExport.DataSet.Fields[CurrentExportFieldIdx].DataType = ftString then
FormatStringColumn(CurrentExportFieldIdx + 1);
Inc(CurrentExportFieldIdx);
end;
end;
procedure TExporter.PrepareFieldsFromGrid;
var
i, j: integer;
begin
for i := 0 to FEQDBxlExport.DBGrid.Columns.Count - 1 do
begin
if FEQDBxlExport.DBGrid.Columns[i].Visible then
AddField(FEQDBxlExport.DBGrid.Columns[i].Field, FEQDBxlExport.DBGrid.Columns[i].Title.Caption);
end;
end;
procedure TExporter.SaveFieldCaptions;
var
i: integer;
begin
for i := 0 to FFieldList.Count - 1 do
AddFieldCaption(FFieldList[i]);
end;
{ TExelExporter }
procedure TExelExporter.AddFieldCaption(FieldCaption: string);
begin
AppendValue(FFieldCaptions, FieldCaption);
end;
procedure TExelExporter.AppendValue(var SourceStr: string;
const AdditionStr: string);
begin
SourceStr := SourceStr + AdditionStr + #9;
end;
procedure TExelExporter.CommitData;
var
IRange: OLEVariant;
i: integer;
begin
FFieldCaptions := FFieldCaptions + #10;
IRange := FOleExporter.Range[
xlCell(DataRange.Left, DataRange.Top),
xlCell(DataRange.Right, DataRange.Bottom)];
with TxlDdeClient.Create(FEQDBxlExport) do
try
if SetLink('EXCEL', FOleExporter.ActiveSheet.Name) then
xlPokeData(IRange.Address[ReferenceStyle := xlR1C1],
PChar(FFieldCaptions + FExportData));
finally
Free;
end;
// free dinamicly allocated memory
FExportData := '';
FOleExporter.Range[
xlCell(DataRange.Left, DataRange.Top),
xlCell(DataRange.Right, DataRange.Top + CaptionSize - 1)].Select;
FOleExporter.Selection.Interior.ColorIndex := 15;
FOleExporter.Selection.Borders.LineStyle := xlContinuous;
for i := 1 to FFieldList.Count do
if not FEQDBxlExport.CustomFit then
FOleExporter.Columns[xlColl(i)].AutoFit;
end;
function TExelExporter.CurrentRecordToString: string;
var
i: integer;
CurrentFieldValue: string;
begin
Result := '';
for i := 0 to Pred(FFieldList.Count) do begin
CurrentFieldValue :=
StringReplace(TField(FFieldList.Objects[i]).AsString, '"', '""', [rfReplaceAll]);
CurrentFieldValue :=
StringReplace(CurrentFieldValue, #13#10, ' ', [rfReplaceAll]);
if (CurrentFieldValue = '') or (CurrentFieldValue[1] = '=') then
CurrentFieldValue := '"' + CurrentFieldValue + '"'#9
else
CurrentFieldValue := CurrentFieldValue + #9;
Result := Result + CurrentFieldValue;
end;
Result := Result + #10;
end;
destructor TExelExporter.Destroy;
begin
FOleExporter.Range['A1'].Select;
FOleExporter.Visible := True;
inherited;
end;
procedure TExelExporter.FormatStringColumn(ColumnIdx: integer);
begin
FOleExporter.Columns[xlColl(ColumnIdx)].NumberFormat := '@';
end;
procedure TExelExporter.PrepareFields;
begin
FFieldCaptions := '';
inherited;
end;
procedure TExelExporter.PrepareOleExporter;
begin
FOleExporter.Visible := False;
FOleExporter.Workbooks.Add(1);
FOleExporter.ActiveSheet.Name := FEQDBxlExport.SheetName;
FSheet := FOleExporter.ActiveSheet;
end;
procedure TExelExporter.SaveCurrentRecord;
begin
FExportData := FExportData + CurrentRecordToString;
end;
{ TOpenOfficeExporter }
procedure TOpenOfficeExporter.AddFieldCaption(FieldCaption: string);
begin
FRange[FFieldIdx, 1] := FieldCaption;
inc(FFieldIdx);
end;
procedure TOpenOfficeExporter.BeforeExecute;
begin
FFieldIdx := 1;
FEQDBxlExport.DataSet.Last; // make all records fetched
inherited;
FRange := VarArrayCreate([1, FFieldList.Count, 1,
FEQDBxlExport.DataSet.RecordCount + CaptionSize], varVariant);
end;
procedure TOpenOfficeExporter.CommitData;
var
i: integer;
Cell: Variant;
begin
FSheet.GetCellRangeByName(
PointToRange(DataRange.Left, DataRange.Top) + ':' +
PointToRange(DataRange.Right, DataRange.Bottom)
).SetDataArray(FRange);
for i := 1 to FFieldList.Count do
begin
Cell := FSheet.getCellByPosition(i - 1, 0);
Cell.getColumns.getByIndex(0).OptimalWidth := True;
Cell.CellBackColor := TColor($D0D0D0);
end;
end;
function TOpenOfficeExporter.PointToRange(x, y: integer): string;
const
Letters = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ';
var
s1, s2: string;
k: integer;
begin
repeat
k := x mod 27;
s1 := Letters[k] + s1;
k := x div 26;
until k <= x;
s2 := IntToStr(y);
Result := s1 + s2
end;
procedure TOpenOfficeExporter.PrepareOleExporter;
begin
FDesktop := FOleExporter.createInstance('com.sun.star.frame.Desktop');
FDocument := FDesktop.LoadComponentFromURL('private:factory/scalc', '_blank', 0,
VarArrayCreate([0, - 1], varVariant));
FSheet := FDocument.GetSheets.getByIndex(0);
end;
procedure TOpenOfficeExporter.SaveCurrentRecord;
var
i: integer;
Value: Variant;
Field: TField;
begin
for i := 0 to FFieldList.Count - 1 do
begin
Field := TField(FFieldList.Objects[i]);
Value := Field.Value;
if VarIsNull(Value) or VarIsEmpty(Value) then
Value := ''
else
if Field.DataType = ftDate then
Value := DateToStr(Value)
else
if Field.DataType = ftDateTime then
Value := DateTimeToStr(Value);
FRange[i + 1, FCurrentExportedRecord + CaptionSize] := Value;
end;
end;
end.
|
unit Unit1;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, StdCtrls;
type
TForm1 = class(TForm)
MaleLabel: TLabel;
FemaleLabel: TLabel;
NeutralLabel: TLabel;
MaleInfo: TLabel;
FemaleInfo: TLabel;
NeutralInfo: TLabel;
LanguageButton: TButton;
procedure FormCreate(Sender: TObject);
procedure LanguageButtonClick(Sender: TObject);
private
procedure UpdateValues;
end;
var
Form1: TForm1;
implementation
{$R *.dfm}
uses
NtPattern, NtLanguageDlg;
procedure TForm1.UpdateValues;
resourcestring
// Contains two patterns: male and female.
SMessageGender = '{gender, male {%s will bring his bicycle} female {%s will bring her bicycle}}'; //loc 0: Name of a person
// Contains three patterns: neutral, male and female.
SOtherMessageGender = '{gender, male {%s will bring his bicycle} female {%s will bring her bicycle} other {%s will bring a bicycle}}'; //loc 0: Name of a person
procedure Process(gender: TGender; const name: String; messageLabel, infoLabel: TLabel);
var
actualGender: TGender;
begin
// Update message label
messageLabel.Caption := TMultiPattern.Format(SOtherMessageGender, gender, [name]);
// Update info label
actualGender := TMultiPattern.GetGender(SOtherMessageGender, gender);
if actualGender <> gender then
infoLabel.Font.Style := [fsBold]
else
infoLabel.Font.Style := [];
infoLabel.Caption := TMultiPattern.GetGenderName(actualGender);
end;
begin
Process(geMale, 'John', MaleLabel, MaleInfo);
Process(geFemale, 'Jill', FemaleLabel, FemaleInfo);
Process(geNeutral, 'Amazon', NeutralLabel, NeutralInfo);
end;
procedure TForm1.FormCreate(Sender: TObject);
begin
UpdateValues;
end;
procedure TForm1.LanguageButtonClick(Sender: TObject);
begin
if TNtLanguageDialog.Select then
UpdateValues;
end;
end.
|
unit Config;
interface
uses Winapi.Windows, Registry, SysUtils;
type
TConfig = class(TObject)
usi : string;
storeImages : boolean;
launchRustOnStartup : boolean;
launchRustOnStartupAndConnectToServer : boolean;
rustServerAddress : string;
closeStashPicOnRustClose : boolean;
serverAddress : string;
scale : real;
hotkeyCaptureFullscreen : string;
hotkeyCaptureFullscreenCode : string;
hotkeyCaptureRectangleCenter : string;
hotkeyCaptureRectangleCenterCode : string;
hotkeyCaptureStashArea : string;
hotkeyCaptureStashAreaCode : string;
hotkeyCaptureFullscreenMapPart : string;
hotkeyCaptureFullscreenMapPartCode : string;
picsFolder : string;
automaticUpdate : boolean;
updateToken : string;
tab : string;
formTop : integer;
formLeft : integer;
const key = 'Software\StashPic\';
picsFolderDefault = '\pics';
procedure load();
procedure save();
procedure init(baseDir : string);
function newUsi():string;
end;
implementation
procedure TConfig.load();
var reg : TRegistry;
begin
reg := TRegistry.Create(KEY_READ);
reg.OpenKey(key, False);
usi := reg.ReadString('usi');
storeImages := reg.ReadBool('storeImages');
picsFolder := reg.ReadString('picsFolder');
launchRustOnStartup := reg.ReadBool('launchRustOnStartup');
launchRustOnStartupAndConnectToServer := reg.ReadBool('launchRustOnStartupAndConnectToServer');
rustServerAddress := reg.ReadString('rustServer');
closeStashPicOnRustClose := reg.ReadBool('closeStashPicOnRustClose');
serverAddress := reg.ReadString('serverAddress');
scale := reg.ReadFloat('scale');
hotkeyCaptureFullscreen := reg.ReadString('hotkeyCaptureFullscreen');
hotkeyCaptureFullscreenCode := reg.ReadString('hotkeyCaptureFullscreenCode');
hotkeyCaptureRectangleCenter := reg.ReadString('hotkeyCaptureRectangleCenter');
hotkeyCaptureRectangleCenterCode := reg.ReadString('hotkeyCaptureRectangleCenterCode');
hotkeyCaptureStashArea := reg.ReadString('hotkeyCaptureStashArea');
hotkeyCaptureStashAreaCode := reg.ReadString('hotkeyCaptureStashAreaCode');
hotkeyCaptureFullscreenMapPart := reg.ReadString('hotkeyCaptureFullscreenMapPart');
hotkeyCaptureFullscreenMapPartCode := reg.ReadString('hotkeyCaptureFullscreenMapPartCode');
automaticUpdate := reg.ReadBool('automaticUpdate');
updateToken := reg.ReadString('updateToken');
tab := reg.ReadString('tab');
formLeft := reg.ReadInteger('formLeft');
formTop := reg.ReadInteger('formTop');
reg.CloseKey();
reg.Free;
end;
procedure TConfig.save();
var reg : TRegistry;
begin
reg := TRegistry.Create(KEY_WRITE);
reg.OpenKey(key, False);
reg.WriteString('usi', usi);
reg.WriteBool('storeImages', storeImages);
reg.WriteString('picsFolder', picsFolder);
reg.WriteBool('launchRustOnStartup', launchRustOnStartup);
reg.WriteBool('launchRustOnStartupAndConnectToServer', launchRustOnStartupAndConnectToServer);
reg.WriteString('rustServer', rustServerAddress);
reg.WriteBool('closeStashPicOnRustClose', closeStashPicOnRustClose);
reg.WriteString('serverAddress', serverAddress);
reg.WriteFloat('scale', scale);
reg.WriteString('hotkeyCaptureFullscreen', hotkeyCaptureFullscreen);
reg.WriteString('hotkeyCaptureFullscreenCode', hotkeyCaptureFullscreenCode);
reg.WriteString('hotkeyCaptureRectangleCenter', hotkeyCaptureRectangleCenter);
reg.WriteString('hotkeyCaptureRectangleCenterCode', hotkeyCaptureRectangleCenterCode);
reg.WriteString('hotkeyCaptureStashArea', hotkeyCaptureStashArea);
reg.WriteString('hotkeyCaptureStashAreaCode', hotkeyCaptureStashAreaCode);
reg.WriteString('hotkeyCaptureFullscreenMapPart', hotkeyCaptureFullscreenMapPart);
reg.WriteString('hotkeyCaptureFullscreenMapPartCode', hotkeyCaptureFullscreenMapPartCode);
reg.WriteBool('automaticUpdate', automaticUpdate);
reg.WriteString('updateToken', updateToken);
reg.WriteString('tab', tab);
reg.WriteInteger ('formLeft', formLeft);
reg.WriteInteger('formTop', formTop);
reg.CloseKey();
reg.Free;
end;
procedure TConfig.init(baseDir : string);
var reg : TRegistry;
begin
reg := TRegistry.Create(KEY_READ);
if (reg.KeyExists(key)) then exit;
reg.Access := KEY_WRITE;
if (not reg.OpenKey(key,True)) then halt;
usi := newUsi();
storeImages := true;
picsFolder := baseDir + picsFolderDefault;
launchRustOnStartup := false;
launchRustOnStartupAndConnectToServer := false;
rustServerAddress := '';
closeStashPicOnRustClose := false;
serverAddress := 'http://stashmap.net/map/add/picLoad';
scale := 1;
hotkeyCaptureFullscreen := 'Alt + 1';
hotkeyCaptureFullscreenCode := '010049';
hotkeyCaptureRectangleCenter := 'Alt + 2';
hotkeyCaptureRectangleCenterCode := '010050';
hotkeyCaptureStashArea := 'Alt + 3';
hotkeyCaptureStashAreaCode := '010051';
hotkeyCaptureFullscreenMapPart := 'Alt + 4';
hotkeyCaptureFullscreenMapPartCode := '010052';
automaticUpdate := true;
updateToken := '';
formLeft := 300;
formTop := 200;
tab := 'settings';
save();
end;
function TConfig.newUsi():string;
var usi, chars : string;
i : integer;
begin
chars := '0123456789abcde0123456789fghijklm0123456789nopqrst0123456789uvwxyz0123456789';
randomize;
usi := '';
for i := 1 to 15 do usi := usi + chars[Random(length(chars))+1];
Result := usi;
end;
end.
|
{*******************************************************************************
* uFControl *
* *
* Библиотека компонентов для работы с формой редактирования (qFControls) *
* Базовый класс (TqFControl) *
* Copyright © 2005, Олег Г. Волков, Донецкий Национальный Университет *
*******************************************************************************}
unit uFControl;
interface
uses Controls, Graphics, Classes, DB, Registry;
type
TqFControl = class(TWinControl)
private
FFieldName: String;
FDisplayName: String;
FInterval: Integer;
FLabelColor: TColor;
FRequired: Boolean;
FSemicolon: Boolean;
FAsterisk: Boolean;
FEnabled: Boolean;
FDefault: Variant;
FBlocked: Boolean;
FAutoSaveToRegistry : Boolean; // vallkor
protected
FOnChange: TNotifyEvent;
FOldColor: TColor;
procedure SetDisplayName(Name: String); virtual;
procedure SetInterval(Int: Integer); virtual;
procedure SetLabelColor(Color: TColor); virtual;
procedure SetSemicolon(Val: Boolean); virtual;
procedure SetAsterisk(Val: Boolean); virtual;
procedure SetRequired(Val: Boolean); virtual;
procedure SetValue(Val: Variant); virtual;
function GetValue: Variant; virtual;
procedure Loaded; override;
procedure SetFieldName(FieldName: String); virtual;
public
constructor Create(AOwner: TComponent); override;
function Check: String; virtual;
procedure Highlight(HighlightOn: Boolean); virtual;
procedure ShowFocus; virtual;
function ToString: String; virtual;
procedure Block(Flag: Boolean); virtual;
procedure Clear; virtual;
procedure Load(DataSet: TDataSet); virtual;
procedure LoadFromRegistry(reg: TRegistry); virtual;
procedure SaveIntoRegistry(reg: TRegistry); virtual;
published
property FieldName: String read FFieldName write SetFieldName;
property DisplayName: String read FDisplayName write SetDisplayName;
property Interval: Integer read FInterval write SetInterval;
property Value: Variant read GetValue write SetValue;
property LabelColor: TColor read FLabelColor write SetLabelColor;
property Required: Boolean read FRequired write SetRequired;
property Semicolon: Boolean read FSemicolon write SetSemicolon;
property Asterisk: Boolean read FAsterisk write SetAsterisk;
property Enabled: Boolean read FEnabled write FEnabled;
property OnChange: TNotifyEvent read FOnChange write FOnChange;
property Default: Variant read FDefault write FDefault;
property Blocked: Boolean read FBlocked write Block;
property TabOrder;
property AutoSaveToRegistry : Boolean read FAutoSaveToRegistry write FAutoSaveToRegistry; // vallkor
end;
implementation
uses qFStrings, Variants, SysUtils, ComCtrls;
constructor TqFControl.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FLabelColor := qFDefaultLabelColor;
FInterval := qFDefaultInterval;
Width := qFDefaultWidth;
Height := qFDefaultHeight;
FDisplayName := qFDefaultDisplayName;
FRequired := True;
FSemicolon := True;
FAsterisk := True;
FEnabled := True;
ParentBackground := True;
end;
procedure TqFControl.Load(DataSet: TDataSet);
var
field: TField;
begin
if not Enabled then Exit;
if DataSet.IsEmpty then Exit;
field := DataSet.FindField(UpperCase(FFieldName));
if field <> nil then Value := field.Value;
end;
procedure TqFControl.Loaded;
begin
if ( not VarIsNull(Default) ) and ( not VarIsEmpty(Default) ) then
Value := Default;
end;
procedure TqFControl.Clear;
begin
if not Blocked then Value := Null;
end;
procedure TqFControl.Block(Flag: Boolean);
begin
FBlocked := Flag;
end;
function TqFControl.Check: String;
begin
Result := '';
end;
procedure TqFControl.Highlight(HighlightOn: Boolean);
var
tab: TTabSheet;
begin
if Parent is TTabSheet then
begin
tab := Parent as TTabSheet;
if tab.Parent is TPageControl then
(tab.Parent as TPageControl).ActivePage := tab;
end;
end;
procedure TqFControl.SetRequired(Val: Boolean);
begin
FRequired := Val;
end;
function TqFControl.ToString: String;
begin
Result := Null;
end;
procedure TqFControl.SetSemicolon(Val: Boolean);
begin
FSemicolon := Val;
end;
procedure TqFControl.SetAsterisk(Val: Boolean);
begin
FAsterisk := Val;
end;
procedure TqFControl.ShowFocus;
var
tab: TTabSheet;
begin
if Parent is TTabSheet then
begin
tab := Parent as TTabSheet;
if tab.Parent is TPageControl then
(tab.Parent as TPageControl).ActivePage := tab;
end;
end;
procedure TqFControl.SetValue(Val: Variant);
begin
end;
function TqFControl.GetValue: Variant;
begin
Result := Null;
end;
procedure TqFControl.SetDisplayName(Name: String);
begin
FDisplayName := Name;
end;
procedure TqFControl.SetInterval(Int: Integer);
begin
FInterval := Int;
end;
procedure TqFControl.SetLabelColor(Color: TColor);
begin
FLabelColor := Color;
end;
procedure TqFControl.LoadFromRegistry(reg: TRegistry);
begin
end;
procedure TqFControl.SaveIntoRegistry(reg: TRegistry);
begin
end;
procedure TqFControl.SetFieldName(FieldName: String);
begin
FFieldName := FieldName;
end;
end.
|
unit TestUTemplateFcxVO;
interface
uses
TestFramework, SysUtils, Atributos, UCondominioVO, Generics.Collections, UGenericVO,
Classes, Constantes, UTemplateFcxVO;
type
TestTTemplateFcxVO = class(TTestCase)
strict private
FTemplateFcxVO: TTemplateFcxVO;
public
procedure SetUp; override;
procedure TearDown; override;
published
procedure TestValidarCamposObrigatorios;
procedure TestValidarCamposErro;
end;
implementation
procedure TestTTemplateFcxVO.SetUp;
begin
FTemplateFcxVO := TTemplateFcxVO.Create;
end;
procedure TestTTemplateFcxVO.TearDown;
begin
FTemplateFcxVO.Free;
FTemplateFcxVO := nil;
end;
procedure TestTTemplateFcxVO.TestValidarCamposErro;
var
TemplateFcx : TTemplateFcxVO;
begin
TemplateFcx := TTemplateFcxVO.Create;
TemplateFcx.idTemplate := StrToInt('1');
TemplateFcx.Classificacao := '10';
TemplateFcx.descricao := '';
TemplateFcx.flTipo := '0';
try
TemplateFcx.ValidarCamposObrigatorios;
check(true,'Erro');
except on E: Exception do
Check(true,'Sucesso');
end;
end;
procedure TestTTemplateFcxVO.TestValidarCamposObrigatorios;
var
TemplateFcx : TTemplateFcxVO;
begin
TemplateFcx := TTemplateFcxVO.Create;
TemplateFcx.idTemplate := StrToInt('1');
TemplateFcx.Classificacao := '10';
TemplateFcx.descricao := 'Atividades';
TemplateFcx.flTipo := '0';
try
TemplateFcx.ValidarCamposObrigatorios;
check(true,'Sucesso');
except on E: Exception do
Check(false,'Erro');
end;
end;
initialization
RegisterTest(TestTTemplateFcxVO.Suite);
end.
|
unit Test.Core.ObjectMapping.Address;
interface
{$M+}
uses
System.SysUtils,
DUnitX.TestFramework,
Test.Address.Classes,
Nathan.ObjectMapping.Core,
Nathan.ObjectMapping.Config;
type
[TestFixture]
TTestObjectMapping = class
private
FCut: INathanObjectMappingCore<IAddress, IAddressDTO>;
public
[Setup]
procedure Setup();
[TearDown]
procedure TearDown();
[Test]
procedure Test_Map_Address_AddressDTO;
end;
{$M-}
implementation
procedure TTestObjectMapping.Setup();
begin
FCut := nil;
end;
procedure TTestObjectMapping.TearDown();
begin
FCut := nil;
end;
procedure TTestObjectMapping.Test_Map_Address_AddressDTO;
var
FCut2: TNathanObjectMappingCore<IAddress, TAddressDTO>;
Actual: IAddressDTO;
begin
// Arrange...
FCut2 := TNathanObjectMappingCore<IAddress, TAddressDTO>.Create;
// Act...
Actual := FCut2
.Config(TNathanObjectMappingConfig<IAddress, TAddressDTO>
.Create
.UserMap(
procedure(ADest: IAddress; ASrc: TAddressDTO)
begin
(ASrc as IAddressDto).Zipcode := ADest.Zip.Zipcode;
(ASrc as IAddressDto).City := ADest.Zip.City;
end)
.CreateMap)
.Map(TAddressFactory.CreateAddress);
// Assert...
Assert.IsNotNull(Actual);
Assert.AreEqual('Nathan Thurnreiter', Actual.Name);
Assert.AreEqual(1234, Actual.Zipcode);
Assert.AreEqual('City', Actual.City);
end;
initialization
TDUnitX.RegisterTestFixture(TTestObjectMapping, 'Map.TOrder');
end.
|
namespace RemObjects.Elements.System;
interface
uses
java.util.concurrent,
java.util;
type
TaskState = enum(Created, Queued, Started, Done) of Integer;
Task = public class(Runnable)
assembly
fState: TaskState;
fException: Throwable;
fAsyncState: Object;
fDelegate: Object; // callable<T>; runnable
fDoneHandlers: Object; // nil, arraylist or task
fLock: Object := new Object;
method Done(ex: Throwable);
method AddOrRunContinueWith(aTask: Task);
constructor(aDelegate: Object; aState: Object);
constructor; empty;
public
method run; virtual;
constructor(aIn: Runnable; aState: Object := nil);
method ContinueWith(aAction: remobjects.elements.system.Action1<Task>; aState: Object := nil): Task;
method ContinueWith<T>(aAction: remobjects.elements.system.Func2<Task, T>; aState: Object := nil): Task1<T>;
class method Run(aIn: Runnable): Task;
class method Run<T>(aIn: Callable<T>): Task1<T>;
property Exception: Throwable read fException;
property AsyncState: Object read fAsyncState;
property IsFaulted: Boolean read fException <> nil;
property IsCompleted: Boolean read fState = TaskState.Done;
method &Await(aCompletion: IAwaitCompletion): Boolean; // true = yield; false = long done
{$HIDE W38}
method Wait; reintroduce;virtual;
{$SHOW W38}
method Wait(aTimeoutMSec: Integer): Boolean; virtual;
method Start(aScheduler: Executor := nil); virtual;
class constructor;
class property Threadpool: ExecutorService; readonly;
class property ThreadSyncHelper: IThreadSyncHelper;
class property CompletedTask: Task read new Task(fState := TaskState.Done); lazy;
class method FromResult<T>(x: T): Task1<T>;
begin
exit new Task1<T>(fState := TaskState.Done, fResult := x);
end;
end;
Task1<T> = public class(Task)
assembly
fResult: T;
method getResult: T;
constructor; empty;
constructor(aDelegate: Object; aState: Object); empty;
public
constructor(aIn: Callable<T>; aState: Object := nil);
method ContinueWith(aAction: Action1<Task1<T>>; aState: Object := nil): Task;
method ContinueWith<TR>(aAction: Func2<Task1<T>, TR>; aState: Object := nil): Task1<TR>;
method run; override;
property &Result: T read getResult;
end;
TaskCompletionSource<T> = public class
private
fTask: Task1<T>;
public
constructor(aState: Object := nil);
method SetException(ex: Throwable);
method SetResult(val: T);
property Task: Task1<T> read fTask;
end;
IAwaitCompletion = public interface
method moveNext(aState: Object);
end;
IThreadSyncHelper = public interface
method GetThreadContext: Object;
method SyncBack(aContext: Object; aAction: Runnable);
end;
AndroidThreadSyncHelper = public class(IThreadSyncHelper)
private
fHandlerPost, fMyLooper: java.lang.reflect.&Method;
fHandlerCtor: java.lang.reflect.Constructor;
public
constructor;
method SyncBack(aContext: Object; aAction: Runnable);
method GetThreadContext: Object;
end;
AWTThreadSyncHelper = public class(IThreadSyncHelper)
private
fisDispatchThread, finvokeLater: java.lang.reflect.&Method;
fType: &Class;
public
constructor;
method SyncBack(aContext: Object; aAction: Runnable);
method GetThreadContext: Object;
end;
TaskCompletionSourceTask<T> = class(Task1<T>)
assembly
public
method run; override; empty;
end;
ThreadpoolFactory nested in Task = class(ThreadFactory)
private
public
method newThread(arg: Runnable): Thread;
end;
implementation
constructor Task(aDelegate: Object; aState: Object);
begin
fDelegate := aDelegate;
fAsyncState := aState;
end;
constructor Task(aIn: Runnable; aState: Object);
begin
if aIn = nil then raise new IllegalArgumentException('aIn');
constructor(Object(aIn), aState);
end;
method Task.run;
begin
locking fLock do
fState := TaskState.Started;
try
Runnable(fDelegate)();
Done(nil);
except
on ex: Throwable do
Done(ex);
end;
end;
method Task.Done(ex: Throwable);
begin
fException := ex;
var lCW: Object;
locking fLock do begin
fState := TaskState.Done;
lCW := fDoneHandlers;
fDoneHandlers := nil;
fLock.notifyAll;
end;
if lCW <> nil then begin
var lTask := Task(lCW);
if lTask <> nil then begin
lTask.run;
end else begin
var lList := ArrayList<Task>(lCW);
for i: Integer := 0 to lList.size -1 do
lList[i].run;
end;
end;
end;
method Task.ContinueWith(aAction: remobjects.elements.system.Action1<Task>; aState: Object): Task;
begin
result := new Task(-> aAction(self), aState);
result.fState := TaskState.Queued;
AddOrRunContinueWith(result);
end;
method Task.ContinueWith<T>(aAction: remobjects.elements.system.Func2<Task,T>; aState: Object): Task1<T>;
begin
var r: Callable<T> := -> aAction(self);
result := new Task1(r, aState);
result.fState := TaskState.Queued;
AddOrRunContinueWith(result);
end;
method Task.AddOrRunContinueWith(aTask: Task);
begin
var lDone := false;
if fState = TaskState.Done then lDone := true
else locking self do begin
if fState = TaskState.Done then lDone := true
else begin
if fDoneHandlers = nil then fDoneHandlers := aTask
else begin
var lNew := new ArrayList();
lNew.add(fDoneHandlers);
lNew.add(aTask);
fDoneHandlers := lNew;
end;
end;
end;
if lDone then begin
aTask.run;
end;
end;
method Task.Wait;
begin
if fState = TaskState.Done then exit;
locking fLock do begin
if fState = TaskState.Done then exit;
while fState <> TaskState.Done do begin
fLock.wait()
end;
end;
end;
method Task.Wait(aTimeoutMSec: Integer): Boolean;
begin
if fState = TaskState.Done then exit true;
locking fLock do begin
if fState = TaskState.Done then exit true;
var lTO := System.currentTimeMillis + aTimeoutMSec;
while fState <> TaskState.Done do begin
var lMS := lTO - System.currentTimeMillis;
if lMS <= 0 then exit false;
fLock.wait(lMS);
end;
exit true;
end;
end;
method Task.Start(aScheduler: Executor);
begin
locking fLock do begin
if fState <> TaskState.Created then raise new IllegalStateException('Task already started/queued/done');
fState := TaskState.Queued;
end;
coalesce(aScheduler, Executor(Threadpool)).execute(self);
end;
class method Task.Run(aIn: Runnable): Task;
begin
result := new Task(aIn);
result.Start;
end;
class method Task.Run<T>(aIn: Callable<T>): Task1<T>;
begin
result := new Task1<T>(aIn);
result.Start;
end;
method Task1<T>.getResult: T;
begin
Wait();
if fException <> nil then
raise fException;
exit fResult;
end;
method Task1<T>.run;
begin
locking fLock do
fState := TaskState.Started;
try
fResult := Callable<T>(fDelegate)();
Done(nil);
except
on ex: Throwable do
Done(ex);
end;
end;
constructor Task1<T>(aIn: Callable<T>; aState: Object);
begin
if aIn = nil then raise new IllegalArgumentException('aIn');
inherited constructor(aIn, aState);
end;
method Task1<T>.ContinueWith(aAction: Action1<Task1<T>>; aState: Object): Task;
begin
result := new Task(-> aAction(self), aState);
result.fState := TaskState.Queued;
AddOrRunContinueWith(result);
end;
method Task1<T>.ContinueWith<TR>(aAction: Func2<Task1<T>,TR>; aState: Object): Task1<TR>;
begin
var r: Callable<T> := -> aAction(self);
result := new Task1(r, aState);
result.fState := TaskState.Queued;
AddOrRunContinueWith(result);
end;
constructor TaskCompletionSource<T>(aState: Object);
begin
fTask := new TaskCompletionSourceTask<T>(Object(nil), aState);
fTask.fState := TaskState.Started;
end;
method TaskCompletionSource<T>.SetException(ex: Throwable);
begin
locking fTask.fLock do begin
if fTask.fState = TaskState.Done then raise new IllegalStateException('Task already done');
fTask.fException := ex;
fTask.fState := TaskState.Done;
end;
fTask.Done(ex);
end;
method TaskCompletionSource<T>.SetResult(val: T);
begin
locking fTask.fLock do begin
if fTask.fState = TaskState.Done then raise new IllegalStateException('Task already done');
fTask.fResult := val;
fTask.fState := TaskState.Done;
end;
fTask.Done(nil);
end;
method Task.Await(aCompletion: IAwaitCompletion): Boolean;
begin
if IsCompleted then exit false;
var tc := ThreadSyncHelper.GetThreadContext();
if tc = nil then begin
ContinueWith(a -> aCompletion.moveNext(a), nil);
end else begin
ContinueWith(a -> begin
ThreadSyncHelper.SyncBack(tc, -> aCompletion(a));
end);
end;
exit true;
end;
class constructor Task;
begin
Threadpool := Executors.newCachedThreadPool(new ThreadpoolFactory);
try
&Class.forName("android.app.Activity");
ThreadSyncHelper := new AndroidThreadSyncHelper;
except
ThreadSyncHelper := new AWTThreadSyncHelper;
end;
end;
method AWTThreadSyncHelper.SyncBack(aContext: Object; aAction: Runnable);
begin
finvokeLater.invoke(aAction);
end;
method AWTThreadSyncHelper.GetThreadContext: Object;
begin
if Boolean(fisDispatchThread.invoke(nil)) then exit self;
exit nil; // AWT has no looper concept
end;
constructor AWTThreadSyncHelper;
begin
fType := typeOf(AWTThreadSyncHelper).ClassLoader.loadClass('java.awt.EventQueue');
fisDispatchThread := fType.getMethod('isDispatchThread');
finvokeLater := fType.getMethod('invokeLater', typeOf(Runnable));
end;
constructor AndroidThreadSyncHelper;
begin
var lType := typeOf(AndroidThreadSyncHelper).ClassLoader.loadClass('android.os.Looper');
fMyLooper := lType.getMethod('myLooper');
var lType2 := typeOf(AndroidThreadSyncHelper).ClassLoader.loadClass('android.os.Handler');
fHandlerCtor := lType2.getConstructor(lType);
fHandlerPost := lType2.getMethod('post', typeOf(Runnable));
end;
method AndroidThreadSyncHelper.SyncBack(aContext: Object; aAction: Runnable);
begin
fHandlerPost.invoke(fHandlerCtor.newInstance(aContext), aAction);
end;
method AndroidThreadSyncHelper.GetThreadContext: Object;
begin
exit fMyLooper.invoke(nil);
end;
method Task.ThreadpoolFactory.newThread(arg: Runnable): Thread;
begin
result := new Thread(arg);
result.Daemon := true;
end;
end. |
unit uPubThreadQuery;
interface
uses
SysUtils, ZLib, Variants, ComObj, DB, Classes, ADODB, StrUtils, UntTIO,
Windows, Messages,Registry,Math,SConnect,DBClient,Forms,Controls,FrmCliDM,Pub_Fun;
type
TPubQueryThread=class(TThread)
protected
procedure Execute;override;
public
cdsPub: TClientDataSet;
SckCon: TSocketConnection;
PHandle: LongWord;
SQL : String;
ResultMsgNumber : integer;
FType : integer; // 0:执行查询方法 1:执行无结果返回的语句
//构造方法
constructor Create;virtual;
//释放对象
destructor Destroy; override;
function ConnectSckCon(var ErrMsg: string): boolean;
//------------方法列表-------------------
//OPEN SQL
function OpenSQL(var _cds: TClientDataSet; SqlStr: string;
var ErrMsg: string): Boolean;
//执行SQL
function ExecSQL(SqlStr: string; var ErrMsg: string): Boolean;
//查询提醒中心数据
function QueryRemind(var _cds: TClientDataSet; var ErrMsg: string): Boolean;
end;
implementation
{ TQueryThread }
constructor TPubQueryThread.Create;
begin
SckCon:= TSocketConnection.Create(nil);
SckCon.ServerName := 'PosServer.KD_PosServer';
SckCon.ServerGUID := '{717432D5-8CAB-422F-A1E3-913E792C50C8}';
SckCon.SupportCallbacks := False;
inherited Create(True);
end;
procedure TPubQueryThread.Execute;
var RstErrMsg : string;
begin
inherited;
if cdsPub = nil then cdsPub := TClientDataSet.Create(nil);
if FType = 0 then
begin
if not OpenSQL(cdsPub,SQL,RstErrMsg) then
begin
RstErrMsg := RstErrMsg+#0;
PostMessage(PHandle,WM_I3Message,ErrMsgNO,Integer(Pchar(RstErrMsg)));
end
else
begin
PostMessage(PHandle,WM_I3Message,ResultMsgNumber,0);
end;
end
else
if FType = 1 then
begin
if not ExecSQL(SQL,RstErrMsg) then
begin
RstErrMsg := RstErrMsg+#0;
PostMessage(PHandle,WM_I3Message,ErrMsgNO,Integer(Pchar(RstErrMsg)));
end
else
begin
PostMessage(PHandle,WM_I3Message,ResultMsgNumber,0);
end;
end
else
if FType = 3 then //提醒中心
begin
if not QueryRemind(cdsPub,RstErrMsg) then
begin
RstErrMsg := RstErrMsg+#0;
PostMessage(PHandle,WM_I3Message,ErrMsgNO,Integer(Pchar(RstErrMsg)));
end
else
begin
PostMessage(PHandle,WM_I3Message,ResultMsgNumber,0);
end;
end;
end;
function TPubQueryThread.ConnectSckCon(var ErrMsg: string): boolean;
begin
Result := True;
try
if not SckCon.Connected then SckCon.Open;
except
on E: Exception do
begin
ErrMsg := '线程类连接服务器失败,请检查网络！';
Gio.AddShow('线程类连接服务器错误：' + E.Message);
Result := False;
Exit;
end;
end;
end;
function TPubQueryThread.OpenSQL(var _cds: TClientDataSet; SqlStr: string;
var ErrMsg: string): Boolean;
var
Data: OleVariant;
begin
Result := True;
Result := ConnectSckCon(ErrMsg);
if not Result then Exit;
try
Gio.AddShow(Format('查询数据 - 开始：%s', [SqlStr]));
Result := SckCon.AppServer.Pub_QuerySQL(SqlStr, Data, ErrMsg) = 0;
if Result then
begin
//解压缩数据包
Data := UnZip_OleVariant(Data);
try
_cds.Data := Data;
except
on e : Exception do
begin
ErrMsg := e.Message;
Gio.AddShow(Format('查询数据 - 出错：%s', [ErrMsg]));
Result := False;
end;
end;
end
else Gio.AddShow(Format('查询数据 - 出错：%s', [ErrMsg]));
finally
if SckCon.Connected then SckCon.Close;
end;
end;
function TPubQueryThread.ExecSQL(SqlStr: string; var ErrMsg: string): Boolean;
begin
Result := True;
Result := ConnectSckCon(ErrMsg);
if not Result then exit;
try
Gio.AddShow(Format('执行脚本 - 开始：%s', [SqlStr]));
Result := SckCon.AppServer.Pub_ExecSql(SqlStr, ErrMsg) = 0;
if Result then
begin
Gio.AddShow(Format('执行脚本 - 完成：%s', [SqlStr]));
end
else Gio.AddShow(Format('执行脚本 - 出错：%s', [ErrMsg]));
finally
if SckCon.Connected then SckCon.Close;
end;
end;
function TPubQueryThread.QueryRemind(var _cds: TClientDataSet; var ErrMsg: string): Boolean;
var Data: OleVariant;
Rst : Integer;
begin
Result := True;
Result := ConnectSckCon(ErrMsg);
Data := _cds.Data;
if not Result then exit;
try
try
Gio.AddShow('获取提醒中心数据 - 开始...');
{ TODO : jibin_guo暂时调整 }
rst := 0; //SckCon.AppServer.E_Get_RemindList(userinfo.LoginUser_FID, userinfo.Branch_ID,Data,ErrMsg);
if Rst = 0 then
begin
_cds.Data := Data;
Result := True;
Gio.AddShow('获取提醒中心数据 - 完成...');
end
else
if Rst = -1 then
begin
Result := False;
Gio.AddShow('获取提醒中心数据 - 出错:'+ErrMsg);
end
else
if Rst = 1 then
begin
Result := True;
Gio.AddShow('获取提醒中心:当前用户没有提醒项...');
end;
except
on e : Exception do
begin
ErrMsg := e.Message;
Gio.AddShow(Format('获取提醒中心数据 - 出错：%s', [ErrMsg]));
Result := False;
end;
end;
finally
if SckCon.Connected then SckCon.Close;
end;
end;
destructor TPubQueryThread.Destroy;
begin
if SckCon.Connected then
begin
SckCon.Close;
end;
SckCon.Free;
end;
end.
|
{
PC98 key testing program
Copyright (c) 2020 Adrian Siekierka
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.
}
program KeyTest;
uses Dos;
function KeyPressed: boolean;
var
regs: Registers;
begin
regs.AH := $01;
Intr($18, regs);
{ KeyPressed := (regs.Flags and $02) <> 0; }
KeyPressed := regs.BH <> 0;
end;
function ReadKey: char;
var
regs: Registers;
begin
regs.AH := $00;
Intr($18, regs);
if (regs.AL <= $02) and (regs.AH <= $80) then
ReadKey := Chr(regs.AH or $80)
else
ReadKey := Chr(regs.AL);
end;
var
c: char;
running: boolean;
begin
running := true;
while running do begin
if KeyPressed then begin
c := ReadKey;
if c = #13 then
running := false
else
Writeln('Read character ', Ord(c));
end;
end;
end.
|
//---------------------------------------------------------------------------
// This software is Copyright (c) 2012 Alan Fletcher.
// You may use thius software in any way you want and contribute back to the
// author with any improvements you may have made to it.
// You are also allowed to use this software or part of it for any purposes as long
// as you retain this message and credit the author for it's contribuition.
//---------------------------------------------------------------------------
unit fBase;
interface
uses
System.SysUtils, System.Types, System.UITypes, System.Rtti, System.Classes,
System.Variants, FMX.Types, FMX.Controls, FMX.Forms, FMX.Dialogs;
type
TfrmBase = class(TForm)
private
{ Private declarations }
public
{ Public declarations }
function GetObjectByName(objName: string; Number: integer): TComponent;
end;
var
frmBase: TfrmBase;
implementation
{$R *.fmx}
// Helper function that allows forms to find it's components by name and number
// - MediaPlayer and 8 will look for MediaPlayer8
// and if it finds will return the component otw returns nil
function TfrmBase.GetObjectByName(objName: string; Number: integer): TComponent;
var
ComponentName: String;
begin
// Volume Commands can only came from TTrackbar
ComponentName := objName + IntToStr(Number);
Result := FindComponent(ComponentName);
end;
end.
|
unit AStarBlitzCode;
//Degenerated from:
//A* Pathfinder by Patrick Lester. Used by permission.
//==================================================================
//Last updated 4/7/04
//http://www.policyalmanac.org/games/aStarTutorial.htm
//A* Pathfinding for Beginners
//This version of the aStar library has been modified to handle
//pathfinding around other units.
interface
uses
AStarGlobals,
forms;//application.ProcessMessages;
Function BlitzFindPath( pathfinderID, startingX, startingY,//mode=normal
targetX, targetY,
mode:Integer):Integer;
implementation
uses AStarBlitzUnit;//for the other procedures
//---------------------------------------------------------------------------
// Name: FindPath
// Desc: Finds a path using A*
{Function FindPath(unit.unit,targetX,targetY,mode=normal)
;Random move mode is used when a unit's main target is
;currently unreachable. After the random move, the unit
;will try to pathfind to its original target again. Random
;moves can break up units that happen to be approaching
;each other from opposite directions down tight corridors.
;See the UpdatePath() function.
If mode = randomMove Then useDijkstras = True}
//Please note that targetX and targetY
//are pixel-based coordinates relative to the
//upper left corner of the map, which is 0,0.
//---------------------------------------------------------------------------
Function BlitzFindPath ( pathfinderID, startingX, startingY,//mode=normal
targetX, targetY, mode:Integer):Integer;
var
useDijkstras:Boolean;
dx1,dx2,dy1,dy2,cross,//Tiebreakers
XDistance,YDistance,HDistance, //Heuristic options
startX,startY,x,y,
onOpenList, parentXval, parentYval,
a, b, m, u, v, temp, corner, numberOfOpenListItems,
addedGCost, tempGcost, node,
//path,//moved to global
tempx, pathX, pathY, cellPosition,
newOpenListItemID:Integer;
//13.If there is no path to the selected target, set the pathfinder's
//xPath and yPath equal to its current location
//and return that the path is nonexistent.
procedure noPath;
begin
UnitRecordArray[pathfinderID].xPath := startingX;
UnitRecordArray[pathfinderID].yPath := startingY;
result:= nonexistent;
end;
procedure noPathRedirect;
begin
UnitRecordArray[pathfinderID].xPath := startingX;
UnitRecordArray[pathfinderID].yPath := startingY;
result:= RedirectFailed;
end;
procedure noPathTarget;
begin
UnitRecordArray[pathfinderID].xPath := startingX;
UnitRecordArray[pathfinderID].yPath := startingY;
result:= Targetunwalkable;
end;
Begin
If mode = randomMove Then useDijkstras := True else
useDijkstras:=False;
//onOpenList:=0;
//New changes made these un-initialized..buggy ?
parentXval:=0; parentYval:=0; //corner:=0;
addedGCost:=0;
//a:=0; b:=0; m:=0; u:=0; v:=0;
//temp:=0; numberOfOpenListItems:=0;
//path := 0;
// tempx:=0; pathX:=0; pathY:=0; cellPosition:=0;
//tempGcost := 0;
newOpenListItemID:=0; node:=0;
//1. Convert location data (in pixels)
//to coordinates in the walkability array.
startX := startingX div ProjectRecord.tileSize;
startY := startingY div ProjectRecord.tileSize;
targetX := targetX div ProjectRecord.tileSize;
targetY := targetY div ProjectRecord.tileSize;
//2.Quick Path Checks: Under the some circumstances no path needs to
// be generated ...
//2. Check for redirects
result := CheckRedirect(pathfinderID,targetX,targetY);
//target is unwalkable and could not find a redirect.
If result = CheckRedirectFailed Then //noPath;
begin noPathRedirect; exit;{current procedure} end else
If result = CheckRedirectsucceeded Then
begin //island and Claimed nodes already made!
targetX := gInt1; //Actual Target X,Y already reset
targetY := gInt2; //by CheckRedirect
end;// targetX := gInt1 else targetY := gInt2;
//If starting location and target are in the same location...
//Blitz sets other stuff..this does it at end...
if ((startX = targetX) and (startY = targetY)
and (UnitRecordArray[pathfinderID].pathLocation > 0))
then result:= found;
if ((startX = targetX) and (startY = targetY)
and (UnitRecordArray[pathfinderID].pathLocation = 0))
then result:= nonexistent;
//If target square is unwalkable, return that it's a nonexistent path.
if (walkability[targetX][targetY] = unwalkable)then
begin noPathTarget; exit;{current procedure} end;//goto noPath;
//3.Reset some variables that need to be cleared
if (onClosedList > 1000000)then //reset whichList occasionally
begin
for x := 0 to mapWidth-1 do
for y := 0 to mapHeight-1 do whichList [x][y] := 0;
onClosedList := 10;
end;
//changing the values of onOpenList and onClosed list
//is faster than redimming whichList() array
onClosedList := onClosedList+5; //+2;
onOpenList := onClosedList-1;
tempUnwalkable := onClosedList-2;
penalized := onClosedList-3;
UnitRecordArray[pathfinderID].pathLength := notStarted;//i.e, = 0
UnitRecordArray[pathfinderID].pathLocation:= notStarted;//i.e, = 0
Gcost[startX][startY] := 0; //reset starting square's G value to 0
//b. Create a footprint for any nearby unit that the pathfinding unit
//may be about to collide with. Such nodes are designated as tempUnwalkable.
CreateFootPrints(pathfinderID{unit.unit});
//4.Add the starting location to the open list of squares to be checked.
numberOfOpenListItems := 1;
//assign it as the top (and currently only) item in the open list,
// which is maintained as a binary heap (explained below)
openList[1] := 1;
openX[1] := startX ;
openY[1] := startY;
LostinaLoop:=True;
//5.Do the following until a path is found or deemed nonexistent.
while (LostinaLoop)//Do until path is found or deemed nonexistent
do
begin
Application.ProcessMessages;
// If () then LostinaLoop :=False;
//6.If the open list is not empty, take the first cell off of the list.
//This is the lowest F cost cell on the open list.
if (numberOfOpenListItems <> 0) then
begin
//6.7. Pop the first item off the open list.
parentXval := openX[openList[1]];
//record cell coordinates of the item
parentYval := openY[openList[1]];
//add the item to the closed list
whichList[parentXval][parentYval] := onClosedList;
//Open List = Binary Heap: Delete this item from the open list, which
//is maintained as a binary heap.
//For more information on binary heaps, see:
//http://www.policyalmanac.org/games/binaryHeaps.htm
//reduce number of open list items by 1
numberOfOpenListItems := numberOfOpenListItems - 1;
//Delete the top item in binary heap and reorder the heap,
//with the lowest F cost item rising to the top.
//move the last item in the heap up to slot #1
openList[1] := openList[numberOfOpenListItems+1];
v := 1;
//Repeat the following until the new item in slot #1
//sinks to its proper spot in the heap.
while LostinaLoop//(not KeyDown(27))//reorder the binary heap
do
begin
Application.ProcessMessages; //Allow user to Cancel
u := v;
//if both children exist
if (2*u+1 <= numberOfOpenListItems)then
begin
//Check if the F cost of the parent is greater than each child.
//Select the lowest of the two children.
if (Fcost[openList[u]] >= Fcost[openList[2*u]])then v := 2*u;
if (Fcost[openList[v]] >= Fcost[openList[2*u+1]])then v := 2*u+1;
end
else
begin //if only child #1 exists
if (2*u <= numberOfOpenListItems)then
begin
//Check if the F cost of the parent is greater than child #1
if (Fcost[openList[u]] >= Fcost[openList[2*u]])then
v := 2*u;
end;
end;
//!=
if (u <> v)then //if parent's F is > one of its children, swap them
begin
temp := openList[u];
openList[u] := openList[v];
openList[v] := temp;
end else break; //otherwise, exit loop
end; //while LostinaLoop
//7.Check the adjacent squares. (Its "children" -- these path children
//are similar, conceptually, to the binary heap children mentioned
//above, but don't confuse them. They are different. Path children
//are portrayed in Demo 1 with grey pointers pointing toward
//their parents.) Add these adjacent child squares to the open list
//for later consideration if appropriate (see various if statements
//below).
for b := parentYval-1 to parentYval+1 do
begin
for a := parentXval-1 to parentXval+1do
begin
//If not off the map
//(do this first to avoid array out-of-bounds errors)
if ( (a <> -1) and (b <> -1)
and (a <> mapWidth) and (b <> mapHeight) )then
begin
//If not already on the closed list (items on the closed list have
//already been considered and can now be ignored).
if (whichList[a][b] <> onClosedList)then
begin
//If not a wall/obstacle square.
if (walkability [a][b] <> unwalkable) then
begin
//If not an adjacent node that is temporarily unwalkable
//as defined by CreateFootprints()
If tempUnwalkability[a,b] <> tempUnwalkable then
node := unwalkable;
//If not occupied by a stopped unit
If claimedNode[a,b] = 0{Null} then node := walkable
Else If claimedNode[a,b]{\pathStatus} <>tempStopped{ stopped }then
node := walkable;//{End If
If node = walkable then
begin
//Don't cut across corners
corner := walkable;
if (a = parentXval-1)then
begin
if (b = parentYval-1)then
begin
if ( (walkability[parentXval-1][parentYval] = unwalkable)
or (walkability[parentXval][parentYval-1] = unwalkable))
then corner := unwalkable;
end
else if (b = parentYval+1)then
begin
if ((walkability[parentXval][parentYval+1] = unwalkable)
or (walkability[parentXval-1][parentYval] = unwalkable))
then corner := unwalkable;
end;
end
else if (a = parentXval+1)then
begin
if (b = parentYval-1)then
begin
if ((walkability[parentXval][parentYval-1] = unwalkable)
or (walkability[parentXval+1][parentYval] = unwalkable))
then corner:= unwalkable;
end
else if (b = parentYval+1)then
begin
if ((walkability[parentXval+1][parentYval] = unwalkable)
or (walkability[parentXval][parentYval+1] = unwalkable))
then corner := unwalkable;
end;
end;
if (corner = walkable)then
begin
//If not already on the open list, add it to the open list.
if (whichList[a][b] <> onOpenList)then
begin
//Create a new open list item in the binary heap.
//each new item has a unique ID #
newOpenListItemID := newOpenListItemID + 1;
m := numberOfOpenListItems+1;
//place the new open list item
//(actually, its ID#) at the bottom of the heap
openList[m] := newOpenListItemID;
//record the x and y coordinates of the new item
openX[newOpenListItemID] := a;
openY[newOpenListItemID] := b;
//Figure out its G cost
if ((abs(a-parentXval) = 1) and (abs(b-parentYval) = 1))
//cost of going to diagonal squares
then addedGCost := 14
//cost of going to non-diagonal squares
else addedGCost := 10;
Gcost[a][b] := Gcost[parentXval][parentYval]
+Trunc((GCostData[a,b] *ProjectRecord.TerrainValueAlphaD))
+ addedGCost;
//If the node lies along the path of a nearby unit, add a penalty G cost.
If nearByPath[a,b] = penalized then
Gcost[a,b] := Gcost[a,b]+Trunc(20*ProjectRecord.AdjacentPathPenaltyD)
Else If ((a<>parentXval) And (b<>parentYval)) then
If ((nearByPath[a,parentYval] = penalized) or
(nearByPath[parentXval,b] = penalized)) then
Gcost[a,b] := Gcost[a,b]+Trunc(28*ProjectRecord.AdjacentPathPenaltyD);
//Figure out its H and F costs and parent
If useDijkstras then Hcost[openList[m]] :=Trunc(ProjectRecord.AverageTerrainD){0} else
//Hcost[openList[m]] := 10*(abs(a - targetX) + abs(b - targetY));
Case UnitRecordArray[pathfinderID].SearchMode of
0:Hcost[openList[m]] :=Trunc(ProjectRecord.AverageTerrainD);//0; //Dijkstra
1://Diagonal
Begin
XDistance:=abs(a - targetX);
YDistance:=abs(b - targetY);
If XDistance > YDistance then
HDistance:=( (14*YDistance) + (10*(XDistance-YDistance)))
else HDistance:=( (14*XDistance) + (10*(YDistance-XDistance)));
Hcost[openList[m]] :=Trunc(HDistance+ProjectRecord.AverageTerrainD);
End;
2: //Manhattan
Hcost[openList[m]] := Trunc(ProjectRecord.AverageTerrainD+
(10*(abs(a - targetX) + abs(b - targetY))));
3: //BestFirst..Overestimated h
Hcost[openList[m]] := Trunc(ProjectRecord.AverageTerrainD+
(10*((a - targetX)*(a - targetX)
+ (b - targetY)*(b - targetY))));
4:
Hcost[openList[m]] := Trunc(ProjectRecord.AverageTerrainD+
(10*SQRT(((a - targetX)*(a - targetX)
+ (b - targetY)*(b - targetY)))));
End;
//record the F cost of the new square
//Fcost[openList[m]] := Gcost[a][b] + Hcost[openList[m]];
Case UnitRecordArray[pathfinderID].TieBreakerMode of
0:Fcost[openList[m]] := Gcost[a][b] + Hcost[openList[m]];
1:begin //straight
dx1:=(a - targetX);
dx2:=(b - targetY);
dy1:=(UnitRecordArray[pathfinderID].startXLoc-UnitRecordArray[pathfinderID].targetX);
dy2:=(UnitRecordArray[pathfinderID].startYLoc-UnitRecordArray[pathfinderID].targetY );
cross:=abs((dx1*dy2) - (dx2*dy1));
//Round or Trunc ? //*
Fcost[openList[m]] := Trunc(Gcost[a][b] + Hcost[openList[m]]+(cross/0.001));
end;
2:Fcost[openList[m]] := Trunc(Gcost[a][b] + Hcost[openList[m]]-(0.1*Hcost[openList[m]])); //close
3:Fcost[openList[m]] := Trunc(Gcost[a][b] + Hcost[openList[m]]+(0.1*Hcost[openList[m]])); //far
end;
//record the parent of the new square
parentX[a][b] := parentXval ;
parentY[a][b] := parentYval;
//Move the new open list item to the proper place
//in the binary heap. Starting at the bottom,
//successively compare to parent items,
//swapping as needed until
//the item finds its place in the heap
//or bubbles all the way to the top
//(if it has the lowest F cost).
//While item hasn't bubbled to the top (m=1)
while (m <> 1)do
begin
//Check if child's F cost is < parent's F cost.
//If so, swap them.
if (Fcost[openList[m]] <= Fcost[openList[m div 2]])then
begin
temp := openList[m div 2];//[m/2];
openList[m div 2]{[m/2]} := openList[m];
openList[m] := temp;
m := m div 2;//m/2;
end else break;
end;
//add one to the number of items in the heap
numberOfOpenListItems := numberOfOpenListItems+1;
//Change whichList to show
//that the new item is on the open list.
whichList[a][b] := onOpenList;
end
//8.If adjacent cell is already on the open list,
//check to see if this path to that cell
//from the starting location is a better one.
//If so, change the parent of the cell and its G and F costs
else //If whichList(a,b) = onOpenList
begin
//Figure out the G cost of this possible new path
if ((abs(a-parentXval) = 1) and (abs(b-parentYval) = 1))
//cost of going to diagonal tiles
then addedGCost := 14
//cost of going to non-diagonal tiles
else addedGCost := 10;
//tempGcost := Gcost[parentXval][parentYval] + addedGCost;
tempGcost := Gcost[parentXval][parentYval]+Trunc(GCostData[a,b]*ProjectRecord.TerrainValueAlphaD) + addedGCost;
//;If the node lies along the path of a nearby unit,
//add a penalty G cost.
If nearByPath[a,b] = penalized then
tempGcost := tempGcost+Trunc(20*ProjectRecord.AdjacentPathPenaltyD)
Else If ((a<>parentXval) And (b<>parentYval))then
begin
If ((nearByPath[a,parentYval] = penalized) or
(nearByPath[parentXval,b] = penalized))then
tempGcost := tempGcost+Trunc(28*ProjectRecord.AdjacentPathPenaltyD);
End;
//If this path is shorter (G cost is lower) then change
//the parent cell, G cost and F cost.
if (tempGcost < Gcost[a][b])then //if G cost is less,
begin //change the square's parent
parentX[a][b] := parentXval;
parentY[a][b] := parentYval;
Gcost[a][b] := tempGcost;//change the G cost
//Because changing the G cost also changes the F cost,
//if the item is on the open list we need to change
//the item's recorded F cost
//and its position on the open list to make
//sure that we maintain a properly ordered open list.
//look for the item in the heap
for x := 1 to numberOfOpenListItems do
begin //item found
if ( (openX[openList[x]] = a)
and (openY[openList[x]] = b))then
begin //change the F cost
Fcost[openList[x]] :=
Gcost[a][b] + Hcost[openList[x]];
//See if changing the F score bubbles the item up
// from it's current location in the heap
m := x;
//While item hasn't bubbled to the top (m=1)
while (m <> 1)do
begin
//Check if child is < parent. If so, swap them.
if (Fcost[openList[m]] < Fcost[openList[m div 2]])
then
begin
temp := openList[m div 2]; //
openList[m div 2] := openList[m]; //m/2
openList[m] := temp;
m := m div 2;
end else break;
end;
break; //exit for x = loop
end; //If openX(openList(x)) = a
end; //For x = 1 To numberOfOpenListItems
end;//If tempGcost < Gcost(a,b)
end;//else If whichList(a,b) = onOpenList
end;//If not cutting a corner
{ End If ;If not already on the open list
End If ;If corner = walkable}
End;// If ;If not occupied by a stopped unit
// End;// If ;If not an adjacent, temporarily unwalkable node
{ End If ;If not a wall/obstacle cell.
End If ;If not already on the closed list
End If ;If not off the map.}
end;//If not a wall/obstacle square.
end;//If not already on the closed list
end;//If not off the map
end;//for (a = parentXval-1; a <= parentXval+1; a++){
end;//for (b = parentYval-1; b <= parentYval+1; b++){
end//if (numberOfOpenListItems != 0)
//9.If open list is empty then there is no path.
else
begin
//pathStatus[pathfinderID] := nonexistent;
UnitRecordArray[pathfinderID].pathStatus := nonexistent;
break;
end;
//If target is added to open list then path has been found.
//See 10 below
(* if (whichList[targetX][targetY] = onOpenList)then
begin
//pathStatus[pathfinderID] := found;
UnitRecordArray[pathfinderID].pathStatus := found;
break;
end;
end; *)
//10.Check to see if desired target has been found.
If mode = normal then// ;exit when target is added to open list.
begin
If whichList[targetX,targetY] = onOpenList Then
begin
UnitRecordArray[pathfinderID].pathStatus := found;
break;//: Exit
end;
end Else
If mode = randomMove then
If Gcost[parentXval,parentYVal] > (20 + Random(20))then
begin
targetX := parentXval;// :
targetY := parentYval;
pathStatus[pathfinderID] := found;// : Exit
break;
end;
end;
{End If
End If}
//10.Save the path if it exists.
if (UnitRecordArray[pathfinderID].pathStatus = found)then
begin
//a.Working backwards from the target to the starting location by checking
//each cell's parent, figure out the length of the path.
pathX := targetX;
pathY := targetY;
while ((pathX <> startX) or (pathY <> startY))do
begin
//Look up the parent of the current cell.
tempx := parentX[pathX][pathY];
pathY := parentY[pathX][pathY];
pathX := tempx;
//Figure out the path length
//pathLength[pathfinderID] := pathLength[pathfinderID] + 1;
UnitRecordArray[pathfinderID].pathLength := UnitRecordArray[pathfinderID].pathLength + 1;
end;
{;b. Resize the data bank to the right size (leave room to store step 0,
;which requires storing one more step than the length)
ResizeBank unit\pathBank,(unit\pathLength+1)*4}
//b.Resize the data bank to the right size in bytes
{pathBank[pathfinderID] :=
(int* ) realloc (pathBank[pathfinderID],
pathLength[pathfinderID]*8);} //8 ? 4 byte =int ? +1
//setlength(pathBank[pathfinderID],(pathLength[pathfinderID])*2);
setlength(UnitpathBank[UnitRecordArray[pathfinderID].CurrentpathBank,pathfinderID],(UnitRecordArray[pathfinderID].pathLength)*2);
//c. Now copy the path information over to the databank. Since we are
//working backwards from the target to the start location, we copy
//the information to the data bank in reverse order. The result is
//a properly ordered set of path data, from the first step to the last.
pathX := targetX;
pathY := targetY;
//cellPosition := pathLength[pathfinderID]*2;//start at the end
cellPosition := ((UnitRecordArray[pathfinderID].pathLength)*2);//start at the end
while ((pathX <> startX) or (pathY <> startY))do
begin
cellPosition := cellPosition - 2;//work backwards 2 integers
//error C messing with stuffing integers into a byte array type of thing
//pathBank[pathfinderID] [cellPosition] := pathX;
//pathBank[pathfinderID] [cellPosition+1] := pathY;
UnitpathBank[UnitRecordArray[pathfinderID].CurrentpathBank][pathfinderID][cellPosition] := pathX;
UnitpathBank[UnitRecordArray[pathfinderID].CurrentpathBank][pathfinderID][cellPosition+1] := pathY;
//d.Look up the parent of the current cell.
tempx := parentX[pathX][pathY];
pathY := parentY[pathX][pathY];
pathX := tempx;
//e.If we have reached the starting square, exit the loop.
end;
//11.Read the first path step into xPath/yPath arrays
//Change C..Blitz ?
//BlitzReadPath(pathfinderID,startingX,startingY,1);
UnitRecordArray[pathfinderID].yPath :=
ProjectRecord.tileSize* UnitpathBank[UnitRecordArray[pathfinderID].CurrentpathBank][pathfinderID] [UnitRecordArray[pathfinderID].pathLocation*2-1];
UnitRecordArray[pathfinderID].xPath :=
ProjectRecord.tileSize*UnitpathBank[UnitRecordArray[pathfinderID].CurrentpathBank][pathfinderID] [UnitRecordArray[pathfinderID].pathLocation*2-2];
end;
result:= UnitRecordArray[pathfinderID].pathStatus;
End;
end.
|
unit Demo.Main;
interface
uses
Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics,
Vcl.Controls, Vcl.Forms, Vcl.Dialogs, Vcl.StdCtrls,
System.Net.HttpClient;
type
TfrmMain = class(TForm)
Button1: TButton;
Memo1: TMemo;
Button2: TButton;
Button3: TButton;
Button4: TButton;
Button5: TButton;
Button6: TButton;
procedure Button1Click(Sender: TObject);
procedure Button2Click(Sender: TObject);
procedure Button3Click(Sender: TObject);
procedure Button4Click(Sender: TObject);
procedure Button5Click(Sender: TObject);
procedure Button6Click(Sender: TObject);
private
{ Private declarations }
public
{ Public declarations }
end;
var
frmMain: TfrmMain;
implementation
uses
InfluxDB, InfluxDB.Interfaces, System.Diagnostics, System.TimeSpan, System.Threading;
{$R *.dfm}
procedure TfrmMain.Button1Click(Sender: TObject);
var
Influx: IInfluxDB;
begin
Influx := TInfluxDB.CreateClient('localhost', 8086);
Influx.CreateDatabase('MyDB', 1, duWeek);
end;
procedure TfrmMain.Button2Click(Sender: TObject);
var
Influx: IInfluxDB;
begin
Influx := TInfluxDB.CreateClient('localhost', 8086);
Memo1.Lines.AddStrings(Influx.ShowDatabases);
end;
procedure TfrmMain.Button3Click(Sender: TObject);
var
Influx: IInfluxDB;
begin
Influx := TInfluxDB.CreateClient('localhost', 8086);
if Influx.Write('TestDB', 'bucket,id=ABC temp=45') then
ShowMessage('1. Data written to DB');
end;
procedure TfrmMain.Button4Click(Sender: TObject);
var
Influx: IInfluxDB;
Val: TInfluxValue;
begin
Influx := TInfluxDB.CreateClient('localhost', 8086);
Val := TInfluxValue.Create('MyMeasurement', Now);
Val.AddField('temp', 77);
Val.AddField('value', 77);
Val.AddTag('id', '5498');
if Influx.Write('TestDB', Val) then
ShowMessage('2. Data written to DB');
end;
procedure TfrmMain.Button5Click(Sender: TObject);
var
Influx: IInfluxDB;
Stopwatch: TStopwatch;
Elapsed: TTimeSpan;
I: Integer;
begin
Stopwatch := TStopwatch.StartNew;
Influx := TInfluxDB.CreateClient('localhost', 8086);
for I := 0 to 1000 do
begin
Influx.Write('TestDB', 'temp temp=' + Random(200).ToString);
end;
Elapsed := Stopwatch.Elapsed;
ShowMessage(Elapsed.TotalSeconds.ToString);
end;
procedure TfrmMain.Button6Click(Sender: TObject);
var
Influx: IInfluxDB;
begin
Influx := TInfluxDB.CreateClient('localhost', 8086);
Memo1.Lines.Text := Influx.ServerVersion;
end;
end.
|
(***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (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.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is TurboPower Async Professional
*
* The Initial Developer of the Original Code is
* TurboPower Software
*
* Portions created by the Initial Developer are Copyright (C) 1991-2002
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
*
* ***** END LICENSE BLOCK ***** *)
{*********************************************************}
{* EXANSWE0.PAS 4.06 *}
{*********************************************************}
{**********************Description************************}
{* TAdModem waits for the phone to ring twice *}
{* and answers the modem. *}
{*********************************************************}
unit Exanswe0;
interface
uses
WinTypes, WinProcs, SysUtils, Messages, Classes, Graphics, Controls,
Forms, Dialogs, AdPort, StdCtrls, Buttons, OoMisc, AdMdm;
type
TForm1 = class(TForm)
ListBox1: TListBox;
BitBtn1: TBitBtn;
ApdComPort1: TApdComPort;
AdModem1: TAdModem;
procedure FormCreate(Sender: TObject);
procedure BitBtn1Click(Sender: TObject);
procedure AdModem1ModemCallerID(Modem: TAdCustomModem;
CallerID: TApdCallerIDInfo);
procedure AdModem1ModemConnect(Modem: TAdCustomModem);
procedure AdModem1ModemDisconnect(Modem: TAdCustomModem);
procedure AdModem1ModemFail(Modem: TAdCustomModem; FailCode: Integer);
procedure AdModem1ModemLog(Modem: TAdCustomModem;
LogCode: TApdModemLogCode);
procedure AdModem1ModemStatus(Modem: TAdCustomModem;
ModemState: TApdModemState);
private
{ Private declarations }
public
{ Public declarations }
procedure AddStatus(const Msg : String);
end;
var
Form1: TForm1;
implementation
{$R *.DFM}
procedure TForm1.AddStatus(const Msg : String);
begin
Listbox1.Items.Add(Msg);
Listbox1.ItemIndex := Pred(Listbox1.Items.Count);
end;
procedure TForm1.FormCreate(Sender: TObject);
{Event OnCreate from TForm1}
begin
ApdComPort1.Open := True;
end;
procedure TForm1.BitBtn1Click(Sender: TObject);
{Begin answering in two rings}
begin
AdModem1.AnswerOnRing := 2;
AdModem1.AutoAnswer;
end;
procedure TForm1.AdModem1ModemCallerID(Modem: TAdCustomModem;
CallerID: TApdCallerIDInfo);
{ we received caller id information }
begin
AddStatus('CallerID Name: ' + CallerID.Name);
AddStatus('CallerID Number: ' + CallerID.Number);
end;
procedure TForm1.AdModem1ModemConnect(Modem: TAdCustomModem);
{ we are connected }
begin
AddStatus('Connected!');
end;
procedure TForm1.AdModem1ModemDisconnect(Modem: TAdCustomModem);
{ we have been disconnected }
begin
AddStatus('Disconnected');
end;
procedure TForm1.AdModem1ModemFail(Modem: TAdCustomModem;
FailCode: Integer);
begin
AddStatus('Failed: ' + Modem.FailureCodeMsg(FailCode));
end;
procedure TForm1.AdModem1ModemLog(Modem: TAdCustomModem;
LogCode: TApdModemLogCode);
begin
AddStatus('Log event: ' + Modem.ModemLogToString(LogCode));
end;
procedure TForm1.AdModem1ModemStatus(Modem: TAdCustomModem;
ModemState: TApdModemState);
begin
AddStatus('Status event: ' + Modem.ModemStatusMsg(ModemState));
end;
end.
|
unit uFRAMEcadCli;
interface
uses
System.SysUtils, System.Types, System.UITypes, System.Classes,
System.Variants,
FMX.Types, FMX.Graphics, FMX.Controls, FMX.Forms, FMX.Dialogs, FMX.StdCtrls,
FMX.Objects, FMX.Layouts, FMX.ImgList, FMX.ScrollBox, FMX.Memo,
FMX.Controls.Presentation, FMX.Edit, FMX.DateTimeCtrls, FMX.TabControl,
System.ImageList, FMX.ListBox;
type
TframeCadCliente = class(TFrame)
tcCadastro: TTabControl;
tabBasic: TTabItem;
vsBasic: TVertScrollBox;
gridBasic: TGridPanelLayout;
dtNasc: TDateEdit;
edtCPF_CNPJ: TEdit;
edtEndereco: TMemo;
edtFone1: TEdit;
edtFone2: TEdit;
edtNome: TEdit;
edtRG_IE: TEdit;
imgCPF: TGlyph;
imgData: TGlyph;
imgFone: TGlyph;
imgLocation: TGlyph;
imgNome: TGlyph;
lblNasc: TLabel;
lblSexo: TLabel;
gridSexo: TGridLayout;
lblMasc: TLabel;
swSexo: TSwitch;
lblFem: TLabel;
lblEndereco: TLabel;
tabExtras: TTabItem;
vsExtras: TVertScrollBox;
gridExtras: TGridPanelLayout;
imgEmail: TGlyph;
edtEmail: TEdit;
imgLimiteCompras: TGlyph;
edtLimite: TEdit;
picFoto1: TImage;
lblFotoDoc: TLabel;
picFoto2: TImage;
imgObs: TGlyph;
edtObs: TMemo;
lblObs: TLabel;
btnFoto1: TButton;
btnFoto2: TButton;
ToolBar1: TToolBar;
btnVoltar: TButton;
btnSalvar: TButton;
ilFrame: TImageList;
tcFunc: TTabControl;
tbCad: TTabItem;
tbDetalhe: TTabItem;
ListBox1: TListBox;
ListBoxHeader1: TListBoxHeader;
lbiNome: TListBoxItem;
lbiNasc: TListBoxItem;
lbiDoc: TListBoxItem;
lbiFone1: TListBoxItem;
lbiFone2: TListBoxItem;
lbiCompras: TListBoxItem;
ListBoxItem7: TListBoxItem;
Label1: TLabel;
btnBack: TButton;
procedure FrameClick(Sender: TObject);
procedure lblMascClick(Sender: TObject);
private
{ Private declarations }
public
{ Public declarations }
end;
implementation
{$R *.fmx}
procedure TframeCadCliente.FrameClick(Sender: TObject);
begin
tcFunc.ActiveTab := tbDetalhe;
end;
procedure TframeCadCliente.lblMascClick(Sender: TObject);
begin
swSexo.IsChecked := false;
end;
end.
|
(***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (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.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is TurboPower Async Professional
*
* The Initial Developer of the Original Code is
* TurboPower Software
*
* Portions created by the Initial Developer are Copyright (C) 1991-2002
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
*
* ***** END LICENSE BLOCK ***** *)
{**********************************************************}
{* VIEWMAIN.PAS *}
{**********************************************************}
{**********************Description************************}
{* A fax viewer that allows you to view APF files. *}
{*********************************************************}
unit ViewMain;
interface
uses
WinTypes,
WinProcs,
Messages,
SysUtils,
Classes,
Graphics,
Controls,
Forms,
Dialogs,
Menus,
ExtCtrls,
Buttons,
StdCtrls,
ooMisc,
AdFView,
AdFaxPrn,
AdFPStat,
WComp,
Percent;
type
TMainForm = class(TForm)
MainMenu: TMainMenu;
FaxViewer: TApdFaxViewer;
FileItem: TMenuItem;
OpenItem: TMenuItem;
N1: TMenuItem;
PrintSetupItem: TMenuItem;
PrintItem: TMenuItem;
N2: TMenuItem;
ExitItem: TMenuItem;
EditItem: TMenuItem;
SelectAllItem: TMenuItem;
CopyItem: TMenuItem;
ViewItem: TMenuItem;
N25PercentItem: TMenuItem;
N50PercentItem: TMenuItem;
N75PercentItem: TMenuItem;
N100PercentItem: TMenuItem;
N200PercentItem: TMenuItem;
N400PercentItem: TMenuItem;
N3: TMenuItem;
OtherSizeItem: TMenuItem;
WhitespaceCompOption: TMenuItem;
ZoomInItem: TMenuItem;
ZoomOutItem: TMenuItem;
N4: TMenuItem;
OpenDialog: TOpenDialog;
FaxPrinter: TApdFaxPrinter;
PrinterStatus: TApdFaxPrinterStatus;
N5: TMenuItem;
Rotate90Item: TMenuItem;
Rotate180Item: TMenuItem;
Rotate270Item: TMenuItem;
NoRotateItem: TMenuItem;
StatusPanel: TPanel;
CloseItem: TMenuItem;
Panel1: TPanel;
CheckBox1: TCheckBox;
CheckBox2: TCheckBox;
CheckBox3: TCheckBox;
SpeedButton1: TSpeedButton;
SpeedButton2: TSpeedButton;
procedure OpenItemClick(Sender: TObject);
procedure PrintSetupItemClick(Sender: TObject);
procedure PrintItemClick(Sender: TObject);
procedure ExitItemClick(Sender: TObject);
procedure SelectAllItemClick(Sender: TObject);
procedure CopyItemClick(Sender: TObject);
procedure ZoomInItemClick(Sender: TObject);
procedure ZoomOutItemClick(Sender: TObject);
procedure N25PercentItemClick(Sender: TObject);
procedure N50PercentItemClick(Sender: TObject);
procedure N75PercentItemClick(Sender: TObject);
procedure N100PercentItemClick(Sender: TObject);
procedure N200PercentItemClick(Sender: TObject);
procedure N400PercentItemClick(Sender: TObject);
procedure OtherSizeItemClick(Sender: TObject);
procedure WhitespaceCompOptionClick(Sender: TObject);
procedure FormCreate(Sender: TObject);
procedure NoRotateItemClick(Sender: TObject);
procedure Rotate90ItemClick(Sender: TObject);
procedure Rotate180ItemClick(Sender: TObject);
procedure Rotate270ItemClick(Sender: TObject);
procedure FaxViewerPageChange(Sender: TObject);
procedure FaxViewerViewerError(Sender: TObject; ErrorCode: Integer);
procedure CloseItemClick(Sender: TObject);
procedure NextClick(Sender: TObject);
procedure PrevClick(Sender: TObject);
procedure FormShow(Sender: TObject);
procedure FaxViewerDropFile(Sender: TObject; FileName: String);
private
{ Private declarations }
public
ViewPercent : Integer;
procedure UpdateViewPercent(const NewPercent : Integer);
procedure EnableZoomChoices;
procedure DisableZoomChoices;
procedure UncheckZoomChoices;
procedure EnableRotationChoices;
procedure DisableRotationChoices;
procedure UncheckRotationChoices;
procedure OpenFile(const FileName : string);
procedure CloseFile;
end;
var
MainForm: TMainForm;
implementation
{$R *.DFM}
procedure TMainForm.CloseFile;
begin
FaxViewer.FileName := '';
DisableZoomChoices;
DisableRotationChoices;
SelectAllItem.Enabled := False;
CopyItem.Enabled := False;
StatusPanel.Caption := ' No file loaded';
FaxViewer.Invalidate;
end;
procedure TMainForm.OpenFile(const FileName : string);
begin
FaxViewer.BeginUpdate;
FaxViewer.Scaling := False;
FaxViewer.HorizMult := 1;
FaxViewer.HorizDiv := 1;
FaxViewer.VertMult := 1;
FaxViewer.VertDiv := 1;
FaxViewer.EndUpdate;
UncheckZoomChoices;
UncheckRotationChoices;
try
FaxViewer.FileName := FileName;
EnableZoomChoices;
EnableRotationChoices;
SelectAllItem.Enabled := True;
CopyItem.Enabled := True;
N100PercentItem.Checked := True;
NoRotateItem.Checked := True;
ViewPercent := 100;
StatusPanel.Caption := Format(' Viewing page 1 of %d in %s', [FaxViewer.NumPages, FaxViewer.FileName]);
except
CloseFile;
MessageDlg('Error opening fax file '+FileName, mtError, [mbOK], 0);
end;
end;
procedure TMainForm.OpenItemClick(Sender: TObject);
begin
if OpenDialog.Execute then
OpenFile(OpenDialog.FileName);
end;
procedure TMainForm.CloseItemClick(Sender: TObject);
begin
CloseFile;
end;
procedure TMainForm.PrintSetupItemClick(Sender: TObject);
begin
FaxPrinter.PrintSetup;
end;
procedure TMainForm.PrintItemClick(Sender: TObject);
begin
if (FaxViewer.FileName <> '') then begin
FaxPrinter.FileName := FaxViewer.FileName;
FaxPrinter.PrintFax;
end;
end;
procedure TMainForm.ExitItemClick(Sender: TObject);
begin
Close;
end;
procedure TMainForm.SelectAllItemClick(Sender: TObject);
begin
FaxViewer.SelectImage;
end;
procedure TMainForm.CopyItemClick(Sender: TObject);
begin
FaxViewer.CopyToClipBoard;
end;
procedure TMainForm.ZoomInItemClick(Sender: TObject);
var
TempPercent : Integer;
begin
if ((ViewPercent mod 25) = 0) then
TempPercent := ViewPercent + 25
else
TempPercent := ViewPercent + (25 - (ViewPercent mod 25));
if (TempPercent > 400) then begin
MessageBeep(0);
Exit;
end;
UpdateViewPercent(TempPercent);
end;
procedure TMainForm.ZoomOutItemClick(Sender: TObject);
var
TempPercent : Integer;
begin
if ((ViewPercent mod 25) = 0) then
TempPercent := ViewPercent - 25
else
TempPercent := ViewPercent - (25 - (ViewPercent mod 25));
if (TempPercent < 25) then begin
MessageBeep(0);
Exit;
end;
UpdateViewPercent(TempPercent);
end;
procedure TMainForm.N25PercentItemClick(Sender: TObject);
begin
UpdateViewPercent(25);
end;
procedure TMainForm.N50PercentItemClick(Sender: TObject);
begin
UpdateViewPercent(50);
end;
procedure TMainForm.N75PercentItemClick(Sender: TObject);
begin
UpdateViewPercent(75);
end;
procedure TMainForm.N100PercentItemClick(Sender: TObject);
begin
UpdateViewPercent(100);
end;
procedure TMainForm.N200PercentItemClick(Sender: TObject);
begin
UpdateViewPercent(200);
end;
procedure TMainForm.N400PercentItemClick(Sender: TObject);
begin
UpdateViewPercent(400);
end;
procedure TMainForm.OtherSizeItemClick(Sender: TObject);
var
Frm : TPercentForm;
TempPercent : Integer;
begin
Frm := TPercentForm.Create(Self);
Frm.ShowModal;
if (Frm.ModalResult = mrOK) then
TempPercent := StrToInt(Frm.PercentEdit.Text)
else
TempPercent := -1;
Frm.Free;
if (TempPercent <> -1) then
UpdateViewPercent(TempPercent);
end;
procedure TMainForm.WhitespaceCompOptionClick(Sender: TObject);
var
Frm : TWhitespaceCompForm;
Tmp : Integer;
begin
Frm := TWhitespaceCompForm.Create(Self);
Frm.CompEnabledBox.Checked := FaxViewer.WhitespaceCompression;
if FaxViewer.WhitespaceCompression then begin
Frm.FromEdit.Text := IntToStr(FaxViewer.WhitespaceFrom);
Frm.ToEdit.Text := IntToStr(FaxViewer.WhitespaceTo);
end;
if (Frm.ShowModal = mrOK) then begin
FaxViewer.WhitespaceCompression := Frm.CompEnabledBox.Checked;
if FaxViewer.WhitespaceCompression then begin
Tmp := StrToInt(Frm.FromEdit.Text);
FaxViewer.WhitespaceFrom := Tmp;
Tmp := StrToInt(Frm.ToEdit.Text);
FaxViewer.WhitespaceTo := Tmp;
end;
end;
Frm.Free;
end;
procedure TMainForm.FormCreate(Sender: TObject);
begin
ViewPercent := 100;
DisableZoomChoices;
SelectAllItem.Enabled := False;
CopyItem.Enabled := False;
end;
procedure TMainForm.UpdateViewPercent(const NewPercent : Integer);
begin
if (NewPercent = ViewPercent) then
Exit;
ViewPercent := NewPercent;
if (NewPercent = 100) then
FaxViewer.Scaling := False
else begin
FaxViewer.BeginUpdate;
FaxViewer.Scaling := True;
FaxViewer.HorizMult := NewPercent;
FaxViewer.HorizDiv := 100;
FaxViewer.VertMult := NewPercent;
FaxViewer.VertDiv := 100;
FaxViewer.EndUpdate;
end;
UncheckZoomChoices;
case ViewPercent of
25 : N25PercentItem.Checked := True;
50 : N50PercentItem.Checked := True;
75 : N75PercentItem.Checked := True;
100: N100PercentItem.Checked := True;
200: N200PercentItem.Checked := True;
400: N400PercentItem.Checked := True;
else
OtherSizeItem.Checked := True;
end;
end;
procedure TMainForm.EnableZoomChoices;
begin
N25PercentItem.Enabled := True;
N50PercentItem.Enabled := True;
N75PercentItem.Enabled := True;
N100PercentItem.Enabled := True;
N200PercentItem.Enabled := True;
N400PercentItem.Enabled := True;
OtherSizeItem.Enabled := True;
ZoomInItem.Enabled := True;
ZoomOutItem.Enabled := True;
end;
procedure TMainForm.DisableZoomChoices;
begin
N25PercentItem.Enabled := False;
N50PercentItem.Enabled := False;
N75PercentItem.Enabled := False;
N100PercentItem.Enabled := False;
N200PercentItem.Enabled := False;
N400PercentItem.Enabled := False;
OtherSizeItem.Enabled := False;
ZoomInItem.Enabled := False;
ZoomOutItem.Enabled := False;
end;
procedure TMainForm.UncheckZoomChoices;
begin
N25PercentItem.Checked := False;
N50PercentItem.Checked := False;
N75PercentItem.Checked := False;
N100PercentItem.Checked := False;
N200PercentItem.Checked := False;
N400PercentItem.Checked := False;
OtherSizeItem.Checked := False;
end;
procedure TMainForm.EnableRotationChoices;
begin
NoRotateItem.Enabled := True;
Rotate90Item.Enabled := True;
Rotate180Item.Enabled := True;
Rotate270Item.Enabled := True;
end;
procedure TMainForm.DisableRotationChoices;
begin
NoRotateItem.Enabled := False;
Rotate90Item.Enabled := False;
Rotate180Item.Enabled := False;
Rotate270Item.Enabled := False;
end;
procedure TMainForm.UncheckRotationChoices;
begin
NoRotateItem.Checked := False;
Rotate90Item.Checked := False;
Rotate180Item.Checked := False;
Rotate270Item.Checked := False;
end;
procedure TMainForm.NoRotateItemClick(Sender: TObject);
begin
FaxViewer.Rotation := vr0;
UncheckRotationChoices;
NoRotateItem.Checked := True;
end;
procedure TMainForm.Rotate90ItemClick(Sender: TObject);
begin
FaxViewer.Rotation := vr90;
UncheckRotationChoices;
Rotate90Item.Checked := True;
end;
procedure TMainForm.Rotate180ItemClick(Sender: TObject);
begin
FaxViewer.Rotation := vr180;
UncheckRotationChoices;
Rotate180Item.Checked := True;
end;
procedure TMainForm.Rotate270ItemClick(Sender: TObject);
begin
FaxViewer.Rotation := vr270;
UncheckRotationChoices;
Rotate270Item.Checked := True;
end;
procedure TMainForm.FaxViewerPageChange(Sender: TObject);
var
W : Word;
begin
if (FaxViewer.FileName <> '') then
begin
StatusPanel.Caption := Format(' Viewing page %d of %d in %s', [FaxViewer.ActivePage,
FaxViewer.NumPages, FaxViewer.FileName]);
W := FaxViewer.PageFlags;
CheckBox1.Checked := W and ffHighRes <> 0;
CheckBox2.Checked := W and ffHighWidth <> 0;
CheckBox3.Checked := W and ffLengthWords <> 0;
end
else
begin
StatusPanel.Caption := ' No file loaded';
Panel1.Caption := '';
end;
end;
procedure TMainForm.FaxViewerViewerError(Sender: TObject;
ErrorCode: Integer);
begin
MessageDlg(Format('Viewer error %d', [ErrorCode]), mtError, [mbOK], 0);
end;
procedure TMainForm.NextClick(Sender: TObject);
begin
if FaxViewer.ActivePage < FaxViewer.NumPages then
FaxViewer.ActivePage := FaxViewer.ActivePage + 1;
end;
procedure TMainForm.PrevClick(Sender: TObject);
begin
if FaxViewer.ActivePage > 1 then
FaxViewer.ActivePage := FaxViewer.ActivePage - 1;
end;
procedure TMainForm.FormShow(Sender: TObject);
begin
if ParamCount > 0 then
OpenFile(ParamStr(1));
end;
procedure TMainForm.FaxViewerDropFile(Sender: TObject; FileName: String);
begin
EnableZoomChoices;
EnableRotationChoices;
SelectAllItem.Enabled := True;
CopyItem.Enabled := True;
N100PercentItem.Checked := True;
NoRotateItem.Checked := True;
ViewPercent := 100;
StatusPanel.Caption := Format(' Viewing page 1 of %d in %s', [FaxViewer.NumPages, FaxViewer.FileName]);
end;
end.
|
unit uPlotHIDHandler;
{
*****************************************************************************
* 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+}
//{$DEFINE GTK2}
interface
uses
Classes, SysUtils, Controls, uPlotClass, math, uPlotUtils, useriesmarkers, uPlotDataTypes, Forms; // ExtCtrls;
{
handels events for Left mouse (+Shift / + CNTRL) and wheel (+shift) for
- zoom
- pan
- adhocmarker
// fixed implementation: wheel change during adhoc marker on changes active series
}
type
{ TPlotHIDHandler }
TPlotHIDHandler = class(TPlotHIDHandlerBase)
private
FStatesUsed: set of THIDMouseState;
FZoomState: THIDMouseState;
FPanState: THIDMouseState;
FAdHocMarkerState: THIDMouseState;
FMouseActionActive: THIDAction;
FAdHocMarkerIndex: Integer;
FAdHocSeriesIndex: Integer;
procedure _MarkerChangeActiveSeries(AIncrement: Integer);
protected
procedure DoMouseUp(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer);
procedure DoMouseDown(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer);
procedure DoMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer);
procedure DoMouseWheel(Sender: TObject; Shift: TShiftState; WheelDelta: Integer; MousePos: TPoint; var Handled: Boolean);
public
constructor Create(AOwnerPlot: TPlot);override;
destructor Destroy; override;
procedure GetHIDActionStatesAvail(AHIDAction: THIDAction; out AHIDMouseStates: THIDMouseStates);override;
function SetHIDAction(AHIDAction: THIDAction; AHIDMouseState: THIDMouseState): Integer; override;
function GetHIDAction(out AHIDAction: THIDAction; AShiftState: TShiftState; AMouseButton: TMouseButton): Integer; // action for given state
function GetHIDAction(out AHIDAction: THIDAction; AShiftState: TShiftState; AWheelDelta: Integer): Integer; // action for given state
procedure GetHIDActionState(AHIDAction: THIDAction; out AHIDMouseState: THIDMouseState); override; // state for given action
end;
const
cMouseWheelZoomButtonPan = false; //TRUE;
cHID_MOUSESTATE_Names: array[mcNone..mcShiftWheel] of String = ('disabled','Mouse left', 'shift + Mouse left', 'ctrl + Mouse left','Mouse wheel', 'shift + Mouse wheel');
implementation
uses
uPlotSeries, uPlotRect;
{ TPlotHIDHandler }
procedure TPlotHIDHandler._MarkerChangeActiveSeries(AIncrement: Integer);
var
vNewSeriesIndex: Integer;
vXYZValue: TXYZValue;
begin
IF FMouseActionActive <> haAdHocMarker THEN exit;
IF FOwnerPlot.SeriesCount < 2 THEN exit;
vNewSeriesIndex := EnsureRange(FAdHocSeriesIndex + AIncrement, 0, FOwnerPlot.SeriesCount-1);
// exchange the markers
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.RemoveMarker(TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.Marker[FAdHocMarkerIndex]);
FAdHocSeriesIndex := vNewSeriesIndex;
FAdHocMarkerIndex := TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.AddMarker;
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.Marker[FAdHocMarkerIndex].MarkerMode := mmFixedXValue;
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.Marker[FAdHocMarkerIndex].MarkerType := mtValue;
ScreenToXY(OwnerPlot.Axis[TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).XAxis],OwnerPlot.Axis[TPLotSeries(OwnerPlot.Series[0]).YAxis],
vXYZValue.X, vXYZValue.Y, Point(ZoomInfo.dwNewRect.Left,ZoomInfo.dwNewRect.Bottom) );
vXYZValue.Z := 0;
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.Marker[FAdHocMarkerIndex].FixedValueXYZ := vXYZValue;
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.UpdateMarker(FAdHocMarkerIndex);
end;
procedure TPlotHIDHandler.DoMouseUp(Sender: TObject; Button: TMouseButton;
Shift: TShiftState; X, Y: Integer);
var
vRequestedAction: THIDAction;
begin
// check if a HID action is associated, when yes,
// -perform action (zoom)
// -remove AdHocMarker (adhoc marker)
// .. if no,
// - remove adhocmarker (if present)
// finally set activeMouseaction to haNone;
// writeln('mouse Lup');
IF FMouseActionActive = haNone THEN exit;
FZoomInfo.dbZooming:=false;
OwnerPlot.PlotRect[Zoominfo.PlotRectIndex].Zooming := false;
GetHIDAction(vRequestedAction, Shift, Button);
// ccheck pressed mouseaction
CASE FMouseActionActive OF
haZoom: begin
if vRequestedAction = haZoom then OwnerPlot.Zoom(ZoomInfo);
end;
haPan: begin
// nothing to to, pan is immediate
end;
haAdHocMarker: begin
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.RemoveMarker(TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.Marker[FAdHocMarkerIndex]);
FAdHocMarkerIndex := -1;
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.UpdateMarker(-1);
end;
END;
FMouseActionActive := haNone;
//FOnMouseMoveProc := nil;
OwnerPlot.PlotImage.OnMouseMove:=nil;
end;
procedure TPlotHIDHandler.DoMouseDown(Sender: TObject; Button: TMouseButton;
Shift: TShiftState; X, Y: Integer);
var
vIndex: Integer;
vMouseAction: THIDAction;
vXYZValue: TXYZValue;
begin
// check if a HID action is associated, when yes,
// -set mouse action active
// -connect mousemove
IF Button <> mbLeft THEN exit; // remove when btnRight is also used
//writeln('mouse Ldown');
IF OwnerPlot.ScrCoordToPlotRect(X, Y, vIndex) = 0 THEN begin
// TODO: remove dbZooming here and in plotrect
// add FZoomInfo.dwHIDAction ?
GetHIDAction(vMouseAction, Shift, Button);
//writeln('mouseaction: ', IntToStr(ord(vMouseAction)));
FMouseActionActive := vMouseAction;
if FMouseActionActive = haNone then exit;
FZoomInfo.PlotRectIndex := vIndex;
//writeln('vIndex: ', IntToStr(vIndex), ' Zoominfo.PlotrectIndex = ', IntToStr(ZoomInfo.PlotRectIndex));
OwnerPlot.PlotImage.OnMouseMove:=Self.OnMouseMove;
//FOnMouseMoveProc := @DoMouseMove;
FZoomInfo.dbZooming:=false;
FZoomInfo.dwNewRect.Left:=X;
FZoomInfo.dwNewRect.Top:=Y;
FZoomInfo.dwNewRect.Right:=X;
FZoomInfo.dwNewRect.Bottom:=Y;
FZoomInfo.dwOldRect.Left:=X;
FZoomInfo.dwOldRect.Top:=Y;
FZoomInfo.dwOldRect.Right:=X;
FZoomInfo.dwOldRect.Bottom:=Y;
IF FMouseActionActive = haZoom then begin
FZoomInfo.dbZooming:=TRUE;
OwnerPlot.PlotRect[Zoominfo.PlotRectIndex].Zooming := true;
end ELSE
IF (FMouseActionActive = haAdHocMarker) then begin
if (OwnerPlot.SeriesCount > 0) then begin
FAdHocSeriesIndex := 0;
FAdHocMarkerIndex := TPLotSeries(OwnerPlot.Series[0]).MarkerContainer.AddMarker;
TPLotSeries(OwnerPlot.Series[0]).MarkerContainer.Marker[FAdHocMarkerIndex].MarkerMode := mmFixedXValue;
TPLotSeries(OwnerPlot.Series[0]).MarkerContainer.Marker[FAdHocMarkerIndex].MarkerType := mtValue;
ScreenToXY(OwnerPlot.Axis[TPLotSeries(OwnerPlot.Series[0]).XAxis],OwnerPlot.Axis[TPLotSeries(OwnerPlot.Series[0]).YAxis],
vXYZValue.X, vXYZValue.Y, Point(X,Y) );
vXYZValue.Z := 0;
TPLotSeries(OwnerPlot.Series[0]).MarkerContainer.Marker[FAdHocMarkerIndex].FixedValueXYZ := vXYZValue;
TPLotSeries(OwnerPlot.Series[0]).MarkerContainer.UpdateMarker(FAdHocMarkerIndex);
end else begin
FAdHocSeriesIndex := -1;
FMouseActionActive := haNone;
end;
end;
// TODO: if action = adhoc marker, create marker and remember its index, set for XFixedValue mode and to XValue == Xpos
end;
end;
procedure TPlotHIDHandler.DoMouseMove(Sender: TObject; Shift: TShiftState; X,
Y: Integer);
var
vPos: TPoint;
vXYZValue: TXYZValue;
begin
{$IFDEF GTK2}
Application.ProcessMessages;
{$ENDIF}
//NOTE: gtk2 does not stop firing mousemove events, once dragging started
//writeln('mouse move');
// exit if no action associated
IF FMouseActionActive = haNone THEN exit;
// assure coordinates
vPos.X := EnsureRange(X,TPlotRect(OwnerPlot.PlotRect[FZoomInfo.PlotRectIndex]).DataRect.Left+1, TPlotRect(OwnerPlot.PlotRect[FZoomInfo.PlotRectIndex]).DataRect.Right );
vPos.Y := EnsureRange(Y,TPlotRect(OwnerPlot.PlotRect[FZoomInfo.PlotRectIndex]).DataRect.Top, TPlotRect(OwnerPlot.PlotRect[FZoomInfo.PlotRectIndex]).DataRect.Bottom-1 );
//writeln('X / Y: ', IntToStr(X), ' / ', IntToStr(Y));
Mouse.CursorPos := OwnerPlot.ClientToScreen(vPos);
CASE FMouseActionActive OF
haZoom: begin
FZoomInfo.dwNewRect.Right:=vPos.X;
FZoomInfo.dwNewRect.Bottom:=vPos.Y;
OwnerPlot.DrawZoomRect(FZoomInfo);
FZoomInfo.dwOldRect := FZoomInfo.dwNewRect;
end;
haPan: begin
FZoomInfo.dwNewRect.Right:=vPos.X;
FZoomInfo.dwNewRect.Bottom:=vPos.Y;
//writeln('rect left old/new ', IntToStr(FZoomInfo.dwOldRect.Left), '/', IntToStr(FZoomInfo.dwNewRect.Left));
// pan
OwnerPlot.Pan(ZoomInfo);
FZoomInfo.dwOldRect := FZoomInfo.dwNewRect;
end;
haAdHocMarker: begin
// TODO: to implement
// TODO: change relevant series somehow (key or wheel ?)
// for now, use first series
FZoomInfo.dwNewRect.Right:=vPos.X;
FZoomInfo.dwNewRect.Bottom:=vPos.Y;
if FAdHocMarkerIndex >= 0 then begin
ScreenToXY(OwnerPlot.Axis[TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).XAxis],OwnerPlot.Axis[TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).YAxis],
vXYZValue.X, vXYZValue.Y, Point(X,Y) ); // needs vPos ?
vXYZValue.Z := 0;
//writeln('adhoc change to X= ', FloatToStrF(vXYZValue.X, ffExponent, 4, 4));
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.Marker[FAdHocMarkerIndex].FixedValueXYZ := vXYZValue;
TPLotSeries(OwnerPlot.Series[FAdHocSeriesIndex]).MarkerContainer.UpdateMarker(FAdHocMarkerIndex);
end;
end;
END;
end;
procedure TPlotHIDHandler.DoMouseWheel(Sender: TObject; Shift: TShiftState;
WheelDelta: Integer; MousePos: TPoint; var Handled: Boolean);
var
//vPos: TPoint;
//vINside: Boolean;
vPlotRectIdx: Integer;
//vCoords: Integer;
vHIDAction: THIDAction;
vState: THIDMouseState;
const
cZFactor = 1.19;
begin
// fixed series change implementation
IF FMouseActionActive = haAdHocMarker THEN begin
_MarkerChangeActiveSeries(1* sign(WheelDelta));
exit;
end;
//writeln('mouse wheel');
// writeln('wheeldata: ', IntToStr(WheelDelta));
// writeln('mousepos : ', IntToStr(MousePos.X), ' / ', INtToStr(MousePos.Y));
// check if a HID action is associated, when yes, do it (wheel actions immediate)
GetHIDAction(vHIDAction, Shift, WheelDelta);
// leave mouse position at same place !
// zoom 10%
//writeln('MO zooming...X/Y ', IntToStr(MousePos.X), '/', IntToStr(MousePos.Y));
if OwnerPlot.ScrCoordToPlotRect(MousePos.X, MousePos.Y, vPlotRectIdx) <> 0 then exit;
if (not IsInsideRect(MousePos, TPlotRect(OwnerPlot.PlotRect[vPlotRectIdx]).DataRect)) then exit;
if vHIDAction <> haZoom then exit; // only zoom implemented for wheel so far
GetHIDActionState(vHIDAction, vState);
// if HIDaction = ShiftWheel then we zoom X AND Y at the same time
// otherwise if HIDAction = Wheel then we zoom only X (shiftWheel: Y)
if vState = mcWheel then begin
if [ssShift] <= Shift then
OwnerPlot.Zoom(ZoomInfo, MousePos, 1, power(cZFactor, sign(WheelDelta)) )
else OwnerPlot.Zoom(ZoomInfo, MousePos, power(cZFactor, sign(WheelDelta)), 1 );
end else OwnerPlot.Zoom(ZoomInfo, MousePos, power(cZFactor, sign(WheelDelta)), power(cZFactor, sign(WheelDelta)) );
end;
constructor TPlotHIDHandler.Create(AOwnerPlot: TPlot);
begin
Inherited Create(AOwnerPlot);
FOnMouseDownProc := @DoMouseDown;
FOnMouseUpProc:= @DoMouseUp ;
FOnMouseWheelProc := @DoMouseWheel;
FOnMouseMoveProc := @DoMouseMove; // nil; // zuweisung geht nicht
FStatesUsed := [];
FZoomState := mcNone;
FPanState := mcNone;
FPanState := mcNone;
FAdHocMarkerIndex := -1;
FAdHocSeriesIndex := 0;
//SetHIDAction(haZoom, mcMLeft);
SetHIDAction(haZoom, mcWheel);
SetHIDAction(haPan, mcShiftMLeft);
SetHIDAction(haAdHocMarker, mcCtrlMLeft);
end;
destructor TPlotHIDHandler.Destroy;
begin
inherited Destroy;
end;
procedure TPlotHIDHandler.GetHIDActionStatesAvail(AHIDAction: THIDAction;
out AHIDMouseStates: THIDMouseStates);
var
vStates: THIDMouseStates;
//vLoop: Integer;
//vAvailSet: set of THIDMouseState;
vOldState: THIDMouseState;
begin
vStates := [mcNone, mcMLeft, mcShiftMLeft, mcCtrlMLeft, mcWheel, mcShiftWheel];
GetHIDActionState(AHIDAction, vOldState);
CASE AHIDAction OF
haZoom: begin
vStates := vStates - FStatesUsed;
end;
haPan, haAdHocMarker:
begin
vStates := vStates - FStatesUsed - [mcShiftWheel, mcWheel];
end;
END;
Include(vStates, vOldState);
AHIDMouseStates := vStates;
end;
function TPlotHIDHandler.SetHIDAction(AHIDAction: THIDAction; AHIDMouseState: THIDMouseState): Integer;
begin
Result := -1;
// check present
if (AHIDMouseState <> mcNone) and (AHIDMouseState in FStatesUsed) then exit;
CASE AHIDAction OF
haZoom: begin
Exclude(FStatesUsed, FZoomState);
FZoomState := AHIDMouseState;
Result := 0;
end;
haPan: begin
Exclude(FStatesUsed, FPanState);
FPanState := AHIDMouseState;
Result := 0;
end;
haAdHocMarker: begin
Exclude(FStatesUsed, FAdHocMarkerState);
FAdHocMarkerState := AHIDMouseState;
Result := 0;
end;
END;
if (Result = 0) and (AHIDMouseState <> mcNone) then Include(FStatesUsed, AHIDMouseState);
end;
function TPlotHIDHandler.GetHIDAction(out AHIDAction: THIDAction;
AShiftState: TShiftState; AMouseButton: TMouseButton): Integer;
var
vPressedMouseState, vMouseState: THIDMouseState;
vLoop: Integer;
begin
Result := 0;
//writeln('GetHIDaction') ;
// convert to HIDmousestate
vMouseState := mcNone;
vPressedMouseState := mcNone;
IF AMouseButton <> mbLeft then begin
AHIDAction := haNone;
exit;
end;
//IF AShiftState <= [ssCtrl] THEN vPressedMouseState := mcCtrlMLeft else
//IF AShiftState <= [ssShift] THEN vPressedMouseState := mcShiftMLeft else
//IF AShiftState <= [] THEN vPressedMouseState := mcMLeft;
IF [ssCtrl] <= AShiftState THEN vPressedMouseState := mcCtrlMLeft else
IF [ssShift] <= AShiftState THEN vPressedMouseState := mcShiftMLeft else
IF [] <= AShiftState THEN vPressedMouseState := mcMLeft;
//writeln('vPressedMouseState: ', IntToStr(ord(vPressedMouseState)));
// check if there is an associated HID action
for vLoop := ord(haNone) to ord(haAdHocMarker) do begin
GetHIDActionState(THIDAction(vLoop), vMouseState);
if vMouseState = vPressedMouseState then begin
Result := vLoop;
break;
end;
end;
AHIDAction := THIDAction(Result);
//writeln('AHIDAction: ', IntToStr(ord(AHIDAction)));
end;
function TPlotHIDHandler.GetHIDAction(out AHIDAction: THIDAction;
AShiftState: TShiftState; AWheelDelta: Integer): Integer;
var
vMouseState: THIDMouseState;
vLoop: Integer;
begin
// we want wheel actions with and without shift, so respect both
Result := 0;
// convert to HIDmousestate
vMouseState := mcNone;
//IF AShiftState = [] THEN vPressedMouseState := mcWheel;
//IF AShiftState = [ssShift] THEN vPressedMouseState := mcShiftWheel;
// check if there is an associated HID action
for vLoop := ord(haNone) to ord(haAdHocMarker) do begin
GetHIDActionState(THIDAction(vLoop), vMouseState);
if (vMouseState = mcWheel) or (vMouseState = mcShiftWheel) then begin
Result := vLoop;
break;
end;
end;
AHIDAction := THIDAction(Result);
end;
procedure TPlotHIDHandler.GetHIDActionState(AHIDAction: THIDAction; out
AHIDMouseState: THIDMouseState);
begin
CASE AHIDAction OF
haNone: AHIDMouseState := mcNone;
haZoom: AHIDMouseState := FZoomState;
haPan: AHIDMouseState := FPanState;
haAdHocMarker: AHIDMouseState := FAdHocMarkerState;
END;
end;
end.
|
unit CrossCrypt_PasswordConfirm;
// Description:
// By Sarah Dean
// Email: sdean12@sdean12.org
// WWW: http://www.SDean12.org/
//
// -----------------------------------------------------------------------------
//
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs,
StdCtrls, ComCtrls;
type
TCrossCrypt_PasswordConfirm_F = class(TForm)
lblMultipleKeyMode: TLabel;
rePasswords: TRichEdit;
lblPasswordCount: TLabel;
pbCancel: TButton;
pbOK: TButton;
Label2: TLabel;
procedure FormShow(Sender: TObject);
procedure rePasswordsChange(Sender: TObject);
private
FMultipleKey: boolean;
FPasswords: TStringList;
procedure ClearPasswords();
procedure UpdatePasswordCount();
public
property MultipleKey: boolean read FMultipleKey write FMultipleKey;
// Clear down the dialog's internals...
procedure Wipe();
end;
implementation
{$R *.DFM}
uses
OTFECrossCrypt_DriverAPI;//for MULTIKEY_PASSWORD_REQUIREMENT
procedure TCrossCrypt_PasswordConfirm_F.FormShow(Sender: TObject);
begin
rePasswords.Lines.Clear();
rePasswords.PlainText := TRUE;
if MultipleKey then
begin
lblMultipleKeyMode.caption := '(Multiple key)';
rePasswords.WordWrap := FALSE;
end
else
begin
lblMultipleKeyMode.caption := '(Single key)';
rePasswords.WordWrap := TRUE;
end;
end;
procedure TCrossCrypt_PasswordConfirm_F.ClearPasswords();
var
i: integer;
begin
for i:=0 to (FPasswords.count-1) do
begin
FPasswords[i] := StringOfChar('X', length(FPasswords[i]));
end;
FPasswords.Clear();
end;
procedure TCrossCrypt_PasswordConfirm_F.Wipe();
begin
// Cleardown the internal store...
ClearPasswords();
FMultipleKey := FALSE;
end;
procedure TCrossCrypt_PasswordConfirm_F.UpdatePasswordCount();
begin
if (MultipleKey) then
begin
lblPasswordCount.caption := 'Passwords entered: '+inttostr(rePasswords.lines.count)+'/'+inttostr(MULTIKEY_PASSWORD_REQUIREMENT);
end
else
begin
lblPasswordCount.caption := '';
end;
end;
procedure TCrossCrypt_PasswordConfirm_F.rePasswordsChange(Sender: TObject);
begin
UpdatePasswordCount();
end;
END.
|
{: This help file explain all the base types defined in
the CADSys 4.0 library for both the 2D and 3D use.
These types are defined in the CS4BaseTypes unit file
that you must include in the <B=uses> clause in all of your units
that use CADSys.
}
{$REALCOMPATIBILITY ON}
unit CS4BaseTypes;
interface
uses Classes, Windows, Graphics;
type
{: To let the library to use any floating point precision value
in defining the coordinates of points and so on, all
floating point number used by the library is of this type.
At the moment the precision is set to Single but you don't
rely on this assumption when you create new kind of shapes
classes or use the library.
<B=Note>: I don't think that this type will change due to storage
and speed efficency.
}
TRealType = Single;
TCADActionMode =
(tamNone,tamPan,tamZoom,tamZoomArea,tamRealZoom,
tamSearch,tamDistance,tamReference,tamMove,tamAreaMove,
tamEdit, tamAtemel, tamDelObject, tamAdd,tamIns,
tamDel, tamDraw, tamLine2d, tamPolyline2d,tamClosedPolyLine2d,
tamFrame2d,tamCircle2d,tamEllipse2d, tamArc2d,tamSpline2d,
tamJustifiedVectText2D,tamText2d,tamRectangle2D,tamPolygon2d,tamFilledEllipse2d,
tamBitmap2d);
TGridLineType = (grlSolid, grlDash, grlDot, grlPoint, grlDashDot, grlClear);
TObjName = string[15];
// Középpont koordináták objektuma
T2DPoint = Class(TPersistent)
private
fx,fy : TRealType;
FOnChange: TNotifyEvent;
procedure Setx(Value:TRealType);
procedure Sety(Value:TRealType);
procedure Changed; dynamic;
public
constructor Create;
published
property OnChange: TNotifyEvent read FOnChange write FOnChange;
property x:TRealType read fx write Setx;
property y:TRealType read fy write Sety;
end;
{ ID - ket azonosító objektum kigyüjtésekhez }
TIndexObj = Class(TObject)
private
fID: LongInt;
public
constructor Create(ID: LongInt);
property ID: LongInt read fID write fID;
end;
TPontrecord = record {Térkép pontok *.trk adatbázisa}
reteg : byte;
No : Longint;
x,y,z : real;
pkod : integer; {-1 = Infópont, -2 = Jelkulcs}
info : longint; {Infokód v. Jelkulcskód}
obj : word; {Objektum kód}
jelzo : byte;
end;
TVonalrecord = packed record {Térkép vonalak *.lin adatbázisa}
reteg : byte;
x1,y1,z1 : real48;
x2,y2,z2 : real48;
vastag : byte; {Ha vastagság és vonaltipus = 0, akkor}
tipus : word; {a réteg alapértelmezése él}
obj1 : word; {Objektum kód a vonal két oldalán}
obj2 : word;
jelzo : byte;
end;
TSzovegrecord = packed record {Térkép feliratok *.szv adatbázisa}
reteg : byte;
x,y : real;
kozsegkod : word; {Jelenleg az irányítószám}
szoveg : string[20];
font : byte; {Windows font megjelölés}
szeles : byte;
stilus : byte; {normál,vastag,dőlt, ...}
szog : word;
obj : word; {Objektum kód}
jelzo : byte;
end;
TJelkulcsRecord = record {Térkép jelkulcsok *.jlk adatbázisa}
kod : word;
reteg : byte;
x,y : real;
meret : word; {a méret szorzó 100-szorosa}
szog : word;
obj : word; {Objektum kód}
jelzo : byte;
end;
TRetegRecord = packed record {Térkép rétegek *.rtg adatbázisa}
retegszam : byte;
retegnev : string[20];
pontszin : TColor;
vonalszin : TColor;
vonalvastag : word;
vonalstylus : byte;
szovegszin : TColor;
fontnev : string[20];
fontmeret : byte;
fontstylus : byte;
vedett : boolean;
end;
TJelkulcsHeader = record
jkkod : longint;
jkcim : longint;
jkdb : byte; {Jelkulcs rajzelemek száma}
jknev : string[20];
end;
TJkRecord = record
kod : word;
x1,y1 : integer;
x2,y2 : integer;
szin : TColor;
vastag : byte;
end;
{------------ ITR adatrekordok ------------------}
{ *.PT file-ban}
ITRPontHeader = packed record
dummy : array[1..18] of char;
end;
ITRPontRecord = packed record {Hossza : 39}
azonosito : byte;
x,y,z : Longint;
No : Longint;
valami : Longint;
pkod : Word;
vonalszam : byte;
reteg : byte;
reteg1 : byte;
a : Longint;
b : Longint;
dummy : array[1..5] of char;
end;
{ *.el file-ban}
ITRVonalHeader = packed record
dummy : array[1..18] of char;
end;
ITRVonalRecord = packed record {Hossz = 44}
azonosito: word; {1=élő, 0=törölt vonal}
vonal1 : word; {előlről csatlakozó vonal sorszáma}
valami1 : Longint; { FF 00 }
vonal2 : word; {hátulról csatlakozó vonal sorszáma}
valami2 : Longint; { FF FF }
y1 : Longint;
x1 : Longint;
y2 : Longint;
x2 : Longint;
reteg : byte;
reteg1 : byte;
stylus : Array[1..8] of byte; { FF FF FF FF FF FF FF FF }
sorveg : Longint; { 00 00 00 C0 }
end;
{ *.TX file-ban}
ITRTextHeader = packed record
dummy : array[1..18] of char;
end;
ITRTextRecord = packed record {rekord hossz = 53}
azonosito : byte;
y1 : Longint;
x1 : Longint;
reteg : byte;
szovtip : byte;
toll : byte;
dummi1 : Array[1..3] of char;
szog : word;
dummi2 : Array[1..4] of char;
text : Array[1..11] of char;
a : Longint;
b : Longint;
c1 : Longint;
c2 : Longint;
d : byte;
e : Longint;
end;
{ *.si jelkulcsadatok }
ITRJelkulcsHeader = packed record
dummy : array[1..18] of char;
end;
ITRJelkulcsRecord = packed record {rekord hossz = 21}
azonosito : byte;
valami : word;
y,x : Longint;
toll : byte;
a1 : byte;
reteg : byte;
jkkod : byte;
jkszog : word;
dummy : array[1..4] of char;
end;
{ *.lay Rétegparaméterek }
ITRRetegHeader = packed record
dummy : array[1..18] of char;
end;
ITRRetegRecord = packed record {rekord hossz = 31}
reteg : byte;
retegnev : Array[1..12] of char;
dummy : array[1..18] of char;
end;
{: This type is the result information of a clipping method. The
clipping functions are used internally by the library and you
don't need to use them directly.
The tags have the following meanings:
<LI=<I=ccFirst> the clipping function has modified the first point of the segment>
<LI=<I=ccSecond> the clipping function has modified the second point of the segment>
<LI=<I=ccNotVisible> the segment to be clipped is not visible>
<LI=<I=ccVisible> the segment to be clipped is fully visible>
}
TClipCode = (ccFirst, ccSecond, ccNotVisible, ccVisible);
{: This type is a set of <See Type=TClipCode> tags. A clipping function may
return such a set.
}
TClipResult = set of TClipCode;
{: This type define the point position against view frustum.
}
TOutPos = (left, bottom, right, top, neareye, fareye);
{: This type define the point position against view frustum.
}
TOutCode = set of TOutPos;
{: This type defines a 2D point in homogeneous coordinates.
All point informations in the library are in homogeneous
coordinates that is they have a third coordinate W. This
coordinate may be treated as divisor coefficient for the X and Y
coordinates.
A 2D point in the euclidean space (the normally used point) can
be obtained by dividing each X and Y coordinates by W:
<Code=
Xe := X / W;<BR>
Ye := Y / W;<BR>.
>
A point to be valid must have at least one of its coordinates
not zero. If a point has W = 0 it is called a point at infinitum
and it is not allowed in the library. Normally this kind of
points is used to rapresent a direction but in the library
the <See Type=TVector2D> type is used instead.
}
TPoint2D = record
X, Y, W: TRealType;
end;
{: This type defines a 2D vector or direction.
Use this type when you need to defines directions in the
2D space. In the case of 2D application this type may be
used in defining parametric segments or to specify
ortogonal segments.
}
TVector2D = record
X, Y: TRealType;
end;
{: This type defines a 2D axis aligned rectangle.
The rectangle is specified by two of its corners, the
lower-left ones and the upper-right ones. Consider that
the origin of the coordinates of the library is different
from the Windows' one. Use <See Function=Rect2DToRect> and
<See Function=RectToRect2D> functions to convert from the
two coordinate systems.
This type is useful to defines bounding boxes of shapes.
}
TRect2D = record
case Byte of
0: (Left, Bottom, W1, Right, Top, W2: TRealType);
1: (FirstEdge, SecondEdge: TPoint2D);
end;
{: This type defines a 2D transformation for homogeneous points
and vectors.
The convention used by the library is that a matrix premultiply
a point, that is:
<Code=TP = M * T>
where <I=TP> and <I=T> are points and <I=M> is a matrix.
The matrix is specified by columns, that is <I=M[2, 1]> is
the element at row 2 and column 1 and <I=M[1, 2]> is the
element at row 1 anc column 2.
}
TTransf2D = array[1..3, 1..3] of TRealType;
{: Vector of 2D points. }
TVectPoints2D = array [0..0] of TPoint2D;
{: Pointer to vector of 2D points. }
PVectPoints2D = ^TVectPoints2D;
{: This class defines a decorative pen, that is a special Window pen that
can have any pattern. The pattern is defined by a string of bits like
'1110001100', in which a one rapresent a colored pixel and a zero
rapresent a transparent pixel. By using this pen the redrawing of the
image will be slower, so use it only where necessary. Because a decorative
pen is associated to a layer you can manage it better.
<B=Note>: The decorative pen use LineDDA functions to draw the lines and
can only be used for lines and polylines (so no ellipses are drawed using
the pattern).
}
TDecorativePen = class(TObject)
private
fPStyle: TBits;
fCnv: TCanvas;
fCurBit: Word;
fStartPt, fEndPt, fLastPt: TPoint;
procedure SetBit(const Idx: Word; const B: Boolean);
function GetBit(const Idx: Word): Boolean;
function GetMaxBit: Word;
procedure CallLineDDA;
public
constructor Create;
destructor Destroy; override;
procedure Assign(Source: TObject);
procedure MoveTo(Cnv: TCanvas; X, Y: Integer);
procedure MoveToNotReset(Cnv: TCanvas; X, Y: Integer);
procedure LineTo(Cnv: TCanvas; X, Y: Integer);
procedure TextOut(Cnv: TCanvas; X, Y: Integer; s: string);
procedure Polyline(Cnv: TCanvas; Pts: Pointer; NPts: Integer);
{: Specify the pattern for lines.
The pattern is defined by a string of bits like
'1110001100', in which a one rapresent a colored pixel and a zero
rapresent a transparent pixel. By using this pen the redrawing of the
image will be slower, so use it only where necessary. Because a decorative
pen is associated to a layer you can manage it better.
}
procedure SetPenStyle(const SString: String);
{: Contains the patter for lines.
The pattern is defined by a string of bits like
'1110001100', in which a one rapresent a colored pixel and a zero
rapresent a transparent pixel. By using this pen the redrawing of the
image will be slower, so use it only where necessary. Because a decorative
pen is associated to a layer you can manage it better.
}
property PenStyle[const Idx: Word]: Boolean read GetBit write SetBit;
property PatternLenght: Word read GetMaxBit;
end;
{: Defines an object that contains a DecorativePen and a Canvas.
By using the decorative pen methods you can draw patterned lines,
and by using the Canvas property you can draw using the
canvas.
See also <See Class=TDecorativePen> for details.
}
TDecorativeCanvas = class(TObject)
private
fDecorativePen: TDecorativePen;
fCanvas: TCanvas;
public
constructor Create(ACanvas: TCanvas);
destructor Destroy; override;
procedure MoveTo(X, Y: Integer);
procedure LineTo(X, Y: Integer);
procedure Polyline(Points: Pointer; NPts: Integer);
procedure TextOut(X, Y: Integer; s: string);
property DecorativePen: TDecorativePen read fDecorativePen;
property Canvas: TCanvas read fCanvas write fCanvas;
end;
const
TWOPI = 2 * Pi;
SQRT2 = 1.414213562373;
{: Constant used with the picking functions.
See also <See Method=TCADViewport2D@PickObject> and
<See Method=TCADViewport3D@PickObject>.
}
PICK_NOOBJECT = -200;
{: Constant used with the picking functions.
See also <See Method=TCADViewport2D@PickObject> and
<See Method=TCADViewport3D@PickObject>.
}
PICK_INBBOX = -100;
{: Constant used with the picking functions.
See also <See Method=TCADViewport2D@PickObject> and
<See Method=TCADViewport3D@PickObject>.
}
PICK_ONOBJECT = -1;
{: Constant used with the picking functions.
See also <See Method=TCADViewport2D@PickObject> and
<See Method=TCADViewport3D@PickObject>.
}
PICK_INOBJECT = -2;
{: This is the identity matrix for 2D transformation.
}
IdentityTransf2D: TTransf2D = ((1.0, 0.0, 0.0), (0.0, 1.0, 0.0), (0.0, 0.0, 1.0));
{: This is the null matrix for 2D transformation.
}
NullTransf2D: TTransf2D = ((0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (0.0, 0.0, 1.0));
{: This is the minimum value for coordinates.
}
MinCoord = -1.0E8;
{: This is the maximun value for coordinates.
}
MaxCoord = 1.0E8;
const
crKez1 = 19000;
crKez2 = 19001;
crRealZoom = 19002;
crNyilUp = 19003;
crNyilDown = 19004;
crNyilLeft = 19005;
crNyilRight= 19006;
crZoomIn = 19007;
crZoomOut = 19008;
crKereszt = 19009;
crHelp = 19100;
implementation
{$R StView32_Cursors.res}
constructor TIndexObj.Create(ID: LongInt);
begin
inherited Create;
fID := ID;
end;
{ TDecorativeCanvas }
constructor TDecorativeCanvas.Create(ACanvas: TCanvas);
begin
inherited Create;
fCanvas := ACanvas;
fDecorativePen := TDecorativePen.Create;
end;
destructor TDecorativeCanvas.Destroy;
begin
fDecorativePen.Free;
inherited Destroy;
end;
procedure TDecorativeCanvas.MoveTo(X, Y: Integer);
begin
fDecorativePen.MoveTo(fCanvas, X, Y);
end;
procedure TDecorativeCanvas.LineTo(X, Y: Integer);
begin
fDecorativePen.LineTo(fCanvas, X, Y);
end;
procedure TDecorativeCanvas.Polyline(Points: Pointer; NPts: Integer);
begin
fDecorativePen.Polyline(fCanvas, Points, NPts);
end;
procedure TDecorativeCanvas.TextOut(X, Y: Integer; s: string);
begin
fDecorativePen.TextOut(fCanvas, x, y, s);
end;
{ TDecorativePen }
procedure LineDDAMethod1(X, Y: Integer; lpData: Pointer); stdcall;
var
NextBit: Integer;
begin
with TDecorativePen(lpData) do
begin
NextBit := (fCurBit + Abs(X - fLastPt.X)) mod GetMaxBit;
fLastPt := Point(X, Y);
if (fCurBit < GetMaxBit) and
(fPStyle[fCurBit] and
not fPStyle[NextBit]) then
fCnv.Polyline([Point(fStartPt.X, fStartPt.Y), Point(X, Y)])
else if not fPStyle[fCurBit] then
fStartPt := Point(X, Y);
if (X = fEndPt.X - 1) or (X = fEndPt.X + 1) then
fCnv.Polyline([Point(fStartPt.X, fStartPt.Y), Point(X, Y)]);
fCurBit := NextBit;
end;
end;
procedure LineDDAMethod2(X, Y: Integer; lpData: Pointer); stdcall;
var
NextBit: Integer;
begin
with TDecorativePen(lpData) do
begin
NextBit := (fCurBit + Abs(Y - fLastPt.Y)) mod GetMaxBit;
fLastPt := Point(X, Y);
if (fCurBit < GetMaxBit) and
(fPStyle[fCurBit] and not fPStyle[NextBit]) then
fCnv.Polyline([Point(fStartPt.X, fStartPt.Y), Point(X, Y)])
else if not fPStyle[fCurBit] then
fStartPt := Point(X, Y);
if (Y = fEndPt.Y - 1) or (Y = fEndPt.Y + 1) then
fCnv.Polyline([Point(fStartPt.X, fStartPt.Y), Point(X, Y)]);
fCurBit := NextBit;
end
end;
procedure TDecorativePen.SetBit(const Idx: Word; const B: Boolean);
begin
fPStyle[Idx] := B;
end;
function TDecorativePen.GetBit(const Idx: Word): Boolean;
begin
Result := fPStyle[Idx];
end;
function TDecorativePen.GetMaxBit: Word;
begin
Result := fPStyle.Size;
end;
procedure TDecorativePen.CallLineDDA;
begin
if (Abs(fEndPt.X - fStartPt.X) > Abs(fEndPt.Y - fStartPt.Y)) then
LineDDA(fStartPt.X, fStartPt.Y, fEndPt.X, fEndPt.Y, @LineDDAMethod1, Integer(Self))
else
LineDDA(fStartPt.X, fStartPt.Y, fEndPt.X, fEndPt.Y, @LineDDAMethod2, Integer(Self));
end;
constructor TDecorativePen.Create;
begin
inherited;
fPStyle := TBits.Create;
end;
destructor TDecorativePen.Destroy;
begin
fPStyle.Free;
inherited;
end;
procedure TDecorativePen.Assign(Source: TObject);
var
Cont: Integer;
begin
if (Source = Self) then
Exit;
if Source is TDecorativePen then
begin
fPStyle.Size := 0;
for Cont := 0 to TDecorativePen(Source).fPStyle.Size - 1 do
fPStyle[Cont] := TDecorativePen(Source).fPStyle[Cont];
end;
end;
procedure TDecorativePen.MoveTo(Cnv: TCanvas; X, Y: Integer);
begin
if( fPStyle.Size > 0 ) then
begin
fStartPt := Point(X, Y);
fEndPt := Point(X, Y);
fLastPt := fStartPt;
fCurBit := 0;
end
else
Cnv.MoveTo(X, Y);
end;
procedure TDecorativePen.MoveToNotReset(Cnv: TCanvas; X, Y: Integer);
begin
if( fPStyle.Size > 0 ) then
begin
fStartPt := Point(X, Y);
fEndPt := Point(X, Y);
fLastPt := fStartPt;
end
else
Cnv.MoveTo(X, Y);
end;
procedure TDecorativePen.LineTo(Cnv: TCanvas; X, Y: Integer);
begin
if( fPStyle.Size > 0 ) then
begin
fEndPt := Point(X, Y);
fCnv := Cnv;
CallLineDDA;
fStartPt := Point(X, Y);
fLastPt := fStartPt;
end
else
Cnv.LineTo(X, Y);
end;
procedure TDecorativePen.TextOut(Cnv: TCanvas; X, Y: Integer; s: string);
begin
Cnv.Font.Name := 'MS Sans Serif'; //agl
Cnv.Font.Charset := DEFAULT_CHARSET; //agl
Cnv.TextOut(X, Y, s);
end;
procedure TDecorativePen.Polyline(Cnv: TCanvas; Pts: Pointer; NPts: Integer);
type
TPoints = array[0..0] of TPoint;
var
Cont: Integer;
TmpPts: ^TPoints;
begin
if NPts <= 1 then
Exit;
TmpPts := Pts;
if( fPStyle.Size > 0 ) then
begin
fCnv := Cnv;
fCurBit := 0;
fLastPt := TmpPts^[0];
for Cont := 0 to NPts - 2 do
begin
if Cont > 0 then
fStartPt := fLastPt
else
fStartPt := TmpPts^[Cont];
fEndPt := TmpPts^[Cont + 1];
CallLineDDA;
end;
end
else
Windows.Polyline(Cnv.Handle, TmpPts^, NPts);
end;
procedure TDecorativePen.SetPenStyle(const SString: String);
var
Cont: Integer;
begin
fPStyle.Size := Length(SString);
for Cont := 1 to fPStyle.Size do
if SString[Cont] = '1' then
SetBit(Cont - 1, True)
else
SetBit(Cont - 1, False);
end;
{ ----------- T2DPoint --------- }
constructor T2DPoint.Create;
begin
inherited Create;
fx := 0;
fy := 0;
end;
procedure T2DPoint.Changed;
begin if Assigned(FOnChange) then FOnChange(Self); end;
procedure T2DPoint.Setx(Value:TRealType);
begin
If fx<>Value then begin
Fx:=Value;
Changed;
end;
end;
procedure T2DPoint.Sety(Value:TRealType);
begin
If fy<>Value then begin
Fy:=Value;
Changed;
end;
end;
end.
|
{------------------------------------------------------------------------------------}
{program p038_000 exercises production #038 }
{expression_list -> expression }
{------------------------------------------------------------------------------------}
{Author: Thomas R. Turner }
{E-Mail: trturner@uco.edu }
{Date: January, 2012 }
{------------------------------------------------------------------------------------}
{Copyright January, 2012 by Thomas R. Turner }
{Do not reproduce without permission from Thomas R. Turner. }
{------------------------------------------------------------------------------------}
program p038_000;
function max(a,b:integer):integer;
begin{max}
if a>b then max:=a else max:=b
end{max};
procedure print(a:integer;b:integer);
begin{print}
writestring('The maximum of ');
writeinteger(a);
writestring(' and ');
writeinteger(b);
writestring(' is ');
writeinteger(max(a,b));
writeln
end{print};
begin{p038_000}
print(2,3)
end{p038_000}.
|
(*@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@3@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@*
Unit
Character
*@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@*
[2006/??/??] Helios - No author stated
================================================================================
License: (FreeBSD, plus commercial with written permission clause.)
================================================================================
Project Helios - Copyright (c) 2005-2007
All rights reserved.
Please refer to Helios.dpr for full license terms.
================================================================================
Overview:
================================================================================
Class, interface, and common defaults for a "Character" are defined here.
================================================================================
Revisions:
================================================================================
(Format: [yyyy/mm/dd] <Author> - <Desc of Changes>)
[2007/07/24] RaX - Created Header.
*@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@*)
unit Character;
{$IFDEF FPC}
{$MODE Delphi}
{$ENDIF}
interface
uses
{RTL/VCL}
Types,
{Project}
GameObject,
Being,
GameConstants,
LuaTypes,
Inventory,
Mailbox,
Equipment,
ChatRoom,
{Third Party}
IdContext,
List32
;
type
TCharaScriptStatus = (
SCRIPT_RUNNING,
SCRIPT_NOTRUNNING,
SCRIPT_YIELD_WAIT,
SCRIPT_YIELD_INPUT,
SCRIPT_YIELD_MENU,
SCRIPT_YIELD_INSTANCEREQUEST
);
(*= CLASS =====================================================================*
TCharacter
*------------------------------------------------------------------------------*
Overview:
*------------------------------------------------------------------------------*
This class represents a Character. It descends from TBeing, and handles all
Character specific properties not already defined and handled in TBeing.
Parts of TCharacter that may look like reduplication are actually not:
since we must flag when data is altered, some of the TBeing Set* methods for
properties have to be overriden to properly flag when the object's state has
changed, and thus, must be saved.
*------------------------------------------------------------------------------*
Revisions:
*------------------------------------------------------------------------------*
(Format: [yyyy/mm/dd] <Author> - <Description of Change>)
[2007/04/28] CR - Modified Class header. Eliminated private section - all
internal fields used for properties are now protected, instead. Removed
GetBaseStat property method (unneeded). Altered SetBaseStat to model the
changes I made in TBeing last commit. Eliminated public variables that were
IDENTICAL to those in TBeing (to avoid a repeat of problems like we had with
fZeny in an earlier commit). Changed ParamUP and ParamBonus so they use the
ByteStatArray type like TBeing uses for ParamBase.
[2007/05/28] Tsusai - Added ScriptID, to store current(/last?) script id in use
[2008/06/28] Tsusai - Added eAPacketVer to hold the packetdb ea number.
*=============================================================================*)
TCharacter = class; //Declaration
PCharacter = ^TCharacter; // Add Pointer version
TCharacter = class(TBeing)
protected
fCharacterNumber : Byte;
fStatusPts : Integer;
fSkillPts : Integer;
fIsMarried : Boolean; // Spre
fWeight : LongWord;
fMaxWeight : LongWord;
fKarma : Word;
fManner : Word;
fPartyID : LongWord;
fGuildID : LongWord;
fPetID : LongWord;
fHair : Word;
fHairColor : Word;
fClothesColor : Word;
fRightHand : Word;
fLeftHand : Word;
fArmor : Word;
fGarment : Word;
fShoes : Word;
fAccessory1 : Word;
fAccessory2 : Word;
fHeadTop : Word;
fHeadMid : Word;
fHeadBottom : Word;
fSaveMap : String;
fSaveMapPt : TPoint;
fPartnerID : LongWord;
fParentID1 : LongWord;
fParentID2 : LongWord;
fBabyID : LongWord;
fOnline : Byte;
fHomunID : LongWord;
fDataChanged : Boolean; //For timed save procedure to activate.
fTimeToSave : TDateTime;
fJobName : String;
//Start New info for jobchange [Spre]
//fUnEquipAll : Byte; // Unequips all gears [Spre] Will be written when items are done
//fUpdateOption : Byte; // Removed options from character.
//Reset Look to Zero GM Command. [Spre]
fResetLook : Integer;
fPermanantBan : String;
procedure SetSaveTime(Value : Boolean);
procedure SetCharaNum(Value : Byte);
procedure SetName(
const Value : String
);override;
procedure SetJID(Value : Word); override;
procedure SetBaseLV(Value : Word); override;
procedure SetJobLV(Value : Word); override;
procedure SetBaseEXP(Value : LongWord); override;
procedure SetJobEXP(Value : LongWord); override;
procedure SetBaseEXPToNextLevel(Value : LongWord);
procedure SetJobEXPToNextLevel(Value : LongWord);
procedure SetZeny(Value : Integer); override;
procedure SetBaseStats(
const Index: Byte;
const Value: Integer
); override;
procedure SetMaxHP(Value : LongWord); override;
procedure SetHP(Value : LongWord); override;
procedure SetMaxSP(Value : Word); override;
procedure SetSP(Value : Word); override;
procedure SetOption(Value : Word); override;
procedure SetMap(Value : String); override;
procedure SetPosition(Value : TPoint); override;
procedure SetSpeed(Value : Word); override;
procedure SetASpeed(Value : Word);override;
procedure SetKarma(Value : Word);
procedure SetManner(Value : Word);
procedure SetPartyID(Value : LongWord);
procedure SetGuildID(Value : LongWord);
procedure SetPetID(Value : LongWord);
procedure SetHair(Value : Word);
procedure SetHairColor(Value : Word);
procedure SetClothesColor(Value : Word);
procedure SetRightHand(Value : Word);
procedure SetLeftHand(Value : Word);
procedure SetArmor(Value : Word);
procedure SetGarment(Value : Word);
procedure SetShoes(Value : Word);
procedure SetAccessory1(Value : Word);
procedure SetAccessory2(Value : Word);
procedure SetHeadTop(Value : Word);
procedure SetHeadMid(Value : Word);
procedure SetHeadBottom(Value : Word);
procedure SetStatusPts(Value : Integer);
function GetMarried:boolean; // Spre
procedure SetSkillPts(Value : Integer);
procedure SetSMap(Value : String);
procedure SetSMapPt(Value : TPoint);
procedure SetPartnerID(Value : LongWord);
procedure SetParentID1(Value : LongWord);
procedure SetParentID2(Value : LongWord);
procedure SetWeight(Value : LongWord);
procedure SetMaxWeight(Value : LongWord);
procedure SetPermanantBan(Value : String);
procedure SetBabyID(
const Value : LongWord
);
procedure SetOnline(
const Value : Byte
);
procedure SetHomunID(
const Value : LongWord
);
procedure BaseLevelUp(Levels : Integer);
procedure JobLevelUp(Levels : Integer);
public
AccountID : LongWord;
DcAndKeepData : Boolean;
LuaInfo : TLuaInfo; //personal lua "thread"
ScriptStatus : TCharaScriptStatus; //lets us know what is going on with lua,
ScriptBeing : TBeing;
ClientInfo : TIdContext;
ParamUP : StatArray;
ParamBonus : StatArray;
//Our Character's inventory
Inventory : TInventory;
Equipment : TEquipment;
//Stat Calculations should fill these in
//Maybe a record type for this crap for shared info between mobs and chars
//Hell...maybe..properties? o_O
AttackRange : Word;
//No idea what 0..5 is from. Stats?
//Commenting below, ATK + items + skills needs to be worked out before this
// ATK : array[R_HAND..L_HAND] of array[0..5] of Word; // Displayed ATK power
//Which packet array (since arrays start at 0) holds all the packets that are compatible.
ClientVersion : Integer;
//eA's Packet Version, relates toPACKET_VER in the packet_db.txt
EAPACKETVER : Integer;
OnTouchIDs : TIntList32;
// How many friends?
Friends : Byte;
Mails : TMailBox;
ChatRoom : TChatRoom; //It doesn't create when TCharacter create.
procedure CalcMaxHP; override;
procedure CalcMaxSP; override;
procedure CalcSpeed; override;
procedure CalcMaxWeight;
procedure CalcHIT;
procedure CalcFLEE;
procedure CalcMATK;
procedure CalcPerfectDodge;
procedure CalcFalseCritical;
procedure CalcCritical;
procedure CalcDEF2;
procedure CalcMDEF2;
procedure CalcATK;
procedure SendSubStat(
const Mode : Word;
const DataType : Word;
const Value : LongWord
);
procedure SendParamBaseAndBonus(
const Stat : Byte;
const Value : LongWord;
const Bonus : LongWord
);
procedure SendRequiredStatusPoint(const Stat : Byte;const Value : Byte);
procedure CalculateCharacterStats;
procedure SendCharacterStats(UpdateView : boolean = false);
procedure ResetStats;
procedure SendFriendList;
procedure Death; override;
procedure LoadInventory;
procedure ChangeJob(JobID : Word);
procedure GenerateWeight;
Constructor Create(AClient : TIdContext);
Destructor Destroy; override;
property DataChanged : Boolean
read fDataChanged
write SetSaveTime;
//For timed save procedure to activate.
property BaseEXP : LongWord read fBaseEXP write SetBaseEXP;
property JobEXP : LongWord read fJobEXP write SetJobEXP;
property BaseEXPToNextLevel : LongWord read fBaseEXPToNextLevel write SetBaseEXPToNextLevel;
property JobEXPToNextLevel : LongWord read fJobEXPToNextLevel write SetJobEXPToNextLevel;
property Zeny : Integer read fZeny write SetZeny;
property CharaNum : Byte read fCharacterNumber write SetCharaNum;
property StatusPts : Integer read fStatusPts write SetStatusPts;
property SkillPts : Integer read fSkillPts write SetSkillPts;
property IsMarried : Boolean read GetMarried; //IsMarried Var [Spre]
property Karma : Word read fKarma write SetKarma;
property Manner : Word read fManner write SetManner;
property PartyID : LongWord read fPartyID write SetPartyID;
property GuildID : LongWord read fGuildID write SetGuildID;
property PetID : LongWord read fPetID write SetPetID;
property Hair : Word read fHair write SetHair;
property HairColor : Word read fHairColor write SetHairColor;
property ClothesColor: Word read fClothesColor write SetClothesColor;
// property RightHand : Word read fRightHand write SetRightHand;
// property LeftHand : Word read fLeftHand write SetLeftHand;
// property Armor : Word read fArmor write SetArmor;
// property Garment : Word read fGarment write SetGarment;
// property Shoes : Word read fShoes write SetShoes;
// property Accessory1: Word read fAccessory1 write SetAccessory1;
// property Accessory2: Word read fAccessory1 write SetAccessory2;
// property HeadTop : Word read fHeadTop write SetHeadTop;
// property HeadMid : Word read fHeadMid write SetHeadMid;
// property HeadBottom: Word read fHeadBottom write SetHeadBottom;
property SaveMap : String read fSaveMap write SetSMap;
property SavePoint : TPoint read fSaveMapPt write SetSMapPt;
property PartnerID : LongWord read fPartnerID write SetPartnerID;
property ParentID1 : LongWord read fParentID1 write SetParentID1;
property ParentID2 : LongWord read fParentID2 write SetParentID2;
property BabyID : LongWord read fBabyID write SetBabyID;
property Online : Byte read fOnline write SetOnline;
property HomunID : LongWord read fHomunID write SetHomunID;
property Weight : LongWord read fWeight write SetWeight;
property MaxWeight : LongWord read fMaxWeight write SetMaxWeight;
property JobName : String read fJobName;
// property UnEquipAll : Byte read fUnEquipAll write SetUnEquipAll;
// property UpdateOption : Byte read fUpdateOption write SetUpdateOption;
property PermanantBan : String read fPermanantBan write SetPermanantBan;
end;{TCharacter}
implementation
uses
{RTL/VCL}
Math,
SysUtils,
Classes,
{Project}
Main,
BufferIO,
Globals,
GameTypes,
PacketTypes,
LuaCoreRoutines,
TCPServerRoutines,
BeingList,
AreaLoopEvents,
ItemInstance,
ZoneSend,
ParameterList
{Third Party}
//none
;
//------------------------------------------------------------------------------
//SetSaveTime PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the last time the character was saved to the database.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetSaveTime(
Value : Boolean
);
begin
if Value and not fDataChanged then
begin
fDataChanged := TRUE;
fTimeToSave := IncMinute(Now,5);
end;
end;{SetSaveTime}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetCharaNum PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the CharaNum to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetCharaNum(
Value : byte
);
begin
DataChanged := TRUE;
fCharacterNumber := Value;
end;{SetCharaNum}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetName PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Name to Value.
// Also, lets our object know that data has changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2006/22/06] RaX - Created Header.
// [2007/04/28] CR - Changed Header, made parameter constant (efficient use of
// strings).
//------------------------------------------------------------------------------
procedure TCharacter.SetName(
const Value : String
);
Begin
DataChanged := TRUE;
fName := Value;
end;{SetName}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetJob PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Class to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// Inplement UpdateOption, UnEquipAll Routines.
// Post:
// TODO
// --
// Changes -
// September 25, 2008 - Spre -Updated Routine with some jobchange code.
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetJID(
Value : Word
);
begin
DataChanged := TRUE;
fJID := Value;
case fJID of
JOB_NOVICE : fJobName := 'Novice';
JOB_SWORDMAN : fJobName := 'Swordman';
JOB_MAGE : fJobName := 'Magician';
JOB_ARCHER : fJobName := 'Archer';
JOB_ACOLYTE : fJobName := 'Acolyte';
JOB_MERCHANT : fJobName := 'Merchant';
JOB_THIEF : fJobName := 'Thief';
JOB_KNIGHT : fJobName := 'Knight';
JOB_PRIEST : fJobName := 'Priest';
JOB_WIZARD : fJobName := 'Wizard';
JOB_BLACKSMITH : fJobName := 'Blacksmith';
JOB_HUNTER : fJobName := 'Hunter';
JOB_ASSASSIN : fJobName := 'Assassin';
JOB_CRUSADER : fJobName := 'Crusader';
JOB_MONK : fJobName := 'Monk';
JOB_SAGE : fJobName := 'Sage';
JOB_ROGUE : fJobName := 'Rogue';
JOB_ALCHEMIST : fJobName := 'Alchemist';
JOB_BARD : fJobName := 'Bard';
JOB_DANCER : fJobName := 'Dancer';
JOB_SNOVICE : fJobName := 'Super_Novice';
JOB_GUNSLINGER : fJobName := 'Gunslinger';
JOB_NINJA : fJobName := 'Ninja';
HJOB_HIGH_NOVICE : fJobName := 'High_Novice';
HJOB_HIGH_SWORDMAN : fJobName := 'High_Swordman';
HJOB_HIGH_MAGE : fJobName := 'High_Magician';
HJOB_HIGH_ARCHER : fJobName := 'High_Archer';
HJOB_HIGH_ACOLYTE : fJobName := 'High_Acolyte';
HJOB_HIGH_MERCHANT : fJobName := 'High_Merchant';
HJOB_HIGH_THIEF : fJobName := 'High_Thief';
HJOB_LORD_KNIGHT : fJobName := 'Lord_Knight';
HJOB_HIGH_PRIEST : fJobName := 'High_Priest';
HJOB_HIGH_WIZARD : fJobName := 'High_Wizard';
HJOB_WHITESMITH : fJobName := 'Whitesmith';
HJOB_SNIPER : fJobName := 'Sniper';
HJOB_ASSASSIN_CROSS : fJobName := 'Assassin_Cross';
HJOB_PALADIN : fJobName := 'Paladin';
HJOB_CHAMPION : fJobName := 'Champion';
HJOB_PROFESSOR : fJobName := 'Scholar';
HJOB_STALKER : fJobName := 'Stalker';
HJOB_CREATOR : fJobName := 'Biochemist';
HJOB_CLOWN : fJobName := 'Clown';
HJOB_GYPSY : fJobName := 'Gypsy';
HJOB_BABY : fJobName := 'Baby_Novice';
HJOB_BABY_SWORDMAN : fJobName := 'Baby_Swordman';
HJOB_BABY_MAGE : fJobName := 'Baby_Magician';
HJOB_BABY_ARCHER : fJobName := 'Baby_Archer';
HJOB_BABY_ACOLYTE : fJobName := 'Baby_Acolyte';
HJOB_BABY_MERCHANT : fJobName := 'Baby_Merchant';
HJOB_BABY_THIEF : fJobName := 'Baby_Thief';
HJOB_BABY_KNIGHT : fJobName := 'Baby_Knight';
HJOB_BABY_PRIEST : fJobName := 'Baby_Priest';
HJOB_BABY_WIZARD : fJobName := 'Baby_Wizard';
HJOB_BABY_BLACKSMITH : fJobName := 'Baby_Blacksmith';
HJOB_BABY_HUNTER : fJobName := 'Baby_Hunter';
HJOB_BABY_ASSASSIN : fJobName := 'Baby_Assassin';
HJOB_BABY_CRUSADER : fJobName := 'Baby_Crusader';
HJOB_BABY_MONK : fJobName := 'Baby_Monk';
HJOB_BABY_SAGE : fJobName := 'Baby_Sage';
HJOB_BABY_ROGUE : fJobName := 'Baby_Rogue';
HJOB_BABY_ALCHEMIST : fJobName := 'Baby_Alchemist';
HJOB_BABY_BARD : fJobName := 'Baby_Bard';
HJOB_BABY_DANCER : fJobName := 'Baby_Dancer';
HJOB_BABY_SNOVICE : fJobName := 'Baby_Super_Novice';
HJOB_EXPANDED_TAEKWON : fJobName := 'Taekwon';
HJOB_EXPANDED_STAR_GLADIATOR : fJobName := 'Star_Gladiator';
HJOB_EXPANDED_STAR_GLADIATOR_2 : fJobName := 'Star_Gladiator';
HJOB_EXPANDED_SOUL_LINKER : fJobName := 'Soul_Linker';
end;
end;{SetJID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetBaseLV PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the BaseLV to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetBaseLV(
Value : Word
);
begin
//we do not inherit here for a reason! See BaseLevelUp
DataChanged := TRUE;
BaseLevelUp(EnsureRange(Value-fBaseLv, -CHAR_BLEVEL_MAX, CHAR_BLEVEL_MAX));
end;{SetBaseLV}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetJobLV PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the JobLV to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
// March 12th, 2007 - Aeomin - Fix Header Typo
//
//------------------------------------------------------------------------------
procedure TCharacter.SetJobLV(
Value : Word
);
begin
//we do not inherit here for a reason! See JobLevelUp
DataChanged := TRUE;
JobLevelUp(EnsureRange(Value-fJobLv, -CHAR_JLEVEL_MAX, CHAR_JLEVEL_MAX));
end;{SetJobLV}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetBaseEXP PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the BaseEXP to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetBaseEXP(
Value : LongWord
);
var
Index : Integer;
OldBaseEXPToNextLevel: LongWord;
begin
Inherited;
if ZoneStatus = isOnline then
begin
for Index := 1 to MainProc.ZoneServer.Options.MaxBaseLevelsPerEXPGain do
begin
if (BaseEXP > BaseEXPToNextLevel) and (BaseLv <= MainProc.ZoneServer.Options.MaxBaseLevel) then
begin
BaseLv := BaseLv + 1;
end else
begin
Break;
end;
end;
if BaseEXP > BaseEXPToNextLevel then
begin
OldBaseEXPToNextLevel := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetBaseEXPToNextLevel(self, BaseLv-1)
div MainProc.ZoneServer.Options.BaseXPMultiplier;
BaseEXP := (BaseEXPToNextLevel - OldBaseEXPToNextLevel) DIV 2 + OldBaseEXPToNextLevel;
end;
SendSubStat(1, $0001, BaseEXP);
end;
end;{SetBaseEXP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetJobEXP PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets JobEXP to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetJobEXP(
Value : LongWord
);
var
Index : Integer;
OldJobEXPToNextLevel : LongWord;
begin
Inherited;
if ZoneStatus = isOnline then
begin
for Index := 1 to MainProc.ZoneServer.Options.MaxJobLevelsPerEXPGain do
begin
if Value > JobEXPToNextLevel then
begin
JobLv := JobLv + 1;
end else
begin
Break;
end;
end;
if (JobEXP > JobEXPToNextLevel) AND (JobLv <= MainProc.ZoneServer.Options.MaxJobLevel) then
begin
OldJobEXPToNextLevel := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetJobEXPToNextLevel(self, JobLv-1)
div MainProc.ZoneServer.Options.JobXPMultiplier;
JobEXP := (JobEXPToNextLevel - OldJobEXPToNextLevel) DIV 2 + OldJobEXPToNextLevel;
end;
SendSubStat(1, $0002, JobEXP);
end;
end;{SetJobEXP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetBaseEXPToNextLevel PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets BaseEXPToNextLevel to Value.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// July 27th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetBaseEXPToNextLevel(
Value : LongWord
);
begin
fBaseEXPToNextLevel := Value;
SendSubStat(1, $0016, BaseEXPToNextLevel);
end;{SetBaseEXPToNextLevel}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetJobEXPToNextLevel PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets JobEXPToNextLevel to Value.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// July 27th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetJobEXPToNextLevel(
Value : LongWord
);
begin
fJobEXPToNextLevel := Value;
SendSubStat(1, $0017, JobEXPToNextLevel);
end;{SetJobEXPToNextLevel}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetZeny PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Zeny to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
// [2007/07/22] Tsusai - Added sending of update packet.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetZeny(
Value : Integer
);
begin
Inherited;
DataChanged := TRUE;
// Update Zeny
SendSubStat(1, $0014, Zeny);
end;{SetZeny}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetBaseStats PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets Base Stat at Index to Value.
//
// Passes off to the ancestor routine which does range checking via Asserts,
// and then flags DataChanged for saving the Character Data when that event is
// next triggered.
// --
// Pre:
// Index must be between STR..LUK (Checked by the inherited method)
// Post:
// DataChanged is True
// --
// Changes -
// [2006/12/22] RaX - Created Header.
// [2007/04/28] CR - Altered Comment Header, improved description, noted Pre and
// Post conditions. Altered parameters to match TBeing.
//------------------------------------------------------------------------------
procedure TCharacter.SetBaseStats(
const Index : Byte;
const Value : Integer
);
begin
Inherited;
SendParamBaseAndBonus(Index, ParamBase[Index], ParamBonus[Index]);
ParamUP[Index] := 2 + (Value - 1) DIV 10;
SendRequiredStatusPoint(Index, EnsureRange(ParamUP[Index], 0, High(Byte)));
DataChanged := TRUE;
end;{SetBaseStats}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetMaxHP PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the MaxHP to Value.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetMaxHP(
Value : LongWord
);
begin
Inherited;
SendSubStat(0, $0006, MAXHP);
DataChanged := TRUE;
end;{SetMaxHP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetHP PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the HP to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetHP(
Value : LongWord
);
begin
Inherited;
SendSubStat(0, $0005, HP);
DataChanged := TRUE;
if HP <= 0 then
begin
Death;
end;
end;{SetHP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetMaxSP PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the MaxSP to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetMaxSP(
Value : word
);
begin
Inherited;
SendSubStat(0, $0008, MAXSP);
DataChanged := TRUE;
end;{SetMaxSP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetName PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the SP to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetSP(
Value : word
);
begin
Inherited;
SendSubStat(0, $0007, SP);
DataChanged := TRUE;
end;{SetSP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetStatusPts PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the StatusPoints to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetStatusPts(
Value : Integer
);
begin
DataChanged := TRUE;
fStatusPts := EnsureRange(Value, 0, CHAR_STATPOINT_MAX);
SendSubStat(0,$0009,fStatusPts);
end;{SetStatusPts}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetSkillPts PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the SkillPoints to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetSkillPts(
Value : Integer
);
begin
DataChanged := TRUE;
fSkillPts := EnsureRange(Value, 0, CHAR_SKILLPOINT_MAX);
SendSubStat(0,$000c,fSkillPts);
end;{SetSkillPts}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//GetMarried FUNCTION
//------------------------------------------------------------------------------
// What it does-
// Checks if a Character is married or not. Used in LuaNPCCommands.pas
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 31nd, 2007 - Spre - Added cde t check IsMarried
//
//------------------------------------------------------------------------------
function TCharacter.GetMarried : Boolean;
begin
Result := (PartnerID > 0);
end;{GetMarried}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetOption PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Option to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetOption(
Value : word
);
begin
Inherited;
DataChanged := TRUE;
end;{SetOption}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetKarma PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Karma to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetKarma(
Value : word
);
begin
DataChanged := TRUE;
fKarma := Value;
end;{SetName}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetManner PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Manner to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetManner(
Value : word
);
begin
DataChanged := TRUE;
fManner := Value;
end;{SetManner}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetPartyID PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the PartyID to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetPartyID(
Value : LongWord
);
begin
DataChanged := TRUE;
fPartyID := Value;
end;{SetPartyID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetGuildID PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the GuildID to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetGuildID(
Value : LongWord
);
begin
DataChanged := TRUE;
fGuildID := Value;
end;{SetGuildID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetPetID PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the PetID to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetPetID(
Value : LongWord
);
begin
DataChanged := TRUE;
fPetID := Value;
end;{SetPetID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetHair PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Hair to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetHair(
Value : word
);
begin
DataChanged := TRUE;
fHair := Value;
end;{SetHair}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetHairColor PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the HairColor to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetHairColor(
Value : word
);
begin
DataChanged := TRUE;
fHairColor := Value;
end;{SetHairColor}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetClothesColor PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the ClothesColor to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetClothesColor(
Value : word
);
begin
DataChanged := TRUE;
fClothesColor := Value;
end;{SetClothesColor}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetRightHand PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Right Hand to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetRightHand(
Value : word
);
begin
DataChanged := TRUE;
fRightHand := Value;
end;{SetWeapon}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetLeftHand PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Shield to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetLeftHand(
Value : word
);
begin
DataChanged := TRUE;
fLeftHand := Value;
end;{SetShield}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetArmor PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Armor to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 15th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetArmor(
Value : word
);
begin
DataChanged := TRUE;
fArmor := Value;
end;{SetArmor}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetGarment PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Garment to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 15th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetGarment(
Value : word
);
begin
DataChanged := TRUE;
fGarment := Value;
end;{SetGarment}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetShoes PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Shoes to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 15th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetShoes(
Value : word
);
begin
DataChanged := TRUE;
fShoes := Value;
end;{SetShoes}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetAccessory1 PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Accessory1 to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 15th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetAccessory1(
Value : word
);
begin
DataChanged := TRUE;
fAccessory1 := Value;
end;{SetAccessory1}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetAccessory2 PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Accessory2 to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 15th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetAccessory2(
Value : word
);
begin
DataChanged := TRUE;
fAccessory2 := Value;
end;{SetAccessory2}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetHeadTop PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the HeadTop to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetHeadTop(
Value : word
);
begin
DataChanged := TRUE;
fHeadTop := Value;
end;{SetHeadTop}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetHeadMid PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the HeadMid to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetHeadMid(
Value : word
);
begin
DataChanged := TRUE;
fHeadMid := Value;
end;{SetHeadMid}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetHeadBottom PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the HeadBottom to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetHeadBottom(
Value : word
);
begin
DataChanged := TRUE;
fHeadBottom := Value;
end;{SetHeadBottom}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetMap PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Map to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetMap(
Value : string
);
begin
Inherited;
if ZoneStatus = isOnline then
begin
RemoveFromMap;
end;
DataChanged := TRUE;
end;{SetMap}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetPosition PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the MapPt to Value. Also, lets our object know that data has
// changed. Moves the character from the old position to the new in the map.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetPosition(
Value : TPoint
);
begin
Inherited;
DataChanged := TRUE;
end;{SetMapPt}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetSpeed PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Update player's walking speed
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2007/11/26] Aeomin created
//
//------------------------------------------------------------------------------
procedure TCharacter.SetSpeed(
Value : Word
);
begin
inherited;
SendSubStat(0, 0, Value);
end;{SetSpeed}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetSMap PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the SMap(SaveMap) to Value. Also, lets our object know that data
// has changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetSMap(
Value : string
);
begin
fSaveMap := Value;
DataChanged := TRUE;
end;{SetSMap}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetSMapPt PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the SMapPt to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetSMapPt(
Value : TPoint
);
begin
fSaveMapPt := Value;
DataChanged := TRUE;
end;{SetSMapPt}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetPartnerID PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the PartnerID to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetPartnerID(
Value : LongWord
);
begin
DataChanged := TRUE;
fPartnerID := Value;
end;{SetPartnerID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetParentID PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the ParentID to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetParentID1(
Value : LongWord
);
begin
DataChanged := TRUE;
fParentID1 := Value;
end;{SetParentID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetParentID2 PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the ParentID2 to Value. Also, lets our object know that data has
// changed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// December 22nd, 2006 - RaX - Created Header.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetParentID2(
Value : LongWord
);
begin
DataChanged := TRUE;
fParentID2 := Value;
end;{SetParentID2}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetBabyID PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Online flag to Value, and flags DataChanged, if and only if Value
// differs.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2006/12/22] RaX - Created Header.
// [2007/05/06] CR - Altered routine and description, to minimize data saves.
// Value parameter made constant.
//------------------------------------------------------------------------------
procedure TCharacter.SetBabyID(
const Value : LongWord
);
begin
if (Value <> fBabyID) then
begin
DataChanged := TRUE;
fBabyID := Value;
end;
end;{SetBabyID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetOnline PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Online flag to Value, and flags DataChanged, if and only if Value
// differs.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2006/12/22] RaX - Created Header.
// [2007/05/06] CR - Altered routine and description, to minimize data saves.
// Value parameter made constant.
//------------------------------------------------------------------------------
procedure TCharacter.SetOnline(
const Value : Byte
);
begin
if (Value <> fOnline) then
begin
DataChanged := TRUE;
fOnline := Value;
end;
end;{SetOnline}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetWeight PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Weight
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// August 8th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetWeight(
Value : LongWord
);
var
PreviousPercentage : Byte;
CurrentPercentage : Byte;
begin
PreviousPercentage := 0;
CurrentPercentage := 0;
if MaxWeight > 0 then
begin
PreviousPercentage := Trunc((Weight / MaxWeight)*100);
CurrentPercentage := Trunc((Value / MaxWeight)*100);
end;
// PreviousPercentage := Weight * 100 div fMaxWeight;
// CurrentPercentage := Value * 100 DIV fMaxWeight;
if (PreviousPercentage >= 50) AND (CurrentPercentage < 50) then
begin
if PreviousPercentage >= 90 then
begin
SendStatusIcon(
Self,
36,
False
);
end else
begin
SendStatusIcon(
Self,
35,
False
);
end;
end else
if (PreviousPercentage >= 50) AND (CurrentPercentage >= 50) then
begin
if (PreviousPercentage >= 50) AND (PreviousPercentage < 90) AND (CurrentPercentage >= 90) then
begin
SendStatusIcon(
Self,
35,
False
);
SendStatusIcon(
Self,
36,
True
);
end else
if (PreviousPercentage >= 90)AND (CurrentPercentage >= 50) AND (CurrentPercentage < 90) then
begin
SendStatusIcon(
Self,
35,
True
);
SendStatusIcon(
Self,
36,
False
);
end;
end else
if (PreviousPercentage < 50) AND (CurrentPercentage >= 50) then
begin
if CurrentPercentage >= 90 then
begin
SendStatusIcon(
Self,
36,
True
);
end else
begin
SendStatusIcon(
Self,
35,
True
);
end;
end;
fWeight := Value;
SendSubStat(0, $0018, Value);
DataChanged := TRUE;
end;{SetWeight}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetMaxWeight PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the Max Weight
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// August 8th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SetMaxWeight(
Value : LongWord
);
begin
fMaxWeight := Value;
SendSubStat(0, $0019, Value);
DataChanged := TRUE;
end;{SetMaxWeight}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SetHomunID PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sets the HomunID to Value and flags DataChanged, if and only if Value is
// different.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2006/12/22] RaX - Created Header.
// [2007/05/06] CR - Make Set only change if the Value is different. Altered
// comment header.
//------------------------------------------------------------------------------
procedure TCharacter.SetHomunID(
const Value : LongWord
);
begin
if (Value <> fHomunID) then
begin
DataChanged := TRUE;
fHomunID := Value;
end;
end;{SetHomunID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcMaxHP PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's Maximum HP.
// [2007/04/28] CR - This routine appears to be used as an initialization.
// Repeatedly calling this routine looks like it will be wasteful. AND...
// This routine IS repeatedly called.
//
// Nota Bene: MaxHP values do not depend on the HP the character currently
// has AT ALL!
// However... MaxHP DOES depend on the following properties:
// JobName/JID, (via the GetBaseMaxHP call)
// BaseLV, VIT
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2006/12/22] RaX - Created Header.
// [2007/04/28] CR - Altered Comment Header, added further description of the
// routine. Used an internal variable to simplify/shorten the span where the
// Database connection is open to retrieve the BaseMaxHP value. Reindented the
// formula for initializing MaxHP. Boy is it clearer to read without that long
// abomination of a method name to retrieve "GetBaseMaxHP"! :P~~
//------------------------------------------------------------------------------
procedure TCharacter.CalcMaxHP;
var
BaseMaxHP : Word;
begin
if ClientInfo <> nil then
begin
BaseMaxHP := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetMaxHP(Self);
fMaxHP := EnsureRange(
( BaseMaxHP * (100 + ParamBase[VIT]) div 100 ), 1, High(fMaxHP)
);
if (HP > MaxHP) then
begin
fHP := MaxHP;
end;
end;
end;{CalcMaxHP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendSubStat PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Send sub stat defined by Mode(speed, Def,MDef etc...),
// send party info, and Recalculate Weight
//
/// Parameters-
// Mode: either 0 or 1, since its $00b0 or $00b1 (Its $00b0 + Mode)
// [2007/03/19] CR - Should Mode be a WordBool instead, if it's only 0 or 1?
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2007/03/12] Aeomin - Added Comment Header
// [2007/03/24] CR - Parameters passed are not altered, thus all parameters are
// now explicitly constant.
// [2007/03/24] CR - Moved first section of this routine into local procedure
// Send_00b0. Moved the non-implemented blocks into local routines as well.
// Made all parameters constant, which self-documents these, and makes calling
// the routine more efficient.
//------------------------------------------------------------------------------
Procedure TCharacter.SendSubStat(
const Mode : Word;
const DataType : Word;
const Value : LongWord
);
Var
OutBuffer : TBuffer;
//----------------------------------------------------------------------
//Send_00b0 LOCAL PROCEDURE
//----------------------------------------------------------------------
// [2007/03/24] CR - Extracted verbatim
// from main body.
//----------------------------------------------------------------------
procedure Send_00b0;
begin
WriteBufferWord(0, $00b0 + Mode, OutBuffer);
WriteBufferWord(2, DataType, OutBuffer);
WriteBufferLongWord(4, Value, OutBuffer);
if (Online <> 0) then
begin
SendBuffer(
ClientInfo,
OutBuffer,
PacketDB.GetLength($00b0 + Mode, ClientVersion)
);
end;
end;{Send_00b0}
//----------------------------------------------------------------------
//----------------------------------------------------------------------
//PartyInfo LOCAL PROCEDURE
//----------------------------------------------------------------------
// Not yet Implemented.
// --
// [2007/03/24] CR - Extracted
// from main body.
//----------------------------------------------------------------------
procedure PartyInfo;
begin
{[2007/03/24] CR - already disabled, no comment about this routine}
//Party Info from prometheus
{
if (tc.PartyName <> '') and (Mode = 0) and ((DType = 5) or (DType = 6)) then
begin
WriteBufferWord( 0, $0106);
WriteBufferLongWord( 2, tc.AccountID);
WriteBufferWord( 6, tc.HP);
WriteBufferWord( 8, tc.MAXHP);
SendPCmd(tc, OutBuffer, 10, True, True);
end;
}
end;{PartyInfo}
//----------------------------------------------------------------------
//----------------------------------------------------------------------
//OverweightTest LOCAL PROCEDURE
//----------------------------------------------------------------------
// Not yet Implemented.
// --
// [2007/03/24] CR - Extracted
// from main body.
//----------------------------------------------------------------------
procedure OverweightTest;
{
var
WeightPercent : Integer;
}
begin
{[2007/03/24] CR - already disabled, no comment about this routine}
//Party Info from prometheus
{
if (tc.PartyName <> '') and (Mode = 0) and ((DType = 5) or (DType = 6)) then
begin
WriteBufferWord( 0, $0106);
WriteBufferLongWord( 2, tc.AccountID);
WriteBufferWord( 6, tc.HP);
WriteBufferWord( 8, tc.MAXHP);
SendPCmd(tc, OutBuffer, 10, True, True);
end;
}
end;{OverweightTest}
//----------------------------------------------------------------------
begin
If ZoneStatus = IsOnline then
begin
Send_00b0;
{[2007/03/24] CR - These are "empty" - not yet implemented. }
PartyInfo;
OverweightTest;
end;
end;{SendSubStats}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalculateCharacterStats PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculate character status, but don't send 'em
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2008/10/29] Aeomin - Create
//
//------------------------------------------------------------------------------
procedure TCharacter.CalculateCharacterStats;
begin
//Calculate all stats and substats before sending
CalcMaxHP;
CalcMaxSP;
CalcMaxWeight;
CalcSpeed;
CalcASpeed;
CalcHIT;
CalcFLEE;
CalcMATK;
CalcPerfectDodge;
CalcFalseCritical;
CalcCritical;
CalcDEF2;
CalcMDEF2;
CalcATK;
end;{CalculateCharacterStats}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendCharacterStats PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sends a character's stats to the client.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// March 12th, 2007 - Aeomin - Created Header
// July 24th, 2007 - RaX - updated header
//
//------------------------------------------------------------------------------
procedure TCharacter.SendCharacterStats(
UpdateView : boolean = false
);
var
idx :integer;
OutBuffer : TBuffer;
begin
//Speed
SendSubStat(0, 0, Speed);
//HPSP
// SendSubStat(0, 5, HP);
SendSubStat(0, 6, MAXHP);
// SendSubStat(0, 7, SP);
SendSubStat(0, 8, MAXSP);
// Update status points and points needed to level up.
WriteBufferWord( 0, $00bd, OutBuffer);
WriteBufferWord( 2, EnsureRange(Self.StatusPts, 0, High(SmallInt)), OutBuffer);
for idx := STR to LUK do
begin
WriteBufferByte((idx)*2+4, EnsureRange(ParamBase[idx], 0, High(Byte)), OutBuffer);
WriteBufferByte((idx)*2+5, EnsureRange(ParamUp[idx], 0, High(Byte)), OutBuffer);
end;
WriteBufferWord(16, ATK{[0][0]}, OutBuffer); //Taking array out until later
WriteBufferWord(18, {ATK[1][0] + ATK[0][4]} 0, OutBuffer); //Taking this out until later
WriteBufferWord(20, MATK2, OutBuffer);
WriteBufferWord(22, MATK1, OutBuffer);
WriteBufferWord(24, DEF1, OutBuffer);
WriteBufferWord(26, DEF2, OutBuffer);
WriteBufferWord(28, MDEF1, OutBuffer);
WriteBufferWord(30, MDEF2, OutBuffer);
WriteBufferWord(32, HIT, OutBuffer);
WriteBufferWord(34, FLEE1, OutBuffer);
WriteBufferWord(36, PerfectDodge, OutBuffer);
WriteBufferWord(38, FalseCritical, OutBuffer);
WriteBufferWord(40, AttackDelay DIV 2, OutBuffer);
WriteBufferWord(42, 0, OutBuffer);
SendBuffer(ClientInfo, OutBuffer, PacketDB.GetLength($00bd,ClientVersion));
// Update base XP
SendSubStat(1, 1, BaseEXP);
SendSubStat(1, $0016, BaseEXPToNextLevel);
// Update job XP
SendSubStat(1, 2, JobEXP);
SendSubStat(1, $0017, JobEXPToNextLevel);
// Update Zeny
SendSubStat(1, $0014, Zeny);
// Update weight
SendSubStat(0, $0018, Weight);
SendSubStat(0, $0019, MaxWeight);
// Send status points.
for idx := 0 to 5 do
begin
WriteBufferWord( 0, $0141, OutBuffer);
WriteBufferLongWord( 2, 13+idx, OutBuffer);
WriteBufferLongWord( 6, ParamBase[idx], OutBuffer);
WriteBufferLongWord(10, ParamBonus[idx], OutBuffer);
SendBuffer(ClientInfo, OutBuffer, PacketDB.GetLength($0141,ClientVersion));
end;
// Send attack range.
WriteBufferWord(0, $013a, OutBuffer);
WriteBufferWord(2, AttackRange, OutBuffer);
SendBuffer(ClientInfo, OutBuffer, PacketDB.GetLength($013a,ClientVersion));
// Update the character's view packets if necessary.
if UpdateView then
begin
{tc.UpdateLook(3, tc.Head3, 0, True);
tc.UpdateLook(4, tc.Head1, 0, True);
tc.UpdateLook(5, tc.Head2, 0, True);
if (tc.Shield > 0) then
begin
tc.UpdateLook(2, tc.WeaponSprite[0], tc.Shield);
end else begin
tc.UpdateLook(2, tc.WeaponSprite[0], tc.WeaponSprite[1]);
end;}
end;
//To force showing values higher than 32767, These lines are to update stats
//that the above packets don't handle...
StatusPts := StatusPts;
end;{SendCharacterStats}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendParamBaseAndBonus PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Sends a characters ParamBase to the client.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// August 14th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
Procedure TCharacter.SendParamBaseAndBonus(
const Stat : Byte;
const Value : LongWord;
const Bonus : LongWord
);
var
OutBuffer : TBuffer;
begin
if zoneStatus = IsOnline then
begin
WriteBufferWord(0, $0141, OutBuffer);
WriteBufferLongWord(2, $000000d + Stat, OutBuffer);
WriteBufferLongWord(6, Value, OutBuffer);
WriteBufferLongWord(10, Bonus, OutBuffer);
if (Online <> 0) then
begin
SendBuffer(
ClientInfo,
OutBuffer,
PacketDB.GetLength($0141, ClientVersion)
);
end;
end;
end;{SendParamBaseAndBonus}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendRequiredStatusPoint PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Update stat point requirement for client
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2007/08/20] - Aeomin - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SendRequiredStatusPoint(
const Stat : Byte;
const Value : Byte
);
var
OutBuffer : TBuffer;
begin
if ZoneStatus = IsOnline then
begin
WriteBufferWord(0, $00be, OutBuffer);
//Gravity's trick ^V^
WriteBufferWord(2, Stat + $0020, OutBuffer);
WriteBufferByte(4, Value, OutBuffer);
if (Online <> 0) then
begin
SendBuffer(
ClientInfo,
OutBuffer,
PacketDB.GetLength($00be, ClientVersion)
);
end;
end;
end;{SendRequiredStatusPoint}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcMaxSP PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's Maximum SP.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 17th, 2007 - RaX - Created.
// July 24th, 2007 - RaX - Cleaned up super long calculation to make it
// easier to read, also added try finally around connect/disconnect.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcMaxSP;
begin
if ClientInfo <> nil then
begin
fMAXSP := EnsureRange(
TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetMaxSP(self) *
LongWord((100 + ParamBase[INT]) div 100), 0, High(fMaxSP));
if SP > MAXSP then
begin
fSP := MAXSP;
end;
end;
end;{CalcMaxSP}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcSpeed PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's Speed.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 17th, 2007 - RaX - Created.
// July 24th, 2007 - RaX - Changed to use the inherited calculation first to
// set the default value rather than having the default set in two places.
//------------------------------------------------------------------------------
procedure TCharacter.CalcSpeed;
begin
inherited;
end;{CalcSpeed}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcMaxWeight PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's Maximum weight.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 24th, 2007 - RaX - Created.
// July 24th, 2007 - RaX - Cleaned up super long calculation to make it
// easier to read, also added try finally around connect/disconnect.
// September 20th, 2008 - RabidCh - Addition of ParamBonus[STR] instead of
// subtraction.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcMaxWeight;
begin
if ClientInfo <> nil then
begin
fMaxWeight := EnsureRange(
LongWord((ParamBase[STR] + ParamBonus[STR]) * 300) +
TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetMaxWeight(self)
, 0, High(fMaxWeight));
end;
end;{CalcMaxWeight}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcHIT PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's HIT (Rate)
// --
// Pre:
// TODO
// Post:
// Status effects on HIT
// --
// Changes -
// September 20th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcHIT;
begin
HIT := EnsureRange(Word(ParamBase[DEX] + ParamBonus[DEX] + fBaseLv), 0, High(HIT));
end;{CalcHIT}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcFLEE PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's FLEE (Rate)
// --
// Pre:
// TODO
// Post:
// Status effects on FLEE
// --
// Changes -
// September 21th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcFLEE;
begin
FLEE1 := EnsureRange(Word(ParamBase[AGI] + ParamBonus[AGI] + fBaseLv), 0, High(FLEE1));
end;{CalcFLEE}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcMATK PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's Min and Max MATK
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// September 22th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcMATK;
begin
//Calculate Min MATK
MATK1 := EnsureRange(
Word(ParamBase[INT] + ParamBonus[INT]
+ Sqr(
(ParamBase[INT] + ParamBonus[INT]) DIV 7
)),
0,
High(MATK1)
);
//Calculate Max MATK
MATK2 := EnsureRange(
Word(ParamBase[INT] + ParamBonus[INT]
+ Sqr(
(ParamBase[INT] + ParamBonus[INT]) DIV 5
)),
0,
High(MATK2)
);
end;{CalcMATK}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcPerfectDodge PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's Perfect Dodge (Rate)
// --
// Pre:
// TODO
// Post:
// Status modifiers
// --
// Changes -
// September 24th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcPerfectDodge;
begin
PerfectDodge := EnsureRange(Byte(
(((ParamBase[LUK] + ParamBonus[LUK]) div 10) + 1)
),
0, High(PerfectDodge)
);
end;{CalcPerfectDodge}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcFalseCritical PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's CRIT rate in the status window which is false.
// --
// Pre:
// TODO
// Post:
// Status modifiers
// --
// Changes -
// September 24th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcFalseCritical;
begin
FalseCritical := EnsureRange(Word(
((ParamBase[LUK] + ParamBonus[LUK]) div 3)
),
0, High(FalseCritical)
);
end;{CalcFalseCritical}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcCritical PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's real CRIT rate.
// --
// Pre:
// TODO
// Post:
// Status modifiers
// --
// Changes -
// September 30th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcCritical;
begin
Critical := EnsureRange(Word(
1 + ((ParamBase[LUK] + ParamBonus[LUK]) * 3 div 10)
),
0, High(Critical)
);
end;{CalcCritical}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcDEF2 PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's VIT-based defense.
// --
// Pre:
// TODO
// Post:
// Skill additives and status modifiers
// --
// Changes -
// September 30th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcDEF2;
begin
DEF2 := EnsureRange(Word(
((ParamBase[VIT] + ParamBonus[VIT]) div 2)
+ (Max(
Floor(((ParamBase[VIT] + ParamBonus[VIT]) * 3 DIV 10)),
((
Sqr((ParamBase[VIT] + ParamBonus[VIT])) DIV 150) - 1)
))
), 0, High(DEF2));
end;{CalcDEF2}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcMDEF2 PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's INT-based magic defense.
// --
// Pre:
// TODO
// Post:
// Skill additives and status modifiers
// --
// Changes -
// September 30th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcMDEF2;
begin
MDEF2 := EnsureRange(Word(ParamBase[INT] + ParamBonus[INT]), 0, High(MDEF2));
end;{CalcMDEF2}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//CalcATK PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculates the character's ATK. Incomplete for now.
// --
// Pre:
// TODO
// Post:
// Actual implementation, current is just placeholder.
// --
// Changes -
// September 30th, 2008 - RabidCh - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.CalcATK;
begin
ATK := EnsureRange(Word(
ParamBase[STR] + ParamBonus[STR]
+ Floor(Sqr((ParamBase[STR] + ParamBonus[STR]) div 10))
+ Floor((ParamBase[DEX] + ParamBonus[DEX]) div 5)
+ Floor(((ParamBase[LUK] + ParamBonus[LUK]) div 5)))
, 0, High(ATK));
end;{CalcATK}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//BaseLevelUp PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Increases the character's level and updates all changed fields.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// July 25th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.BaseLevelUp(
Levels : Integer
);
var
TempEXP : LongWord;//Temporary BaseEXP.
TempLevel : Word;//Temporary BaseLv
TempStatusPts : Integer;//Temporary StatusPts
ParamBaseStatPoints : Integer;//How many stat points a character's stats are worth.
LastLevelStatusPoints : Integer;//The total status points for the last level in
//the database.
//----------------------------------------------------------------------
//GetParamBaseWorthInStatPoints LOCAL PROCEDURE
//----------------------------------------------------------------------
// Gets the amount of stat points all a character's stats are worth together.
//----------------------------------------------------------------------
function GetParamBaseWorthInStatPoints : Integer;
var
TempResult : Int64;
StatIndex : Integer;
StatPoints : Integer;
begin
TempResult := 0;
For StatIndex := STR to LUK do
begin
For StatPoints := 2 to ParamBase[StatIndex] do
begin
{Here, we're figuring out how many points each stat is worth based on
how high the stat is. For every 10 points we go up each stat is worth
one extra point.}
TempResult := TempResult + 2 + (StatPoints DIV 10);
end;
end;
Result := EnsureRange(TempResult, 0, High(Integer));
end;{GetParamBaseWorthInStatPoints}
//----------------------------------------------------------------------
begin
if ZoneStatus = isOnline then
begin
TempLevel := Max(Min(fBaseLv+Levels, MainProc.ZoneServer.Options.MaxBaseLevel), 1);
{Gets the base experience to next level, divides by the multiplier to lower
numbers, prevent overflows, and prevent large integer math. Also, this is
only calculated at level up rather than at each experience gain.}
TempEXP := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetBaseEXPToNextLevel(
self, TempLevel
);
{If there is EXP to be gotten for the next level and we aren't leveling to the
same level...}
if (TempEXP > 0) AND(TempLevel <> BaseLv) then
begin
//Get stat points from database
TempStatusPts := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetStatPoints(TempLevel);
LastLevelStatusPoints := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetStatPoints(fBaseLv);
//Get stats' worth in points.
ParamBaseStatPoints := GetParamBaseWorthInStatPoints;
//check if we're going up or down in level
if fBaseLv < TempLevel then
begin
//remove stats from statpoints to get the amount of statuspts free.
LastLevelStatusPoints := StatusPts + ParamBaseStatPoints - LastLevelStatusPoints;
//raise stat points if we leveled.
StatusPts := TempStatusPts - ParamBaseStatPoints + LastLevelStatusPoints;
end else
begin
//remove stats from statpoints to get the amount of statuspts free.
LastLevelStatusPoints := StatusPts - LastLevelStatusPoints;//-48
StatusPts := TempStatusPts+LastLevelStatusPoints+ParamBaseStatPoints;
//reset stats since we deleveled.
ParamBase[STR] := 1;
ParamBase[AGI] := 1;
ParamBase[DEX] := 1;
ParamBase[VIT] := 1;
ParamBase[INT] := 1;
ParamBase[LUK] := 1;
end;
//assign our new level.
fBaseLv := TempLevel;
//Run stat calculations.
BaseEXPToNextLevel := TempEXP DIV MainProc.ZoneServer.Options.BaseXPMultiplier;
//Update character's stats
SendCharacterStats;
//Set hp and sp to full if enabled in the ini.
if MainProc.ZoneServer.Options.FullHPOnLevelUp then
begin
HP := MAXHP;
end;
if MainProc.ZoneServer.Options.FullSPOnLevelUp then
begin
SP := MAXSP;
end;
//Send Base Level packet
SendSubStat(0, $000b, BaseLv);
end;
end else
begin
fBaseLV := fBaseLV + Levels;
end;
end;{BaseLevelUp}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//JobLevelUp PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Increases the character's job level and updates all changed fields.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// July 25th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.JobLevelUp(
Levels : Integer
);
var
TempEXP : LongWord;
TempLevel : Word;
TempStatArray : StatArray;
TempSkillPts: Word;
Index : Integer;
begin
if ZoneStatus = isOnline then
begin
//Make sure fJobLv is in range.
TempLevel := Max(Min(fJobLv+Levels, MainProc.ZoneServer.Options.MaxJobLevel), 1);
//Update job experience to next level from static database.
TempEXP := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetJobEXPToNextLevel(self, TempLevel);
if (TempEXP > 0) AND (TempLevel <> JobLv) then
begin
JobEXPToNextLevel := TempEXP DIV MainProc.ZoneServer.Options.JobXPMultiplier;
TempSkillPts := TThreadLink(Clientinfo.Data).DatabaseLink.CharacterConstant.GetSkillPoints(self,TempLevel);
//Will be used once skills are implemented to "remember" added skill points.
//OldSkillPts := TThreadLink(Clientinfo.Data).DatabaseLink.CharacterConstant.GetSkillPoints(self,JobLv);
//Will be changed once skills are implemented, extra skill points will be
//'remembered' between levels.
if TempLevel > fJobLv then
begin
//if we gain a level set skill points.
SkillPts := TempSkillPts;
end else
begin
//If we delevel...
//TODO reset skills here
SkillPts := TempSkillPts;
end;
//Apply job bonuses
TempStatArray := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetJobBonus(self, TempLevel);
ParamBonus := TempStatArray;
fJobLv := TempLevel;
SendSubStat(0, $0037, JobLv);
for Index := STR to DEX do
begin
SendParamBaseAndBonus(Index,ParamBase[Index],ParamBonus[Index]);
end;
end;
end else
begin
fJobLV := fJobLV+Levels;
end;
end;{JobLevelUp}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ResetStats PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Reset character's stats
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2007/08/20] - Aeomin - Created.
// [2008/09/22] - RabidCh - Added SendCharacterStats to update status window.
//
//------------------------------------------------------------------------------
procedure TCharacter.ResetStats;
begin
StatusPts := 0;
StatusPts := TThreadLink(ClientInfo.Data).DatabaseLink.CharacterConstant.GetStatPoints(BaseLV);
ParamBase[STR] := 1;
ParamBase[AGI] := 1;
ParamBase[DEX] := 1;
ParamBase[VIT] := 1;
ParamBase[INT] := 1;
ParamBase[LUK] := 1;
//Update status
SendCharacterStats;
end;{ResetStats}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendFriendList PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Send friend list to character.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2007/12/05] Aeomin - Created.
//
//------------------------------------------------------------------------------
procedure TCharacter.SendFriendList;
var
OutBuffer : TBuffer;
FriendList : TBeingList;
Char : TCharacter;
Index : Byte;
begin
FriendList := TBeingList.Create(TRUE);
TThreadLink(ClientInfo.Data).DatabaseLink.Friend.LoadList(FriendList, Self);
if FriendList.Count > 0 then
begin
WriteBufferWord(0, $0201, OutBuffer);
WriteBufferWord(2, 4 + ( 32 * FriendList.Count ), OutBuffer);
for Index := 0 to FriendList.Count - 1 do
begin
Char := FriendList.Items[Index] as TCharacter;
WriteBufferLongWord(4 + 32 * Index + 0, Char.AccountID, OutBuffer);
WriteBufferLongWord(4 + 32 * Index + 4, Char.ID, OutBuffer);
WriteBufferString(4 + 32 * Index + 8, Char.Name, NAME_LENGTH, OutBuffer);
end;
SendBuffer(ClientInfo, OutBuffer, 4 + ( 32 * FriendList.Count ));
end;
Friends := FriendList.Count;
FriendList.Clear;
FriendList.Free;
end;{SendFriendList}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//Death PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// DIE DIE..simple
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2007/12/28] Aeomin - Created
//
//------------------------------------------------------------------------------
procedure TCharacter.Death;
begin
inherited;
BeingState := BeingDead;
end;{Death}
//------------------------------------------------------------------------------
procedure TCharacter.SetASpeed(Value : Word);
begin
if ASpeed <> Value then
begin
inherited;
if ZoneStatus = isOnline then
begin
SendsubStat(0, ASPD, AttackDelay DIV 2);
end;
end;
end;
//Permanant Ban
procedure TCharacter.SetPermanantBan(Value : String);
begin
if ZoneStatus = isOnline then
begin
PermanantBan := Value
end;
end;{PermanantBan}
//------------------------------------------------------------------------------
//LoadInventory PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Load all items in inventory
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2008/09/17] Aeomin - Created
//
//------------------------------------------------------------------------------
procedure TCharacter.LoadInventory;
begin
TThreadLink(ClientInfo.Data).DatabaseLink.Items.FillInventory(
Self
);
end;{LoadInventory}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ChangeJob PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Changes a character's job.
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2008/09/26] RaX - Created
//
//------------------------------------------------------------------------------
Procedure TCharacter.ChangeJob(JobID: Word);
var
ParameterList : TParameterList;
begin
if ZoneStatus = isOnline then
begin
ParameterList := TParameterList.Create;
ParameterList.AddAsLongWord(1,JID);
JID := JobId;
JobLV := 1;
AreaLoop(JobChange, False, ParameterList);
ParameterList.Free;
SendCharacterStats; //this also recalculated stats
//TODO
//Send skill list;
end;
end;{ChangeJob}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//GenerateWeight PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Calculate total weight for items
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// [2008/10/01] Aeomin - Created
//
//------------------------------------------------------------------------------
procedure TCharacter.GenerateWeight;
begin
Weight := Inventory.Weight;
end;{GenerateWeight}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//Create CONSTRUCTOR
//------------------------------------------------------------------------------
// What it does-
// Creates our character
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 24th, 2007 - RaX - Created.
// [2007/05/28] Tsusai - Sets character to standing on create.
//
//------------------------------------------------------------------------------
Constructor TCharacter.Create(
AClient : TIdContext
);
begin
inherited Create;
ClientInfo := AClient;
fPosition := Point(-1, -1);
OnTouchIDs := TIntList32.Create;
Equipment := TEquipment.Create(Self);
Inventory := TInventory.Create(Self,Equipment);
ScriptStatus := SCRIPT_NOTRUNNING;
BeingState := BeingStanding;
ZoneStatus := isOffline;
CharaNum := 255;
Mails := TMailbox.Create(Self);
end;{Create}
//------------------------------------------------------------------------------
{ //------------------------------------------------------------------------------
//SetSendStats PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Should Send stats to the server on jobchange
// --
//------------------------------------------------------------------------------
procedure TCharacter.SetBaseStats(
const AClient : TIdContext;
);
begin
end;} //Needs finished [Spre]
//------------------------------------------------------------------------------
//Destroy DESTRUCTOR
//------------------------------------------------------------------------------
// What it does-
// Destroys our character
// --
// Pre:
// TODO
// Post:
// TODO
// --
// Changes -
// January 24th, 2007 - RaX - Created.
//
//------------------------------------------------------------------------------
Destructor TCharacter.Destroy;
begin
Equipment.Free;
Inventory.Free;
OnTouchIDs.Free;
TerminateLuaThread(LuaInfo);
Mails.Free;
inherited;
end;{Destroy}
//------------------------------------------------------------------------------
end{Character}.
|
unit DSA.List_Stack_Queue.LinkedListQueue;
{$mode objfpc}{$H+}
interface
uses
Classes,
SysUtils,
Rtti,
DSA.Interfaces.DataStructure;
type
{ TLinkedListQueue }
generic TLinkedListQueue<T> = class(TInterfacedObject, specialize IQueue<T>)
private
type
{ TNode }
TNode = class
public
Elment: T;
Next: TNode;
constructor Create(newE: T; newNext: TNode = nil); overload;
constructor Create(); overload;
function ToString: string; override;
end;
var
__head, __tail: TNode;
__size: integer;
public
function GetSize: integer;
function IsEmpty: boolean;
procedure EnQueue(e: T);
function DeQueue: T;
function Peek: T;
constructor Create;
function ToString: string; override;
end;
implementation
{ TLinkedListQueue }
constructor TLinkedListQueue.Create;
begin
__head := nil;
__tail := nil;
__size := 0;
end;
function TLinkedListQueue.DeQueue: T;
var
resNode: TNode;
begin
if IsEmpty then
raise Exception.Create('Cannot dequeue from an empty queue.');
resNode := __head;
__head := __head.Next;
resNode.Next := nil;
if __head = nil then
__tail := nil;
Dec(__size);
Result := resNode.Elment;
FreeAndNil(resNode);
end;
procedure TLinkedListQueue.EnQueue(e: T);
begin
if __tail = nil then
begin
__tail := TNode.Create(e);
__head := __tail;
end
else
begin
__tail.Next := TNode.Create(e);
__tail := __tail.Next;
end;
Inc(__size);
end;
function TLinkedListQueue.Peek: T;
begin
Result := __head.Elment;
end;
function TLinkedListQueue.GetSize: integer;
begin
Result := __size;
end;
function TLinkedListQueue.IsEmpty: boolean;
begin
Result := __size = 0;
end;
function TLinkedListQueue.ToString: string;
var
res: TStringBuilder;
cur: TNode;
begin
res := TStringBuilder.Create;
try
res.Append('Queue: front ');
cur := __head;
while cur <> nil do
begin
res.Append(cur.ToString + ' -> ');
cur := cur.Next;
end;
res.Append('nil');
Result := res.ToString;
finally
res.Free;
end;
end;
{ TLinkedListQueue.TNode }
constructor TLinkedListQueue.TNode.Create(newE: T; newNext: TNode);
begin
Elment := newE;
Next := newNext;
end;
constructor TLinkedListQueue.TNode.Create;
begin
Self.Create(default(T));
end;
function TLinkedListQueue.TNode.ToString: string;
var
Value: TValue;
res: string;
begin
TValue.Make(@Elment, TypeInfo(T), Value);
if not (Value.IsObject) then
res := Value.ToString
else
res := Value.AsObject.ToString;
Result := res;
end;
end.
|
unit untFuncoesServer;
interface
uses
FireDAC.Comp.Client,
unt_Conexao,
System.StrUtils,
Guia.Controle,
JSON,
system.net.httpclient,
System.Classes,
FMX.Maps,
System.Math,
FMX.StdCtrls,
ACBrMail;
type
TResultArray = array of string;
function QueryToLog(Q: TFDQuery): string;
function TextoFiltrado(ATexto : String) : String;
function DataAtual: TDateTime;
function IndiceCalculoAvaliacao(AIdCom : Integer) : Integer;
procedure LoadControleServer;
procedure EnviarPush(ATokenCelular, ATitulo, AMensagem, AImagem, AAnuncio : String; ALog : TStringList);
function GetDistancia(LatOrigem, LongOrigem, LatDestino, LongDestino : Double) : String;
function getSqlRaio(AIdPush, ASQL : String; ARaio : Integer; AParams : String = '') : String;
function ApenasNumeros(S: String): String;
function ValidaEMail(const EMailIn: String): Boolean;
function BoolToStrValue(AValue : Boolean) : String;
function StrToBoolValue(AValue, ATrue, AFalse : String) : Boolean;
procedure ConfigEmail(AACBrEmail : TACBrMail; AAssunto, ANomeFrom : String; AHtml : Boolean);
implementation
uses
System.Types, Data.DB, System.SysUtils;
var
AQueryTmp : TFDQuery;
LatDestino, LongDestino : Double;
function StrToBoolValue(AValue, ATrue, AFalse : String) : Boolean;
begin
If AValue = ATrue then Result := True;
If AValue = AFalse then Result := False;
end;
function BoolToStrValue(AValue : Boolean) : String;
begin
case AValue of
True : Result := 'T';
False : Result := 'F';
end;
end;
function getValueControle(AControle : String) : String;
var
AQuery : TFDQuery;
begin
try
AQuery := TFDQuery.Create(nil);
AQuery.Connection := dmConexao.fdConexao;
AQuery.Close;
AQuery.SQL.Clear;
AQuery.SQL.Add('SELECT VALOR_CONTROLE FROM ALCONTROLE');
AQuery.SQL.Add('WHERE NOME_CONTROLE = ' + QuotedStr(AControle));
AQuery.Open;
finally
Result := AQuery.FieldByName('VALOR_CONTROLE').AsString;
AQuery.DisposeOf;
end;
end;
procedure ConfigEmail(AACBrEmail : TACBrMail; AAssunto, ANomeFrom : String; AHtml : Boolean);
begin
with AACBrEmail do
begin
Clear;
Host := getValueControle('EMAILSMTP' );
Port := getValueControle('EMAILPORTA' );
Username := getValueControle('EMAILUSUARIO');
Password := getValueControle('EMAILSENHA' );
From := getValueControle('EMAILUSUARIO');
Subject := AAssunto;
SetSSL := StrToBoolValue(getValueControle('EMAIL_SSL'), '1','0');
SetTLS := StrToBoolValue(getValueControle('EMAIL_TSL'), '1','0');
ReadingConfirmation := False;
UseThread := True ;
IsHTML := AHtml;
FromName := ANomeFrom;
end;
end;
function ValidaEMail(const EMailIn: String): Boolean;
const
CaraEsp: array [1 .. 41] of string = ('!', '#', '$', '%', '¨', '&', '*', '(',
')', '+', '=', '§', '¬', '¢', '¹', '²', '³', '£', '´', '`', 'ç', 'Ç', ',',
';', ':', '<', '>', '~', '^', '?', '/', '', '|', '[', ']', '{', '}', 'º',
'ª', '°', ' ');
var
I, cont: Integer;
EMail: String;
begin
EMail := EMailIn;
Result := true;
cont := 0;
if EMail <> '' then
if (Pos('@', EMail) <> 0) and (Pos('.', EMail) <> 0) then // existe @ .
begin
if (Pos('@', EMail) = 1) or (Pos('@', EMail) = Length(EMail)) or
(Pos('.', EMail) = 1) or (Pos('.', EMail) = Length(EMail)) or
(Pos(' ', EMail) <> 0) then
begin
Result := False;
Exit;
end
else // @ seguido de . e vice-versa
if (abs(Pos('@', EMail) - Pos('.', EMail)) = 1) then
begin
Result := False;
Exit;
end
else
begin
for I := 1 to 40 do // se existe Caracter Especial
if Pos(CaraEsp[I], EMail) <> 0 then
begin
Result := False;
Exit;
end;
for I := 1 to Length(EMail) do
begin // se existe apenas 1 @
if EMail[I] = '@' then
cont := cont + 1; // . seguidos de .
if (EMail[I] = '.') and (EMail[I + 1] = '.') then
begin
Result := False;
Exit;
end;
end;
// . no f, 2ou+ @, . no i, - no i, _ no i
if (cont >= 2) or (EMail[Length(EMail)] = '.') or
(EMail[1] = '.') or (EMail[1] = '_') or (EMail[1] = '-') then
begin
Result := False;
Exit;
end;
// @ seguido de COM e vice-versa
if (abs(Pos('@', EMail) - Pos('com', EMail)) = 1) then
begin
Result := False;
Exit;
end;
// @ seguido de - e vice-versa
if (abs(Pos('@', EMail) - Pos('-', EMail)) = 1) then
begin
Result := False;
Exit;
end;
// @ seguido de _ e vice-versa
if (abs(Pos('@', EMail) - Pos('_', EMail)) = 1) then
begin
Result := False;
Exit;
end;
if Pos('.', EMail) = Length(EMail) then
begin
Result := False;
Exit;
end;
if Pos('-', EMail) = Length(EMail) then
begin
Result := False;
Exit;
end;
if Pos('_', EMail) = Length(EMail) then
begin
Result := False;
Exit;
end;
if (Copy(EMail,Length(Email),1) = '.') or
(Copy(EMail,Length(Email),1) = '-') or
(Copy(EMail,Length(Email),1) = '_') then
begin
Result := False;
Exit;
end;
end;
end
else
Result := False;
end;
function ApenasNumeros(S: String): String;
var
vText: PChar;
begin
vText := PChar(S);
Result := '';
while (vText^ <> #0) do
begin
{$IFDEF UNICODE}
if CharInSet(vText^, ['0' .. '9']) then
{$ELSE}
if vText^ in ['0' .. '9'] then
{$ENDIF}
Result := Result + vText^;
Inc(vText);
end;
end;
function getPosUsuario(AIdPush : String) : TMapCoordinate;
var
AQueryTmpPos : TFDQuery;
begin
FormatSettings.DecimalSeparator := '.';
FormatSettings.ThousandSeparator := ',';
Try
AQueryTmpPos := TFDQuery.Create(nil);
AQueryTmpPos.Connection := dmConexao.fdConexao;
AQueryTmpPos.Close;
AQueryTmpPos.SQL.Clear;
AQueryTmpPos.Sql.Add('SELECT ULTIMALATITUDE, ULTIMALONGITUDE FROM ALCHAVESPUSH');
AQueryTmpPos.Sql.Add('WHERE KEYPUSH = ' + QuotedStr(AIdPush));
AQueryTmpPos.Open;
Result.Latitude := StringReplace(AQueryTmpPos.FieldByName('ULTIMALATITUDE').AsString,',','.',[rfReplaceAll]).ToDouble;
Result.Longitude := StringReplace(AQueryTmpPos.FieldByName('ULTIMALONGITUDE').AsString,',','.',[rfReplaceAll]).ToDouble;
Finally
AQueryTmpPos.DisposeOf;
FormatSettings.DecimalSeparator := ',';
FormatSettings.ThousandSeparator := '.';
End;
end;
function sgn(a: real): real;
begin
if a < 0 then sgn := -1 else sgn := 1;
end;
function atan2(y, x: real): real;
begin
if x > 0 then atan2 := arctan(y/x)
else if x < 0 then atan2 := arctan(y/x) + pi
else atan2 := pi/2 * sgn(y);
end;
function GetDistancia(LatOrigem, LongOrigem, LatDestino, LongDestino : Double) : String;
var
vRes,Val1, Val2, Long, Lat: Double;
begin
LatOrigem := LatOrigem * pi / 180.0;
LongOrigem := LongOrigem * pi / 180.0;
LatDestino := LatDestino * pi / 180.0;
longDestino := longDestino * pi / 180.0;
Lat := LatDestino - LatOrigem;
Long := longDestino - LongOrigem;
Val1 := 6371.0;
Val2 := sin(Lat / 2) * sin(Lat / 2) + cos(LatOrigem) * cos(LatDestino) * sin(Long / 2) * sin(Long / 2);
Val2 := 2 * ATan2(sqrt(Val2), sqrt(1 - Val2));
vRes := Val1 * Val2;
Result := FloatToStrF(vRes,ffNumber,12,1);
end;
function getSqlRaio(AIdPush, ASQL : String; ARaio : Integer; AParams : String = '') : String;
var //{"parametro":IDCOM,"campo":"26"}
ARes : String;
ADistancia : String;
JSONObj : TJSONObject;
S, FCampo, FValor : String;
ACoordenada : TMapCoordinate;
begin
Try
if AParams <> '' then
begin
JSONObj := TJSONObject.ParseJSONValue(TEncoding.UTF8.GetBytes(AParams), 0) as TJSONObject;
FCampo := TJSONObject(JSONObj).GetValue('campo').Value;
FValor := TJSONObject(JSONObj).GetValue('parametro').Value;
end;
AQueryTmp := TFDQuery.Create(nil);
AQueryTmp.Connection := dmConexao.fdConexao;
AQueryTmp.Close;
AQueryTmp.SQL.Clear;
AQueryTmp.Sql.Add(ASQL);
if AParams <> '' then
AQueryTmp.ParamByName(FCampo).AsString := FValor;
S := QueryToLog(AQueryTmp);
AQueryTmp.Open;
AQueryTmp.First;
while not AQueryTmp.Eof do
begin
FormatSettings.DecimalSeparator := '.';
LatDestino := AQueryTmp.FieldByName('LATCOM' ).AsFloat;
LongDestino := AQueryTmp.FieldByName('LONGCOM').AsFloat;
ADistancia := GetDistancia(getPosUsuario(AIdPush).Latitude,
getPosUsuario(AIdPush).Longitude,
LatDestino,
LongDestino);
ADistancia := Copy(ADistancia, 1, Pos(',',ADistancia) - 1);
if ADistancia.ToInteger <= ARaio then
begin
if Pos(AQueryTmp.FieldByName('IDCOM').AsString, ARes) <= 0 then
begin
ARes := ARes + AQueryTmp.FieldByName('IDCOM').AsString + ',';
AQueryTmp.Next;
end
else
begin
AQueryTmp.Next;
end;
end
else
begin
AQueryTmp.Next;
end;
end;
if Copy(ARes, 1, Length(ARes) - 1) = '' then
Result := '0' else
Result := Copy(ARes, 1, Length(ARes) - 1);
Finally
FormatSettings.DecimalSeparator := ',';
AQueryTmp.DisposeOf;
End;
end;
procedure EnviarPush(ATokenCelular, ATitulo, AMensagem, AImagem, AAnuncio : String; ALog : TStringList);
var
client : THTTPClient;
v_json : TJSONObject;
v_jsondata : TJSONObject;
v_data : TStringStream;
v_response : TStringStream;
url_google : string;
begin
try
url_google := 'https://fcm.googleapis.com/fcm/send';
//--------------------------------
v_json := TJSONObject.Create;
v_json.AddPair('to', ATokenCelular);
v_jsondata := TJSONObject.Create;
v_jsondata.AddPair('body', AMensagem);
v_jsondata.AddPair('title', ATitulo);
v_json.AddPair('notification', v_jsondata);
v_jsondata := TJSONObject.Create;
v_jsondata.AddPair('Mensagem',AMensagem);
v_jsondata.AddPair('Titulo' ,ATitulo);
v_jsondata.AddPair('Imagem' ,AImagem);
v_jsondata.AddPair('Anuncio' ,AAnuncio);
v_json.AddPair('data', v_jsondata);
client := THTTPClient.Create;
client.ContentType := 'application/json';
client.CustomHeaders['Authorization'] := 'key=' + ctrKEYPUSH;
ALog.Add('JSON ENVIO ---------------------');
ALog.Add(v_json.ToString);
ALog.Add('');
v_data := TStringStream.Create(v_json.ToString, TEncoding.UTF8);
V_data.Position := 0;
v_response := TStringStream.Create;
client.Post(url_google, v_data, v_response);
v_response.Position := 0;
ALog.Add('RETORNO ---------------------');
ALog.Add(v_response.DataString);
ALog.Add('');
except on e:exception do
begin
ALog.Add('ERRO ---------------------');
ALog.Add(e.Message);
ALog.Add('');
end;
end;
end;
procedure LoadControleServer;
var
SQueryTMP : TFDQuery;
AMemTable : TFDMemTable;
begin
Try
AMemTable := TFDMemTable.Create(nil);
SQueryTMP := TFDQuery.Create(nil);
SQueryTMP.Connection := dmConexao.fdConexao;
SQueryTMP.Close;
SQueryTMP.SQL.Clear;
SQueryTMP.SQL.Add('SELECT * FROM ALCONTROLE');
SQueryTMP.Open;
AMemTable.CopyDataSet(SQueryTMP);
LoadControle(AMemTable);
Finally
SQueryTMP.DisposeOf;
AMemTable.DisposeOf;
End;
end;
function DataAtual: TDateTime;
var
fQueryTmp : TFDQuery;
fTSAgora : String;
begin
Try
fQueryTmp := TFDQuery.Create(nil);
fQueryTmp.Connection := dmConexao.fdConexao;
fQueryTmp.Close;
fQueryTmp.SQL.Clear;
fQueryTmp.SQL.Add('select current_time as hora, current_date as data from rdb$database');
fQueryTmp.Open;
fTSAgora := fQueryTmp.FieldByName('data').AsString + ' ' + fQueryTmp.FieldByName('hora').AsString;
Result := StrToDateTime(fTSAgora);
Finally
fQueryTmp.DisposeOf;
End;
end;
function QueryToLog(Q: TFDQuery): string;
var
i: Integer;
r: string;
begin
Result := Q.SQL.Text;
for i := 0 to Q.Params.Count - 1 do
begin
case Q.Params.Items[i].DataType of
ftString, ftDate, ftDateTime: r := QuotedStr(Q.Params[i].AsString);
else
r := Q.Params[i].AsString;
end;
Result := ReplaceText(Result, ':' + Q.Params.Items[i].Name, r);
end;
end;
procedure SQLQuery(AQuery : TFDQuery; ASQL : String);
begin
AQuery := TFDQuery.Create(nil);
AQuery.Connection := dmConexao.fdConexao;
AQuery.Close;
AQuery.SQL.Clear;
AQuery.SQL.Text := ASql;
end;
function FiltroPalavras : String;
var
AQueryTmp : TFDQuery;
begin
Try
AQueryTmp := TFDQuery.Create(nil);
AQueryTmp.Connection := dmConexao.fdConexao;
AQueryTmp.Close;
AQueryTmp.SQL.Clear;
AQueryTmp.SQL.Add('SELECT * FROM ALCONTROLE');
AQueryTmp.SQL.Add('WHERE NOME_CONTROLE = ' + QuotedStr('FILTROPALAVRAS'));
AQueryTmp.Open;
Finally
Result := AQueryTmp.FieldByName('VALOR_BLOB').AsString;
AQueryTmp.DisposeOf;
End;
end;
function CountPalavras(APalavras, ASeparador : String) : Integer;
var
ARes : Integer;
begin
ARes := 0;
for var i := 0 to Length(APalavras) - 1 do
begin
if APalavras[i] = ASeparador then
ARes := ARes + 1;
end;
Result := ARes + 1;
end;
function TextoFiltrado(ATexto : String) : String;
var
APalavras: TStringDynArray;
AFimPalavras : Boolean;
AIndex : Integer;
AResult : String;
ATotalPalavras : Integer;
begin
AResult := ATexto;
APalavras := SplitString(FiltroPalavras, ',');
AFimPalavras := False;
AIndex := 0;
ATotalPalavras := CountPalavras(FiltroPalavras, ',');
for AIndex := 0 to ATotalPalavras do
begin
if Pos(APalavras[AIndex], AResult) > 0 then
AResult := StringReplace(AResult, APalavras[AIndex], '@#$',[rfReplaceAll]);
end;
Result := AResult;
end;
function IndiceCalculoAvaliacao(AIdCom : Integer) : Integer;
var
ASQL : String;
AIndice : Integer;
var
AQueryTmp : TFDQuery;
begin
Try
AQueryTmp := TFDQuery.Create(nil);
AQueryTmp.Connection := dmConexao.fdConexao;
AQueryTmp.Close;
AQueryTmp.SQL.Clear;
AQueryTmp.SQL.Add('SELECT AVALIAAMBIENTECOM, AVALIAATENDIMENTOCOM, AVALIALIMPEZACOM, AVALIALOCALCOM, AVALIAPRECOCOM FROM ALCOMERCIO');
AQueryTmp.SQL.Add('WHERE IDCOM = ' + QuotedStr(AIdCom.ToString));
AQueryTmp.Open;
AIndice := 0;
if AQueryTmp.FieldByName('AVALIAAMBIENTECOM' ).AsString = 'T' then AIndice := AIndice + 1;
if AQueryTmp.FieldByName('AVALIAATENDIMENTOCOM').AsString = 'T' then AIndice := AIndice + 1;
if AQueryTmp.FieldByName('AVALIALIMPEZACOM' ).AsString = 'T' then AIndice := AIndice + 1;
if AQueryTmp.FieldByName('AVALIALOCALCOM' ).AsString = 'T' then AIndice := AIndice + 1;
if AQueryTmp.FieldByName('AVALIAPRECOCOM' ).AsString = 'T' then AIndice := AIndice + 1;
Result := AIndice;
Finally
AQueryTmp.DisposeOf;
End;
end;
end.
|
unit NFSEditButton;
interface
uses
Winapi.Messages, Winapi.Windows, System.SysUtils, System.Classes, System.Contnrs, System.UITypes,
Vcl.Controls, Vcl.Forms, Vcl.Menus, Vcl.Graphics, Vcl.StdCtrls, Vcl.GraphUtil, Vcl.ImgList, Vcl.Themes, Winapi.ShellAPI,
nfsCustomMaskEdit;
type
TNFSMaskButtonedEdit = class(TNfsCustomMaskEdit)
public
Images: TImageList;
end;
type
TtbEditButton = class(TPersistent)
strict private
type
TButtonState = (bsNormal, bsHot, bsPushed);
TGlyph = class(TCustomControl)
private
FButton: TtbEditButton;
FState: TButtonState;
protected
procedure Click; override;
procedure CreateWnd; override;
procedure Paint; override;
procedure WndProc(var Message: TMessage); override;
public
constructor Create(AButton: TtbEditButton); reintroduce; virtual;
end;
protected
type
TButtonPosition = (bpLeft, bpRight);
strict private
FDisabledImageIndex: System.UITypes.TImageIndex;
FDropDownMenu: TPopupMenu;
FEditControl: TNFSMaskButtonedEdit;
FGlyph: TGlyph;
FHotImageIndex: System.UITypes.TImageIndex;
FImageIndex: System.UITypes.TImageIndex;
FPosition: TButtonPosition;
FPressedImageIndex: System.UITypes.TImageIndex;
function GetEnabled: Boolean;
function GetCustomHint: TCustomHint;
function GetHint: string;
function GetImages: TImageList;
function GetVisible: Boolean;
procedure SetDisabledImageIndex(const Value: System.UITypes.TImageIndex);
procedure SetEnabled(const Value: Boolean);
procedure SetCustomHint(const Value: TCustomHint);
procedure SetHint(const Value: string);
procedure SetHotImageIndex(const Value: System.UITypes.TImageIndex);
procedure SetImageIndex(const Value: System.UITypes.TImageIndex);
procedure SetPressedImageIndex(const Value: System.UITypes.TImageIndex);
procedure SetVisible(const Value: Boolean);
protected
function GetOwner: TPersistent; override;
procedure UpdateBounds; dynamic;
property EditControl: TNFSMaskButtonedEdit read FEditControl;
property Glyph: TGlyph read FGlyph;
property Images: TImageList read GetImages;
property Position: TButtonPosition read FPosition;
public
constructor Create(EditControl: TNFSMaskButtonedEdit; APosition: TButtonPosition); reintroduce; virtual;
destructor Destroy; override;
published
property CustomHint: TCustomHint read GetCustomHint write SetCustomHint;
property DisabledImageIndex: System.UITypes.TImageIndex read FDisabledImageIndex write SetDisabledImageIndex default -1;
property DropDownMenu: TPopupMenu read FDropDownMenu write FDropDownMenu;
property Enabled: Boolean read GetEnabled write SetEnabled default True;
property Hint: string read GetHint write SetHint;
property HotImageIndex: System.UITypes.TImageIndex read FHotImageIndex write SetHotImageIndex default -1;
property ImageIndex: System.UITypes.TImageIndex read FImageIndex write SetImageIndex default -1;
property PressedImageIndex: System.UITypes.TImageIndex read FPressedImageIndex write SetPressedImageIndex default -1;
property Visible: Boolean read GetVisible write SetVisible default False;
end;
implementation
{ TtbEditButton }
uses
nfsMaskButtonedEdit;
constructor TtbEditButton.Create(EditControl: TNFSMaskButtonedEdit;
APosition: TButtonPosition);
begin
inherited Create;
FEditControl := EditControl;
FGlyph := TGlyph.Create(Self);
FHotImageIndex := -1;
FImageIndex := -1;
FPosition := APosition;
FPressedImageIndex := -1;
FDisabledImageIndex := -1;
end;
destructor TtbEditButton.Destroy;
begin
FGlyph.Parent.RemoveControl(FGlyph);
FGlyph.Free;
inherited;
end;
function TtbEditButton.GetCustomHint: TCustomHint;
begin
Result := FGlyph.CustomHint;
end;
function TtbEditButton.GetEnabled: Boolean;
begin
Result := FGlyph.Enabled;
end;
function TtbEditButton.GetHint: string;
begin
Result := FGlyph.Hint;
end;
function TtbEditButton.GetImages: TImageList;
begin
Result := FEditControl.Images;
end;
function TtbEditButton.GetOwner: TPersistent;
begin
Result := FEditControl;
end;
function TtbEditButton.GetVisible: Boolean;
begin
Result := FGlyph.Visible;
end;
procedure TtbEditButton.SetCustomHint(const Value: TCustomHint);
begin
if Value <> FGlyph.CustomHint then
FGlyph.CustomHint := Value;
end;
procedure TtbEditButton.SetDisabledImageIndex(const Value: System.UITypes.TImageIndex);
begin
if Value <> FDisabledImageIndex then
begin
FDisabledImageIndex := Value;
if not Enabled then
FGlyph.Invalidate;
end;
end;
procedure TtbEditButton.SetEnabled(const Value: Boolean);
begin
if Value <> FGlyph.Enabled then
begin
FGlyph.Enabled := Value;
FGlyph.Invalidate;
end;
end;
procedure TtbEditButton.SetHint(const Value: string);
begin
if Value <> FGlyph.Hint then
FGlyph.Hint := Value;
end;
procedure TtbEditButton.SetHotImageIndex(const Value: System.UITypes.TImageIndex);
begin
if Value <> FHotImageIndex then
begin
FHotImageIndex := Value;
if FGlyph.FState = bsHot then
FGlyph.Invalidate;
end;
end;
procedure TtbEditButton.SetImageIndex(const Value: System.UITypes.TImageIndex);
begin
if Value <> FImageIndex then
begin
FImageIndex := Value;
if FGlyph.FState = bsNormal then
FGlyph.Invalidate;
end;
end;
procedure TtbEditButton.SetPressedImageIndex(const Value: System.UITypes.TImageIndex);
begin
if Value <> FPressedImageIndex then
begin
FPressedImageIndex := Value;
if FGlyph.FState = bsPushed then
FGlyph.Invalidate;
end;
end;
procedure TtbEditButton.SetVisible(const Value: Boolean);
begin
if Value <> FGlyph.Visible then
begin
FGlyph.Visible := Value;
FEditControl.UpdateEditMargins;
end;
end;
procedure TtbEditButton.UpdateBounds;
var
EdgeSize, NewLeft: Integer;
begin
if FGlyph <> nil then
begin
if Images <> nil then
begin
FGlyph.Width := Images.Width;
FGlyph.Height := Images.Height;
end
else
begin
FGlyph.Width := 0;
FGlyph.Height := 0;
end;
FGlyph.Top := 0;
NewLeft := FGlyph.Left;
if not StyleServices.Enabled then
FGlyph.Top := 1;
case FPosition of
bpLeft:
begin
if StyleServices.Enabled then
NewLeft := 0
else
NewLeft := 1;
end;
bpRight:
begin
NewLeft := FEditControl.Width - FGlyph.Width;
if FEditControl.BorderStyle <> bsNone then
Dec(NewLeft, 4);
if FEditControl.BevelKind <> bkNone then
begin
EdgeSize := 0;
if FEditControl.BevelInner <> bvNone then
Inc(EdgeSize, FEditControl.BevelWidth);
if FEditControl.BevelOuter <> bvNone then
Inc(EdgeSize, FEditControl.BevelWidth);
if beRight in FEditControl.BevelEdges then
Dec(NewLeft, EdgeSize);
if beLeft in FEditControl.BevelEdges then
Dec(NewLeft, EdgeSize);
end;
if not StyleServices.Enabled then
Dec(NewLeft);
end;
end;
if (not FEditControl.Ctl3D) and (FEditControl.BorderStyle <> bsNone) then
begin
FGlyph.Top := 2;
Inc(NewLeft, 2);
end;
FGlyph.Left := NewLeft;
if (csDesigning in FEditControl.ComponentState) and not Visible then
FGlyph.Width := 0;
end;
end;
{ TtbEditButton.TGlyph }
procedure TtbEditButton.TGlyph.Click;
begin
if Assigned(OnClick) and (Action <> nil) and not DelegatesEqual(@OnClick, @Action.OnExecute) then
OnClick(FButton.EditControl)
else if not (csDesigning in ComponentState) and (ActionLink <> nil) then
ActionLink.Execute(FButton.EditControl)
else if Assigned(OnClick) then
OnClick(FButton.EditControl);
end;
constructor TtbEditButton.TGlyph.Create(AButton: TtbEditButton);
begin
inherited Create(AButton.FEditControl);
FButton := AButton;
FState := bsNormal;
Parent := FButton.FEditControl;
Visible := False;
end;
procedure TtbEditButton.TGlyph.CreateWnd;
begin
inherited;
if Visible then
FButton.FEditControl.UpdateEditMargins;
end;
procedure TtbEditButton.TGlyph.Paint;
var
LIndex: Integer;
begin
inherited;
if (FButton.Images <> nil) and Visible then
begin
LIndex := FButton.ImageIndex;
if Enabled then
begin
case FState of
bsHot:
if FButton.HotImageIndex <> -1 then
LIndex := FButton.HotImageIndex;
bsPushed:
if FButton.PressedImageIndex <> -1 then
LIndex := FButton.PressedImageIndex;
end;
end
else
if FButton.DisabledImageIndex <> -1 then
LIndex := FButton.DisabledImageIndex;
if LIndex <> -1 then
FButton.Images.Draw(Canvas, 0, 0, LIndex);
end;
end;
procedure TtbEditButton.TGlyph.WndProc(var Message: TMessage);
var
LPoint: TPoint;
begin
if (Message.Msg = WM_CONTEXTMENU) and (FButton.EditControl.PopupMenu = nil) then
Exit;
inherited;
case Message.Msg of
CM_MOUSEENTER: FState := bsHot;
CM_MOUSELEAVE: FState := bsNormal;
WM_LBUTTONDOWN:
if FButton.FDropDownMenu <> nil then
begin
if not (csDesigning in Parent.ComponentState) then
begin
LPoint := ClientToScreen(Point(0, FButton.EditControl.Height));
FButton.FDropDownMenu.Popup(LPoint.X, LPoint.Y);
end;
end
else
FState := bsPushed;
WM_LBUTTONUP: FState := bsHot;
CM_VISIBLECHANGED: FButton.UpdateBounds;
else
Exit;
end;
Invalidate;
end;
end.
|
unit ThListSource;
interface
uses
Classes,
ThHeaderComponent, ThNotifierList;
type
IThListSource = interface
['{0B9415E1-4421-46A1-992A-BDA5622899DB}']
function GetItems: TStrings;
function GetNamePath: string;
function GetNotifiers: TThNotifierList;
property Items: TStrings read GetItems;
property Name: string read GetNamePath;
property Notifiers: TThNotifierList read GetNotifiers;
end;
//
TThListSource = class(TThHeaderComponent, IThListSource)
private
FNotifiers: TThNotifierList;
protected
function GetItems: TStrings; virtual; abstract;
function GetNotifiers: TThNotifierList;
public
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
procedure UpdateItems; virtual; abstract;
public
property Notifiers: TThNotifierList read GetNotifiers;
property Items: TStrings read GetItems;
end;
implementation
{ TThListSource }
constructor TThListSource.Create(AOwner: TComponent);
begin
inherited;
FNotifiers := TThNotifierList.Create;
end;
destructor TThListSource.Destroy;
begin
FNotifiers.Free;
inherited;
end;
function TThListSource.GetNotifiers: TThNotifierList;
begin
Result := FNotifiers;
end;
end.
|
unit Grids.Helper;
interface
uses Classes, Windows, Graphics, SysUtils, Vcl.Grids, Vcl.DBGrids, Data.DB;
type
TGetParams = procedure(Index: integer; Values: TStrings) of object;
TQueryDocExecute = procedure(Sender: TObject; Date: TDateTime; Name: string; GetData: TGetParams; Count: integer) of object;
TQueryDocFind = function(Sender: TObject; Date: TDateTime; Param: integer): Cardinal of object;
TGridFields = class;
TGridField = class
private
FList: TGridFields;
FName: string;
FTitle: string;
FColumn: integer;
FWidth: integer;
FOnChanged: TNotifyEvent;
procedure SetTitle(const Value: string);
procedure SetColumn(Value: integer);
procedure SetWidth(Value: integer);
procedure DoChanged;
public
property List: TGridFields read FList;
property Name: string read FName;
property Title: string read FTitle write SetTitle;
property Column: integer read FColumn write SetColumn;
property Width: integer read FWidth write SetWidth;
property OnChanged: TNotifyEvent read FOnChanged write FOnChanged;
end;
TStringGrid = class;
TGridFields = class(TList)
private
FGrid: TStringGrid;
FOnChanged: TNotifyEvent;
FDisabledControls: boolean;
FChanged: boolean;
protected
function Get(Index: integer): TGridField; reintroduce;
function GetColumn(Name: string): integer;
procedure DoChanged;
procedure OnFieldChanged(Sender: TObject);
procedure UpdateColumn(Sender: TGridField; NewColumn: integer);
public
constructor Create; reintroduce;
destructor Destroy; override;
procedure DisableControls;
procedure EnableControls;
function IndexOf(Name: string): integer; reintroduce;
function Find(Name: string): TGridField;
function Add(Name: string; Title: string; Column: integer): TGridField; reintroduce; overload;
function Add(Name: string; Title: string): TGridField; reintroduce; overload;
procedure Clear; override;
procedure Delete(Index: integer); reintroduce; overload;
procedure Delete(Name: string); reintroduce; overload;
procedure Reindex;
procedure Realign;
property Items[Index: integer]: TGridField read Get; default;
property Column[Name: string]: integer read GetColumn;
property OnChanged: TNotifyEvent read FOnChanged write FOnChanged;
property Grid: TStringGrid read FGrid;
end;
TStringGrid = class(Vcl.Grids.TStringGrid)
private
FFields: TGridFields;
protected
procedure OnChangeField(Sender: TObject);
procedure KeyDown(var Key: Word; Shift: TShiftState); override;
function GetCount: integer;
public
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
function GetExists(ARow: integer): boolean;
procedure DoDeleteRow(ARow: integer);
procedure DoInsertRow(ARow: integer);
function GetValue(Index: integer; ValueName: string): string;
procedure GetValues(Index: integer; Values: TStrings);
procedure SetValues(Index: integer; Values: TStrings);
property Count: integer read GetCount;
property Fields: TGridFields read FFields;
procedure LoadFromFile(FileName: string);
procedure SaveToFile(FileName: string);
end;
TDBGrid = class(Vcl.DBGrids.TDBGrid)
private
FOnChangeReadOnly: TNotifyEvent;
function DoGetReadOnly: boolean;
procedure DoSetReadOnly(const AValue: boolean);
public
function GetDataName: string;
procedure UpdateColumnStyle;
published
property OnChangeReadOnly: TNotifyEvent read FOnChangeReadOnly write FOnChangeReadOnly;
property ReadOnly: boolean read DoGetReadOnly write DoSetReadOnly;
end;
TCsv = class
private
FHeader: array of record Name: string;
Column: integer;
end;
function GetValue(var source: string; var Value: string): boolean;
procedure sethead(source: string);
procedure setdata(Grid: Vcl.Grids.TStringGrid; row: integer; source: string);
public
procedure LoadFromFile(Destination: Vcl.Grids.TStringGrid; Fields: TGridFields; FileName: string);
procedure SaveToFile(source: Vcl.Grids.TStringGrid; Fields: TGridFields; FileName: string);
end;
implementation
// TGridField
procedure TGridField.SetTitle(const Value: string);
begin
if FTitle <> Value then
begin
FTitle := Value;
DoChanged;
end;
end;
procedure TGridField.SetColumn(Value: integer);
begin
if FColumn <> Value then
begin
FList.UpdateColumn(Self, Value);
FColumn := Value;
DoChanged;
end;
end;
procedure TGridField.SetWidth(Value: integer);
begin
if FWidth <> Value then
begin
FWidth := Value;
DoChanged;
end;
end;
procedure TGridField.DoChanged;
begin
if Assigned(FOnChanged) then
FOnChanged(Self);
end;
// TGridFields
constructor TGridFields.Create;
begin
inherited Create;
FGrid := nil;
FChanged := false;
EnableControls;
end;
destructor TGridFields.Destroy;
begin
DisableControls;
inherited Destroy;
end;
procedure TGridFields.DisableControls;
begin
FDisabledControls := true;
end;
procedure TGridFields.EnableControls;
begin
FDisabledControls := false;
if FChanged then
DoChanged;
end;
procedure TGridFields.DoChanged;
begin
FChanged := true;
if not FDisabledControls then
begin
if Assigned(FOnChanged) then
FOnChanged(Self);
FChanged := false;
end;
end;
procedure TGridFields.OnFieldChanged(Sender: TObject);
begin
DoChanged;
end;
procedure TGridFields.UpdateColumn(Sender: TGridField; NewColumn: integer);
var
Index: integer;
LItem: TGridField;
begin
for Index := 0 to Count - 1 do
begin
LItem := Items[Index];
if not LItem.Equals(Sender) then
begin
if LItem.Column = NewColumn then
begin
LItem.FColumn := Sender.Column;
end;
end;
end;
end;
function TGridFields.Get(Index: integer): TGridField;
begin
Result := TGridField(inherited Get(Index));
end;
function TGridFields.GetColumn(Name: string): integer;
var
LItem: TGridField;
begin
LItem := Find(Name);
if Assigned(LItem) then
Result := LItem.Column
else
Result := -1;
end;
function TGridFields.Find(Name: string): TGridField;
var
Index: integer;
begin
Index := IndexOf(Name);
if Index < 0 then
Result := nil
else
Result := Items[Index];
end;
function TGridFields.IndexOf(Name: string): integer;
var
LItem: TGridField;
Index: integer;
begin
Result := -1;
Name := AnsiLowerCase(Name);
for Index := 0 to Count - 1 do
begin
LItem := Items[Index];
if LItem.Name = Name then
begin
Result := Index;
exit;
end;
end;
end;
function TGridFields.Add(Name: string; Title: string; Column: integer): TGridField;
begin
Result := TGridField.Create;
Result.FList := Self;
Result.FName := AnsiLowerCase(Name);
Result.FTitle := Title;
Result.FColumn := Column;
Result.FWidth := 0;
Result.FOnChanged := OnFieldChanged;
inherited Add(Result);
DoChanged;
end;
function TGridFields.Add(Name: string; Title: string): TGridField;
begin
if Count > 0 then
Result := Add(Name, Title, Items[Count - 1].Column + 1)
else
Result := Add(Name, Title, 0);
end;
procedure TGridFields.Clear;
var
Index: integer;
begin
for Index := 0 to Count - 1 do
Items[Index].Free;
inherited Clear;
DoChanged;
end;
procedure TGridFields.Delete(Index: integer);
begin
Items[Index].Free;
inherited Delete(Index);
DoChanged;
end;
procedure TGridFields.Delete(Name: string);
var
Index: integer;
begin
Index := IndexOf(Name);
if Index >= 0 then
Delete(Index);
end;
procedure TGridFields.Reindex;
var
Index: integer;
begin
for Index := 0 to Count - 1 do
Items[Index].Column := Index;
end;
procedure TGridFields.Realign;
var
Index, LWidth: integer;
LItem: TGridField;
begin
if Assigned(FGrid) then
for Index := 0 to Count - 1 do
begin
LItem := Items[Index];
LWidth := FGrid.ColWidths[LItem.Column];
if LWidth < 20 then
LWidth := 20;
LItem.FWidth := LWidth;
end;
end;
// TDBGrid
procedure TDBGrid.UpdateColumnStyle;
const
ccolor: array [boolean] of TColor = (clWindowText, clGreen);
var
Index: integer;
Field: TField;
begin
for Index := 0 to Columns.Count - 1 do
begin
Field := Columns[Index].Field;
if Assigned(Field) then
begin
Columns[Index].Font.Color := ccolor[Field.ReadOnly];
end;
end;
end;
function TDBGrid.GetDataName: string;
var
ds: TDataSet;
begin
Result := '';
if Assigned(DataSource) then
begin
ds := DataSource.DataSet;
if Assigned(ds) then
if ds.Active then
begin
Result := ds.Name;
end;
end;
end;
function TDBGrid.DoGetReadOnly: boolean;
begin
Result := inherited ReadOnly;
end;
procedure TDBGrid.DoSetReadOnly(const AValue: boolean);
begin
inherited ReadOnly := AValue;
if Assigned(FOnChangeReadOnly) then
FOnChangeReadOnly(Self);
end;
// TStringGrid
constructor TStringGrid.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FFields := TGridFields.Create;
FFields.FGrid := Self;
FFields.OnChanged := OnChangeField;
end;
destructor TStringGrid.Destroy;
begin
FFields.Free;
inherited Destroy;
end;
procedure TStringGrid.OnChangeField(Sender: TObject);
var
Index: integer;
LField: TGridField;
begin
ColCount := FFields.Count;
for Index := 0 to FFields.Count - 1 do
begin
LField := FFields[Index];
if ColCount <= LField.Column then
ColCount := LField.Column + 1;
Cells[LField.Column, 0] := LField.Title;
if LField.Width > 0 then
ColWidths[LField.Column] := LField.Width;
end;
if ColCount > 1 then
FixedCols := 1;
if RowCount > 1 then
FixedRows := 1;
end;
function TStringGrid.GetCount: integer;
begin
Result := 0;
if RowCount = 2 then
begin
if GetExists(1) then
Result := 1;
end else if RowCount > 2 then
begin
Result := RowCount - 1;
if not GetExists(Result) then
Dec(Result);
end;
end;
function TStringGrid.GetValue(Index: integer; ValueName: string): string;
var
Field: TGridField;
begin
Result := '';
Field := FFields.Find(ValueName);
if Assigned(Field) then
if (Field.Column >= 0) and (Field.Column < ColCount) then
if (Index >= 0) and (Index < (RowCount - 1)) then
begin
Result := Trim(Cells[Field.Column, Index + 1]);
end;
end;
procedure TStringGrid.GetValues(Index: integer; Values: TStrings);
var
n: integer;
begin
if (Index >= 0) and (Index < (RowCount - 1)) then
begin
Inc(Index);
for n := 0 to FFields.Count - 1 do
begin
Values.Values[FFields[n].Name] := Trim(Cells[FFields[n].Column, Index]);
end;
end;
end;
procedure TStringGrid.SetValues(Index: integer; Values: TStrings);
var
n: integer;
begin
if (Index >= 0) and (Index < RowCount) then
begin
Inc(Index);
if RowCount < (Index + 1) then
RowCount := Index + 1;
for n := 0 to FFields.Count - 1 do
begin
Cells[FFields[n].Column, Index] := Trim(Values.Values[FFields[n].Name]);
end;
end;
end;
procedure TStringGrid.KeyDown(var Key: Word; Shift: TShiftState);
begin
case Key of
40:
if (Shift = []) and (row = (RowCount - 1)) then
begin // Down
if GetExists(RowCount - 1) then
begin
RowCount := RowCount + 1;
Rows[RowCount - 1].Clear;
row := RowCount - 1;
exit;
end;
end;
38:
if (Shift = []) and ((RowCount > 2) and (row = (RowCount - 1))) then
begin // Up
if not GetExists(RowCount - 1) then
begin
RowCount := RowCount - 1;
row := RowCount - 1;
exit;
end;
end;
46:
if (Shift = [ssCtrl]) and (row > 0) then
begin // Del
DoDeleteRow(row);
end;
45:
if (Shift = [ssCtrl]) and (row > 0) then
begin // Insert
DoInsertRow(row);
end;
end;
inherited KeyDown(Key, Shift);
end;
function TStringGrid.GetExists(ARow: integer): boolean;
begin
Result := false;
if pos(#13#10, Trim(Rows[RowCount - 1].Text)) > 0 then
begin
Result := true;
end;
end;
procedure TStringGrid.DoDeleteRow(ARow: integer);
var
n: integer;
begin
if (ARow = 1) and (RowCount = 2) then
begin
Rows[1].Clear;
end else if (ARow > 0) and (RowCount > 2) then
begin
if (ARow < (RowCount - 1)) then
for n := ARow to RowCount - 2 do
begin
Rows[n].Assign(Rows[n + 1]);
end;
RowCount := RowCount - 1;
end;
end;
procedure TStringGrid.DoInsertRow(ARow: integer);
var
n: integer;
begin
if (ARow > 0) then
if GetExists(ARow) then
begin
RowCount := RowCount + 1;
for n := RowCount - 1 downto ARow + 1 do
begin
Rows[n].Assign(Rows[n - 1]);
end;
Rows[ARow].Clear;
end;
end;
procedure TStringGrid.LoadFromFile(FileName: string);
var
f: TCsv;
begin
f := TCsv.Create;
try
f.LoadFromFile(Self, FFields, FileName);
finally
f.Free;
end;
end;
procedure TStringGrid.SaveToFile(FileName: string);
var
f: TCsv;
begin
f := TCsv.Create;
try
f.SaveToFile(Self, FFields, FileName);
finally
f.Free;
end;
end;
// TCsv
function TCsv.GetValue(var source: string; var Value: string): boolean;
var
j: integer;
begin
j := pos(';', source);
if j > 0 then
begin
Value := Trim(copy(source, 1, j - 1));
source := copy(source, j + 1);
Result := true;
end
else begin
Value := Trim(source);
source := '';
Result := Value <> '';
end;
end;
procedure TCsv.sethead(source: string);
var
buff: string;
n: integer;
begin
SetLength(FHeader, 0);
while source <> '' do
begin
if GetValue(source, buff) then
begin
n := Length(FHeader);
SetLength(FHeader, n + 1);
FHeader[n].Name := buff;
FHeader[n].Column := -1;
end;
end;
end;
procedure TCsv.setdata(Grid: Vcl.Grids.TStringGrid; row: integer; source: string);
var
lcol: integer;
buff: string;
begin
lcol := 0;
if Grid.RowCount <= row then
Grid.RowCount := row + 1;
Grid.Rows[row].Clear;
while (lcol < Length(FHeader)) and (source <> '') do
begin
if GetValue(source, buff) then
begin
with FHeader[lcol] do
if Column >= 0 then
Grid.Cells[Column, row] := buff;
end;
Inc(lcol);
end;
end;
procedure TCsv.LoadFromFile(Destination: Vcl.Grids.TStringGrid; Fields: TGridFields; FileName: string);
var
f: TextFile;
buff: string;
row: integer;
begin
AssignFile(f, FileName);
Reset(f);
try
if not eof(f) then
begin
ReadLn(f, buff);
sethead(buff);
for row := 0 to Length(FHeader) - 1 do
FHeader[row].Column := Fields.IndexOf(FHeader[row].Name);
row := 0;
while not eof(f) do
begin
ReadLn(f, buff);
Inc(row);
setdata(Destination, row, buff);
end;
end;
finally
CloseFile(f);
end;
end;
procedure TCsv.SaveToFile(source: Vcl.Grids.TStringGrid; Fields: TGridFields; FileName: string);
var
f: TextFile;
lrow: integer;
n: integer;
fld: TGridField;
begin
AssignFile(f, FileName);
Rewrite(f);
try
for n := 0 to Fields.Count - 1 do
begin
fld := Fields[n];
Write(f, fld.Name + ';');
end;
WriteLn(f, '');
for lrow := 1 to source.RowCount - 1 do
begin
for n := 0 to Fields.Count - 1 do
begin
fld := Fields[n];
Write(f, source.Cells[fld.Column, lrow] + ';');
end;
WriteLn(f, '');
end;
finally
CloseFile(f);
end;
end;
end.
|
{
A sample that shows how to perform a runtime language switch.
The sample also show how to use extensions to enable language switch
for untrivial data types such as image, tree views, and list view.
}
unit Unit1;
interface
uses
Classes, Graphics, StdCtrls, Controls, ComCtrls, ExtCtrls, Forms, pngimage;
type
TForm1 = class(TForm)
Label1: TLabel;
TreeView1: TTreeView;
Label2: TLabel;
ListView1: TListView;
ListBox1: TListBox;
Image1: TImage;
LanguageButton: TButton;
procedure FormShow(Sender: TObject);
procedure LanguageButtonClick(Sender: TObject);
private
procedure UpdateItems;
end;
var
Form1: TForm1;
implementation
{$R *.dfm}
uses
NtBase,
NtPictureTranslator, // Enables runtime language switch of TImage.Picture
NtListViewTranslator, // Enables runtime language switch of TListView
NtTreeViewTranslator, // Enables runtime language switch of TTreeView
NtLanguageDlg;
// This procedure initializes the properties that are set on run time
procedure TForm1.UpdateItems;
resourcestring
SSample = 'This is another sample';
begin
Label2.Caption := SSample;
end;
procedure TForm1.FormShow(Sender: TObject);
begin
// Set the properties for first time
UpdateItems;
end;
procedure TForm1.LanguageButtonClick(Sender: TObject);
begin
// Show a language select dialog and turn on the selected language
if TNtLanguageDialog.Select('en', '', lnBoth, [], [], poMainFormCenter, lcUpper) then
begin
// Language has been changed.
// Properties that were set on run time must be reset.
UpdateItems;
end;
end;
initialization
//ReportMemoryLeaksOnShutdown := True;
end.
|
unit Myloo.Comp.Coll.Utils;
interface
uses
Generics.Collections;
type
TArraySliceForEach<t> = reference to procedure (
const Index: Integer;
const Value: T;
var ABreak: Boolean);
TArraySlice<t> = record
private
FArray: TArray<t>;
FOffset: Integer;
FCount: Integer;
FOriginalLength: Integer;
private
function GetRealIndex(const Value: Integer): Integer;
function GetItem(Index: Integer): T;
procedure SetItem(Index: Integer; const Value: T);
public
///
/// returns low bound
///
function Low: Integer;
///
/// returns high bound
///
function High: Integer;
///
/// returns true if the array size has changed since slice was initialized
///
function ArraySizeChanged: Boolean;
///
/// returns a reference to the MAIN array
///
function GetMainArray: TArray<t>;
///
/// resturns a NEW array based on slice information
///
function ToArray: TArray<t>;
///
/// initializes the slice
///
procedure SliceArray(const Value: TArray<t>; const AtIndex, ACount: Integer);
///
/// loop through all elements of the slice
///
procedure ForEach(Callback: TArraySliceForEach<t>);
///
/// loop through all elements of main array
///
procedure ForEachAll(Callback: TArraySliceForEach<t>);
public
///
/// returns number of elements in array
///
property Count: Integer read FCount;
///
/// get or set array item
///
property Item[Index: Integer]: T read GetItem write SetItem; default;
end;
implementation
uses
SysUtils,Classes;
{ TArraySlice<t> }
function TArraySlice<t>.ArraySizeChanged: Boolean;
begin
Result := FOriginalLength <> Length(FArray);
end;
procedure TArraySlice<t>.ForEach(Callback: TArraySliceForEach<t>);
var
Index: Integer;
LBreak: Boolean;
begin
LBreak := False;
for Index := Low to High do begin
Callback(Index, Item[Index], LBreak);
if LBreak then
Break;
end;
end;
procedure TArraySlice<t>.ForEachAll(Callback: TArraySliceForEach<t>);
var
Index: Integer;
LBreak: Boolean;
begin
LBreak := False;
for Index := 0 to Length(FArray) -1 do begin
Callback(Index, FArray[Index], LBreak);
if LBreak then
Break;
end;
end;
function TArraySlice<t>.GetMainArray: TArray<t>;
begin
Result := FArray;
end;
function TArraySlice<t>.ToArray: TArray<t>;
begin
Result := Copy(FArray, FOffset, FCount);
end;
function TArraySlice<t>.GetItem(Index: Integer): T;
var
LIndex: Integer;
begin
LIndex := GetRealIndex(Index);
Result := FArray[LIndex];
end;
function TArraySlice<t>.GetRealIndex(const Value: Integer): Integer;
begin
if (Value < Low) or (Value > High) then
raise Exception.CreateFmt('TArraySlice: Index(%d) Out Of Bounds!', [Value]);
Result := FOffset + Value;
end;
function TArraySlice<t>.High: Integer;
begin
Result := Count -1;
end;
function TArraySlice<t>.Low: Integer;
begin
Result := 0;
end;
procedure TArraySlice<t>.SetItem(Index: Integer; const Value: T);
var
LIndex: Integer;
begin
LIndex := GetRealIndex(Index);
FArray[LIndex] := Value;
end;
procedure TArraySlice<t>.SliceArray(const Value: TArray<t>; const AtIndex,
ACount: Integer);
begin
FArray := Value;
FCount := ACount;
FOffset := AtIndex;
FOriginalLength := Length(Value);
end;
end.
|
unit ibSHSQLEditorActions;
interface
uses
SysUtils, Classes, Dialogs, Menus,
SHDesignIntf, ibSHDesignIntf;
type
TibSHSQLEditorPaletteAction = class(TSHAction)
public
constructor Create(AOwner: TComponent); override;
function SupportComponent(const AClassIID: TGUID): Boolean; override;
procedure EventExecute(Sender: TObject); override;
procedure EventHint(var HintStr: String; var CanShow: Boolean); override;
procedure EventUpdate(Sender: TObject); override;
end;
TibSHSQLEditorFormAction = class(TSHAction)
private
function GetCallString: string;
function GetComponentFormClass: TSHComponentFormClass;
public
constructor Create(AOwner: TComponent); override;
function SupportComponent(const AClassIID: TGUID): Boolean; override;
procedure EventExecute(Sender: TObject); override;
procedure EventHint(var HintStr: String; var CanShow: Boolean); override;
procedure EventUpdate(Sender: TObject); override;
property CallString: string read GetCallString;
property ComponentFormClass: TSHComponentFormClass read GetComponentFormClass;
end;
TibSHSQLEditorToolbarAction_ = class(TSHAction)
public
constructor Create(AOwner: TComponent); override;
function SupportComponent(const AClassIID: TGUID): Boolean; override;
procedure EventExecute(Sender: TObject); override;
procedure EventHint(var HintStr: String; var CanShow: Boolean); override;
procedure EventUpdate(Sender: TObject); override;
end;
TibSHSQLEditorEditorAction = class(TSHAction)
public
constructor Create(AOwner: TComponent); override;
function SupportComponent(const AClassIID: TGUID): Boolean; override;
procedure EventExecute(Sender: TObject); override;
procedure EventHint(var HintStr: String; var CanShow: Boolean); override;
procedure EventUpdate(Sender: TObject); override;
end;
// Forms
TibSHSQLEditorFormAction_SQLText = class(TibSHSQLEditorFormAction)
end;
TibSHSQLEditorFormAction_QueryResults = class(TibSHSQLEditorFormAction)
end;
TibSHSQLEditorFormAction_BlobEditor = class(TibSHSQLEditorFormAction)
end;
TibSHSQLEditorFormAction_DataForm = class(TibSHSQLEditorFormAction)
end;
TibSHSQLEditorFormAction_QueryStatistics = class(TibSHSQLEditorFormAction)
end;
TibSHSQLEditorFormAction_DDLText = class(TibSHSQLEditorFormAction)
end;
//Toolbar
TibSHSQLEditorToolbarAction_PrevQuery = class(TibSHSQLEditorToolbarAction_)
end;
TibSHSQLEditorToolbarAction_NextQuery = class(TibSHSQLEditorToolbarAction_)
end;
TibSHSQLEditorToolbarAction_Run = class(TibSHSQLEditorToolbarAction_)
end;
TibSHSQLEditorToolbarAction_RunAndFetchAll = class(TibSHSQLEditorToolbarAction_)
end;
TibSHSQLEditorToolbarAction_Prepare = class(TibSHSQLEditorToolbarAction_)
end;
TibSHSQLEditorToolbarAction_EndTransactionSeparator = class(TibSHSQLEditorToolbarAction_)
end;
TibSHSQLEditorToolbarAction_Commit = class(TibSHSQLEditorToolbarAction_)
end;
TibSHSQLEditorToolbarAction_Rollback = class(TibSHSQLEditorToolbarAction_)
end;
//Editors
TibSHSQLEditorEditorAction_LoadLastContext = class(TibSHSQLEditorEditorAction)
end;
TibSHSQLEditorEditorAction_RecordCount = class(TibSHSQLEditorEditorAction)
end;
TibSHSQLEditorEditorAction_CreateNew = class(TibSHSQLEditorEditorAction)
end;
implementation
uses
ibSHConsts,
ibSHDDLFrm, ibSHDataGridFrm, ibSHDataBlobFrm, ibSHDataVCLFrm, ibSHSQLEditorFrm,
ibSHStatisticsFrm;
{ TibSHSQLEditorPaletteAction }
constructor TibSHSQLEditorPaletteAction.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FCallType := actCallPalette;
Category := Format('%s', ['Tools']);
Caption := Format('%s', ['SQL Editor']);
ShortCut := TextToShortCut('Shift+Ctrl+F9');
end;
function TibSHSQLEditorPaletteAction.SupportComponent(const AClassIID: TGUID): Boolean;
begin
Result := IsEqualGUID(IibSHBranch, AClassIID) or IsEqualGUID(IfbSHBranch, AClassIID);
end;
procedure TibSHSQLEditorPaletteAction.EventExecute(Sender: TObject);
begin
Designer.CreateComponent(Designer.CurrentDatabase.InstanceIID, IibSHSQLEditor, EmptyStr);
end;
procedure TibSHSQLEditorPaletteAction.EventHint(var HintStr: String; var CanShow: Boolean);
begin
end;
procedure TibSHSQLEditorPaletteAction.EventUpdate(Sender: TObject);
begin
Enabled := Assigned(Designer.CurrentDatabase) and
(Designer.CurrentDatabase as ISHRegistration).Connected and
SupportComponent(Designer.CurrentDatabase.BranchIID);
end;
{ TibSHSQLEditorFormAction }
constructor TibSHSQLEditorFormAction.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FCallType := actCallForm;
Caption := '-'; // separator
Caption := CallString;
SHRegisterComponentForm(IibSHSQLEditor, CallString, ComponentFormClass);
end;
function TibSHSQLEditorFormAction.GetCallString: string;
begin
Result := EmptyStr;
if Self is TibSHSQLEditorFormAction_SQLText then Result := SCallSQLText else
if Self is TibSHSQLEditorFormAction_QueryResults then Result := SCallQueryResults else
if Self is TibSHSQLEditorFormAction_BlobEditor then Result := SCallDataBLOB else
if Self is TibSHSQLEditorFormAction_DataForm then Result := SCallDataForm else
if Self is TibSHSQLEditorFormAction_QueryStatistics then Result := SCallQueryStatistics else
if Self is TibSHSQLEditorFormAction_DDLText then Result := SCallDDLText;
end;
function TibSHSQLEditorFormAction.GetComponentFormClass: TSHComponentFormClass;
begin
Result := nil;
if AnsiSameText(CallString, SCallSQLText) then Result := TibSHSQLEditorForm else
if AnsiSameText(CallString, SCallQueryResults) then Result := TibSHDataGridForm else
if AnsiSameText(CallString, SCallDataBLOB) then Result := TibSHDataBlobForm else
if AnsiSameText(CallString, SCallDataForm) then Result := TibSHDataVCLForm else
if AnsiSameText(CallString, SCallQueryStatistics) then Result := TibBTStatisticsForm else
if AnsiSameText(CallString, SCallDDLText) then Result := TibBTDDLForm;
end;
function TibSHSQLEditorFormAction.SupportComponent(const AClassIID: TGUID): Boolean;
begin
Result := IsEqualGUID(AClassIID, IibSHSQLEditor);
end;
procedure TibSHSQLEditorFormAction.EventExecute(Sender: TObject);
begin
Designer.ChangeNotification(Designer.CurrentComponent, CallString, opInsert);
end;
procedure TibSHSQLEditorFormAction.EventHint(var HintStr: String; var CanShow: Boolean);
begin
end;
procedure TibSHSQLEditorFormAction.EventUpdate(Sender: TObject);
begin
FDefault := Assigned(Designer.CurrentComponentForm) and
AnsiSameText(CallString, Designer.CurrentComponentForm.CallString);
end;
{ TibSHSQLEditorToolbarAction_ }
constructor TibSHSQLEditorToolbarAction_.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FCallType := actCallToolbar;
Caption := '-';
if Self is TibSHSQLEditorToolbarAction_PrevQuery then Tag := 1;
if Self is TibSHSQLEditorToolbarAction_NextQuery then Tag := 2;
if Self is TibSHSQLEditorToolbarAction_Run then Tag := 3;
if Self is TibSHSQLEditorToolbarAction_RunAndFetchAll then Tag := 4;
if Self is TibSHSQLEditorToolbarAction_Prepare then Tag := 5;
if Self is TibSHSQLEditorToolbarAction_EndTransactionSeparator then Tag := 6;
if Self is TibSHSQLEditorToolbarAction_Commit then Tag := 7;
if Self is TibSHSQLEditorToolbarAction_Rollback then Tag := 8;
case Tag of
1: Caption := Format('%s', ['Previous Query']);
2: Caption := Format('%s', ['Next Query']);
3:
begin
Caption := Format('%s', ['Run']);
ShortCut := TextToShortCut('F9');
// Buzz Ctrl+Enter задействован на клавиатурный переход по линку
// SecondaryShortCuts.Add('F9');
end;
4: Caption := Format('%s', ['Run and Fetch All']);
5:
begin
Caption := Format('%s', ['Prepare']);
ShortCut := TextToShortCut('Ctrl+F9');
end;
6: ;
7:
begin
Caption := Format('%s', ['Commit']);
ShortCut := TextToShortCut('Shift+Ctrl+C');
end;
8:
begin
Caption := Format('%s', ['Rollback']);
ShortCut := TextToShortCut('Shift+Ctrl+R');
end;
end;
if Tag <> 0 then Hint := Caption;
end;
function TibSHSQLEditorToolbarAction_.SupportComponent(
const AClassIID: TGUID): Boolean;
begin
Result := IsEqualGUID(AClassIID, IibSHSQLEditor);
end;
procedure TibSHSQLEditorToolbarAction_.EventExecute(Sender: TObject);
begin
if Supports(Designer.CurrentComponentForm, IibSHSQLEditorForm) then
case Tag of
// PrevQuery
1: (Designer.CurrentComponentForm as IibSHSQLEditorForm).PreviousQuery;
// NextQuery
2: (Designer.CurrentComponentForm as IibSHSQLEditorForm).NextQuery;
// Run
3: (Designer.CurrentComponentForm as ISHRunCommands).Run;
// RunAndFetchAll
4: (Designer.CurrentComponentForm as IibSHSQLEditorForm).RunAndFetchAll;
// Prepare
5: (Designer.CurrentComponentForm as IibSHSQLEditorForm).Prepare;
// CommitRollbackSeparator
6: ;
// Commit
7: (Designer.CurrentComponentForm as ISHRunCommands).Commit;
// Rollback
8: (Designer.CurrentComponentForm as ISHRunCommands).Rollback;
end;
end;
procedure TibSHSQLEditorToolbarAction_.EventHint(var HintStr: String;
var CanShow: Boolean);
begin
end;
procedure TibSHSQLEditorToolbarAction_.EventUpdate(Sender: TObject);
begin
if Assigned(Designer.CurrentComponentForm) and
AnsiSameText(Designer.CurrentComponentForm.CallString, SCallSQLText) and
Supports(Designer.CurrentComponentForm, IibSHSQLEditorForm) then
begin
case Tag of
// Separator
0:
begin
Visible := True;
end;
// PrevQuery
1:
begin
Visible := True;
Enabled := (Designer.CurrentComponentForm as IibSHSQLEditorForm).GetCanPreviousQuery;
end;
// NextQuery
2:
begin
Visible := True;
Enabled := (Designer.CurrentComponentForm as IibSHSQLEditorForm).GetCanNextQuery;
end;
// Run
3:
begin
Visible := True;
Enabled := (Designer.CurrentComponentForm as ISHRunCommands).GetCanRun;
end;
// RunAndFetchAll
4:
begin
Visible := True;
Enabled := (Designer.CurrentComponentForm as ISHRunCommands).GetCanRun;
end;
// Prepare
5:
begin
Visible := True;
Enabled := (Designer.CurrentComponentForm as IibSHSQLEditorForm).GetCanPrepare;
end;
// CommitRollbackSeparator
6:
begin
Visible := (Designer.CurrentComponentForm as IibSHSQLEditorForm).GetCanEndTransaction;
end;
// Commit
7:
begin
Visible := (Designer.CurrentComponentForm as IibSHSQLEditorForm).GetCanEndTransaction;
Enabled := (Designer.CurrentComponentForm as ISHRunCommands).GetCanCommit;
end;
// Rollback
8:
begin
Visible := (Designer.CurrentComponentForm as IibSHSQLEditorForm).GetCanEndTransaction;
Enabled := (Designer.CurrentComponentForm as ISHRunCommands).GetCanRollback;
end;
end;
end else
Visible := False;
end;
{ TibSHSQLEditorEditorAction }
constructor TibSHSQLEditorEditorAction.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FCallType := actCallEditor;
if Self is TibSHSQLEditorEditorAction_LoadLastContext then Tag := 1;
if Self is TibSHSQLEditorEditorAction_RecordCount then Tag := 2;
if Self is TibSHSQLEditorEditorAction_CreateNew then Tag := 3;
case Tag of
0: Caption := '-'; // separator
1: Caption := SCallLoadLastContext;
2: Caption := SCallRecordCount;
3:
begin
Caption := SCallCreateNew;
ShortCut := TextToShortCut('Shift+F4');
end;
end;
end;
function TibSHSQLEditorEditorAction.SupportComponent(
const AClassIID: TGUID): Boolean;
begin
Result := IsEqualGUID(AClassIID, IibSHSQLEditor);
end;
procedure TibSHSQLEditorEditorAction.EventExecute(Sender: TObject);
var
vComponent: TSHComponent;
begin
if Supports(Designer.CurrentComponent, IibSHSQLEditor) then
case Tag of
// SCallLoadLastContext
1:
begin
if Assigned(Designer.CurrentComponentForm) and
not AnsiSameText(Designer.CurrentComponentForm.CallString, SCallSQLText) then
Designer.ChangeNotification(Designer.CurrentComponent, SCallSQLText, opInsert);
if Supports(Designer.CurrentComponentForm, IibSHSQLEditorForm) then
(Designer.CurrentComponentForm as IibSHSQLEditorForm).LoadLastContext;
end;
// SCallRecordCount
2:
begin
(Designer.CurrentComponent as IibSHSQLEditor).SetRecordCount;
if (Length((Designer.CurrentComponent as IibSHSQLEditor).RecordCountFrmt) > 0) then
Designer.ShowMsg(Format('Record Count: %s',
[(Designer.CurrentComponent as IibSHSQLEditor).RecordCountFrmt]), mtInformation);
end;
// SCallCreateNew
3:
begin
vComponent := Designer.CreateComponent(
Designer.CurrentComponent.OwnerIID,
Designer.CurrentComponent.ClassIID,
EmptyStr);
Designer.ChangeNotification(vComponent, opInsert);
end;
end;
end;
procedure TibSHSQLEditorEditorAction.EventHint(var HintStr: String;
var CanShow: Boolean);
begin
CanShow := False;
if Supports(Designer.CurrentComponent, IibSHSQLEditor) then
case Tag of
// SCallLoadLastContext
1: ;
// SCallRecordCount
2:
if (Length((Designer.CurrentComponent as IibSHSQLEditor).RecordCountFrmt) > 0) then
begin
HintStr := (Format('Last Record Count: %s',
[(Designer.CurrentComponent as IibSHSQLEditor).RecordCountFrmt]));
CanShow := True;
end;
3: ;
end;
end;
procedure TibSHSQLEditorEditorAction.EventUpdate(Sender: TObject);
begin
if Supports(Designer.CurrentComponent, IibSHSQLEditor) then
case Tag of
1: Enabled := True;
2:
Enabled := Assigned(Designer.CurrentComponentForm) and
AnsiSameText(Designer.CurrentComponentForm.CallString, SCallSQLText);
3:
begin
if Assigned(Designer.CurrentComponent) then
Caption := Format('%s %s...', [SCallCreateNew, 'Editor']);
Enabled := True;
end;
end;
end;
end.
|
//
// SpritePacks allow sprites to be grouped together and to have
// procedures called on each element without the programmer needing
// to maintain an array.
//
unit SpritePack;
interface
uses sgTypes, stringhash;
type
SpriteArray = array of Sprite;
// The container for the SpritePacks, allowing it to be
// stored in a HashTable
//
TSpritePack = class(TObject)
private
_sprites: SpriteArray;
// Copy of _sprites for looping code to use
// this allows _sprites to change due to
// user actions on the callback without
// it affecting the loop
_spritesBk: SpriteArray;
_name: String;
_inLoop, _spritesChanged: Boolean;
procedure EndLoop();
public
constructor Create(const name: String);
destructor Destroy; override;
property Name: String read _name;
procedure AddPackTo(ht: TStringHash);
procedure AddSprite(s: Sprite);
procedure RemoveSprite(s: Sprite);
procedure CallForAllSprites(fn: SpriteFunction);
procedure CallForAllSprites(fn: SpriteSingleFunction; val: Single);
end;
implementation
uses sgSprites, sgShared;
constructor TSpritePack.Create(const name: String);
begin
inherited Create();
_name := name;
_inLoop := false;
_spritesChanged := false;
SetLength(_sprites, 0);
SetLength(_spritesBk, 0);
end;
destructor TSpritePack.Destroy();
begin
// At this point sprites are not owned by their SpritePack... maybe they should be
SetLength(_sprites, 0);
SetLength(_spritesBk, 0);
inherited Destroy();
end;
procedure TSpritePack.AddPackTo(ht: TStringHash);
begin
if ht.containsKey(_name) then
begin
RaiseWarning('Attempting to create duplicate SpritePack named ' + _name);
exit;
end;
ht.SetValue(_name, self);
end;
procedure TSpritePack.AddSprite(s: Sprite);
procedure AddOp(var arr: SpriteArray);
begin
SetLength(arr, Length(arr) + 1);
arr[High(arr)] := s;
end;
begin
AddOp(_sprites);
AddOp(_spritesBk); // allow add in loops
end;
procedure TSpritePack.EndLoop();
var
i: Integer;
begin
_inLoop := false;
if _spritesChanged then
begin
SetLength(_spritesBk, Length(_sprites));
for i := 0 to High(_spritesBk) do
begin
_spritesBk[i] := _sprites[i];
end;
_spritesChanged := false;
end;
end;
procedure TSpritePack.RemoveSprite(s: Sprite);
var
removeIdx, i: Integer;
begin
removeIdx := -1;
for i := 0 to High(_sprites) do
begin
if _sprites[i] = s then
begin
removeIdx := i;
break;
end;
end;
if removeIdx < 0 then
begin
RaiseWarning('Attempted to remove sprite from incorrect pack!');
exit;
end;
if _inLoop then _spritesChanged := true;
for i := removeIdx to High(_sprites) - 1 do
begin
_sprites[i] := _sprites[i + 1];
if not _inLoop then _spritesBk[i] := _spritesBk[i + 1];
end;
SetLength(_sprites, Length(_sprites) - 1);
if not _inLoop then SetLength(_spritesBk, Length(_spritesBk) - 1);
end;
procedure TSpritePack.CallForAllSprites(fn: SpriteFunction);
var
i: Integer;
begin
_inLoop := true;
for i := 0 to High(_spritesBk) do
begin
fn(_spritesBk[i]);
end;
EndLoop();
end;
procedure TSpritePack.CallForAllSprites(fn: SpriteSingleFunction; val: Single);
var
i: Integer;
begin
_inLoop := true;
for i := 0 to High(_spritesBk) do
begin
fn(_spritesBk[i], val);
end;
EndLoop();
end;
end.
|
unit OTFEE4MStructures_U;
// By Sarah Dean
// Email: sdean12@sdean12.org
// WWW: http://www.SDean12.org/
//
// -----------------------------------------------------------------------------
//
interface
uses
Classes, SysUtils, Windows;
type
EE4MError = Exception;
EE4MNotConnected = EE4MError;
EE4MExeNotFound = EE4MError;
EE4MVxdNotFound = EE4MError;
EE4MVxdBadStatus = EE4MError;
EE4MDLLNotFound = EE4MError;
EE4MBadDLL = EE4MError;
EE4MDLLFailure = EE4MError;
EE4MDLLBadSignature = EE4MDLLFailure;
TDeviceIOControlRegisters = packed record
reg_EBX : DWORD;
reg_EDX : DWORD;
reg_ECX : DWORD;
reg_EAX : DWORD;
reg_EDI : DWORD;
reg_ESI : DWORD;
reg_Flags : DWORD;
end;
TParamBlock = packed record
Operation : Integer;
NumLocks : Integer;
end;
const
VWIN32_DIOC_DOS_IOCTL = 1;
E_NOT_CONNECTED = 'E4M not connected - set Active to TRUE first';
E_BAD_STATUS = 'E4M driver returned bad status';
E_DRIVE_IN_USE = 'Close all windows and applications used by this drive first';
E_E4M_EXE_NOT_FOUND = 'The E4M executable could not be found';
E_E4M_DLL_NOT_FOUND = 'E4M DLL not found';
E_E4M_BAD_DLL = 'E4M DLL did not have correct facilities!';
E_E4M_DLL_FAILURE = 'E4M DLL returned unexpected value';
E_E4M_DLL_SIGNATURE_FAILURE = 'E4M DLL returned bad signature';
// SFS Volume File Packet IDs
SFS_PACKET_NONE = 0; // Null packet
SFS_PACKET_VOLUMEINFO = 1; // Volume information
SFS_PACKET_ENCRINFO = 2; // Encryption information
SFS_PACKET_DISK_BPB = 3; // Filesystem information
SFS_PACKET_MULTIUSER = 4; // Multiuser access information
SFS_PACKET_FASTACCESS = 5; // Direct disk access information
SFS_PACKET_UNMOUNT = 6; // Volume unmount information
SFS_PACKET_SMARTCARD = 7; // Smart card information
type
E4M_VOLUME_FILE_TYPE = (vtidUnknown, vtidSFS, vtidOldE4M, vtidE4M, vtidE4MSDSDevice, vtidScramDisk);
E4M_CIPHER_TYPE = (cphrNone,
cphrMDCSHA,
cphrSQUARE,
cphrTEA16,
cphrTEA32,
cphrMISTY1,
cphrTRIPLEDES,
cphrIDEA,
cphrBLOWFISH,
cphrDES56,
cphrCAST,
cphrUnknown);
E4M_HASH_TYPE = (hashSHA1, hashMD5, hashUnknown);
const
E4M_OS_WIN_95 = $a;
E4M_OS_WIN_98 = $b;
E4M_OS_WIN_NT = $c;
E4M_VOLUME_FILE_TYPE_NAMES: array [E4M_VOLUME_FILE_TYPE] of Ansistring = ('Unknown', 'SFS', 'OLD E4M', 'E4M', 'E4M/SFS partition', 'ScramDisk'); // ScramDisk is last
E4M_VOLUME_SIGNATURES: array [E4M_VOLUME_FILE_TYPE] of string = ('<Unknown has no signature>', 'SFS1', 'CAV', 'E4M', '<E4M/SFS partition has no signature>', '<ScramDisk has no signature>');
// The encryption algorithm IDs
E4M_CIPHER_IDS: array [E4M_CIPHER_TYPE] of integer = (0,
1,
32,
33,
34,
35,
36,
37,
38,
39,
40,
$ffff);
E4M_CIPHER_NAMES: array [E4M_CIPHER_TYPE] of Ansistring = ('None',
'MDCSHA',
'SQUARE',
'TEA16',
'TEA32',
'MISTY1',
'3DES',
'IDEA',
'BLOWFISH',
'DES',
'CAST',
'Unknown');
E4M_HASH_IDS: array [E4M_HASH_TYPE] of integer = (0, 1, $ffff);
E4M_HASH_NAMES: array [E4M_HASH_TYPE] of Ansistring = ('SHA1', 'MD5', 'Unknown');
const SFS_DISKKEY_SIZE = 128;
const E4M_DISKKEY_SIZE = 288;
// ---------------------------------------------------------------------------
// ---------------------------------------------------------------------------
// ---------------------------------------------------------------------------
E4M_APP_NAME = 'E4M';
E4M_APP_EXE_NAME = 'volmount.exe';
//kE4MDriverName // setup when the component is created; depends on the OS
E4M_SERVICE_NAME = 'E4M';
E4M_REGISTRY_ENTRY_PATH = '\e4m_volume\Shell\Open\command';
// E4M v2.00 driver name (NT only; 9x never supported)
const E4M_NT_MOUNT_PREFIX_v200 = '\Device\E4MV200';
const E4M_NT_ROOT_PREFIX_v200 = '\Device\E4MRootV200';
const E4M_DOS_MOUNT_PREFIX_v200 = '\DosDevices\';
const E4M_DOS_ROOT_PREFIX_v200 = '\DosDevices\E4MRootV200';
const E4M_WIN32_ROOT_PREFIX_v200 = '\\.\E4MRootV200';
// E4M v2.01 driver name (NT only)
const E4M_NT_MOUNT_PREFIX = '\Device\E4M';
const E4M_NT_ROOT_PREFIX = '\Device\E4MRoot';
const E4M_DOS_MOUNT_PREFIX = '\DosDevices\';
const E4M_DOS_ROOT_PREFIX = '\DosDevices\E4MRoot';
const E4M_WIN32_ROOT_PREFIX = '\\.\E4MRoot';
// E4M v2.01 driver name (9x only)
const E4M_WIN9X_DRIVER_NAME = '\\.\E4M';
// E4M service
const E4M_PIPE_SERVICE = '\\.\pipe\e4mservice';
const E4M_HDD_PARTITION_DEVICE_NAME_FORMAT = '\Device\Harddisk%d\Partition%d';
const MAX_HDD_MAX_PHYSICAL_DRIVES = 9; // E4M can only OPEN_TEST a drive with a
// single digit number (0-9)
const E4M_HDD_MAX_PARTITIONS = 9; // E4M can only OPEN_TEST a partition
// with a single digit number (1-9)
const E4M_SIZEOF_MRU_LIST = 8; // 0-7
const E4M_INI_FILE = 'e4m.ini';
const E4M_INI_SECTION_LASTRUN = 'LastRun';
const E4M_INI_KEY_NOMOUNTWARNING = 'no_mount_warning';
const E4M_INI_KEY_NEVERSAVEHISTORY = 'never_save_history';
const E4M_INI_KEY_CACHEINDRIVER = 'cache_in_driver';
const E4M_INI_KEY_DRIVELETTER = 'drive_letter';
const E4M_INI_KEY_LASTVOLUMEn = 'last_volume';
/////////////////////////////////////////////////////////////
// Application to driver (DeviceIoControl) packet definitions
/////////////////////////////////////////////////////////////
const FILE_DEVICE_DISK = $00000007;
const FILE_DEVICE_FILE_SYSTEM = $00000009;
const IOCTL_DISK_BASE = FILE_DEVICE_DISK;
const METHOD_BUFFERED = 0;
const METHOD_IN_DIRECT = 1;
const FILE_ANY_ACCESS = 0;
const E4M_DWORD_TRUE = 1;
const E4M_DWORD_FALSE = 0;
// #const CTL_CODE( DeviceType, Function, Method, Access ) ( \
// ((DeviceType) << 16) | ((Access) << 14) | ((Function) << 2) | (Method) \
// Standard Windows values
const FSCTL_LOCK_VOLUME =
(((FILE_DEVICE_FILE_SYSTEM) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR ((6) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(FILE_DEVICE_FILE_SYSTEM, 6, METHOD_BUFFERED, FILE_ANY_ACCESS)
const FSCTL_UNLOCK_VOLUME =
(((FILE_DEVICE_FILE_SYSTEM) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR ((7) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(FILE_DEVICE_FILE_SYSTEM, 7, METHOD_BUFFERED, FILE_ANY_ACCESS)
const FSCTL_DISMOUNT_VOLUME =
(((FILE_DEVICE_FILE_SYSTEM) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR ((8) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(FILE_DEVICE_FILE_SYSTEM, 8, METHOD_BUFFERED, FILE_ANY_ACCESS)
const FSCTL_MOUNT_DBLS_VOLUME =
(((FILE_DEVICE_FILE_SYSTEM) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR ((13) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(FILE_DEVICE_FILE_SYSTEM,13, METHOD_BUFFERED, FILE_ANY_ACCESS)
// E4M values
const E4M_MOUNT =
(((IOCTL_DISK_BASE) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR (($800) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(IOCTL_DISK_BASE, 0x800, METHOD_BUFFERED, FILE_ANY_ACCESS)
const E4M_MOUNT_LIST =
(((IOCTL_DISK_BASE) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR (($801) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(IOCTL_DISK_BASE, 0x801, METHOD_BUFFERED, FILE_ANY_ACCESS)
// E4M_9x_MOUNT_LIST_N introduced for E4M v2.01
const E4M_9x_MOUNT_LIST_N = 466976; // Get volume info from the device (only Win9x)
const E4M_OPEN_TEST =
(((IOCTL_DISK_BASE) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR (($802) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(IOCTL_DISK_BASE, 0x802, METHOD_BUFFERED, FILE_ANY_ACCESS)
const E4M_UNMOUNT =
(((IOCTL_DISK_BASE) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR (($803) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(IOCTL_DISK_BASE, 0x803, METHOD_BUFFERED, FILE_ANY_ACCESS)
const E4M_WIPE_CACHE =
(((IOCTL_DISK_BASE) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR (($804) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(IOCTL_DISK_BASE, 0x804, METHOD_BUFFERED, FILE_ANY_ACCESS)
{$IFDEF Debug}
const E4M_HALT_SYSTEM =
(((IOCTL_DISK_BASE) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR (($805) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(IOCTL_DISK_BASE, 0x805, METHOD_BUFFERED, FILE_ANY_ACCESS)
{$ENDIF}
const E4M_UNMOUNT_PENDING =
(((IOCTL_DISK_BASE) * $10000) OR ((FILE_ANY_ACCESS) * $4000) OR (($ffa) * $4) OR (METHOD_BUFFERED));
// = CTL_CODE(IOCTL_DISK_BASE, 0xffa, METHOD_BUFFERED, FILE_ANY_ACCESS)
const RELEASE_TIME_SLICE = 466972; // Release time slice on apps behalf
const E4M_DRIVER_VERSION = 466968; // Current driver version; introduced in
// E4M v2.01
const ALLOW_FAST_SHUTDOWN = 466984; // Fast shutdown under win98 (only Win9x);
// introduced in E4M v2.01
const E4M_MAX_PATH = 260; // Includes the null terminator
const E4M_MAX_PASSWORD = 100;
const E4M_ERR_OS_ERROR = $7000;
const E4M_ERR_OUTOFMEMOR = $700e;
const E4M_ERR_PASSWORD_WRONG = $8001;
const E4M_ERR_VOLUME_FORMAT_BAD = $8002;
const E4M_ERR_BAD_DRIVE_LETTER = $8003;
const E4M_ERR_DRIVE_NOT_FOUND = $8004;
const E4M_ERR_FILES_OPEN = $8005;
const E4M_ERR_VOLUME_SIZE_WRONG = $8006;
const E4M_ERR_COMPRESSION_NOT_SUPPORTED = $8007;
const E4M_ERR_PASSWORD_CHANGE_VOL_TYPE = $8008;
const E4M_ERR_PASSWORD_CHANGE_VOL_VERSION = $8009;
const E4M_ERR_VOL_SEEKING = $800a;
const E4M_ERR_VOL_WRITING = $800b;
const E4M_ERR_FILES_OPEN_LOCK = $800c;
type
TOTFEE4M_200_MOUNT = packed record
nReturnCode: integer; // Return code back from driver
wszVolume: array [1..E4M_MAX_PATH] of WCHAR; // Volume to be mounted
szPassword: array [1..(E4M_MAX_PASSWORD + 1)] of ansichar; // User password or SHA1 hash
dummy1: array [1..3] of byte; // Needed to get the next item on a word boundry
nPasswordLen: integer; // User password length
bCache: boolean; // Cache passwords in driver
dummy2: array [1..3] of byte; // Needed to get the next item on a word boundry
bSD: boolean; // Set to TRUE for ScramDisk volumes, otherwise FALSE
dummy3: array [1..3] of byte; // Needed to get the next item on a word boundry
nDosDriveNo: integer; // Drive number to mount
time: longint; // Time when this volume was mounted
end;
TOTFEE4M_201_MOUNT = packed record
nReturnCode: integer; // Return code back from driver
wszVolume: array [1..E4M_MAX_PATH] of short; // Volume to be mounted
szPassword: array [1..(E4M_MAX_PASSWORD + 1)] of ansichar; // User password or SHA1 hash
// it seems that we no longer need dummy1
// dummy1: array [1..3] of byte; // Needed to get the next item on a word boundry
nPasswordLen: integer; // User password length
bCache: boolean; // Cache passwords in driver
dummy2: array [1..3] of byte; // Needed to get the next item on a word boundry
nDosDriveNo: integer; // Drive number to mount
time: longint; // Time when this volume was mounted
end;
TOTFEE4M_UNMOUNT = packed record
nReturnCode: integer;
nDosDriveNo: integer; // Drive letter to unmount
end;
TOTFEE4M_200_MOUNT_LIST = packed record
ulMountedDrives: cardinal; // Bitfield of all mounted drive letters
// Yes, it is 64 in the next line; it was hardcoded in the E4M source
wszVolume: array [1..26] of array [1..64] of WCHAR; // Volume names of mounted volumes
end;
TOTFEE4M_201_MOUNT_LIST = packed record
ulMountedDrives: cardinal; // Bitfield of all mounted drive letters
// Yes, it is 64 in the next line; it was hardcoded in the E4M source
wszVolume: array [1..26] of array [1..64] of short; // Volume names of mounted volumes
end;
TOTFEE4M_200_OPEN_TEST = packed record
wszFileName: array [1..E4M_MAX_PATH] of WCHAR; // Volume to be "open tested"
end;
TOTFEE4M_201_OPEN_TEST = packed record
wszFileName: array [1..E4M_MAX_PATH] of short; // Volume to be "open tested"
nReturnCode: integer; // Win9x only
secstart : cardinal; // Win9x only
seclast : cardinal; // Win9x only
device : cardinal; // Win9x only
end;
// Win9x only
TOTFEE4M_9x_MOUNT_LIST_N_STRUCT = packed record
nReturnCode: integer; // Return code back from driver
nDosDriveNo: integer; // Drive letter to get info on
wszVolume: array [1..E4M_MAX_PATH] of short; // Volume names of mounted volumes
mountfilehandle: cardinal; // Device file handle or 0
end;
// This one was introduced in E4M v2.01
TOTFEE4M_VERSION = packed record // This is not part of the E4M source; it's just a
// DWORD, but is included for completeness
version: DWORD;
end;
TOTFEE4MVolumeInfo = packed record // This is not part of the E4M source
volumeFilename: AnsiString;
mountedAs: ansichar;
cipherID: E4M_CIPHER_TYPE;
cipherName: AnsiString;
hashID: E4M_HASH_TYPE;
hashName: AnsiString;
volumeTypeID: E4M_VOLUME_FILE_TYPE;
volumeTypeName: AnsiString;
readonly: boolean;
end;
pTOTFEE4MVolumeInfo = ^TOTFEE4MVolumeInfo;
implementation
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_STDLIB.pas
// ========================================================================
////////////////////////////////////////////////////////////////////////////
{$I PaxCompiler.def}
{$O-}
{$R-}
unit PAXCOMP_STDLIB;
interface
{$I-}
uses {$I uses.def}
TypInfo,
SysUtils,
Classes,
{$IFDEF DRTTI}
Rtti,
{$ENDIF}
PaxInfos,
PAXCOMP_CONSTANTS,
PAXCOMP_TYPES,
PAXCOMP_SYS,
PAXCOMP_SYMBOL_REC,
PAXCOMP_BASESYMBOL_TABLE,
PAXCOMP_CLASSLST,
PAXCOMP_CLASSFACT,
{$IFDEF PAXARM}
{$ELSE}
PAXCOMP_SEH,
{$ENDIF}
{$IFNDEF INTERPRETER_ONLY}
PAXCOMP_PROGLIB,
{$ENDIF}
PAXCOMP_MAP;
type
TExtraImportTableList = class(TTypedList)
private
function GetRecord(I: Integer): TBaseSymbolTable;
public
function Add(st: TBaseSymbolTable): Integer;
procedure Remove(st: TBaseSymbolTable);
function Import(CurrentTable: TBaseSymbolTable;
const FullName: String;
UpCase: Boolean;
DoRaiseError: Boolean = true): Integer;
property Records[I: Integer]: TBaseSymbolTable read GetRecord; default;
end;
var
RUNNER_OWNER_OFFSET: IntPax;
AvailUnitList: TStringList;
AvailUnitList1: TStringList;
AvailTypeList: TStringList;
H_PascalNamespace: Integer;
H_BasicNamespace: Integer;
H_PaxCompilerSEH: Integer;
H_PaxCompilerFramework: Integer;
H_Writeln: Integer;
H_WriteBool: Integer;
H_WriteByteBool: Integer;
H_WriteWordBool: Integer;
H_WriteLongBool: Integer;
H_WriteInteger: Integer;
H_WriteInt64: Integer;
H_WriteByte: Integer;
H_WriteWord: Integer;
H_WriteCardinal: Integer;
H_WriteSmallInt: Integer;
H_WriteShortInt: Integer;
H_WriteAnsiString: Integer;
H_WriteShortString: Integer;
H_WriteAnsiChar: Integer;
H_WriteWideChar: Integer;
H_WriteWideString: Integer;
H_WriteUnicString: Integer;
H_WriteDouble: Integer;
H_WriteSingle: Integer;
H_WriteCurrency: Integer;
H_WriteExtended: Integer;
H_WriteVariant: Integer;
H_WriteObject: Integer;
H_TObject: Integer;
H_TClass: Integer;
H_TInterfacedObject: Integer;
H_PInteger: Integer;
H_PSmallInt: Integer;
H_PShortInt: Integer;
H_PCardinal: Integer;
H_PWord: Integer;
H_PByte: Integer;
H_PInt64: Integer;
H_PSingle: Integer;
H_PDouble: Integer;
H_PExtended: Integer;
H_PCurrency: Integer;
H_PVariant: Integer;
H_PPointer: Integer;
H_PBoolean: Integer;
H_PWideChar: Integer;
H_PAnsiChar: Integer;
H_PShortString: Integer;
H_PAnsiString: Integer;
H_PWideString: Integer;
H_PUnicString: Integer;
H_PString: Integer;
H_PPInteger: Integer;
H_PPSmallInt: Integer;
H_PPShortInt: Integer;
H_PPCardinal: Integer;
H_PPWord: Integer;
H_PPByte: Integer;
H_PPInt64: Integer;
H_PPSingle: Integer;
H_PPDouble: Integer;
H_PPExtended: Integer;
H_PPCurrency: Integer;
H_PPVariant: Integer;
H_PPPointer: Integer;
H_PPBoolean: Integer;
H_PPWideChar: Integer;
H_PPAnsiChar: Integer;
H_PPShortString: Integer;
H_PPAnsiString: Integer;
H_PPWideString: Integer;
H_PPUnicString: Integer;
H_PPString: Integer;
H_QueryInterface,
H_AddRef,
H_Release,
H_TGUID: Integer;
H_PGUID: Integer;
H_IUnknown: Integer;
H_IDispatch: Integer;
Id_ImplicitInt: Integer = -1;
Id_CallJNIMethod: Integer = -1;
H_TValue: Integer = -1;
Id_VarFromTValue: Integer = -1;
Id_GetDRTTIProperty: Integer = -1;
Id_GetDRTTIIntegerProperty: Integer = -1;
Id_GetDRTTIStringProperty: Integer = -1;
Id_GetDRTTIExtendedProperty: Integer = -1;
Id_GetDRTTIVariantProperty: Integer = -1;
Id_GetDRTTIInt64Property: Integer = -1;
Id_SetDRTTIProperty: Integer = -1;
H_TVarRec: Integer;
H_TFileRec: Integer;
H_TTextRec: Integer;
H_Dynarray_TVarRec: Integer;
H_Dynarray_Integer: Integer;
H_Dynarray_Byte: Integer;
H_Dynarray_Word: Integer;
H_Dynarray_ShortInt: Integer;
H_Dynarray_SmallInt: Integer;
H_Dynarray_Cardinal: Integer;
H_Dynarray_Int64: Integer;
H_Dynarray_UInt64: Integer;
H_Dynarray_AnsiChar: Integer;
H_Dynarray_WideChar: Integer;
H_Dynarray_AnsiString: Integer;
H_Dynarray_WideString: Integer;
H_Dynarray_UnicodeString: Integer;
H_Dynarray_ShortString: Integer;
H_Dynarray_Double: Integer;
H_Dynarray_Single: Integer;
H_Dynarray_Extended: Integer;
H_Dynarray_Currency: Integer;
H_Dynarray_Boolean: Integer;
H_Dynarray_ByteBool: Integer;
H_Dynarray_WordBool: Integer;
H_Dynarray_LongBool: Integer;
H_Dynarray_Variant: Integer;
H_Dynarray_OleVariant: Integer;
H_Dynarray_Pointer: Integer;
H_Unassigned: Integer;
H_TMethod: Integer;
H_DYN_VAR: Integer;
Id_CallVirt: Integer;
Id_PutVirt: Integer;
Id_CondHalt: Integer;
Id_ToParentClass: Integer;
Id_UpdateInstance: Integer;
Id_DestroyInherited: Integer;
ID_Prog: Integer;
Id_GetAddressGetCallerEIP: Integer;
Id_WriteBool: Integer;
Id_WriteByteBool: Integer;
Id_WriteWordBool: Integer;
Id_WriteLongBool: Integer;
Id_WriteAnsiChar: Integer;
Id_WriteByte: Integer;
Id_WriteWord: Integer;
Id_WriteCardinal: Integer;
Id_WriteSmallInt: Integer;
Id_WriteShortInt: Integer;
Id_WriteInt: Integer;
Id_WriteInt64: Integer;
Id_WriteDouble: Integer;
Id_WriteSingle: Integer;
Id_WriteCurrency: Integer;
Id_WriteExtended: Integer;
Id_WriteString: Integer;
Id_WriteShortString: Integer;
Id_WriteWideChar: Integer;
Id_WriteWideString: Integer;
Id_WriteUnicString: Integer;
Id_WriteVariant: Integer;
Id_WriteObject: Integer;
Id_PrintEx: Integer;
Id_Is: Integer;
Id_DynArrayLength: Integer;
Id_VariantArrayLength: Integer;
Id_AnsiStringLength: Integer;
Id_SetVariantLength: Integer;
Id_SetVariantLength2: Integer;
Id_SetVariantLength3: Integer;
Id_SetStringLength: Integer;
Id_SetWideStringLength: Integer;
Id_SetUnicStringLength: Integer;
Id_SetShortStringLength: Integer;
Id_LockVArray: Integer;
Id_UnlockVArray: Integer;
Id_LoadProc: Integer;
Id_LoadSeg: Integer;
Id_LoadClassRef: Integer;
Id_TypeInfo,
Id_GetDynamicMethodAddress,
Id_AddMessage,
Id_AnsiStringFromPAnsiChar: Integer;
Id_AnsiStringFromPWideChar: Integer;
Id_WideStringFromPAnsiChar: Integer;
Id_WideStringFromPWideChar: Integer;
Id_UnicStringFromPWideChar: Integer;
Id_AnsiStringFromAnsiChar: Integer;
Id_WideStringFromAnsiChar: Integer;
Id_UnicStringFromAnsiChar: Integer;
Id_WideStringFromWideChar: Integer;
Id_UnicStringFromWideChar: Integer;
Id_AnsiStringFromWideChar: Integer;
Id_UnicStringFromPAnsiChar: Integer;
Id_AnsiStringAssign: Integer;
Id_AnsiStringAddition: Integer;
Id_ShortStringAddition: Integer;
Id_WideStringAddition: Integer;
Id_UnicStringAddition: Integer;
Id_ShortStringAssign: Integer;
Id_WideStringAssign: Integer;
Id_UnicStringAssign: Integer;
Id_AnsiStringClr: Integer;
Id_WideStringClr: Integer;
Id_UnicStringClr: Integer;
Id_InterfaceClr: Integer;
Id_ClassClr: Integer = 0;
Id_UniqueAnsiString: Integer = 0;
Id_UniqueUnicString: Integer = 0;
Id_StringAddRef: Integer;
Id_WideStringAddRef: Integer;
Id_UnicStringAddRef: Integer;
Id_VariantAddRef: Integer;
Id_DynarrayAddRef: Integer;
Id_InterfaceAddRef: Integer;
Id_ShortStringFromAnsiString: Integer;
Id_ShortStringFromWideString: Integer;
Id_ShortStringFromPWideChar: Integer;
Id_ShortStringFromUnicString: Integer;
Id_AnsiStringFromShortString: Integer;
Id_UnicStringFromWideString: Integer;
Id_WideStringFromShortString: Integer;
Id_WideStringFromUnicString: Integer;
Id_UnicStringFromShortString: Integer;
Id_AnsiStringFromWideString: Integer;
Id_AnsiStringFromUnicString: Integer;
Id_WideStringFromAnsiString: Integer;
Id_UnicStringFromAnsiString: Integer;
Id_StrInt: Integer;
Id_StrDouble: Integer;
Id_StrSingle: Integer;
Id_StrExtended: Integer;
Id_DecStringCounter: Integer;
Id_IncStringCounter: Integer;
Id_AnsiStringEquality: Integer;
Id_AnsiStringNotEquality: Integer;
Id_ShortStringEquality: Integer;
Id_ShortStringNotEquality: Integer;
Id_WideStringEquality: Integer;
Id_UnicStringEquality: Integer;
Id_WideStringNotEquality: Integer;
Id_UnicStringNotEquality: Integer;
Id_ShortstringHigh: Integer;
Id_AnsiStringGreaterThan: Integer;
Id_AnsiStringGreaterThanOrEqual: Integer;
Id_AnsiStringLessThan: Integer;
Id_AnsiStringLessThanOrEqual: Integer;
Id_ShortStringGreaterThan: Integer;
Id_ShortStringGreaterThanOrEqual: Integer;
Id_ShortStringLessThan: Integer;
Id_ShortStringLessThanOrEqual: Integer;
Id_WideStringGreaterThan: Integer;
Id_UnicStringGreaterThan: Integer;
Id_WideStringGreaterThanOrEqual: Integer;
Id_UnicStringGreaterThanOrEqual: Integer;
Id_WideStringLessThan: Integer;
Id_UnicStringLessThan: Integer;
Id_WideStringLessThanOrEqual: Integer;
Id_UnicStringLessThanOrEqual: Integer;
Id_Int64Multiplication: Integer;
Id_Int64Division: Integer;
Id_Int64Modulo: Integer;
Id_Int64LeftShift: Integer;
Id_Int64RightShift: Integer;
Id_Int64LessThan: Integer;
Id_Int64LessThanOrEqual: Integer;
Id_Int64GreaterThan: Integer;
Id_Int64GreaterThanOrEqual: Integer;
Id_Int64Equality: Integer;
Id_Int64NotEquality: Integer;
Id_Int64Abs: Integer;
Id_UInt64LessThan: Integer;
Id_UInt64LessThanOrEqual: Integer;
Id_UInt64GreaterThan: Integer;
Id_UInt64GreaterThanOrEqual: Integer;
Id_VariantClr: Integer;
Id_VariantAssign: Integer;
Id_VariantFromPAnsiChar: Integer;
Id_VariantFromPWideChar: Integer;
Id_VariantFromInterface: Integer;
Id_OleVariantAssign: Integer;
Id_ClassAssign: Integer;
Id_VariantFromClass: Integer; // JS only
Id_VariantFromPointer: Integer; // JS only
Id_ClassFromVariant: Integer; // JS only
Id_InterfaceFromClass,
Id_InterfaceCast,
Id_InterfaceAssign,
Id_VariantFromAnsiString: Integer;
Id_VariantFromWideString: Integer;
Id_VariantFromUnicString: Integer;
Id_VariantFromShortString: Integer;
Id_VariantFromAnsiChar: Integer;
Id_VariantFromWideChar: Integer;
Id_VariantFromInt: Integer;
Id_VariantFromInt64: Integer;
Id_VariantFromByte: Integer;
Id_VariantFromBool: Integer;
Id_VariantFromWord: Integer;
Id_VariantFromCardinal: Integer;
Id_VariantFromSmallInt: Integer;
Id_VariantFromShortInt: Integer;
Id_VariantFromDouble: Integer;
Id_VariantFromCurrency: Integer;
Id_VariantFromSingle: Integer;
Id_VariantFromExtended: Integer;
Id_AnsiStringFromInt: Integer; // JS only
Id_AnsiStringFromDouble: Integer; // JS only
Id_AnsiStringFromSingle: Integer; // JS only
Id_AnsiStringFromExtended: Integer; // JS only
Id_AnsiStringFromBoolean: Integer; // JS only
Id_UnicStringFromInt: Integer; // JS only
Id_UnicStringFromDouble: Integer; // JS only
Id_UnicStringFromSingle: Integer; // JS only
Id_UnicStringFromExtended: Integer; // JS only
Id_UnicStringFromBoolean: Integer; // JS only
Id_FuncObjFromVariant: Integer; // JS only
Id_PushContext: Integer; // JS only
Id_PopContext: Integer; // JS only
Id_FindContext: Integer; // JS only
Id_AnsiCharFromVariant: Integer;
Id_WideCharFromVariant: Integer;
Id_AnsiStringFromVariant: Integer;
Id_WideStringFromVariant: Integer;
Id_UnicStringFromVariant: Integer;
Id_ShortStringFromVariant: Integer;
Id_DoubleFromVariant: Integer;
Id_CurrencyFromVariant: Integer;
Id_SingleFromVariant: Integer;
Id_ExtendedFromVariant: Integer;
Id_IntFromVariant: Integer;
Id_Int64FromVariant: Integer;
Id_ByteFromVariant: Integer;
Id_WordFromVariant: Integer;
Id_CardinalFromVariant: Integer;
Id_SmallIntFromVariant: Integer;
Id_ShortIntFromVariant: Integer;
Id_BoolFromVariant: Integer;
Id_ByteBoolFromVariant: Integer;
Id_WordBoolFromVariant: Integer;
Id_LongBoolFromVariant: Integer;
Id_VariantAddition: Integer;
Id_VariantSubtraction: Integer;
Id_VariantMultiplication: Integer;
Id_VariantDivision: Integer;
Id_VariantIDivision: Integer;
Id_VariantModulo: Integer;
Id_VariantLeftShift: Integer;
Id_VariantRightShift: Integer;
Id_VariantAnd: Integer;
Id_VariantOr: Integer;
Id_VariantXor: Integer;
Id_VariantLessThan: Integer;
Id_VariantLessThanOrEqual: Integer;
Id_VariantGreaterThan: Integer;
Id_VariantGreaterThanOrEqual: Integer;
Id_VariantEquality: Integer;
Id_VariantNotEquality: Integer;
Id_StructEquality: Integer;
Id_StructNotEquality: Integer;
Id_VariantNegation: Integer;
Id_VariantAbs: Integer;
Id_VariantNot: Integer;
Id_VarArrayGet1: Integer;
Id_VarArrayPut1: Integer;
Id_VarArrayGet2: Integer;
Id_VarArrayPut2: Integer;
Id_VarArrayGet3: Integer;
Id_VarArrayPut3: Integer;
Id_DynarrayClr: Integer;
Id_DynarrayAssign: Integer;
Id_CreateEmptyDynarray: Integer;
Id_DynarraySetLength: Integer;
Id_DynarraySetLength2: Integer;
Id_DynarraySetLength3: Integer;
Id_DynarrayHigh: Integer;
Id_DoubleMultiplication: Integer;
Id_DoubleDivision: Integer;
Id_DoubleAddition: Integer;
Id_DoubleSubtraction: Integer;
Id_DoubleNegation: Integer;
Id_OleVariantFromVariant: Integer;
Id_OleVariantFromPAnsiChar: Integer;
Id_OleVariantFromPWideChar: Integer;
Id_OleVariantFromAnsiString: Integer;
Id_OleVariantFromWideString: Integer;
Id_OleVariantFromUnicString: Integer;
Id_OleVariantFromShortString: Integer;
Id_OleVariantFromAnsiChar: Integer;
Id_OleVariantFromWideChar: Integer;
Id_OleVariantFromInt: Integer;
Id_OleVariantFromInt64: Integer;
Id_OleVariantFromByte: Integer;
Id_OleVariantFromBool: Integer;
Id_OleVariantFromWord: Integer;
Id_OleVariantFromCardinal: Integer;
Id_OleVariantFromSmallInt: Integer;
Id_OleVariantFromShortInt: Integer;
Id_OleVariantFromDouble: Integer;
Id_OleVariantFromCurrency: Integer;
Id_OleVariantFromSingle: Integer;
Id_OleVariantFromExtended: Integer;
Id_OleVariantFromInterface: Integer;
Id_GetComponent: Integer;
Id_SetInclude: Integer;
Id_SetIncludeInterval: Integer;
Id_SetExclude: Integer;
Id_SetUnion: Integer;
Id_SetDifference: Integer;
Id_SetIntersection: Integer;
Id_SetSubset: Integer;
Id_SetSuperset: Integer;
Id_SetEquality: Integer;
Id_SetInequality: Integer;
Id_SetMembership: Integer;
Id_ClassName: Integer;
Id_OnCreateObject: Integer;
Id_OnAfterObjectCreation: Integer;
Id_OnCreateHostObject: Integer;
Id_OnDestroyHostObject: Integer;
Id_BeforeCallHost: Integer;
Id_AfterCallHost: Integer;
Id_GetAnsiStrProp: Integer;
Id_SetAnsiStrProp: Integer;
Id_GetWideStrProp: Integer;
Id_SetWideStrProp: Integer;
Id_GetUnicStrProp: Integer;
Id_SetUnicStrProp: Integer;
Id_GetOrdProp: Integer;
Id_SetOrdProp: Integer;
Id_GetInterfaceProp: Integer;
Id_SetInterfaceProp: Integer;
Id_GetSetProp: Integer;
Id_SetSetProp: Integer;
Id_GetFloatProp: Integer;
Id_SetFloatProp: Integer;
Id_GetVariantProp: Integer;
Id_SetVariantProp: Integer;
Id_GetInt64Prop: Integer;
Id_SetInt64Prop: Integer;
Id_GetEventProp: Integer;
Id_SetEventProp: Integer;
Id_SetEventProp2: Integer;
Id_CreateMethod: Integer;
Id_CreateObject: Integer;
Id_TryOn: Integer;
Id_TryOff: Integer;
Id_Raise: Integer;
Id_Exit: Integer;
Id_Finally: Integer;
Id_CondRaise: Integer;
Id_BeginExceptBlock: Integer;
Id_EndExceptBlock: Integer;
Id_Pause: Integer;
Id_Halt: Integer;
Id_GetClassByIndex: Integer;
Id_CheckPause: Integer;
Id_InitSub: Integer;
Id_EndSub: Integer;
Id_IntOver: Integer;
Id_BoundError: Integer;
Id_AssignTVarRec: Integer;
Id_TObject_Destroy: Integer;
Id_ErrAbstract: Integer;
Id_RecordAssign: Integer;
Id_TObject_Free: Integer;
Id_TObject_GetInterface: Integer;
CURR_FMUL_ID: Integer;
Id_TDateTime: integer = 0;
H_TFW_Object: Integer = 0;
H_TFW_Boolean: Integer = 0;
H_TFW_ByteBool: Integer = 0;
H_TFW_WordBool: Integer = 0;
H_TFW_LongBool: Integer = 0;
H_TFW_Byte: Integer = 0;
H_TFW_SmallInt: Integer = 0;
H_TFW_ShortInt: Integer = 0;
H_TFW_Word: Integer = 0;
H_TFW_Cardinal: Integer = 0;
H_TFW_Double: Integer = 0;
H_TFW_Single: Integer = 0;
H_TFW_Extended: Integer = 0;
H_TFW_Currency: Integer = 0;
H_TFW_AnsiChar: Integer = 0;
H_TFW_WideChar: Integer = 0;
H_TFW_Integer: Integer = 0;
H_TFW_Int64: Integer = 0;
H_TFW_Variant: Integer = 0;
H_TFW_DateTime: Integer = 0;
H_TFW_AnsiString: Integer = 0;
H_TFW_UnicString: Integer = 0;
H_TFW_Array: Integer = 0;
FWArrayOffset: Integer = 0;
Id_FWArray_Create: Integer = 0;
Id_FWArray_GetLength: Integer = 0;
Id_ToFWObject: Integer = 0;
Id_PaxSEHHandler: Integer = 0;
Id_InitFWArray: Integer = 0;
{$IFDEF TRIAL}
var strShowTrial: array[0..10] of Char;
{$ENDIF}
GlobalSymbolTable: TBaseSymbolTable;
GlobalImportTable: TBaseSymbolTable;
GlobalExtraImportTableList: TExtraImportTableList;
List: TExtraImportTableList;
type
TMyInterfacedObject = class(TInterfacedObject);
procedure TMyInterfacedObject_AddRef(Self: TObject); stdcall;
procedure TMyInterfacedObject_Release(Self: TObject); stdcall;
{$IFNDEF PAXARM}
procedure _SetAnsiStrProp(PropInfo: PPropInfo; Instance: TObject;
const value: AnsiString); stdcall;
procedure _SetWideStrProp(PropInfo: PPropInfo; Instance: TObject;
const value: WideString); stdcall;
procedure _WideStringFromPWideChar(source: PWideChar; var dest: WideString); stdcall;
{$ENDIF}
procedure _SetUnicStrProp(PropInfo: PPropInfo; Instance: TObject;
const value: UnicString); stdcall;
procedure _DynarrayClr(var A: Pointer;
FinalTypeID, TypeID, ElSize,
FinalTypeID2, TypeID2, ElSize2: Integer); stdcall;
procedure _DynarrayAssign(var Source, Dest: Pointer;
FinalTypeID, TypeID, ElSize,
FinalTypeID2, TypeID2, ElSize2: Integer); stdcall;
procedure _DynarraySetLength(var A: Pointer; L: Integer;
ElFinalTypeID, ElTypeID, ElSize: Integer); stdcall;
procedure _DynarraySetLength2(var A: Pointer; L1, L2: Integer;
ElFinalTypeID, ElTypeID, ElSize: Integer); stdcall;
procedure _DynarraySetLength3(var A: Pointer; L1, L2, L3: Integer;
ElFinalTypeID, ElTypeID, ElSize: Integer); stdcall;
procedure _DynarrayClr1(var A: Pointer;
FinalTypeID, TypeID, ElSize: Integer); stdcall;
procedure _DynarrayClr2(var A: Pointer;
FinalTypeID, TypeID, ElSize: Integer); stdcall;
procedure _DynarrayClr3(var A: Pointer;
FinalTypeID, TypeID, ElSize: Integer); stdcall;
function _DynarrayLength(P: Pointer): Integer;
procedure _ClearTVarRec(var Dest: TVarRec);
procedure _SetVariantLength(var V: Variant; VType: Integer; L: Integer); stdcall;
procedure _SetVariantLength2(var V: Variant; VType: Integer; L1, L2: Integer); stdcall;
procedure _SetVariantLength3(var V: Variant; VType: Integer; L1, L2, L3: Integer); stdcall;
procedure AddStdRoutines(st: TBaseSymbolTable);
type
DynarrayPointer = array of Pointer;
var
Import_TValue: procedure(Level: Integer; st: TBaseSymbolTable) = nil;
procedure _InterfaceFromClass(Dest: PIUnknown;
GUID: PGUID;
SourceAddress: Pointer); stdcall;
procedure _InterfaceCast(Dest: PIUnknown;
GUID: PGUID;
Source: PIUnknown); stdcall;
function GetPaxInterface(Self: TObject; const GUID: TGUID; var obj: Pointer): Boolean;
function UpdateSet(const S: TByteSet; L: Integer): TByteSet;
procedure _PrintEx(PP: Pointer;
Address: Pointer;
Kind: Integer;
FT: Integer;
L1, L2: Integer); stdcall;
procedure _AssignTVarRec(P: Pointer;
Address: Pointer;
var Dest: TVarRec;
TypeID: Integer); stdcall;
function _LoadProc(Runner: Pointer;
ProcHandle: Integer;
ProcName: PChar;
DllName: PChar;
OverCount: Integer): Pointer; stdcall;
procedure _Halt(Runner: Pointer; ExitCode: Integer); stdcall;
procedure _AddMessage(Runner: Pointer; msg_id: Integer; FullName: PChar); stdcall;
procedure _OnAfterObjectCreation(Runner: Pointer; Instance: PObject); stdcall;
procedure _TypeInfo(Prog: Pointer; FullTypeName: PChar; var result: PTypeInfo); stdcall;
{$IFNDEF PAXARM}
function _InitInstance(Self: TClass; Instance: Pointer): TObject;
{$ENDIF}
procedure _ToParentClass2(Instance: TObject); stdcall;
procedure _UpdateInstance2(Instance: TObject; C: TClass); stdcall;
procedure _SetInclude(S: PByteSet; value: Integer); stdcall;
procedure _SetIncludeInterval(S: PByteSet; B1, B2: Integer); stdcall;
procedure _ShortStringAssign(const source: ShortString; Ldest: Integer; dest: PShortString);
stdcall;
procedure _CreateEmptyDynarray(var A: Pointer); stdcall;
procedure _GetComponent(X: TComponent; I: Integer; var Y: TComponent); stdcall;
function GetPointerType(T: Integer): Integer;
procedure FindAvailTypes;
implementation
uses
{$IFDEF DRTTI}
PAXCOMP_2010,
PAXCOMP_2010Reg,
{$ENDIF}
PAXCOMP_BASERUNNER,
PAXCOMP_JavaScript,
PAXCOMP_Basic,
PAXCOMP_GC,
PAXCOMP_FRAMEWORK,
PAXCOMP_TYPEINFO,
Math;
{$IFDEF TRIAL}
procedure ShowTrial;
var a: array[0..50] of ansichar;
b: array[0..20] of ansichar;
begin
a[00] := 'T';
a[01] := 'h';
a[02] := 'i';
a[03] := 's';
a[04] := ' ';
a[05] := 'i';
a[06] := 's';
a[07] := ' ';
a[08] := 'a';
a[09] := 'n';
a[10] := ' ';
a[11] := 'e';
a[12] := 'v';
a[13] := 'a';
a[14] := 'l';
a[15] := 'u';
a[16] := 'a';
a[17] := 't';
a[18] := 'i';
a[19] := 'o';
a[20] := 'n';
a[21] := ' ';
a[22] := 'c';
a[23] := 'o';
a[24] := 'p';
a[25] := 'y';
a[26] := ' ';
a[27] := 'o';
a[28] := 'f';
a[29] := ' ';
a[30] := 'p';
a[31] := 'a';
a[32] := 'x';
a[33] := 'C';
a[34] := 'o';
a[35] := 'm';
a[36] := 'p';
a[37] := 'i';
a[38] := 'l';
a[39] := 'e';
a[40] := 'r';
a[41] := '.';
a[42] := #0;
b[00] := 'p';
b[01] := 'a';
b[02] := 'x';
b[03] := 'C';
b[04] := 'o';
b[05] := 'm';
b[06] := 'p';
b[07] := 'i';
b[08] := 'l';
b[09] := 'e';
b[10] := 'r';
b[11] := #0;
{$IFDEF LINUX}
{$IFDEF FPC}
// I will give you a better call for FPC/LINUX //
{$ELSE}
Application.MessageBox(PChar(S), 'paxCompiler', [smbOK]);
{$ENDIF}
{$ELSE}
{$IFDEF UNIX}
Writeln('Error '+S);
{$ELSE}
MessageBox(GetActiveWindow(), PChar(String(a)), PChar(String(b)),
MB_ICONEXCLAMATION or MB_OK);
{$ENDIF}
{$ENDIF}
end;
{$ENDIF}
procedure _BeginSub;
begin
end;
procedure _Write;
begin
end;
procedure _Writeln;
begin
writeln;
end;
procedure _WriteBool(value: Boolean);
begin
write(value);
end;
procedure _WriteByteBool(value: ByteBool);
begin
write(value);
end;
procedure _WriteWordBool(value: WordBool);
begin
write(value);
end;
procedure _WriteLongBool(value: LongBool);
begin
write(value);
end;
{$IFDEF VARIANTS}
procedure _WriteWideChar(value: WideChar);
begin
write(value);
end;
{$ELSE}
procedure _WriteWideChar(value: WideChar);
var
S: AnsiString;
begin
S := value;
write(S);
end;
{$ENDIF}
procedure _WriteByte(value: Byte; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteWord(value: Word; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteCardinal(value: Cardinal; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteSmallInt(value: SmallInt; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteShortInt(value: ShortInt; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteInt(value: Integer; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteInt64(value: Int64; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteDouble(value: Double; L1, L2: Integer);
begin
if L1 > 0 then
begin
if L2 > 0 then
write(value:L1:L2)
else
write(value:L1);
end
else
write(value);
end;
procedure _WriteSingle(value: Single; L1, L2: Integer);
begin
if L1 > 0 then
begin
if L2 > 0 then
write(value:L1:L2)
else
write(value:L1);
end
else
write(value);
end;
procedure _WriteCurrency(value: Currency; L1, L2: Integer);
begin
if L1 > 0 then
begin
if L2 > 0 then
write(value:L1:L2)
else
write(value:L1);
end
else
write(value);
end;
procedure _WriteExtended(value: Extended; L1, L2: Integer);
begin
if L1 > 0 then
begin
if L2 > 0 then
write(value:L1:L2)
else
write(value:L1);
end
else
write(value);
end;
{$IFNDEF PAXARM}
procedure _WriteString(const value: AnsiString; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
procedure _WriteAnsiChar(value: AnsiChar);
begin
write(value);
end;
procedure _WriteShortString(const value: ShortString; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
{$ENDIF}
{$IFDEF VARIANTS}
{$IFNDEF PAXARM}
procedure _WriteWideString(const value: WideString; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
{$ENDIF}
{$ELSE}
procedure _WriteWideString(const value: WideString; L: Integer);
var
S: AnsiString;
begin
S := value;
if L = 0 then
write(S)
else
write(S:L);
end;
{$ENDIF}
{$IFDEF VARIANTS}
procedure _WriteUnicString(const value: UnicString; L: Integer);
begin
if L = 0 then
write(value)
else
write(value:L);
end;
{$ELSE}
procedure _WriteUnicString(const value: UnicString; L: Integer);
var
S: AnsiString;
begin
S := value;
if L = 0 then
write(S)
else
write(S:L);
end;
{$ENDIF}
procedure _WriteVariant(const value: Variant; L1, L2: Integer);
var
{$IFDEF PAXARM}
S: String;
{$ELSE}
{$IFDEF FPC}
S: String;
{$ELSE}
S: ShortString;
{$ENDIF}
{$ENDIF}
begin
if L1 > 0 then
begin
{$IFDEF PAXARM}
S := VarToStr(value);
{$ELSE}
{$IFDEF FPC}
S := VarToStr(value);
{$ELSE}
if L2 > 0 then
STR(value:L1:L2, S)
else
STR(value:L1, S);
write(S);
{$ENDIF}
{$ENDIF}
end
else
begin
if VarType(value) = varEmpty then
write('undefined')
else
write(VarToStr(value));
end;
end;
procedure _WriteObject(const value: TObject);
begin
write('[' + value.ClassName + ']');
end;
{$IFDEF DRTTI}
function CheckField(t: TRTTIType; f: TRTTIField): Boolean;
begin
result := false;
if not CheckType(f.FieldType) then
Exit;
if f.Parent <> t then
Exit;
result := true;
end;
{$ENDIF}
type
TStdPrintHandler = class
public
S: String;
procedure DoPrintClassTypeField(Sender: TObject;
const Infos: TPrintClassTypeFieldInfo);
procedure DoPrintClassTypeProp(Sender: TObject;
const Infos: TPrintClassTypePropInfo);
end;
procedure TStdPrintHandler.DoPrintClassTypeField(Sender: TObject;
const Infos: TPrintClassTypeFieldInfo);
begin
if Infos.FieldIndex = 0 then
begin
if Infos.Started then
S := '('
else
S := S + '(';
end;
S := S + Infos.FieldName;
S := S + ': ';
S := S + ScalarValueToString(Infos.Address, Infos.TypeId);
if Infos.FieldIndex = Infos.FieldCount - 1 then
begin
S := S + ')';
if Infos.Finished then
Exit;
end
else
S := S + '; ';
end;
procedure TStdPrintHandler.DoPrintClassTypeProp(Sender: TObject;
const Infos: TPrintClassTypePropInfo);
begin
if Infos.PropIndex = 0 then
begin
if Infos.Started then
S := '('
else
S := S + '(';
end;
S := S + Infos.PropName;
S := S + ': ';
S := S + Infos.StrValue;
if Infos.PropIndex = Infos.PropCount - 1 then
begin
S := S + ')';
if Infos.Finished then
Exit;
end
else
S := S + '; ';
end;
procedure _PrintEx(PP: Pointer;
Address: Pointer;
Kind: Integer;
FT: Integer;
L1, L2: Integer); stdcall;
var
S: String;
{$IFDEF PAXARM}
SS: String;
type ShortString = string;
var
{$ELSE}
SS: ShortString;
{$ENDIF}
{$IFDEF DRTTI}
ClassTypeInfoContainer: TClassTypeInfoContainer;
ClassTypeDataContainer: TClassTypeDataContainer;
FieldInfos: TPrintClassTypeFieldInfo;
PropInfos: TPrintClassTypePropInfo;
f: TRTTIField;
t: TRTTIType;
K: Integer;
ptd: PTypeData;
I: Integer;
pti: PTypeInfo;
nProps: Integer;
pProps: PPropList;
ppi: PPropInfo;
{$ENDIF}
X: TObject;
P: TBaseRunner;
label
ByRef;
begin
P := TBaseRunner(PP);
if Assigned(P) then
if Assigned(P.OnPrintEx) then
begin
P.OnPrintEx(P.Owner, Address, Kind, FT, L1, L2);
Exit;
end;
try
if Kind = KindCONST then
begin
{$IFNDEF PAXARM}
if FT = typeANSICHAR then
begin
S := String(AnsiChar(Byte(Address)));
end
else
{$ENDIF}
if FT = typeWIDECHAR then
begin
S := String(WideChar(Word(Address)));
end
else if FT in UnsignedIntegerTypes then
begin
if L1 > 0 then
STR(Cardinal(Address):L1, SS)
else
STR(Cardinal(Address), SS);
S := String(SS);
end
else if FT in OrdinalTypes then
begin
if L1 > 0 then
STR(Integer(Address):L1, SS)
else
STR(Integer(Address), SS);
S := String(SS);
end
{$IFNDEF PAXARM}
else if FT = typePANSICHAR then
begin
S := String(StrPas(PAnsiChar(Address)));
end
{$ENDIF}
else if FT = typePWIDECHAR then
begin
S := String(UnicString(PWideChar(Address)));
end
else
goto ByRef;
end
else // Kind = KindVAR
begin
ByRef:
case FT of
typeBOOLEAN: if Boolean(Address^) then
S := 'true'
else
S := 'false';
typeBYTE, typeENUM:
begin
if L1 > 0 then
STR(Byte(Address^):L1, SS)
else
STR(Byte(Address^), SS);
S := String(SS);
end;
{$IFNDEF PAXARM}
typeANSICHAR: S := String(AnsiChar(Address^));
typeANSISTRING:
begin
S := String(AnsiString(Address^));
while Length(S) < L1 do
S := S + ' ';
end;
{$ENDIF}
typeUNICSTRING:
begin
S := String(UnicString(Address^));
while Length(S) < L1 do
S := S + ' ';
end;
{$IFNDEF PAXARM}
typePANSICHAR:
S := String(StrPas(PAnsiChar(Address^)));
{$ENDIF}
typePWIDECHAR:
S := String(PWideChar(Address^));
typeWORD:
begin
if L1 > 0 then
STR(Word(Address^):L1, SS)
else
STR(Word(Address^), SS);
S := String(SS);
end;
typeINTEGER:
begin
if L1 > 0 then
STR(Integer(Address^):L1, SS)
else
STR(Integer(Address^), SS);
S := String(SS);
end;
typeDOUBLE:
begin
if (L1 > 0) and (L2 > 0) then
STR(Double(Address^):L1:L2, SS)
else if L1 > 0 then
STR(Double(Address^):L1, SS)
else
STR(Double(Address^), SS);
S := String(SS);
end;
typePOINTER: S := String(Format('%x', [Cardinal(Address^)]));
typeRECORD: S := '[record]';
typeARRAY: S := '[array]';
typePROC: S := '[proc]';
typeSET: S := '[set]';
{$IFNDEF PAXARM}
typeSHORTSTRING:
begin
S := String(ShortString(Address^));
while Length(S) < L1 do
S := S + ' ';
end;
{$ENDIF}
typeSINGLE:
begin
if (L1 > 0) and (L2 > 0) then
STR(Single(Address^):L1:L2, SS)
else if L1 > 0 then
STR(Single(Address^):L1, SS)
else
STR(Single(Address^), SS);
S := String(SS);
end;
typeEXTENDED:
begin
if (L1 > 0) and (L2 > 0) then
begin
STR(Extended(Address^):L1:L2, SS);
end
else if L1 > 0 then
begin
STR(Extended(Address^):L1, SS);
end
else
SS := ShortString(FloatToStr(Extended(Address^)));
S := String(SS);
end;
typeCLASS:
if Integer(Address^) = 0 then
S := 'nil'
else if TObject(Address^).InheritsFrom(TFW_Object) then
begin
S := TFW_Object(Address^)._ToString;
end
else
begin
X := TObject(Address^);
{$IFDEF DRTTI}
ClassTypeInfoContainer :=
GetClassTypeInfoContainer(X);
if ClassTypeInfoContainer <> nil then
begin
try
ClassTypeDataContainer :=
ClassTypeInfoContainer.TypeDataContainer as
TClassTypeDataContainer;
with ClassTypeDataContainer.FieldListContainer do
for I := 0 to Count - 1 do
begin
Address := ShiftPointer(Pointer(X),
Records[I].Offset);
if Records[I].FinalFieldTypeId = typeCLASS then
begin
_PrintEx(P, Address, KindTYPE_FIELD,
Records[I].FinalFieldTypeId, 0, 0);
end
else
begin
FieldInfos.Host := false;
FieldInfos.Started := false;
FieldInfos.Finished := false;
if I = 0 then
if Kind = KindVAR then
FieldInfos.Started := true;
FieldInfos.Owner := X;
FieldInfos.FieldIndex := I;
FieldInfos.FieldCount := Count;
FieldInfos.Address := Address;
FieldInfos.FieldName := StringFromPShortString(@Records[I].Name);
FieldInfos.TypeId := Records[I].FinalFieldTypeId;
FieldInfos.Visibility := GetVisibility(Records[I].Vis);
if I = Count - 1 then
FieldInfos.Finished := true;
if Assigned(P) then
if Assigned(P.OnPrintClassTypeField) then
begin
P.OnPrintClassTypeField(P.Owner, FieldInfos);
end;
end;
end;
with ClassTypeDataContainer.AnotherFieldListContainer do
for I := 0 to Count - 1 do
begin
Address := ShiftPointer(Pointer(X),
Records[I].Offset);
if Records[I].FinalFieldTypeId = typeCLASS then
begin
_PrintEx(P, Address, KindTYPE_FIELD,
Records[I].FinalFieldTypeId, 0, 0);
end
else
begin
FieldInfos.Host := false;
FieldInfos.Started := false;
FieldInfos.Finished := false;
if I = 0 then
if Kind = KindVAR then
FieldInfos.Started := true;
FieldInfos.Owner := X;
FieldInfos.FieldIndex := I;
FieldInfos.FieldCount := Count;
FieldInfos.Address := Address;
FieldInfos.FieldName := StringFromPShortString(@Records[I].Name);
FieldInfos.TypeId := Records[I].FinalFieldTypeId;
FieldInfos.Visibility := GetVisibility(Records[I].Vis);
if I = Count - 1 then
FieldInfos.Finished := true;
if Assigned(P) then
if Assigned(P.OnPrintClassTypeField) then
begin
P.OnPrintClassTypeField(P.Owner, FieldInfos);
end;
end;
end;
// published properties
pti := X.ClassInfo;
if pti <> nil then
begin
ptd := GetTypeData(pti);
nProps := ptd^.PropCount;
GetMem(pProps, SizeOf(PPropInfo) * nProps);
try
GetPropInfos(pti, pProps);
for I:=0 to nProps - 1 do
begin
{$ifdef fpc}
ppi := pProps^[I];
{$else}
ppi := pProps[I];
{$endif}
case ppi^.PropType^.Kind of
tkClass:
begin
IntPax(X) := GetOrdProp(X, ppi);
_PrintEx(P, @X, KindTYPE_FIELD,
typeCLASS, 0, 0);
end;
else
begin
PropInfos.Host := false;
PropInfos.Started := false;
PropInfos.Finished := false;
if I = 0 then
if Kind = KindVAR then
PropInfos.Started := true;
PropInfos.Owner := X;
PropInfos.PropIndex := I;
PropInfos.PropCount := nProps;
PropInfos.StrValue :=
VarToStr(GetPropValue(X, ppi));
PropInfos.PropName := StringFromPShortString(@ppi^.Name);
PropInfos.Visibility := mvPublished;
if I = nProps - 1 then
PropInfos.Finished := true;
if Assigned(P) then
if Assigned(P.OnPrintClassTypeProp) then
begin
P.OnPrintClassTypeProp(P.Owner, PropInfos);
end;
end;
end;
end;
finally
FreeMem(pProps, SizeOf(PPropInfo) * nProps);
end;
end;
finally
FreeAndNil(ClassTypeInfoContainer);
end;
end
else // this is an object of host-defined class.
begin
t := PaxContext.GetType(X.ClassType);
K := 0;
for f in t.GetFields do
if CheckField(t, f) then
Inc(K);
I := 0;
for f in t.GetFields do
if CheckField(t, f) then
begin
Inc(I);
Address := ShiftPointer(Pointer(X),
f.Offset);
if f.FieldType is TRTTIRecordType then
begin
_PrintEx(P, Address, KindTYPE_FIELD,
typeRECORD, 0, 0);
end
else if f.FieldType is TRTTIInstanceType then
begin
_PrintEx(P, Address, KindTYPE_FIELD,
typeCLASS, 0, 0);
end
else
begin
FieldInfos.Host := true;
FieldInfos.Started := false;
FieldInfos.Finished := false;
if I = 0 then
if Kind = KindVAR then
FieldInfos.Started := true;
FieldInfos.Owner := X;
FieldInfos.FieldIndex := I;
FieldInfos.FieldCount := K;
FieldInfos.Address := Address;
FieldInfos.FieldName := f.Name;
FieldInfos.FieldTypeName := f.FieldType.Name;
FieldInfos.TypeId := PtiToFinType(f.FieldType.Handle);
FieldInfos.Visibility := f.Visibility;
if I = K - 1 then
FieldInfos.Finished := true;
if Assigned(P) then
if Assigned(P.OnPrintClassTypeField) then
begin
P.OnPrintClassTypeField(P.Owner, FieldInfos);
end;
end;
end;
end;
{$ELSE}
S := '[Object: ' + X.ClassName + ']';
{$ENDIF}
end;
typeCLASSREF:
if Integer(Address^) = 0 then
S := 'nil'
else
S := '[Class ref: ' + TClass(Address^).ClassName + ']';
typeWIDECHAR: S := WideChar(Address^);
{$IFNDEF PAXARM}
typeWIDESTRING: S := WideString(Address^);
{$ENDIF}
typeVARIANT, typeOLEVARIANT:
begin
if TVarData(Variant(Address^)).VType = varDispatch then
S := '[dispatch]'
else
if (L1 > 0) and (L2 > 0) then
begin
{$IFDEF FPC}
S := VarToStr(Variant(Address^));
{$ELSE}
STR(Variant(Address^):L1:L2, SS);
S := String(SS);
{$ENDIF}
end
else if L1 > 0 then
begin
{$IFDEF FPC}
S := VarToStr(Variant(Address^));
{$ELSE}
STR(Variant(Address^):L1, SS);
S := String(SS);
{$ENDIF}
end
else
S := VarToStr(Variant(Address^));
end;
typeDYNARRAY: S := '[dynarray]';
typeINT64:
begin
if L1 > 0 then
STR(Int64(Address^):L1, SS)
else
STR(Int64(Address^), SS);
S := String(SS);
end;
typeUINT64:
begin
if L1 > 0 then
STR(UInt64(Address^):L1, SS)
else
STR(UInt64(Address^), SS);
S := String(SS);
end;
typeINTERFACE: S := '[interface]';
typeCARDINAL:
begin
if L1 > 0 then
STR(Cardinal(Address^):L1, SS)
else
STR(Cardinal(Address^), SS);
S := String(SS);
end;
typeEVENT: S := '[event]';
typeCURRENCY:
begin
if (L1 > 0) and (L2 > 0) then
STR(Currency(Address^):L1:L2, SS)
else if L1 > 0 then
STR(Currency(Address^):L1, SS)
else
STR(Currency(Address^), SS);
S := String(SS);
end;
typeSMALLINT:
begin
if L1 > 0 then
STR(SmallInt(Address^):L1, SS)
else
STR(SmallInt(Address^), SS);
S := String(SS);
end;
typeSHORTINT:
begin
if L1 > 0 then
STR(ShortInt(Address^):L1, SS)
else
STR(ShortInt(Address^), SS);
S := String(SS);
end;
typeWORDBOOL: if WordBool(Address^) then
S := 'true'
else
S := 'false';
typeLONGBOOL: if LongBool(Address^) then
S := 'true'
else
S := 'false';
typeBYTEBOOL: if ByteBool(Address^) then
S := 'true'
else
S := 'false';
else
S := '';
end;
end;
except
on E: Exception do
begin
S := E.Message;
raise;
end;
end;
if Assigned(P) then
if Assigned(P.OnPrint) then
begin
P.OnPrint(P.Owner, S);
Exit;
end;
{$IFDEF CONSOLE}
write(S);
Exit;
{$ELSE}
{$IFDEF PAXARM}
{$IFDEF PAXARM_DEVICE}
ShowMessage(S);
{$ELSE}
ShowMessage(S);
{$ENDIF}
{$ELSE}
{$IFDEF LINUX}
ShowMessage(S);
{$ELSE}
{$IFDEF MACOS32}
ShowMessage(S);
{$ELSE}
MessageBox(GetActiveWindow(), PChar(String(S)), PChar('paxCompiler'), MB_ICONEXCLAMATION or MB_OK);
{$ENDIF}
{$ENDIF}
{$ENDIF}
{$ENDIF}
end;
procedure _GetMem(var P: Pointer; Size: Integer);
begin
GetMem(P, Size);
end;
procedure _FreeMem(P: Pointer; Size: Integer);
begin
FreeMem(P, Size);
end;
// -------- ORDINAL FUNCTIONS --------------------------------------------------
function _Odd(X: Integer): Boolean;
begin
result := Odd(X);
end;
//--------- SET ROUTINES ------------------------------------------------------
type
TSetBytes = array[1..SizeOf(TByteSet)] of Byte;
function UpdateSet(const S: TByteSet; L: Integer): TByteSet;
var
I: Integer;
begin
FillChar(result, SizeOf(result), 0);
for I := 1 to L do
TSetBytes(result)[I] := TSetBytes(S)[I];
end;
procedure _SetInclude(S: PByteSet; value: Integer); stdcall;
begin
if (value < 0) or (value > 255) then
raise Exception.Create(errInvalidSet);
Include(S^, value);
end;
procedure _SetIncludeInterval(S: PByteSet; B1, B2: Integer); stdcall;
var
value: Integer;
begin
if (B1 < 0) or (B1 > 255) then
raise Exception.Create(errInvalidSet);
if (B2 < 0) or (B2 > 255) then
raise Exception.Create(errInvalidSet);
for value:=B1 to B2 do
Include(S^, value);
end;
procedure _SetExclude(var S: TByteSet; value: Integer); stdcall;
begin
if (value < 0) or (value > 255) then
raise Exception.Create(errInvalidSet);
Exclude(S, value);
end;
procedure _SetUnion(var S1: TByteSet; var S2: TByteSet;
var R: TByteSet;
SZ1, SZ2: Integer); stdcall;
var
L: Integer;
Res: TByteSet;
begin
if SZ2 < SZ1 then
L := SZ2
else
L := SZ1;
Res := UpdateSet(S1, L) + UpdateSet(S2, L);
Move(Res, R, L);
end;
procedure _SetDifference(var S1: TByteSet; var S2: TByteSet;
var R: TByteSet;
SZ1, SZ2: Integer); stdcall;
var
L: Integer;
Res: TByteSet;
begin
if SZ2 < SZ1 then
L := SZ2
else
L := SZ1;
Res := UpdateSet(S1, L) - UpdateSet(S2, L);
Move(Res, R, L);
end;
procedure _SetIntersection(var S1: TByteSet; var S2: TByteSet;
var R: TByteSet;
SZ1, SZ2: Integer); stdcall;
var
L: Integer;
Res: TByteSet;
begin
if SZ2 < SZ1 then
L := SZ2
else
L := SZ1;
Res := UpdateSet(S1, L) * UpdateSet(S2, L);
Move(Res, R, L);
end;
function _SetSubset(var S1: TByteSet; var S2: TByteSet;
SZ1, SZ2: Integer): Boolean; stdcall;
var
L: Integer;
begin
if SZ2 < SZ1 then
L := SZ2
else
L := SZ1;
result := UpdateSet(S1, L) <= UpdateSet(S2, L);
end;
function _SetSuperset(var S1: TByteSet; var S2: TByteSet;
SZ1, SZ2: Integer): Boolean; stdcall;
var
L: Integer;
begin
if SZ2 < SZ1 then
L := SZ2
else
L := SZ1;
result := UpdateSet(S1, L) >= UpdateSet(S2, L);
end;
function _SetEquality(const S1: TByteSet; const S2: TByteSet;
SZ1, SZ2: Integer): Boolean; stdcall;
var
L, I: Integer;
begin
if SZ2 < SZ1 then
L := SZ2
else
L := SZ1;
result := true;
for I := 1 to L do
if TSetBytes(S1)[I] <> TSetBytes(S2)[I] then
begin
result := false;
Exit;
end;
end;
function _SetInequality(const S1: TByteSet; const S2: TByteSet;
SZ1, SZ2: Integer): Boolean; stdcall;
var
L, I: Integer;
begin
if SZ2 < SZ1 then
L := SZ2
else
L := SZ1;
result := false;
for I := 1 to L do
if TSetBytes(S1)[I] <> TSetBytes(S2)[I] then
begin
result := true;
Exit;
end;
end;
function _SetMembership(value: Integer; var S: TByteSet): Boolean; stdcall;
begin
result := value in S;
end;
//--------- AnsiString ROUTINES ----------------------------------------------------
type
PStringRec = ^TStringRec;
TStringRec = packed record
RefCount: Longint;
Length: Longint;
end;
{$IFNDEF PAXARM}
{$IFDEF MACOS32}
procedure _DecStringCounter(var S: AnsiString);
var
P: PStringRec;
D: Pointer;
begin
D := Pointer(S);
if D <> nil then
begin
P := PStringRec(Integer(D) - sizeof(TStringRec));
if P^.RefCount > 0 then
begin
Dec(P^.RefCount);
if P^.refCount = 0 then
FreeMem(P);
end;
end;
end;
{$ELSE}
procedure _DecStringCounter(var S: AnsiString);
var
P: PStringRec;
D: Pointer;
begin
D := Pointer(S);
if D <> nil then
begin
P := PStringRec(Integer(D) - sizeof(TStringRec));
if P^.RefCount > 0 then
if InterlockedDecrement(P^.refCount) = 0 then
FreeMem(P);
end;
end;
{$ENDIF}
{$ENDIF}
{$IFNDEF PAXARM}
{$IFDEF MACOS32}
procedure _IncStringCounter(var S: AnsiString);
var
P: PStringRec;
D: Pointer;
begin
D := Pointer(S);
if D <> nil then
begin
P := PStringRec(Integer(D) - sizeof(TStringRec));
Inc(P^.RefCount);
end;
end;
{$ELSE}
procedure _IncStringCounter(var S: AnsiString);
var
P: PStringRec;
D: Pointer;
begin
D := Pointer(S);
if D <> nil then
begin
P := PStringRec(Integer(D) - sizeof(TStringRec));
InterlockedIncrement(P^.refCount);
end;
end;
{$ENDIF}
{$ENDIF}
procedure _LoadClassRef(P: TBaseRunner;
C: TClass); stdcall;
begin
P.GetRootProg.PassedClassRef := C;
end;
function _LoadProc(Runner: Pointer;
ProcHandle: Integer;
ProcName: PChar;
DllName: PChar;
OverCount: Integer): Pointer; stdcall;
var
H: THandle;
Address: Pointer;
I: Integer;
Ext: String;
MR: TMapRec;
AClassName: String;
C: TClass;
VarName: String;
S, S1, S2: String;
Offset: Integer;
MapFieldRec: TMapFieldRec;
P: TBaseRunner;
label
ProcessDll;
begin
P := TBaseRunner(Runner);
Address := nil;
result := nil;
Ext := ExtractFileExt(DllName);
if StrEql(Ext, '.' + PCU_FILE_EXT) then
begin
if Assigned(P.PausedPCU) then
Address := P.PausedPCU.LoadAddressEx(
DllName, ProcName, true, OverCount, MR, result)
else
Address := P.LoadAddressEx(
DllName, ProcName, true, OverCount, MR, result);
if Address = nil then
begin
if MR <> nil then
if MR.SubDesc.DllName <> '' then
begin
DllName := PChar(MR.SubDesc.DllName);
ProcName := PChar(MR.SubDesc.AliasName);
goto ProcessDll;
end;
raise Exception.Create(Format(errProcNotFoundInPCU,
[String(ProcName), String(DllName)]));
end;
P.SetAddress(ProcHandle, Address);
if (PosCh('.', ProcName) > 0) and (result <> nil) then
begin
AClassName := ExtractOwner(DllName) + '.' + ExtractOwner(ProcName);
Address := TBaseRunner(result).GetAddress(AClassName, MR);
if Address <> nil then
C := TClass(Address^)
else
Exit;
if C = nil then
Exit;
Address := P.GetAddress(AClassName, MR);
if Address <> nil then
Pointer(Address^) := C;
end;
Exit;
end
else if (StrEql(Ext, '.' + PRM_FILE_EXT) or StrEql(Ext, '.' + PRR_FILE_EXT))
and
(not StrEql(ProcName, 'Self')) then
begin
VarName := ProcName;
S := ExtractFullOwner(DllName);
S1 := ExtractOwner(S) + '.' + PCU_FILE_EXT;
S2 := ExtractFullName(S);
Address := P.PausedPCU.LoadAddressEx(
S1, S2, true, OverCount, MR, result);
if MR <> nil then
begin
I := MR.SubDesc.ParamList.IndexOf(VarName);
if I >= 0 then
begin
Offset := MR.SubDesc.ParamList[I].ParamOffset;
Address := P.PausedPCU.GetParamAddress(Offset);
if StrEql(Ext, '.' + PRR_FILE_EXT) then
Address := Pointer(Address^);
P.SetAddress(ProcHandle, Address);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
Exit;
end
else if StrEql(Ext, '.' + LOC_FILE_EXT) or
StrEql(Ext, '.' + LOR_FILE_EXT) then
begin
VarName := ProcName;
S := ExtractFullOwner(DllName);
S1 := ExtractOwner(S) + '.' + PCU_FILE_EXT;
S2 := ExtractFullName(S);
Address := P.PausedPCU.LoadAddressEx(
S1, S2, true, OverCount, MR, result);
if MR <> nil then
begin
I := MR.SubDesc.LocalVarList.IndexOf(VarName);
if I >= 0 then
begin
Offset := MR.SubDesc.LocalVarList[I].LocalVarOffset;
Address := P.PausedPCU.GetLocalAddress(Offset);
if StrEql(Ext, '.' + LOR_FILE_EXT) then
Address := Pointer(Address^);
P.SetAddress(ProcHandle, Address);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
Exit;
end
else if StrEql(Ext, '.' + SLF_FILE_EXT) then
begin
VarName := ProcName;
S := ExtractFullOwner(DllName);
S1 := ExtractOwner(S) + '.' + PCU_FILE_EXT;
S2 := ExtractFullName(S);
Address := P.PausedPCU.LoadAddressEx(
S1, S2, true, OverCount, MR, result);
if MR <> nil then
begin
Offset := MR.SubDesc.SelfOffset;
Address := P.PausedPCU.GetLocalAddress(Offset);
P.SetAddress(ProcHandle, Address);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
Exit;
end
else if StrEql(Ext, '.' + FLD_FILE_EXT) then
begin
VarName := ProcName;
S := ExtractFullOwner(DllName);
S1 := ExtractOwner(S) + '.' + PCU_FILE_EXT;
S2 := ExtractFullName(S);
Address := P.PausedPCU.LoadAddressEx(
S1, S2, true, OverCount, MR, result);
if MR <> nil then
begin
Offset := MR.SubDesc.SelfOffset;
Address := P.PausedPCU.GetLocalAddress(Offset);
if Address <> nil then
begin
MR := TBaseRunner(result).ScriptMapTable.LookupType(
ExtractFullOwner(S));
if MR <> nil then
begin
MapFieldRec := MR.FieldList.Lookup(VarName);
if MapFieldRec <> nil then
begin
Address := ShiftPointer(Pointer(Address^), MapFieldRec.FieldOffset);
P.SetAddress(ProcHandle, Address);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
end
else
P.RaiseError(errEntryPointNotFoundInPCU, [S2, S1]);
end;
Exit;
end;
ProcessDll:
if Assigned(P.OnLoadProc) then
begin
P.OnLoadProc(P.Owner, ProcName, DllName, Address);
if Address <> nil then
begin
P.SetAddress(ProcHandle, Address);
Exit;
end;
end;
I := P.DllList.IndexOf(DllName);
if I = - 1 then
begin
{$IFDEF LINUX}
H := HMODULE(dynlibs.LoadLibrary(DLLName));
Address := dynlibs.GetProcedureAddress(H, ProcName);
{$ELSE}
H := LoadLibrary(DllName);
Address := GetProcAddress(H, ProcName);
{$ENDIF}
if Address <> nil then
P.DllList.AddObject(DllName, TObject(H));
end
else
begin
H := Cardinal(P.DllList.Objects[I]);
{$IFDEF LINUX}
Address := dynlibs.GetProcedureAddress(H, ProcName);
{$ELSE}
Address := GetProcAddress(H, PChar(ProcName));
{$ENDIF}
end;
if H = 0 then
raise Exception.Create(Format(errDllNotFound, [String(DllName)]));
if Address = nil then
raise Exception.Create(Format(errProcNotFound,
[String(ProcName), String(DllName)]));
P.SetAddress(ProcHandle, Address);
end;
{$IFNDEF PAXARM}
procedure _AnsiStringFromPAnsiChar(source: PAnsiChar; var dest: AnsiString); stdcall;
begin
dest := source;
end;
procedure _AnsiStringFromPWideChar(source: PWideChar;
var dest: AnsiString); stdcall;
begin
dest := AnsiString(WideString(source));
end;
procedure _AnsiStringFromAnsiChar(source: AnsiChar; var dest: AnsiString); stdcall;
begin
dest := source;
end;
procedure _WideStringFromAnsiChar(source: AnsiChar; var dest: WideString); stdcall;
begin
dest := WideString(source);
end;
procedure _UnicStringFromAnsiChar(source: AnsiChar; var dest: UnicString); stdcall;
begin
dest := UnicString(source);
end;
procedure _WideStringFromShortString(var Dest: WideString; Source: ShortString);
stdcall;
begin
Dest := WideString(Source);
end;
procedure _ShortStringFromAnsiString(var Dest: ShortString; L: Integer; var Source: AnsiString);
stdcall;
begin
Dest := Copy(Source, 1, L);
end;
procedure _ShortStringFromWideString(var Dest: ShortString; L: Integer; var Source: WideString);
stdcall;
begin
Dest := ShortString(Copy(Source, 1, L));
end;
procedure _ShortStringFromPWideChar(var Dest: ShortString; L: Integer; Source: PWideChar);
stdcall;
begin
Dest := ShortString(Copy(WideString(Source), 1, L));
end;
procedure _ShortStringFromUnicString(var Dest: ShortString; L: Integer; var Source: UnicString);
stdcall;
begin
Dest := ShortString(Copy(Source, 1, L));
end;
procedure _AnsiStringFromShortString(var Dest: AnsiString; Source: ShortString); stdcall;
begin
Dest := Source;
end;
procedure _UnicStringFromShortString(var Dest: UnicString; Source: ShortString);
stdcall;
begin
Dest := UnicString(Source);
end;
procedure _AnsiStringFromWideString(var Dest: AnsiString; var Source: WideString);
stdcall;
begin
Dest := AnsiString(Source);
end;
procedure _AnsiStringFromUnicString(var Dest: AnsiString; var Source: UnicString);
stdcall;
begin
Dest := AnsiString(Source);
end;
procedure _WideStringFromAnsiString(var Dest: WideString; var Source: AnsiString);
stdcall;
begin
Dest := WideString(Source);
end;
procedure _UnicStringFromAnsiString(var Dest: UnicString; var Source: AnsiString);
stdcall;
begin
Dest := UnicString(Source);
end;
procedure _AnsiStringAddition(var s1: AnsiString; var s2: AnsiString; var dest: AnsiString);
stdcall;
begin
dest := s1 + s2;
end;
procedure _ShortStringAddition(var s1, s2, dest: ShortString);
stdcall;
begin
dest := s1 + s2;
end;
procedure _AnsiStringEquality(var s1: AnsiString; var s2: AnsiString; var dest: Boolean);
stdcall;
begin
dest := s1 = s2;
end;
procedure _AnsiStringNotEquality(var s1: AnsiString; var s2: AnsiString; var dest: Boolean);
stdcall;
begin
dest := s1 <> s2;
end;
procedure _ShortStringEquality(const s1: ShortString; const s2: ShortString;
var dest: Boolean); stdcall;
begin
dest := s1 = s2;
end;
procedure _ShortStringNotEquality(const s1: ShortString; const s2: ShortString;
var dest: Boolean); stdcall;
begin
dest := s1 <> s2;
end;
procedure _AnsiStringGreaterThan(var s1: AnsiString; var s2: AnsiString; var dest: Boolean);
stdcall;
begin
dest := s1 > s2;
end;
procedure _AnsiStringGreaterThanOrEqual(var s1: AnsiString; var s2: AnsiString;
var dest: Boolean); stdcall;
begin
dest := s1 >= s2;
end;
procedure _AnsiStringLessThan(var s1: AnsiString; var s2: AnsiString; var dest: Boolean);
stdcall;
begin
dest := s1 < s2;
end;
procedure _AnsiStringLessThanOrEqual(var s1: AnsiString; var s2: AnsiString;
var dest: Boolean); stdcall;
begin
dest := s1 <= s2;
end;
procedure _ShortStringGreaterThan(const s1: ShortString; const s2: ShortString;
var dest: Boolean);
stdcall;
begin
dest := s1 > s2;
end;
procedure _ShortStringGreaterThanOrEqual(const s1: ShortString;
const s2: ShortString; var dest: Boolean); stdcall;
begin
dest := s1 >= s2;
end;
procedure _ShortStringLessThan(const s1: ShortString; const s2: ShortString;
var dest: Boolean); stdcall;
begin
dest := s1 < s2;
end;
procedure _ShortStringLessThanOrEqual(const s1: ShortString; const s2: ShortString;
var dest: Boolean); stdcall;
begin
dest := s1 <= s2;
end;
procedure _SetShortStringLength(var S: ShortString; L: Integer); stdcall;
begin
SetLength(S, L);
end;
procedure _SetWideStringLength(var S: WideString; L: Integer); stdcall;
begin
SetLength(S, L);
end;
procedure _WideStringFromPAnsiChar(source: PAnsiChar; var dest: WideString); stdcall;
begin
dest := WideString(AnsiString(source));
end;
procedure _UnicStringFromPAnsiChar(source: PAnsiChar; var dest: UnicString); stdcall;
begin
dest := String(AnsiString(source));
end;
procedure _WideStringFromPWideChar(source: PWideChar; var dest: WideString); stdcall;
begin
dest := WideString(source);
end;
procedure _WideStringFromWideChar(source: WideChar; var dest: WideString);
stdcall;
begin
dest := source;
end;
procedure _AnsiStringFromWideChar(source: WideChar; var dest: AnsiString);
stdcall;
begin
dest := AnsiString(source);
end;
procedure _AnsiStringAssign(var dest: AnsiString; var source: AnsiString); stdcall;
begin
dest := source;
end;
procedure _UnicStringFromWideString(var Dest: UnicString; var Source: WideString); stdcall;
begin
Dest := Source;
end;
procedure _WideStringFromUnicString(var Dest: WideString; var Source: UnicString);
stdcall;
begin
Dest := Source;
end;
procedure _WideStringAssign(var dest: WideString; var source: WideString);
stdcall;
begin
dest := source;
end;
procedure _WideStringAddition(var s1: WideString; var s2: WideString;
var dest: WideString); stdcall;
begin
dest := s1 + s2;
end;
procedure _WideStringEquality(var s1: WideString; var s2: WideString;
var dest: Boolean); stdcall;
begin
dest := s1 = s2;
end;
procedure _WideStringNotEquality(var s1: WideString; var s2: WideString;
var dest: Boolean); stdcall;
begin
dest := s1 <> s2;
end;
function _Copy(const S: AnsiString; Index, Count:Integer): AnsiString;
begin
result := Copy(S, Index, Count);
end;
procedure _Insert(Source: AnsiString; var S: AnsiString; Index: Integer);
begin
Insert(Source, S, Index);
end;
function _PosString(const Substr: AnsiString; const S: AnsiString): Integer;
begin
result := Pos(Substr, S);
end;
function _PosChar(c: AnsiChar; const S: AnsiString): Integer;
var
I: Integer;
begin
for I:=SLow(s) to SHigh(s) do
if s[I] = c then
begin
result := I;
Exit;
end;
result := 0;
end;
procedure _StrInt(var S: AnsiString; L1, L2: Integer; value: Integer); stdcall;
begin
if L1 > 0 then
Str(value:L1, S)
else
Str(value, S);
end;
procedure _StrDouble(var S: AnsiString; L2, L1: Integer; value: Double); stdcall;
begin
if L1 > 0 then
begin
if L2 > 0 then
Str(value:L1:L2, S)
else
Str(value:L1, S);
end
else
Str(value, S);
end;
procedure _StrSingle(var S: AnsiString; L2, L1: Integer; value: Single); stdcall;
begin
if L1 > 0 then
begin
if L2 > 0 then
Str(value:L1:L2, S)
else
Str(value:L1, S);
end
else
Str(value, S);
end;
procedure _StrExtended(var S: AnsiString; L2, L1: Integer; value: Extended); stdcall;
begin
if L1 > 0 then
begin
if L2 > 0 then
Str(value:L1:L2, S)
else
Str(value:L1, S);
end
else
Str(value, S);
end;
procedure _VariantFromShortString(var Dest: Variant; var Source: ShortString);
stdcall;
begin
Dest := Source;
end;
procedure _OleVariantFromShortString(var Dest: OleVariant; var Source: ShortString);
stdcall;
begin
Dest := Source;
end;
procedure _VariantFromAnsiChar(source: AnsiChar; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromAnsiChar(source: AnsiChar; var dest: OleVariant); stdcall;
begin
dest := source;
end;
procedure _ShortStringFromVariant(var Dest: ShortString; L: Integer; var Source: Variant);
stdcall;
begin
Dest := Copy(ShortString(source), 1, L);
end;
procedure _WideStringGreaterThan(var s1: WideString; var s2: WideString;
var dest: Boolean); stdcall;
begin
dest := s1 > s2;
end;
procedure _WideStringGreaterThanOrEqual(var s1: WideString; var s2: WideString;
var dest: Boolean); stdcall;
begin
dest := s1 >= s2;
end;
procedure _WideStringLessThan(var s1: WideString; var s2: WideString;
var dest: Boolean);stdcall;
begin
dest := s1 < s2;
end;
procedure _WideStringLessThanOrEqual(var s1: WideString; var s2: WideString;
var dest: Boolean); stdcall;
begin
dest := s1 <= s2;
end;
procedure _SetStringLength(var S: AnsiString; L: Integer); stdcall;
begin
SetLength(S, L);
end;
procedure _AnsiStringClr(var S: AnsiString); stdcall;
begin
S := '';
end;
procedure _WideStringClr(var S: WideString); stdcall;
begin
S := '';
end;
procedure _UniqueAnsiString(var S: AnsiString); stdcall;
begin
UniqueString(S);
end;
function _LengthString(const S: AnsiString): Integer;
begin
result := Length(S);
end;
function _LengthWideString(const S: WideString): Integer;
begin
result := Length(S);
end;
procedure _Delete(var S: AnsiString; Index, Count:Integer);
begin
Delete(S, Index, Count);
end;
procedure _VariantFromPAnsiChar(source: PAnsiChar; var dest: Variant); stdcall;
begin
dest := AnsiString(Source);
end;
procedure _OleVariantFromPAnsiChar(source: PAnsiChar; var dest: OleVariant); stdcall;
begin
dest := AnsiString(Source);
end;
procedure _VariantFromAnsiString(var Dest: Variant; var Source: AnsiString); stdcall;
begin
Dest := Source;
end;
procedure _OleVariantFromAnsiString(var Dest: OleVariant; var Source: AnsiString); stdcall;
begin
Dest := Source;
end;
procedure _VariantFromWideString(var Dest: Variant; var Source: WideString);
stdcall;
begin
Dest := Source;
end;
procedure _OleVariantFromWideString(var Dest: OleVariant; var Source: WideString);
stdcall;
begin
Dest := Source;
end;
procedure _AnsiStringFromInt(var dest: AnsiString; var source: Integer); stdcall; //JS only
begin
dest := AnsiString(IntToStr(source));
end;
procedure _AnsiStringFromDouble(var dest: AnsiString; var source: Double); stdcall; //JS only
begin
dest := AnsiString(FloatToStr(source));
end;
procedure _AnsiStringFromSingle(var dest: AnsiString; var source: Single); stdcall; //JS only
begin
dest := AnsiString(FloatToStr(source));
end;
procedure _AnsiStringFromExtended(var dest: AnsiString; var source: Extended); stdcall; //JS only
begin
dest := AnsiString(FloatToStr(source));
end;
procedure _AnsiStringFromBoolean(var dest: AnsiString; var source: Boolean); stdcall; //JS only
begin
if source then
dest := 'true'
else
dest := 'false';
end;
procedure _AnsiCharFromVariant(var dest: AnsiChar; var source: Variant); stdcall;
begin
dest := AnsiChar(TVarData(Source).VInteger);
end;
procedure _AnsiStringFromVariant(var dest: AnsiString; var source: Variant); stdcall;
begin
dest := AnsiString(source);
end;
procedure _WideStringFromVariant(var dest: WideString; var source: Variant);
stdcall;
begin
dest := source;
end;
//////////////////////////////////////// NOT PAXARM /////////////////
{$ENDIF} /////////////////////////////// NOT PAXARM /////////////////
//////////////////////////////////////// NOT PAXARM /////////////////
procedure _ShortStringAssign(const source: ShortString; Ldest: Integer; dest: PShortString); stdcall;
var
I, L: Integer;
begin
{$IFDEF ARC}
L := Source[0];
{$ELSE}
L := Length(Source);
{$ENDIF}
if L > Ldest then
L := Ldest;
{$IFDEF ARC}
dest^[0] := L;
{$ELSE}
dest^[0] := AnsiChar(Chr(L));
{$ENDIF}
for I := 1 to L do
dest^[I] := Source[I];
end;
procedure _UnicStringFromPWideChar(source: PWideChar; var dest: UnicString); stdcall;
begin
dest := UnicString(source);
end;
procedure _UnicStringFromWideChar(source: WideChar; var dest: UnicString);
stdcall;
begin
dest := source;
end;
procedure _UnicStringAssign(var dest: UnicString; var source: UnicString);
stdcall;
begin
dest := source;
end;
procedure _UnicStringAddition(var s1: UnicString; var s2: UnicString;
var dest: UnicString); stdcall;
begin
dest := s1 + s2;
end;
procedure _UnicStringEquality(var s1: UnicString; var s2: UnicString;
var dest: Boolean); stdcall;
begin
dest := s1 = s2;
end;
procedure _UnicStringNotEquality(var s1: UnicString; var s2: UnicString;
var dest: Boolean); stdcall;
begin
dest := s1 <> s2;
end;
procedure _UnicStringGreaterThan(var s1: UnicString; var s2: UnicString;
var dest: Boolean); stdcall;
begin
dest := s1 > s2;
end;
procedure _UnicStringGreaterThanOrEqual(var s1: UnicString; var s2: UnicString;
var dest: Boolean); stdcall;
begin
dest := s1 >= s2;
end;
procedure _UnicStringLessThan(var s1: UnicString; var s2: UnicString;
var dest: Boolean);stdcall;
begin
dest := s1 < s2;
end;
procedure _UnicStringLessThanOrEqual(var s1: UnicString; var s2: UnicString;
var dest: Boolean); stdcall;
begin
dest := s1 <= s2;
end;
procedure _SetVariantLength(var V: Variant; VType: Integer; L: Integer); stdcall;
begin
V := VarArrayCreate([0, L - 1], VType);
end;
procedure _SetVariantLength2(var V: Variant; VType: Integer; L1, L2: Integer); stdcall;
begin
V := VarArrayCreate([0, L1 - 1, 0, L2 - 1], VType);
end;
procedure _SetVariantLength3(var V: Variant; VType: Integer; L1, L2, L3: Integer); stdcall;
begin
V := VarArrayCreate([0, L1 - 1, 0, L2 - 1, 0, L3 - 1], VType);
end;
procedure _SetUnicStringLength(var S: UnicString; L: Integer); stdcall;
begin
SetLength(S, L);
end;
procedure _UnicStringClr(var S: UnicString); stdcall;
begin
S := '';
end;
procedure _InterfaceClr(var I: IUnknown); stdcall;
begin
I := nil;
end;
procedure _UniqueUnicString(var S: UnicString); stdcall;
begin
{$IFDEF VARIANTS}
UniqueString(S);
{$ENDIF}
end;
function _LengthShortString(const S: ShortString): Integer;
begin
result := Length(S);
end;
function _LengthUnicString(const S: UnicString): Integer;
begin
result := Length(S);
end;
procedure _ValInt(const S: String; var V: Integer; var Code: Integer);
begin
Val(S, V, Code);
end;
procedure _ValDouble(const S: String; var V: Double; var Code: Integer);
begin
Val(S, V, Code);
end;
procedure _ShortstringHigh(const P: Shortstring; var result: Integer); stdcall;
begin
result := Length(P) - 1;
end;
// unic string routines
function _UnicLength(const S: UnicString): Integer;
begin
result := Length(S);
end;
procedure _UnicDelete(var S: UnicString; Index, Count: Integer);
begin
Delete(S, Index, Count);
end;
function _UnicCopy(const S: UnicString; Index, Count: Integer): UnicString;
begin
result := Copy(S, Index, Count);
end;
procedure _UnicInsert(Source: UnicString; var S: UnicString; Index: Integer);
begin
Insert(Source, S, Index);
end;
procedure _UnicValInt(const S: UnicString; var V: Integer; var Code: Integer);
begin
Val(S, V, Code);
end;
procedure _UnicValDouble(const S: UnicString; var V: Double; var Code: Integer);
begin
Val(S, V, Code);
end;
function _UnicPos(const Substr: UnicString; const S: UnicString): Integer;
begin
result := Pos(Substr, S);
end;
// INT64 ROUTINES ///////////////////////////////////////
procedure _Int64Multiplication(var v1: Int64; var v2: Int64; var dest: Int64);
stdcall;
begin
dest := v1 * v2;
end;
procedure _Int64Division(var v1: Int64; var v2: Int64; var dest: Int64);
stdcall;
begin
dest := v1 div v2;
end;
procedure _Int64Modulo(var v1: Int64; var v2: Int64; var dest: Int64);
stdcall;
begin
dest := v1 mod v2;
end;
procedure _Int64LeftShift(var v1: Int64; var v2: Int64; var dest: Int64);
stdcall;
begin
dest := v1 shl v2;
end;
procedure _Int64RightShift(var v1: Int64; var v2: Int64; var dest: Int64);
stdcall;
begin
dest := v1 shr v2;
end;
procedure _Int64LessThan(var v1: Int64; var v2: Int64; var dest: Boolean);
stdcall;
begin
dest := v1 < v2;
end;
procedure _Int64LessThanOrEqual(var v1: Int64; var v2: Int64;
var dest: Boolean); stdcall;
begin
dest := v1 <= v2;
end;
procedure _Int64GreaterThan(var v1: Int64; var v2: Int64;
var dest: Boolean); stdcall;
begin
dest := v1 > v2;
end;
procedure _Int64GreaterThanOrEqual(var v1: Int64; var v2: Int64;
var dest: Boolean); stdcall;
begin
dest := v1 >= v2;
end;
procedure _Int64Equality(var v1: Int64; var v2: Int64;
var dest: Boolean); stdcall;
begin
dest := v1 = v2;
end;
procedure _Int64NotEquality(var v1: Int64; var v2: Int64;
var dest: Boolean); stdcall;
begin
dest := v1 <> v2;
end;
procedure _Int64Abs(var v1: Int64; var dest: Int64); stdcall;
begin
dest := Abs(v1);
end;
procedure _UInt64LessThan(var v1: UInt64; var v2: UInt64; var dest: Boolean);
stdcall;
begin
dest := v1 < v2;
end;
procedure _UInt64LessThanOrEqual(var v1: UInt64; var v2: UInt64;
var dest: Boolean); stdcall;
begin
dest := v1 <= v2;
end;
procedure _UInt64GreaterThan(var v1: UInt64; var v2: UInt64;
var dest: Boolean); stdcall;
begin
dest := v1 > v2;
end;
procedure _UInt64GreaterThanOrEqual(var v1: UInt64; var v2: UInt64;
var dest: Boolean); stdcall;
begin
dest := v1 >= v2;
end;
procedure _VariantAssign(var dest: Variant; var source: Variant); stdcall;
begin
if VarIsNull(source) then
VarClear(dest);
dest := source;
end;
procedure _OleVariantAssign(var dest: OleVariant; var source: OleVariant); stdcall;
begin
dest := source;
end;
procedure _VariantFromInterface(const source: IDispatch; var dest: Variant); stdcall;
begin
dest := Source;
end;
procedure _OleVariantFromInterface(const source: IDispatch; var dest: OleVariant); stdcall;
begin
dest := Source;
end;
procedure _VariantFromPWideChar(source: PWideChar; var dest: Variant); stdcall;
begin
dest := UnicString(Source);
end;
procedure _OleVariantFromPWideChar(source: PWideChar; var dest: OleVariant); stdcall;
begin
dest := UnicString(Source);
end;
procedure _OleVariantFromVariant(var Dest: OleVariant; var Source: Variant); stdcall;
begin
Dest := Source;
end;
procedure _VariantFromUnicString(var Dest: Variant; var Source: UnicString);
stdcall;
begin
Dest := Source;
end;
procedure _OleVariantFromUnicString(var Dest: OleVariant; var Source: UnicString);
stdcall;
begin
Dest := Source;
end;
procedure _VariantFromWideChar(source: WideChar; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromWideChar(source: WideChar; var dest: OleVariant); stdcall;
begin
dest := source;
end;
procedure _VariantFromInt(source: Integer; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromInt(source: Integer; var dest: OleVariant); stdcall;
begin
dest := source;
end;
{$IFDEF VARIANTS}
procedure _VariantFromInt64(var dest: Variant; var source: Int64); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromInt64(var dest: OleVariant; var source: Int64); stdcall;
begin
dest := source;
end;
{$ELSE}
procedure _VariantFromInt64(var dest: Variant; var source: Int64); stdcall;
begin
dest := Integer(source);
end;
procedure _OleVariantFromInt64(var dest: OleVariant; var source: Int64); stdcall;
begin
dest := Integer(source);
end;
{$ENDIF}
procedure _VariantFromByte(source: Byte; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromByte(source: Byte; var dest: OleVariant); stdcall;
begin
dest := source;
end;
procedure _VariantFromBool(source: Boolean; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromBool(source: Boolean; var dest: OleVariant); stdcall;
begin
dest := source;
end;
procedure _VariantFromWord(source: Word; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromWord(source: Word; var dest: OleVariant); stdcall;
begin
dest := source;
end;
procedure _VariantFromCardinal(source: Cardinal; var dest: Variant); stdcall;
begin
{$IFDEF VARIANTS}
dest := source;
{$ELSE}
dest := Integer(source);
{$ENDIF}
end;
{$IFDEF VARIANTS}
procedure _OleVariantFromCardinal(source: Cardinal; var dest: OleVariant); stdcall;
begin
dest := source;
end;
{$ELSE}
procedure _OleVariantFromCardinal(source: Integer; var dest: OleVariant); stdcall;
begin
dest := source;
end;
{$ENDIF}
procedure _VariantFromSmallInt(source: SmallInt; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromSmallInt(source: SmallInt; var dest: OleVariant); stdcall;
begin
dest := source;
end;
procedure _VariantFromShortInt(source: ShortInt; var dest: Variant); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromShortInt(source: ShortInt; var dest: OleVariant); stdcall;
begin
dest := source;
end;
procedure _VariantFromDouble(var dest: Variant; var source: Double); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromDouble(var dest: OleVariant; var source: Double); stdcall;
begin
dest := source;
end;
procedure _VariantFromCurrency(var dest: Variant; var source: Currency); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromCurrency(var dest: OleVariant; var source: Currency); stdcall;
begin
dest := source;
end;
procedure _VariantFromSingle( var dest: Variant; var source: Single); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromSingle(var dest: OleVariant; var source: Single); stdcall;
begin
dest := source;
end;
procedure _VariantFromExtended(var dest: Variant; var source: Extended); stdcall;
begin
dest := source;
end;
procedure _OleVariantFromExtended(var dest: OleVariant; var source: Extended); stdcall;
begin
dest := source;
end;
procedure _UnicStringFromInt(var dest: UnicString; var source: Integer); stdcall; //JS only
begin
dest := IntToStr(source);
end;
procedure _UnicStringFromDouble(var dest: UnicString; var source: Double); stdcall; //JS only
begin
dest := FloatToStr(source);
end;
procedure _UnicStringFromSingle(var dest: UnicString; var source: Single); stdcall; //JS only
begin
dest := FloatToStr(source);
end;
procedure _UnicStringFromExtended(var dest: UnicString; var source: Extended); stdcall; //JS only
begin
dest := FloatToStr(source);
end;
procedure _UnicStringFromBoolean(var dest: UnicString; var source: Boolean); stdcall; //JS only
begin
if source then
dest := 'true'
else
dest := 'false';
end;
procedure _WideCharFromVariant(var dest: WideChar; var source: Variant); stdcall;
begin
dest := WideChar(TVarData(Source).VInteger);
end;
procedure _UnicStringFromVariant(var dest: UnicString; var source: Variant);
stdcall;
begin
dest := source;
end;
procedure _DoubleFromVariant(var dest: Double; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _CurrencyFromVariant(var dest: Currency; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _SingleFromVariant(var dest: Single; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _ExtendedFromVariant(var dest: Extended; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _IntFromVariant(var dest: Integer; var source: Variant); stdcall;
begin
dest := source;
end;
{$IFDEF VARIANTS}
procedure _Int64FromVariant(var dest: Int64; var source: Variant); stdcall;
begin
dest := source;
end;
{$ELSE}
procedure _Int64FromVariant(var dest: Int64; var source: Variant); stdcall;
begin
dest := Integer(source);
end;
{$ENDIF}
procedure _ByteFromVariant(var dest: Byte; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _WordFromVariant(var dest: Word; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _CardinalFromVariant(var dest: Cardinal; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _SmallIntFromVariant(var dest: SmallInt; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _ShortIntFromVariant(var dest: ShortInt; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _BoolFromVariant(var dest: Boolean; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _ByteBoolFromVariant(var dest: ByteBool; var source: Variant); stdcall;
begin
{$IFDEF FPC}
if source <> 0 then
dest := true
else
dest := false;
{$ELSE}
dest := source;
{$ENDIF}
end;
procedure _WordBoolFromVariant(var dest: WordBool; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _LongBoolFromVariant(var dest: LongBool; var source: Variant); stdcall;
begin
dest := source;
end;
procedure _StructEquality(P1, P2: Pointer; SZ: Integer; var dest: Boolean); stdcall;
begin
dest := CompareMem(P1, P2, SZ);
end;
procedure _StructNotEquality(P1, P2: Pointer; SZ: Integer; var dest: Boolean); stdcall;
begin
dest := not CompareMem(P1, P2, SZ);
end;
procedure _VariantNot(var v1: Variant; var dest: Variant); stdcall;
begin
dest := not v1;
end;
procedure _VariantNegation(var v1: Variant; var dest: Variant); stdcall;
begin
dest := - v1;
end;
procedure _VariantAbs(var v1: Variant; var dest: Variant); stdcall;
begin
if v1 >= 0 then
dest := v1
else
dest := -v1;
end;
procedure _VarArrayPut1(var V: Variant; var value: Variant; const I1: Variant);
stdcall;
begin
V[I1] := value;
end;
procedure _VarArrayGet1(var V: Variant; var result: Variant; const I1: Variant);
stdcall;
begin
result := V[I1];
end;
procedure _VarArrayPut2(var V: Variant; var value: Variant; const I2, I1: Variant);
stdcall;
begin
V[I1, I2] := value;
end;
procedure _VarArrayGet2(var V: Variant; var result: Variant; const I2, I1: Variant);
stdcall;
begin
result := V[I1, I2];
end;
procedure _VarArrayPut3(var V: Variant; var value: Variant; const I3, I2, I1: Variant);
stdcall;
begin
V[I1, I2, I3] := value;
end;
procedure _VarArrayGet3(var V: Variant; var result: Variant; const I3, I2, I1: Variant);
stdcall;
begin
result := V[I1, I2, I3];
end;
procedure _DoubleMultiplication(Language: Integer;
var v1: Double; var v2: Double; var dest: Double); stdcall;
begin
dest := v1 * v2;
end;
procedure _DoubleDivision(Language: Integer;
var v1: Double; var v2: Double; var dest: Double); stdcall;
begin
dest := v1 / v2;
end;
procedure _DoubleAddition(Language: Integer;
var v1: Double; var v2: Double; var dest: Double); stdcall;
begin
dest := v1 + v2;
end;
procedure _DoubleSubtraction(Language: Integer;
var v1: Double; var v2: Double; var dest: Double); stdcall;
begin
dest := v1 - v2;
end;
procedure _DoubleNegation(var v1: Double; var dest: Double); stdcall;
begin
dest := - v1;
end;
function GetPaxInterface(Self: TObject; const GUID: TGUID; var obj: Pointer): Boolean;
var
PaxInfo: PPaxInfo;
P: TBaseRunner;
ClassRec: TClassRec;
IntfList: TIntfList;
I, SZ: Integer;
begin
PaxInfo := GetPaxInfo(Self.ClassType);
if PaxInfo = nil then
raise Exception.Create(errInternalError);
P := TBaseRunner(PaxInfo^.Prog);
ClassRec := P.ClassList[PaxInfo^.ClassIndex];
IntfList := ClassRec.IntfList;
I := IntfList.IndexOf(GUID);
if I = -1 then
result := false
else
begin
SZ := Self.InstanceSize - IntfList.Count * SizeOf(Pointer);
Obj := ShiftPointer(Self, SZ + I * SizeOf(Pointer));
result := true;
end;
end;
{
procedure _IntfCast(var Dest: IInterface; const Source: IInterface; const IID: TGUID);
// PIC: EBX must be correct before calling QueryInterface
var
Temp: IInterface;
begin
if Source = nil then
Dest := nil
else
begin
Temp := nil;
if Source.QueryInterface(IID, Temp) <> 0 then
Error(reIntfCastError)
else
Dest := Temp;
end;
end;
}
{$IFNDEF PAXARM}
{$IFNDEF PAX64}
function TObject_GetScriptInterface(Self: TObject; const IID: TGUID; out Obj): Boolean;
var
InterfaceEntry: PInterfaceEntry;
begin
Pointer(Obj) := nil;
InterfaceEntry := Self.GetInterfaceEntry(IID);
if InterfaceEntry <> nil then
begin
if InterfaceEntry^.IOffset <> 0 then
begin
Pointer(Obj) := ShiftPointer(Pointer(Self), InterfaceEntry^.IOffset);
asm
push edi
push esi
push ebx
end;
if Pointer(Obj) <> nil then IInterface(Obj)._AddRef;
asm
pop ebx
pop esi
pop edi
end;
end;
end;
Result := Pointer(Obj) <> nil;
end;
{$ENDIF}
{$ENDIF}
procedure _InterfaceFromClass(Dest: PIUnknown;
GUID: PGUID;
SourceAddress: Pointer); stdcall;
var
Temp: IInterface;
begin
if Pointer(SourceAddress^) = nil then
begin
Dest^ := nil;
Exit;
end;
Temp := nil;
{$IFNDEF PAXARM}
{$IFNDEF PAX64}
if IsPaxObject(TObject(SourceAddress^)) then
begin
if not TObject_GetScriptInterface(TObject(SourceAddress^), GUID^, Temp) then
raise Exception.Create(errIncompatibleTypesNoArgs);
end
else
{$ENDIF}
{$ENDIF}
begin
if not TMyInterfacedObject(SourceAddress^).GetInterface(GUID^, Temp) then
raise Exception.Create(errIncompatibleTypesNoArgs);
end;
Dest^ := Temp;
end;
procedure _InterfaceCast(Dest: PIUnknown;
GUID: PGUID;
Source: PIUnknown); stdcall;
var
Temp: Pointer;
begin
if Source^ = nil then
Dest^ := nil
else
begin
Temp := nil;
if Source.QueryInterface(GUID^, Temp) <> 0 then
raise Exception.Create(errIncompatibleTypesNoArgs);
if Assigned(Dest^) then
Dest^._Release;
Pointer(Dest^) := Temp;
end;
end;
procedure _InterfaceAssign(var Dest: IUnknown;
var Source: IUnknown); stdcall;
begin
Dest := Source;
end;
// PASCAL ARITHMETIC ROUTINES ///////////////////////////////////////
function _ArcTan(const X: Extended): Extended;
begin
result := ArcTan(X);
end;
function _Cos(const X: Extended): Extended;
begin
result := Cos(X);
end;
function _Exp(X: Extended): Extended;
begin
result := Exp(X);
end;
function _Frac(X: Extended): Extended;
begin
result := Frac(X);
end;
function _Int(X: Extended): Extended;
begin
result := Int(X);
end;
function _Ln(X: Extended): Extended;
begin
result := Ln(X);
end;
function _Sin(X: Extended): Extended;
begin
result := Sin(X);
end;
function _Sqr(X: Extended): Extended;
begin
result := Sqr(X);
end;
function _Sqrt(X: Extended): Extended;
begin
result := Sqrt(X);
end;
function _Trunc(X: Extended): Integer;
begin
result := Trunc(X);
end;
function _Power(const Base, Exponent: Extended): Extended;
begin
result := Power(Base, Exponent);
end;
// PASCAL MISCELLANEOUS ROUTINES ////////////////////////////////////
procedure _FillChar(var X; Count: Integer; Value: Byte);
begin
FillChar(X, Count, Value);
end;
function _Random: Double;
begin
result := Random;
end;
function _Random1(N: Integer): Integer;
begin
result := Random(N);
end;
function _HiInt(N: Integer): Byte;
begin
result := Hi(N);
end;
function _HiWord(N: Word): Byte;
begin
result := Hi(N);
end;
function _LoInt(N: Integer): Byte;
begin
result := Lo(N);
end;
function _LoWord(N: Word): Byte;
begin
result := Lo(N);
end;
{$IFDEF FPC}
function _UpCase(Ch: AnsiChar): AnsiChar;
begin
result := Upcase(Ch);
end;
{$ENDIF}
function GetClassByIndex(P: TBaseRunner; I: Integer): TClass;
begin
result := P.ClassList[I].PClass;
end;
procedure _Is(PClass: TClass; Instance: TObject;
var result: Boolean); stdcall;
begin
result := Instance is PClass;
end;
procedure _ToParentClass2(Instance: TObject); stdcall;
var
C: TClass;
begin
C := Instance.ClassType;
while IsPaxClass(C) do
C := C.ClassParent;
Move(C, Pointer(Instance)^, SizeOf(Pointer));
end;
procedure _UpdateInstance2(Instance: TObject; C: TClass); stdcall;
begin
Move(C, Pointer(Instance)^, SizeOf(Pointer));
end;
{$IFDEF NO_PARENT_CLASS}
procedure _ToParentClass(P: TBaseRunner;
Instance: TObject); stdcall;
begin
end;
procedure _UpdateInstance(P: TBaseRunner;
Instance: TObject); stdcall;
begin
end;
{$ELSE}
procedure _ToParentClass(P: TBaseRunner;
Instance: TObject); stdcall;
var
C: TClass;
begin
{$IFNDEF PAXARM_DEVICE}
{$IFNDEF FPC}
if not (Instance is TCustomForm) then
Exit;
{$ENDIF}
{$ENDIF}
C := Instance.ClassType;
P.SavedClass := C;
while IsPaxClass(C) do
C := C.ClassParent;
if Instance is TComponent then
TComponent(Instance).Tag := Integer(P.SavedClass);
Move(C, Pointer(Instance)^, SizeOf(Pointer));
end;
procedure _UpdateInstance(P: TBaseRunner;
Instance: TObject); stdcall;
var
C: TClass;
begin
{$IFNDEF PAXARM_DEVICE}
{$IFNDEF FPC}
if not (Instance is TCustomForm) then
Exit;
{$ENDIF}
{$ENDIF}
C := P.SavedClass;
Move(C, Pointer(Instance)^, SizeOf(Pointer));
P.SavedClass := nil;
end;
{$ENDIF}
{$IFNDEF PAXARM}
{$IFDEF PAX64}
procedure _DestroyInherited(Instance: TObject);
begin
RaiseNotImpl;
end;
{$ELSE}
procedure _DestroyInherited(Instance: TObject);
var
C, Temp: TClass;
begin
Temp := Instance.ClassType;
C := Instance.ClassParent;
Move(C, Pointer(Instance)^, 4);
asm
xor edx, edx
mov eax, instance
mov ecx, [eax]
{$IFDEF FPC}
mov ecx, [ecx + $30]
{$ELSE}
mov ecx, [ecx - $04]
{$ENDIF}
call ecx
end;
Move(Temp, Pointer(Instance)^, 4);
end;
{$ENDIF}
{$ENDIF}
{
procedure _DestroyInherited(Instance: TObject);
var
C: TClass;
begin
C := Instance.ClassParent;
asm
xor edx, edx
mov eax, instance
mov ecx, C
mov ecx, [ecx - $04]
call ecx
end;
end;
}
{$IFDEF PAXARM}
procedure _ClassName(P: Pointer; result: PString); stdcall;
begin
if IsDelphiClass(P) then
result^ := TClass(P).ClassName
else
result^ := TObject(P).ClassName;
end;
{$ELSE}
procedure _ClassName(P: Pointer; result: PShortString); stdcall;
var
ST: String;
begin
if IsDelphiClass(P) then
ST := TClass(P).ClassName
else
ST := TObject(P).ClassName;
result^ := ShortString(ST);
end;
{$ENDIF}
procedure _OnCreateObject(P: TBaseRunner; Instance: TObject); stdcall;
begin
if Assigned(P.OnCreateObject) then
P.OnCreateObject(P.Owner, Instance);
end;
procedure _BeforeCallHost(P: TBaseRunner; Id: Integer); stdcall;
begin
if Assigned(P.OnBeforeCallHost) then
P.OnBeforeCallHost(P.Owner, Id);
end;
procedure _AfterCallHost(P: TBaseRunner; Id: Integer); stdcall;
begin
if Assigned(P.OnAfterCallHost) then
P.OnAfterCallHost(P.Owner, Id);
end;
procedure _OnCreateHostObject(P: TBaseRunner; Instance: TObject); stdcall;
begin
if Instance is TFW_Object then
(Instance as TFW_Object).prog := P;
if Assigned(P.OnCreateHostObject) then
P.OnCreateHostObject(P.Owner, Instance);
end;
procedure _OnDestroyHostObject(P: TBaseRunner; Instance: TObject); stdcall;
begin
if Assigned(P.OnDestroyHostObject) then
P.OnDestroyHostObject(P.Owner, Instance);
end;
procedure _OnAfterObjectCreation(Runner: Pointer; Instance: PObject); stdcall;
var
P: TBaseRunner;
begin
P := TBaseRunner(Runner);
Instance^.AfterConstruction;
if Assigned(P.OnAfterObjectCreation) then
P.OnAfterObjectCreation(P.Owner, Instance^);
end;
{$IFNDEF PAXARM}
{$IFDEF PAX64}
function _InitInstance(Self: TClass; Instance: Pointer): TObject;
var
IntfTable: PInterfaceTable;
ClassPtr: TClass;
I: Integer;
begin
with Self do
begin
ClassPtr := Self;
while ClassPtr <> nil do
begin
IntfTable := ClassPtr.GetInterfaceTable;
if IntfTable <> nil then
for I := 0 to IntfTable.EntryCount-1 do
with IntfTable.Entries[I] do
begin
if VTable <> nil then
PPointer(@PByte(Instance)[IOffset])^ := VTable;
end;
ClassPtr := ClassPtr.ClassParent;
end;
end;
Result := Instance;
end;
{$ELSE}
function _InitInstance(Self: TClass; Instance: Pointer): TObject;
var
IntfTable: PInterfaceTable;
ClassPtr: TClass;
I: Integer;
begin
with Self do
begin
ClassPtr := Self;
while ClassPtr <> nil do
begin
IntfTable := ClassPtr.GetInterfaceTable;
if IntfTable <> nil then
for I := 0 to IntfTable.EntryCount-1 do
with IntfTable.Entries[I] do
begin
if VTable <> nil then
PInteger(@PAnsiChar(Instance)[IOffset])^ := Integer(VTable);
end;
ClassPtr := ClassPtr.ClassParent;
end;
Result := Instance;
end;
end;
{$ENDIF}
{$ENDIF}
{$IFDEF PAXARM}
procedure _ErrAbstract(S: PWideChar); stdcall;
begin
raise Exception.Create(Format(ErrAbstractMethodCall, [S]));
end;
{$ELSE}
procedure _ErrAbstract(S: PAnsiChar); stdcall;
begin
raise Exception.Create(Format(ErrAbstractMethodCall, [S]));
end;
{$ENDIF}
procedure _Finally(P: TBaseRunner); stdcall;
begin
Inc(P.GetRootProg.FinallyCount);
end;
procedure _BeginExceptBlock(P: TBaseRunner); stdcall;
begin
P.ProcessingExceptBlock := true;
end;
procedure _EndExceptBlock(P: TBaseRunner); stdcall;
begin
P.ProcessingExceptBlock := false;
if Assigned(P.CurrException) then
{$IFDEF ARC}
P.CurrException := nil;
{$ELSE}
P.CurrException.Free;
{$ENDIF}
P.CurrException := nil;
end;
// processing breakpoints
procedure _CheckPause(P: TBaseRunner);
var
SourceLine, ModuleIndex: Integer;
HasBreakpoint: Boolean;
begin
SourceLine := P.GetSourceLine;
ModuleIndex := P.GetModuleIndex;
HasBreakpoint :=
P.RunTimeModuleList.BreakpointList.IndexOf(ModuleIndex, SourceLine) >= 0;
if HasBreakpoint then
P.Pause
else
begin
if P.RunMode = rmRUN then
begin
end
else if P.RunMode = rmTRACE_INTO then
P.Pause
else if P.RunMode = rmNEXT_SOURCE_LINE then
P.Pause
else if P.RunMode = rmSTEP_OVER then
begin
if P.RootInitCallStackCount >= P.GetCallStackCount then
P.Pause;
end else if P.RunMode = rmRUN_TO_CURSOR then
begin
if P.RunTimeModuleList.TempBreakpoint.SourceLine = SourceLine then
if P.RunTimeModuleList.TempBreakpoint.ModuleIndex = ModuleIndex then
P.Pause;
end;
end;
end;
// processing halt
procedure _Halt(Runner: Pointer; ExitCode: Integer); stdcall;
var
P: TBaseRunner;
begin
P := TBaseRunner(Runner);
P.RootExceptionIsAvailableForHostApplication := false;
P.ExitCode := ExitCode;
raise THaltException.Create(ExitCode);
end;
// processing CondHalt
procedure _CondHalt(P: TBaseRunner); stdcall;
begin
if P.IsHalted then
begin
P.RootExceptionIsAvailableForHostApplication := false;
raise THaltException.Create(P.ExitCode);
end;
end;
// processing of published properties
{$IFNDEF PAXARM}
procedure _GetAnsiStrProp(PropInfo: PPropInfo; Instance: TObject;
var result: AnsiString); stdcall;
begin
{$IFDEF UNIC}
Result := GetAnsiStrProp(Instance, PropInfo);
{$ELSE}
result := GetStrProp(Instance, PropInfo);
{$ENDIF}
end;
procedure _SetAnsiStrProp(PropInfo: PPropInfo; Instance: TObject;
const value: AnsiString); stdcall;
begin
{$IFDEF UNIC}
SetAnsiStrProp(Instance, PropInfo, Value);
{$ELSE}
SetStrProp(Instance, PropInfo, Value);
{$ENDIF}
end;
procedure _GetWideStrProp(PropInfo: PPropInfo; Instance: TObject;
var result: WideString); stdcall;
begin
{$IFDEF VARIANTS}
result := GetWideStrProp(Instance, PropInfo);
{$ELSE}
result := '';
{$ENDIF}
end;
procedure _SetWideStrProp(PropInfo: PPropInfo; Instance: TObject;
const value: WideString); stdcall;
begin
{$IFDEF VARIANTS}
SetWideStrProp(Instance, PropInfo, Value);
{$ENDIF}
end;
{$ENDIF}
procedure _GetUnicStrProp(PropInfo: PPropInfo; Instance: TObject;
var result: UnicString); stdcall;
begin
{$IFDEF VARIANTS}
{$IFDEF UNIC}
{$IFDEF PAXARM}
result := GetStrProp(Instance, PropInfo);
{$ELSE}
result := GetUnicodeStrProp(Instance, PropInfo);
{$ENDIF}
{$ELSE}
result := GetWideStrProp(Instance, PropInfo);
{$ENDIF}
{$ELSE}
result := '';
{$ENDIF}
end;
procedure _SetUnicStrProp(PropInfo: PPropInfo; Instance: TObject;
const value: UnicString); stdcall;
begin
{$IFDEF VARIANTS}
{$IFDEF UNIC}
{$IFDEF PAXARM}
SetStrProp(Instance, PropInfo, Value);
{$ELSE}
SetUnicodeStrProp(Instance, PropInfo, Value);
{$ENDIF}
{$ELSE}
SetWideStrProp(Instance, PropInfo, Value);
{$ENDIF}
{$ENDIF}
end;
procedure _GetOrdProp(PropInfo: PPropInfo; Instance: TObject;
var result: IntPax); stdcall;
begin
result := GetOrdProp(Instance, PropInfo);
end;
procedure _SetOrdProp(PropInfo: PPropInfo; Instance: TObject; value: Integer);
stdcall;
begin
SetOrdProp(Instance, PropInfo, Value);
end;
{$IFDEF VARIANTS}
procedure _GetInterfaceProp(PropInfo: PPropInfo; Instance: TObject;
var result: IInterface); stdcall;
begin
{$IFDEF FPC}
{$IFDEF LINUX}
{$ELSE}
result := GetInterfaceProp(Instance, PropInfo);
{$ENDIF}
{$ELSE}
result := GetInterfaceProp(Instance, PropInfo);
{$ENDIF}
end;
procedure _SetInterfaceProp(PropInfo: PPropInfo; Instance: TObject; value: IInterface);
stdcall;
begin
{$IFDEF FPC}
{$IFDEF LINUX}
{$ELSE}
SetInterfaceProp(Instance, PropInfo, Value);
{$ENDIF}
{$ELSE}
SetInterfaceProp(Instance, PropInfo, Value);
{$ENDIF}
end;
{$ELSE}
procedure _GetInterfaceProp(PropInfo: PPropInfo; Instance: TObject;
var result: IUnknown); stdcall;
begin
// result := GetInterfaceProp(Instance, PropInfo);
end;
procedure _SetInterfaceProp(PropInfo: PPropInfo; Instance: TObject; value: IUnknown);
stdcall;
begin
// SetInterfaceProp(Instance, PropInfo, Value);
end;
{$ENDIF}
procedure _GetSetProp(PropInfo: PPropInfo; Instance: TObject;
var result: TByteSet); stdcall;
var
I: Integer;
begin
I := GetOrdProp(Instance, PropInfo);
result := Int32ToByteSet(I);
end;
procedure _SetSetProp(PropInfo: PPropInfo; Instance: TObject;
var value: TByteSet); stdcall;
var
I: Integer;
begin
I := ByteSetToInt32(value);
SetOrdProp(Instance, PropInfo, I);
end;
procedure _GetFloatProp(PropInfo: PPropInfo; Instance: TObject;
var result: Extended); stdcall;
begin
result := GetFloatProp(Instance, PropInfo);
end;
procedure _SetFloatProp(PropInfo: PPropInfo; Instance: TObject;
var value: Extended); stdcall;
begin
SetFloatProp(Instance, PropInfo, Value);
end;
procedure _GetVariantProp(PropInfo: PPropInfo; Instance: TObject;
var result: Variant); stdcall;
begin
result := GetVariantProp(Instance, PropInfo);
end;
procedure _SetVariantProp(PropInfo: PPropInfo; Instance: TObject;
var value: Variant); stdcall;
begin
SetVariantProp(Instance, PropInfo, Value);
end;
procedure _GetInt64Prop(PropInfo: PPropInfo; Instance: TObject;
var result: Int64); stdcall;
begin
result := GetInt64Prop(Instance, PropInfo);
end;
procedure _SetInt64Prop(PropInfo: PPropInfo; Instance: TObject;
var value: Int64); stdcall;
begin
SetInt64Prop(Instance, PropInfo, Value);
end;
procedure _GetEventProp(PropInfo: PPropInfo; Instance: TObject;
var N: TMethod); stdcall;
begin
N := GetMethodProp(Instance, PropInfo);
end;
procedure _CreateMethod(Data, Code: Pointer; var M: TMethod); stdcall;
begin
M.Code := Code;
M.Data := Data;
end;
procedure _RecordAssign(dest, source: Pointer; Size: Integer); stdcall;
begin
Move(source^, dest^, Size);
end;
//------------------ Dynamic array support routines ----------------------------
procedure FreeDynarrayTVarRec(const A: DynarrayTVarRec);
var
I: Integer;
begin
for I:=0 to System.Length(A) - 1 do
begin
case A[I].VType of
vtInt64:
Dispose(PInt64(A[I].VInt64));
vtExtended:
Dispose(PExtended(A[I].VExtended));
vtVariant:
Dispose(PVariant(A[I].VVariant));
{$IFNDEF PAXARM}
vtString:
Dispose(PShortString(A[I].VString));
vtWideString:
WideString(A[I].VWideString) := '';
{$ENDIF}
{$IFDEF UNIC}
vtUnicodeString:
UnicString(A[I].VUnicodeString) := '';
{$ENDIF}
end;
end;
end;
procedure _ClearTVarRec(var Dest: TVarRec);
begin
case Dest.VType of
vtInt64:
if Assigned(Dest.VInt64) then
begin
Dispose(PInt64(Dest.VInt64));
end;
vtExtended:
if Assigned(Dest.VExtended) then
begin
Dispose(PExtended(Dest.VExtended));
end;
{$IFNDEF PAXARM}
vtString:
if Assigned(Dest.VString) then
begin
Dispose(PShortString(Dest.VString));
end;
{$ENDIF}
vtVariant:
if Assigned(Dest.VVariant) then
begin
Dispose(PVariant(Dest.VVariant));
end;
{$IFNDEF PAXARM}
vtWideString:
if Assigned(Dest.VWideString) then
begin
WideString(Dest.VWideString) := '';
end;
{$ENDIF}
{$IFDEF UNIC}
vtUnicodeString:
if Assigned(Dest.VUnicodeString) then
begin
UnicString(Dest.VUnicodeString) := '';
end;
{$ENDIF}
end;
FillChar(Dest, SizeOf(Dest), 0);
end;
procedure _AssignTVarRec(P: Pointer;
Address: Pointer;
var Dest: TVarRec;
TypeID: Integer);
stdcall;
{$IFNDEF PAXARM}
var
WS: WideString;
{$ENDIF}
begin
_ClearTVarRec(Dest);
case TypeId of
typeINTEGER:
begin
Dest.VType := vtInteger;
Dest.VInteger := Integer(Address^);
end;
typeBYTE:
begin
Dest.VType := vtInteger;
Dest.VInteger := Byte(Address^);
end;
typeWORD:
begin
Dest.VType := vtInteger;
Dest.VInteger := Word(Address^);
end;
typeSHORTINT:
begin
Dest.VType := vtInteger;
Dest.VInteger := ShortInt(Address^);
end;
typeSMALLINT:
begin
Dest.VType := vtInteger;
Dest.VInteger := SmallInt(Address^);
end;
typeCARDINAL:
begin
Dest.VType := vtInt64;
New(PInt64(Dest.VInt64));
Dest.VInt64^ := Cardinal(Address^);
end;
typeINT64, typeUINT64:
begin
Dest.VType := vtInt64;
New(PInt64(Dest.VInt64));
Dest.VInt64^ := Int64(Address^);
end;
typeCURRENCY:
begin
Dest.VType := vtCurrency;
New(PCurrency(Dest.VCurrency));
Dest.VCurrency^ := Currency(Address^);
end;
typeBOOLEAN:
begin
Dest.VType := vtBoolean;
Dest.VBoolean := Boolean(Address^);
end;
{$IFNDEF PAXARM}
typeANSICHAR:
begin
Dest.VType := vtChar;
Dest.VChar := AnsiChar(Address^);
end;
typeSHORTSTRING:
begin
Dest.VType := vtString;
New(PShortString(Dest.VString));
PShortString(Dest.VString)^ := PShortString(Address)^;
end;
typeANSISTRING:
begin
Dest.VType := vtAnsiString;
AnsiString(Dest.VAnsiString) := PAnsiString(Address)^;
end;
typeWIDESTRING:
begin
{$IFDEF UNIC}
Dest.VType := vtUnicodeString;
UnicString(Dest.VUnicodeString) := PWideString(Address)^;
{$ELSE}
Dest.VType := vtString;
New(PShortString(Dest.VString));
PShortString(Dest.VString)^ := PWideString(Address)^;
{$ENDIF}
end;
{$ENDIF}
typeDOUBLE, typeSINGLE, typeEXTENDED:
begin
Dest.VType := vtExtended;
New(PExtended(Dest.VExtended));
case TypeId of
typeDOUBLE: PExtended(Dest.VExtended)^ := PDouble(Address)^;
typeSINGLE: PExtended(Dest.VExtended)^ := PSingle(Address)^;
typeEXTENDED: PExtended(Dest.VExtended)^ := PExtended(Address)^;
end;
end;
typePOINTER:
begin
Dest.VType := vtPointer;
Dest.VPointer := Pointer(Address^);
end;
{$IFNDEF PAXARM}
typePANSICHAR:
begin
Dest.VType := vtPChar;
Dest.VPChar := Pointer(Address^);
end;
{$ENDIF}
typeCLASS:
begin
Dest.VType := vtObject;
Dest.VObject := TObject(Address^);
end;
typeCLASSREF:
begin
Dest.VType := vtClass;
Dest.VClass := TClass(Address^);
end;
typeWIDECHAR:
begin
Dest.VType := vtWideChar;
Dest.VWideChar := WideChar(Address^);
end;
typePWIDECHAR:
begin
{$IFDEF PAXARM}
Dest.VType := vtUnicodeString;
UnicString(Dest.VUnicodeString) := PWideChar(Pointer(Address^));
{$ELSE}
{$IFDEF UNIC}
Dest.VType := vtUnicodeString;
_WideStringFromPWideChar(PWideChar(Pointer(Address^)), WS);
UnicString(Dest.VUnicodeString) := WS;
{$ELSE}
Dest.VType := vtString;
New(PShortString(Dest.VString));
_WideStringFromPWideChar(PWideChar(Pointer(Address^)), WS);
PShortString(Dest.VString)^ := AnsiString(WS);
{$ENDIF}
{$ENDIF}
end;
typeVARIANT:
begin
Dest.VType := vtVariant;
New(PVariant(Dest.VVariant));
PVariant(Dest.VVariant)^ := PVariant(Address)^;
end;
typeUNICSTRING:
begin
{$IFDEF UNIC}
Dest.VType := vtUnicodeString;
UnicString(Dest.VUnicodeString) := PUnicString(Address)^;
{$ELSE}
Dest.VType := vtString;
New(PShortString(Dest.VString));
PShortString(Dest.VString)^ := PUnicString(Address)^;
{$ENDIF}
end;
end;
end;
type
PDynArrayRec = ^TDynArrayRec;
TDynArrayRec = packed record
{$IFDEF CPUX64}
_Padding: LongInt; // Make 16 byte align for payload..
{$ENDIF}
RefCnt: LongInt;
Length: IntPax;
end;
procedure _CreateEmptyDynarray(var A: Pointer); stdcall;
var
P: Pointer;
begin
if A <> nil then
begin
P := ShiftPointer(A, - SizeOf(TDynArrayRec));
FreeMem(P, SizeOf(TDynArrayRec));
end;
P := AllocMem(SizeOf(TDynArrayRec));
PDynArrayRec(P)^.RefCnt := 1;
A := ShiftPointer(P, SizeOf(TDynArrayRec));
end;
function _DynarrayRefCount(P: Pointer): Integer;
begin
if P = nil then
result := -1
else
begin
P := ShiftPointer(P, - SizeOf(TDynArrayRec));
Result := PDynArrayRec(P)^.RefCnt;
end;
end;
function _DynarrayLength(P: Pointer): Integer;
var
Q: Pointer;
begin
if P = nil then
result := 0
else
begin
Q := ShiftPointer(P, - SizeOf(TDynArrayRec));
Result := PDynArrayRec(Q)^.Length;
{$IFDEF FPC}
Inc(result);
{$ENDIF}
end;
end;
procedure _DynarraySetLength(var A: Pointer; L: Integer;
ElFinalTypeID, ElTypeID, ElSize: Integer); stdcall;
var
P: Pointer;
begin
case ElFinalTypeID of
{$IFNDEF PAXARM}
typeANSICHAR: SetLength(DynarrayChar(A), L);
typeANSISTRING: SetLength(DynarrayString(A), L);
typeSHORTSTRING: SetLength(DynarrayShortString(A), L);
typeWIDESTRING: SetLength(DynarrayWideString(A), L);
{$ENDIF}
typeBOOLEAN: SetLength(DynarrayBoolean(A), L);
typeBYTE: SetLength(DynarrayByte(A), L);
typeWORD: SetLength(DynarrayWord(A), L);
typeCARDINAL: SetLength(DynarrayCardinal(A), L);
typeINTEGER: SetLength(DynarrayInteger(A), L);
typeDOUBLE: SetLength(DynarrayDouble(A), L);
typePOINTER: SetLength(DynarrayPointer(A), L);
typeENUM: SetLength(DynarrayInteger(A), L);
typePROC: SetLength(DynarrayPointer(A), L);
typeSINGLE: SetLength(DynarraySingle(A), L);
typeEXTENDED: SetLength(DynarrayExtended(A), L);
typeCURRENCY: SetLength(DynarrayCurrency(A), L);
typeCLASS: SetLength(DynarrayPointer(A), L);
typeCLASSREF: SetLength(DynarrayPointer(A), L);
typeWIDECHAR: SetLength(DynarrayWideChar(A), L);
typeUNICSTRING: SetLength(DynarrayUnicString(A), L);
typeVARIANT: SetLength(DynarrayVariant(A), L);
typeDYNARRAY: SetLength(DynarrayPointer(A), L);
else
begin
if ElTypeID = H_TVarRec then
begin
SetLength(DynarrayTVarRec(A), L);
Exit;
end;
{$IFDEF FPC}
Dec(L);
{$ENDIF}
if A <> nil then
begin
P := ShiftPointer(A, - SizeOf(TDynArrayRec));
ReallocMem(P, L * ElSize + SizeOf(TDynArrayRec));
PDynArrayRec(P)^.Length := L;
A := ShiftPointer(P, SizeOf(TDynArrayRec));
Exit;
end;
A := AllocMem(SizeOf(TDynArrayRec) + L * ElSize);
PDynArrayRec(A)^.RefCnt := 1;
PDynArrayRec(A)^.Length := L;
A := ShiftPointer(A, SizeOf(TDynArrayRec));
end;
end;
end;
procedure _DynarraySetLength2(var A: Pointer; L1, L2: Integer;
ElFinalTypeID, ElTypeID, ElSize: Integer); stdcall;
var
I: Integer;
begin
case ElFinalTypeID of
{$IFNDEF PAXARM}
typeANSICHAR: SetLength(DynarrayChar2(A), L1, L2);
typeANSISTRING: SetLength(DynarrayString2(A), L1, L2);
typeSHORTSTRING: SetLength(DynarrayShortString2(A), L1, L2);
typeWIDESTRING: SetLength(DynarrayWideString2(A), L1, L2);
{$ENDIF}
typeBOOLEAN: SetLength(DynarrayBoolean2(A), L1, L2);
typeBYTE: SetLength(DynarrayByte2(A), L1, L2);
typeWORD: SetLength(DynarrayWord2(A), L1, L2);
typeCARDINAL: SetLength(DynarrayCardinal2(A), L1, L2);
typeINTEGER: SetLength(DynarrayInteger2(A), L1, L2);
typeDOUBLE: SetLength(DynarrayDouble2(A), L1, L2);
typePOINTER: SetLength(DynarrayPointer2(A), L1, L2);
typeENUM: SetLength(DynarrayInteger2(A), L1, L2);
typePROC: SetLength(DynarrayPointer2(A), L1, L2);
typeSINGLE: SetLength(DynarraySingle2(A), L1, L2);
typeEXTENDED: SetLength(DynarrayExtended2(A), L1, L2);
typeCURRENCY: SetLength(DynarrayCurrency2(A), L1, L2);
typeCLASS: SetLength(DynarrayPointer2(A), L1, L2);
typeCLASSREF: SetLength(DynarrayPointer2(A), L1, L2);
typeWIDECHAR: SetLength(DynarrayWideChar2(A), L1, L2);
typeUNICSTRING: SetLength(DynarrayUnicString2(A), L1, L2);
typeVARIANT: SetLength(DynarrayVariant2(A), L1, L2);
typeDYNARRAY: SetLength(DynarrayPointer2(A), L1, L2);
else
begin
_DynarraySetLength(A, L1, typePOINTER, 0, 0);
for I := 0 to L1 - 1 do
_DynarraySetLength(DynarrayPointer(A)[I], L2, ElFinalTypeId, ElTypeId, ElSize);
end;
end;
end;
procedure _DynarraySetLength3(var A: Pointer; L1, L2, L3: Integer;
ElFinalTypeID, ElTypeID, ElSize: Integer); stdcall;
type
DynarrayPointer2 = array of array of Pointer;
var
I, J: Integer;
begin
case ElFinalTypeID of
{$IFNDEF PAXARM}
typeANSICHAR: SetLength(DynarrayChar3(A), L1, L2, L3);
typeANSISTRING: SetLength(DynarrayString3(A), L1, L2, L3);
typeSHORTSTRING: SetLength(DynarrayShortString3(A), L1, L2, L3);
typeWIDESTRING: SetLength(DynarrayWideString3(A), L1, L2, L3);
{$ENDIF}
typeBOOLEAN: SetLength(DynarrayBoolean3(A), L1, L2, L3);
typeBYTE: SetLength(DynarrayByte3(A), L1, L2, L3);
typeWORD: SetLength(DynarrayWord3(A), L1, L2, L3);
typeCARDINAL: SetLength(DynarrayCardinal3(A), L1, L2, L3);
typeINTEGER: SetLength(DynarrayInteger3(A), L1, L2, L3);
typeDOUBLE: SetLength(DynarrayDouble3(A), L1, L2, L3);
typePOINTER: SetLength(DynarrayPointer3(A), L1, L2, L3);
typeENUM: SetLength(DynarrayInteger3(A), L1, L2, L3);
typePROC: SetLength(DynarrayPointer3(A), L1, L2, L3);
typeSINGLE: SetLength(DynarraySingle3(A), L1, L2, L3);
typeEXTENDED: SetLength(DynarrayExtended3(A), L1, L2, L3);
typeCURRENCY: SetLength(DynarrayCurrency3(A), L1, L2, L3);
typeCLASS: SetLength(DynarrayPointer3(A), L1, L2, L3);
typeCLASSREF: SetLength(DynarrayPointer3(A), L1, L2, L3);
typeWIDECHAR: SetLength(DynarrayWideChar3(A), L1, L2, L3);
typeUNICSTRING: SetLength(DynarrayUnicString3(A), L1, L2, L3);
typeVARIANT: SetLength(DynarrayVariant3(A), L1, L2, L3);
typeDYNARRAY: SetLength(DynarrayPointer3(A), L1, L2, L3);
else
begin
_DynarraySetLength2(A, L1, L2, typePOINTER, 0, 0);
for I := 0 to L1 - 1 do
for J := 0 to L2 - 1 do
_DynarraySetLength(DynarrayPointer2(A)[I][J], L2, ElFinalTypeId, ElTypeId, ElSize);
end;
end;
end;
procedure _DynarrayHigh(var P: Pointer; var result: Integer); stdcall;
begin
result := _DynarrayLength(P) - 1;
end;
function _DynarrayIncRefCount(P: Pointer): Integer;
var
Q: Pointer;
begin
if P <> nil then
begin
Q := ShiftPointer(P, - SizeOf(TDynArrayRec));
Inc(PDynArrayRec(Q)^.RefCnt, 1);
result := _DynarrayRefCount(P);
end
else
result := 0;
end;
function _DynarrayDecRefCount(P: Pointer): Integer;
var
Q: Pointer;
begin
if P <> nil then
begin
Q := ShiftPointer(P, - SizeOf(TDynArrayRec));
Dec(PDynArrayRec(Q)^.RefCnt, 1);
result := _DynarrayRefCount(P);
end
else
result := 0;
end;
procedure _DynarrayClr(var A: Pointer;
FinalTypeID, TypeID, ElSize,
FinalTypeID2, TypeID2, ElSize2: Integer); stdcall;
var
P: Pointer;
I, K, L: Integer;
begin
case FinalTypeID of
{$IFNDEF PAXARM}
typeANSISTRING: DynarrayString(A) := nil;
typeWIDESTRING: DynarrayWideString(A) := nil;
typeANSICHAR: DynarrayChar(A) := nil;
typeSHORTSTRING: DynarrayShortString(A) := nil;
{$ENDIF}
typeUNICSTRING: DynarrayUnicString(A) := nil;
typeVARIANT, typeOLEVARIANT: DynarrayVariant(A) := nil;
typeBOOLEAN: DynarrayBoolean(A) := nil;
typeBYTE: DynarrayByte(A) := nil;
typeWORD: DynarrayWord(A) := nil;
typeCARDINAL: DynarrayCardinal(A) := nil;
typeINTEGER: DynarrayInteger(A) := nil;
typeDOUBLE: DynarrayDouble(A) := nil;
typePOINTER: DynarrayPointer(A) := nil;
typeENUM: DynarrayInteger(A) := nil;
typePROC: DynarrayPointer(A) := nil;
typeSINGLE: DynarraySingle(A) := nil;
typeEXTENDED: DynarrayExtended(A) := nil;
typeCURRENCY: DynarrayCurrency(A) := nil;
typeCLASS: DynarrayPointer(A) := nil;
typeCLASSREF: DynarrayPointer(A) := nil;
typeWIDECHAR: DynarrayWideChar(A) := nil;
typeDYNARRAY:
begin
if A <> nil then
begin
for I := 0 to System.Length(DynarrayPointer(A)) - 1 do
_DynarrayClr(DynarrayPointer(A)[I],
FinalTypeID2, TypeID2, ElSize2, 0, 0, 0);
DynarrayPointer(A) := nil;
end;
end
else
begin
if A <> nil then
begin
if TypeID = H_TVarRec then
begin
K := _DynarrayRefCount(A);
if K = 1 then
begin
{$ifdef GE_DXETOKYO} // XILINX, Tokyo mod
FreeDynarrayTVarRec(DynarrayTVarRec(A));
{$else}
FreeDynarrayTVarRec(A);
{$endif}
DynarrayTVarRec(A) := nil;
Exit;
end;
end;
K := _DynarrayRefCount(A);
if K > 1 then
begin
_DynarrayDecRefCount(A);
Exit;
end;
L := _DynarrayLength(A);
P := ShiftPointer(A, - SizeOf(TDynArrayRec));
FreeMem(P, L * ElSize + SizeOf(TDynArrayRec));
A := nil;
end;
end;
end;
end;
procedure _DynarrayClr1(var A: Pointer;
FinalTypeID, TypeID, ElSize: Integer); stdcall;
var
P: Pointer;
K, L: Integer;
begin
case FinalTypeID of
{$IFNDEF PAXARM}
typeANSISTRING: DynarrayString(A) := nil;
typeWIDESTRING: DynarrayWideString(A) := nil;
typeANSICHAR: DynarrayChar(A) := nil;
typeSHORTSTRING: DynarrayShortString(A) := nil;
{$ENDIF}
typeUNICSTRING: DynarrayUnicString(A) := nil;
typeVARIANT, typeOLEVARIANT: DynarrayVariant(A) := nil;
typeBOOLEAN: DynarrayBoolean(A) := nil;
typeBYTE: DynarrayByte(A) := nil;
typeWORD: DynarrayWord(A) := nil;
typeCARDINAL: DynarrayCardinal(A) := nil;
typeINTEGER: DynarrayInteger(A) := nil;
typeDOUBLE: DynarrayDouble(A) := nil;
typePOINTER: DynarrayPointer(A) := nil;
typeENUM: DynarrayInteger(A) := nil;
typePROC: DynarrayPointer(A) := nil;
typeSINGLE: DynarraySingle(A) := nil;
typeEXTENDED: DynarrayExtended(A) := nil;
typeCURRENCY: DynarrayCurrency(A) := nil;
typeCLASS: DynarrayPointer(A) := nil;
typeCLASSREF: DynarrayPointer(A) := nil;
typeWIDECHAR: DynarrayWideChar(A) := nil;
else
begin
if A <> nil then
begin
if TypeID = H_TVarRec then
begin
K := _DynarrayRefCount(A);
if K = 1 then
begin
{$ifdef GE_DXETOKYO} // XILINX, Tokyo mod
FreeDynarrayTVarRec(DynarrayTVarRec(A));
{$else}
FreeDynarrayTVarRec(A);
{$endif}
DynarrayTVarRec(A) := nil;
Exit;
end;
end;
K := _DynarrayRefCount(A);
if K > 1 then
begin
_DynarrayDecRefCount(A);
Exit;
end;
L := _DynarrayLength(A);
P := ShiftPointer(A, - SizeOf(TDynArrayRec));
FreeMem(P, L * ElSize + SizeOf(TDynArrayRec));
A := nil;
end;
end;
end;
end;
procedure _DynarrayClr2(var A: Pointer;
FinalTypeID, TypeID, ElSize: Integer); stdcall;
var
I: Integer;
begin
if A = nil then
Exit;
for I := 0 to System.Length(DynarrayPointer(A)) - 1 do
_DynarrayClr1(DynarrayPointer(A)[I], FinalTypeID, TypeID, ElSize);
DynarrayPointer(A) := nil;
end;
procedure _DynarrayClr3(var A: Pointer;
FinalTypeID, TypeID, ElSize: Integer); stdcall;
var
I: Integer;
begin
if A = nil then
Exit;
for I := 0 to System.Length(DynarrayPointer(A)) - 1 do
_DynarrayClr2(DynarrayPointer(A)[I], FinalTypeID, TypeID, ElSize);
DynarrayPointer(A) := nil;
end;
procedure _DynarrayAssign(var Source, Dest: Pointer;
FinalTypeID, TypeID, ElSize,
FinalTypeID2, TypeID2, ElSize2: Integer); stdcall;
var
K: Integer;
begin
if Source = nil then
begin
_DynArrayClr(Dest, FinalTypeId, TypeId, ElSize,
FinalTypeId2, TypeId2, ElSize2);
Exit;
end;
_DynarrayIncRefCount(Source);
if Dest <> nil then
begin
K := _DynarrayDecRefCount(Dest);
if K = 0 then
_DynArrayClr(Dest, FinalTypeId, TypeId, ElSize,
FinalTypeId2, TypeId2, ElSize2);
end;
Dest := Source;
end;
function _VariantLength(const V: Variant): Integer;
var
VT: Word;
I: Integer;
begin
VT := VarType(V);
if VT < varArray then
result := Length(V)
else
begin
result := 1;
for I := 1 to VarArrayDimCount(V) do
result := result * (VarArrayHighBound(V, I) + 1);
end;
end;
procedure _LockVArray(var V: Variant; var Result: Pointer); stdcall;
begin
result := VarArrayLock(V);
end;
procedure _UnlockVArray(var V: Variant); stdcall;
begin
VarArrayUnlock(V);
end;
procedure _IntOver; stdcall;
begin
raise EIntOverflow.Create(errIntegerOverflow);
end;
procedure _BoundError; stdcall;
begin
raise ERangeError.Create(errRangeCheckError);
end;
procedure _StringAddRef(var S: Pointer); stdcall;
var
P: PStringRec;
begin
if S <> nil then
begin
P := Pointer(Integer(S) - Sizeof(TStringRec));
Inc(P^.RefCount);
end;
end;
procedure _DynarrayAddRef(P: Pointer); stdcall;
begin
_DynarrayIncRefCount(P);
end;
procedure _InterfaceAddRef(var I: Pointer); stdcall;
begin
IUnknown(I)._AddRef;
end;
procedure _VariantAddRef(var V: Variant); stdcall;
var
VT: Integer;
begin
VT := VarType(V);
{$IFNDEF PAXARM}
if VT = varString then
_StringAddRef(TVarData(V).VString)
else if VT = varOleStr then
_StringAddRef(Pointer(TVarData(V).VOleStr))
else
{$ENDIF}
{$IFDEF UNIC}
if VT = varUString then
_StringAddRef(Pointer(TVarData(V).VUString))
else
{$ENDIF}
if VT = varDispatch then
_InterfaceAddRef(TVarData(V).VDispatch);
end;
{$IFDEF PAXARM}
function TObject_ClassName(IsClass: Integer; P: Pointer): String; stdcall;
begin
if IsClass = 1 then
result := TClass(P).ClassName
else
result := TObject(P).ClassName;
end;
{$ELSE}
function TObject_ClassName(IsClass: Integer; P: Pointer): ShortString; stdcall;
var
X: TObject;
S: String;
begin
if IsClass = 1 then
begin
S := TClass(P).ClassName;
result := ShortString(S);
end
else
begin
X := TObject(P);
S := X.ClassName;
result := ShortString(S);
end;
end;
{$ENDIF}
function _GetProgAddress: Pointer;
begin
result := @ CurrProg;
end;
function GetRefCount(Self: TInterfacedObject): Integer;
begin
result := Self.RefCount;
end;
function _Round(E: Extended): Int64;
begin
result := Round(E);
end;
procedure _GetComponent(X: TComponent; I: Integer; var Y: TComponent); stdcall;
begin
Y := X.Components[I];
end;
procedure Dummy;
begin
end;
// TExtraImportTableList -------------------------------------------------------
function TExtraImportTableList.GetRecord(I: Integer): TBaseSymbolTable;
begin
result := TBaseSymbolTable(L[I]);
end;
function TExtraImportTableList.Import(CurrentTable: TBaseSymbolTable;
const FullName: String;
UpCase: Boolean;
DoRaiseError: Boolean = true): Integer;
var
I: Integer;
begin
result := 0;
for I := 0 to Count - 1 do
begin
result := CurrentTable.ImportFromTable(Records[I], FullName, UpCase, DoRaiseError);
if result <> 0 then
Exit;
end;
end;
function TExtraImportTableList.Add(st: TBaseSymbolTable): Integer;
begin
result := L.Add(st);
end;
procedure TExtraImportTableList.Remove(st: TBaseSymbolTable);
var
I: Integer;
begin
I := L.IndexOf(st);
if I >= 0 then
L.Delete(I);
FreeAndNil(st);
end;
//------------------------------------------------------------------------------
procedure TMyInterfacedObject_AddRef(Self: TObject); stdcall;
begin
TMyInterfacedObject(Self)._AddRef;
end;
procedure TMyInterfacedObject_Release(Self: TObject); stdcall;
begin
TMyInterfacedObject(Self)._Release;
end;
function TObject_GetInterface(Self: TObject; const IID: TGUID; out Obj): Boolean;
begin
result := Self.GetInterface(IID, Obj);
end;
procedure Set_ExitCode(P: TBaseRunner; value: Integer); stdcall;
begin
P.ExitCode := value;
end;
function Get_ExitCode(P: TBaseRunner): Integer; stdcall;
begin
result := P.ExitCode;
end;
procedure _GetDynamicMethodAddress(AClass: TClass; Id: integer;
var result: Pointer); stdcall;
var
Dmt: PDmtTable;
DmtMethodList: PDmtMethodList;
I: Integer;
C: TClass;
begin
Result := nil;
C := AClass;
repeat
Dmt := GetDmtFromClass(C);
if Assigned(Dmt) then
begin
DmtMethodList := @Dmt^.IndexList[Dmt.Count];
for I := 0 to Dmt^.Count - 1 do
if Dmt^.IndexList[I] = Id then
begin
Result := DmtMethodList[I];
Exit;
end;
end;
C := C.ClassParent;
if C = nil then
break;
until false;
end;
procedure _CallVirt(Runner: TBaseRunner; ObjectName, PropName: PChar; A: array of Variant; var Result: Variant); stdcall;
begin
if not Assigned(Runner.OnVirtualObjectMethodCall) then
Runner.RaiseError(errVirtualObjectMethodCallEventNotAssigned, []);
Runner.OnVirtualObjectMethodCall(Runner.Owner, String(ObjectName), String(PropName), A, result);
end;
procedure _PutVirt(Runner: TBaseRunner; ObjectName, PropName: PChar; A: array of Variant; const value: Variant); stdcall;
begin
if not Assigned(Runner.OnVirtualObjectPutProperty) then
Runner.RaiseError(errVirtualObjectPutPropertyEventNotAssigned, []);
Runner.OnVirtualObjectPutProperty(Runner.Owner, String(ObjectName), String(PropName), A, value);
end;
procedure _AddMessage(Runner: Pointer; msg_id: Integer; FullName: PChar); stdcall;
var
R: TMessageRec;
I: Integer;
P: TBaseRunner;
begin
P := TBaseRunner(Runner);
I := P.MessageList.IndexOf(FullName);
if I >= 0 then
Exit;
R := P.MessageList.AddRecord;
R.msg_id := msg_id;
R.FullName := FullName;
end;
procedure _TypeInfo(Prog: Pointer; FullTypeName: PChar; var result: PTypeInfo); stdcall;
var
R: TTypeInfoContainer;
{$ifdef DRTTI}
t: TRTTIType;
PackageInfo: PPackageTypeInfo;
lib: PLibModule;
lp: PByte;
i: integer;
aName: String;
aUnit: String;
procedure PeekData(var P: PByte; var Data; Len: Integer);
begin
Move(P^, Data, Len);
end;
procedure ReadData(var P: PByte; var Data; Len: Integer);
begin
PeekData(P, Data, Len);
Inc(P, Len);
end;
function ReadU8(var P: PByte): Byte;
begin
ReadData(P, Result, SizeOf(Result));
end;
function ReadShortString(var P: PByte): string;
var
len: Integer;
begin
Result := UTF8ToString(PShortString(P)^);
len := ReadU8(P);
Inc(P, len);
end;
{$endif}
var P: TBaseRunner;
begin
P := TBaseRunner(Prog);
R := P.ProgTypeInfoList.LookupFullName(FullTypeName);
if R = nil then
begin
{$ifdef DRTTI}
t := PaxContext.FindType(FullTypeName);
if t = nil then
t := PaxContext.FindType(ExtractName(FullTypeName));
aName := ExtractName(FullTypeName);
lib := LibModuleList;
while lib <> nil do
begin
PackageInfo := lib^.TypeInfo;
if PackageInfo <> nil then
begin
lp := Pointer(PackageInfo^.UnitNames);
for i := 0 to PackageInfo^.UnitCount - 1 do
begin
aUnit := ReadShortString(lp);
t := PaxContext.FindType(aUnit + '.' + aName);
if t <> nil then
break;
end;
end;
if t <> nil then
break;
lib := lib.Next;
end;
if t = nil then
result := nil
else
result := t.Handle;
{$else}
result := nil;
{$endif}
end
else
result := R.TypeInfoPtr;
end;
function GetPointerType(T: Integer): Integer;
begin
if T = typeINTEGER then
result := H_PInteger
else if T = typeSMALLINT then
result := H_PSmallInt
else if T = typeSHORTINT then
result := H_PShortInt
else if T = typeCARDINAL then
result := H_PCardinal
else if T = typeWORD then
result := H_PWord
else if T = typeBYTE then
result := H_PByte
else if T = typeINT64 then
result := H_PInt64
else if T = typeSINGLE then
result := H_PSingle
else if T = typeDOUBLE then
result := H_PDouble
else if T = typeEXTENDED then
result := H_PExtended
else if T = typeCURRENCY then
result := H_PCurrency
else if T = typeVARIANT then
result := H_PVariant
else if T = typePOINTER then
result := H_PPointer
else if T = typeBOOLEAN then
result := H_PBoolean
else if T = typeWIDECHAR then
result := H_PWideChar
{$IFNDEF PAXARM}
else if T = typeANSICHAR then
result := H_PAnsiChar
else if T = typeSHORTSTRING then
result := H_PShortString
else if T = typeANSISTRING then
result := H_PAnsiString
else if T = typeWIDESTRING then
result := H_PWideString
{$ENDIF}
else if T = typeUNICSTRING then
result := H_PUnicString
else if T = H_PINTEGER then
result := H_PPInteger
else if T = H_PSMALLINT then
result := H_PPSmallInt
else if T = H_PSHORTINT then
result := H_PPShortInt
else if T = H_PCARDINAL then
result := H_PPCardinal
else if T = H_PWORD then
result := H_PPWord
else if T = H_PBYTE then
result := H_PPByte
else if T = H_PINT64 then
result := H_PPInt64
else if T = H_PSINGLE then
result := H_PPSingle
else if T = H_PDOUBLE then
result := H_PPDouble
else if T = H_PEXTENDED then
result := H_PPExtended
else if T = H_PCURRENCY then
result := H_PPCurrency
else if T = H_PVARIANT then
result := H_PPVariant
else if T = H_PPOINTER then
result := H_PPPointer
else if T = H_PBOOLEAN then
result := H_PPBoolean
else if T = typeWIDECHAR then
result := H_PWideChar
{$IFNDEF PAXARM}
else if T = H_PANSICHAR then
result := H_PPAnsiChar
else if T = H_PSHORTSTRING then
result := H_PPShortString
else if T = H_PANSISTRING then
result := H_PPAnsiString
else if T = H_PWIDESTRING then
result := H_PPWideString
{$ENDIF}
else if T = H_PUNICSTRING then
result := H_PPUnicString
else
result := 0;
end;
var
Unassigned: Variant;
procedure Register_TYPEINFO(H_Namespace: Integer; st: TBaseSymbolTable);
var
H_Sub: Integer;
begin
with st do
begin
H_Sub := RegisterRoutine(H_Namespace, 'TypeInfo', typeVOID, ccSTDCALL, nil);
RegisterParameter(H_Sub, typePOINTER, Unassigned, false, 'X');
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _TypeInfo);
Id_TypeInfo := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
end;
end;
procedure FindAvailTypes;
begin
if AvailTypeList.Count = 0 then
begin
{$IFDEF DRTTI}
CreateAvailTypes;
{$ENDIF}
end;
end;
type
TMyObject = class(TObject);
const
ByRef = true;
procedure AddStdRoutines(st: TBaseSymbolTable);
var
H_Namespace, H_Sub, H, T1, T2, T3, T4, T5: Integer;
H_R0_7, H_TGUID_D4, H_TEntries, H_TPOINT: Integer;
begin
with st do
begin
Reset;
RegisterRoutine(0, strWrite, typeVOID, ccREGISTER, @_Write);
H_Sub := RegisterRoutine(0, strWriteln, typeVOID, ccREGISTER, @_Writeln);
H_Writeln := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteBool);
Id_WriteBool := LastSubId;
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned);
H_WriteBool := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteByteBool);
Id_WriteByteBool := LastSubId;
RegisterParameter(H_Sub, typeBYTEBOOL, Unassigned);
H_WriteByteBool := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteWordBool);
Id_WriteWordBool := LastSubId;
RegisterParameter(H_Sub, typeWORDBOOL, Unassigned);
H_WriteWordBool := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteLongBool);
Id_WriteLongBool := LastSubId;
RegisterParameter(H_Sub, typeLONGBOOL, Unassigned);
H_WriteLongBool := H_Sub;
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteAnsiChar);
Id_WriteAnsiChar := LastSubId;
RegisterParameter(H_Sub, typeANSICHAR, Unassigned);
H_WriteAnsiChar := H_Sub;
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteByte);
Id_WriteByte := LastSubId;
RegisterParameter(H_Sub, typeBYTE, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteByte := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteWord);
Id_WriteWord := LastSubId;
RegisterParameter(H_Sub, typeWORD, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteWord := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteCardinal);
Id_WriteCardinal := LastSubId;
RegisterParameter(H_Sub, typeCARDINAL, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteCardinal := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteSmallInt);
Id_WriteSmallInt := LastSubId;
RegisterParameter(H_Sub, typeSMALLINT, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteSmallInt := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteShortInt);
Id_WriteShortInt := LastSubId;
RegisterParameter(H_Sub, typeSHORTINT, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteShortInt := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteInt);
Id_WriteInt := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteInteger := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteInt64);
Id_WriteInt64 := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteInt64 := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteDouble);
Id_WriteDouble := LastSubId;
RegisterParameter(H_Sub, typeDOUBLE, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteDouble := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteSingle);
Id_WriteSingle := LastSubId;
RegisterParameter(H_Sub, typeSINGLE, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteSingle := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteCurrency);
Id_WriteCurrency := LastSubId;
RegisterParameter(H_Sub, typeCURRENCY, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteCurrency := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteExtended);
Id_WriteExtended := LastSubId;
RegisterParameter(H_Sub, typeEXTENDED, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteExtended := H_Sub;
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteString);
Id_WriteString := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned);
Records[Card].IsConst := true;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteAnsiString := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteShortString);
Id_WriteShortString := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteShortString := H_Sub;
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteWideChar);
Id_WriteWideChar := LastSubId;
RegisterParameter(H_Sub, typeWIDECHAR, Unassigned);
H_WriteWideChar := H_Sub;
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteWideString);
Id_WriteWideString := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteWideString := H_Sub;
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteVariant);
Id_WriteVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteVariant := H_Sub;
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteObject);
Id_WriteObject := LastSubId;
RegisterParameter(H_Sub, typeCLASS, Unassigned);
H_WriteObject := H_Sub;
//--------- SET ROUTINES -------------------------------------------------------
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetInclude);
Id_SetInclude := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetIncludeInterval);
Id_SetIncludeInterval := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetExclude);
Id_SetExclude := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetUnion);
Id_SetUnion := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetDifference);
Id_SetDifference := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetIntersection);
Id_SetIntersection := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeBOOLEAN, ccSTDCALL, @_SetSubset);
Id_SetSubset := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeBOOLEAN, ccSTDCALL, @_SetSuperset);
Id_SetSuperset := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeBOOLEAN, ccSTDCALL, @_SetEquality);
Id_SetEquality := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeBOOLEAN, ccSTDCALL, @_SetInequality);
Id_SetInequality := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeBOOLEAN, ccSTDCALL, @_SetMembership);
Id_SetMembership := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typePOINTER, ccSTDCALL, @ _LoadProc);
Id_LoadProc := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
//--------- String ROUTINES ----------------------------------------------------
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _AnsiStringFromPAnsiChar);
Id_AnsiStringFromPAnsiChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringFromPAnsiChar);
Id_WideStringFromPAnsiChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringFromPWideChar);
Id_WideStringFromPWideChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromAnsiChar);
Id_AnsiStringFromAnsiChar := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringFromAnsiChar);
Id_WideStringFromAnsiChar := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _WideStringFromWideChar);
Id_WideStringFromWideChar := LastSubId;
RegisterParameter(H_Sub, typeWIDECHAR, Unassigned);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _AnsiStringFromWideChar);
Id_AnsiStringFromWideChar := LastSubId;
RegisterParameter(H_Sub, typeWIDECHAR, Unassigned);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringAssign);
Id_AnsiStringAssign := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringAssign);
Id_WideStringAssign := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringAddition);
Id_AnsiStringAddition := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringAddition);
Id_WideStringAddition := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringAssign);
Id_ShortStringAssign := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringAddition);
Id_ShortStringAddition := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringClr);
Id_AnsiStringClr := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringClr);
Id_WideStringClr := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_InterfaceClr);
Id_InterfaceClr := LastSubId;
RegisterParameter(H_Sub, typeINTERFACE, Unassigned, ByRef);
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_StringAddRef);
Id_StringAddRef := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_StringAddRef);
Id_WideStringAddRef := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_DynarrayAddRef);
Id_DynarrayAddRef := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_InterfaceAddRef);
Id_InterfaceAddRef := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantAddRef);
Id_VariantAddRef := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringFromAnsiString);
Id_ShortStringFromAnsiString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringFromWideString);
Id_ShortStringFromWideString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromShortString);
Id_AnsiStringFromShortString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringFromShortString);
Id_WideStringFromShortString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromWideString);
Id_AnsiStringFromWideString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringFromAnsiString);
Id_WideStringFromAnsiString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_StrInt);
Id_StrInt := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_StrDouble);
Id_StrDouble := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_StrSingle);
Id_StrSingle := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeSINGLE, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_StrExtended);
Id_StrExtended := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned);
RegisterRoutine(0, '', typeVOID, ccREGISTER, @_DecStringCounter);
Id_DecStringCounter := LastSubId;
{$IFDEF FPC}
RegisterRoutine(0, '', typeVOID, ccREGISTER, @_IncStringCounter);
Id_IncStringCounter := LastSubId;
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringEquality);
Id_AnsiStringEquality := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringNotEquality);
Id_AnsiStringNotEquality := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringEquality);
Id_ShortStringEquality := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringNotEquality);
Id_ShortStringNotEquality := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringEquality);
Id_WideStringEquality := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringNotEquality);
Id_WideStringNotEquality := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeINTEGER, ccSTDCALL, @_ShortstringHigh);
Id_ShortstringHigh := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _AnsiStringGreaterThan);
Id_AnsiStringGreaterThan := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringGreaterThanOrEqual);
Id_AnsiStringGreaterThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringLessThan);
Id_AnsiStringLessThan := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringLessThanOrEqual);
Id_AnsiStringLessThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _ShortStringGreaterThan);
Id_ShortStringGreaterThan := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringGreaterThanOrEqual);
Id_ShortStringGreaterThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringLessThan);
Id_ShortStringLessThan := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringLessThanOrEqual);
Id_ShortStringLessThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _WideStringGreaterThan);
Id_WideStringGreaterThan := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringGreaterThanOrEqual);
Id_WideStringGreaterThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringLessThan);
Id_WideStringLessThan := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringLessThanOrEqual);
Id_WideStringLessThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetStringLength);
Id_SetStringLength := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetWideStringLength);
Id_SetWideStringLength := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetShortStringLength);
Id_SetShortStringLength := LastSubId;
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetVariantLength);
Id_SetVariantLength := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
//--------- INT64 ROUTINES -----------------------------------------------------
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64Multiplication);
Id_Int64Multiplication := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64Division);
Id_Int64Division := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64Modulo);
Id_Int64Modulo := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64LeftShift);
Id_Int64LeftShift := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64RightShift);
Id_Int64RightShift := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64LessThan);
Id_Int64LessThan := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64LessThanOrEqual);
Id_Int64LessThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64GreaterThan);
Id_Int64GreaterThan := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64GreaterThanOrEqual);
Id_Int64GreaterThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64Equality);
Id_Int64Equality := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64NotEquality);
Id_Int64NotEquality := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _Int64Abs);
Id_Int64Abs := LastSubId;
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
// uint64
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _UInt64LessThan);
Id_UInt64LessThan := LastSubId;
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _UInt64LessThanOrEqual);
Id_UInt64LessThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _UInt64GreaterThan);
Id_UInt64GreaterThan := LastSubId;
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _UInt64GreaterThanOrEqual);
Id_UInt64GreaterThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUINT64, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
//--------- VARIANT ROUTINES ---------------------------------------------------
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromVariant);
Id_OleVariantFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantAssign);
Id_VariantAssign := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _OleVariantAssign);
Id_OleVariantAssign := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromPAnsiChar);
Id_VariantFromPAnsiChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromPAnsiChar);
Id_OleVariantFromPAnsiChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromInterface);
Id_VariantFromInterface := LastSubId;
RegisterParameter(H_Sub, typeINTERFACE, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromInterface);
Id_OleVariantFromInterface := LastSubId;
RegisterParameter(H_Sub, typeINTERFACE, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromAnsiString);
Id_VariantFromAnsiString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromAnsiString);
Id_OleVariantFromAnsiString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromWideString);
Id_VariantFromWideString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromWideString);
Id_OleVariantFromWideString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromShortString);
Id_VariantFromShortString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromShortString);
Id_OleVariantFromShortString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromAnsiChar);
Id_VariantFromAnsiChar := LastSubId;
RegisterParameter(H_Sub, typeANSICHAR, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromAnsiChar);
Id_OleVariantFromAnsiChar := LastSubId;
RegisterParameter(H_Sub, typeANSICHAR, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromWideChar);
Id_VariantFromWideChar := LastSubId;
RegisterParameter(H_Sub, typeWIDECHAR, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromWideChar);
Id_OleVariantFromWideChar := LastSubId;
RegisterParameter(H_Sub, typeWIDECHAR, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromInt);
Id_VariantFromInt := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromInt);
Id_OleVariantFromInt := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromInt64);
Id_VariantFromInt64 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromInt64);
Id_OleVariantFromInt64 := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantFromByte);
Id_VariantFromByte := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBYTE, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _OleVariantFromByte);
Id_OleVariantFromByte := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBYTE, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromBool);
Id_VariantFromBool := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromBool);
Id_OleVariantFromBool := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromWord);
Id_VariantFromWord := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWORD, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromWord);
Id_OleVariantFromWord := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWORD, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromCardinal);
Id_VariantFromCardinal := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeCARDINAL, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromCardinal);
Id_OleVariantFromCardinal := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeCARDINAL, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromSmallInt);
Id_VariantFromSmallInt := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSMALLINT, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromSmallInt);
Id_OleVariantFromSmallInt := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSMALLINT, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromShortInt);
Id_VariantFromShortInt := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTINT, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromShortInt);
Id_OleVariantFromShortInt := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTINT, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromDouble);
Id_VariantFromDouble := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromDouble);
Id_OleVariantFromDouble := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromCurrency);
Id_VariantFromCurrency := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeCURRENCY, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromCurrency);
Id_OleVariantFromCurrency := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeCURRENCY, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromSingle);
Id_VariantFromSingle := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSINGLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromSingle);
Id_OleVariantFromSingle := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSINGLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromExtended);
Id_VariantFromExtended := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromExtended);
Id_OleVariantFromExtended := LastSubId;
RegisterParameter(H_Sub, typeOLEVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, ByRef);
{$IFDEF UNIC}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromInt);
Id_UnicStringFromInt := LastSubId; // js only
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromDouble);
Id_UnicStringFromDouble := LastSubId; // js only
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromSingle);
Id_UnicStringFromSingle := LastSubId; // js only
RegisterParameter(H_Sub, typeSINGLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromExtended);
Id_UnicStringFromExtended := LastSubId; // js only
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromBoolean);
Id_UnicStringFromBoolean := LastSubId; // js only
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
{$ELSE}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromInt);
Id_AnsiStringFromInt := LastSubId; // js only
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromDouble);
Id_AnsiStringFromDouble := LastSubId; // js only
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromSingle);
Id_AnsiStringFromSingle := LastSubId; // js only
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSINGLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromExtended);
Id_AnsiStringFromExtended := LastSubId; // js only
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromBoolean);
Id_AnsiStringFromBoolean := LastSubId; // js only
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
{$ENDIF} // not unic
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideCharFromVariant);
Id_WideCharFromVariant := LastSubId;
RegisterParameter(H_Sub, typeWIDECHAR, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiCharFromVariant);
Id_AnsiCharFromVariant := LastSubId;
RegisterParameter(H_Sub, typeANSICHAR, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromVariant);
Id_AnsiStringFromVariant := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringFromVariant);
Id_WideStringFromVariant := LastSubId;
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringFromVariant);
Id_ShortStringFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, ByRef);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_DoubleFromVariant);
Id_DoubleFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_CurrencyFromVariant);
Id_CurrencyFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeCURRENCY, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SingleFromVariant);
Id_SingleFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ExtendedFromVariant);
Id_ExtendedFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_IntFromVariant);
Id_IntFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_Int64FromVariant);
Id_Int64FromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINT64, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ByteFromVariant);
Id_ByteFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBYTE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WordFromVariant);
Id_WordFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWORD, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_CardinalFromVariant);
Id_CardinalFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeCARDINAL, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SmallIntFromVariant);
Id_SmallIntFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSMALLINT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortIntFromVariant);
Id_ShortIntFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeSHORTINT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_BoolFromVariant);
Id_BoolFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ByteBoolFromVariant);
Id_ByteBoolFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBYTEBOOL, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WordBoolFromVariant);
Id_WordBoolFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeWORDBOOL, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_LongBoolFromVariant);
Id_LongBoolFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeLONGBOOL, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantAddition);
Id_VariantAddition := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantSubtraction);
Id_VariantSubtraction := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantMultiplication);
Id_VariantMultiplication := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantDivision);
Id_VariantDivision := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantIDivision);
Id_VariantIDivision := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantModulo);
Id_VariantModulo := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantLeftShift);
Id_VariantLeftShift := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantRightShift);
Id_VariantRightShift := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantAnd);
Id_VariantAnd := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantOr);
Id_VariantOr := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantXor);
Id_VariantXor := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantLessThan);
Id_VariantLessThan := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantLessThanOrEqual);
Id_VariantLessThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantGreaterThan);
Id_VariantGreaterThan := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantGreaterThanOrEqual);
Id_VariantGreaterThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantEquality);
Id_VariantEquality := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantNotEquality);
Id_VariantNotEquality := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantNegation);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
Id_VariantNegation := LastSubId;
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantAbs);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
Id_VariantAbs := LastSubId;
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VariantNot);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
Id_VariantNot := LastSubId;
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VarArrayGet1);
Id_VarArrayGet1 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VarArrayPut1);
Id_VarArrayPut1 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VarArrayGet2);
Id_VarArrayGet2 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VarArrayPut2);
Id_VarArrayPut2 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VarArrayGet3);
Id_VarArrayGet3 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _VarArrayPut3);
Id_VarArrayPut3 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _InterfaceFromClass);
Id_InterfaceFromClass := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _InterfaceCast);
Id_InterfaceCast := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _InterfaceAssign);
Id_InterfaceAssign := LastSubId;
RegisterParameter(H_Sub, typeINTERFACE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTERFACE, Unassigned, ByRef);
{$IFDEF PAX64}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _DoubleMultiplication);
Id_DoubleMultiplication := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _DoubleDivision);
Id_DoubleDivision := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _DoubleAddition);
Id_DoubleAddition := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _DoubleSubtraction);
Id_DoubleSubtraction := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _DoubleNegation);
Id_DoubleNegation := LastSubId;
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef);
{$ENDIF}
//------------------ Dynamic array support routines ----------------------------
RegisterRoutine(0, 'SetLength', typeVOID, ccSTDCALL, nil);
RegisterRoutine(0, '', typeVOID, ccREGISTER, @_CondHalt);
Id_CondHalt := LastSubId;
H_Sub := RegisterRoutine(0, '_toParentClass', typeVOID, ccSTDCALL, @_ToParentClass);
Id_ToParentClass := LastSubId;
RegisterParameter(H_Sub, typeCLASS, Unassigned);
RegisterParameter(H_Sub, typeCLASS, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UpdateInstance);
Id_UpdateInstance := LastSubId;
RegisterParameter(H_Sub, typeCLASS, Unassigned);
RegisterParameter(H_Sub, typeCLASS, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_BeginExceptBlock);
Id_BeginExceptBlock := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
// reserved
// RegisterRoutine(0, '', typeVOID, ccSTDCALL, @Dummy);
{$IFNDEF PAXARM}
RegisterRoutine(0, '', typeVOID, ccREGISTER, @_DestroyInherited);
Id_DestroyInherited := LastSubId;
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL,
@ _DynarraySetLength);
Id_DynarraySetLength := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL,
@ _CreateEmptyDynarray);
Id_CreateEmptyDynarray := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL,
@ _DynarrayClr);
Id_DynarrayClr := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL,
@ _DynarrayAssign);
Id_DynarrayAssign := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeINTEGER, ccSTDCALL,
@_DynarrayHigh);
Id_DynarrayHigh := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef);
//------------------------------------------------------------------------------
{$IFDEF MSWINDOWS}
RegisterRoutine(0, strGetTickCount, typeINTEGER, ccREGISTER, @GetTickCount);
{$ELSE}
RegisterRoutine(0, '', typeINTEGER, ccREGISTER, nil);
{$ENDIF}
RegisterRoutine(0, '', typePOINTER, ccREGISTER, @GetClassByIndex);
Id_GetClassByIndex := LastSubId;
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_PrintEx);
Id_PrintEx := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned); //runner
RegisterParameter(H_Sub, typePOINTER, Unassigned); //address
RegisterParameter(H_Sub, typeINTEGER, Unassigned); //kind
RegisterParameter(H_Sub, typeINTEGER, Unassigned); //ft
RegisterParameter(H_Sub, typeINTEGER, Unassigned); //L1
RegisterParameter(H_Sub, typeINTEGER, Unassigned); //L2
// processing IS
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_Is);
Id_Is := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ClassName);
Id_ClassName := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_BeforeCallHost);
Id_BeforeCallHost := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AfterCallHost);
Id_AfterCallHost := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OnCreateObject);
Id_OnCreateObject := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OnCreateHostObject);
Id_OnCreateHostObject := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OnDestroyHostObject);
Id_OnDestroyHostObject := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OnAfterObjectCreation);
Id_OnAfterObjectCreation := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
// processing of published properties
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetAnsiStrProp);
Id_GetAnsiStrProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetAnsiStrProp);
Id_SetAnsiStrProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetWideStrProp);
Id_GetWideStrProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetWideStrProp);
Id_SetWideStrProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetOrdProp);
Id_GetOrdProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetOrdProp);
Id_SetOrdProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetInterfaceProp);
Id_GetInterfaceProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetInterfaceProp);
Id_SetInterfaceProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetSetProp);
Id_GetSetProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetSetProp);
Id_SetSetProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetFloatProp);
Id_GetFloatProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetFloatProp);
Id_SetFloatProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetVariantProp);
Id_GetVariantProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetVariantProp);
Id_SetVariantProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetInt64Prop);
Id_GetInt64Prop := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _SetInt64Prop);
Id_SetInt64Prop := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _GetEventProp);
Id_GetEventProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_SetEventProp);
Id_SetEventProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_SetEventProp2);
Id_SetEventProp2 := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _CreateMethod);
Id_CreateMethod := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
// processing try-except-finally
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_TryOn);
Id_TryOn := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_TryOff);
Id_TryOff := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_Raise);
Id_Raise := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_Exit);
Id_Exit := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_Finally);
Id_Finally := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_CondRaise);
Id_CondRaise := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_EndExceptBlock);
Id_EndExceptBlock := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
// processing pause
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_Pause);
Id_Pause := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterRoutine(0, 'pause', typeVOID, ccSTDCALL, nil);
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, Address_InitSub);
Id_InitSub := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, Address_EndSub);
Id_EndSub := LastSubId;
RegisterParameter(H_Sub, typeCLASS, Unassigned);
// processing halt
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_Halt);
Id_Halt := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterRoutine(0, 'halt', typeVOID, ccSTDCALL, nil);
RegisterRoutine(0, 'abort', typeVOID, ccSTDCALL, nil);
RegisterRoutine(0, 'print', typeVOID, ccSTDCALL, nil);
RegisterRoutine(0, 'println', typeVOID, ccSTDCALL, nil);
// processing breakpoints
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_CheckPause);
Id_CheckPause := LastSubId;
RegisterParameter(H_Sub, typeCLASS, Unassigned);
// processing integer overflow
RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_IntOver);
Id_IntOver := LastSubId;
// processing bound error
RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_BoundError);
Id_BoundError := LastSubId;
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_CreateObject);
Id_CreateObject := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _ErrAbstract);
Id_ErrAbstract := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _RecordAssign);
Id_RecordAssign := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterRoutine(0, '_GetProgAddress', typePOINTER, ccSTDCALL, @ _GetProgAddress);
CURR_FMUL_ID := RegisterConstant(0, '_10000.0', typeSINGLE, 10000.0);
/////////////////////////////////////////////////////////////////////
/// PASCAL NAMESPASCE ///////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////
H_Namespace := RegisterNamespace(0, StrPascalNamespace);
H_PascalNamespace := H_Namespace;
H_Sub := RegisterRoutine(H_Namespace, 'GetMem', typeVOID, ccREGISTER,
@_GetMem);
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef, 'P');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Size');
H_Sub := RegisterRoutine(H_Namespace, 'FreeMem', typeVOID, ccREGISTER,
@_FreeMem);
RegisterParameter(H_Sub, typePOINTER, Unassigned, false, 'P');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Size');
H_Sub := RegisterRoutine(H_Namespace, 'AllocMem', typePOINTER, ccREGISTER,
@AllocMem);
RegisterParameter(H_Sub, typeCARDINAL, Unassigned, false, 'Size');
// PASCAL ARITHMETIC ROUTINES ///////////////////////////////////////
H_Sub := RegisterRoutine(H_Namespace, 'Abs', typeVOID, ccSTDCALL, nil);
RegisterParameter(H_Sub, typeVOID, Unassigned, ByRef, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'ArcTan', typeEXTENDED, ccREGISTER,
@_ArcTan);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Cos', typeEXTENDED, ccREGISTER, @_Cos);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Exp', typeEXTENDED, ccREGISTER, @_Exp);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Frac', typeEXTENDED, ccREGISTER, @_Frac);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Int', typeEXTENDED, ccREGISTER, @_Int);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Ln', typeEXTENDED, ccREGISTER, @_Ln);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
RegisterConstant(H_Namespace, 'Pi', typeEXTENDED, Pi);
H_Sub := RegisterRoutine(H_Namespace, 'Sin', typeEXTENDED, ccREGISTER, @_Sin);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Sqr', typeEXTENDED, ccREGISTER, @_Sqr);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Sqrt', typeEXTENDED, ccREGISTER, @_Sqrt);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Trunc', typeINTEGER, ccREGISTER, @_Trunc);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Power', typeEXTENDED, ccREGISTER, @_Power);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'Base');
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'Exponent');
/////////////////////////////////////////////////////////////////////
RegisterRoutine(H_Namespace, 'New', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Dispose', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Inc', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Dec', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Pred', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Succ', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Ord', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Chr', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'Low', typeVOID, ccSTDCALL, nil);
RegisterRoutine(H_Namespace, 'High', typeVOID, ccSTDCALL, nil);
RegisterRoutine(0, 'Assigned', typeVOID, ccSTDCALL, nil);
H_Sub := RegisterRoutine(H_Namespace, 'Odd', typeBOOLEAN, ccREGISTER, @_Odd);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'X');
// PASCAL AnsiString ROUTINES ///////////////////////////////////////
H_Sub := RegisterRoutine(0, 'Length', typeINTEGER, ccREGISTER,
@_DynarrayLength);
Id_DynArrayLength := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, false, 'X');
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, 'Length', typeINTEGER, ccREGISTER,
@_LengthString);
Id_AnsiStringLength := LastSubId;
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, false, 'S');
H_Sub := RegisterRoutine(0, 'Length', typeINTEGER, ccREGISTER,
@ _LengthShortString);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, false, 'S');
H_Sub := RegisterRoutine(0, 'Length', typeINTEGER, ccREGISTER,
@_LengthWideString);
RegisterParameter(H_Sub, typeWIDESTRING, Unassigned, false, 'S');
{$ENDIF}
H_Sub := RegisterRoutine(0, 'Length', typeINTEGER, ccREGISTER,
@_LengthUnicString);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'S');
H_Sub := RegisterRoutine(0, 'Length', typeINTEGER, ccREGISTER,
@_VariantLength);
Id_VariantArrayLength := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, false, 'S');
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(H_Namespace, 'Delete', typeVOID, ccREGISTER,
@_Delete);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef, 'S');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Index');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Count');
H_Sub := RegisterRoutine(H_Namespace, 'Insert', typeVOID, ccREGISTER,
@_Insert);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, false, 'Substr');
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, ByRef, 'Dest');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Index');
{$ENDIF}
RegisterRoutine(H_Namespace, 'Str', typeVOID, ccSTDCALL, nil);
H_Sub := RegisterRoutine(H_Namespace, 'Val', typeVOID, ccREGISTER, @_ValInt);
RegisterParameter(H_Sub, typeSTRING, Unassigned, false, 'S');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef, 'V');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef, 'Code');
H_Sub := RegisterRoutine(H_Namespace, 'Val', typeVOID, ccREGISTER,
@_ValDouble);
RegisterParameter(H_Sub, typeSTRING, Unassigned, false, 'X');
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef, 'V');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef, 'Code');
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(H_Namespace, 'Copy', typeANSISTRING, ccREGISTER,
@_Copy);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, false, 'S');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Index');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Count');
H_Sub := RegisterRoutine(H_Namespace, 'Pos', typeINTEGER, ccREGISTER,
@_PosString);
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, false, 'Substr');
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, false, 'Str');
H_Sub := RegisterRoutine(H_Namespace, 'Pos', typeINTEGER, ccREGISTER, @_PosChar);
RegisterParameter(H_Sub, typeANSICHAR, Unassigned, false, 'Ch');
RegisterParameter(H_Sub, typeANSISTRING, Unassigned, false, 'Str');
{$ENDIF}
/////////////////////////////////////////////////////////////////////
// PASCAL MISCELLANEOUS ROUTINES ////////////////////////////////////
H_Sub := RegisterRoutine(H_Namespace, 'SizeOf', typeVOID, ccSTDCALL, nil);
RegisterParameter(H_Sub, typeVOID, Unassigned, ByRef, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Move', typeVOID, ccREGISTER, @Move);
RegisterParameter(H_Sub, typePVOID, Unassigned, false, 'Source');
RegisterParameter(H_Sub, typePVOID, Unassigned, ByRef, 'Dest');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Count');
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(H_Namespace, 'FillChar', typeVOID, ccREGISTER,
@_FillChar);
RegisterParameter(H_Sub, typePVOID, Unassigned, ByRef, 'X');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Count');
RegisterParameter(H_Sub, typeANSICHAR, Unassigned, false, 'Value');
{$ENDIF}
H_Sub := RegisterRoutine(H_Namespace, 'FillChar', typeVOID, ccREGISTER,
@_FillChar);
RegisterParameter(H_Sub, typePVOID, Unassigned, ByRef, 'X');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Count');
RegisterParameter(H_Sub, typeBYTE, Unassigned, false, 'Value');
{$IFNDEF PAXARM}
{$IFDEF FPC}
H_Sub := RegisterRoutine(H_Namespace, 'Upcase', typeANSICHAR, ccREGISTER,
@_Upcase);
{$ELSE}
H_Sub := RegisterRoutine(H_Namespace, 'Upcase', typeANSICHAR, ccREGISTER,
@ Upcase);
{$ENDIF}
RegisterParameter(H_Sub, typeANSICHAR, Unassigned, false, 'C');
{$ENDIF}
RegisterRoutine(H_Namespace, 'Randomize', typeVOID, ccREGISTER, @Randomize);
H_Sub := RegisterRoutine(H_Namespace, 'Random', typeINTEGER, ccREGISTER,
@_Random1);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'X');
RegisterRoutine(H_Namespace, 'Random', typeDOUBLE, ccREGISTER, @_Random);
H_Sub := RegisterRoutine(H_Namespace, 'Hi', typeBYTE, ccREGISTER, @_HiInt);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Hi', typeBYTE, ccREGISTER, @_HiWord);
RegisterParameter(H_Sub, typeWORD, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Lo', typeBYTE, ccREGISTER, @_LoInt);
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Lo', typeBYTE, ccREGISTER, @_LoWord);
RegisterParameter(H_Sub, typeWORD, Unassigned, false, 'X');
H_Sub := RegisterRoutine(H_Namespace, 'Round', typeINT64, ccREGISTER, @_Round);
RegisterParameter(H_Sub, typeEXTENDED, Unassigned, false, 'X');
{$IFDEF TRIAL}
strShowTrial[0] := '_';
strShowTrial[1] := '_';
strShowTrial[2] := '_';
strShowTrial[3] := '9';
strShowTrial[4] := '^';
strShowTrial[5] := '*';
strShowTrial[6] := #0;
RegisterRoutine(0, strShowTrial, typeVOID, ccREGISTER, @ ShowTrial);
{$ENDIF}
H_TPOINT := RegisterRecordType(0, 'TPoint', 1);
RegisterTypeField(H_TPOINT, 'X', typeINTEGER);
RegisterTypeField(H_TPOINT, 'Y', typeINTEGER);
H := RegisterRecordType(0, 'TRect', 1);
RegisterTypeField(H, 'Left', typeINTEGER);
RegisterTypeField(H, 'Top', typeINTEGER);
RegisterTypeField(H, 'Right', typeINTEGER);
RegisterTypeField(H, 'Bottom', typeINTEGER);
// PASCAL CLASSES ROUTINES /////////////////////////////////////////////////////
RegisterTypeAlias(H_Namespace, 'Real', typeDOUBLE);
Id_TDateTime := RegisterTypeAlias(H_Namespace, 'TDateTime', typeDOUBLE);
RegisterTypeAlias(H_Namespace, 'Longint', typeINTEGER);
RegisterTypeAlias(H_Namespace, 'THandle', typeCARDINAL);
RegisterTypeAlias(H_Namespace, 'LongWord', typeCARDINAL);
RegisterTypeAlias(H_Namespace, 'HRESULT', typeINTEGER);
RegisterTypeAlias(H_Namespace, 'HMODULE', typeINTEGER);
H_PInteger := RegisterPointerType(H_Namespace, 'PInteger', typeINTEGER);
H_PSmallInt := RegisterPointerType(H_Namespace, 'PSmallInt', typeSMALLINT);
H_PShortInt := RegisterPointerType(H_Namespace, 'PShortInt', typeSHORTINT);
H_PCardinal := RegisterPointerType(H_Namespace, 'PCardinal', typeCARDINAL);
H_PWord := RegisterPointerType(H_Namespace, 'PWord', typeWORD);
H_PByte := RegisterPointerType(H_Namespace, 'PByte', typeBYTE);
H_PInt64 := RegisterPointerType(H_Namespace, 'PInt64', typeINT64);
H_PSingle := RegisterPointerType(H_Namespace, 'PSingle', typeSINGLE);
H_PDouble := RegisterPointerType(H_Namespace, 'PDouble', typeDOUBLE);
H_PExtended := RegisterPointerType(H_Namespace, 'PExtended', typeEXTENDED);
H_PCurrency := RegisterPointerType(H_Namespace, 'PCurrency', typeCURRENCY);
H_PVariant := RegisterPointerType(H_Namespace, 'PVariant', typeVARIANT);
H_PPointer := RegisterPointerType(H_Namespace, 'PPointer', typePOINTER);
H_PBoolean := RegisterPointerType(H_Namespace, 'PBoolean', typeBOOLEAN);
H_PWideChar := typePWIDECHAR;
{$IFNDEF PAXARM}
H_PAnsiChar := typePANSICHAR;
H_PShortString := RegisterPointerType(0, 'PShortString', typeSHORTSTRING);
H_PAnsiString := RegisterPointerType(0, 'PAnsiString', typeANSISTRING);
H_PWideString := RegisterPointerType(0, 'PWideString', typeWIDESTRING);
{$ENDIF}
H_PUnicString := RegisterPointerType(0, 'PUnicString', typeUNICSTRING);
{$IFDEF UNIC}
H_PString := H_PUnicString;
{$ELSE}
H_PString := H_PAnsiString;
{$ENDIF}
RegisterTypeAlias(H_Namespace, 'PLongint', H_PINTEGER);
RegisterTypeAlias(H_Namespace, 'PLongWord', H_PCARDINAL);
RegisterTypeAlias(H_Namespace, 'PDate', H_PDOUBLE);
{$IFNDEF PAXARM}
RegisterTypeAlias(H_Namespace, 'PAnsiChar', typePANSICHAR);
{$ENDIF}
H_PPInteger := RegisterPointerType(H_Namespace, 'PPInteger', H_PINTEGER);
H_PPSmallInt := RegisterPointerType(H_Namespace, 'PPSmallInt', H_PSMALLINT);
H_PPShortInt := RegisterPointerType(H_Namespace, 'PPShortInt', H_PSHORTINT);
H_PPCardinal := RegisterPointerType(H_Namespace, 'PPCardinal', H_PCARDINAL);
H_PPWord := RegisterPointerType(H_Namespace, 'PPWord', H_PWORD);
H_PPByte := RegisterPointerType(H_Namespace, 'PPByte', H_PBYTE);
H_PPInt64 := RegisterPointerType(H_Namespace, 'PPInt64', H_PINT64);
H_PPSingle := RegisterPointerType(H_Namespace, 'PPSingle', H_PSINGLE);
H_PPDouble := RegisterPointerType(H_Namespace, 'PPDouble', H_PDOUBLE);
H_PPExtended := RegisterPointerType(H_Namespace, 'PPExtended', H_PEXTENDED);
H_PPCurrency := RegisterPointerType(H_Namespace, 'PPCurrency', H_PCURRENCY);
H_PPVariant := RegisterPointerType(H_Namespace, 'PPVariant', H_PVARIANT);
H_PPPointer := RegisterPointerType(H_Namespace, 'PPPointer', H_PPOINTER);
H_PPBoolean := RegisterPointerType(H_Namespace, 'PPBoolean', H_PBOOLEAN);
H_PPWideChar := RegisterPointerType(H_Namespace, 'PPWideChar', H_PWIDECHAR);
{$IFNDEF PAXARM}
H_PPAnsiChar := RegisterPointerType(H_Namespace, 'PPAnsiChar', H_PANSICHAR);
H_PPShortString := RegisterPointerType(0, 'PPShortString', H_PSHORTSTRING);
H_PPAnsiString := RegisterPointerType(0, 'PPAnsiString', H_PANSISTRING);
H_PPWideString := RegisterPointerType(0, 'PPWideString', H_PWIDESTRING);
{$ENDIF}
H_PPUnicString := RegisterPointerType(0, 'PPUnicString', H_PUNICSTRING);
H_R0_7 := RegisterSubrangeType(0, '%0-7', typeINTEGER, 0, 7);
H_TGUID_D4 := RegisterArrayType(0, '%TGUID_D4', H_R0_7, typeBYTE, 1);
H_TGUID := RegisterRecordType(0, 'TGUID', 1);
RegisterTypeField(H_TGUID, 'D1', typeCARDINAL);
RegisterTypeField(H_TGUID, 'D2', typeWORD);
RegisterTypeField(H_TGUID, 'D3', typeWORD);
RegisterTypeField(H_TGUID, 'D4', H_TGUID_D4);
H_PGUID := RegisterPointerType(0, 'PGUID', H_TGUID);
H_IUnknown := RegisterInterfaceType(0, 'IUnknown', IUnknown);
RegisterHeader(H_IUnknown, 'function QueryInterface(const IID: TGUID; out Obj): HResult; stdcall;', nil, 1);
H_QueryInterface := LastSubId;
RegisterHeader(H_IUnknown, 'function _AddRef: Integer; stdcall;', nil, 2);
H_AddRef := LastSubId;
RegisterHeader(H_IUnknown, 'function _Release: Integer; stdcall;', nil, 3);
H_Release := LastSubId;
RegisterTypeAlias(0, 'IInterface', H_IUNKNOWN);
H_IDispatch := RegisterInterfaceType(0, 'IDispatch', IDispatch);
RegisterHeader(H_IDispatch,
'function GetTypeInfoCount(out Count: Integer): HResult; stdcall;', nil, 4);
RegisterHeader(H_IDispatch,
'function GetTypeInfo(Index, LocaleID: Integer; out TypeInfo): HResult; stdcall;', nil, 5);
RegisterHeader(H_IDispatch,
'function GetIDsOfNames(const IID: TGUID; Names: Pointer;' +
'NameCount, LocaleID: Integer; DispIDs: Pointer): HResult; stdcall;', nil, 6);
RegisterHeader(H_IDispatch,
'function Invoke(DispID: Integer; const IID: TGUID; LocaleID: Integer;' +
'Flags: Word; var Params; VarResult, ExcepInfo, ArgErr: Pointer): HResult; stdcall;', nil, 7);
// TObject
H_TObject := RegisterClassType(0, TObject);
H_TClass := RegisterClassReferenceType(0, 'TClass', H_TObject);
RegisterConstructor(H_TObject, 'Create', @TObject.Create);
RegisterDestructor(H_TObject, 'Destroy', @TMyObject.Destroy);
Id_TObject_Destroy := LastSubId;
RegisterMethod(H_TObject, 'Free', typeVOID, ccREGISTER, @TObject.Free);
Id_TObject_Free := LastSubId;
{$IFDEF PAXARM}
RegisterMethod(H_TObject, 'ClassName', typeSTRING, ccSTDCALL, @TObject_ClassName);
Id_TObject_ClassName := LastSubId;
{$ELSE}
RegisterMethod(H_TObject, 'ClassName', typeSHORTSTRING, ccSTDCALL,
@TObject_ClassName);
Id_TObject_ClassName := LastSubId;
{$ENDIF}
RegisterMethod(H_TObject, 'ClassType', H_TClass, ccREGISTER,
@TObject.ClassType);
RegisterMethod(H_TObject, 'ClassParent', H_TClass, ccREGISTER,
@TObject.ClassParent, true);
RegisterMethod(H_TObject, 'InstanceSize', typeINTEGER, ccREGISTER,
@TObject.InstanceSize, true);
RegisterHeader(H_TObject, 'function SafeCallException(ExceptObject: TObject; ExceptAddr: Pointer): HResult; virtual;',
@TObject.SafeCallException);
RegisterHeader(H_TObject, 'procedure AfterConstruction; virtual;',
@TObject.AfterConstruction);
RegisterHeader(H_TObject, 'procedure BeforeDestruction; virtual;',
@TObject.BeforeDestruction);
RegisterHeader(H_TObject, 'procedure Dispatch(var Message); virtual;',
@TObject.Dispatch);
RegisterHeader(H_TObject, 'procedure DefaultHandler(var Message); virtual;',
@TObject.DefaultHandler);
RegisterHeader(H_TObject, 'class function NewInstance: TObject; virtual;',
@TObject.NewInstance);
RegisterHeader(H_TObject, 'procedure FreeInstance; virtual;',
@TObject.FreeInstance);
{$ifdef UNIC}
RegisterHeader(H_TObject, 'function ToString: String; virtual;',
@TObject.ToString);
RegisterHeader(H_TObject, 'function Equals(Obj: TObject): Boolean; virtual;',
@TObject.Equals);
RegisterHeader(H_TObject, 'function GetHashCode: Integer; virtual;',
@TObject.GetHashCode);
{$endif}
{$IFDEF PAXARM}
H_Sub := RegisterMethod(H_TObject, 'FieldAddress', typePOINTER, ccREGISTER,
@TObject.FieldAddress);
RegisterParameter(H_Sub, typeSTRING, Unassigned, false, 'Name');
H_Sub := RegisterMethod(H_TObject, 'InheritsFrom', typeBOOLEAN, ccREGISTER,
@TObject.InheritsFrom, true);
RegisterParameter(H_Sub, H_TClass, Unassigned, false, 'AClass');
H_Sub := RegisterMethod(H_TObject, 'MethodAddress', typePOINTER, ccREGISTER,
@TObject.MethodAddress, true);
RegisterParameter(H_Sub, typeSTRING, Unassigned, false, 'Name');
H_Sub := RegisterMethod(H_TObject, 'MethodName', typeSTRING, ccREGISTER,
@TObject.MethodName, true);
RegisterParameter(H_Sub, typePOINTER, Unassigned, false, 'Address');
{$ELSE}
H_Sub := RegisterMethod(H_TObject, 'FieldAddress', typePOINTER, ccREGISTER,
@TObject.FieldAddress);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, false, 'Name');
H_Sub := RegisterMethod(H_TObject, 'InheritsFrom', typeBOOLEAN, ccREGISTER,
@TObject.InheritsFrom, true);
RegisterParameter(H_Sub, H_TClass, Unassigned, false, 'AClass');
H_Sub := RegisterMethod(H_TObject, 'MethodAddress', typePOINTER, ccREGISTER,
@TObject.MethodAddress, true);
RegisterParameter(H_Sub, typeSHORTSTRING, Unassigned, false, 'Name');
H_Sub := RegisterMethod(H_TObject, 'MethodName', typeSHORTSTRING, ccREGISTER,
@TObject.MethodName, true);
RegisterParameter(H_Sub, typePOINTER, Unassigned, false, 'Address');
{$ENDIF}
RegisterHeader(H_TObject, 'function GetInterface(const IID: TGUID; out Obj): Boolean;',
@ TObject_GetInterface);
Id_TObject_GetInterface := LastSubId;
// TInterfacedObject
H_TInterfacedObject := RegisterClassType(0, TInterfacedObject);
RegisterSupportedInterface(H_TInterfacedObject, 'IUnknown', IUnknown);
RegisterConstructor(H_TInterfacedObject, 'Create', @TInterfacedObject.Create);
RegisterHeader(H_TInterfacedObject, 'class function NewInstance: TObject; override;',
@TInterfacedObject.NewInstance);
RegisterHeader(H_TInterfacedObject, 'function __GetRefCount: Integer;', @GetRefCount);
RegisterHeader(H_TInterfacedObject, 'property RefCount: Integer read __GetRefCount;', nil);
RegisterHeader(H_TInterfacedObject, 'function QueryInterface(const IID: TGUID; out Obj): HResult; stdcall;',
@TMyInterfacedObject.QueryInterface);
RegisterHeader(H_TInterfacedObject, 'function _AddRef: Integer; stdcall;',
@TMyInterfacedObject_AddRef);
RegisterHeader(H_TInterfacedObject, 'function _Release: Integer; stdcall;',
@TMyInterfacedObject_Release);
// TInterfacedClass
RegisterClassReferenceType(0, 'TInterfacedClass', H_TInterfacedObject);
RegisterConstant(0, 'vtInteger', typeINTEGER, vtInteger);
RegisterConstant(0, 'vtBoolean', typeINTEGER, vtBoolean);
RegisterConstant(0, 'vtChar', typeINTEGER, vtChar);
RegisterConstant(0, 'vtExtended', typeINTEGER, vtExtended);
RegisterConstant(0, 'vtString', typeINTEGER, vtString);
RegisterConstant(0, 'vtPointer', typeINTEGER, vtPointer);
RegisterConstant(0, 'vtPChar', typeINTEGER, vtPChar);
RegisterConstant(0, 'vtObject', typeINTEGER, vtObject);
RegisterConstant(0, 'vtClass', typeINTEGER, vtClass);
RegisterConstant(0, 'vtWideChar', typeINTEGER, vtWideChar);
RegisterConstant(0, 'vtPWideChar', typeINTEGER, vtPWideChar);
RegisterConstant(0, 'vtAnsiString', typeINTEGER, vtAnsiString);
RegisterConstant(0, 'vtCurrency', typeINTEGER, vtCurrency);
RegisterConstant(0, 'vtVariant', typeINTEGER, vtVariant);
RegisterConstant(0, 'vtInterface', typeINTEGER, vtInterface);
RegisterConstant(0, 'vtWideString', typeINTEGER, vtWideString);
RegisterConstant(0, 'vtInt64', typeINTEGER, vtInt64);
H_TVarRec := RegisterRecordType(0, 'TVarRec', 1);
RegisterTypeField(H_TVarRec, 'VInteger', typeINTEGER, 0);
RegisterTypeField(H_TVarRec, 'VBoolean', typeBOOLEAN, 0);
{$IFNDEF PAXARM}
RegisterTypeField(H_TVarRec, 'VChar', typeANSICHAR, 0);
{$ENDIF}
RegisterTypeField(H_TVarRec, 'VExtended', H_PExtended, 0);
RegisterTypeField(H_TVarRec, 'VString', H_PShortString, 0);
RegisterTypeField(H_TVarRec, 'VPointer', typePOINTER, 0);
{$IFNDEF PAXARM}
RegisterTypeField(H_TVarRec, 'VPChar', typePANSICHAR, 0);
{$ENDIF}
RegisterTypeField(H_TVarRec, 'VObject', H_TObject, 0);
RegisterTypeField(H_TVarRec, 'VClass', H_TClass, 0);
RegisterTypeField(H_TVarRec, 'VWideChar', typeWIDECHAR, 0);
RegisterTypeField(H_TVarRec, 'VAnsiString', H_PSTRING, 0);
RegisterTypeField(H_TVarRec, 'VCurrency', typePOINTER, 0);
RegisterTypeField(H_TVarRec, 'VVariant', H_PVARIANT, 0);
RegisterTypeField(H_TVarRec, 'VInterface', typePOINTER, 0);
RegisterTypeField(H_TVarRec, 'VWideString', typePOINTER, 0);
RegisterTypeField(H_TVarRec, 'VInt64', typePOINTER, 0);
RegisterTypeField(H_TVarRec, 'VType', typeINTEGER, 4);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _AssignTVarRec);
Id_AssignTVarRec := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Dynarray_TVarRec := RegisterDynamicArrayType(0, 'DYNARRAY_TVarRec', H_TVarRec);
H_Dynarray_Integer := RegisterDynamicArrayType(0, 'DYNARRAY_Integer', typeINTEGER);
H_Dynarray_Byte := RegisterDynamicArrayType(0, 'DYNARRAY_Byte', typeBYTE);
H_Dynarray_Word := RegisterDynamicArrayType(0, 'DYNARRAY_Word', typeWORD);
H_Dynarray_ShortInt := RegisterDynamicArrayType(0, 'DYNARRAY_ShortInt', typeSHORTINT);
H_Dynarray_SmallInt := RegisterDynamicArrayType(0, 'DYNARRAY_SmallInt', typeSMALLINT);
H_Dynarray_Cardinal := RegisterDynamicArrayType(0, 'DYNARRAY_Cardinal', typeCARDINAL);
H_Dynarray_Int64 := RegisterDynamicArrayType(0, 'DYNARRAY_Int64', typeINT64);
H_Dynarray_UInt64 := RegisterDynamicArrayType(0, 'DYNARRAY_UInt64', typeUINT64);
{$IFNDEF PAXARM}
H_Dynarray_AnsiChar := RegisterDynamicArrayType(0, 'DYNARRAY_AnsiChar', typeANSICHAR);
H_Dynarray_WideChar := RegisterDynamicArrayType(0, 'DYNARRAY_WideChar', typeWIDECHAR);
H_Dynarray_AnsiString := RegisterDynamicArrayType(0, 'DYNARRAY_AnsiString', typeANSISTRING);
H_Dynarray_WideString := RegisterDynamicArrayType(0, 'DYNARRAY_WideString', typeWIDESTRING);
H_Dynarray_ShortString := RegisterDynamicArrayType(0, 'DYNARRAY_ShortString', typeSHORTSTRING);
{$ENDIF}
H_Dynarray_UnicodeString := RegisterDynamicArrayType(0, 'DYNARRAY_UnicodeString', typeUNICSTRING);
H_Dynarray_Double := RegisterDynamicArrayType(0, 'DYNARRAY_Double', typeDOUBLE);
H_Dynarray_Single := RegisterDynamicArrayType(0, 'DYNARRAY_Single', typeSINGLE);
H_Dynarray_Extended := RegisterDynamicArrayType(0, 'DYNARRAY_Extended', typeEXTENDED);
H_Dynarray_Currency := RegisterDynamicArrayType(0, 'DYNARRAY_Currency', typeCURRENCY);
H_Dynarray_Boolean := RegisterDynamicArrayType(0, 'DYNARRAY_Boolean', typeBOOLEAN);
H_Dynarray_ByteBool := RegisterDynamicArrayType(0, 'DYNARRAY_ByteBool', typeBYTEBOOL);
H_Dynarray_WordBool := RegisterDynamicArrayType(0, 'DYNARRAY_WordBool', typeWORDBOOL);
H_Dynarray_LongBool := RegisterDynamicArrayType(0, 'DYNARRAY_LongBool', typeLONGBOOL);
H_Dynarray_Variant := RegisterDynamicArrayType(0, 'DYNARRAY_Variant', typeVARIANT);
H_Dynarray_OleVariant := RegisterDynamicArrayType(0, 'DYNARRAY_OleVariant', typeOLEVARIANT);
H_Dynarray_Pointer := RegisterDynamicArrayType(0, 'DYNARRAY_Pointer', typePOINTER);
RegisterConstant(0, 'Null', typeVARIANT, Null);
H_Unassigned := RegisterConstant(0, strUnassigned, typeVARIANT, Unassigned);
RegisterConstant(0, 'MaxInt', typeINTEGER, MaxInt);
RegisterConstant(0, 'MaxLongint', typeINTEGER, MaxInt);
H_TMethod := RegisterRecordType(0, 'TMethod', 1);
RegisterTypeField(H_TMethod, 'Code', typePOINTER, 0);
RegisterTypeField(H_TMethod, 'Data', typePOINTER, 4);
// RegisterClassType(0, TPersistent);
// RegisterClassType(0, TComponent);
RegisterTypeAlias(H_Namespace, 'TVarType', typeWORD);
{$IFNDEF PAXARM}
RegisterPointerType(H_Namespace, 'PWideString', typeWIDESTRING);
RegisterTypeAlias(0, 'DWORD', typeCARDINAL);
RegisterTypeAlias(0, 'AnsiString', typeANSISTRING);
RegisterTypeAlias(0, 'AnsiChar', typeANSICHAR);
{$ENDIF}
RegisterConstant (H_Namespace, 'MaxLongInt', typeINTEGER, MaxLongInt);
RegisterTypeAlias (H_Namespace, 'IInvokable', H_IUNKNOWN);
H_Sub := RegisterRecordType (H_Namespace, 'TDispatchMessage', 8);
RegisterTypeField(H_Sub, 'MsgID', typeWORD, 0);
{$IFNDEF PAXARM}
RegisterPointerType (H_Namespace, 'PAnsiString', typeANSISTRING);
H := RegisterTypeAlias (H_Namespace, 'UCS2Char', typeWIDECHAR);
RegisterPointerType (H_Namespace, 'PUCS2Char', H);
H := RegisterTypeAlias (H_Namespace, 'UCS4Char', typeINTEGER); // typeLONGWORD
RegisterPointerType (H_Namespace, 'PUCS4Char', H);
H_Sub := RegisterArrayType (H_Namespace, 'TUCS4CharArray',
RegisterSubrangeType (0, '%TUCS4CharArray', typeINTEGER, 0, $effffff),
H,
8
);
RegisterPointerType (H_Namespace, 'PUCS4CharArray', H_Sub);
RegisterDynamicArrayType (H_Namespace, 'UCS4String', H);
H_Sub := RegisterTypeAlias (H_Namespace, 'UTF8String', typeANSISTRING);
RegisterPointerType (H_Namespace, 'PUTF8String', H_Sub);
H_Sub := RegisterArrayType (H_Namespace, 'IntegerArray',
RegisterSubrangeType (0, '%IntegerArray', typeINTEGER, 0, $effffff),
typeINTEGER,
8
);
RegisterPointerType (H_Namespace, 'PIntegerArray', H_Sub);
H_Sub := RegisterArrayType (H_Namespace, 'PointerArray',
RegisterSubRangeType (0, '%PointerArray', typeINTEGER, 0, 512*1024*1024 - 2),
typePOINTER,
8
);
RegisterPointerType (H_Namespace, 'PPointerArray', H_Sub);
RegisterDynamicArrayType (H_Namespace, 'TBoundArray', typeINTEGER);
H_Sub := RegisterArrayType (H_Namespace, 'TPCharArray',
RegisterSubRangeType (0, '%TPCharArray', typeINTEGER, 0, (MaxLongint div SizeOf(PChar))-1),
typePANSICHAR,
1
);
RegisterPointerType (H_Namespace, 'PPCharArray', H_Sub);
{$ENDIF}
RegisterPointerType (H_Namespace, 'PSmallInt', typeSMALLINT);
RegisterPointerType (H_Namespace, 'PShortInt', typeSHORTINT);
H := RegisterPointerType (H_Namespace, 'PDispatch', H_IDispatch);
RegisterPointerType (H_Namespace, 'PPDispatch', H);
RegisterPointerType (H_Namespace, 'PError', typeINTEGER); //typeLONGWORD
RegisterPointerType (H_Namespace, 'PWordBool', typeWORDBOOL);
H := RegisterPointerType (H_Namespace, 'PUnknown', H_IUnknown);
RegisterPointerType (H_Namespace, 'PPUnknown', H);
RegisterPointerType (H_Namespace, 'POleVariant', typeOLEVARIANT);
RegisterPointerType (H_Namespace, 'PDateTime', typeDOUBLE);
H_Sub := RegisterRecordType (H_Namespace, 'TVarArrayBound', 1);
RegisterTypeField (H_Sub, 'ElementCount', typeINTEGER);
RegisterTypeField (H_Sub, 'LowBound', typeINTEGER);
H_Sub := RegisterArrayType (H_Namespace, 'TVarArrayBoundArray',
RegisterSubRangeType (H_Namespace, '%TVarArrayBoundArray', typeBYTE, H_Namespace, H_Namespace),
H_Sub,
8
);
RegisterPointerType (H_Namespace, 'PVarArrayBoundArray', H_Sub);
H := RegisterArrayType (H_Namespace, 'TVarArrayCoorArray',
RegisterSubRangeType (H_Namespace, '%TVarArrayCoorArray', typeBYTE, H_Namespace, H_Namespace),
typeINTEGER,
8
);
RegisterPointerType (H_Namespace, 'PVarArrayCoorArray', H);
H := RegisterRecordType (H_Namespace, 'TVarArray', 1);
RegisterTypeField (H, 'DimCount', typeWORD);
RegisterTypeField (H, 'Flags', typeWORD);
RegisterTypeField (H, 'ElementSize', typeINTEGER);
RegisterTypeField (H, 'LockCount', typeINTEGER);
RegisterTypeField (H, 'Data', typePOINTER);
RegisterTypeField (H, 'Bounds', H_Sub);
RegisterPointerType (0, 'PVarArray', H);
H_Sub := RegisterRecordType(0, 'TVarData', 1);
RegisterVariantRecordTypeField(H_Sub, 'VType: TVarType', 01);
RegisterVariantRecordTypeField(H_Sub, 'Reserved1: Word', 0101);
RegisterVariantRecordTypeField(H_Sub, 'Reserved2: Word', 010101);
RegisterVariantRecordTypeField(H_Sub, 'Reserved3: Word', 010101);
RegisterVariantRecordTypeField(H_Sub, 'VSmallInt: SmallInt', 01010101);
RegisterVariantRecordTypeField(H_Sub, 'VInteger: Integer', 02010101);
RegisterVariantRecordTypeField(H_Sub, 'VSingle: Single', 03010101);
RegisterVariantRecordTypeField(H_Sub, 'VDouble: Double', 04010101);
RegisterVariantRecordTypeField(H_Sub, 'VCurrency: Currency', 05010101);
RegisterVariantRecordTypeField(H_Sub, 'VDate: TDateTime', 06010101);
RegisterVariantRecordTypeField(H_Sub, 'VOleStr: PWideChar', 07010101);
RegisterVariantRecordTypeField(H_Sub, 'VDispatch: Pointer', 08010101);
RegisterVariantRecordTypeField(H_Sub, 'VError: HRESULT', 09010101);
RegisterVariantRecordTypeField(H_Sub, 'VBoolean: WordBool', 10010101);
RegisterVariantRecordTypeField(H_Sub, 'VUnknown: Pointer', 11010101);
RegisterVariantRecordTypeField(H_Sub, 'VShortInt: ShortInt', 12010101);
RegisterVariantRecordTypeField(H_Sub, 'VByte: Byte', 13010101);
RegisterVariantRecordTypeField(H_Sub, 'VWord: Word', 14010101);
RegisterVariantRecordTypeField(H_Sub, 'VLongWord: LongWord', 15010101);
RegisterVariantRecordTypeField(H_Sub, 'VInt64: Int64', 16010101);
RegisterVariantRecordTypeField(H_Sub, 'VString: Pointer', 17010101);
RegisterVariantRecordTypeField(H_Sub, 'VAny: Pointer', 18010101);
RegisterVariantRecordTypeField(H_Sub, 'VArray: Pointer', 19010101);
RegisterVariantRecordTypeField(H_Sub, 'VPointer: Pointer', 20010101);
RegisterPointerType (H_Namespace, 'PVarData', H_Sub);
RegisterTypeAlias (H_Namespace, 'TVarOp', typeINTEGER);
H_Sub := RegisterRecordType (H_Namespace, 'TCallDesc', 1);
RegisterTypeField (H_Sub, 'CallType', typeBYTE);
RegisterTypeField (H_Sub, 'ArgCount', typeBYTE);
RegisterTypeField (H_Sub, 'NamedArgCount', typeBYTE);
H := RegisterDynamicArrayType (0, '%ArgTypes',
RegisterSubRangeType (0, '%%ArgTypes', typeINTEGER, 0, 255)
);
RegisterTypeField (H_Sub, 'ArgTypes', H);
RegisterPointerType (H_Namespace, 'PCallDesc', H_Sub);
H := RegisterRecordType (H_Namespace, 'TDispDesc', 1);
RegisterTypeField (H, 'DispID', typeINTEGER);
RegisterTypeField (H, 'ResType', typeBYTE);
RegisterTypeField (H, 'CallDesc', H_Sub);
RegisterPointerType (H_Namespace, 'PDispDesc', H);
{
TDynArrayTypeInfo
PDynArrayTypeInfo
}
RegisterPointerType (H_Namespace, 'PVarRec', H_TVarRec);
H := RegisterEnumType (H_Namespace, 'TTextLineBreakStyle', typeINTEGER);
RegisterEnumValue (H, 'tlbsLF', H_Namespace);
RegisterEnumValue (H, 'tlbsCRLF', 1);
H := RegisterTypeAlias (H_Namespace, 'HRSRC', typeCARDINAL); // THandle
RegisterTypeAlias (H_Namespace, 'TResourceHandle', H);
H := RegisterTypeAlias (H_Namespace, 'HINST', typeCARDINAL); // THandle
RegisterTypeAlias (H_Namespace, 'HGLOBAL', H);
H := RegisterPointerType(H_Namespace, 'PCardinal', typeCARDINAL); // redefined
H_Sub := RegisterRecordType (H_Namespace, 'TResStringRec', 1);
RegisterTypeField (H_Sub, 'Module', H);
RegisterTypeField (H_Sub, 'Identifier', typeINTEGER);
RegisterPointerType (H_Namespace, 'PResStringRec', H_Sub);
H := RegisterRoutine (H_Namespace, '%TThreadFunc', typeINTEGER, ccREGISTER, Nil);
RegisterParameter (H, typePOINTER, Unassigned);
H_Sub := RegisterProceduralType (H_Namespace, 'TThreadFunc', H);
H := RegisterRoutine (H_Namespace, 'BeginThread', typeINTEGER, ccREGISTER, @BeginThread);
RegisterParameter (H, typePointer, Unassigned); // SecurityAttributes: Pointer;
RegisterParameter (H, typeCARDINAL, Unassigned); // StackSize: LongWord;
RegisterParameter (H, H_Sub, Unassigned); //ThreadFunc: TThreadFunc;
RegisterParameter (H, typePOINTER, Unassigned); //Parameter: Pointer;
RegisterParameter (H, typeCARDINAL, Unassigned); //CreationFlags: LongWord;
RegisterParameter (H, typeCARDINAL, Unassigned, ByRef); // var ThreadId: LongWord
H := RegisterRoutine (H_Namespace, 'EndThread', typeVOID, ccREGISTER, @EndThread);
RegisterParameter (H, typeINTEGER, Unassigned); // EndThread(ExitCode: Integer);
{
H_Sub := RegisterClass (H_Namespace, TAggregatedObject);
H_Sub := RegisterClass (H_Namespace, TContainedObject);
}
RegisterConstant(H_Namespace, 'varEmpty', varEmpty);
RegisterConstant(H_Namespace, 'varNull', varNull);
RegisterConstant(H_Namespace, 'varSmallint', varSmallint);
RegisterConstant(H_Namespace, 'varInteger', varInteger);
RegisterConstant(H_Namespace, 'varSingle', varSingle);
RegisterConstant(H_Namespace, 'varDouble', varDouble);
RegisterConstant(H_Namespace, 'varCurrency', varCurrency);
RegisterConstant(H_Namespace, 'varDate', varDate);
RegisterConstant(H_Namespace, 'varOleStr', varOleStr);
RegisterConstant(H_Namespace, 'varDispatch', varDispatch);
RegisterConstant(H_Namespace, 'varError', varError);
RegisterConstant(H_Namespace, 'varBoolean', varBoolean);
RegisterConstant(H_Namespace, 'varVariant', varVariant);
RegisterConstant(H_Namespace, 'varUnknown', varUnknown);
{$IFDEF VARIANTS}
RegisterConstant(H_Namespace, 'varShortInt', varShortInt);
{$ENDIF}
RegisterConstant(H_Namespace, 'varByte', varByte);
{$IFDEF VARIANTS}
RegisterConstant(H_Namespace, 'varWord', varWord);
RegisterConstant(H_Namespace, 'varLongWord', varLongWord);
RegisterConstant(H_Namespace, 'varInt64', varInt64);
RegisterConstant(H_Namespace, 'varUInt64', $0015);
{$ENDIF}
RegisterConstant(H_Namespace, 'varStrArg', varStrArg);
RegisterConstant(H_Namespace, 'varString', varString);
RegisterConstant(H_Namespace, 'varAny', varAny);
RegisterConstant(H_Namespace, 'varTypeMask', varTypeMask);
RegisterConstant(H_Namespace, 'varArray', varArray);
RegisterConstant(H_Namespace, 'varByRef', varByRef);
{$IFDEF UNIC}
RegisterConstant(H_Namespace, 'varUString', varUString);
{$ENDIF}
H := RegisterRecordType (H_Namespace, 'TInterfaceEntry', 1);
RegisterTypeField(H, 'IID', H_TGUID);
RegisterTypeField(H, 'VTable', typePOINTER);
RegisterTypeField(H, 'IOffset', typeINTEGER);
RegisterTypeField(H, 'ImplGetter', typeINTEGER);
RegisterPointerType(H_Namespace, 'PInterfaceEntry', H);
H_TEntries := RegisterArrayType(0, '',
RegisterSubrangeType(0, '', typeINTEGER, 0, 9999), H, 1);
H := RegisterRecordType (H_Namespace, 'TInterfaceTable', 1);
RegisterTypeField(H, 'EntryCount', typeINTEGER);
RegisterTypeField(H, 'Entries', H_TEntries);
H_Sub := RegisterRoutine(0, '', typeVOID, ccREGISTER, @_WriteUnicString);
Id_WriteUnicString := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_WriteUnicString := H_Sub;
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromPAnsiChar);
Id_UnicStringFromPAnsiChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromAnsiChar);
Id_UnicStringFromAnsiChar := LastSubId;
RegisterParameter(H_Sub, typeANSICHAR, Unassigned);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringFromUnicString);
Id_ShortStringFromUnicString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromShortString);
Id_UnicStringFromShortString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AnsiStringFromUnicString);
Id_AnsiStringFromUnicString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromAnsiString);
Id_UnicStringFromAnsiString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_WideStringFromUnicString);
Id_WideStringFromUnicString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromWideString);
Id_UnicStringFromWideString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromPWideChar);
Id_UnicStringFromPWideChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _UnicStringFromWideChar);
Id_UnicStringFromWideChar := LastSubId;
RegisterParameter(H_Sub, typeWIDECHAR, Unassigned);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromUnicString);
Id_VariantFromUnicString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringFromVariant);
Id_UnicStringFromVariant := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromUnicString);
Id_OleVariantFromUnicString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringAddition);
Id_UnicStringAddition := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringAssign);
Id_UnicStringAssign := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringEquality);
Id_UnicStringEquality := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringNotEquality);
Id_UnicStringNotEquality := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _UnicStringGreaterThan);
Id_UnicStringGreaterThan := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringGreaterThanOrEqual);
Id_UnicStringGreaterThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringLessThan);
Id_UnicStringLessThan := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringLessThanOrEqual);
Id_UnicStringLessThanOrEqual := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeBOOLEAN, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnicStringClr);
Id_UnicStringClr := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_StringAddRef);
Id_UnicStringAddRef := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetUnicStringLength);
Id_SetUnicStringLength := LastSubId;
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_VariantFromPWideChar);
Id_VariantFromPWideChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_OleVariantFromPWideChar);
Id_OleVariantFromPWideChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetUnicStrProp);
Id_GetUnicStrProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetUnicStrProp);
Id_SetUnicStrProp := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _AnsiStringFromPWideChar);
Id_AnsiStringFromPWideChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_ShortStringFromPWideChar);
Id_ShortStringFromPWideChar := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$ENDIF}
{$IFDEF UNIC}
// Length, Pos, Copy, Insert, Delete
H_Sub := RegisterRoutine(H_Namespace, 'Length', typeINTEGER, ccREGISTER,
@_UnicLength);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'S');
H_Sub := RegisterRoutine(H_Namespace, 'Delete', typeVOID, ccREGISTER,
@_UnicDelete);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef, 'S');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Index');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Count');
H_Sub := RegisterRoutine(H_Namespace, 'Insert', typeVOID, ccREGISTER,
@_UnicInsert);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'Substr');
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, ByRef, 'Dest');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Index');
H_Sub := RegisterRoutine(H_Namespace, 'Val', typeVOID, ccREGISTER,
@_UnicValInt);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'S');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef, 'V');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef, 'Code');
H_Sub := RegisterRoutine(H_Namespace, 'Val', typeVOID, ccREGISTER,
@_UnicValDouble);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'X');
RegisterParameter(H_Sub, typeDOUBLE, Unassigned, ByRef, 'V');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, ByRef, 'Code');
H_Sub := RegisterRoutine(H_Namespace, 'Copy', typeUNICSTRING, ccREGISTER,
@_UnicCopy);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'S');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Index');
RegisterParameter(H_Sub, typeINTEGER, Unassigned, false, 'Count');
H_Sub := RegisterRoutine(H_Namespace, 'Pos', typeINTEGER, ccREGISTER,
@_UnicPos);
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'Substr');
RegisterParameter(H_Sub, typeUNICSTRING, Unassigned, false, 'Str');
{$ENDIF} //unic
ID_Prog := RegisterClassType(0, TBaseRunner);
RegisterHeader(ID_Prog, 'procedure __Set_ExitCode(value: Integer); stdcall;',
@Set_ExitCode);
RegisterHeader(ID_Prog, 'function __Get_ExitCode: Integer; stdcall;',
@Get_ExitCode);
RegisterHeader(ID_Prog, 'property ExitCode: Integer read __Get_ExitCode write __Set_ExitCode;', nil);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _StructEquality);
Id_StructEquality := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _StructNotEquality);
Id_StructNotEquality := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
Register_TYPEINFO(H_Namespace, st);
RegisterRoutine(0, '', typeVOID, ccSTDCALL, Address_LoadSeg);
Id_LoadSeg := LastSubId;
RegisterRoutine(0, '', typeVOID, ccSTDCALL, @ _LoadClassRef);
Id_LoadClassRef := LastSubId;
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetVariantLength2);
Id_SetVariantLength2 := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_SetVariantLength3);
Id_SetVariantLength3 := LastSubId;
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_LockVArray);
Id_LockVArray := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
RegisterParameter(H_Sub, typePOINTER, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UnlockVArray);
Id_UnlockVArray := LastSubId;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_DynarraySetLength2);
Id_DynarraySetLength2 := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_DynarraySetLength3);
Id_DynarraySetLength3 := LastSubId;
RegisterParameter(H_Sub, typeDYNARRAY, Unassigned, ByRef);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
H := RegisterRecordType(0, 'TMsg', 1);
RegisterTypeField(H, 'hwnd', typeCARDINAL);
RegisterTypeField(H, 'message', typeCARDINAL);
RegisterTypeField(H, 'wParam', typeINTEGER);
RegisterTypeField(H, 'lParam', typeINTEGER);
RegisterTypeField(H, 'time', typeCARDINAL);
RegisterTypeField(H, 'pt', H_TPOINT);
RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetDynamicMethodAddress);
Id_GetDynamicMethodAddress := LastSubId;
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_AddMessage);
Id_AddMessage := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typePOINTER, Unassigned);
if Assigned(RegisterSEH) then
RegisterSEH(st);
Register_StdJavaScript(st);
Register_StdBasic(st);
Register_Framework(st);
if Assigned(Import_TValue) then
Import_TValue(0, st);
{$IFNDEF PAXARM}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UniqueAnsiString);
Id_UniqueAnsiString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
{$ENDIF}
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_UniqueUnicString);
Id_UniqueUnicString := LastSubId;
RegisterParameter(H_Sub, typePOINTER, Unassigned);
H_Sub := RegisterRoutine(0, '', typeVOID, ccSTDCALL, @_GetComponent);
Id_GetComponent := LastSubId;
RegisterParameter(H_Sub, typeCLASS, Unassigned);
RegisterParameter(H_Sub, typeINTEGER, Unassigned);
RegisterParameter(H_Sub, typeCLASS, Unassigned, ByRef);
H_DYN_VAR := RegisterDynamicArrayType(0, '#DYN_VAR', typeVARIANT);
H_SUB := RegisterRoutine(0, '#CallVirt', typeVOID, ccSTDCALL, @_CallVirt);
Records[LastSubId].PushProgRequired := true;
Id_CallVirt := LastSubId;
RegisterParameter(H_Sub, typePCHAR, Unassigned, false, 'Obj');
RegisterParameter(H_Sub, typePCHAR, Unassigned, false, 'Prop');
RegisterParameter(H_Sub, H_DYN_VAR, Unassigned, false, 'A');
Records[Card].IsOpenArray := true;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, ByRef, 'Res');
H_SUB := RegisterRoutine(0, '#PutVirt', typeVOID, ccSTDCALL, @_PutVirt);
Records[LastSubId].PushProgRequired := true;
Id_PutVirt := LastSubId;
RegisterParameter(H_Sub, typePCHAR, Unassigned, false, 'Obj');
RegisterParameter(H_Sub, typePCHAR, Unassigned, false, 'Prop');
RegisterParameter(H_Sub, H_DYN_VAR, Unassigned, false, 'A');
Records[Card].IsOpenArray := true;
RegisterParameter(H_Sub, typeVARIANT, Unassigned, false, 'value');
Records[Card].IsConst := true;
H_SUB := RegisterRoutine(0, 'FreeAndNil', typeVOID, ccREGISTER, @ FreeAndNil);
RegisterParameter(H_SUB, typePVOID, Unassigned, true, 'X');
if SizeOf(Pointer) = SizeOf(Integer) then
typeNATIVEINT := typeINTEGER
else
typeNATIVEINT := typeINT64;
{$IFNDEF PAXARM}
T1 := RegisterArrayType(H, '',
RegisterSubrangeType(0, '', typeINTEGER, 1, 32),
typeBYTE,
1);
T2 := RegisterArrayType(H, '',
RegisterSubrangeType(0, '', typeINTEGER, 0, 259),
typeCHAR,
1);
T3 := RegisterArrayType(H, '',
RegisterSubrangeType(0, '', typeINTEGER, 0, 127),
typeANSICHAR,
1);
H := RegisterRecordType(H, 'TFileRec', 1);
H_TFileRec := H;
RegisterTypeField(H, 'Handle', typeNATIVEINT);
RegisterTypeField(H, 'Mode', typeWORD);
RegisterTypeField(H, 'Flags', typeWORD);
RegisterVariantRecordTypeField(H, 'RecSize', typeCARDINAL, 1);
RegisterVariantRecordTypeField(H, 'BufSize', typeCARDINAL, 2);
RegisterVariantRecordTypeField(H, 'BufPos', typeCARDINAL, 2);
RegisterVariantRecordTypeField(H, 'BufEnd', typeCARDINAL, 2);
RegisterVariantRecordTypeField(H, 'BufPtr', typePANSICHAR, 2);
RegisterVariantRecordTypeField(H, 'OpenFunc', typePOINTER, 2);
RegisterVariantRecordTypeField(H, 'InOutFunc', typePOINTER, 2);
RegisterVariantRecordTypeField(H, 'FlushFunc', typePOINTER, 2);
RegisterVariantRecordTypeField(H, 'CloseFunc', typePOINTER, 2);
RegisterVariantRecordTypeField(H, 'UserData', T1, 2);
RegisterVariantRecordTypeField(H, 'Name', T2, 2);
T4 := RegisterArrayType(H, '',
RegisterSubrangeType(0, '', typeINTEGER, 0, 5),
typeANSICHAR,
1);
T5 := RegisterArrayType(H, '',
RegisterSubrangeType(0, '', typeINTEGER, 0, 2),
typeANSICHAR,
1);
H := RegisterRecordType(H, 'TTextRec', 1);
H_TTextRec := H;
RegisterTypeField(H, 'Handle', typeNATIVEINT);
RegisterTypeField(H, 'Mode', typeWORD);
RegisterTypeField(H, 'Flags', typeWORD);
RegisterTypeField(H, 'BufSize', typeCARDINAL);
RegisterTypeField(H, 'BufPos', typeCARDINAL);
RegisterTypeField(H, 'BufEnd', typeCARDINAL);
RegisterTypeField(H, 'BufPtr', typePANSICHAR);
RegisterTypeField(H, 'OpenFunc', typePOINTER);
RegisterTypeField(H, 'InOutFunc', typePOINTER);
RegisterTypeField(H, 'FlushFunc', typePOINTER);
RegisterTypeField(H, 'CloseFunc', typePOINTER);
RegisterTypeField(H, 'UserData', T1);
RegisterTypeField(H, 'Name', T2);
RegisterTypeField(H, 'Buffer', T3);
{$IFDEF UNIC}
RegisterTypeField(H, 'CodePage', typeWORD);
RegisterTypeField(H, 'MBCSLength', typeSHORTINT);
RegisterTypeField(H, 'MBCSBufPos', typeBYTE);
RegisterVariantRecordTypeField(H, 'MBCSBuffer', T4, 1);
RegisterVariantRecordTypeField(H, 'UTF16Buffer', T5, 2);
{$ENDIF}
{$ENDIF} //ndef paxarm
RegisterRoutine(0, '', typeVOID, ccREGISTER, @ GetAddressGetCallerEIP);
Id_GetAddressGetCallerEIP := LastSubId;
end;
end;
initialization
RUNNER_OWNER_OFFSET := IntPax(@TBaseRunner(nil).Owner);
if Assigned(AssignRunnerLibProc) then
AssignRunnerLibProc;
{$IFDEF DRTTI}
Initialize_paxcomp_2010;
InitializePAXCOMP_2010Reg;
{$ENDIF}
GlobalSymbolTable := TBaseSymbolTable.Create;
AddStdRoutines(GlobalSymbolTable);
StdCard := GlobalSymbolTable.Card;
StdSize := GlobalSymbolTable.GetDataSize;
GlobalImportTable := GlobalSymbolTable;
GlobalExtraImportTableList := TExtraImportTableList.Create;
AvailUnitList := TStringList.Create;
AvailUnitList1:= TStringList.Create;
AvailTypeList := TStringList.Create;
{$IFDEF DRTTI}
AvailUnitList.Sorted := true;
AvailUnitList.Duplicates := dupIgnore;
AvailUnitList.CaseSensitive := false;
AvailUnitList1.Sorted := true;
AvailUnitList1.Duplicates := dupIgnore;
AvailUnitList1.CaseSensitive := false;
AvailTypeList.Sorted := true;
AvailTypeList.Duplicates := dupIgnore;
AvailTypeList.CaseSensitive := false;
{$ENDIF}
finalization
AvailUnitList.Free;
AvailUnitList1.Free;
AvailTypeList.Free;
GlobalSymbolTable.Free;
GlobalExtraImportTableList.Free;
{$IFDEF DRTTI}
Finalize_paxcomp_2010;
{$ENDIF}
end.
|
unit Contador;
interface
uses
System.Classes, System.Generics.Collections,
//
Aurelius.Mapping.Attributes, Aurelius.Types.Blob, Aurelius.Types.Nullable, Aurelius.Types.Proxy;
type
[Entity]
[Table('CONTADOR')]
[Id('Id', TIdGenerator.IdentityOrSequence)]
TContador = class
private
FID: Integer;
FNOME: string;
public
[Column('ID', [TColumnProp.Required, TColumnProp.NoInsert, TColumnProp.NoUpdate])]
property Id: Integer read FID write FID;
[Column('CNPJ', [], 100)]
property Nome: string read FNOME write FNOME;
end;
implementation
initialization
RegisterEntity(TContador);
end.
|
{
Double Commander
-------------------------------------------------------------------------
Control like TButton which does not steal focus on click
Copyright (C) 2021 Alexander Koblov (alexx2000@mail.ru)
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Lesser General Public
License as published by the Free Software Foundation; either
version 2.1 of the License, or (at your option) any later version.
This library 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. See the GNU
Lesser General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
}
unit KASButton;
{$mode delphi}
interface
uses
Classes, SysUtils, LResources, Forms, Controls, Graphics, Dialogs, ExtCtrls,
Buttons, Themes;
type
{ TKASButton }
TKASButton = class(TPanel)
private
FState: TButtonState;
FShowCaption: Boolean;
FButtonGlyph: TButtonGlyph;
function GetGlyph: TBitmap;
function IsGlyphStored: Boolean;
procedure SetGlyph(AValue: TBitmap);
procedure SetShowCaption(AValue: Boolean);
function GetDrawDetails: TThemedElementDetails;
protected
procedure Paint; override;
procedure DoExit; override;
procedure DoEnter; override;
procedure MouseEnter; override;
procedure MouseLeave; override;
procedure KeyUp(var Key: Word; Shift: TShiftState); override;
procedure KeyDown(var Key: Word; Shift: TShiftState); override;
procedure MouseUp(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override;
procedure MouseDown(Button: TMouseButton; Shift: TShiftState; X, Y: Integer); override;
protected
procedure GlyphChanged(Sender: TObject);
procedure ActionChange(Sender: TObject; CheckDefaults: Boolean); override;
procedure CalculatePreferredSize(var PreferredWidth, PreferredHeight: Integer; WithThemeSpace: Boolean); override;
public
constructor Create(TheOwner: TComponent); override;
destructor Destroy; override;
published
property Action;
property Glyph: TBitmap read GetGlyph write SetGlyph stored IsGlyphStored;
property ShowCaption: Boolean read FShowCaption write SetShowCaption default True;
end;
procedure Register;
implementation
uses
LCLType, LCLProc, LCLIntf, ActnList;
procedure Register;
begin
RegisterComponents('KASComponents',[TKASButton]);
end;
{ TKASButton }
procedure TKASButton.DoEnter;
begin
inherited DoEnter;
FState:= bsExclusive;
Invalidate;
end;
procedure TKASButton.DoExit;
begin
inherited DoExit;
FState:= bsUp;
Invalidate;
end;
function TKASButton.GetDrawDetails: TThemedElementDetails;
var
Detail: TThemedButton;
begin
if not IsEnabled then
Detail := tbPushButtonDisabled
else if FState = bsDown then
Detail := tbPushButtonPressed
else if FState = bsHot then
Detail := tbPushButtonHot
else if FState = bsExclusive then
Detail := tbPushButtonDefaulted
else begin
Detail := tbPushButtonNormal;
end;
Result := ThemeServices.GetElementDetails(Detail)
end;
procedure TKASButton.SetShowCaption(AValue: Boolean);
begin
if FShowCaption = AValue then Exit;
FShowCaption:= AValue;
Invalidate;
end;
function TKASButton.GetGlyph: TBitmap;
begin
Result:= FButtonGlyph.Glyph;
end;
function TKASButton.IsGlyphStored: Boolean;
var
Act: TCustomAction;
begin
if Action <> nil then
begin
Result:= True;
Act:= TCustomAction(Action);
if (Act.ActionList <> nil) and (Act.ActionList.Images <> nil) and
(Act.ImageIndex >= 0) and (Act.ImageIndex < Act.ActionList.Images.Count) then
Result := False;
end
else Result:= (FButtonGlyph.Glyph <> nil) and (not FButtonGlyph.Glyph.Empty) and
(FButtonGlyph.Glyph.Width > 0) and (FButtonGlyph.Glyph.Height > 0);
end;
procedure TKASButton.SetGlyph(AValue: TBitmap);
begin
FButtonGlyph.Glyph := AValue;
InvalidatePreferredSize;
AdjustSize;
end;
procedure TKASButton.Paint;
var
APoint: TPoint;
SysFont: TFont;
PaintRect: TRect;
TextFlags: Integer;
Details: TThemedElementDetails;
begin
PaintRect:= ClientRect;
Details:= GetDrawDetails;
ThemeServices.DrawElement(Canvas.Handle, Details, PaintRect);
PaintRect := ThemeServices.ContentRect(Canvas.Handle, Details, PaintRect);
if FShowCaption and (Caption <> EmptyStr) then
begin
TextFlags := DT_CENTER or DT_VCENTER;
if UseRightToLeftReading then begin
TextFlags := TextFlags or DT_RTLREADING;
end;
SysFont := Screen.SystemFont;
if (SysFont.Color = Font.Color) and
((SysFont.Name = Font.Name) or IsFontNameDefault(Font.Name)) and
(SysFont.Pitch = Font.Pitch) and (SysFont.Style = Font.Style) then
begin
ThemeServices.DrawText(Canvas, Details, Caption, PaintRect, TextFlags, 0);
end
else begin
Canvas.Brush.Style := bsClear;
DrawText(Canvas.Handle, PChar(Caption), Length(Caption), PaintRect, TextFlags);
end;
end
else if not FButtonGlyph.Glyph.Empty then
begin
APoint.X:= (PaintRect.Width - FButtonGlyph.Width) div 2;
APoint.Y:= (PaintRect.Height - FButtonGlyph.Height) div 2;
FButtonGlyph.Draw(Canvas, PaintRect, APoint, FState, True, 0);
end;
end;
procedure TKASButton.MouseEnter;
begin
inherited MouseEnter;
FState:= bsHot;
Invalidate;
end;
procedure TKASButton.MouseLeave;
begin
inherited MouseLeave;
FState:= bsUp;
Invalidate;
end;
procedure TKASButton.KeyUp(var Key: Word; Shift: TShiftState);
begin
inherited KeyUp(Key, Shift);
if (Key in [VK_SPACE, VK_RETURN]) and (Shift = []) then
begin
FState:= bsUp;
Invalidate;
Click;
end;
end;
procedure TKASButton.KeyDown(var Key: Word; Shift: TShiftState);
begin
inherited KeyDown(Key, Shift);
if (Key in [VK_SPACE, VK_RETURN]) and (Shift = []) then
begin
FState:= bsDown;
Invalidate;
end;
end;
procedure TKASButton.MouseUp(Button: TMouseButton; Shift: TShiftState; X,
Y: Integer);
begin
inherited MouseUp(Button, Shift, X, Y);
FState:= bsUp;
Invalidate;
end;
procedure TKASButton.MouseDown(Button: TMouseButton; Shift: TShiftState;
X, Y: Integer);
begin
inherited MouseDown(Button, Shift, X, Y);
FState:= bsDown;
Invalidate;
end;
procedure TKASButton.GlyphChanged(Sender: TObject);
begin
InvalidatePreferredSize;
AdjustSize;
end;
procedure TKASButton.ActionChange(Sender: TObject; CheckDefaults: Boolean);
begin
inherited ActionChange(Sender, CheckDefaults);
if Sender is TCustomAction then
begin
with TCustomAction(Sender) do
begin
if (Glyph.Empty) and (ActionList <> nil) and (ActionList.Images <> nil) and
(ImageIndex >= 0) and (ImageIndex < ActionList.Images.Count) then
ActionList.Images.GetBitmap(ImageIndex, Glyph);
end;
end;
end;
procedure TKASButton.CalculatePreferredSize(var PreferredWidth,
PreferredHeight: Integer; WithThemeSpace: Boolean);
var
PaintRect: TRect;
ClientRect: TRect;
Details: TThemedElementDetails;
begin
inherited CalculatePreferredSize(PreferredWidth, PreferredHeight, WithThemeSpace);
if (not FButtonGlyph.Glyph.Empty) then
begin
Details:= GetDrawDetails;
PaintRect:= TRect.Create(0, 0, 32, 32);
ClientRect:= ThemeServices.ContentRect(Canvas.Handle, Details, PaintRect);
PreferredWidth:= Abs(PaintRect.Width - ClientRect.Width) + FButtonGlyph.Width;
PreferredHeight:= Abs(PaintRect.Height - ClientRect.Height) + FButtonGlyph.Height;
end;
end;
constructor TKASButton.Create(TheOwner: TComponent);
begin
inherited Create(TheOwner);
FButtonGlyph := TButtonGlyph.Create;
FButtonGlyph.NumGlyphs := 1;
FButtonGlyph.OnChange := GlyphChanged;
FButtonGlyph.IsDesigning := csDesigning in ComponentState;
FShowCaption:= True;
TabStop:= True;
end;
destructor TKASButton.Destroy;
begin
FreeAndNil(FButtonGlyph);
inherited Destroy;
end;
end.
|
unit Modules.Data;
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.SQLite, FireDAC.Phys.SQLiteDef, FireDAC.Stan.ExprFuncs,
FireDAC.VCLUI.Wait, FireDAC.Stan.Param, FireDAC.DatS, FireDAC.DApt.Intf, FireDAC.DApt, Data.DB,
FireDAC.Comp.DataSet, FireDAC.Comp.Client;
type
TDBController = class(TDataModule)
Connection: TFDConnection;
QuCoordinates: TFDQuery;
QuCounties: TFDQuery;
QuStates: TFDQuery;
procedure DataModuleCreate(Sender: TObject);
procedure DataModuleDestroy(Sender: TObject);
private
{ Private declarations }
public
{ Public declarations }
end;
var
DBController: TDBController;
implementation
{%CLASSGROUP 'Vcl.Controls.TControl'}
{$R *.dfm}
procedure TDBController.DataModuleCreate(Sender: TObject);
begin
QuStates.Open;
QuCounties.Open;
QuCoordinates.Open;
end;
procedure TDBController.DataModuleDestroy(Sender: TObject);
begin
QuCounties.Close;
QuCoordinates.Close;
QuStates.Close;
Connection.Close;
end;
end.
|
//---------------------------------------------------------------------------
// This software is Copyright (c) 2011 Embarcadero Technologies, Inc.
// You may only use this software if you are an authorized licensee
// of Delphi, C++Builder or RAD Studio (Embarcadero Products).
// This software is considered a Redistributable as defined under
// the software license agreement that comes with the Embarcadero Products
// and is subject to that software license agreement.
//---------------------------------------------------------------------------
unit MV.Utils;
interface
uses FMX.Types3D, FMX.Types, System.UITypes, Classes, SysUtils, Types;
const
SHARED_PATH = '..\..\..\..\shared\';
IMAGES_PATH = SHARED_PATH + 'textures\';
TEXTURES_PATH = SHARED_PATH + 'textures\';
MODELS_PATH = SHARED_PATH + 'models\';
SHADERS_PATH = SHARED_PATH + 'shaders\';
function PointDistance2(const v1, v2: TPoint3D): Single; overload;
function PointDistance2(const v1, v2: TPointF): Single; overload;
function PointAdd(const v1: TPoint3D; const v2: TPoint3D): TPoint3D;
function ColorToVector3D(const AColor: TColor):Tvector3D;
function CreateTranslationMatrix3D(const AVec: TVector3D): TMatrix3D;
function CreateScaleMatrix3D(const AScale: TVector3D): TMatrix3D;
function Matrix3D(const m11, m12, m13, m14, m21, m22, m23, m24, m31, m32, m33, m34, m41, m42, m43, m44:Single): TMatrix3D;
function Matrix3DA(const LArr: TSingleDynArray):TMatrix3D;
function QuaternionRot(const R, P, Y: Single): TQuaternion3D;
function CreateRotMatrix3D(const Y, P, R: Single): TMatrix3D;
function SphericalToRect(const ARotation: TPointf; ARadius:Single) : TVector3D;
function FloatStringsToSingleDynArray(const AStr: string): TSingleDynArray;
function IntStringsToIntegerDynArray(const AStr: string): TIntegerDynArray; overload;
function StringsToStringDynArray(const AStr: string): TStringDynArray; overload;
implementation
{------------------------------------------------------------------------------
Math
}
function SphericalToRect(const ARotation: TPointf; ARadius:Single) : TVector3D;
var
sinr: single;
const
DEG_TO_RAD = pi/180;
begin
sinr := ARadius * Sin(ARotation.y * DEG_TO_RAD);
result.X := sinr * Cos(ARotation.x * DEG_TO_RAD);
result.Y := sinr * Sin(ARotation.x * DEG_TO_RAD);
result.Z := ARadius * Cos(ARotation.y * DEG_TO_RAD);
end;
function ColorToVector3D(const AColor: TColor):Tvector3D;
var
LColorRec: TColorRec;
begin
LColorRec.Color := AColor;
result := Vector3D(LColorRec.R/128,LColorRec.G/128,LColorRec.B/128,1.0);
end;
function QuaternionRot(const R, P, Y: Single): TQuaternion3D;
var
qp, qy, qR: TQuaternion3D;
begin
qR := QuaternionFromAngleAxis(R, Vector3D(0, 0, 1));
qp := QuaternionFromAngleAxis(P, Vector3D(0, 1, 0));
qy := QuaternionFromAngleAxis(Y, Vector3D(1, 0, 0));
Result := QuaternionMultiply(qR, QuaternionMultiply(qp, qy));
end;
function CreateRotMatrix3D(const Y, P, R: Single): TMatrix3D;
var
q: TQuaternion3D;
begin
q := QuaternionRot(R, P, Y);
Result := QuaternionToMatrix(q);
end;
function Matrix3D(const
m11, m12, m13, m14,
m21, m22, m23, m24,
m31, m32, m33, m34,
m41, m42, m43, m44 : Single): TMatrix3D;
begin
Result.m11 := m11; Result.m12 := m12; Result.m13 := m13; Result.m14 := m14;
Result.m21 := m21; Result.m22 := m22; Result.m23 := m23; Result.m24 := m24;
Result.m31 := m31; Result.m32 := m32; Result.m33 := m33; Result.m34 := m34;
Result.m41 := m41; Result.m42 := m42; Result.m43 := m43; Result.m44 := m44;
end;
function Matrix3DA(const LArr: TSingleDynArray):TMatrix3d;
begin
result := Matrix3D(
LArr[0],LArr[4],LArr[8],LArr[12],
LArr[1],LArr[5],LArr[9],LArr[13],
LArr[2],LArr[6],LArr[10],LArr[14],
LArr[3],LArr[7],LArr[11],LArr[15]);
end;
function CreateTranslationMatrix3D(const AVec: TVector3D): TMatrix3D;
begin
{
Result.m11 := 1; Result.m21 := 0; Result.m31 := 0; Result.m41 := 0;
Result.m12 := 0; Result.m22 := 1; Result.m32 := 0; Result.m42 := 0;
Result.m13 := 0; Result.m23 := 0; Result.m33 := 1; Result.m43 := 0;
Result.m14 := AVec.x; Result.m24 := AVec.y; Result.m34 := AVec.z; Result.m44 := 1; }
Result.m11 := 1; Result.m21 := 0; Result.m31 := 0; Result.m41 := AVec.x;
Result.m12 := 0; Result.m22 := 1; Result.m32 := 0; Result.m42 := AVec.y;
Result.m13 := 0; Result.m23 := 0; Result.m33 := 1; Result.m43 := AVec.z;
Result.m14 := 0; Result.m24 := 0; Result.m34 := 0; Result.m44 := 1;
end;
function CreateScaleMatrix3D(const AScale: TVector3D): TMatrix3D;
begin
Result.M[0].V[0] := AScale.x;
Result.M[0].V[1] := 0;
Result.M[0].V[2] := 0;
Result.M[0].V[3] := 0;
Result.M[1].V[0] := 0;
Result.M[1].V[1] := AScale.y;
Result.M[1].V[2] := 0;
Result.M[1].V[3] := 0;
Result.M[2].V[0] := 0;
Result.M[2].V[1] := 0;
Result.M[2].V[2] := AScale.z;
Result.M[2].V[3] := 0;
Result.M[3].V[0] := 0;
Result.M[3].V[1] := 0;
Result.M[3].V[2] := 0;
Result.M[3].V[3] := 1;
end;
function PointAdd(const v1: TPoint3D; const v2: TPoint3D): TPoint3D;
begin
Result.x := v1.x + v2.x;
Result.y := v1.y + v2.y;
Result.z := v1.z + v2.z;
end;
function PointDistance2(const v1, v2: TPoint3D): Single;
begin
Result := Sqr(v2.x - v1.x) + Sqr(v2.y - v1.y) + Sqr(v2.z - v1.z);
end;
function PointDistance2(const v1, v2: TPointF): Single;
begin
Result := Sqr(v2.x - v1.x) + Sqr(v2.y - v1.y);
end;
function FloatStringsToSingleDynArray(const AStr: string): TSingleDynArray;
var
str: string;
c: PChar;
LFormatSettings: TFormatSettings;
procedure TryAdd;
begin
if str = '' then
Exit;
SetLength(Result, Length(Result) + 1);
Result[High(Result)] := StrToFloat(str, LFormatSettings);
str := '';
end;
begin
Result := nil;
if AStr = '' then
Exit;
LFormatSettings := TFormatSettings.Create;
c := @AStr[1];
while c^ <> #0 do
begin
case c^ of
#1..#32: TryAdd;
else
case c^ of
'.': LFormatSettings.DecimalSeparator := '.';
',': LFormatSettings.DecimalSeparator := ',';
end;
str := str + c^;
end;
Inc(c);
end;
TryAdd;
end;
function IntStringsToIntegerDynArray(const AStr: string): TIntegerDynArray;
var
str: string;
c: PChar;
procedure TryAdd;
begin
if str = '' then
Exit;
SetLength(Result, Length(Result) + 1);
Result[High(Result)] := StrToInt(str);
str := '';
end;
begin
Result := nil;
if AStr = '' then
Exit;
c := @AStr[1];
while c^ <> #0 do
begin
case c^ of
#1..#32: TryAdd;
else
str := str + c^;
end;
Inc(c);
end;
TryAdd;
end;
function StringsToStringDynArray(const AStr: string): TStringDynArray; overload;
var
str: string;
c: PChar;
procedure TryAdd;
begin
if str = '' then
Exit;
SetLength(Result, Length(Result) + 1);
Result[High(Result)] := str;
str := '';
end;
begin
Result := nil;
if AStr = '' then
Exit;
c := @AStr[1];
while c^ <> #0 do
begin
case c^ of
#1..#32: TryAdd;
else
str := str + c^;
end;
Inc(c);
end;
TryAdd;
end;
end.
|
{
Unit criada por Vicente Barros Leonel
Ultima Revisão - 30/04/2007 Por Vicente Barros Leonel
}
unit UCConsts;
interface
const
// new consts version 2 a 5 =========================================
// Form Select Controls (design-time)
Const_Contr_TitleLabel = 'Team of Components of the Form. :';
Const_Contr_GroupLabel = 'Group:';
Const_Contr_CompDispLabel = 'Available components:';
Const_Contr_CompSelLabel = 'Selected components:';
Const_Contr_BtOK = '&OK';
Const_Contr_BTCancel = '&Cancel';
Const_Contr_DescCol = 'Description';
Const_Contr_BtSellAllHint = 'Select All';
Const_Contr_BtSelHint = 'Select';
Const_Contr_BtUnSelHint = 'Unselect';
Const_Contr_BtUnSelAllHint = 'Unselect All';
//===================================================================
// group property Settins.AppMsgsForm
Const_Msgs_BtNew = '&New Message';
Const_Msgs_BtReplay = '&Replay';
Const_Msgs_BtForward = 'F&orward';
Const_Msgs_BtDelete = '&Delete';
Const_Msgs_BtClose = '&Close';
Const_Msgs_WindowCaption = 'Messages of the System';
Const_Msgs_ColFrom = 'From';
Const_Msgs_ColSubject = 'Subject';
Const_Msgs_ColDate = 'Date';
Const_Msgs_PromptDelete = 'It confirms exclusion of the selected messages?';
Const_Msgs_PromptDelete_WindowCaption = 'Delete messages';
Const_Msgs_NoMessagesSelected = 'No Messages selected';
Const_Msgs_NoMessagesSelected_WindowCaption = 'Information';
// group property Settins.AppMsgsRec
Const_MsgRec_BtClose = '&Close';
Const_MsgRec_WindowCaption = 'Message';
Const_MsgRec_Title = 'Received message';
Const_MsgRec_LabelFrom = 'From:';
Const_MsgRec_LabelDate = 'Date';
Const_MsgRec_LabelSubject = 'Subject';
Const_MsgRec_LabelMessage = 'Message';
// group property Settins.AppMsgsSend
Const_MsgSend_BtSend = '&Send';
Const_MsgSend_BtCancel = '&Cancel';
Const_MsgSend_WindowCaption = 'Message';
Const_MsgSend_Title = 'Send New Message';
Const_MsgSend_GroupTo = 'To';
Const_MsgSend_RadioUser = 'User:';
Const_MsgSend_RadioAll = 'All';
Const_MsgSend_GroupMessage = 'Message';
Const_MsgSend_LabelSubject = 'Subject';
Const_MsgSend_LabelMessageText = 'Message text';
// Run errors
MsgExceptConnection = 'Done not informed the Connection, Transaction or Database component %s';
MsgExceptTransaction = 'Done not informed the Transaction component %s';
MsgExceptDatabase = 'Done not informed the Database do component %s';
MsgExceptPropriedade = 'Inform the property %s';
MsgExceptUserMngMenu = 'Inform in the property UsersForm.MenuItem or UsersForm.Action the item responsible for the users control';
MsgExceptUserProfile = 'Inform in the property UsersProfile.MenuItem or UsersProfile.Action the Item responsible for the control of users Profile ';
MsgExceptChagePassMenu = 'Inform in the property ChangePasswordForm.MenuItem or .Action the Item that allows to a user to alter his password';
MsgExceptAppID = 'In the property "ApplicationID" inform a name to identify the application in the chart of permissions';
MsgExceptUsersTable = 'In the property "TableUsers" inform the name of the chart that will be created to store the data of the users ';
MsgExceptRightsTable = 'In the property "TableRights" inform the name of the chart that will be created to store the permissions of the users ';
MsgExceptConnector = 'The property DataConnector not defined!';
// group property Settings.Mensagens
Const_Men_AutoLogonError = 'Fault of Car Logon !' + #13 + #10 + 'Inform a valid user and password.';
Const_Men_SenhaDesabitada = 'Retired password of the Login %s';
Const_Men_SenhaAlterada = 'Password altered with success!';
Const_Men_MsgInicial = 'ATTENTION, Inicial Login :' + #13 + #10 + #13 + #10 + 'User: :user' + #13 + #10 + 'Password : :password' + #13 + #10 + #13 + #10 + 'Define the permissions for this user.';
Const_Men_MaxTentativas = '%d Attempts of login invalid. By reasons of segunça the system will be closed.';
Const_Men_LoginInvalido = 'User invalids or password !';
Const_Men_UsuarioExiste = 'The User "%s" is already set up in the system !!';
Const_Men_PasswordExpired = 'Attention, his sign died, favor exchanges it ';
//group property Settings.Login
Const_Log_BtCancelar = '&Cancel';
Const_Log_BtOK = '&OK';
Const_Log_LabelSenha = 'Password :';
Const_Log_LabelUsuario = 'User :';
Const_Log_WindowCaption = 'Login';
Const_Log_LbEsqueciSenha = 'I forgot the password';
Const_Log_MsgMailSend = 'The password was sent for his email .';
Const_Log_LabelTentativa = 'Attempt : ';
Const_Log_LabelTentativas = 'Max of Attempts: ';
//group property Settings.Log //new
Const_LogC_WindowCaption = 'Security';
Const_LogC_LabelDescricao = 'Log of system';
Const_LogC_LabelUsuario = 'User :';
Const_LogC_LabelData = 'Date :';
Const_LogC_LabelNivel = 'Least level:';
Const_LogC_ColunaAppID = 'AppID';
Const_LogC_ColunaNivel = 'Level ';
Const_LogC_ColunaMensagem = 'Message';
Const_LogC_ColunaUsuario = 'User';
Const_LogC_ColunaData = 'Date';
Const_LogC_BtFiltro = '&Apply Filter';
Const_LogC_BtExcluir = '&Erase Log';
Const_LogC_BtFechar = '&Close';
Const_LogC_ConfirmaExcluir = 'It confirms to exclude all the registers of log selected ?';
Const_LogC_ConfirmaDelete_WindowCaption = 'Delete confirmation';
Const_LogC_Todos = 'All';
Const_LogC_Low = 'Low';
Const_LogC_Normal = 'Normal';
Const_LogC_High = 'High';
Const_LogC_Critic = 'Critic';
Const_LogC_ExcluirEfectuada = 'Deletion of system log done: User = "%s" | Date = %s a %s | Level <= %s';
//group property Settings.CadastroUsuarios
Const_Cad_WindowCaption = 'Security';
Const_Cad_LabelDescricao = 'Users register ';
Const_Cad_ColunaNome = 'Name';
Const_Cad_ColunaLogin = 'Login';
Const_Cad_ColunaEmail = 'Email';
Const_Cad_BtAdicionar = '&Add';
Const_Cad_BtAlterar = 'A<er';
Const_Cad_BtExcluir = '&Erase';
Const_Cad_BtPermissoes = 'A&ccesses';
Const_Cad_BtSenha = '&Password';
Const_Cad_BtFechar = '&Close';
Const_Cad_ConfirmaExcluir = 'Confirm erase the user "%s" ?';
Const_Cad_ConfirmaDelete_WindowCaption = 'Delete user'; //added by fduenas
//group property Settings.PerfilUsuarios
Const_Prof_WindowCaption = 'Security';
Const_Prof_LabelDescricao = 'Users profile ';
Const_Prof_ColunaNome = 'Profile';
Const_Prof_BtAdicionar = '&Add';
Const_Prof_BtAlterar = 'A<er';
Const_Prof_BtExcluir = '&Delete';
Const_Prof_BtPermissoes = 'A&ccesses';
Const_Prof_BtSenha = '&Password';
Const_Prof_BtFechar = '&Close';
Const_Prof_ConfirmaExcluir = 'There are users with the profile "%s". Confirm erase ?';
Const_Prof_ConfirmaDelete_WindowCaption = 'Delete profile'; //added by fduenas
//group property Settings.IncAltUsuario
Const_Inc_WindowCaption = 'Users register ';
Const_Inc_LabelAdicionar = 'Add User';
Const_Inc_LabelAlterar = 'Change User';
Const_Inc_LabelNome = 'Name :';
Const_Inc_LabelLogin = 'Login :';
Const_Inc_LabelEmail = 'Email :';
Const_Inc_LabelPerfil = 'Profile :';
Const_Inc_CheckPrivilegiado = 'Privileged user ';
Const_Inc_BtGravar = '&Save';
Const_Inc_BtCancelar = 'Cancel';
Const_Inc_CheckEspira = 'Password do not expired';
Const_Inc_Dia = 'Day';
Const_Inc_ExpiraEm = 'Expired in';
//group property Settings.IncAltPerfil
Const_PInc_WindowCaption = 'Profile the Users';
Const_PInc_LabelAdicionar = 'Add Profile';
Const_PInc_LabelAlterar = 'Change Profile ';
Const_PInc_LabelNome = 'Description :';
Const_PInc_BtGravar = '&Save';
Const_PInc_BtCancelar = 'Cancel';
//group property Settings.Permissao
Const_Perm_WindowCaption = 'Security';
Const_Perm_LabelUsuario = 'Permissions of the User :';
Const_Perm_LabelPerfil = 'Permissions of the Profile :';
Const_Perm_PageMenu = 'Items of the Menu';
Const_Perm_PageActions = 'Actions';
Const_Perm_PageControls = 'Controls'; // by vicente barros leonel
Const_Perm_BtLibera = '&Release';
Const_Perm_BtBloqueia = '&Block';
Const_Perm_BtGravar = '&Save';
Const_Perm_BtCancelar = '&Cancel';
//group property Settings.TrocaSenha do begin
Const_Troc_WindowCaption = 'Security';
Const_Troc_LabelDescricao = 'Change Password';
Const_Troc_LabelSenhaAtual = 'Password :';
Const_Troc_LabelNovaSenha = 'New Password :';
Const_Troc_LabelConfirma = 'Confirmation :';
Const_Troc_BtGravar = '&Save';
Const_Troc_BtCancelar = 'Cancel';
//group property Settings.Mensagens.ErroTrocaSenha
Const_ErrPass_SenhaAtualInvalida = 'Current password does not tally!';
Const_ErrPass_ErroNovaSenha = 'The Field: New Password and Confirmation must be the same.';
Const_ErrPass_NovaIgualAtual = 'New equal password to current password ';
Const_ErrPass_SenhaObrigatoria = 'The password is compulsory ';
Const_ErrPass_SenhaMinima = 'The password must contain at least %d characters ';
Const_ErrPass_SenhaInvalida = 'When to use password was prohibited you obviate !';
Const_ErrPass_ForcaTrocaSenha = 'Compulsory change password';
//group property Settings.DefineSenha
Const_DefPass_WindowCaption = 'Define Password of the user : "%s"';
Const_DefPass_LabelSenha = 'Password :';
//Group das tabelas do UC
Const_TableUsers_FieldUserID = 'UCIdUser';
Const_TableUsers_FieldUserName = 'UCUserName';
Const_TableUsers_FieldLogin = 'UCLogin';
Const_TableUsers_FieldPassword = 'UCPassword';
Const_TableUsers_FieldEmail = 'UCEmail';
Const_TableUsers_FieldPrivileged = 'UCPrivileged';
Const_TableUsers_FieldTypeRec = 'UCTypeRec';
Const_TableUsers_FieldProfile = 'UCProfile';
Const_TableUsers_FieldKey = 'UCKey';
Const_TableUsers_TableName = 'UCTabUsers';
Const_TableUsers_FieldDateExpired = 'UCPassExpired';
Const_TableUser_FieldUserExpired = 'UCUserExpired';
Const_TableUser_FieldUserDaysSun = 'UCUserDaysSun';
Const_TableRights_FieldUserID = 'UCIdUser';
Const_TableRights_FieldModule = 'UCModule';
Const_TableRights_FieldComponentName = 'UCCompName';
Const_TableRights_FieldFormName = 'UCFormName';
Const_TableRights_FieldKey = 'UCKey';
Const_TableRights_TableName = 'UCTabRights';
Const_TableUsersLogged_FieldLogonID = 'UCIdLogon';
Const_TableUsersLogged_FieldUserID = 'UCIdUser';
Const_TableUsersLogged_FieldApplicationID = 'UCApplicationId';
Const_TableUsersLogged_FieldMachineName = 'UCMachineName';
Const_TableUsersLogged_FieldData = 'UCData';
Const_TableUsersLogged_TableName = 'UCTabUsersLogged';
implementation
end.
|
unit uMainForm;
interface
uses
System.SysUtils, System.Types, System.UITypes, System.Classes,
System.Variants,
FMX.Types, FMX.Controls, FMX.Forms, FMX.Graphics, FMX.Dialogs,
FMX.Media, FMX.Objects, FMX.ListBox, FMX.StdCtrls, FMX.Controls.Presentation,
IdContext, IdCustomHTTPServer, IdBaseComponent, IdComponent,
IdCustomTCPServer, IdHTTPServer, IdSync;
type
TMainForm = class(TForm)
ToolBarMain: TToolBar;
butStart: TButton;
cmbDevices: TComboBox;
imgContainer: TImage;
StyleBook: TStyleBook;
IdHTTPServer: TIdHTTPServer;
butPlay: TButton;
procedure FormCreate(Sender: TObject);
procedure cmbDevicesChange(Sender: TObject);
procedure butStartClick(Sender: TObject);
procedure IdHTTPServerCommandGet(AContext: TIdContext;
ARequestInfo: TIdHTTPRequestInfo; AResponseInfo: TIdHTTPResponseInfo);
procedure butPlayClick(Sender: TObject);
private
{ Private declarations }
VideoCamera: TVideoCaptureDevice;
procedure SampleBufferSync;
procedure SampleBufferReady(Sender: TObject; const ATime: TMediaTime);
public
{ Public declarations }
end;
type
TGetImageStream = class(TIdSync)
protected
FStream: TStream;
procedure DoSynchronize; override;
public
class procedure GetImage(aStream: TStream);
end;
var
MainForm: TMainForm;
implementation
{$R *.fmx}
{$R *.Macintosh.fmx MACOS}
{$R *.LgXhdpiPh.fmx ANDROID}
{$R *.iPhone55in.fmx IOS}
procedure TMainForm.butStartClick(Sender: TObject);
begin
if (VideoCamera <> nil) then
begin
if (VideoCamera.State = TCaptureDeviceState.Stopped) then
begin
VideoCamera.OnSampleBufferReady := SampleBufferReady;
VideoCamera.Quality := TVideoCaptureQuality.LowQuality;
VideoCamera.CaptureSettingPriority :=
TVideoCaptureSettingPriority.FrameRate;
VideoCamera.StartCapture;
butPlay.Enabled := True;
end
else
begin
VideoCamera.StopCapture;
butPlay.Enabled := False;
IdHTTPServer.Active := False;
end;
end
else
raise Exception.Create('Dispositivo de captura de vídeo não disponível!');
end;
procedure TMainForm.butPlayClick(Sender: TObject);
begin
IdHTTPServer.DefaultPort := 8080;
IdHTTPServer.Active := not IdHTTPServer.Active;
end;
procedure TMainForm.cmbDevicesChange(Sender: TObject);
begin
VideoCamera := TVideoCaptureDevice
(TCaptureDeviceManager.Current.GetDevicesByName(cmbDevices.Selected.Text));
if (VideoCamera <> nil) then
begin
butStart.Enabled := True;
end;
end;
procedure TMainForm.FormCreate(Sender: TObject);
{$IF DEFINED(MSWINDOWS) OR DEFINED(MACOS)}
var
DeviceList: TCaptureDeviceList;
i: integer;
{$ENDIF}
begin
{$IF DEFINED(MSWINDOWS) OR DEFINED(MACOS)}
DeviceList := TCaptureDeviceManager.Current.GetDevicesByMediaType
(TMediaType.Video);
for i := 0 to DeviceList.Count - 1 do
begin
cmbDevices.Items.Add(DeviceList[i].Name);
end;
cmbDevices.ItemIndex := 0;
{$ELSE}
VideoCamera := TCaptureDeviceManager.Current.DefaultVideoCaptureDevice;
butStart.Enabled := True;
{$ENDIF}
end;
procedure TMainForm.SampleBufferReady(Sender: TObject; const ATime: TMediaTime);
begin
TThread.Queue(TThread.CurrentThread, SampleBufferSync);
end;
procedure TMainForm.SampleBufferSync;
begin
VideoCamera.SampleBufferToBitmap(imgContainer.Bitmap, True);
end;
procedure TMainForm.IdHTTPServerCommandGet(AContext: TIdContext;
ARequestInfo: TIdHTTPRequestInfo; AResponseInfo: TIdHTTPResponseInfo);
var
LStream: TMemoryStream;
begin
LStream := TMemoryStream.Create;
try
TGetImageStream.GetImage(LStream);
LStream.Position := 0;
except
LStream.Free;
raise;
end;
AResponseInfo.ResponseNo := 200;
AResponseInfo.ContentType := 'image/bmp';
AResponseInfo.ContentStream := LStream;
end;
{ TGetImageStream }
procedure TGetImageStream.DoSynchronize;
begin
inherited;
MainForm.imgContainer.Bitmap.SaveToStream(FStream);
end;
class procedure TGetImageStream.GetImage(aStream: TStream);
begin
with Create do
try
FStream := aStream;
Synchronize;
finally
Free;
end;
end;
end.
|
(* WLA: HDO, 2016-12-06
---
Wish list analyzer for the Christkind.
==========================================================*)
PROGRAM WLA;
(*$IFDEF WINDOWS*)
USES
WinCrt;
(*$ENDIF*)
TYPE
WishNodePtr = ^WishNode;
WishNode = RECORD
next: WishNodePtr;
name: STRING;
item: STRING;
END; (*RECORD*)
WishListPtr = WishNodePtr;
OrderNodePtr = ^OrderNode;
OrderNode= RECORD
next: OrderNodePtr;
item: STRING;
n: INTEGER;
END; (*RECORD*)
OrderList = OrderNode;
ItemNodePrt = ^ItemNode;
ItemNode = RECORD
next : ItemNodePrt;
item : STRING;
END;
DelivNodePtr = ^DelivNode;
DelivNode = RECORD
next: DelivNodePtr;
name: STRING;
items: ItemNodePrt;
END; (*RECORD*)
DelivListPtr = DelivNodePtr;
(*#########*)
(* Wishes *)
(*#########*)
(* New WishNode Function *)
FUNCTION newWishNode(line : STRING): WishListPtr;
VAR node : WishNodePtr;
BEGIN
New(node);
node^.name := Copy(line,1,pos(':',line)-1);
node^.item := Copy(line,pos(' ',line)+1,length(line));
node^.next := NIL;
newWishNode := node;
END;
(* Append to a Wish List*)
PROCEDURE appendToWishList(VAR list : WishNodePtr; node : WishNodePtr);
VAR wishList : WishNodePtr;
BEGIN
IF list = NIL THEN list := node
ELSE
BEGIN
wishList := list;
WHILE (wishList^.next <> NIL) DO
wishList := wishList^.next;
wishList^.next := node;
END;
END;
(*#########*)
(* ORDER *)
(*#########*)
(* New Order Node*)
FUNCTION newOrderNode(item : STRING; anz : INTEGER): OrderNodePtr;
VAR node : OrderNodePtr;
BEGIN
New(node);
node^.item := item;
node^.n := anz;
node^.next := NIL;
NewOrderNode := node;
END;
(* Append to an Order List *)
PROCEDURE appendToOrder(VAR list : OrderNodePtr; node : OrderNodePtr);
VAR orderList : OrderNodePtr;
BEGIN
IF list = NIL THEN list := node
ELSE
BEGIN
orderList := list;
WHILE (orderList^.next <> NIL) DO
orderList := orderList^.next;
orderList^.next := node;
END;
END;
(* Increase the number of items per order *)
PROCEDURE increaseOrder(VAR list : OrderNodePtr; s_item : STRING);
VAR temp_orderlist : OrderNodePtr;
BEGIN
IF list = NIL THEN appendToOrder(list, newOrderNode(s_item, 1))
ELSE
BEGIN
temp_orderlist := list;
WHILE(temp_orderlist <> NIL) DO
BEGIN
IF(temp_orderlist^.item = s_item) THEN
BEGIN
temp_orderlist^.n := temp_orderlist^.n + 1;
exit;
END;
temp_orderlist := temp_orderlist^.next;
END;
appendToOrder(list, newOrderNode(s_item, 1));
END;
END;
(* Generate Order List from Wish List*)
FUNCTION orderListOf(wishlist : WishNodePtr): OrderNodePtr;
VAR result : OrderNodePtr;
BEGIN
result := NIL;
WHILE wishlist <> NIL DO
BEGIN
increaseOrder(result, wishlist^.item);
wishlist := wishlist^.next;
END;
orderListOf := result;
END;
(*#########*)
(* Items *)
(*#########*)
(* New Item Node *)
FUNCTION newItemNode(item : STRING): ItemNodePrt;
VAR node : ItemNodePrt;
BEGIN
New(node);
node^.item := item;
node^.next := NIL;
newItemNode := node;
END;
(* Append To Item List *)
PROCEDURE appendItem(VAR list : ItemNodePrt; element : ItemNodePrt);
VAR tmp : ItemNodePrt;
BEGIN
IF list = NIL THEN list := element
ELSE
BEGIN
tmp := list;
WHILE (tmp^.next <> NIL) DO
tmp := tmp^.next;
tmp^.next := element;
END;
END;
(*############*)
(* Delivery *)
(*############*)
(* Get New DeliveryList *)
FUNCTION newDelivNode(name,item : STRING): DelivNodePtr;
VAR node : DelivNodePtr;
BEGIN
New(node);
node^.name := name;
node^.items := NewItemNode(item);
node^.next := NIL;
NewDelivNode := node;
END;
(* Append to a Deliverylist *)
PROCEDURE appendToDelivery(VAR list : DelivNodePtr; element : DelivNodePtr);
VAR tmp : DelivNodePtr;
BEGIN
IF list = NIL THEN list := element ELSE
BEGIN
tmp := list;
WHILE (tmp^.next <> NIL) DO
tmp := tmp^.next;
tmp^.next := element;
END;
END;
(* Append Item to Kids Item List *)
PROCEDURE appendItemKid(VAR list : DelivNodePtr; name, item : STRING);
VAR tmp : DelivNodePtr;
BEGIN
IF list = NIL THEN list := NewDelivNode(name, item)
ELSE
BEGIN
tmp := list;
WHILE tmp <> NIL DO BEGIN
IF tmp^.name = name THEN BEGIN
AppendItem(tmp^.items, NewItemNode(item));
exit;
END;
tmp := tmp^.next;
END;
appendToDelivery(list, NewDelivNode(name, item));
END;
END;
(* Genereate Delivery based on wish list *)
FUNCTION DeliveryListOf(wishlist : WishNodePtr): DelivNodePtr;
VAR result : DelivNodePtr;
BEGIN
result := NIL;
WHILE wishlist <> NIL DO BEGIN
AppendItemKid(result, wishlist^.name, wishlist^.item);
wishlist := wishlist^.next;
END;
DeliveryListOf := result;
END;
(*#######################*)
(* Printing to Console *)
(*#######################*)
(* Write Wish List to Console *)
PROCEDURE writeWishList(wishList : WishNodePtr);
BEGIN
WriteLn(chr(205),chr(205),' Wish list ',chr(205),chr(205));
WHILE wishList <> NIL DO
BEGIN
Writeln(wishList^.name, ' : ' , wishList^.item);
wishList := wishList^.next;
END;
WriteLn(chr(205),chr(205),' End Wish list ',chr(205),chr(205));
END;
(* Write OrderList to Console *)
PROCEDURE writeOrderList(list : OrderNodePtr);
BEGIN
WriteLn(chr(205),chr(205),' Order list ',chr(205),chr(205));
WHILE list <> NIL DO
BEGIN
Writeln(list^.item, ' : ' , list^.n);
list := list^.next;
END;
WriteLn(chr(205),chr(205),' End Order list ',chr(205),chr(205));
END;
(* Write Delivery List *)
PROCEDURE writeDelivList(list : DelivListPtr);
VAR citem: ItemNodePrt;
BEGIN
WriteLn(chr(205),chr(205),' Delv list ',chr(205),chr(205));
WHILE list <> NIL DO BEGIN
Write(list^.name, ' : ');
citem := list^.items;
WHILE citem <> NIL DO BEGIN
write(citem^.item, ' ');
citem := citem^.next;
END;
writeln();
list := list^.next;
END;
WriteLn(chr(205),chr(205),' End Delv list ',chr(205),chr(205));
END;
VAR
wishesFile: TEXT;
s: STRING;
wish_list : WishNodePtr;
order_list : OrderNodePtr;
delv_list : DelivNodePtr;
BEGIN (*WLA*)
WriteLn(chr(205),chr(205),chr(185),' Lists for Xmas ',chr(204),chr(205),chr(205));
WriteLn;
(* Read everyline from txt, appendtowishlist and close file *)
Assign(wishesFile, 'Wishes.txt');
Reset(wishesFile);
REPEAT
ReadLn(wishesFile, s);
appendToWishList(wish_list,newWishNode(s));
UNTIL Eof(wishesFile);
Close(wishesFile);
(* Write wishlist to console *)
writeWishList(wish_list);
WriteLn;
(* Generating & Writing OrderList to Console *)
order_list := orderListOf(wish_list);
writeOrderList(order_list);
WriteLn;
(* Generating & Writing DeliveryList to Console *)
delv_list := DeliveryListOf(wish_list);
writeDelivList(delv_list);
END. (*WLA*) |
unit uEmailCheckerRes;
// EMS Resource Module
interface
uses
System.SysUtils, System.Classes, System.JSON,
EMS.Services, EMS.ResourceAPI, EMS.ResourceTypes;
type
[ResourceName('EmailChecker')]
TEmailCheckerResource1 = class(TDataModule)
published
procedure Get(const AContext: TEndpointContext; const ARequest: TEndpointRequest; const AResponse: TEndpointResponse);
[ResourceSuffix('{item}')]
procedure GetItem(const AContext: TEndpointContext; const ARequest: TEndpointRequest; const AResponse: TEndpointResponse);
end;
implementation
{%CLASSGROUP 'System.Classes.TPersistent'}
uses RegExpressionsUtil;
{$R *.dfm}
procedure TEmailCheckerResource1.Get(const AContext: TEndpointContext; const ARequest: TEndpointRequest; const AResponse: TEndpointResponse);
begin
// Sample code
AResponse.Body.SetValue(TJSONString.Create('EmailChecker'), True)
end;
procedure TEmailCheckerResource1.GetItem(const AContext: TEndpointContext; const ARequest: TEndpointRequest; const AResponse: TEndpointResponse);
var
LItem: string;
begin
LItem := ARequest.Params.Values['item'];
if TRegularExpressionEngine.IsValidEmail(LItem) then
AResponse.Body.SetValue(TJSONTrue.Create, True)
else
AResponse.Body.SetValue(TJSONFalse.Create, True);
end;
procedure Register;
begin
RegisterResource(TypeInfo(TEmailCheckerResource1));
end;
initialization
Register;
end.
|
{================================================================================
Copyright (C) 1997-2001 Mills Enterprise
Unit : rmDiffMap
Purpose : This is a map component primarily used in showing where the
differences are with in the mapping of the rmDiff Components.
Date : 04-24-2000
Author : Ryan J. Mills
Version : 1.92
Notes : This component originally came to me from Bernie Caudrey.
I've only modified the original source to work with my rmDiff
components. I would like to go back and rewrite the drawing and
mapping algorithms because I think they are unnecessarily complex.
It also doesn't use any resources where it should.
================================================================================}
unit rmDiffMap;
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs,
ExtCtrls;
type
TAByte = array of BYTE;
pAByte = ^TAByte;
TMapClickEvent = procedure(Sender:TObject; IndicatorPos : integer) of object;
TrmDiffMap = class(TCustomControl)
private
{ Private declarations }
FColorDeleted : TColor;
FColorInserted : TColor;
FColorModified : TColor;
FShowIndicator : Boolean;
FIndicatorPos : integer;
FRows : integer;
FIndicator : TBitmap;
FData : TAByte;
FOnMapClick : TMapClickEvent;
procedure DrawIndicator;
procedure SetIndicatorPos(Value : integer);
function MapHeight : integer;
protected
{ Protected declarations }
procedure Paint; override;
public
{ Public declarations }
constructor Create(AOwner : TComponent); override;
destructor Destroy; override;
procedure SetData(Value : TAByte; Size : integer);
procedure MouseDown(Button : TMouseButton; Shift : TShiftState; X, Y : Integer); override;
property Data : TAByte read FData;
published
{ Published declarations }
property Color;
property Caption;
property Align;
property BevelInner;
property BevelOuter;
property BevelWidth;
property ColorDeleted : TColor read FColorDeleted write FColorDeleted;
property ColorInserted : TColor read FColorInserted write FColorInserted;
property ColorModified : TColor read FColorModified write FColorModified;
property ShowIndicator : Boolean read FShowIndicator write FShowIndicator;
property IndicatorPos : integer read FIndicatorPos write SetIndicatorPos;
property IndicatorRange : integer read FRows;
property OnMapClick : TMapClickEvent read FOnMapClick write FOnMapClick;
end;
implementation
const
TOP_MARGIN = 5;
BOTTOM_MARGIN = 5;
INDICATOR_WIDTH = 4;
// These constants are reproduced here from IntfDifferenceEngine.pas
RECORD_SAME = 0;
RECORD_DELETED = 1;
RECORD_INSERTED = 2;
RECORD_MODIFIED = 3;
constructor TrmDiffMap.Create(AOwner : TComponent);
begin
inherited;
FShowIndicator := True;
FColorDeleted := clRed;
FColorInserted := clLime;
FColorModified := clYellow;
Caption := '';
FData := nil;
FRows := 0;
IndicatorPos := 0;
FIndicator := TBitmap.Create;
FIndicator.Width := 4;
FIndicator.Height := 6;
FIndicator.Canvas.Pixels[0,0] := clBlack;
FIndicator.Canvas.Pixels[0,1] := clBlack;
FIndicator.Canvas.Pixels[0,2] := clBlack;
FIndicator.Canvas.Pixels[0,3] := clBlack;
FIndicator.Canvas.Pixels[0,4] := clBlack;
FIndicator.Canvas.Pixels[1,1] := clBlack;
FIndicator.Canvas.Pixels[1,2] := clBlack;
FIndicator.Canvas.Pixels[1,3] := clBlack;
FIndicator.Canvas.Pixels[2,2] := clBlack;
FIndicator.Canvas.Pixels[1,0] := clFuchsia;
FIndicator.Canvas.Pixels[2,0] := clFuchsia;
FIndicator.Canvas.Pixels[2,1] := clFuchsia;
FIndicator.Canvas.Pixels[3,2] := clFuchsia;
FIndicator.Canvas.Pixels[1,4] := clFuchsia;
FIndicator.Canvas.Pixels[2,4] := clFuchsia;
FIndicator.TransparentMode := tmFixed;
FIndicator.TransparentColor := clFuchsia;
FIndicator.Transparent := True;
fIndicator.SaveToFile('c:\indicator.bmp');
end;
destructor TrmDiffMap.Destroy;
begin
if FData <> nil then begin
FData := nil;
end;
FIndicator.Free;
inherited;
end;
procedure TrmDiffMap.SetData(Value : TAByte; Size : integer);
begin
if FData <> nil then begin
FData := nil;
end;
FData := Value;
if FData <> nil then begin
FRows := Size;
end else begin
FRows := 0;
end;
end;
procedure TrmDiffMap.SetIndicatorPos(Value : integer);
begin
FIndicatorPos := Value;
Refresh;
end;
procedure TrmDiffMap.Paint;
var
i : Integer;
j : Integer;
NrOfDataRows : Integer;
Ht : Integer;
Ct : Integer;
CurrIndex : Integer;
PixelPos : Integer;
PixelHt : Double; // amount of pixel height for each row - could be a rather small number
PixelFrac : Double; // Faction part of pixel - left over from previous
PixelPrevHt : Double; // logical height of previous mapped pixel (eg. .92)
NrOfPixelRows : Double; // Number of rows that the current pixel is to represent.
ExtraPixel : Double; // Left over pixel from when calculating number of rows for the next pixel.
// eg. 1/.3 = 3 rows, .1 remaining, next 1.1/.3 = 3 rows, .2 remain, next 1.2/.3 = 4 rows.
DrawIt : Boolean; // Drawing flag for each column
RowModified : Boolean;
RowDeleted : Boolean;
RowInserted : Boolean;
ExitLoop : Boolean; // loop control
// Draws the line between two points on the horizonatal line of i.
procedure DrawLine(X1, X2 : integer);
var
k : integer;
begin
// What colour? Black or Background?
if DrawIt then begin
if RowModified then begin
Canvas.Pen.Color := ColorModified;
end else begin
if RowInserted then begin
Canvas.Pen.Color := ColorInserted;
end else begin
if RowDeleted then begin
Canvas.Pen.Color := ColorDeleted;
end;
end;
end;
end else begin
Canvas.Pen.Color := Color;
end;
// Draw the pixels for the map here
for k := 0 to Round(NrOfPixelRows) - 1 do begin
Canvas.MoveTo(X1, PixelPos + k);
Canvas.LineTo(X2, PixelPos + k);
end;
end;
begin
inherited;
if csDesigning in ComponentState then begin
exit;
end;
Ht := MapHeight;
Ct := FRows;
if Ct < 1 then begin
Ct := 1;
end;
PixelHt := Ht / Ct;
CurrIndex := 1;
NrOfPixelRows := 0.0;
PixelPrevHt := 0.0;
PixelPos := 5;
i := 1;
ExtraPixel := 0.0;
J := CurrIndex;
while J < Ct do begin
NrOfDataRows := 0;
PixelPrevHt := PixelPrevHt - NrOfPixelRows; // remainder from prevous pixel row (+ or -)
PixelFrac := frac(PixelPrevHt); // We want just the fractional part!
// Calculate how high the pixel line is to be
if PixelHt < 1.0 then begin
NrOfPixelRows := 1.0; // Each Pixel line represents one or more rows of data
end else begin
NrOfPixelRows := Int(PixelHt + ExtraPixel); // We have several pixel lines for each row of data.
ExtraPixel := frac(PixelHt + ExtraPixel);// save frac part for next time
end;
// Calculate the nr of data rows to be represented by the Pixel Line about to be drawn.
ExitLoop := False;
repeat
// the '.../2.0' checks if half a Pixel Ht will fit, else leave remainder for next row.
if (PixelFrac + PixelHt <= NrOfPixelRows) or
(PixelFrac + PixelHt / 2.0 <= NrOfPixelRows) then begin
PixelFrac := PixelFrac + PixelHt;
inc(NrOfDataRows);
end else begin
ExitLoop := True;
end;
until (PixelFrac >= NrOfPixelRows) or (ExitLoop);
// go through each data row, check if a file has been modified.
// if any file has been modified then we add to the Mapping.
if NrOfDataRows > 0 then begin
DrawIt := False;
end;
RowModified := False;
RowInserted := False;
RowDeleted := False;
for j := j to j + NrOfDataRows - 1 do begin
if j < ct then begin
case Data[j] of
RECORD_MODIFIED :
begin
DrawIt := True;
RowModified := True;
end;
RECORD_INSERTED :
begin
DrawIt := True;
RowInserted := True;
end;
RECORD_DELETED :
begin
DrawIt := True;
RowDeleted := True;
end;
end;
end else begin
i := i;
end;
end;
// Mapping is drawn here
if ShowIndicator then begin
DrawLine(INDICATOR_WIDTH, Width - INDICATOR_WIDTH);
end else begin
DrawLine(0, Width);
end;
inc(PixelPos, Trunc(NrOfPixelRows)); // the pixel pos on the map.
PixelPrevHt := int(PixelPrevHt) + PixelFrac;
end;
if ShowIndicator then begin
DrawIndicator;
end;
end;
procedure TrmDiffMap.DrawIndicator;
var
Y : integer;
begin
Canvas.Pen.Color := clBlack;
if FRows <> 0 then begin
Y := TOP_MARGIN + Trunc((IndicatorPos / FRows) * MapHeight);
Canvas.Draw(0, Y - (FIndicator.Height div 2), FIndicator);
end;
end;
function TrmDiffMap.MapHeight : integer;
begin
Result := Height - TOP_MARGIN - BOTTOM_MARGIN;
end;
procedure TrmDiffMap.MouseDown(Button : TMouseButton; Shift : TShiftState; X, Y : Integer);
var
NewRow : Integer;
NewTopRow : Integer;
PixelHt : Double;
begin
inherited;
if Assigned(OnMapClick) then begin
PixelHt := MapHeight / IndicatorRange; // This is how much of a pixel (or how many pixels), each row represents.
// (the pixel clicked) + Half the Pixel Height + 1.0 / the pixel height
// eg. Of 1000 rows, in the pixel area height of 500, then pixelHt = .5 (500/1000)
// Therefore, if pixel 100 is clicked we get - (100 + .25 + 1) / .5 = 51
// Y-5, we subtract 5 as we start 5 pixels from the top of lblQuickPickArea.
NewRow := Round(((Y - TOP_MARGIN) * 1.0 + PixelHt / 2.0 + 1.0) / PixelHt);
if NewRow > IndicatorRange - 1 then begin
NewRow := IndicatorRange - 1
end else begin
if NewRow < 1 then begin
NewRow := 1;
end;
end;
OnMapClick(self, NewRow);
end;
end;
end.
|
unit LrTextPainter;
interface
uses
Windows, Classes, Graphics,
LrGraphics;
type
TLrTextPainter = class(TPersistent)
private
FCanvas: TCanvas;
FHAlign: TLrHAlign;
FTransparent: Boolean;
FVAlign: TLrVAlign;
FWordWrap: Boolean;
FOnChange: TNotifyEvent;
protected
function GetDC: HDC;
function GetFlags: Integer;
procedure AlignRect(const inText: string; var ioR: TRect);
procedure Change;
procedure SetHAlign(const Value: TLrHAlign);
procedure SetTransparent(const Value: Boolean);
procedure SetVAlign(const Value: TLrVAlign);
procedure SetWordWrap(const Value: Boolean);
public
function Height(const inText: string; inR: TRect): Integer;
function Width(const inText: string): Integer;
procedure PaintText(const inText: string; inR: TRect;
inCanvas: TCanvas = nil);
public
property Canvas: TCanvas read FCanvas write FCanvas;
property Flags: Integer read GetFlags;
property DC: HDC read GetDC;
property OnChange: TNotifyEvent read FOnChange write FOnChange;
published
property HAlign: TLrHAlign read FHAlign write SetHAlign;
property Transparent: Boolean read FTransparent write SetTransparent;
property VAlign: TLrVAlign read FVAlign write SetVAlign;
property WordWrap: Boolean read FWordWrap write SetWordWrap;
end;
function TextPainter: TLrTextPainter;
implementation
uses
LrVclUtils;
const
cLrAlignFlags: array[TLrHAlign] of Integer = ( DT_LEFT, DT_LEFT, DT_CENTER,
DT_RIGHT );
cLrWrapFlags: array[Boolean] of Integer = ( 0, DT_WORDBREAK );
cLrTxFlags: array[Boolean] of Integer = ( Windows.OPAQUE,
Windows.TRANSPARENT );
var
SingletonTextPainter: TLrTextPainter;
function TextPainter: TLrTextPainter;
begin
if SingletonTextPainter = nil then
SingletonTextPainter := TLrTextPainter.Create;
Result := SingletonTextPainter;
end;
{ TLrTextPainter }
function TLrTextPainter.GetDC: HDC;
begin
Result := Canvas.Handle;
end;
function TLrTextPainter.GetFlags: Integer;
begin
Result := cLrAlignFlags[HAlign] + cLrWrapFlags[WordWrap] + DT_NOPREFIX;
end;
function TLrTextPainter.Height(const inText: string;
inR: TRect): Integer;
begin
if Canvas <> nil then
Result := DrawText(DC, PChar(inText), Length(inText), inR,
Flags + DT_CALCRECT)
else
Result := 0;
end;
function TLrTextPainter.Width(const inText: string): Integer;
begin
if Canvas <> nil then
Result := Canvas.TextWidth(inText)
else
Result := 0;
end;
procedure TLrTextPainter.AlignRect(const inText: string; var ioR: TRect);
var
y: Integer;
begin
y := (ioR.Bottom - ioR.Top) - Height(inText, ioR);
case VAlign of
vaBottom: ;
vaMiddle: y := y div 2;
else y := 0;
end;
Inc(ioR.Top, LrMax(0, y));
end;
procedure TLrTextPainter.PaintText(const inText: string; inR: TRect;
inCanvas: TCanvas);
begin
if inCanvas <> nil then
Canvas := inCanvas;
if Canvas <> nil then
begin
AlignRect(inText, inR);
SetBkMode(DC, cLrtxFlags[Transparent]);
DrawText(DC, PChar(inText), Length(inText), inR, Flags);
end;
end;
procedure TLrTextPainter.Change;
begin
if Assigned(OnChange) then
OnChange(Self);
end;
procedure TLrTextPainter.SetHAlign(const Value: TLrHAlign);
begin
FHAlign := Value;
Change;
end;
procedure TLrTextPainter.SetTransparent(const Value: Boolean);
begin
FTransparent := Value;
Change;
end;
procedure TLrTextPainter.SetVAlign(const Value: TLrVAlign);
begin
FVAlign := Value;
Change;
end;
procedure TLrTextPainter.SetWordWrap(const Value: Boolean);
begin
FWordWrap := Value;
Change;
end;
end.
|
unit ufrmCostCenter;
interface
uses
Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics,
Vcl.Controls, Vcl.Forms, Vcl.Dialogs, ufrmMasterBrowse, cxGraphics,
cxControls, cxLookAndFeels, cxLookAndFeelPainters, cxStyles, cxCustomData,
cxFilter, cxData, cxDataStorage, cxEdit, cxNavigator, Data.DB, cxDBData,
cxContainer, Vcl.ComCtrls, dxCore, cxDateUtils, Vcl.Menus, cxClasses,
ufraFooter4Button, Vcl.StdCtrls, cxButtons, cxTextEdit, cxMaskEdit,
cxDropDownEdit, cxCalendar, cxLabel, cxGridLevel, cxGridCustomView,
cxGridCustomTableView, cxGridTableView, cxGridDBTableView, cxGrid,
Vcl.ExtCtrls, System.Actions, Vcl.ActnList, DBClient, ufrmDialogCostCenter,
dxBarBuiltInMenu, cxPC;
type
TfrmCostCenter = class(TfrmMasterBrowse)
procedure actAddExecute(Sender: TObject);
procedure actEditExecute(Sender: TObject);
private
FCDS: TClientDataSet;
{ Private declarations }
protected
procedure RefreshData; override;
public
{ Public declarations }
end;
var
frmCostCenter: TfrmCostCenter;
implementation
uses
System.DateUtils, uDMClient,uDBUtils, uDXUtils;
{$R *.dfm}
procedure TfrmCostCenter.actAddExecute(Sender: TObject);
begin
inherited;
frmDialogCostCenter := TfrmDialogCostCenter.Create(nil);
try
frmDialogCostCenter.LoadData('00000000-0000-0000-0000-000000000000');
frmDialogCostCenter.ShowModal;
if frmDialogCostCenter.ModalResult = mrOk then
actRefreshExecute(Sender);
finally
frmDialogCostCenter.Free;
end;
end;
procedure TfrmCostCenter.actEditExecute(Sender: TObject);
begin
inherited;
frmDialogCostCenter := TfrmDialogCostCenter.Create(nil);
try
frmDialogCostCenter.LoadData(FCDS.FieldByName('COST_CENTER_ID').AsString);
frmDialogCostCenter.ShowModal;
if frmDialogCostCenter.ModalResult =mrOk then
actRefreshExecute(Sender);
finally
frmDialogCostCenter.Free;
end;
end;
procedure TfrmCostCenter.RefreshData;
begin
if Assigned(FCDS) then FreeAndNil(FCDS);
FCDS := TDBUtils.DSToCDS(DMClient.DSProviderClient.CostCenter_GetDSLookup(),Self );
cxGridView.LoadFromCDS(FCDS);
cxGridView.SetVisibleColumns(['COST_CENTER_ID'],False);
end;
end.
|
{*
멀티 스레드에서 사용 되는 변수가 있을 경우 사용하기 위해서 임계영역과 세트로
작성돤 데이터 래핑 클래스이다. 단 번에 참조하지 않고 참조되는 동안 프로세스가
진행되는 경우, 멀티 스레드 상에서 경합을 피하기 위해서 사용한다.
}
unit SyncValues;
interface
uses
Classes, SysUtils, SyncObjs;
type
TSyncValue = class
private
FCS : TCriticalSection;
public
constructor Create; virtual;
destructor Destroy; override;
procedure Lock;
procedure Unlock;
end;
TSyncInteger = class (TSyncValue)
private
FValue: integer;
public
procedure SetValue(AValue:integer);
public
property Value : integer read FValue write FValue;
end;
TSyncInt64 = class (TSyncValue)
private
FValue: int64;
public
function GetValue:int64;
procedure SetValue(AValue:int64);
public
property Value : int64 read FValue write FValue;
end;
TSyncString = class (TSyncValue)
private
FValue: string;
public
function GetValue:string;
procedure SetValue(AValue:string);
public
property Value : string read FValue write FValue;
end;
TSyncShortString = class (TSyncValue)
private
FValue: ShortString;
public
function GetValue:ShortString;
procedure SetValue(AValue:ShortString);
public
property Value : ShortString read FValue write FValue;
end;
TSyncBoolean = class (TSyncValue)
private
FValue: boolean;
public
procedure SetValue(AValue:boolean);
public
property Value : boolean read FValue write FValue;
end;
TSyncSize = class (TSyncValue)
private
FX: integer;
FY: integer;
public
procedure GetValue(var AX,AY:integer);
procedure SetValue(AX,AY:integer);
public
property X : integer read FX write FX;
property Y : integer read FY write FY;
end;
TSyncStringList = class (TSyncValue)
private
FStringList : TStringList;
public
constructor Create; override;
destructor Destroy; override;
public
property StringList : TStringList read FStringList;
end;
implementation
{ TSyncValue }
constructor TSyncValue.Create;
begin
inherited;
FCS := TCriticalSection.Create;
end;
destructor TSyncValue.Destroy;
begin
FCS.Free;
inherited;
end;
procedure TSyncValue.Lock;
begin
FCS.Acquire;
end;
procedure TSyncValue.Unlock;
begin
FCS.Release;
end;
{ TSyncSize }
procedure TSyncSize.GetValue(var AX, AY: integer);
begin
Lock;
try
AX := FX;
AY := FY;
finally
Unlock;
end;
end;
procedure TSyncSize.SetValue(AX, AY: integer);
begin
Lock;
try
FX := AX;
FY := AY;
finally
Unlock;
end;
end;
{ TSyncInteger }
procedure TSyncInteger.SetValue(AValue: integer);
begin
Lock;
try
FValue := AValue;
finally
Unlock;
end;
end;
{ TSyncInt64 }
function TSyncInt64.GetValue: int64;
begin
Lock;
try
Result := FValue;
finally
Unlock;
end;
end;
procedure TSyncInt64.SetValue(AValue: int64);
begin
Lock;
try
FValue := AValue;
finally
Unlock;
end;
end;
{ TSyncString }
function TSyncString.GetValue: string;
begin
Lock;
try
Result := FValue;
finally
Unlock;
end;
end;
procedure TSyncString.SetValue(AValue: string);
begin
Lock;
try
FValue := AValue;
finally
Unlock;
end;
end;
{ TSyncShortString }
function TSyncShortString.GetValue: ShortString;
begin
Lock;
try
Result := FValue;
finally
Unlock;
end;
end;
procedure TSyncShortString.SetValue(AValue: ShortString);
begin
Lock;
try
FValue := AValue;
finally
Unlock;
end;
end;
{ TSyncBoolean }
procedure TSyncBoolean.SetValue(AValue: boolean);
begin
Lock;
try
FValue := AValue;
finally
Unlock;
end;
end;
{ TSyncStringList }
constructor TSyncStringList.Create;
begin
inherited;
FStringList := TStringList.Create;
end;
destructor TSyncStringList.Destroy;
begin
FreeAndNil(FStringList);
inherited;
end;
end.
|
program fre_resourcetest;
{$mode objfpc}{$H+}
uses
{$IFDEF UNIX}
BaseUnix,
{$IFDEF UseCThreads}
cthreads,
{$ENDIF}{$ENDIF}
Classes, SysUtils, CustApp
{ you can add units after this };
type
{ TFREResourcetestApplication }
TFREResourcetestApplication = class(TCustomApplication)
protected
procedure DoRun; override;
public
constructor Create(TheOwner: TComponent); override;
destructor Destroy; override;
procedure WriteHelp; virtual;
procedure TestMemory (const blocksize:integer=1024);
procedure TestFileHandles;
procedure TestProcessFork;
end;
{ TMyApplication }
procedure TFREResourcetestApplication.DoRun;
var
ErrorMsg: String;
s : string;
begin
// quick check parameters
ErrorMsg:=CheckOptions('hfpm:',['help','file','process','memory']);
if ErrorMsg<>'' then begin
Writeln('Invalid option: ',Errormsg);
Terminate;
Exit;
end;
// parse parameters
if HasOption('h','help') then begin
WriteHelp;
Terminate;
Exit;
end;
if HasOption('m','memory') then begin
s:=GetOptionValue('m','memory');
TestMemory(strtoint(s));
Terminate;
Exit;
end;
if HasOption('f','file') then begin
TestFileHandles;
Terminate;
Exit;
end;
if HasOption('p','process') then begin
TestProcessFork;
Terminate;
Exit;
end;
{ add your program here }
// stop program loop
Terminate;
end;
constructor TFREResourcetestApplication.Create(TheOwner: TComponent);
begin
inherited Create(TheOwner);
StopOnException:=True;
end;
destructor TFREResourcetestApplication.Destroy;
begin
inherited Destroy;
end;
procedure TFREResourcetestApplication.WriteHelp;
begin
{ add your help code here }
writeln('Usage: ',ExeName);
writeln(' OPTIONS');
writeln(' -h | --help : print this help');
writeln(' -m <size> | --memory <size> : getmem allocation in <size> blocks');
writeln(' -f | --file : file handles');
writeln(' -p | --process : process fork');
end;
procedure TFREResourcetestApplication.TestMemory(const blocksize: integer);
var total_alloc : QWord;
success_getmems : QWord;
p : pointer;
begin
total_alloc := 0;
success_getmems := 0;
while true do
begin
try
p:=GetMem(blocksize);
if p=nil then
begin
writeln('GetMem resultet nil');
writeln('Total Allocated:',total_alloc,' Successfull Getmem Calls:',success_getmems);
end
else
begin
inc(total_alloc,blocksize);
inc(success_getmems);
if (success_getmems mod 1000)=0 then
writeln('Total Allocated:',total_alloc,' Successfull Getmem Calls:',success_getmems);
end;
except on E:Exception do begin
writeln('EXCEPTION:',E.Message);
sleep(100);
end;end;
end;
end;
procedure TFREResourcetestApplication.TestFileHandles;
var total_fh : QWord;
sl : TStringlist;
begin
sl := TstringList.Create;
try
sl.Add('TEST');
sl.SaveToFile('testfile');
finally
sl.Free;
end;
while true do
begin
if FileOpen('testfile',fmOpenRead+fmShareDenyNone)=-1 then
begin
writeln('Filehandle -1');
writeln('Total fh:',total_fh);
end
else
begin
inc(total_fh);
if (total_fh mod 1000)=0 then
writeln('Total fh:',total_fh);
end;
end;
end;
procedure TFREResourcetestApplication.TestProcessFork;
begin
end;
var
Application: TFREResourcetestApplication;
begin
Application:=TFREResourcetestApplication.Create(nil);
Application.Title:='Resourcetest';
Application.Run;
Application.Free;
end.
|
unit ibSHDDLGrantorEditors;
interface
uses
SysUtils, Classes, DesignIntf, TypInfo,
SHDesignIntf, ibSHDesignIntf, ibSHCommonEditors;
type
// -> Property Editors
TibSHDDLGrantorPropEditor = class(TibBTPropertyEditor)
public
function GetAttributes: TPropertyAttributes; override;
function GetValue: string; override;
procedure GetValues(AValues: TStrings); override;
procedure SetValue(const Value: string); override;
procedure Edit; override;
end;
IibSHDDLGrantorPrivilegesForPropEditor = interface
['{13851CEB-3890-43A2-9AA5-92A4D7F6455D}']
end;
IibSHDDLGrantorGrantsOnPropEditor = interface
['{CE03EE87-4D51-42EB-9B91-FDC1BFC76F79}']
end;
IibSHDDLGrantorDisplayPropEditor = interface
['{E12D36F9-66FF-40E1-9B7F-8E35677CBB9B}']
end;
TibSHDDLGrantorPrivilegesForPropEditor = class(TibSHDDLGrantorPropEditor, IibSHDDLGrantorPrivilegesForPropEditor);
TibSHDDLGrantorGrantsOnPropEditor = class(TibSHDDLGrantorPropEditor, IibSHDDLGrantorGrantsOnPropEditor);
TibSHDDLGrantorDisplayPropEditor = class(TibSHDDLGrantorPropEditor, IibSHDDLGrantorDisplayPropEditor);
implementation
uses
ibSHConsts, ibSHValues;
{ TibSHDDLGrantorPropEditor }
function TibSHDDLGrantorPropEditor.GetAttributes: TPropertyAttributes;
begin
Result := inherited GetAttributes;
if Supports(Self, IibSHDDLGrantorPrivilegesForPropEditor) then Result := [paValueList];
if Supports(Self, IibSHDDLGrantorGrantsOnPropEditor) then Result := [paValueList];
if Supports(Self, IibSHDDLGrantorDisplayPropEditor) then Result := [paValueList];
end;
function TibSHDDLGrantorPropEditor.GetValue: string;
begin
Result := inherited GetValue;
if Supports(Self, IibSHDDLGrantorPrivilegesForPropEditor) then ;
if Supports(Self, IibSHDDLGrantorGrantsOnPropEditor) then ;
if Supports(Self, IibSHDDLGrantorDisplayPropEditor) then ;
end;
procedure TibSHDDLGrantorPropEditor.GetValues(AValues: TStrings);
begin
inherited GetValues(AValues);
if Supports(Self, IibSHDDLGrantorPrivilegesForPropEditor) then AValues.Text := GetPrivilegesFor;
if Supports(Self, IibSHDDLGrantorGrantsOnPropEditor) then AValues.Text := GetGrantsOn;
if Supports(Self, IibSHDDLGrantorDisplayPropEditor) then AValues.Text := GetDisplayGrants;
end;
procedure TibSHDDLGrantorPropEditor.SetValue(const Value: string);
begin
inherited SetValue(Value);
if Supports(Self, IibSHDDLGrantorPrivilegesForPropEditor) then
if Designer.CheckPropValue(Value, GetPrivilegesFor) then
inherited SetStrValue(Value);
if Supports(Self, IibSHDDLGrantorGrantsOnPropEditor) then
if Designer.CheckPropValue(Value, GetGrantsOn) then
inherited SetStrValue(Value);
if Supports(Self, IibSHDDLGrantorDisplayPropEditor) then
if Designer.CheckPropValue(Value, GetDisplayGrants) then
inherited SetStrValue(Value);
end;
procedure TibSHDDLGrantorPropEditor.Edit;
begin
inherited Edit;
if Supports(Self, IibSHDDLGrantorPrivilegesForPropEditor) then ;
if Supports(Self, IibSHDDLGrantorGrantsOnPropEditor) then ;
if Supports(Self, IibSHDDLGrantorDisplayPropEditor) then ;
end;
end.
|
unit ThWebVariable;
interface
uses
Classes, ThRegExpr;
type
TThValidator = class;
//
TThCustomDatum = class(TPersistent)
private
FWebValue: string;
FWebName: string;
FDisplayName: string;
protected
procedure SetDisplayName(const Value: string);
procedure SetWebName(const Value: string);
procedure SetWebValue(const Value: string); virtual;
published
property DisplayName: string read FDisplayName write SetDisplayName;
property WebName: string read FWebName write SetWebName;
property WebValue: string read FWebValue write SetWebValue;
end;
//
TThDatum = class(TThCustomDatum)
private
FValidator: TThValidator;
procedure SetValidator(const Value: TThValidator);
protected
procedure SetWebValue(const Value: string); override;
public
property Validator: TThValidator read FValidator write SetValidator;
end;
//
TThValidator = class(TComponent)
private
FWebDatum: TThDatum;
FWebValue: string;
FOnFailValidate: TNotifyEvent;
protected
procedure SetOnFailValidate(const Value: TNotifyEvent);
protected
procedure DoFailValidate;
function ValidateString(var ioString: string): Boolean; virtual; abstract;
public
function Validate(inDatum: TThDatum): Boolean; virtual;
property WebDatum: TThDatum read FWebDatum;
property WebValue: string read FWebValue write FWebValue;
published
property OnFailValidate: TNotifyEvent read FOnFailValidate
write SetOnFailValidate;
end;
//
TThCustomWebVariable = class(TComponent)
private
FDatum: TThDatum;
protected
function GetDisplayName: string;
function GetValidator: TThValidator;
function GetWebName: string;
function GetWebValue: string; virtual;
procedure SetDisplayName(const Value: string);
procedure SetValidator(const Value: TThValidator);
procedure SetWebName(const Value: string);
procedure SetWebValue(const Value: string);
protected
function DoMacroReplace(ARegExpr: TRegExpr): string;
procedure Notification(AComponent: TComponent;
Operation: TOperation); override;
public
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
function MacroReplace(const inValue: string): string;
protected
property DisplayName: string read GetDisplayName write SetDisplayName;
property Validator: TThValidator read GetValidator write SetValidator;
public
property WebName: string read GetWebName write SetWebName;
property WebValue: string read GetWebValue write SetWebValue;
end;
//
TThWebVariable = class(TThCustomWebVariable)
published
property DisplayName;
property Validator;
property WebName;
property WebValue;
end;
implementation
{ TThCustomDatum }
procedure TThCustomDatum.SetDisplayName(const Value: string);
begin
FDisplayName := Value;
end;
procedure TThCustomDatum.SetWebName(const Value: string);
begin
if FWebName = FDisplayName then
FDisplayName := Value;
FWebName := Value;
end;
procedure TThCustomDatum.SetWebValue(const Value: string);
begin
FWebValue := Value;
end;
{ TThDatum }
procedure TThDatum.SetValidator(const Value: TThValidator);
begin
FValidator := Value;
end;
procedure TThDatum.SetWebValue(const Value: string);
begin
inherited;
if FValidator <> nil then
if not FValidator.Validate(Self) then
FWebValue := FValidator.WebValue;
end;
{ TThCustomWebVariable }
constructor TThCustomWebVariable.Create(AOwner: TComponent);
begin
inherited;
FDatum := TThDatum.Create;
end;
destructor TThCustomWebVariable.Destroy;
begin
FDatum.Free;
inherited;
end;
function TThCustomWebVariable.GetValidator: TThValidator;
begin
Result := FDatum.FValidator;
end;
procedure TThCustomWebVariable.SetValidator(const Value: TThValidator);
begin
if Validator <> nil then
Validator.RemoveFreeNotification(Self);
FDatum.FValidator := Value;
if Validator <> nil then
Validator.FreeNotification(Self);
end;
procedure TThCustomWebVariable.Notification(AComponent: TComponent;
Operation: TOperation);
begin
inherited Notification(AComponent, Operation);
if (Operation = opRemove) and (AComponent = Validator) then
FDatum.FValidator := nil;
end;
function TThCustomWebVariable.GetWebName: string;
begin
Result := FDatum.WebName;
end;
function TThCustomWebVariable.GetWebValue: string;
begin
Result := MacroReplace(FDatum.WebValue);
end;
procedure TThCustomWebVariable.SetWebName(const Value: string);
begin
FDatum.WebName := Value;
end;
procedure TThCustomWebVariable.SetWebValue(const Value: string);
begin
FDatum.WebValue := Value;
end;
function TThCustomWebVariable.GetDisplayName: string;
begin
Result := FDatum.DisplayName;
end;
procedure TThCustomWebVariable.SetDisplayName(const Value: string);
begin
FDatum.DisplayName := Value;
end;
function TThCustomWebVariable.DoMacroReplace(ARegExpr: TRegExpr): string;
var
i: Integer;
begin
Result := '';
if Owner <> nil then
for i := 0 to Pred(Owner.ComponentCount) do
if Owner.Components[i] is TThCustomWebVariable then
with TThCustomWebVariable(Owner.Components[i]) do
if ARegExpr.Match[1] = WebName then
begin
Result := WebValue;
break;
end;
end;
function TThCustomWebVariable.MacroReplace(const inValue: string): string;
begin
with TRegExpr.Create do
try
Expression := '\{%([^}]*)\}';
Result := ReplaceEx(inValue, DoMacroReplace);
finally
Free;
end;
end;
{ TThValidator }
procedure TThValidator.SetOnFailValidate(const Value: TNotifyEvent);
begin
FOnFailValidate := Value;
end;
procedure TThValidator.DoFailValidate;
begin
if Assigned(OnFailValidate) then
OnFailValidate(Self);
end;
function TThValidator.Validate(inDatum: TThDatum): Boolean;
begin
FWebDatum := inDatum;
FWebValue := inDatum.WebValue;
Result := ValidateString(FWebValue);
if not Result then
DoFailValidate;
end;
end.
|
unit ColorToolUnit;
interface
uses
System.Math,
System.SysUtils,
System.Classes,
Winapi.Windows,
Vcl.Controls,
Vcl.Graphics,
Vcl.StdCtrls,
Vcl.ExtCtrls,
Vcl.ComCtrls,
Dmitry.Controls.WebLink,
ToolsUnit,
ImageHistoryUnit,
Effects,
uDBGraphicTypes,
uMemory;
type
TColorToolPanelClass = class(TToolsPanelClass)
private
{ Private declarations }
NewImage: TBitmap;
CloseLink: TWebLink;
MakeItLink: TWebLink;
ContrastLabel: TStaticText;
ContrastTrackBar: TTrackBar;
BrightnessLabel: TStaticText;
BrightnessTrackBar: TTrackBar;
RLabel: TStaticText;
RTrackBar: TTrackBar;
GLabel: TStaticText;
GTrackBar: TTrackBar;
BLabel: TStaticText;
BTrackBar: TTrackBar;
Loading: Boolean;
ApplyOnDone: Boolean;
FOnDone: TNotifyEvent;
PImage, PNewImage: TArPARGB;
FOverageContrast: Integer;
protected
function LangID: string; override;
public
{ Public declarations }
procedure Init; override;
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
procedure ClosePanel; override;
procedure MakeTransform; override;
procedure ClosePanelEvent(Sender: TObject);
procedure DoMakeImage(Sender: TObject);
procedure SetLocalProperties(Sender: TObject);
procedure RefreshInfo;
function GetProperties: string; override;
class function ID: string; override;
procedure ExecuteProperties(Properties: string; OnDone: TNotifyEvent); override;
procedure SetProperties(Properties: string); override;
end;
implementation
{ TColorToolPanelClass }
procedure TColorToolPanelClass.ClosePanel;
begin
if Assigned(OnClosePanel) then
OnClosePanel(Self);
if not ApplyOnDone then
inherited;
end;
procedure TColorToolPanelClass.ClosePanelEvent(Sender: TObject);
begin
CancelTempImage(True);
ClosePanel;
end;
constructor TColorToolPanelClass.Create(AOwner: TComponent);
begin
inherited;
ApplyOnDone := False;
NewImage := nil;
Loading := True;
Align := AlClient;
ContrastLabel := TStaticText.Create(Self);
ContrastLabel.Top := 8;
ContrastLabel.Left := 8;
ContrastLabel.Caption := L('Contract: [%d]');
ContrastLabel.Parent := AOwner as TWinControl;
ContrastTrackBar := TTrackBar.Create(Self);
ContrastTrackBar.Top := ContrastLabel.Top + ContrastLabel.Height + 5;
ContrastTrackBar.Left := 8;
ContrastTrackBar.Width := 161;
ContrastTrackBar.Min := -100;
ContrastTrackBar.Max := 100;
ContrastTrackBar.Position := 0;
ContrastTrackBar.OnChange := SetLocalProperties;
ContrastTrackBar.Parent := AOwner as TWinControl;
BrightnessLabel := TStaticText.Create(Self);
BrightnessLabel.Top := ContrastTrackBar.Top + ContrastTrackBar.Height + 5;
BrightnessLabel.Left := 8;
BrightnessLabel.Caption := L('Brightness : [%d]');
BrightnessLabel.Parent := AOwner as TWinControl;
BrightnessTrackBar := TTrackBar.Create(Self);
BrightnessTrackBar.Top := BrightnessLabel.Top + BrightnessLabel.Height + 5;
BrightnessTrackBar.Left := 8;
BrightnessTrackBar.Width := 161;
BrightnessTrackBar.Min := -255;
BrightnessTrackBar.Max := 255;
BrightnessTrackBar.Position := 0;
BrightnessTrackBar.OnChange := SetLocalProperties;
BrightnessTrackBar.Parent := AOwner as TWinControl;
RLabel := TStaticText.Create(Self);
RLabel.Top := BrightnessTrackBar.Top + BrightnessTrackBar.Height + 5;
RLabel.Caption := 'R';
RTrackBar := TTrackBar.Create(Self);
RTrackBar.Orientation := TrVertical;
RTrackBar.Top := RLabel.Top + RLabel.Height + 5;
RTrackBar.Left := 15;
RTrackBar.Min := -100;
RTrackBar.Max := 100;
RTrackBar.Position := 0;
RTrackBar.OnChange := SetLocalProperties;
RTrackBar.Parent := AOwner as TWinControl;
RLabel.Left := RTrackBar.Left;
RLabel.Parent := AOwner as TWinControl;
GLabel := TStaticText.Create(Self);
GLabel.Top := BrightnessTrackBar.Top + BrightnessTrackBar.Height + 5;
GLabel.Caption := 'G';
GTrackBar := TTrackBar.Create(Self);
GTrackBar.Orientation := TrVertical;
GTrackBar.Top := RLabel.Top + RLabel.Height + 5;
GTrackBar.Left := RTrackBar.Left + RTrackBar.Width + 5;
GTrackBar.Min := -100;
GTrackBar.Max := 100;
GTrackBar.Position := 0;
GTrackBar.OnChange := SetLocalProperties;
GTrackBar.Parent := AOwner as TWinControl;
GLabel.Left := GTrackBar.Left;
GLabel.Parent := AOwner as TWinControl;
BLabel := TStaticText.Create(Self);
BLabel.Top := BrightnessTrackBar.Top + BrightnessTrackBar.Height + 5;
BLabel.Caption := 'B';
BTrackBar := TTrackBar.Create(Self);
BTrackBar.Orientation := TrVertical;
BTrackBar.Top := RLabel.Top + RLabel.Height + 5;
BTrackBar.Left := GTrackBar.Left + GTrackBar.Width + 5;
BTrackBar.Min := -100;
BTrackBar.Max := 100;
BTrackBar.Position := 0;
BTrackBar.OnChange := SetLocalProperties;
BTrackBar.Parent := AOwner as TWinControl;
BLabel.Left := BTrackBar.Left;
BLabel.Parent := AOwner as TWinControl;
MakeItLink := TWebLink.Create(Self);
MakeItLink.Parent := AOwner as TWinControl;
MakeItLink.Text := L('Apply');
MakeItLink.Top := BTrackBar.Top + BTrackBar.Height + 5;
MakeItLink.Left := 10;
MakeItLink.Visible := True;
MakeItLink.Color := ClBtnface;
MakeItLink.OnClick := DoMakeImage;
MakeItLink.LoadFromResource('DOIT');
MakeItLink.RefreshBuffer(True);
CloseLink := TWebLink.Create(Self);
CloseLink.Parent := AOwner as TWinControl;
CloseLink.Text := L('Close tool');
CloseLink.Top := MakeItLink.Top + MakeItLink.Height + 5;
CloseLink.Left := 10;
CloseLink.Visible := True;
CloseLink.Color := ClBtnface;
CloseLink.OnClick := ClosePanelEvent;
CloseLink.LoadFromResource('CANCELACTION');
CloseLink.RefreshBuffer(True);
Loading := False;
RefreshInfo;
FOverageContrast := -1;
end;
procedure TColorToolPanelClass.Init;
var
I: Integer;
begin
NewImage := TBitmap.Create;
NewImage.Assign(Image);
SetLength(PImage, NewImage.Height);
SetLength(PNewImage, Image.Height);
for I := 0 to Image.Height - 1 do
PImage[I] := Image.ScanLine[I];
for I := 0 to NewImage.Height - 1 do
PNewImage[I] := NewImage.ScanLine[I];
SetTempImage(NewImage);
end;
destructor TColorToolPanelClass.Destroy;
begin
F(ContrastLabel);
F(ContrastTrackBar);
F(BrightnessLabel);
F(BrightnessTrackBar);
F(RTrackBar);
F(GTrackBar);
F(BTrackBar);
F(CloseLink);
F(MakeItLink);
F(RLabel);
F(GLabel);
F(BLabel);
inherited;
end;
procedure TColorToolPanelClass.DoMakeImage(Sender: TObject);
begin
MakeTransform;
end;
procedure TColorToolPanelClass.ExecuteProperties(Properties: string; OnDone: TNotifyEvent);
begin
FOnDone := OnDone;
ApplyOnDone := True;
Loading := True;
ContrastTrackBar.Position := StrToIntDef(GetValueByName(Properties, 'Contrast'), 0);
BrightnessTrackBar.Position := StrToIntDef(GetValueByName(Properties, 'Brightness'), 0);
RTrackBar.Position := StrToIntDef(GetValueByName(Properties, 'RValue'), 0);
GTrackBar.Position := StrToIntDef(GetValueByName(Properties, 'GValue'), 0);
BTrackBar.Position := StrToIntDef(GetValueByName(Properties, 'BValue'), 0);
Loading := False;
SetLocalProperties(Self);
MakeTransform;
if Assigned(FOnDone) then
FOnDone(Self);
end;
function TColorToolPanelClass.GetProperties: string;
begin
Result := 'Contrast=' + IntToStr(ContrastTrackBar.Position) + ';';
Result := Result + 'Brightness=' + IntToStr(BrightnessTrackBar.Position) + ';';
Result := Result + 'RValue=' + IntToStr(RTrackBar.Position) + ';';
Result := Result + 'GValue=' + IntToStr(GTrackBar.Position) + ';';
Result := Result + 'BValue=' + IntToStr(BTrackBar.Position) + ';';
end;
class function TColorToolPanelClass.ID: string;
begin
Result := '{E20DDD6C-0E5F-4A69-A689-978763DE8A0A}';
end;
function TColorToolPanelClass.LangID: string;
begin
Result := 'ColorTool';
end;
procedure TColorToolPanelClass.MakeTransform;
begin
inherited;
if NewImage <> nil then
begin
ImageHistory.Add(NewImage, '{' + ID + '}[' + GetProperties + ']');
SetImagePointer(NewImage);
end;
ClosePanel;
end;
procedure TColorToolPanelClass.RefreshInfo;
begin
ContrastLabel.Caption := Format(L('Contrast: [%d]'), [ContrastTrackBar.Position]);
BrightnessLabel.Caption := Format(L('Brightness : [%d]'), [BrightnessTrackBar.Position]);
RLabel.Caption := Format(L('R [%d]'), [RTrackBar.Position]);
GLabel.Caption := Format(L('G [%d]'), [GTrackBar.Position]);
BLabel.Caption := Format(L('B [%d]'), [BTrackBar.Position]);
end;
procedure TColorToolPanelClass.SetLocalProperties(Sender: TObject);
var
Width, Height: Integer;
ContrastValue: Extended;
function Znak(X: Extended): Extended;
begin
if X >= 0 then
Result := 1
else
Result := -1;
end;
begin
if Loading then
Exit;
Height := NewImage.Height;
Width := NewImage.Width;
ContrastValue := Znak(ContrastTrackBar.Position) * 100 * Power(Abs(ContrastTrackBar.Position) / 100, 2);
SetContractBrightnessRGBChannelValue(PImage, PNewImage, Width, Height, ContrastValue, FOverageContrast, BrightnessTrackBar.Position, RTrackBar.Position, GTrackBar.Position, BTrackBar.Position);
Editor.MakeImage;
Editor.DoPaint;
RefreshInfo;
end;
procedure TColorToolPanelClass.SetProperties(Properties: String);
begin
end;
end.
|
unit n_LogThreads;
interface
uses SysUtils, Classes, Forms, DateUtils, IBDataBase, IBQuery, IBSQL,
SyncObjs, IdTCPServer, n_free_functions, v_constants, n_constants;
type
TlmText = record // для хранения последнего набора сообщений каждого типа
lmCODE : integer; // код последней записи в LOGMESSAGES
MyText : String;
EMessageText: String;
CommentText : String;
end;
TThreadData = class
public
thCommand: integer;
ID : integer;
IDuser : integer;
pProcess : Pointer;
thParams : String; // текст параметра потока
lmTexts : array [lgmsInfo..lgmsSysMess] of TlmText; // сообщения по типам
constructor Create;
destructor Destroy; override;
end;
var
ServerID: integer; // код данного экземпляра сервера из таблицы LOGSERVERLIST
MainThreadData: TThreadData; // Данные для логирования главного потока программы
manycntsTime: TDateTime; // время последнего сообщения "many connections"
CSlog: TCriticalSection; // защита от одновременного срабатывания fnCreateThread
WorkThreadDataIDs: TIntegerList;
strDelim1_45, strDelim2_45: String;
//---------------------- новые функции
function fnGetServerID: integer;
procedure prSetThLogParams(ThreadData: TThreadData; COMMAND: integer=0; // записывает/добавляет параметры потока
pUSERID: integer=0; FIRMID: integer=0; PARAMS: string=''; plus: Boolean=True);
function fnWriteMessageToLog(ThreadData: TThreadData; MessType: integer; // записывает/добавляет сообщение
ProcName, MyText, EMessageText, CommentText: string; plus: Boolean=false): boolean;
//---------------------- доработанные функции ВЧ
function fnCreateThread(ThreadType: integer; Command: Integer=0): TThreadData; // Создает поток и возвращает его ID и открытое Query
procedure prDestroyThreadData(ThreadData: TThreadData; ProcName: string); // записывает в лог время завершения потока и освобождает память ThreadData
function fnSignatureToThreadType(Signature: integer): integer; // Переводит сигнатуру в тип потока
procedure fnWriteToLog(ThreadData: TThreadData; MessType: integer; ProcName, MyText, EMessageText, CommentText: string); // запись в лог
//---------------------- доработанные функции НК
procedure fnWriteToLogPlus(ThreadData: TThreadData; MessType: integer; ProcName: string; MyText: string='';
EMess: string=''; CommText: string=''; plus: Boolean=True; logf: string='error');
procedure TestConnections(flZero: boolean=False; flDSlist: boolean=False; NameLog: String=''); // проверка соединений с БД
implementation
uses n_server_common, n_DataSetsManager, n_DataCacheInMemory;
//======================================================
function fnGetServerID: integer; // логирование в ib_css
const nmProc = 'fnGetServerID'; // имя процедуры/функции
var ibs: TIBSQL;
ibd: TIBDatabase;
begin
Result:= 0;
if not cntsLog.BaseConnected then Exit;
ibd:= nil;
ibs:= nil;
try try
ibd:= cntsLog.GetFreeCnt;
ibs:= fnCreateNewIBSQL(ibd, 'ibs_'+nmProc, -1, tpWrite, true);
ibs.SQL.Text:= 'select NewSELLCODE from GetLogServerID(:pSELLSERVER, :pSELLPATH)';
ibs.ParamByName('pSELLSERVER').AsString:= fnGetComputerName;
ibs.ParamByName('pSELLPATH').AsString:= AnsiUpperCase(ParamStr(0));
ibs.ExecQuery;
if not (ibs.Bof and ibs.Eof) then begin
Result:= ibs.FieldByName('NewSELLCODE').AsInteger;
if ibs.Transaction.InTransaction then ibs.Transaction.Commit;
end;
except
on E:Exception do begin
prMessageLOGS(nmProc+': '+E.Message);
Result:= 0;
end;
end;
finally
prFreeIBSQL(ibs);
cntsLog.SetFreeCnt(ibd);
end;
end;
//==================================================
constructor TThreadData.Create;
var i: Integer;
tmt: TlmText;
begin
inherited Create;
ID:= 0;
IDuser:= 0;
pProcess:= nil;
thCommand:= 0;
thParams:= ''; // текст параметра потока
for i:= Low(lmTexts) to High(lmTexts) do begin // сообщения по типам
tmt:= lmTexts[i];
tmt.lmCODE:= 0;
tmt.MyText:= '';
tmt.EMessageText:= '';
tmt.CommentText:= '';
end;
end;
//==================================================
destructor TThreadData.Destroy;
begin
inherited Destroy;
end;
//************************* логирование в ib_css *******************************
//======================================= Создает и возвращает поток логирования
function fnCreateThread(ThreadType: integer; Command: Integer=0): TThreadData;
const nmProc = 'fnCreateThread'; // имя процедуры/функции
var i, newID: integer;
ibd: TIBDatabase;
ibs: TIBSQL;
begin
// ibd:= nil;
ibs:= nil;
newID:= 0;
Result:= TThreadData.Create;
if not cntsLog.BaseConnected or (ServerID<1) then Exit;
try
ibd:= cntsLog.GetFreeCnt; // логирование в ib_css
try
ibs:= fnCreateNewIBSQL(ibd, 'TD_ibs', -1, tpWrite, True);
ibs.SQL.Text:= 'select NewTHLGCODE from CreateThreadLog('+IntToStr(ThreadType)+
', '+IntToStr(Command)+', :pTIME, '+IntToStr(ServerID)+')';
ibs.ParamByName('pTIME').AsDateTime:= Now;
for i:= 1 to RepeatCount do try
ibs.Close;
if not ibs.Transaction.InTransaction then ibs.Transaction.StartTransaction;
ibs.ExecQuery;
if (ibs.Bof and ibs.Eof) or (ibs.Fields[0].AsInteger<1) then
raise Exception.Create('Empty NewTHLGCODE');
newID:= ibs.FieldByName('NewTHLGCODE').AsInteger;
if (newID>0) and (WorkThreadDataIDs.IndexOf(newID)>-1) then
raise Exception.Create('Duplicate NewTHLGCODE');
if ibs.Transaction.InTransaction then ibs.Transaction.Commit;
break;
except
on E:Exception do begin
if ibs.Transaction.InTransaction then ibs.Transaction.RollbackRetaining;
prMessageLOGS(nmProc+': CreateThreadLog error, try '+IntToStr(i)+#13#10+E.Message);
if (i<RepeatCount) then sleep(101) else newID:= -1;
end;
end;
finally
prFreeIBSQL(ibs);
cntsLog.SetFreeCnt(ibd);
end;
CSlog.Enter;
try
if (newID>0) and (WorkThreadDataIDs.IndexOf(newID)<0) then
WorkThreadDataIDs.Add(newID)
else newID:= -1;
Result.ID:= newID;
if (Command<>0) then Result.thCommand:= COMMAND;
finally
CSlog.Leave;
end;
except
on E:Exception do prMessageLOGS(nmProc+': '+E.Message);
end;
end;
//==============================================================================
// записывает в лог время завершения потока и освобождает память ThreadData
procedure prDestroyThreadData(ThreadData: TThreadData; ProcName: string);
const nmProc = 'prDestroyThreadData'; // имя процедуры/функции
var nq: string;
i, tdID: integer;
ibd: TIBDatabase;
ibs: TIBSQL;
begin
if not Assigned(ThreadData) then Exit;
// ibd:= nil;
ibs:= nil;
try
tdID:= ThreadData.ID;
CSlog.Enter;
try
if (tdID>0) then WorkThreadDataIDs.Remove(tdID);
prFree(ThreadData);
finally
CSlog.Leave;
end;
if not cntsLog.BaseConnected or (tdID<1) then Exit;
ibd:= cntsLog.GetFreeCnt;
try
ibs:= fnCreateNewIBSQL(ibd, 'TD_ibs', -1, tpWrite);
if Assigned(ibs) then begin
ibs.Transaction.StartTransaction;
ibs.SQL.Text:= 'execute procedure SetThreadLogEnd(:THLGCODE, :THLGENDTIME)';
ibs.ParamByName('THLGCODE').asInteger:= tdID;
ibs.ParamByName('THLGENDTIME').AsDateTime:= Now();
nq:= ibs.Name;
for i:= 1 to RepeatCount do try // RepeatCount попыток
if not ibs.Transaction.InTransaction then ibs.Transaction.StartTransaction;
ibs.ExecQuery;
ibs.Transaction.Commit;
break;
except
on E:Exception do begin
if ibs.Transaction.InTransaction then ibs.Transaction.RollbackRetaining;
prMessageLOGS(nmProc+': '+ProcName+': error save THLGENDTIME, '+nq+', try '+IntToStr(i));
if i<RepeatCount then sleep(101); // если сбой - пробуем повторить
end;
end;
end;
finally
prFreeIBSQL(ibs);
cntsLog.SetFreeCnt(ibd);
end;
except
on E:Exception do prMessageLOGS(nmProc+': '+E.Message);
end;
end;
//=============================== записывает/добавляет параметры потока в ib_css
procedure prSetThLogParams(ThreadData: TThreadData; COMMAND: integer=0;
pUSERID: integer=0; FIRMID: integer=0; PARAMS: string=''; plus: Boolean=True);
const nmProc = 'prSetThLogParams'; // имя процедуры/функции
var i: Integer;
s, sID, sCommand, sFirm, sUser: String;
ibd: TIBDatabase;
ibQuery: TIBQuery; // для AsMemo
begin
ibQuery:= nil;
ibd:= nil;
if (FIRMID=isWe) then FIRMID:= 0;
if not cntsLog.BaseConnected or not Assigned(ThreadData) or (ThreadData.ID<1) or
((COMMAND=0) and (pUSERID=0) and (FIRMID=0) and (PARAMS='')) then Exit;
try //----------------------------------------------------------- пишем в базу
sID:= IntToStr(ThreadData.ID);
sCommand:= IntToStr(COMMAND);
sFirm:= IntToStr(FIRMID);
sUser:= IntToStr(pUSERID);
if (COMMAND<>0) then ThreadData.thCommand:= COMMAND;
try
try
ibd:= cntsLog.GetFreeCnt;
except
Exit;
end;
ibQuery:= fnCreateNewIBQuery(ibd, 'TD_ibQuery', -1, tpWrite);
s:= '';
if (PARAMS<>'') then begin
if plus then s:= ThreadData.thParams; // если дописывать
s:= s+fnIfStr(s<>'', #13#10, '')+PARAMS;
end;
if ibQuery.Active then ibQuery.Close;
if (ibQuery.ParamCount>0) then ibQuery.Params.Clear;
ibQuery.SQL.Text:= 'select rTHLGPARAMS from SetThreadLogParamsR('+sID+', '+
fnIfStr(s<>'', ':PARAMS,', 'null,')+' '+sCommand+', '+sUser+', '+sFirm+')';
if (s<>'') then ibQuery.ParamByName('PARAMS').AsMemo:= s;
for i:= 1 to RepeatCount do try
ibQuery.Open;
s:= ibQuery.FieldByName('rTHLGPARAMS').AsString;
if ibQuery.Transaction.InTransaction then ibQuery.Transaction.Commit;
ThreadData.thParams:= s;
break;
except
on E:Exception do begin
if ibQuery.Transaction.InTransaction then ibQuery.Transaction.RollbackRetaining;
if (i<RepeatCount) then sleep(101)
else begin
prMessageLOGS(nmProc+': ExecSQL Error: '+E.Message);
prMessageLOGS(nmProc+': COMMAND='+sCommand+', FIRMID='+sFirm+
', USERID='+sUser+fnIfStr(s<>'', ': Params='+s, ''));
end;
end; // on E:Exception
end; // except (for)
if ibQuery.Active then ibQuery.Close;
finally
prFreeIBQuery(ibQuery);
cntsLog.SetFreeCnt(ibd);
end;
//------------------------------------------------------------ счетчик коннектов
if (ThreadData.IDuser>0) or (pUSERID<1) or not Cache.ClientExist(pUSERID) then Exit;
if (FIRMID<1) or (FIRMID=isWe) then Exit;
if (ThreadData.thCommand<1) or (ThreadData.thCommand=csWebAutentication)
or (ThreadData.thCommand=csBackJobAutentication) then Exit;
ThreadData.IDuser:= pUSERID;
Cache.arClientInfo[pUSERID].CheckConnectCount;
except
on E:Exception do prMessageLOGS(nmProc+': Alert! - '+E.Message);
end;
end;
//====================================== записывает/добавляет сообщение в ib_css
function fnWriteMessageToLog(ThreadData: TThreadData; MessType: integer;
ProcName, MyText, EMessageText, CommentText: string; plus: Boolean=false): boolean;
const nmProc = 'fnWriteMessageToLog'; // имя процедуры/функции
var i, SCODE: Integer;
s1, s2, s3, ss: String;
fl1, fl2, fl3: Boolean;
tmt: TlmText;
ibd: TIBDatabase;
ibQuery: TIBQuery; // для AsMemo
begin
Result:= false;
if not cntsLog.BaseConnected or not Assigned(ThreadData) or (ThreadData.ID<1) then Exit;
SCODE:= 0;
fl1:= MyText<>'';
fl2:= EMessageText<>'';
fl3:= CommentText<>'';
if not (fl1 or fl2 or fl3) then Exit; // если нечего писать - выходим
ibQuery:= nil;
ibd:= nil;
with ThreadData do try try
try
ibd:= cntsLog.GetFreeCnt;
except
Exit;
end;
s1:= '';
s2:= '';
s3:= '';
tmt:= lmTexts[MessType];
if plus then begin // если дописывать
SCODE:= tmt.lmCODE;
if fl1 then s1:= tmt.MyText;
if fl2 then s2:= tmt.EMessageText;
if fl3 then s3:= tmt.CommentText;
end;
if fl1 then s1:= s1+fnIfStr(s1<>'', #13#10, '')+MyText;
if fl2 then s2:= s2+fnIfStr(s2<>'', #13#10, '')+EMessageText;
if fl3 then s3:= s3+fnIfStr(s3<>'', #13#10, '')+CommentText;
ibQuery:= fnCreateNewIBQuery(ibd, 'TD_ibQuery', ID, tpWrite);
if not Assigned(ibQuery) then Exit;
ss:= 'select NewLGMSCODE from SaveMessageToLog(:id, :idth, :TIME, :PROC,'+
fnIfStr(fl1, ' :MYMES,', ' null,')+fnIfStr(fl2, ' :EMESS,', ' null,')+
fnIfStr(fl3, ' :COMM,', ' null,')+' :TYPE)';
ibQuery.SQL.Text:= ss;
ibQuery.ParamByName('id').AsInteger:= SCODE; // код строки (если 0 - создается новая запись)
ibQuery.ParamByName('idth').AsInteger:= ID; // код потока
ibQuery.ParamByName('TIME').AsDateTime:= Now; // дата и время сообщения
ibQuery.ParamByName('PROC').asString:= ProcName; // Имя процедуры
if fl1 then ibQuery.ParamByName('MYMES').AsMemo:= s1; // Наш текст
if fl2 then ibQuery.ParamByName('EMESS').AsMemo:= s2; // Текст ошибки из E.Message
if fl3 then ibQuery.ParamByName('COMM').AsMemo:= s3; // Примечание (например, текст SQL)
ibQuery.ParamByName('TYPE').AsInteger:= MessType; // Код типа сообщения
for i:= 1 to RepeatCount do try
if ibQuery.Active then ibQuery.Close;
ibQuery.Open;
if not (ibQuery.Bof and ibQuery.Eof) and
(SCODE<>ibQuery.FieldByName('NewLGMSCODE').AsInteger) then
SCODE:= ibQuery.FieldByName('NewLGMSCODE').AsInteger;
if ibQuery.Transaction.InTransaction then ibQuery.Transaction.Commit;
Result:= true;
if (lmTexts[MessType].lmCODE<>SCODE) then lmTexts[MessType].lmCODE:= SCODE;
if fl1 then tmt.MyText := s1;
if fl2 then tmt.EMessageText:= s2;
if fl3 then tmt.CommentText := s3;
break;
except
on E:Exception do begin
if ibQuery.Transaction.InTransaction then ibQuery.Transaction.RollbackRetaining;
prMessageLOGS(nmProc+': error save message, try '+IntToStr(i)+': '+E.Message);
if (i<RepeatCount) then sleep(101);
end;
end;
finally
prFreeIBQuery(ibQuery);
cntsLog.SetFreeCnt(ibd);
end;
except
on E:Exception do prMessageLOGS(nmProc+': Alert! - '+E.Message);
end;
end;
//******************************************************************************
//================================================================= запись в лог
procedure fnWriteToLog(ThreadData: TThreadData; MessType: integer; ProcName, MyText, EMessageText, CommentText: string);
const nmProc = 'fnWriteToLog'; // имя процедуры/функции
var s, mess: String;
ch: Char;
begin
if fnWriteMessageToLog(ThreadData, MessType, ProcName, MyText, EMessageText, CommentText) // логирование в ib_css
and not (MessType in [lgmsSysError, lgmsSysMess, lgmsCryticalSysError]) then Exit;
if ((AppStatus in [stSuspending, stSuspended]) // если остановлены и сообщение из Server*Connect - не пишем в текст.лог
and ((pos('Server', ProcName)>0) and (pos('Connect', ProcName)>0))) or // если Сервер перегружен - не пишем в текст.лог
((AppStatus=stWork) and (pos('Сервер перегружен', EMessageText)>0)) then Exit;
try
mess:= fnIfStr(MyText='', '', 'MyText: '+MyText);
if EMessageText<>'' then begin
ch:= EMessageText[1]; // length(EMessageText)
if not SysUtils.CharInSet(ch, [#13, #10]) then s:= #13#10 else s:= '';
mess:= mess+fnIfStr(mess='', '', s)+'error: '+EMessageText;
end;
if CommentText<>'' then
mess:= mess+fnIfStr(mess='', '', #13#10)+'Comment: '+CommentText;
prMessageLOGS(ProcName+': '+mess);
except end;
end;
//==============================================================================
function fnSignatureToThreadType(Signature: integer): integer;
begin
case Signature of
csOldAutorizeSignature: Result:= thtpOldAutorize;
csAutorizeSignature : Result:= thtpAutorize;
csPingSignature : Result:= thtpPing;
csCommonSignature : Result:= thtpArm;
csOnlineOrder : Result:= thtpWeb;
csWebArm : Result:= thtpWebArm;
else Result:= thtpUnknown;
end;
end;
//============================= добавляет тексты к последней записи LOG-а потока
procedure fnWriteToLogPlus(ThreadData: TThreadData; MessType: integer; ProcName: string; MyText: string='';
EMess: string=''; CommText: string=''; plus: Boolean=True; logf: string='error');
var err: boolean;
begin
err:= not fnWriteMessageToLog(ThreadData, MessType, ProcName, MyText, EMess, CommText, plus); // логирование в ib_css
if not (err or (MessType in [lgmsSysError, lgmsSysMess, lgmsCryticalSysError])) then Exit;
prMessageLOGS(fnIfStr(ProcName='', '', ProcName+': ')+MyText+
fnIfStr(EMess='', '', #10+EMess)+fnIfStr(CommText='', '', #10+CommText), logf);
end;
//==============================================================================
procedure TestConnections(flZero: boolean=False; flDSlist: boolean=False; NameLog: String=''); // проверка соединений с БД
// flZero=True - выводить DataSetCount=0, flDSlist=True - выводить список DataSets
var i, j, ii: integer;
s, cm, ss: string;
p: Pointer;
Body: TStringList;
begin
s:= '';
Body:= nil;
ii:= 100; // число коннектов, после которого отсылать сообщение админу
if NameLog='' then NameLog:= 'TestConns';
try
with DataSetsManager do for j:= Low(Cnts) to High(Cnts) do try
p:= GetCntsItemPointer(j);
if not Assigned(p) then Continue;
cm:= TComponent(p).Name;
if (TComponent(p) is TIDTCPServer) and not flDSlist then begin // TIDTCPServer
i:= fnGetThreadsCount(TIDTCPServer(p));
if cm='' then cm:= 'TIDTCPServer';
if i>ii then begin
if not Assigned(Body) then Body:= TStringList.Create;
Body.Add('many Contexts: '+cm+'.Contexts.Count = '+IntToStr(i));
end;
if flZero or (i>0) then
s:= s+fnIfStr(s='', ' ', #13#10+StringOfChar(' ', 18))+cm+'.Contexts.Count = '+IntToStr(i);
end;
except
on E: Exception do prMessageLOGS('TestConnections: '+cm+' '+E.Message, NameLog);
end;
cntsGRB.TestCntsState(s, ii, Body); // формируем строку по cntsGRB
cntsORD.TestCntsState(s, ii, Body); // формируем строку по cntsORD
cntsLOG.TestCntsState(s, ii, Body); // формируем строку по cntsLOG
cntsTDT.TestCntsState(s, ii, Body); // формируем строку по cntsTDT
cntsSUF.TestCntsState(s, ii, Body); // формируем строку по cntsSUF
cntsSUFORD.TestCntsState(s, ii, Body); // формируем строку по cntsSUFORD
cntsSUFLOG.TestCntsState(s, ii, Body); // формируем строку по cntsSUFLOG
if Assigned(Body) and (Body.Count>0) and ((manycntsTime=DateNull) or (Now>IncMinute(manycntsTime, 5))) then begin
manycntsTime:= Now; // отправить сообщение админу
prMessageLOGS('many connections:'#13#10+ss, NameLog);
Body.Insert(0, FormatDateTime(' '+cDateTimeFormatY2S+' ', manycntsTime)+
' - many connections ('+fnGetComputerName+', '+Application.Name+')');
ss:= Cache.GetConstEmails(pcEmplORDERAUTO);
if ss='' then ss:= fnGetSysAdresVlad(caeOnlyDayLess);
Body.Insert(0, GetMessageFromSelf);
ss:= n_SysMailSend(ss, 'many connections', Body, nil, '', '', true);
if (ss<>'') then prMessageLOGS('Ошибка отправки письма о коннектах: '#13#10+ss, NameLog)
else prMessageLOGS('send mail to admin', NameLog);
end;
finally
prFree(Body);
end;
if s<>'' then begin // выводим в лог
prMessageLOGS(strDelim1_45, NameLog, false);
prMessageLOGS(s, NameLog, false);
prMessageLOGS(strDelim1_45, NameLog, false);
end;
end;
//******************************************************************************
initialization
begin
manycntsTime:= DateNull;
CSlog:= TCriticalSection.Create;
WorkThreadDataIDs:= TIntegerList.Create;
strDelim1_45:= StringOfChar('-', 45);
strDelim2_45:= StringOfChar('=', 45);
end;
finalization
begin
prFree(CSlog);
prFree(WorkThreadDataIDs);
end;
//******************************************************************************
end.
|
{================================================================================
Copyright (C) 1997-2002 Mills Enterprise
Unit : rmDataStoragePropEdit
Purpose : The property and component editors for the rmDataStorage components
Date : 12-29-2000
Author : Ryan J. Mills
Version : 1.92
================================================================================}
unit rmDataStoragePropEdit;
interface
{$I CompilerDefines.INC}
{$ifdef D6_or_higher}
uses
DesignIntf, DesignEditors, TypInfo;
{$else}
uses
DsgnIntf, TypInfo;
{$endif}
type
TrmDataLongintProperty = class(TIntegerProperty)
public
function GetAttributes: TPropertyAttributes; override;
end;
TrmDataStorageEditor = class(TComponentEditor)
private
procedure SaveToFile;
procedure LoadFromFile;
procedure ClearData;
public
function GetVerb(index:integer):string; override;
function GetVerbCount:integer; override;
procedure ExecuteVerb(index:integer); override;
end;
implementation
uses
rmDataStorage, dialogs;
{ TrmDataLongintProperty }
function TrmDataLongintProperty.GetAttributes: TPropertyAttributes;
begin
Result := [paReadOnly];
end;
{ TrmDataStorageEditor }
procedure TrmDataStorageEditor.ClearData;
begin
if assigned(Component) then
begin
TrmCustomDataStorage(Component).ClearData;
designer.modified;
end;
end;
procedure TrmDataStorageEditor.ExecuteVerb(index: integer);
begin
case index of
0:LoadFromFile;
1:SaveToFile;
2:ClearData;
end;
end;
function TrmDataStorageEditor.GetVerb(index: integer): string;
begin
case index of
0:result := 'Load data from file...';
1:result := 'Save data to file...';
2:result := 'Clear data';
end;
end;
function TrmDataStorageEditor.GetVerbCount: integer;
begin
result := 3;
end;
procedure TrmDataStorageEditor.LoadFromFile;
begin
if assigned(Component) then
begin
with TOpenDialog.create(nil) do
try
Title := 'Load file...';
Filter := 'All Files|*.*';
FilterIndex := 1;
if execute then
begin
TrmCustomDataStorage(Component).LoadFromFile(filename);
designer.modified;
end;
finally
free;
end
end;
end;
procedure TrmDataStorageEditor.SaveToFile;
begin
if assigned(Component) then
begin
if TrmCustomDataStorage(Component).DataSize = 0 then
begin
ShowMessage('Component contains no data.');
exit;
end;
with TSaveDialog.create(nil) do
try
Title := 'Save to...';
Filter := 'All Files|*.*';
FilterIndex := 1;
if execute then
TrmCustomDataStorage(Component).WriteToFile(filename);
finally
free;
end
end;
end;
end.
|
(*
Category: SWAG Title: OOP/TURBO VISION ROUTINES
Original name: 0053.PAS
Description: TV Broadcast Message
Author: SWAG SUPPORT TEAM
Date: 02-28-95 09:53
*)
{
This program will create two modaless dialog boxes and will
allow only one Dialog2 dialog to be created at any time.
Additionally, it will demonstrate how to broadcast messages to
background windows and update information without changing
the selected dialog.
}
{$X+}
Program DialogCommunication;
uses Objects, Drivers, Views, Menus, Dialogs, App, Crt;
const
cmDialog1 = 100;
cmDialog2 = 101;
cmDialog1Button = 200;
cmDialog2Button = 201;
type
PHelloApp = ^THelloApp;
THelloApp = object(TApplication)
procedure MakeDialog;
procedure HandleEvent(var Event: TEvent); virtual;
procedure InitMenuBar; virtual;
procedure InitStatusLine; virtual;
end;
PMyDialog1 = ^TMyDialog1;
TMyDialog1 = object(TDialog)
procedure MakeDialog2;
procedure HandleEvent(var Event:TEvent); virtual;
end;
PMyDialog2 = ^TMyDialog2;
TMyDialog2 = object(TMyDialog1)
procedure HandleEvent(var Event:TEvent); virtual;
end;
procedure TMyDialog1.HandleEvent(var Event: TEvent);
var
AreYouThere: PView;
begin
TDialog.HandleEvent(Event);
if Event.What = evCommand then
begin
case Event.Command of
cmDialog1Button:
begin
AreYouThere:= Message(DeskTop, evBroadcast, cmDialog2, nil);
if AreYouThere = nil then
MakeDialog2
else
ClearEvent(Event);
end
else
Exit;
end;
ClearEvent(Event);
end;
end;
procedure TMyDialog1.MakeDialog2;
var
Dialog2: PMyDialog2;
R: TRect;
Button: PButton;
begin
R.Assign(1,1,40,20);
Dialog2:= New(PMyDialog2, init(R,'Dialog2'));
R.Assign(10,10,20,12);
Button:= New(PButton,Init(R,'Beep', cmDialog2Button, bfdefault));
Dialog2^.Insert(Button);
DeskTop^.Insert(Dialog2);
end;
procedure TMyDialog2.HandleEvent(var Event: TEvent);
begin
case Event.Command of
cmDialog2: begin
sound(2000); delay(10); nosound;
Title:=newstr('Hello world');
ReDraw;
ClearEvent(Event);
end;
end;
TDialog.HandleEvent(Event);
if Event.What = evCommand then
begin
case Event.Command of
cmDialog2Button: begin
Sound(1000); delay(100); NoSound;
end;
else
Exit;
end;
ClearEvent(Event);
end;
end;
{ THelloApp }
procedure THelloApp.MakeDialog;
var
R:TRect;
Button1: PButton;
Dialog1: PMyDialog1;
begin
R.Assign(25, 5, 65, 16);
Dialog1:= New(PMyDialog1, init(R,'Dialog1'));
R.Assign(16, 8, 38, 10);
Button1:= New(PButton, Init(R,'Call Dialog2', cmDialog1Button, bfDefault));
Dialog1^.Insert(Button1);
DeskTop^.Insert(Dialog1);
end;
procedure THelloApp.HandleEvent(var Event: TEvent);
begin
TApplication.HandleEvent(Event);
if Event.What = evCommand then
begin
case Event.Command of
cmDialog1:begin
MakeDialog;
end;
else
Exit;
end;
ClearEvent(Event);
end;
end;
procedure THelloApp.InitMenuBar;
var
R: TRect;
begin
GetExtent(R);
R.B.Y := R.A.Y + 1;
MenuBar := New(PMenuBar, Init(R, NewMenu(
NewSubMenu('~O~pen Dialogs', hcNoContext, NewMenu(
NewItem('~D~ialog1','', 0, cmDialog1, hcNoContext,
NewLine(
NewItem('E~x~it', 'Alt-X', kbAltX, cmQuit,
hcNoContext, nil)))), nil))));
end;
procedure THelloApp.InitStatusLine;
var
R: TRect;
begin
GetExtent(R);
R.A.Y := R.B.Y-1;
StatusLine := New(PStatusLine, Init(R,
NewStatusDef(0, $FFFF,
NewStatusKey('', kbF10, cmMenu,
NewStatusKey('~Alt-X~ Exit', kbAltX, cmQuit, nil)), nil)));
end;
var
HelloWorld: THelloApp;
begin
HelloWorld.Init;
HelloWorld.Run;
HelloWorld.Done;
end.
|
unit DisplayFrame1;
{ TdispFrame permet d'afficher une trace avec un minimum d'instructions.
Il faut placer un frame dans une fenêtre et l'initialiser avec InstallArray.
On peut aussi initialiser les paramètres de visu.
On dispose du menu Coordonnées/BK color avec le clic droit.
On pourrait perfectionner afin d'avoir les commandes FastCOO.
}
interface
{$IFDEF FPC} {$mode delphi} {$DEFINE AcqElphy2} {$A1} {$Z1} {$ENDIF}
uses
{$IFDEF FPC}
Lresources,
{$ELSE}
{$ENDIF}
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs, ExtCtrls,
util1,Dgraphic,dtf0,visu0, BMex1,cood0, Menus, debug0;
type
TDispFrame = class(TFrame)
PaintBox1: TPaintBox;
PopupMenu1: TPopupMenu;
Coordinates1: TMenuItem;
ColorDialog1: TColorDialog;
Backgroundcolor1: TMenuItem;
procedure PaintBox1Paint(Sender: TObject);
procedure PaintBox1MouseDown(Sender: TObject; Button: TMouseButton;
Shift: TShiftState; X, Y: Integer);
procedure Coordinates1Click(Sender: TObject);
procedure Backgroundcolor1Click(Sender: TObject);
private
{ Déclarations privées }
BMfen:TbitmapEx;
Fvalid:boolean;
visu0:^TvisuInfo;
procedure resizeBM;
procedure BMpaint(forcer:boolean);
procedure DrawBM;
procedure cadrerX(sender:Tobject);
procedure cadrerY(sender:Tobject);
procedure initVisu0;
procedure doneVisu0;
public
{ Déclarations publiques }
data:typedataB;
visu:TvisuInfo;
color0:integer;
constructor create(Aowner:Tcomponent);override;
destructor destroy;override;
procedure InstallArray(p:pointer;tp:typetypeG;n1,n2:integer);
procedure invalidate;override;
function Coo:boolean;
end;
implementation
{$IFNDEF FPC} {$R *.DFM} {$ENDIF}
{ TDispFrame }
constructor TDispFrame.create(Aowner:Tcomponent);
begin
inherited create(Aowner);
BMfen:=TbitmapEx.create;
visu.init;
color0:=clWhite;
end;
destructor TDispFrame.destroy;
begin
BMfen.free;
visu.done;
inherited;
end;
procedure TDispFrame.resizeBM;
begin
if (BMfen.width<>paintbox1.width) or (BMfen.height<>paintbox1.height) then
begin
BMfen.width:=paintbox1.width;
BMfen.height:=paintbox1.height;
Fvalid:=false;
end;
end;
procedure TDispFrame.DrawBM;
begin
paintbox1.canvas.draw(0,0,BMfen);
end;
procedure TDispFrame.BMpaint(forcer: boolean);
begin
if not assigned(data) then exit;
if not Fvalid or forcer then
with BMfen do
begin
initGraphic(canvas,0,0,width,height);
clearWindow(color0);
visu.displayTrace(data,nil,0);
doneGraphic;
end;
end;
procedure TDispFrame.InstallArray(p: pointer; tp: typetypeG; n1,n2: integer);
begin
data.free;
data:=nil;
case tp of
G_smallint: data:=typedataI.create(p,1,n1,n1,n2);
G_longint: data:=typedataL.create(p,1,n1,n1,n2);
G_single: data:=typedataS.create(p,1,n1,n1,n2);
G_extended:data:=typedataE.create(p,1,n1,n1,n2);
end;
Fvalid:=false;
end;
procedure TDispFrame.PaintBox1Paint(Sender: TObject);
begin
resizeBM;
BMpaint(false);
DrawBM;
Fvalid:=true;
end;
procedure TDispFrame.invalidate;
begin
Fvalid:=false;
invalidateRect(handle,nil,false);
{le invalidate de Delphi doit appeler invalidateRect(handle,nil,true), ce qui
efface d'abord la fenêtre avant de réafficher }
end;
procedure TDispFrame.cadrerX(sender:Tobject);
begin
visu0^.cadrerX(data);
end;
procedure TDispFrame.cadrerY(sender:Tobject);
begin
visu0^.cadrerY(data);
end;
procedure TDispFrame.initVisu0;
begin
new(visu0);
visu0^.init;
visu0^.assign(visu);
end;
procedure TDispFrame.doneVisu0;
begin
visu0^.done;
dispose(visu0);
visu0:=nil;
end;
function TDispFrame.coo:boolean;
var
chg:boolean;
title0:AnsiString;
begin
InitVisu0;
title0:='';
if cood.choose(title0,visu0^,cadrerX,cadrerY) then
begin
chg:= not visu.compare(visu0^);
visu.assign(visu0^);
end
else chg:=false;
DoneVisu0;
result:=chg;
if result then invalidate;
end;
procedure TDispFrame.PaintBox1MouseDown(Sender: TObject;
Button: TMouseButton; Shift: TShiftState; X, Y: Integer);
var
p:Tpoint;
begin
p:=paintBox1.clientToScreen(point(x,y));
if button=mbRight then
popupMenu1.popup(p.x,p.y);
end;
procedure TDispFrame.Coordinates1Click(Sender: TObject);
begin
coo;
end;
procedure TDispFrame.Backgroundcolor1Click(Sender: TObject);
begin
ColorDialog1.Color:=color0;
if ColorDialog1.execute then
begin
color0:=ColorDialog1.Color;
invalidate;
end;
end;
Initialization
AffDebug('Initialization DisplayFrame1',0);
{$IFDEF FPC}
{$I DisplayFrame1.lrs}
{$ENDIF}
end.
|
//
// VXScene Component Library, based on GLScene http://glscene.sourceforge.net
//
{
Base classes
}
unit VXS.BaseClasses;
interface
uses
System.Classes,
System.SysUtils,
VXS.Strings,
VXS.PersistentClasses;
type
TVXProgressTimes = record
deltaTime, newTime: Double
end;
{ Progression event for time-base animations/simulations.
deltaTime is the time delta since last progress and newTime is the new
time after the progress event is completed. }
TVXProgressEvent = procedure(Sender: TObject; const deltaTime, newTime: Double) of object;
IVXNotifyAble = interface(IInterface)
['{00079A6C-D46E-4126-86EE-F9E2951B4593}']
procedure NotifyChange(Sender: TObject);
end;
IVXProgessAble = interface(IInterface)
['{95E44548-B0FE-4607-98D0-CA51169AF8B5}']
procedure DoProgress(const progressTime: TVXProgressTimes);
end;
{ An abstract class describing the "update" interface. }
TVXUpdateAbleObject = class(TVXInterfacedPersistent, IVXNotifyAble)
private
FOwner: TPersistent;
FUpdating: Integer;
FOnNotifyChange: TNotifyEvent;
protected
function GetOwner: TPersistent; override; final;
public
constructor Create(AOwner: TPersistent); virtual;
procedure NotifyChange(Sender: TObject); virtual;
procedure Notification(Sender: TObject; Operation: TOperation); virtual;
property Updating: Integer read FUpdating;
procedure BeginUpdate;
procedure EndUpdate;
property Owner: TPersistent read FOwner;
property OnNotifyChange: TNotifyEvent read FOnNotifyChange write FOnNotifyChange;
end;
{ A base class describing the "cadenceing" interface. }
TVXCadenceAbleComponent = class(TComponent, IVXProgessAble)
public
procedure DoProgress(const progressTime: TVXProgressTimes); virtual;
end;
{ A base class describing the "update" interface. }
TVXUpdateAbleComponent = class(TVXCadenceAbleComponent, IVXNotifyAble)
public
procedure NotifyChange(Sender: TObject); virtual;
end;
TVXNotifyCollection = class(TOwnedCollection)
strict private
FOnNotifyChange: TNotifyEvent;
strict protected
procedure Update(item: TCollectionItem); override;
public
constructor Create(AOwner: TPersistent; AItemClass: TCollectionItemClass);
property OnNotifyChange: TNotifyEvent read FOnNotifyChange write FOnNotifyChange;
end;
//-------------------------------------------------------------------------
implementation
//-------------------------------------------------------------------------
//---------------------- TVXUpdateAbleObject -----------------------------------------
constructor TVXUpdateAbleObject.Create(AOwner: TPersistent);
begin
inherited Create;
FOwner := AOwner;
end;
procedure TVXUpdateAbleObject.NotifyChange(Sender: TObject);
begin
if FUpdating = 0 then
begin
if Assigned(Owner) then
begin
if Owner is TVXUpdateAbleObject then
TVXUpdateAbleObject(Owner).NotifyChange(Self)
else if Owner is TVXUpdateAbleComponent then
TVXUpdateAbleComponent(Owner).NotifyChange(Self);
end;
if Assigned(FOnNotifyChange) then
FOnNotifyChange(Self);
end;
end;
procedure TVXUpdateAbleObject.Notification(Sender: TObject; Operation: TOperation);
begin
end;
function TVXUpdateAbleObject.GetOwner: TPersistent;
begin
Result := FOwner;
end;
procedure TVXUpdateAbleObject.BeginUpdate;
begin
Inc(FUpdating);
end;
procedure TVXUpdateAbleObject.EndUpdate;
begin
Dec(FUpdating);
if FUpdating <= 0 then
begin
Assert(FUpdating = 0);
NotifyChange(Self);
end;
end;
// ------------------
// ------------------ TVXCadenceAbleComponent ------------------
// ------------------
procedure TVXCadenceAbleComponent.DoProgress(const progressTime: TVXProgressTimes);
begin
// nothing
end;
// ------------------
// ------------------ TVXUpdateAbleObject ------------------
// ------------------
procedure TVXUpdateAbleComponent.NotifyChange(Sender: TObject);
begin
if Assigned(Owner) then
if (Owner is TVXUpdateAbleComponent) then
(Owner as TVXUpdateAbleComponent).NotifyChange(Self);
end;
// ------------------
// ------------------ TVXNotifyCollection ------------------
// ------------------
constructor TVXNotifyCollection.Create(AOwner: TPersistent; AItemClass: TCollectionItemClass);
begin
inherited Create(AOwner, AItemClass);
if Assigned(AOwner) and (AOwner is TVXUpdateAbleComponent) then
OnNotifyChange := TVXUpdateAbleComponent(AOwner).NotifyChange;
end;
procedure TVXNotifyCollection.Update(Item: TCollectionItem);
begin
inherited;
if Assigned(FOnNotifyChange) then
FOnNotifyChange(Self);
end;
end.
|
{*******************************************************************************
Title: T2Ti ERP
Description: VO relacionado à tabela [NFSE_CABECALHO]
The MIT License
Copyright: Copyright (C) 2016 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
@author Albert Eije (t2ti.com@gmail.com)
@version 2.0
*******************************************************************************}
unit NfseCabecalhoVO;
{$mode objfpc}{$H+}
interface
uses
VO, Classes, SysUtils, FGL,
NFSeDetalheVO, NFSeIntermediarioVO;
type
TNfseCabecalhoVO = class(TVO)
private
FID: Integer;
FID_OS_ABERTURA: Integer;
FID_CLIENTE: Integer;
FID_EMPRESA: Integer;
FNUMERO: String;
FCODIGO_VERIFICACAO: String;
FDATA_HORA_EMISSAO: TDateTime;
FCOMPETENCIA: String;
FNUMERO_SUBSTITUIDA: String;
FNATUREZA_OPERACAO: Integer;
FREGIME_ESPECIAL_TRIBUTACAO: Integer;
FOPTANTE_SIMPLES_NACIONAL: String;
FINCENTIVADOR_CULTURAL: String;
FNUMERO_RPS: String;
FSERIE_RPS: String;
FTIPO_RPS: Integer;
FDATA_EMISSAO_RPS: TDateTime;
FOUTRAS_INFORMACOES: String;
FCODIGO_OBRA: String;
FNUMERO_ART: String;
//Transientes
FListaNFSeDetalheVO: TListaNFSeDetalheVO;
FListaNFSeIntermediarioVO: TListaNFSeIntermediarioVO;
published
constructor Create; override;
destructor Destroy; override;
property Id: Integer read FID write FID;
property IdOsAbertura: Integer read FID_OS_ABERTURA write FID_OS_ABERTURA;
property IdCliente: Integer read FID_CLIENTE write FID_CLIENTE;
property IdEmpresa: Integer read FID_EMPRESA write FID_EMPRESA;
property Numero: String read FNUMERO write FNUMERO;
property CodigoVerificacao: String read FCODIGO_VERIFICACAO write FCODIGO_VERIFICACAO;
property DataHoraEmissao: TDateTime read FDATA_HORA_EMISSAO write FDATA_HORA_EMISSAO;
property Competencia: String read FCOMPETENCIA write FCOMPETENCIA;
property NumeroSubstituida: String read FNUMERO_SUBSTITUIDA write FNUMERO_SUBSTITUIDA;
property NaturezaOperacao: Integer read FNATUREZA_OPERACAO write FNATUREZA_OPERACAO;
property RegimeEspecialTributacao: Integer read FREGIME_ESPECIAL_TRIBUTACAO write FREGIME_ESPECIAL_TRIBUTACAO;
property OptanteSimplesNacional: String read FOPTANTE_SIMPLES_NACIONAL write FOPTANTE_SIMPLES_NACIONAL;
property IncentivadorCultural: String read FINCENTIVADOR_CULTURAL write FINCENTIVADOR_CULTURAL;
property NumeroRps: String read FNUMERO_RPS write FNUMERO_RPS;
property SerieRps: String read FSERIE_RPS write FSERIE_RPS;
property TipoRps: Integer read FTIPO_RPS write FTIPO_RPS;
property DataEmissaoRps: TDateTime read FDATA_EMISSAO_RPS write FDATA_EMISSAO_RPS;
property OutrasInformacoes: String read FOUTRAS_INFORMACOES write FOUTRAS_INFORMACOES;
property CodigoObra: String read FCODIGO_OBRA write FCODIGO_OBRA;
property NumeroArt: String read FNUMERO_ART write FNUMERO_ART;
//Transientes
property ListaNFSeDetalheVO: TListaNFSeDetalheVO read FListaNfseDetalheVO write FListaNfseDetalheVO;
//Transientes
property ListaNFSeIntermediarioVO: TListaNFSeIntermediarioVO read FListaNFSeIntermediarioVO write FListaNFSeIntermediarioVO;
end;
TListaNfseCabecalhoVO = specialize TFPGObjectList<TNfseCabecalhoVO>;
implementation
constructor TNfseCabecalhoVO.Create;
begin
inherited;
FListaNfseDetalheVO := TListaNFSeDetalheVO.Create;
FListaNFSeIntermediarioVO := TListaNFSeIntermediarioVO.Create;
end;
destructor TNfseCabecalhoVO.Destroy;
begin
FreeAndNil(FListaNfseDetalheVO);
FreeAndNil(FListaNFSeIntermediarioVO);
inherited;
end;
initialization
Classes.RegisterClass(TNfseCabecalhoVO);
finalization
Classes.UnRegisterClass(TNfseCabecalhoVO);
end.
|
unit uTEFTypes;
interface
type
TVinculadoInfo = class
CupomVinculado: String;
FormaPagamento: String;
IDMeioPag: Integer;
ValorAprovado: Currency;
NumeroParcelas : Integer;
PreDatado: TDateTime;
PreDatadoComGarantia : Boolean;
end;
TTEFCallInfo = class
PostDate : Boolean;
IsMagnetico : Boolean;
UsaCDC : Boolean;
UsaPreAutorizacao : Boolean;
Bandeira : Integer;
TipoTEF : Integer;
end;
TTEFDialMessageType = (mtOperador, mtCliente, mtPendencia, mtAtividade, mtInatividade);
TTEFPrintEvent = procedure(Sender: TObject; var Printed: Boolean) of object;
TTEFDialMessageEvent = procedure(Sender: TObject; MessageType: TTEFDialMessageType = mtOperador; NeedUserOK: Boolean = True) of object;
TTEFNeedOpenPrintVinculado = procedure(Sender: TObject; AVinculadoInfo: TVinculadoInfo; var Opened: Boolean) of object;
TTEFNeedOpenPrint = procedure(Sender: TObject; var Opened: Boolean) of object;
TTEFNeedClosePrint = procedure(Sender: TObject; var Closed: Boolean) of object;
TTEFNeedPrintLine = procedure(Sender: TObject; LineToPrint: String; var LinePrinted: Boolean) of object;
TTEFTryAgainDialog = procedure(Sender: TObject; var TryAgain: Boolean) of object;
TTEFStatusPrinter = procedure(Sender: TObject; var Online: Boolean) of object;
TTEFPerguntaCupom = procedure(Sender: TObject; var TemCupom: Boolean) of object;
TExecutaComandoMsg = procedure(Sender: TObject; Msg: String) of Object;
TExecutaComando = procedure(Sender: TObject) of Object;
implementation
end.
|
unit uPrintInventory;
// QuickReport simple list
// - Connect a datasource to the QuickReport component
// - Put QRDBText components on the Detail band
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs,
StdCtrls, ExtCtrls, DB, DBTables, quickrpt, Qrctrls;
type
TInventoryReport = class(TForm)
Report: TQuickRep;
Title: TQRBand;
PageHeader: TQRBand;
Detail: TQRBand;
PageNumber: TQRSysData;
PageFooter: TQRBand;
QRDateTime: TQRSysData;
QRSysData1: TQRSysData;
dsInventory: TDataSource;
quInventory: TQuery;
quInventoryIDModel: TIntegerField;
quInventoryModel: TStringField;
quInventoryDescription: TStringField;
quInventoryCurrentCost: TFloatField;
quInventorySellingPrice: TFloatField;
quInventoryMarkUp: TFloatField;
quInventoryVendorCost: TFloatField;
quInventoryOtherCost: TFloatField;
quInventoryWeight: TFloatField;
quInventoryGroupName: TStringField;
quInventoryQtyOnHold: TIntegerField;
quInventoryQtyOnHand: TIntegerField;
quInventoryQtyOnOrder: TIntegerField;
QRDBText2: TQRDBText;
QRDBText3: TQRDBText;
QRDBText4: TQRDBText;
QRDBText6: TQRDBText;
QRDBText5: TQRDBText;
QRDBText7: TQRDBText;
QRDBText8: TQRDBText;
QRDBText9: TQRDBText;
QRLabel4: TQRLabel;
QRLabel2: TQRLabel;
QRLabel5: TQRLabel;
QRLabel6: TQRLabel;
QRLabel7: TQRLabel;
QRLabel8: TQRLabel;
QRLabel1: TQRLabel;
QRLabel10: TQRLabel;
private
{ Private declarations }
public
{ Public declarations }
end;
implementation
{$R *.DFM}
end.
|
(*----------------------------------------------------------------------------*
* Direct3D sample from DirectX 9.0 SDK December 2006 *
* Delphi adaptation by Alexey Barkovoy (e-mail: directx@clootie.ru) *
* *
* Supported compilers: Delphi 5,6,7,9; FreePascal 2.0 *
* *
* Latest version can be downloaded from: *
* http://www.clootie.ru *
* http://sourceforge.net/projects/delphi-dx9sdk *
*----------------------------------------------------------------------------*
* $Id: HDRFormatsUnit.pas,v 1.13 2007/02/05 22:21:07 clootie Exp $
*----------------------------------------------------------------------------*)
//-----------------------------------------------------------------------------
// File: HDRFormats.cpp
//
// Desc: This sample shows how to do a single pass motion blur effect using
// floating point textures and multiple render targets.
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//-----------------------------------------------------------------------------
{$I DirectX.inc}
unit HDRFormatsUnit;
interface
uses
Windows, Messages, SysUtils, Math,
DXTypes, Direct3D9, D3DX9,
DXUT, DXUTcore, DXUTenum, DXUTmisc, DXUTgui, DXUTmesh, DXUTSettingsDlg,
Skybox;
const
NUM_TONEMAP_TEXTURES = 5; // Number of stages in the 3x3 down-scaling
// of average luminance textures
NUM_BLOOM_TEXTURES = 2;
RGB16_MAX = 100;
type
TEncodingMode = (FP16, FP32, RGB16, RGBE8); // , NUM_ENCODING_MODES);
TRenderMode = (DECODED, RGB_ENCODED, ALPHA_ENCODED); // , NUM_RENDER_MODES);
PTechHandles = ^TTechHandles;
TTechHandles = record
Scene: TD3DXHandle;
DownScale2x2_Lum: TD3DXHandle;
DownScale3x3: TD3DXHandle;
DownScale3x3_BrightPass: TD3DXHandle;
FinalPass: TD3DXHandle;
end;
TScreenVertex = packed record
pos: TD3DXVector4;
tex: TD3DXVector2;
end;
const
TScreenVertex_FVF = D3DFVF_XYZRHW or D3DFVF_TEX1;
//--------------------------------------------------------------------------------------
// Global variables
//--------------------------------------------------------------------------------------
var
g_pd3dDevice: IDirect3DDevice9; // Direct3D device
g_pFont: ID3DXFont; // Font for drawing text
g_Camera: CModelViewerCamera;
g_pEffect: ID3DXEffect;
g_DialogResourceManager: CDXUTDialogResourceManager; // manager for shared resources of dialogs
g_SettingsDlg: CD3DSettingsDlg; // Device settings dialog
g_HUD: CDXUTDialog; // manages the 3D UI
g_SampleUI: CDXUTDialog; // Sample specific controls
g_aSkybox: array[TEncodingMode] of CSkybox;
g_pMSRT: IDirect3DSurface9; // Multi-Sample float render target
g_pMSDS: IDirect3DSurface9; // Depth Stencil surface for the float RT
g_pTexRender: IDirect3DTexture9; // Render target texture
g_pTexBrightPass: IDirect3DTexture9; // Bright pass filter
g_pMesh: ID3DXMesh;
g_apTexToneMap: array[0..NUM_TONEMAP_TEXTURES-1] of IDirect3DTexture9; // Tone mapping calculation textures
g_apTexBloom: array[0..NUM_BLOOM_TEXTURES-1] of IDirect3DTexture9; // Blooming effect intermediate texture
g_bBloom: Boolean; // Bloom effect on/off
g_eEncodingMode: TEncodingMode;
g_eRenderMode: TRenderMode;
g_aTechHandles: array[TEncodingMode] of TTechHandles;
g_pCurTechnique: PTechHandles;
g_bShowHelp: Boolean;
g_bShowText: Boolean;
g_aPowsOfTwo: array[0..256] of Double; // Lookup table for log calculations
g_bSupportsR16F: Boolean = False;
g_bSupportsR32F: Boolean = False;
g_bSupportsD16: Boolean = False;
g_bSupportsD32: Boolean = False;
g_bSupportsD24X8: Boolean = False;
g_bUseMultiSample: Boolean = False; // True when using multisampling on a supported back buffer
g_MaxMultiSampleType: TD3DMultiSampleType = D3DMULTISAMPLE_NONE; // Non-Zero when g_bUseMultiSample is true
g_dwMultiSampleQuality: DWORD = 0; // Used when we have multisampling on a backbuffer
//--------------------------------------------------------------------------------------
// UI control IDs
//--------------------------------------------------------------------------------------
const
IDC_STATIC = -1;
IDC_TOGGLEFULLSCREEN = 1;
IDC_TOGGLEREF = 3;
IDC_CHANGEDEVICE = 4;
IDC_ENCODING_MODE = 5;
IDC_RENDER_MODE = 6;
IDC_BLOOM = 7;
//--------------------------------------------------------------------------------------
// Forward declarations
//--------------------------------------------------------------------------------------
function IsDeviceAcceptable(const pCaps: TD3DCaps9; AdapterFormat, BackBufferFormat: TD3DFormat; bWindowed: Boolean; pUserContext: Pointer): Boolean; stdcall;
function ModifyDeviceSettings(var pDeviceSettings: TDXUTDeviceSettings; const pCaps: TD3DCaps9; pUserContext: Pointer): Boolean; stdcall;
function OnCreateDevice(const pd3dDevice: IDirect3DDevice9; const pBackBufferSurfaceDesc: TD3DSurfaceDesc; pUserContext: Pointer): HRESULT; stdcall;
function OnResetDevice(const pd3dDevice: IDirect3DDevice9; const pBackBufferSurfaceDesc: TD3DSurfaceDesc; pUserContext: Pointer): HRESULT; stdcall;
procedure OnFrameMove(const pd3dDevice: IDirect3DDevice9; fTime: Double; fElapsedTime: Single; pUserContext: Pointer); stdcall;
procedure OnFrameRender(const pd3dDevice: IDirect3DDevice9; fTime: Double; fElapsedTime: Single; pUserContext: Pointer); stdcall;
function MsgProc(hWnd: HWND; uMsg: LongWord; wParam: WPARAM; lParam: LPARAM; out pbNoFurtherProcessing: Boolean; pUserContext: Pointer): LRESULT; stdcall;
procedure KeyboardProc(nChar: LongWord; bKeyDown, bAltDown: Boolean; pUserContext: Pointer); stdcall;
procedure OnGUIEvent(nEvent: LongWord; nControlID: Integer; pControl: CDXUTControl; pUserContext: Pointer); stdcall;
procedure OnLostDevice(pUserContext: Pointer); stdcall;
procedure OnDestroyDevice(pUserContext: Pointer); stdcall;
procedure InitApp;
//todo: report bug report to MS
//function LoadMesh(const pd3dDevice: IDirect3DDevice9; strFileName: PWideChar; out ppMesh: ID3DXMesh): HRESULT; overload;
function LoadMesh(strFileName: WideString; out ppMesh: ID3DXMesh): HRESULT; overload;
procedure RenderText(fTime: Double);
procedure DrawFullScreenQuad(fLeftU: Single = 0.0; fTopV: Single = 0.0; fRightU: Single = 1.0; fBottomV: Single = 1.0);
function RenderModel: HRESULT;
function RetrieveTechHandles: HRESULT;
function GetSampleOffsets_DownScale3x3(dwWidth, dwHeight: DWORD;
var avSampleOffsets: array of TD3DXVector2): HRESULT;
function GetSampleOffsets_DownScale2x2_Lum(dwSrcWidth, dwSrcHeight, dwDestWidth, dwDestHeight: DWORD;
var avSampleOffsets: array of TD3DXVector2): HRESULT;
function GetSampleOffsets_Bloom(dwD3DTexSize: DWORD;
var afTexCoordOffset: array of Single;
var avColorWeight: array of TD3DXVector4; fDeviation: Single; fMultiplier: Single = 1.0): HRESULT;
function RenderBloom: HRESULT;
function MeasureLuminance: HRESULT;
function BrightPassFilter: HRESULT;
function CreateEncodedTexture(const pTexSrc: IDirect3DCubeTexture9; out ppTexDest: IDirect3DCubeTexture9; eTarget: TEncodingMode): HRESULT;
procedure CreateCustomDXUTobjects;
procedure DestroyCustomDXUTobjects;
implementation
//--------------------------------------------------------------------------------------
// Initialize the app
//--------------------------------------------------------------------------------------
procedure InitApp;
const
RENDER_MODE_NAMES: array[TRenderMode] of PWideChar =
(
'Decoded scene',
'RGB channels',
'Alpha channel'
);
var
i: Integer;
iY: Integer;
pElement: CDXUTElement;
pComboBox: CDXUTComboBox;
rm: TRenderMode;
pMultiSampleTypeList: TD3DMultiSampleTypeArray;
begin
g_pFont := nil;
g_pEffect := nil;
g_bShowHelp := False;
g_bShowText := True;
g_pMesh := nil;
g_pTexRender := nil;
g_bBloom := True;
g_eEncodingMode := RGBE8;
g_eRenderMode := DECODED;
g_pCurTechnique := @g_aTechHandles[g_eEncodingMode];
for i := 0 to 255 do g_aPowsOfTwo[i] := Power(2.0, (i - 128));
ZeroMemory(@g_apTexToneMap, SizeOf(g_apTexToneMap));
ZeroMemory(@g_apTexBloom, SizeOf(g_apTexBloom));
ZeroMemory(@g_aTechHandles, SizeOf(g_aTechHandles));
// Initialize dialogs
g_SettingsDlg.Init(g_DialogResourceManager);
g_HUD.Init(g_DialogResourceManager);
g_SampleUI.Init(g_DialogResourceManager);
g_HUD.SetFont(0, 'Arial', 14, 400);
g_HUD.SetCallback(OnGUIEvent); iY := 10;
g_HUD.AddButton(IDC_TOGGLEFULLSCREEN, 'Toggle full screen', 35, iY, 125, 22); Inc(iY, 24);
g_HUD.AddButton(IDC_TOGGLEREF, 'Toggle REF (F3)', 35, iY, 125, 22); Inc(iY, 24);
g_HUD.AddButton(IDC_CHANGEDEVICE, 'Change device (F2)', 35, iY, 125, 22, VK_F2);
g_SampleUI.SetCallback(OnGUIEvent);
// Title font for comboboxes
g_SampleUI.SetFont(1, 'Arial', 14, FW_BOLD);
pElement := g_SampleUI.GetDefaultElement(DXUT_CONTROL_STATIC, 0);
if Assigned(pElement) then
begin
pElement.iFont := 1;
pElement.dwTextFormat := DT_LEFT or DT_BOTTOM;
end;
pComboBox := nil;
g_SampleUI.AddStatic(IDC_STATIC, '(E)ncoding mode', 0, 0, 105, 25);
g_SampleUI.AddComboBox(IDC_ENCODING_MODE, 0, 25, 140, 24, Ord('E'), False, @pComboBox);
if Assigned(pComboBox) then pComboBox.SetDropHeight(50);
g_SampleUI.AddStatic(IDC_STATIC, '(R)ender mode', 0, 45, 105, 25 );
g_SampleUI.AddComboBox(IDC_RENDER_MODE, 0, 70, 140, 24, Ord('R'), False, @pComboBox);
if Assigned(pComboBox) then pComboBox.SetDropHeight(30);
for rm := Low(TRenderMode) to High(TRenderMode) do
pComboBox.AddItem(RENDER_MODE_NAMES[rm], {IntToPtr}Pointer(rm));
g_SampleUI.AddCheckBox(IDC_BLOOM, 'Show (B)loom', 0, 110, 140, 18, g_bBloom, Ord('B'));
// Although multisampling is supported for render target surfaces, those surfaces
// exist without a parent texture, and must therefore be copied to a texture
// surface if they're to be used as a source texture. This sample relies upon
// several render targets being used as source textures, and therefore it makes
// sense to disable multisampling altogether.
// pMultiSampleTypeList.Add(D3DMULTISAMPLE_NONE);
SetLength(pMultiSampleTypeList, 1);
pMultiSampleTypeList[0]:= D3DMULTISAMPLE_NONE;
DXUTGetEnumeration.PossibleMultisampleTypeList:= pMultiSampleTypeList;
DXUTGetEnumeration.SetMultisampleQualityMax(0);
end;
//--------------------------------------------------------------------------------------
// Called during device initialization, this code checks the device for some
// minimum set of capabilities, and rejects those that don't pass by returning E_FAIL.
//--------------------------------------------------------------------------------------
function IsDeviceAcceptable(const pCaps: TD3DCaps9; AdapterFormat, BackBufferFormat: TD3DFormat; bWindowed: Boolean; pUserContext: Pointer): Boolean; stdcall;
var
pD3D: IDirect3D9;
begin
Result:= False;
// No fallback, so need ps2.0
if (pCaps.PixelShaderVersion < D3DPS_VERSION(2,0)) then Exit;
// Skip backbuffer formats that don't support alpha blending
pD3D := DXUTGetD3DObject;
if FAILED(pD3D.CheckDeviceFormat(pCaps.AdapterOrdinal, pCaps.DeviceType,
AdapterFormat, D3DUSAGE_QUERY_POSTPIXELSHADER_BLENDING,
D3DRTYPE_TEXTURE, BackBufferFormat))
then Exit;
Result:= True;
end;
//--------------------------------------------------------------------------------------
// This callback function is called immediately before a device is created to allow the
// application to modify the device settings. The supplied pDeviceSettings parameter
// contains the settings that the framework has selected for the new device, and the
// application can make any desired changes directly to this structure. Note however that
// DXUT will not correct invalid device settings so care must be taken
// to return valid device settings, otherwise IDirect3D9::CreateDevice() will fail.
//--------------------------------------------------------------------------------------
{static} var s_bFirstTime: Boolean = True;
function ModifyDeviceSettings(var pDeviceSettings: TDXUTDeviceSettings; const pCaps: TD3DCaps9; pUserContext: Pointer): Boolean; stdcall;
begin
// If device doesn't support HW T&L or doesn't support 1.1 vertex shaders in HW
// then switch to SWVP.
if (pCaps.DevCaps and D3DDEVCAPS_HWTRANSFORMANDLIGHT = 0) or
(pCaps.VertexShaderVersion < D3DVS_VERSION(1,1))
then pDeviceSettings.BehaviorFlags := D3DCREATE_SOFTWARE_VERTEXPROCESSING;
// Debugging vertex shaders requires either REF or software vertex processing
// and debugging pixel shaders requires REF.
{$IFDEF DEBUG_VS}
if (pDeviceSettings.DeviceType <> D3DDEVTYPE_REF) then
with pDeviceSettings do
begin
BehaviorFlags := BehaviorFlags and not D3DCREATE_HARDWARE_VERTEXPROCESSING;
BehaviorFlags := BehaviorFlags and not D3DCREATE_PUREDEVICE;
BehaviorFlags := BehaviorFlags or D3DCREATE_SOFTWARE_VERTEXPROCESSING;
end;
{$ENDIF}
{$IFDEF DEBUG_PS}
pDeviceSettings.DeviceType := D3DDEVTYPE_REF;
{$ENDIF}
// For the first device created if its a REF device, optionally display a warning dialog box
if s_bFirstTime then
begin
s_bFirstTime := False;
if (pDeviceSettings.DeviceType = D3DDEVTYPE_REF) then DXUTDisplaySwitchingToREFWarning;
end;
Result:= True;
end;
//--------------------------------------------------------------------------------------
// This callback function will be called immediately after the Direct3D device has been
// created, which will happen during application initialization and windowed/full screen
// toggles. This is the best location to create D3DPOOL_MANAGED resources since these
// resources need to be reloaded whenever the device is destroyed. Resources created
// here should be released in the OnDestroyDevice callback.
//--------------------------------------------------------------------------------------
function OnCreateDevice(const pd3dDevice: IDirect3DDevice9; const pBackBufferSurfaceDesc: TD3DSurfaceDesc; pUserContext: Pointer): HRESULT; stdcall;
var
str: array[0..MAX_PATH-1] of WideChar;
strPath: array [0..MAX_PATH-1] of WideChar;
vecEye, vecAt: TD3DXVector3;
dwShaderFlags: DWORD;
pD3D: IDirect3D9;
settings: TDXUTDeviceSettings;
//bCreatedTexture: Boolean;
pCubeTexture: IDirect3DCubeTexture9;
pEncodedTexture: IDirect3DCubeTexture9;
bSupports128FCube: Boolean;
begin
Result:= g_DialogResourceManager.OnCreateDevice(pd3dDevice);
if V_Failed(Result) then Exit;
Result:= g_SettingsDlg.OnCreateDevice(pd3dDevice);
if V_Failed(Result) then Exit;
// Initialize the font
Result:= D3DXCreateFont(pd3dDevice, 15, 0, FW_BOLD, 1, FALSE, DEFAULT_CHARSET,
OUT_DEFAULT_PRECIS, DEFAULT_QUALITY, DEFAULT_PITCH or FF_DONTCARE,
'Arial', g_pFont);
if V_Failed(Result) then Exit;
g_pd3dDevice := pd3dDevice;
// Define DEBUG_VS and/or DEBUG_PS to debug vertex and/or pixel shaders with the
// shader debugger. Debugging vertex shaders requires either REF or software vertex
// processing, and debugging pixel shaders requires REF. The
// D3DXSHADER_FORCE_*_SOFTWARE_NOOPT flag improves the debug experience in the
// shader debugger. It enables source level debugging, prevents instruction
// reordering, prevents dead code elimination, and forces the compiler to compile
// against the next higher available software target, which ensures that the
// unoptimized shaders do not exceed the shader model limitations. Setting these
// flags will cause slower rendering since the shaders will be unoptimized and
// forced into software. See the DirectX documentation for more information about
// using the shader debugger.
dwShaderFlags := D3DXFX_NOT_CLONEABLE;
{$IFDEF DEBUG}
// Set the D3DXSHADER_DEBUG flag to embed debug information in the shaders.
// Setting this flag improves the shader debugging experience, but still allows
// the shaders to be optimized and to run exactly the way they will run in
// the release configuration of this program.
dwShaderFlags := dwShaderFlags or D3DXSHADER_DEBUG;
{$ENDIF}
{$IFDEF DEBUG_VS}
dwShaderFlags := dwShaderFlags or D3DXSHADER_FORCE_VS_SOFTWARE_NOOPT;
{$ENDIF}
{$IFDEF DEBUG_PS}
dwShaderFlags := dwShaderFlags or D3DXSHADER_FORCE_PS_SOFTWARE_NOOPT;
{$ENDIF}
Result := DXUTFindDXSDKMediaFile(str, MAX_PATH, 'HDRFormats.fx');
if FAILED(Result) then Exit;
Result := D3DXCreateEffectFromFileW(pd3dDevice, str, nil, nil, dwShaderFlags, nil, g_pEffect, nil);
// If this fails, there should be debug output
if FAILED(Result) then Exit;
RetrieveTechHandles;
// Determine which encoding modes this device can support
pD3D := DXUTGetD3DObject;
settings := DXUTGetDeviceSettings;
//bCreatedTexture := False;
Result:= DXUTFindDXSDKMediaFile(strPath, MAX_PATH, 'Light Probes\uffizi_cross.dds');
if V_Failed(Result) then Exit;
g_SampleUI.GetComboBox(IDC_ENCODING_MODE).RemoveAllItems;
g_bSupportsR16F := False;
if SUCCEEDED(pD3D.CheckDeviceFormat(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, D3DUSAGE_RENDERTARGET,
D3DRTYPE_TEXTURE, D3DFMT_R16F))
then g_bSupportsR16F := True;
g_bSupportsR32F := False;
if SUCCEEDED(pD3D.CheckDeviceFormat(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, D3DUSAGE_RENDERTARGET,
D3DRTYPE_TEXTURE, D3DFMT_R32F))
then g_bSupportsR32F := True;
bSupports128FCube := false;
if SUCCEEDED(pD3D.CheckDeviceFormat(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, 0,
D3DRTYPE_CUBETEXTURE, D3DFMT_A16B16G16R16F))
then bSupports128FCube := True;
// FP16
if (g_bSupportsR16F and bSupports128FCube) then
begin
// Device supports floating-point textures.
Result:= D3DXCreateCubeTextureFromFileExW(pd3dDevice, strPath, D3DX_DEFAULT, 1, 0, D3DFMT_A16B16G16R16F,
D3DPOOL_MANAGED, D3DX_FILTER_NONE, D3DX_FILTER_NONE, 0, nil, nil, pCubeTexture);
if V_Failed(Result) then Exit;
Result:= g_aSkybox[FP16].OnCreateDevice(pd3dDevice, 50, pCubeTexture, 'skybox.fx');
if V_Failed(Result) then Exit;
g_SampleUI.GetComboBox(IDC_ENCODING_MODE).AddItem('FP16', Pointer(FP16));
end;
// FP32
if (g_bSupportsR32F and bSupports128FCube) then
begin
// Device supports floating-point textures.
Result:= D3DXCreateCubeTextureFromFileExW(pd3dDevice, strPath, D3DX_DEFAULT, 1, 0, D3DFMT_A16B16G16R16F,
D3DPOOL_MANAGED, D3DX_FILTER_NONE, D3DX_FILTER_NONE, 0, nil, nil, pCubeTexture);
if V_Failed(Result) then Exit;
Result:= g_aSkybox[FP32].OnCreateDevice(pd3dDevice, 50, pCubeTexture, 'skybox.fx');
if V_Failed(Result) then Exit;
g_SampleUI.GetComboBox(IDC_ENCODING_MODE).AddItem('FP32', Pointer(FP32));
end;
if ((not g_bSupportsR32F and not g_bSupportsR16F) or not bSupports128FCube) then
begin
// Device doesn't support floating-point textures. Use the scratch pool to load it temporarily
// in order to create encoded textures from it.
//bCreatedTexture := True;
Result:= D3DXCreateCubeTextureFromFileExW(pd3dDevice, strPath, D3DX_DEFAULT, 1, 0, D3DFMT_A16B16G16R16F,
D3DPOOL_SCRATCH, D3DX_FILTER_NONE, D3DX_FILTER_NONE, 0, nil, nil, pCubeTexture);
if V_Failed(Result) then Exit;
end;
// RGB16
if (D3D_OK = pD3D.CheckDeviceFormat(settings.AdapterOrdinal,
settings.DeviceType,
settings.AdapterFormat, 0,
D3DRTYPE_CUBETEXTURE,
D3DFMT_A16B16G16R16)) then
begin
Result:= CreateEncodedTexture(pCubeTexture, pEncodedTexture, RGB16);
if V_Failed(Result) then Exit;
Result:= g_aSkybox[RGB16].OnCreateDevice(pd3dDevice, 50, pEncodedTexture, 'skybox.fx');
if V_Failed(Result) then Exit;
g_SampleUI.GetComboBox(IDC_ENCODING_MODE).AddItem('RGB16', Pointer(RGB16));
end;
// RGBE8
Result:= CreateEncodedTexture(pCubeTexture, pEncodedTexture, RGBE8);
if V_Failed(Result) then Exit;
Result:= g_aSkybox[RGBE8].OnCreateDevice(pd3dDevice, 50, pEncodedTexture, 'skybox.fx');
if V_Failed(Result) then Exit;
g_SampleUI.GetComboBox(IDC_ENCODING_MODE).AddItem('RGBE8', Pointer(RGBE8));
g_SampleUI.GetComboBox(IDC_ENCODING_MODE).SetSelectedByText('RGBE8');
//Clootie: not needed in Delphi
// if bCreatedTexture then pCubeTexture:= nil;
Result := LoadMesh('misc\teapot.x', g_pMesh);
if Failed(Result) then Exit;
vecEye := D3DXVector3(0.0, 0.0, -5.0);
vecAt := D3DXVector3(0.0, 0.0, 0.0);
g_Camera.SetViewParams(vecEye, vecAt);
Result:= S_OK;
end;
//--------------------------------------------------------------------------------------
// This callback function will be called immediately after the Direct3D device has been
// reset, which will happen after a lost device scenario. This is the best location to
// create D3DPOOL_DEFAULT resources since these resources need to be reloaded whenever
// the device is lost. Resources created here should be released in the OnLostDevice
// callback.
//--------------------------------------------------------------------------------------
function OnResetDevice(const pd3dDevice: IDirect3DDevice9; const pBackBufferSurfaceDesc: TD3DSurfaceDesc; pUserContext: Pointer): HRESULT; stdcall;
var
fAspectRatio: Single;
i: TEncodingMode;
fmt: TD3DFormat;
nSampleLen: Integer;
t: Integer;
pCheckBox: CDXUTCheckBox;
pComboBox: CDXUTComboBox;
pD3D: IDirect3D9;
settings: TDXUTDeviceSettings;
dfmt: TD3DFormat;
Caps: TD3DCaps9;
imst: TD3DMultiSampleType;
msQuality: DWORD;
pBackBufferDesc: PD3DSurfaceDesc;
begin
Result:= g_DialogResourceManager.OnResetDevice;
if V_Failed(Result) then Exit;
Result:= g_SettingsDlg.OnResetDevice;
if V_Failed(Result) then Exit;
Result := S_OK;
if (pd3dDevice = nil) then Exit;
for i:= Low(i) to High(i) do
g_aSkybox[i].OnResetDevice(pBackBufferSurfaceDesc);
if Assigned(g_pFont) then g_pFont.OnResetDevice;
if Assigned(g_pEffect) then g_pEffect.OnResetDevice;
fmt := D3DFMT_UNKNOWN;
case g_eEncodingMode of
FP16: fmt := D3DFMT_A16B16G16R16F;
FP32: fmt := D3DFMT_A16B16G16R16F;
RGBE8: fmt := D3DFMT_A8R8G8B8;
RGB16: fmt := D3DFMT_A16B16G16R16;
end;
Result := pd3dDevice.CreateTexture(pBackBufferSurfaceDesc.Width, pBackBufferSurfaceDesc.Height,
1, D3DUSAGE_RENDERTARGET, fmt,
D3DPOOL_DEFAULT, g_pTexRender, nil);
if Failed(Result) then Exit;
Result := pd3dDevice.CreateTexture(pBackBufferSurfaceDesc.Width div 8, pBackBufferSurfaceDesc.Height div 8,
1, D3DUSAGE_RENDERTARGET, D3DFMT_A8R8G8B8,
D3DPOOL_DEFAULT, g_pTexBrightPass, nil);
if Failed(Result) then Exit;
// Determine whether we can and should support a multisampling on the HDR render target
g_bUseMultiSample := False;
pD3D := DXUTGetD3DObject;
if not Assigned(pD3D) then
begin
Result:= E_FAIL;
Exit;
end;
settings := DXUTGetDeviceSettings;
g_bSupportsD16 := False;
if SUCCEEDED(pD3D.CheckDeviceFormat(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, D3DUSAGE_DEPTHSTENCIL,
D3DRTYPE_SURFACE, D3DFMT_D16)) then
begin
if SUCCEEDED(pD3D.CheckDepthStencilMatch(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, fmt,
D3DFMT_D16)) then
begin
g_bSupportsD16 := True;
end;
end;
g_bSupportsD32 := False;
if SUCCEEDED(pD3D.CheckDeviceFormat(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, D3DUSAGE_DEPTHSTENCIL,
D3DRTYPE_SURFACE, D3DFMT_D32)) then
begin
if SUCCEEDED(pD3D.CheckDepthStencilMatch(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, fmt,
D3DFMT_D32)) then
begin
g_bSupportsD32 := True;
end;
end;
g_bSupportsD24X8 := False;
if SUCCEEDED(pD3D.CheckDeviceFormat(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, D3DUSAGE_DEPTHSTENCIL,
D3DRTYPE_SURFACE, D3DFMT_D24X8)) then
begin
if SUCCEEDED(pD3D.CheckDepthStencilMatch(settings.AdapterOrdinal, settings.DeviceType,
settings.AdapterFormat, fmt,
D3DFMT_D24X8)) then
begin
g_bSupportsD24X8 := True;
end;
end;
dfmt := D3DFMT_UNKNOWN;
if g_bSupportsD16 then dfmt := D3DFMT_D16
else if g_bSupportsD32 then dfmt := D3DFMT_D32
else if g_bSupportsD24X8 then dfmt := D3DFMT_D24X8;
if (dfmt <> D3DFMT_UNKNOWN) then
begin
pd3dDevice.GetDeviceCaps(Caps);
g_MaxMultiSampleType := D3DMULTISAMPLE_NONE;
for imst := D3DMULTISAMPLE_2_SAMPLES to D3DMULTISAMPLE_16_SAMPLES do
begin
msQuality := 0;
if SUCCEEDED(pD3D.CheckDeviceMultiSampleType(Caps.AdapterOrdinal,
Caps.DeviceType,
fmt,
settings.pp.Windowed,
imst, @msQuality)) then
begin
g_bUseMultiSample := True;
g_MaxMultiSampleType := imst;
if (msQuality > 0)
then g_dwMultiSampleQuality := msQuality-1
else g_dwMultiSampleQuality := msQuality;
end;
end;
// Create the Multi-Sample floating point render target
if g_bUseMultiSample then
begin
pBackBufferDesc := DXUTGetBackBufferSurfaceDesc;
Result := g_pd3dDevice.CreateRenderTarget(pBackBufferDesc.Width, pBackBufferDesc.Height,
fmt,
g_MaxMultiSampleType, g_dwMultiSampleQuality,
False, g_pMSRT, nil);
if FAILED(Result) then
g_bUseMultiSample := False
else
begin
Result := g_pd3dDevice.CreateDepthStencilSurface(pBackBufferDesc.Width, pBackBufferDesc.Height,
dfmt,
g_MaxMultiSampleType, g_dwMultiSampleQuality,
True, g_pMSDS, nil);
if FAILED(Result) then
begin
g_bUseMultiSample := False;
SAFE_RELEASE(g_pMSRT);
end;
end;
end;
end;
// For each scale stage, create a texture to hold the intermediate results
// of the luminance calculation
nSampleLen := 1;
for t := 0 to NUM_TONEMAP_TEXTURES - 1 do
begin
fmt := D3DFMT_UNKNOWN;
case g_eEncodingMode of
FP16: fmt := D3DFMT_R16F;
FP32: fmt := D3DFMT_R32F;
RGBE8: fmt := D3DFMT_A8R8G8B8;
RGB16: fmt := D3DFMT_A16B16G16R16;
end;
Result := pd3dDevice.CreateTexture(nSampleLen, nSampleLen, 1, D3DUSAGE_RENDERTARGET,
fmt, D3DPOOL_DEFAULT, g_apTexToneMap[t], nil);
if Failed(Result) then Exit;
nSampleLen := nSampleLen * 3;
end;
// Create the temporary blooming effect textures
for t := 0 to NUM_BLOOM_TEXTURES - 1 do
begin
Result := pd3dDevice.CreateTexture(pBackBufferSurfaceDesc.Width div 8, pBackBufferSurfaceDesc.Height div 8,
1, D3DUSAGE_RENDERTARGET, D3DFMT_A8R8G8B8,
D3DPOOL_DEFAULT, g_apTexBloom[t], nil);
if Failed(Result) then Exit;
end;
g_HUD.SetLocation(pBackBufferSurfaceDesc.Width-170, 0);
g_HUD.SetSize(170, 170);
g_SampleUI.SetLocation(pBackBufferSurfaceDesc.Width - 150, pBackBufferSurfaceDesc.Height - 150);
g_SampleUI.SetSize(150, 110);
pCheckBox := g_SampleUI.GetCheckBox(IDC_BLOOM);
pCheckBox.Checked := g_bBloom;
pComboBox := g_SampleUI.GetComboBox(IDC_ENCODING_MODE);
pComboBox.SetSelectedByData(Pointer(g_eEncodingMode));
pComboBox := g_SampleUI.GetComboBox(IDC_RENDER_MODE);
pComboBox.SetSelectedByData(Pointer(g_eRenderMode));
// Setup the camera's projection parameters
fAspectRatio := pBackBufferSurfaceDesc.Width / pBackBufferSurfaceDesc.Height;
g_Camera.SetProjParams(D3DX_PI/4, fAspectRatio, 0.1, 5000.0);
g_Camera.SetWindow(pBackBufferSurfaceDesc.Width, pBackBufferSurfaceDesc.Height);
Result:= S_OK;
end;
//--------------------------------------------------------------------------------------
// This callback function will be called once at the beginning of every frame. This is the
// best location for your application to handle updates to the scene, but is not
// intended to contain actual rendering calls, which should instead be placed in the
// OnFrameRender callback.
//--------------------------------------------------------------------------------------
procedure OnFrameMove(const pd3dDevice: IDirect3DDevice9; fTime: Double; fElapsedTime: Single; pUserContext: Pointer); stdcall;
begin
// Update the camera's position based on user input
g_Camera.FrameMove(fElapsedTime);
g_pEffect.SetValue('g_vEyePt', g_Camera.GetEyePt, SizeOf(TD3DXVector3));
end;
//--------------------------------------------------------------------------------------
// This callback function will be called at the end of every frame to perform all the
// rendering calls for the scene, and it will also be called if the window needs to be
// repainted. After this function has returned, DXUT will call
// IDirect3DDevice9::Present to display the contents of the next buffer in the swap chain
//--------------------------------------------------------------------------------------
procedure OnFrameRender(const pd3dDevice: IDirect3DDevice9; fTime: Double; fElapsedTime: Single; pUserContext: Pointer); stdcall;
var
pSurfBackBuffer: IDirect3DSurface9;
pSurfDS: IDirect3DSurface9;
pSurfRenderTarget: IDirect3DSurface9;
mWorldViewProj: TD3DXMatrixA16;
iPass: Integer;
uiNumPasses: LongWord;
begin
// If the settings dialog is being shown, then
// render it instead of rendering the app's scene
if g_SettingsDlg.Active then
begin
g_SettingsDlg.OnRender(fElapsedTime);
Exit;
end;
pd3dDevice.GetRenderTarget(0, pSurfBackBuffer);
pd3dDevice.GetDepthStencilSurface(pSurfDS);
g_pTexRender.GetSurfaceLevel(0, pSurfRenderTarget);
// Setup the HDR render target
if g_bUseMultiSample then
begin
pd3dDevice.SetRenderTarget(0, g_pMSRT);
pd3dDevice.SetDepthStencilSurface( g_pMSDS);
end else
begin
pd3dDevice.SetRenderTarget(0, pSurfRenderTarget);
end;
// Clear the render target
pd3dDevice.Clear(0, nil, D3DCLEAR_TARGET or D3DCLEAR_ZBUFFER, $000000FF, 1.0, 0);
// Update matrices
D3DXMatrixMultiply(mWorldViewProj, g_Camera.GetViewMatrix^, g_Camera.GetProjMatrix^);
g_pEffect.SetMatrix('g_mWorldViewProj', mWorldViewProj);
// For the first pass we'll draw the screen to the full screen render target
// and to update the velocity render target with the velocity of each pixel
if SUCCEEDED(pd3dDevice.BeginScene) then
begin
// Draw the skybox
g_aSkybox[g_eEncodingMode].Render(mWorldViewProj);
RenderModel;
// If using floating point multi sampling, stretchrect to the rendertarget
if g_bUseMultiSample then
begin
pd3dDevice.StretchRect(g_pMSRT, nil, pSurfRenderTarget, nil, D3DTEXF_NONE);
pd3dDevice.SetRenderTarget(0, pSurfRenderTarget);
pd3dDevice.SetDepthStencilSurface(pSurfDS);
pd3dDevice.Clear(0, nil, D3DCLEAR_ZBUFFER, 0, 1.0, 0);
end;
MeasureLuminance;
BrightPassFilter;
if g_bBloom then RenderBloom;
//---------------------------------------------------------------------
// Final pass
pd3dDevice.SetRenderTarget(0, pSurfBackBuffer);
pd3dDevice.SetTexture(0, g_pTexRender);
pd3dDevice.SetTexture(1, g_apTexToneMap[0]);
if g_bBloom then pd3dDevice.SetTexture(2, g_apTexBloom[0])
else pd3dDevice.SetTexture(2, nil);
pd3dDevice.SetSamplerState(2, D3DSAMP_MAGFILTER, D3DTEXF_LINEAR);
pd3dDevice.SetSamplerState(2, D3DSAMP_MINFILTER, D3DTEXF_LINEAR);
case g_eRenderMode of
DECODED: g_pEffect.SetTechnique(g_pCurTechnique.FinalPass);
RGB_ENCODED: g_pEffect.SetTechnique('FinalPassEncoded_RGB');
ALPHA_ENCODED: g_pEffect.SetTechnique('FinalPassEncoded_A');
end;
g_pEffect._Begin(@uiNumPasses, 0);
for iPass:= 0 to uiNumPasses - 1 do
begin
g_pEffect.BeginPass(iPass);
DrawFullScreenQuad;
g_pEffect.EndPass;
end;
g_pEffect._End;
pd3dDevice.SetTexture(0, nil);
pd3dDevice.SetTexture(1, nil);
pd3dDevice.SetTexture(2, nil);
if g_bShowText then RenderText(fTime);
g_HUD.OnRender(fElapsedTime);
g_SampleUI.OnRender(fElapsedTime);
pd3dDevice.EndScene;
end;
pSurfRenderTarget := nil;
pSurfBackBuffer := nil;
pSurfDS := nil;
end;
//--------------------------------------------------------------------------------------
// Render the help and statistics text. This function uses the ID3DXFont interface for
// efficient text rendering.
//--------------------------------------------------------------------------------------
procedure RenderText(fTime: Double);
var
txtHelper: CDXUTTextHelper;
pd3dsdBackBuffer: PD3DSurfaceDesc;
const
ENCODING_MODE_NAMES: array[TEncodingMode] of PWideChar =
(
'16-Bit floating-point (FP16)',
'32-Bit floating-point (FP32)',
'16-Bit integer (RGB16)',
'8-Bit integer w/ shared exponent (RGBE8)'
);
RENDER_MODE_NAMES: array[TRenderMode] of PWideChar =
(
'Decoded scene',
'RGB channels of encoded textures',
'Alpha channel of encoded textures'
);
begin
// The helper object simply helps keep track of text position, and color
// and then it calls pFont->DrawText( m_pSprite, strMsg, -1, &rc, DT_NOCLIP, m_clr );
// If NULL is passed in as the sprite object, then it will work fine however the
// pFont->DrawText() will not be batched together. Batching calls will improves perf.
// TODO: Add sprite
txtHelper := CDXUTTextHelper.Create(g_pFont, nil, 15);
// Output statistics
txtHelper._Begin;
txtHelper.SetInsertionPos(2, 0);
txtHelper.SetForegroundColor(D3DXColor(1.0, 1.0, 0.0, 1.0));
txtHelper.DrawTextLine(DXUTGetFrameStats);
txtHelper.DrawTextLine(DXUTGetDeviceStats);
txtHelper.SetForegroundColor(D3DXColor( 0.90, 0.90, 1.0, 1.0));
txtHelper.DrawFormattedTextLine(ENCODING_MODE_NAMES[g_eEncodingMode], []);
txtHelper.DrawFormattedTextLine(RENDER_MODE_NAMES[g_eRenderMode], []);
if g_bUseMultiSample then
begin
txtHelper.DrawTextLine('Using MultiSample Render Target');
txtHelper.DrawFormattedTextLine('Number of Samples: %d', [Integer(g_MaxMultiSampleType)]);
txtHelper.DrawFormattedTextLine('Quality: %d', [g_dwMultiSampleQuality]);
end;
// Draw help
if g_bShowHelp then
begin
pd3dsdBackBuffer := DXUTGetBackBufferSurfaceDesc;
txtHelper.SetInsertionPos(2, pd3dsdBackBuffer.Height-15*6);
txtHelper.SetForegroundColor(D3DXColor(1.0, 0.75, 0.0, 1.0));
txtHelper.DrawTextLine('Controls:');
txtHelper.SetInsertionPos(20, pd3dsdBackBuffer.Height-15*5);
txtHelper.DrawTextLine('Rotate model: Left mouse button'#10 +
'Rotate camera: Right mouse button'#10 +
'Zoom camera: Mouse wheel scroll'#10 +
'Quit: ESC');
txtHelper.SetInsertionPos(250, pd3dsdBackBuffer.Height-15*5);
txtHelper.DrawTextLine('Cycle encoding: E'#10 +
'Cycle render mode: R'#10 +
'Toggle bloom: B'#10 +
'Hide text: T'#10);
txtHelper.SetInsertionPos(410, pd3dsdBackBuffer.Height-15*5);
txtHelper.DrawTextLine('Hide help: F1'#10 +
'Change Device: F2'#10 +
'Toggle HAL/REF: F3'#10 +
'View readme: F9'#10);
end else
begin
txtHelper.SetForegroundColor(D3DXColor(1.0, 1.0, 1.0, 1.0));
txtHelper.DrawTextLine('Press F1 for help');
end;
txtHelper._End;
txtHelper.Free;
end;
//--------------------------------------------------------------------------------------
// Before handling window messages, DXUT passes incoming windows
// messages to the application through this callback function. If the application sets
// *pbNoFurtherProcessing to TRUE, then DXUT will not process this message.
//--------------------------------------------------------------------------------------
function MsgProc(hWnd: HWND; uMsg: LongWord; wParam: WPARAM; lParam: LPARAM; out pbNoFurtherProcessing: Boolean; pUserContext: Pointer): LRESULT; stdcall;
begin
Result:= 0;
// Always allow dialog resource manager calls to handle global messages
// so GUI state is updated correctly
pbNoFurtherProcessing := g_DialogResourceManager.MsgProc(hWnd, uMsg, wParam, lParam);
if pbNoFurtherProcessing then Exit;
if g_SettingsDlg.IsActive then
begin
g_SettingsDlg.MsgProc(hWnd, uMsg, wParam, lParam);
Exit;
end;
// Give the dialogs a chance to handle the message first
pbNoFurtherProcessing := g_HUD.MsgProc(hWnd, uMsg, wParam, lParam);
if pbNoFurtherProcessing then Exit;
pbNoFurtherProcessing := g_SampleUI.MsgProc(hWnd, uMsg, wParam, lParam);
if pbNoFurtherProcessing then Exit;
// Pass all remaining windows messages to camera so it can respond to user input
g_Camera.HandleMessages(hWnd, uMsg, wParam, lParam);
end;
//--------------------------------------------------------------------------------------
// As a convenience, DXUT inspects the incoming windows messages for
// keystroke messages and decodes the message parameters to pass relevant keyboard
// messages to the application. The framework does not remove the underlying keystroke
// messages, which are still passed to the application's MsgProc callback.
//--------------------------------------------------------------------------------------
procedure KeyboardProc(nChar: LongWord; bKeyDown, bAltDown: Boolean; pUserContext: Pointer); stdcall;
begin
if bKeyDown then
begin
case nChar of
VK_F1: g_bShowHelp := not g_bShowHelp;
Ord('T'): g_bShowText := not g_bShowText;
end;
end;
end;
//--------------------------------------------------------------------------------------
// Handles the GUI events
//--------------------------------------------------------------------------------------
procedure OnGUIEvent(nEvent: LongWord; nControlID: Integer; pControl: CDXUTControl; pUserContext: Pointer); stdcall;
var
pComboBox: CDXUTComboBox;
pCheckBox: CDXUTCheckBox;
pBackBufDesc: PD3DSurfaceDesc;
begin
case nControlID of
IDC_TOGGLEFULLSCREEN: DXUTToggleFullScreen;
IDC_TOGGLEREF: DXUTToggleREF;
IDC_CHANGEDEVICE: with g_SettingsDlg do Active := not Active;
IDC_BLOOM: g_bBloom := not g_bBloom;
IDC_RENDER_MODE:
begin
pComboBox := CDXUTComboBox(pControl);
g_eRenderMode := TRenderMode({PtrToInt}(pComboBox.GetSelectedData));
end;
IDC_ENCODING_MODE:
begin
pComboBox := CDXUTComboBox(pControl);
g_eEncodingMode := TEncodingMode({PtrToInt}(pComboBox.GetSelectedData));
g_pCurTechnique := @g_aTechHandles[ g_eEncodingMode ];
// Refresh resources
pBackBufDesc := DXUTGetBackBufferSurfaceDesc;
OnLostDevice(nil);
OnResetDevice(g_pd3dDevice, pBackBufDesc^, nil);
end;
end;
// Update the bloom checkbox based on new state
pCheckBox := g_SampleUI.GetCheckBox(IDC_BLOOM);
pCheckBox.Enabled := (g_eRenderMode = DECODED);
pCheckBox.Checked := (g_eRenderMode = DECODED) and g_bBloom;
end;
//--------------------------------------------------------------------------------------
// This callback function will be called immediately after the Direct3D device has
// entered a lost state and before IDirect3DDevice9::Reset is called. Resources created
// in the OnResetDevice callback should be released here, which generally includes all
// D3DPOOL_DEFAULT resources. See the "Lost Devices" section of the documentation for
// information about lost devices.
//--------------------------------------------------------------------------------------
procedure OnLostDevice; stdcall;
var
i: TEncodingMode;
j: Integer;
begin
g_DialogResourceManager.OnLostDevice;
g_SettingsDlg.OnLostDevice;
for i:= Low(i) to High(i) do g_aSkybox[i].OnLostDevice;
if Assigned(g_pFont) then g_pFont.OnLostDevice;
if Assigned(g_pEffect) then g_pEffect.OnLostDevice;
g_pMSRT := nil;
g_pMSDS := nil;
g_pTexRender := nil;
g_pTexBrightPass := nil;
for j:= 0 to NUM_TONEMAP_TEXTURES - 1 do g_apTexToneMap[j] := nil;
for j:= 0 to NUM_BLOOM_TEXTURES - 1 do g_apTexBloom[j] := nil;
end;
//--------------------------------------------------------------------------------------
// This callback function will be called immediately after the Direct3D device has
// been destroyed, which generally happens as a result of application termination or
// windowed/full screen toggles. Resources created in the OnCreateDevice callback
// should be released here, which generally includes all D3DPOOL_MANAGED resources.
//--------------------------------------------------------------------------------------
procedure OnDestroyDevice; stdcall;
var
i: TEncodingMode;
begin
g_DialogResourceManager.OnDestroyDevice;
g_SettingsDlg.OnDestroyDevice;
for i:= Low(i) to High(i) do g_aSkybox[i].OnDestroyDevice;
g_pFont := nil;
g_pEffect := nil;
g_pMesh := nil;
g_pd3dDevice:= nil;
end;
//--------------------------------------------------------------------------------------
function GaussianDistribution(x, y, rho: Single): Single;{$IFDEF SUPPORTS_INLINE} inline;{$ENDIF}
var
g: Single;
begin
g := 1.0 / Sqrt(2.0 * D3DX_PI * rho * rho);
g := g * Exp(-(x*x + y*y)/(2*rho*rho));
Result:= g;
end;
//--------------------------------------------------------------------------------------
function log2_ceiling(val: Single): Integer;{$IFDEF SUPPORTS_INLINE} inline;{$ENDIF}
var
iMax, iMin, iMiddle: Integer;
begin
iMax := 256;
iMin := 0;
while (iMax - iMin > 1) do
begin
iMiddle := (iMax + iMin) div 2;
if (val > g_aPowsOfTwo[iMiddle]) then iMin := iMiddle
else iMax := iMiddle;
end;
Result:= iMax - 128;
end;
//--------------------------------------------------------------------------------------
procedure EncodeRGBE8(pSrc: PD3DXFloat16; out ppDest: PByte);{$IFDEF SUPPORTS_INLINE} inline;{$ENDIF}
var
r, g, b: Single;
maxComponent: Single;
nExp: Integer;
fDivisor: Single;
pDestColor: PD3DColor;
begin
r := D3DXFloat16ToFloat((pSrc{+0})^);
g := D3DXFloat16ToFloat(PD3DXFloat16(PWideChar(pSrc)+1)^);
b := D3DXFloat16ToFloat(PD3DXFloat16(PWideChar(pSrc)+2)^);
// Determine the largest color component
maxComponent := max(max(r, g), b);
// Round to the nearest integer exponent
nExp := log2_ceiling(maxComponent);
// Divide the components by the shared exponent
fDivisor := g_aPowsOfTwo[ nExp+128 ];
r := r / fDivisor;
g := g / fDivisor;
b := b / fDivisor;
// Constrain the color components
r := max(0, min(1, r));
g := max(0, min(1, g));
b := max(0, min(1, b));
// Store the shared exponent in the alpha channel
pDestColor := PD3DColor(ppDest);
pDestColor^ := D3DCOLOR_RGBA(Trunc(r*255), Trunc(g*255), Trunc(b*255), nExp+128);
Inc(ppDest, SizeOf(TD3DColor));
end;
//--------------------------------------------------------------------------------------
procedure EncodeRGB16(pSrc: PD3DXFloat16; out ppDest: PByte);{$IFDEF SUPPORTS_INLINE} inline;{$ENDIF}
var
r, g, b: Single;
pDestColor: PWord;
begin
r := D3DXFloat16ToFloat((pSrc{+0})^);
g := D3DXFloat16ToFloat(PD3DXFloat16(PWideChar(pSrc)+1)^);
b := D3DXFloat16ToFloat(PD3DXFloat16(PWideChar(pSrc)+2)^);
// Divide the components by the multiplier
r := r / RGB16_MAX;
g := g / RGB16_MAX;
b := b / RGB16_MAX;
// Constrain the color components
r := max( 0, min(1, r));
g := max( 0, min(1, g));
b := max( 0, min(1, b));
// Store
pDestColor := PWord(ppDest);
pDestColor^ := Trunc(r*65535); Inc(pDestColor);
pDestColor^ := Trunc(g*65535); Inc(pDestColor);
pDestColor^ := Trunc(b*65535); //Inc(pDestColor);
Inc(ppDest, SizeOf(Int64));
end;
//-----------------------------------------------------------------------------
// Name: RetrieveTechHandles()
// Desc:
//-----------------------------------------------------------------------------
function RetrieveTechHandles: HRESULT;
const
modes: array[TEncodingMode] of PChar = ('FP16', 'FP16', 'RGB16', 'RGBE8');
techniques: array[0..4] of PChar = ('Scene', 'DownScale2x2_Lum', 'DownScale3x3', 'DownScale3x3_BrightPass', 'FinalPass');
var
dwNumTechniques: DWORD;
str: String;
pHandle: PD3DXHandle;
m: TEncodingMode;
t: LongWord;
begin
dwNumTechniques := SizeOf(TTechHandles) div SizeOf(TD3DXHandle);
pHandle := PD3DXHandle(@g_aTechHandles);
for m := Low(m) to High(m) do
begin
for t := 0 to dwNumTechniques - 1 do
begin
str:= Format('%s_%s', [techniques[t], modes[m]]);
pHandle^ := g_pEffect.GetTechniqueByName(PAnsiChar(str));
Inc(pHandle);
end;
end;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: LoadMesh()
// Desc:
//-----------------------------------------------------------------------------
function LoadMesh(strFileName: WideString; out ppMesh: ID3DXMesh): HRESULT; overload;
var
pMesh: ID3DXMesh;
str: array[0..MAX_PATH-1] of WideChar;
rgdwAdjacency: PDWORD;
pTempMesh: ID3DXMesh;
begin
DXUTFindDXSDKMediaFile(str, MAX_PATH, PWideChar(strFileName));
Result := D3DXLoadMeshFromXW(str, D3DXMESH_MANAGED, g_pd3dDevice, nil, nil, nil, nil, pMesh);
if FAILED(Result) or (pMesh = nil) then Exit;
// Make sure there are normals which are required for lighting
if (pMesh.GetFVF and D3DFVF_NORMAL = 0) then
begin
Result := pMesh.CloneMeshFVF(pMesh.GetOptions,
pMesh.GetFVF or D3DFVF_NORMAL,
g_pd3dDevice, pTempMesh);
if FAILED(Result) then Exit;
D3DXComputeNormals(pTempMesh, nil);
pMesh := nil;
pMesh := pTempMesh;
end;
// Optimze the mesh to make it fast for the user's graphics card
try
GetMem(rgdwAdjacency, SizeOf(DWORD)*pMesh.GetNumFaces*3);
except
Result:= E_OUTOFMEMORY;
Exit;
end;
V(pMesh.GenerateAdjacency(1e-6, rgdwAdjacency));
pMesh.OptimizeInplace(D3DXMESHOPT_VERTEXCACHE, rgdwAdjacency, nil, nil, nil);
FreeMem(rgdwAdjacency);
ppMesh := pMesh;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: MeasureLuminance()
// Desc: Measure the average log luminance in the scene.
//-----------------------------------------------------------------------------
function MeasureLuminance: HRESULT;
var
uiNumPasses: LongWord;
iPass: Integer;
avSampleOffsets: array[0..15] of TD3DXVector2;
pTexSrc: IDirect3DTexture9;
pTexDest: IDirect3DTexture9;
pSurfDest: IDirect3DSurface9;
descSrc: TD3DSurfaceDesc;
descDest: TD3DSurfaceDesc;
pd3dDevice: IDirect3DDevice9;
i: Integer;
desc: TD3DSurfaceDesc;
begin
//-------------------------------------------------------------------------
// Initial sampling pass to convert the image to the log of the grayscale
//-------------------------------------------------------------------------
pTexSrc := g_pTexRender;
pTexDest := g_apTexToneMap[NUM_TONEMAP_TEXTURES-1];
pTexSrc.GetLevelDesc(0, descSrc);
pTexDest.GetLevelDesc(0, descDest);
GetSampleOffsets_DownScale2x2_Lum(descSrc.Width, descSrc.Height, descDest.Width, descDest.Height, avSampleOffsets);
g_pEffect.SetValue('g_avSampleOffsets', @avSampleOffsets, SizeOf(avSampleOffsets));
g_pEffect.SetTechnique(g_pCurTechnique.DownScale2x2_Lum);
Result := pTexDest.GetSurfaceLevel(0, pSurfDest);
if FAILED(Result) then Exit;
pd3dDevice := DXUTGetD3DDevice;
pd3dDevice.SetRenderTarget(0, pSurfDest);
pd3dDevice.SetTexture(0, pTexSrc);
pd3dDevice.SetSamplerState(0, D3DSAMP_MAGFILTER, D3DTEXF_POINT);
pd3dDevice.SetSamplerState(0, D3DSAMP_MINFILTER, D3DTEXF_POINT);
Result := g_pEffect._Begin(@uiNumPasses, 0);
if FAILED(Result) then Exit;
for iPass := 0 to uiNumPasses - 1 do
begin
g_pEffect.BeginPass(iPass);
// Draw a fullscreen quad to sample the RT
DrawFullScreenQuad;
g_pEffect.EndPass;
end;
g_pEffect._End;
pd3dDevice.SetTexture(0, nil);
pSurfDest := nil;
//-------------------------------------------------------------------------
// Iterate through the remaining tone map textures
//-------------------------------------------------------------------------
for i := NUM_TONEMAP_TEXTURES-1 downto 1 do
begin
// Cycle the textures
pTexSrc := g_apTexToneMap[i];
pTexDest := g_apTexToneMap[i-1];
Result := pTexDest.GetSurfaceLevel(0, pSurfDest);
if FAILED(Result) then Exit;
pTexSrc.GetLevelDesc(0, desc);
GetSampleOffsets_DownScale3x3(desc.Width, desc.Height, avSampleOffsets);
g_pEffect.SetValue('g_avSampleOffsets', @avSampleOffsets, SizeOf(avSampleOffsets));
g_pEffect.SetTechnique(g_pCurTechnique.DownScale3x3);
pd3dDevice.SetRenderTarget(0, pSurfDest);
pd3dDevice.SetTexture(0, pTexSrc);
pd3dDevice.SetSamplerState(0, D3DSAMP_MAGFILTER, D3DTEXF_POINT);
pd3dDevice.SetSamplerState(0, D3DSAMP_MINFILTER, D3DTEXF_POINT);
Result := g_pEffect._Begin(@uiNumPasses, 0);
if FAILED(Result) then Exit;
for iPass := 0 to uiNumPasses - 1 do
begin
g_pEffect.BeginPass(iPass);
// Draw a fullscreen quad to sample the RT
DrawFullScreenQuad;
g_pEffect.EndPass;
end;
g_pEffect._End;
pd3dDevice.SetTexture(0, nil);
pSurfDest := nil;
end;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: GetSampleOffsets_DownScale3x3
// Desc: Get the texture coordinate offsets to be used inside the DownScale3x3
// pixel shader.
//-----------------------------------------------------------------------------
function GetSampleOffsets_DownScale3x3(dwWidth, dwHeight: DWORD;
var avSampleOffsets: array of TD3DXVector2): HRESULT;
var
tU, tV: Single;
index: Integer;
x, y: Integer;
begin
tU := 1.0 / dwWidth;
tV := 1.0 / dwHeight;
// Sample from the 9 surrounding points.
index := 0;
for y := -1 to 1 do
for x := -1 to 1 do
begin
avSampleOffsets[ index ].x := x * tU;
avSampleOffsets[ index ].y := y * tV;
Inc(index);
end;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: GetSampleOffsets_DownScale2x2_Lum
// Desc: Get the texture coordinate offsets to be used inside the DownScale2x2_Lum
// pixel shader.
//-----------------------------------------------------------------------------
function GetSampleOffsets_DownScale2x2_Lum(dwSrcWidth, dwSrcHeight, dwDestWidth, dwDestHeight: DWORD;
var avSampleOffsets: array of TD3DXVector2): HRESULT;
var
tU, tV, deltaU, deltaV: Single;
index: Integer;
x, y: Integer;
begin
tU := 1.0 / dwSrcWidth;
tV := 1.0 / dwSrcHeight;
deltaU := dwSrcWidth / dwDestWidth / 2.0;
deltaV := dwSrcHeight / dwDestHeight / 2.0;
// Sample from 4 surrounding points.
index := 0;
for y := 0 to 1 do
for x := 0 to 1 do
begin
avSampleOffsets[ index ].x := (x - 0.5) * deltaU * tU;
avSampleOffsets[ index ].y := (y - 0.5) * deltaV * tV;
Inc(index);
end;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: GetSampleOffsets_Bloom()
// Desc:
//-----------------------------------------------------------------------------
function GetSampleOffsets_Bloom(dwD3DTexSize: DWORD; var afTexCoordOffset: array of Single;
var avColorWeight: array of TD3DXVector4; fDeviation: Single; fMultiplier: Single = 1.0): HRESULT;
var
i: Integer;
tu: Single;
weight: Single;
begin
tu := 1.0 / dwD3DTexSize;
// Fill the center texel
weight := 1.0 * GaussianDistribution(0, 0, fDeviation);
avColorWeight[0] := D3DXVector4(weight, weight, weight, 1.0);
afTexCoordOffset[0] := 0.0;
// Fill the right side
for i := 1 to 7 do
begin
weight := fMultiplier * GaussianDistribution(i, 0, fDeviation);
afTexCoordOffset[i] := i * tu;
avColorWeight[i] := D3DXVector4(weight, weight, weight, 1.0);
end;
// Copy to the left side
for i := 8 to 14 do
begin
avColorWeight[i] := avColorWeight[i-7];
afTexCoordOffset[i] := -afTexCoordOffset[i-7];
end;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: RenderModel()
// Desc: Render the model
//-----------------------------------------------------------------------------
function RenderModel: HRESULT;
var
mWorldViewProj: TD3DXMatrixA16;
iPass: Integer;
uiNumPasses: LongWord;
begin
// Set the transforms
D3DXMatrixMultiply(mWorldViewProj, g_Camera.GetWorldMatrix^, g_Camera.GetViewMatrix^);
D3DXMatrixMultiply(mWorldViewProj, mWorldViewProj, g_Camera.GetProjMatrix^);
g_pEffect.SetMatrix('g_mWorld', g_Camera.GetWorldMatrix^);
g_pEffect.SetMatrix('g_mWorldViewProj', mWorldViewProj);
// Draw the mesh
g_pEffect.SetTechnique(g_pCurTechnique.Scene);
g_pEffect.SetTexture('g_tCube', g_aSkybox[g_eEncodingMode].EnvironmentMap);
Result := g_pEffect._Begin(@uiNumPasses, 0);
if FAILED(Result) then Exit;
for iPass:=0 to uiNumPasses - 1 do
begin
g_pEffect.BeginPass(iPass);
g_pMesh.DrawSubset(0);
g_pEffect.EndPass;
end;
g_pEffect._End;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: BrightPassFilter
// Desc: Prepare for the bloom pass by removing dark information from the scene
//-----------------------------------------------------------------------------
function BrightPassFilter: HRESULT;
var
pBackBufDesc: PD3DSurfaceDesc;
avSampleOffsets: array[0..15] of TD3DXVector2;
pSurfBrightPass: IDirect3DSurface9;
iPass: Integer;
uiNumPasses: LongWord;
begin
pBackBufDesc := DXUTGetBackBufferSurfaceDesc;
GetSampleOffsets_DownScale3x3(pBackBufDesc.Width div 2, pBackBufDesc.Height div 2, avSampleOffsets);
g_pEffect.SetValue('g_avSampleOffsets', @avSampleOffsets, SizeOf(avSampleOffsets));
Result := g_pTexBrightPass.GetSurfaceLevel(0, pSurfBrightPass);
if FAILED(Result) then Exit;
g_pEffect.SetTechnique(g_pCurTechnique.DownScale3x3_BrightPass);
g_pd3dDevice.SetRenderTarget(0, pSurfBrightPass);
g_pd3dDevice.SetTexture(0, g_pTexRender);
g_pd3dDevice.SetTexture(1, g_apTexToneMap[0]);
g_pd3dDevice.SetSamplerState(0, D3DSAMP_MINFILTER, D3DTEXF_POINT);
Result := g_pEffect._Begin(@uiNumPasses, 0);
if FAILED(Result) then Exit;
for iPass := 0 to uiNumPasses - 1 do
begin
g_pEffect.BeginPass(iPass);
// Draw a fullscreen quad to sample the RT
DrawFullScreenQuad;
g_pEffect.EndPass;
end;
g_pEffect._End;
g_pd3dDevice.SetTexture(0, nil);
g_pd3dDevice.SetTexture(1, nil);
pSurfBrightPass := nil;
Result:= S_OK;
end;
//-----------------------------------------------------------------------------
// Name: RenderBloom()
// Desc: Render the blooming effect
//-----------------------------------------------------------------------------
function RenderBloom: HRESULT;
var
iPass: Integer;
uiPassCount: LongWord;
i: Integer;
avSampleOffsets: array[0..15] of TD3DXVector2;
afSampleOffsets: array[0..15] of Single;
avSampleWeights: array[0..15] of TD3DXVector4;
pSurfDest: IDirect3DSurface9;
desc: TD3DSurfaceDesc;
begin
Result := g_apTexBloom[1].GetSurfaceLevel(0, pSurfDest);
if FAILED(Result) then Exit;
Result := g_pTexBrightPass.GetLevelDesc(0, desc);
if FAILED(Result) then Exit;
{Result := }GetSampleOffsets_Bloom(desc.Width, afSampleOffsets, avSampleWeights, 3.0, 1.25);
for i := 0 to 15 do
avSampleOffsets[i] := D3DXVector2(afSampleOffsets[i], 0.0);
g_pEffect.SetTechnique('Bloom');
g_pEffect.SetValue('g_avSampleOffsets', @avSampleOffsets, SizeOf(avSampleOffsets));
g_pEffect.SetValue('g_avSampleWeights', @avSampleWeights, SizeOf(avSampleWeights));
g_pd3dDevice.SetRenderTarget(0, pSurfDest);
g_pd3dDevice.SetTexture(0, g_pTexBrightPass);
g_pd3dDevice.SetSamplerState(0, D3DSAMP_MINFILTER, D3DTEXF_POINT);
g_pd3dDevice.SetSamplerState(0, D3DSAMP_MAGFILTER, D3DTEXF_POINT);
g_pEffect._Begin(@uiPassCount, 0);
for iPass := 0 to uiPassCount - 1 do
begin
g_pEffect.BeginPass(iPass);
// Draw a fullscreen quad to sample the RT
DrawFullScreenQuad;
g_pEffect.EndPass;
end;
g_pEffect._End;
g_pd3dDevice.SetTexture(0, nil);
pSurfDest := nil;
Result := g_apTexBloom[0].GetSurfaceLevel(0, pSurfDest);
if FAILED(Result) then Exit;
Result := GetSampleOffsets_Bloom(desc.Height, afSampleOffsets, avSampleWeights, 3.0, 1.25);
for i:= 0 to 15 do
avSampleOffsets[i] := D3DXVector2(0.0, afSampleOffsets[i]);
g_pEffect.SetTechnique('Bloom');
g_pEffect.SetValue('g_avSampleOffsets', @avSampleOffsets, SizeOf(avSampleOffsets));
g_pEffect.SetValue('g_avSampleWeights', @avSampleWeights, SizeOf(avSampleWeights));
g_pd3dDevice.SetRenderTarget(0, pSurfDest);
g_pd3dDevice.SetTexture(0, g_apTexBloom[1]);
g_pd3dDevice.SetSamplerState(0, D3DSAMP_MINFILTER, D3DTEXF_POINT);
g_pd3dDevice.SetSamplerState(0, D3DSAMP_MAGFILTER, D3DTEXF_POINT);
g_pEffect._Begin(@uiPassCount, 0);
for iPass := 0 to uiPassCount - 1 do
begin
g_pEffect.BeginPass(iPass);
// Draw a fullscreen quad to sample the RT
DrawFullScreenQuad;
g_pEffect.EndPass;
end;
g_pEffect._End;
g_pd3dDevice.SetTexture(0, nil);
pSurfDest := nil;
end;
//-----------------------------------------------------------------------------
// Name: DrawFullScreenQuad
// Desc: Draw a properly aligned quad covering the entire render target
//-----------------------------------------------------------------------------
procedure DrawFullScreenQuad(fLeftU: Single = 0.0; fTopV: Single = 0.0; fRightU: Single = 1.0; fBottomV: Single = 1.0);
var
dtdsdRT: TD3DSurfaceDesc;
pSurfRT: IDirect3DSurface9;
fWidth5: Single;
fHeight5: Single;
svQuad: array[0..3] of TScreenVertex;
begin
// Acquire render target width and height
g_pd3dDevice.GetRenderTarget(0, pSurfRT);
pSurfRT.GetDesc(dtdsdRT);
pSurfRT := nil;
// Ensure that we're directly mapping texels to pixels by offset by 0.5
// For more info see the doc page titled "Directly Mapping Texels to Pixels"
fWidth5 := dtdsdRT.Width - 0.5;
fHeight5 := dtdsdRT.Height - 0.5;
// Draw the quad
svQuad[0].pos := D3DXVector4(-0.5, -0.5, 0.5, 1.0);
svQuad[0].tex := D3DXVector2(fLeftU, fTopV);
svQuad[1].pos := D3DXVector4(fWidth5, -0.5, 0.5, 1.0);
svQuad[1].tex := D3DXVector2(fRightU, fTopV);
svQuad[2].pos := D3DXVector4(-0.5, fHeight5, 0.5, 1.0);
svQuad[2].tex := D3DXVector2(fLeftU, fBottomV);
svQuad[3].pos := D3DXVector4(fWidth5, fHeight5, 0.5, 1.0);
svQuad[3].tex := D3DXVector2(fRightU, fBottomV);
g_pd3dDevice.SetRenderState(D3DRS_ZENABLE, iFalse);
g_pd3dDevice.SetFVF(TScreenVertex_FVF);
g_pd3dDevice.DrawPrimitiveUP(D3DPT_TRIANGLESTRIP, 2, svQuad, SizeOf(TScreenVertex));
g_pd3dDevice.SetRenderState(D3DRS_ZENABLE, iTrue);
end;
//-----------------------------------------------------------------------------
// Name: CreateEncodedTexture
// Desc: Create a copy of the input floating-point texture with RGBE8 or RGB16
// encoding
//-----------------------------------------------------------------------------
function CreateEncodedTexture(const pTexSrc: IDirect3DCubeTexture9; out ppTexDest: IDirect3DCubeTexture9; eTarget: TEncodingMode): HRESULT;
var
desc: TD3DSurfaceDesc;
fmt: TD3DFormat;
iFace: TD3DCubemapFaces;
rcSrc, rcDest: TD3DLockedRect;
pSrcBytes, pDestBytes: PByte;
x, y: LongWord;
pSrc: PD3DXFloat16;
pDest: PByte;
begin
Result:= pTexSrc.GetLevelDesc(0, desc);
if V_Failed(Result) then Exit;
// Create a texture with equal dimensions to store the encoded texture
case eTarget of
RGBE8: fmt := D3DFMT_A8R8G8B8;
RGB16: fmt := D3DFMT_A16B16G16R16;
else
fmt := D3DFMT_UNKNOWN;
end;
Result:= g_pd3dDevice.CreateCubeTexture(desc.Width, 1, 0,
fmt, D3DPOOL_MANAGED,
ppTexDest, nil);
if V_Failed(Result) then Exit;
for iFace := Low(iFace) to High(iFace) do
begin
// Lock the source texture for reading
Result:= pTexSrc.LockRect(iFace, 0, rcSrc, nil, D3DLOCK_READONLY);
if V_Failed(Result) then Exit;
// Lock the destination texture for writing
Result:= ppTexDest.LockRect(iFace, 0, rcDest, nil, 0);
if V_Failed(Result) then Exit;
pSrcBytes := PByte(rcSrc.pBits);
pDestBytes := PByte(rcDest.pBits);
for y := 0 to desc.Height - 1 do
begin
pSrc := PD3DXFloat16(pSrcBytes);
pDest := pDestBytes;
for x := 0 to desc.Width - 1 do
begin
case eTarget of
RGBE8: EncodeRGBE8(pSrc, pDest);
RGB16: EncodeRGB16(pSrc, pDest);
else
Result:= E_FAIL;
Exit;
end;
Inc(pSrc, 4);
end;
Inc(pSrcBytes, rcSrc.Pitch);
Inc(pDestBytes, rcDest.Pitch);
end;
// Release the locks
ppTexDest.UnlockRect(iFace, 0);
pTexSrc.UnlockRect(iFace, 0);
end;
Result:= S_OK;
end;
procedure CreateCustomDXUTobjects;
var
i: TEncodingMode;
begin
g_DialogResourceManager:= CDXUTDialogResourceManager.Create; // manager for shared resources of dialogs
g_SettingsDlg:= CD3DSettingsDlg.Create; // Device settings dialog
g_Camera := CModelViewerCamera.Create; // A model viewing camera
g_HUD := CDXUTDialog.Create; // dialog for standard controls
g_SampleUI := CDXUTDialog.Create; // dialog for sample specific controls
for i:= Low(i) to High(i) do g_aSkybox[i]:= CSkybox.Create;
end;
procedure DestroyCustomDXUTobjects;
var
i: TEncodingMode;
begin
FreeAndNil(g_DialogResourceManager);
FreeAndNil(g_SettingsDlg);
FreeAndNil(g_Camera);
FreeAndNil(g_HUD);
FreeAndNil(g_SampleUI);
for i:= Low(i) to High(i) do FreeAndNil(g_aSkybox[i]);
end;
end.
|
unit SHOptionsIntf;
interface
uses
SysUtils, Classes, Graphics, StdCtrls,
// SQLHammer
SHDesignIntf;
type
// System ->
ISHSystemOptions = interface(ISHComponentOptions)
['{8F0FFA69-1AC6-4132-BF3B-452EB24C2B7F}']
function GetStartBranch: Integer;
procedure SetStartBranch(Value: Integer);
function GetShowSplashWindow: Boolean;
procedure SetShowSplashWindow(Value: Boolean);
function GetUseWorkspaces: Boolean;
procedure SetUseWorkspaces(Value: Boolean);
function GetExternalDiffPath: string;
procedure SetExternalDiffPath(Value: string);
function GetExternalDiffParams: string;
procedure SetExternalDiffParams(Value: string);
function GetWarningOnExit: Boolean;
procedure SetWarningOnExit(Value: Boolean);
function GetLeftWidth: Integer;
procedure SetLeftWidth(Value: Integer);
function GetRightWidth: Integer;
procedure SetRightWidth(Value: Integer);
function GetIDE1Height: Integer;
procedure SetIDE1Height(Value: Integer);
function GetIDE2Height: Integer;
procedure SetIDE2Height(Value: Integer);
function GetIDE3Height: Integer;
procedure SetIDE3Height(Value: Integer);
function GetNavigatorLeft: Boolean;
procedure SetNavigatorLeft(Value: Boolean);
function GetToolboxTop: Boolean;
procedure SetToolboxTop(Value: Boolean);
function GetStartPage: Integer;
procedure SetStartPage(Value: Integer);
function GetMultilineMode: Boolean;
procedure SetMultilineMode(Value: Boolean);
function GetFilterMode: Boolean;
procedure SetFilterMode(Value: Boolean);
property ShowSplashWindow: Boolean read GetShowSplashWindow write SetShowSplashWindow;
property UseWorkspaces: Boolean read GetUseWorkspaces write SetUseWorkspaces;
property ExternalDiffPath: string read GetExternalDiffPath write SetExternalDiffPath;
property ExternalDiffParams: string read GetExternalDiffParams write SetExternalDiffParams;
property WarningOnExit: Boolean read GetWarningOnExit write SetWarningOnExit;
{Invisible}
property StartBranch: Integer read GetStartBranch write SetStartBranch;
property LeftWidth: Integer read GetLeftWidth write SetLeftWidth;
property RightWidth: Integer read GetRightWidth write SetRightWidth;
property IDE1Height: Integer read GetIDE1Height write SetIDE1Height;
property IDE2Height: Integer read GetIDE2Height write SetIDE2Height;
property IDE3Height: Integer read GetIDE3Height write SetIDE3Height;
property NavigatorLeft: Boolean read GetNavigatorLeft write SetNavigatorLeft;
property ToolboxTop: Boolean read GetToolboxTop write SetToolboxTop;
property StartPage: Integer read GetStartPage write SetStartPage;
property MultilineMode: Boolean read GetMultilineMode write SetMultilineMode;
property FilterMode: Boolean read GetFilterMode write SetFilterMode;
end;
// Editor ->
TSHEditorCaretType = (VerticalLine, HorizontalLine, HalfBlock, Block);
TSHEditorLinkOption = (SingleClick, CtrlClick, DblClick);
TSHEditorScrollHintFormat = (TopLineOnly, TopToBottom);
TSHEditorSelectionMode = (Normal, Line, Column);
ISHEditorOptions = interface;
ISHEditorGeneralOptions = interface(ISHComponentOptions)
['{8B111A9D-394D-4F8F-A014-BCA6D817BD61}']
function GetHideSelection: Boolean;
procedure SetHideSelection(Value: Boolean);
function GetUseHighlight: Boolean;
procedure SetUseHighlight(Value: Boolean);
function GetInsertCaret: TSHEditorCaretType;
procedure SetInsertCaret(Value: TSHEditorCaretType);
function GetInsertMode: Boolean;
procedure SetInsertMode(Value: Boolean);
function GetMaxLineWidth: Integer;
procedure SetMaxLineWidth(Value: Integer);
function GetMaxUndo: Integer;
procedure SetMaxUndo(Value: Integer);
function GetOpenLink: TSHEditorLinkOption;
procedure SetOpenLink(Value: TSHEditorLinkOption);
function GetOptions: ISHEditorOptions;
function GetOverwriteCaret: TSHEditorCaretType;
procedure SetOverwriteCaret(Value: TSHEditorCaretType);
function GetScrollHintFormat: TSHEditorScrollHintFormat;
procedure SetScrollHintFormat(Value: TSHEditorScrollHintFormat);
function GetScrollBars: TScrollStyle;
procedure SetScrollBars(Value: TScrollStyle);
function GetSelectionMode: TSHEditorSelectionMode;
procedure SetSelectionMode(Value: TSHEditorSelectionMode);
function GetTabWidth: Integer;
procedure SetTabWidth(Value: Integer);
function GetWantReturns: Boolean;
procedure SetWantReturns(Value: Boolean);
function GetWantTabs: Boolean;
procedure SetWantTabs(Value: Boolean);
function GetWordWrap: Boolean;
procedure SetWordWrap(Value: Boolean);
function GetOpenedFilesHistory: TStrings;
function GetFindTextHistory: TStrings;
function GetReplaceTextHistory: TStrings;
function GetLineNumberHistory: TStrings;
function GetDemoLines: TStrings;
function GetPromtOnReplace: Boolean;
procedure SetPromtOnReplace(Value: Boolean);
property HideSelection: Boolean read GetHideSelection write SetHideSelection;
property UseHighlight: Boolean read GetUseHighlight write SetUseHighlight;
property InsertCaret: TSHEditorCaretType read GetInsertCaret write SetInsertCaret;
property InsertMode: Boolean read GetInsertMode write SetInsertMode;
property MaxLineWidth: Integer read GetMaxLineWidth write SetMaxLineWidth;
property MaxUndo: Integer read GetMaxUndo write SetMaxUndo;
property OpenLink: TSHEditorLinkOption read GetOpenLink write SetOpenLink;
property Options: ISHEditorOptions read GetOptions;
property OverwriteCaret: TSHEditorCaretType read GetOverwriteCaret write SetOverwriteCaret;
property ScrollHintFormat: TSHEditorScrollHintFormat read GetScrollHintFormat write SetScrollHintFormat;
property ScrollBars: TScrollStyle read GetScrollBars write SetScrollBars;
property SelectionMode: TSHEditorSelectionMode read GetSelectionMode write SetSelectionMode;
property TabWidth: Integer read GetTabWidth write SetTabWidth;
property WantReturns: Boolean read GetWantReturns write SetWantReturns;
property WantTabs: Boolean read GetWantTabs write SetWantTabs;
property WordWrap: Boolean read GetWordWrap write SetWordWrap;
{ Invisible }
property OpenedFilesHistory: TStrings read GetOpenedFilesHistory;
property FindTextHistory: TStrings read GetFindTextHistory;
property ReplaceTextHistory: TStrings read GetReplaceTextHistory;
property LineNumberHistory: TStrings read GetLineNumberHistory;
property DemoLines: TStrings read GetDemoLines;
property PromtOnReplace: Boolean read GetPromtOnReplace write SetPromtOnReplace;
end;
ISHEditorOptions = interface
['{6C086418-9B91-4DD8-A9A8-8F8DCEAFA6E5}']
function GetAltSetsColumnMode: Boolean;
procedure SetAltSetsColumnMode(Value: Boolean);
function GetAutoIndent: Boolean;
procedure SetAutoIndent(Value: Boolean);
function GetAutoSizeMaxLeftChar: Boolean;
procedure SetAutoSizeMaxLeftChar(Value: Boolean);
function GetDisableScrollArrows: Boolean;
procedure SetDisableScrollArrows(Value: Boolean);
function GetDragDropEditing: Boolean;
procedure SetDragDropEditing(Value: Boolean);
function GetEnhanceHomeKey: Boolean;
procedure SetEnhanceHomeKey(Value: Boolean);
function GetGroupUndo: Boolean;
procedure SetGroupUndo(Value: Boolean);
function GetHalfPageScroll: Boolean;
procedure SetHalfPageScroll(Value: Boolean);
function GetHideShowScrollbars: Boolean;
procedure SetHideShowScrollbars(Value: Boolean);
function GetKeepCaretX: Boolean;
procedure SetKeepCaretX(Value: Boolean);
function GetNoCaret: Boolean;
procedure SetNoCaret(Value: Boolean);
function GetNoSelection: Boolean;
procedure SetNoSelection(Value: Boolean);
function GetScrollByOneLess: Boolean;
procedure SetScrollByOneLess(Value: Boolean);
function GetScrollHintFollows: Boolean;
procedure SetScrollHintFollows(Value: Boolean);
function GetScrollPastEof: Boolean;
procedure SetScrollPastEof(Value: Boolean);
function GetScrollPastEol: Boolean;
procedure SetScrollPastEol(Value: Boolean);
function GetShowScrollHint: Boolean;
procedure SetShowScrollHint(Value: Boolean);
function GetSmartTabDelete: Boolean;
procedure SetSmartTabDelete(Value: Boolean);
function GetSmartTabs: Boolean;
procedure SetSmartTabs(Value: Boolean);
function GetTabIndent: Boolean;
procedure SetTabIndent(Value: Boolean);
function GetTabsToSpaces: Boolean;
procedure SetTabsToSpaces(Value: Boolean);
function GetTrimTrailingSpaces: Boolean;
procedure SetTrimTrailingSpaces(Value: Boolean);
property AltSetsColumnMode: Boolean read GetAltSetsColumnMode write SetAltSetsColumnMode;
property AutoIndent: Boolean read GetAutoIndent write SetAutoIndent;
property AutoSizeMaxLeftChar: Boolean read GetAutoSizeMaxLeftChar write SetAutoSizeMaxLeftChar;
property DisableScrollArrows: Boolean read GetDisableScrollArrows write SetDisableScrollArrows;
property DragDropEditing: Boolean read GetDragDropEditing write SetDragDropEditing;
property EnhanceHomeKey: Boolean read GetEnhanceHomeKey write SetEnhanceHomeKey;
property GroupUndo: Boolean read GetGroupUndo write SetGroupUndo;
property HalfPageScroll: Boolean read GetHalfPageScroll write SetHalfPageScroll;
property HideShowScrollbars: Boolean read GetHideShowScrollbars write SetHideShowScrollbars;
property KeepCaretX: Boolean read GetKeepCaretX write SetKeepCaretX;
property NoCaret: Boolean read GetNoCaret write SetNoCaret;
property NoSelection: Boolean read GetNoSelection write SetNoSelection;
property ScrollByOneLess: Boolean read GetScrollByOneLess write SetScrollByOneLess;
property ScrollHintFollows: Boolean read GetScrollHintFollows write SetScrollHintFollows;
property ScrollPastEof: Boolean read GetScrollPastEof write SetScrollPastEof;
property ScrollPastEol: Boolean read GetScrollPastEol write SetScrollPastEol;
property ShowScrollHint: Boolean read GetShowScrollHint write SetShowScrollHint;
property SmartTabDelete: Boolean read GetSmartTabDelete write SetSmartTabDelete;
property SmartTabs: Boolean read GetSmartTabs write SetSmartTabs;
property TabIndent: Boolean read GetTabIndent write SetTabIndent;
property TabsToSpaces: Boolean read GetTabsToSpaces write SetTabsToSpaces;
property TrimTrailingSpaces: Boolean read GetTrimTrailingSpaces write SetTrimTrailingSpaces;
end;
ISHEditorGutter = interface;
ISHEditorMargin = interface;
ISHEditorDisplayOptions = interface(ISHComponentOptions)
['{B0C98531-C37F-4A62-8690-1AD57607858B}']
function GetFont: TFont;
procedure SetFont(Value: TFont);
function GetGutter: ISHEditorGutter;
function GetMargin: ISHEditorMargin;
property Font: TFont read GetFont write SetFont;
property Gutter: ISHEditorGutter read GetGutter;
property Margin: ISHEditorMargin read GetMargin;
end;
ISHEditorGutter = interface
['{50E59981-2292-457B-8A25-81E4D6C733D1}']
function GetAutoSize: Boolean;
procedure SetAutoSize(Value: Boolean);
function GetDigitCount: Integer;
procedure SetDigitCount(Value: Integer);
function GetFont: TFont;
procedure SetFont(Value: TFont);
function GetLeadingZeros: Boolean;
procedure SetLeadingZeros(Value: Boolean);
function GetLeftOffset: Integer;
procedure SetLeftOffset(Value: Integer);
function GetRightOffset: Integer;
procedure SetRightOffset(Value: Integer);
function GetShowLineNumbers: Boolean;
procedure SetShowLineNumbers(Value: Boolean);
function GetUseFontStyle: Boolean;
procedure SetUseFontStyle(Value: Boolean);
function GetVisible: Boolean;
procedure SetVisible(Value: Boolean);
function GetWidth: Integer;
procedure SetWidth(Value: Integer);
function GetZeroStart: Boolean;
procedure SetZeroStart(Value: Boolean);
property AutoSize: Boolean read GetAutoSize write SetAutoSize;
property DigitCount: Integer read GetDigitCount write SetDigitCount;
property Font: TFont read GetFont write SetFont;
property LeadingZeros: Boolean read GetLeadingZeros write SetLeadingZeros;
property LeftOffset: Integer read GetLeftOffset write SetLeftOffset;
property RightOffset: Integer read GetRightOffset write SetRightOffset;
property ShowLineNumbers: Boolean read GetShowLineNumbers write SetShowLineNumbers;
property UseFontStyle: Boolean read GetUseFontStyle write SetUseFontStyle;
property Visible: Boolean read GetVisible write SetVisible;
property Width: Integer read GetWidth write SetWidth;
property ZeroStart: Boolean read GetZeroStart write SetZeroStart;
end;
ISHEditorMargin = interface
['{923EEB68-AF96-4099-8429-6C5B018E2A83}']
function GetRightEdgeVisible: Boolean;
procedure SetRightEdgeVisible(Value: Boolean);
function GetRightEdgeWidth: Integer;
procedure SetRightEdgeWidth(Value: Integer);
function GetBottomEdgeVisible: Boolean;
procedure SetBottomEdgeVisible(Value: Boolean);
property RightEdgeVisible: Boolean read GetRightEdgeVisible write SetRightEdgeVisible;
property RightEdgeWidth: Integer read GetRightEdgeWidth write SetRightEdgeWidth;
property BottomEdgeVisible: Boolean read GetBottomEdgeVisible write SetBottomEdgeVisible;
end;
ISHEditorColor = interface;
ISHEditorColorAttr = interface;
ISHEditorColorOptions = interface(ISHComponentOptions)
['{58B3B67F-C65F-4404-A74F-6F82F4F18F86}']
function GetBackground: TColor;
procedure SetBackground(Value: TColor);
function GetGutter: TColor;
procedure SetGutter(Value: TColor);
function GetRightEdge: TColor;
procedure SetRightEdge(Value: TColor);
function GetBottomEdge: TColor;
procedure SetBottomEdge(Value: TColor);
function GetCurrentLine: TColor;
procedure SetCurrentLine(Value: TColor);
function GetErrorLine: TColor;
procedure SetErrorLine(Value: TColor);
function GetScrollHint: TColor;
procedure SetScrollHint(Value: TColor);
function GetSelected: ISHEditorColor;
function GetCommentAttr: ISHEditorColorAttr;
function GetCustomStringAttr: ISHEditorColorAttr;
function GetDataTypeAttr: ISHEditorColorAttr;
function GetIdentifierAttr: ISHEditorColorAttr;
function GetFunctionAttr: ISHEditorColorAttr;
function GetLinkAttr: ISHEditorColorAttr;
function GetNumberAttr: ISHEditorColorAttr;
function GetSQLKeywordAttr: ISHEditorColorAttr;
function GetStringAttr: ISHEditorColorAttr;
function GetStringDblQuotedAttr: ISHEditorColorAttr;
function GetSymbolAttr: ISHEditorColorAttr;
function GetVariableAttr: ISHEditorColorAttr;
function GetWrongSymbolAttr: ISHEditorColorAttr;
property Background: TColor read GetBackground write SetBackground;
property Gutter: TColor read GetGutter write SetGutter;
property RightEdge: TColor read GetRightEdge write SetRightEdge;
property BottomEdge: TColor read GetBottomEdge write SetBottomEdge;
property CurrentLine: TColor read GetCurrentLine write SetCurrentLine;
property ErrorLine: TColor read GetErrorLine write SetErrorLine;
property ScrollHint: TColor read GetScrollHint write SetScrollHint;
property Selected: ISHEditorColor read GetSelected;
property CommentAttr: ISHEditorColorAttr read GetCommentAttr;
property CustomStringAttr: ISHEditorColorAttr read GetCustomStringAttr;
property DataTypeAttr: ISHEditorColorAttr read GetDataTypeAttr;
property IdentifierAttr: ISHEditorColorAttr read GetIdentifierAttr;
property FunctionAttr: ISHEditorColorAttr read GetFunctionAttr;
property LinkAttr: ISHEditorColorAttr read GetLinkAttr;
property NumberAttr: ISHEditorColorAttr read GetNumberAttr;
property SQLKeywordAttr: ISHEditorColorAttr read GetSQLKeywordAttr;
property StringAttr: ISHEditorColorAttr read GetStringAttr;
property StringDblQuotedAttr: ISHEditorColorAttr read GetStringDblQuotedAttr;
property SymbolAttr: ISHEditorColorAttr read GetSymbolAttr;
property VariableAttr: ISHEditorColorAttr read GetVariableAttr;
property WrongSymbolAttr: ISHEditorColorAttr read GetWrongSymbolAttr;
end;
ISHEditorColor = interface
['{7D4BFE88-C414-4A8F-A903-D4DE6623EBE6}']
function GetForeground: TColor;
procedure SetForeground(Value: TColor);
function GetBackground: TColor;
procedure SetBackground(Value: TColor);
property Foreground: TColor read GetForeground write SetForeground;
property Background: TColor read GetBackground write SetBackground;
end;
ISHEditorColorAttr = interface(ISHEditorColor)
['{13D4A45B-151D-4B5A-896F-B5DBBAAB3AB7}']
function GetStyle: TFontStyles;
procedure SetStyle(Value: TFontStyles);
property Style: TFontStyles read GetStyle write SetStyle;
end;
TSHEditorCaseCode = (Lower, Upper, NameCase, FirstUpper, None, Invert, Toggle);
ISHEditorCodeInsightOptions = interface(ISHComponentOptions)
['{5ED7677A-0ACA-4718-A15C-E95C0228A9B6}']
function GetCodeCompletion: Boolean;
procedure SetCodeCompletion(Value: Boolean);
function GetCodeParameters: Boolean;
procedure SetCodeParameters(Value: Boolean);
function GetCaseCode: TSHEditorCaseCode;
procedure SetCaseCode(Value: TSHEditorCaseCode);
function GetCaseSQLKeywords: TSHEditorCaseCode;
procedure SetCaseSQLKeywords(Value: TSHEditorCaseCode);
function GetCustomStrings: TStrings;
function GetDelay: Integer;
procedure SetDelay(Value: Integer);
function GetWindowLineCount: Integer;
procedure SetWindowLineCount(Value: Integer);
function GetWindowWidth: Integer;
procedure SetWindowWidth(Value: Integer);
property CodeCompletion: Boolean read GetCodeCompletion write SetCodeCompletion;
property CodeParameters: Boolean read GetCodeParameters write SetCodeParameters;
property CaseCode: TSHEditorCaseCode read GetCaseCode write SetCaseCode;
property CaseSQLKeywords: TSHEditorCaseCode read GetCaseSQLKeywords write SetCaseSQLKeywords;
property CustomStrings: TStrings read GetCustomStrings;
property Delay: Integer read GetDelay write SetDelay;
{ Invisible }
property WindowLineCount: Integer read GetWindowLineCount write SetWindowLineCount;
property WindowWidth: Integer read GetWindowWidth write SetWindowWidth;
end;
IEditorCodeInsightOptionsExt =interface
['{26AA3F44-F109-486B-BAC7-D152CA3F07B8}']
function GetShowBeginEndRegions:boolean;
procedure SetShowBeginEndRegions(const Value:boolean);
end;
// DBGrid ->
ISHDBGridAllowedOperations = interface;
ISHDBGridAllowedSelections = interface;
ISHDBGridScrollBar = interface;
ISHDBGridOptions = interface;
ISHDBGridGeneralOptions = interface(ISHComponentOptions)
['{40F3DF8D-976B-4840-B8D7-1F1A4A711E63}']
function GetAllowedOperations: ISHDBGridAllowedOperations;
function GetAllowedSelections: ISHDBGridAllowedSelections;
function GetAutoFitColWidths: Boolean;
procedure SetAutoFitColWidths(Value: Boolean);
function GetDrawMemoText: Boolean;
procedure SetDrawMemoText(Value: Boolean);
function GetFrozenCols: Integer;
procedure SetFrozenCols(Value: Integer);
function GetHorzScrollBar: ISHDBGridScrollBar;
function GetMinAutoFitWidth: Integer;
procedure SetMinAutoFitWidth(Value: Integer);
function GetOptions: ISHDBGridOptions;
function GetRowHeight: Integer;
procedure SetRowHeight(Value: Integer);
function GetRowLines: Integer;
procedure SetRowLines(Value: Integer);
function GetRowSizingAllowed: Boolean;
procedure SetRowSizingAllowed(Value: Boolean);
function GetTitleHeight: Integer;
procedure SetTitleHeight(Value: Integer);
function GetToolTips: Boolean;
procedure SetToolTips(Value: Boolean);
function GetVertScrollBar: ISHDBGridScrollBar;
property AllowedOperations: ISHDBGridAllowedOperations read GetAllowedOperations;
property AllowedSelections: ISHDBGridAllowedSelections read GetAllowedSelections;
property AutoFitColWidths: Boolean read GetAutoFitColWidths write SetAutoFitColWidths;
property DrawMemoText: Boolean read GetDrawMemoText write SetDrawMemoText;
property FrozenCols: Integer read GetFrozenCols write SetFrozenCols;
property HorzScrollBar: ISHDBGridScrollBar read GetHorzScrollBar;
property MinAutoFitWidth: Integer read GetMinAutoFitWidth write SetMinAutoFitWidth;
property Options: ISHDBGridOptions read GetOptions;
property RowHeight: Integer read GetRowHeight write SetRowHeight;
property RowLines: Integer read GetRowLines write SetRowLines;
property RowSizingAllowed: Boolean read GetRowSizingAllowed write SetRowSizingAllowed;
property TitleHeight: Integer read GetTitleHeight write SetTitleHeight;
property ToolTips: Boolean read GetToolTips write SetToolTips;
property VertScrollBar: ISHDBGridScrollBar read GetVertScrollBar;
end;
ISHDBGridAllowedOperations = interface
['{31B0A303-BEB1-4A27-9AAD-5B526B2C8498}']
function GetInsert: Boolean;
procedure SetInsert(Value: Boolean);
function GetUpdate: Boolean;
procedure SetUpdate(Value: Boolean);
function GetDelete: Boolean;
procedure SetDelete(Value: Boolean);
function GetAppend: Boolean;
procedure SetAppend(Value: Boolean);
property Insert: Boolean read GetInsert write SetInsert;
property Update: Boolean read GetUpdate write SetUpdate;
property Delete: Boolean read GetDelete write SetDelete;
property Append: Boolean read GetAppend write SetAppend;
end;
ISHDBGridAllowedSelections = interface
['{A6FB56C7-E843-484F-B555-2FA61AAD9030}']
function GetRecordBookmarks: Boolean;
procedure SetRecordBookmarks(Value: Boolean);
function GetRectangle: Boolean;
procedure SetRectangle(Value: Boolean);
function GetColumns: Boolean;
procedure SetColumns(Value: Boolean);
function GetAll: Boolean;
procedure SetAll(Value: Boolean);
property RecordBookmarks: Boolean read GetRecordBookmarks write SetRecordBookmarks;
property Rectangle: Boolean read GetRectangle write SetRectangle;
property Columns: Boolean read GetColumns write SetColumns;
property All: Boolean read GetAll write SetAll;
end;
TSHDBGridScrollBarVisibleMode = (Always, Never, Auto);
ISHDBGridScrollBar = interface
['{2D9E677A-DBAC-4032-AA56-9698F4CD0C85}']
function GetTracking: Boolean;
procedure SetTracking(Value: Boolean);
function GetVisible: Boolean;
procedure SetVisible(Value: Boolean);
function GetVisibleMode: TSHDBGridScrollBarVisibleMode;
procedure SetVisibleMode(Value: TSHDBGridScrollBarVisibleMode);
property Tracking: Boolean read GetTracking write SetTracking;
property Visible: Boolean read GetVisible write SetVisible;
property VisibleMode: TSHDBGridScrollBarVisibleMode read GetVisibleMode write SetVisibleMode;
end;
ISHDBGridOptions = interface
['{C7181E03-C0BC-4BE5-BAAB-794FC10366E8}']
function GetAlwaysShowEditor: Boolean;
procedure SetAlwaysShowEditor(Value: Boolean);
function GetAlwaysShowSelection: Boolean;
procedure SetAlwaysShowSelection(Value: Boolean);
function GetCancelOnExit: Boolean;
procedure SetCancelOnExit(Value: Boolean);
function GetClearSelection: Boolean;
procedure SetClearSelection(Value: Boolean);
function GetColLines: Boolean;
procedure SetColLines(Value: Boolean);
function GetColumnResize: Boolean;
procedure SetColumnResize(Value: Boolean);
function GetConfirmDelete: Boolean;
procedure SetConfirmDelete(Value: Boolean);
function GetData3D: Boolean;
procedure SetData3D(Value: Boolean);
function GetEditing: Boolean;
procedure SetEditing(Value: Boolean);
function GetEnterAsTab: Boolean;
procedure SetEnterAsTab(Value: Boolean);
function GetIncSearch: Boolean;
procedure SetIncSearch(Value: Boolean);
function GetIndicator: Boolean;
procedure SetIndicator(Value: Boolean);
function GetFitRowHeightToText: Boolean;
procedure SetFitRowHeightToText(Value: Boolean);
function GetFixed3D: Boolean;
procedure SetFixed3D(Value: Boolean);
function GetFrozen3D: Boolean;
procedure SetFrozen3D(Value: Boolean);
function GetHighlightFocus: Boolean;
procedure SetHighlightFocus(Value: Boolean);
function GetMultiSelect: Boolean;
procedure SetMultiSelect(Value: Boolean);
function GetPreferIncSearch: Boolean;
procedure SetPreferIncSearch(Value: Boolean);
function GetResizeWholeRightPart: Boolean;
procedure SetResizeWholeRightPart(Value: Boolean);
function GetRowHighlight: Boolean;
procedure SetRowHighlight(Value: Boolean);
function GetRowLines: Boolean;
procedure SetRowLines(Value: Boolean);
function GetRowSelect: Boolean;
procedure SetRowSelect(Value: Boolean);
function GetTabs: Boolean;
procedure SetTabs(Value: Boolean);
function GetTitles: Boolean;
procedure SetTitles(Value: Boolean);
function GetTraceColSizing: Boolean;
procedure SetTraceColSizing(Value: Boolean);
property AlwaysShowEditor: Boolean read GetAlwaysShowEditor write SetAlwaysShowEditor;
property AlwaysShowSelection: Boolean read GetAlwaysShowSelection write SetAlwaysShowSelection;
property CancelOnExit: Boolean read GetCancelOnExit write SetCancelOnExit;
property ClearSelection: Boolean read GetClearSelection write SetClearSelection;
property ColLines: Boolean read GetColLines write SetColLines;
property ColumnResize: Boolean read GetColumnResize write SetColumnResize;
property ConfirmDelete: Boolean read GetConfirmDelete write SetConfirmDelete;
property Data3D: Boolean read GetData3D write SetData3D;
property Editing: Boolean read GetEditing write SetEditing;
property EnterAsTab: Boolean read GetEnterAsTab write SetEnterAsTab;
property IncSearch: Boolean read GetIncSearch write SetIncSearch;
property Indicator: Boolean read GetIndicator write SetIndicator;
property FitRowHeightToText: Boolean read GetFitRowHeightToText write SetFitRowHeightToText;
property Fixed3D: Boolean read GetFixed3D write SetFixed3D;
property Frozen3D: Boolean read GetFrozen3D write SetFrozen3D;
property HighlightFocus: Boolean read GetHighlightFocus write SetHighlightFocus;
property MultiSelect: Boolean read GetMultiSelect write SetMultiSelect;
property PreferIncSearch: Boolean read GetPreferIncSearch write SetPreferIncSearch;
property ResizeWholeRightPart: Boolean read GetResizeWholeRightPart write SetResizeWholeRightPart;
property RowHighlight: Boolean read GetRowHighlight write SetRowHighlight;
property RowLines: Boolean read GetRowLines write SetRowLines;
property RowSelect: Boolean read GetRowSelect write SetRowSelect;
property Tabs: Boolean read GetTabs write SetTabs;
property Titles: Boolean read GetTitles write SetTitles;
property TraceColSizing: Boolean read GetTraceColSizing write SetTraceColSizing;
end;
ISHDBGridDisplayOptions = interface(ISHComponentOptions)
['{15BC2CAB-7B77-4568-B2E3-A9072B32B479}']
function GetLuminateSelection: Boolean;
procedure SetLuminateSelection(Value: Boolean);
function GetStriped: Boolean;
procedure SetStriped(Value: Boolean);
function GetFont: TFont;
procedure SetFont(Value: TFont);
function GetTitleFont: TFont;
procedure SetTitleFont(Value: TFont);
property LuminateSelection: Boolean read GetLuminateSelection write SetLuminateSelection;
property Striped: Boolean read GetStriped write SetStriped;
property Font: TFont read GetFont write SetFont;
property TitleFont: TFont read GetTitleFont write SetTitleFont;
end;
ISHDBGridColorOptions = interface(ISHComponentOptions)
['{DE1AB5C8-B795-4A32-9B15-B489363AABCC}']
function GetBackground: TColor;
procedure SetBackground(Value: TColor);
function GetFixed: TColor;
procedure SetFixed(Value: TColor);
function GetCurrentRow: TColor;
procedure SetCurrentRow(Value: TColor);
function GetOddRow: TColor;
procedure SetOddRow(Value: TColor);
function GetNullValue: TColor;
procedure SetNullValue(Value: TColor);
property Background: TColor read GetBackground write SetBackground;
property Fixed: TColor read GetFixed write SetFixed;
property CurrentRow: TColor read GetCurrentRow write SetCurrentRow;
property OddRow: TColor read GetOddRow write SetOddRow;
property NullValue: TColor read GetNullValue write SetNullValue;
end;
ISHDBGridDisplayFormats = interface;
ISHDBGridEditFormats = interface;
ISHDBGridFormatOptions = interface(ISHComponentOptions)
['{ADEE178C-054C-444A-9F40-A03141DB7CB5}']
function GetDisplayFormats: ISHDBGridDisplayFormats;
function GetEditFormats: ISHDBGridEditFormats;
property DisplayFormats: ISHDBGridDisplayFormats read GetDisplayFormats;
property EditFormats: ISHDBGridEditFormats read GetEditFormats;
end;
ISHDBGridDisplayFormats = interface
['{BBBFC0A3-C87D-44E5-972A-695FADCFC918}']
function GetStringFieldWidth: Integer;
procedure SetStringFieldWidth(Value: Integer);
function GetIntegerField: string;
procedure SetIntegerField(Value: string);
function GetFloatField: string;
procedure SetFloatField(Value: string);
function GetDateTimeField: string;
procedure SetDateTimeField(Value: string);
function GetDateField: string;
procedure SetDateField(Value: string);
function GetTimeField: string;
procedure SetTimeField(Value: string);
function GetNullValue: string;
procedure SetNullValue(Value: string);
property StringFieldWidth: Integer read GetStringFieldWidth write SetStringFieldWidth;
property IntegerField: string read GetIntegerField write SetIntegerField;
property FloatField: string read GetFloatField write SetFloatField;
property DateTimeField: string read GetDateTimeField write SetDateTimeField;
property DateField: string read GetDateField write SetDateField;
property TimeField: string read GetTimeField write SetTimeField;
property NullValue: string read GetNullValue write SetNullValue;
end;
ISHDBGridEditFormats = interface
['{0A2C1361-1901-47DE-B1B7-567409F69B5F}']
function GetIntegerField: string;
procedure SetIntegerField(Value: string);
function GetFloatField: string;
procedure SetFloatField(Value: string);
property IntegerField: string read GetIntegerField write SetIntegerField;
property FloatField: string read GetFloatField write SetFloatField;
end;
implementation
end.
|
unit CCJS_PartsPosition;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, ExtCtrls, DB, ADODB, ActnList, Grids, DBGrids;
type
TfrmCCJS_PartsPosition = class(TForm)
pnlTop: TPanel;
pnlTop_Order: TPanel;
pnlTop_Price: TPanel;
pnlTop_Client: TPanel;
dsParts: TDataSource;
qrspJSOParts: TADOStoredProc;
pnlTop_ArtCode: TPanel;
pnlTop_ArtName: TPanel;
ActionMain: TActionList;
aMain_Exit: TAction;
pnlGrid: TPanel;
DBGrid: TDBGrid;
pnlControl: TPanel;
pnlControl_Show: TPanel;
pnlControl_Tool: TPanel;
procedure FormCreate(Sender: TObject);
procedure FormActivate(Sender: TObject);
procedure aMain_ExitExecute(Sender: TObject);
procedure dsPartsDataChange(Sender: TObject; Field: TField);
private
{ Private declarations }
ISignActive : integer;
ModeParts : integer;
OrderID : integer; { Номер интернет-заказа или звонка}
NRN : integer; { Родительская ссылка }
NUSER : integer;
OrderPrice : real;
OrderClient : string;
ArtCode : integer;
ArtName : string;
qrspADO : TADOStoredProc;
procedure ShowGets;
procedure ExecCondition(QRSP : TADOStoredProc);
procedure CreateCondition(QRSP : TADOStoredProc);
public
{ Public declarations }
procedure SetModeParts(Mode : integer);
procedure SetOrder(Order : integer);
procedure SetRN(RN : integer);
procedure SetPrice(Price : real);
procedure SetClient(Client : string);
procedure SetUser(IDUSER : integer);
procedure SetArtCode(Code : integer);
procedure SetArtName(Name : string);
end;
const
cFModeParts_JSO = 0; { Журнал интернет-заказов }
var
frmCCJS_PartsPosition: TfrmCCJS_PartsPosition;
implementation
uses
Util,
UMain, UCCenterJournalNetZkz;
{$R *.dfm}
procedure TfrmCCJS_PartsPosition.FormCreate(Sender: TObject);
begin
ISignActive := 0;
end;
procedure TfrmCCJS_PartsPosition.FormActivate(Sender: TObject);
var
SCaption : string;
begin
if ISignActive = 0 then begin
{ Иконка окна }
FCCenterJournalNetZkz.imgMain.GetIcon(183,self.Icon);
{ Отображаем реквизиты заказа }
SCaption := 'Заказ № ' + VarToStr(OrderID);
pnlTop_Order.Caption := SCaption; pnlTop_Order.Width := TextPixWidth(SCaption, pnlTop_Order.Font) + 20;
SCaption := 'Сумма ' + VarToStr(OrderPrice);
pnlTop_Price.Caption := SCaption; pnlTop_Price.Width := TextPixWidth(SCaption, pnlTop_Price.Font) + 20;
SCaption := OrderClient;
pnlTop_Client.Caption := SCaption; pnlTop_Client.Width := TextPixWidth(SCaption, pnlTop_Client.Font) + 20;
SCaption := 'АртКод ' + VarToStr(ArtCode);
pnlTop_ArtCode.Caption := SCaption; pnlTop_ArtCode.Width := TextPixWidth(SCaption, pnlTop_ArtCode.Font) + 20;
SCaption := ArtName;
pnlTop_ArtName.Caption := SCaption; pnlTop_ArtName.Width := TextPixWidth(SCaption, pnlTop_ArtName.Font) + 20;
ISignActive := 1;
{ Подставляем набор данных }
case ModeParts of
cFModeParts_JSO: begin
self.Caption := 'Интернет заказы. Товар по частям';
dsParts.DataSet := qrspJSOParts;
qrspADO := qrspJSOParts;
ExecCondition(qrspADO);
end;
end;
end;
end;
procedure TfrmCCJS_PartsPosition.ShowGets;
var
SCaption : string;
begin
if ISignActive = 1 then begin
SCaption := 'В одном чеке не может быть больше ' + DBGrid.DataSource.DataSet.FieldByName('NCheckKol').AsString + ' шт.';
pnlControl_Show.Caption := SCaption; pnlControl_Show.Width := TextPixWidth(SCaption, pnlControl_Show.Font) + 20
end;
end;
procedure TfrmCCJS_PartsPosition.SetModeParts(Mode : integer);
begin
ModeParts := Mode;
end;
procedure TfrmCCJS_PartsPosition.SetOrder(Order : integer);
begin
OrderID := Order;
end;
procedure TfrmCCJS_PartsPosition.SetRN(RN : integer);
begin
NRN := RN;
end;
procedure TfrmCCJS_PartsPosition.SetPrice(Price : real);
begin
OrderPrice := Price;
end;
procedure TfrmCCJS_PartsPosition.SetClient(Client : string);
begin
OrderClient := Client;
end;
procedure TfrmCCJS_PartsPosition.SetUser(IDUSER : integer);
begin
NUSER := IDUSER;
end;
procedure TfrmCCJS_PartsPosition.SetArtCode(Code : integer);
begin
ArtCode := Code;
end;
procedure TfrmCCJS_PartsPosition.SetArtName(Name : string);
begin
ArtName := Name;
end;
procedure TfrmCCJS_PartsPosition.ExecCondition(QRSP : TADOStoredProc);
var
RNOrderID: Integer;
begin
if not QRSP.IsEmpty then RNOrderID := QRSP.FieldByName('NRN').AsInteger else RNOrderID := -1;
if QRSP.Active then QRSP.Active := false;
CreateCondition(QRSP);
QRSP.Active := true;
QRSP.Locate('NRN', RNOrderID, []);
ShowGets;
end;
procedure TfrmCCJS_PartsPosition.CreateCondition(QRSP : TADOStoredProc);
begin
QRSP.Parameters.ParamValues['@NRN'] := NRN;
end;
procedure TfrmCCJS_PartsPosition.aMain_ExitExecute(Sender: TObject);
begin
Self.Close;
end;
procedure TfrmCCJS_PartsPosition.dsPartsDataChange(Sender: TObject; Field: TField);
begin
ShowGets;
end;
end.
|
program SmallestPrimeFactor;
uses
SysUtils;
function IsPrime(Prime: Integer): Boolean;
// Determine if a number is prime by brute force.
// Test if any number from 2 up to a half of it is a factor.
// If a factor exists it is prime.
var
Factor: Integer;
begin
IsPrime := True;
for Factor := 2 to Integer(Prime DIV 2) do
if (Prime MOD Factor) = 0 then
IsPrime := False;
end;
var
Number: Integer;
PrimeFactor: Integer = 2; // 2 is smallest prime
begin
Write('Please enter a positive integer: ');
Read(Number);
if (Number = 1) or (Number = -1) then
begin
// All prime numbers are, by definition, greater than one.
// So 1 and -1 do not have any prime factors.
Writeln('Smallest Prime Factor: N/A');
// Exit here to not run into factor finding code.
// As no prime factors of 1 or -1 exist.
Readln();
Exit();
end;
while (Number MOD PrimeFactor) <> 0 do
// While prime is not factor of number.
begin
// Get next prime.
PrimeFactor := PrimeFactor + 1;
while not IsPrime(PrimeFactor) do
PrimeFactor := PrimeFactor + 1;
end;
Writeln('Smallest Prime Factor: ', PrimeFactor);
Readln
end.
|
{-------------------------------------------------------------------------------
The contents of this file are subject to the Mozilla Public License
Version 1.1 (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.mozilla.org/MPL/
Software distributed under the License is distributed on an "AS IS" basis,
WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for
the specific language governing rights and limitations under the License.
The Original Code is: uHighlighterProcs.pas, released 2000-06-23.
The Initial Author of the Original Code is Michael Hieke.
All Rights Reserved.
Contributors to the SynEdit project are listed in the Contributors.txt file.
Alternatively, the contents of this file may be used under the terms of the
GNU General Public License Version 2 or later (the "GPL"), in which case
the provisions of the GPL are applicable instead of those above.
If you wish to allow use of your version of this file only under the terms
of the GPL and not to allow others to use your version of this file
under the MPL, indicate your decision by deleting the provisions above and
replace them with the notice and other provisions required by the GPL.
If you do not delete the provisions above, a recipient may use your version
of this file under either the MPL or the GPL.
$Id: uHighlighterProcs.pas,v 1.3 2002/06/15 06:57:24 etrusco Exp $
You may retrieve the latest version of this file at the SynEdit home page,
located at http://SynEdit.SourceForge.net
Known Issues:
-------------------------------------------------------------------------------}
unit uHighlighterProcs;
interface
uses
Classes, SynEditHighlighter;
procedure GetHighlighters(AOwner: TComponent; AHighlighters: TStrings;
AppendToList: boolean);
function GetHighlightersFilter(AHighlighters: TStrings): string;
function GetHighlighterFromFileExt(AHighlighters: TStrings;
Extension: string): TSynCustomHighlighter;
function GetHighlighterFromLanguageName(LanguageName : String;
AHighlighters: TStrings) : TSynCustomHighlighter;
implementation
uses
SysUtils;
procedure GetHighlighters(AOwner: TComponent; AHighlighters: TStrings;
AppendToList: boolean);
var
i: integer;
Highlighter: TSynCustomHighlighter;
begin
if Assigned(AOwner) and Assigned(AHighlighters) then begin
if not AppendToList then
AHighlighters.Clear;
for i := AOwner.ComponentCount - 1 downto 0 do begin
if not (AOwner.Components[i] is TSynCustomHighlighter) then
continue;
Highlighter := AOwner.Components[i] as TSynCustomHighlighter;
// only one highlighter for each language
if AHighlighters.IndexOf(Highlighter.GetLanguageName) = -1 then
AHighlighters.AddObject(Highlighter.GetLanguageName, Highlighter);
end;
end;
end;
function GetHighlightersFilter(AHighlighters: TStrings): string;
var
i: integer;
Highlighter: TSynCustomHighlighter;
begin
Result := '';
if Assigned(AHighlighters) then
for i := 0 to AHighlighters.Count - 1 do begin
if not (AHighlighters.Objects[i] is TSynCustomHighlighter) then
continue;
Highlighter := TSynCustomHighlighter(AHighlighters.Objects[i]);
if Highlighter.DefaultFilter = '' then
continue;
Result := Result + Highlighter.DefaultFilter;
if Result[Length(Result)] <> '|' then
Result := Result + '|';
end;
end;
function GetHighlighterFromFileExt(AHighlighters: TStrings;
Extension: string): TSynCustomHighlighter;
var
ExtLen: integer;
i, j: integer;
Highlighter: TSynCustomHighlighter;
Filter: string;
begin
Extension := LowerCase(Extension);
ExtLen := Length(Extension);
if Assigned(AHighlighters) and (ExtLen > 0) then begin
for i := 0 to AHighlighters.Count - 1 do begin
if not (AHighlighters.Objects[i] is TSynCustomHighlighter) then
continue;
Highlighter := TSynCustomHighlighter(AHighlighters.Objects[i]);
Filter := LowerCase(Highlighter.DefaultFilter);
j := Pos('|', Filter);
if j > 0 then begin
Delete(Filter, 1, j);
j := Pos(Extension, Filter);
if (j > 0) and
((j + ExtLen > Length(Filter)) or (Filter[j + ExtLen] = ';'))
then begin
Result := Highlighter;
exit;
end;
end;
end;
end;
Result := nil;
end;
function GetHighlighterFromLanguageName(LanguageName : String;
AHighlighters: TStrings) : TSynCustomHighlighter;
Var
Index : integer;
begin
Result := nil;
Index := AHighlighters.IndexOf(LanguageName);
if Index >= 0 then
Result := AHighlighters.Objects[Index] as TSynCustomHighlighter
end;
end.
|
(***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (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.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is TurboPower Async Professional
*
* The Initial Developer of the Original Code is
* TurboPower Software
*
* Portions created by the Initial Developer are Copyright (C) 1991-2002
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
*
* ***** END LICENSE BLOCK ***** *)
{*********************************************************}
{* EXFAXOD0.PAS 4.06 *}
{*********************************************************}
{**********************Description************************}
{* Shows how to use the Fax On Demand. *}
{*********************************************************}
unit ExFaxOD0;
interface
uses
WinTypes,
WinProcs,
Messages,
SysUtils,
Classes,
Graphics,
Controls,
Forms,
Dialogs,
StdCtrls,
AdFax,
AdFStat,
AdTapi,
AdPort,
AdTUtil,
ExtCtrls,
OoMisc;
type
TForm1 = class(TForm)
ApdTapiDevice1: TApdTapiDevice;
ApdSendFax1: TApdSendFax;
ApdFaxStatus1: TApdFaxStatus;
ApdComPort1: TApdComPort;
Button1: TButton;
AnswerButton: TButton;
GroupBox1: TGroupBox;
Label1: TLabel;
Edit1: TEdit;
Label2: TLabel;
Edit2: TEdit;
Label3: TLabel;
Edit3: TEdit;
Timer1: TTimer;
procedure Button1Click(Sender: TObject);
procedure AnswerButtonClick(Sender: TObject);
procedure FormCreate(Sender: TObject);
procedure ApdTapiDevice1TapiDTMF(CP: TObject; Digit: Char;
ErrorCode: Longint);
procedure ApdTapiDevice1TapiConnect(Sender: TObject);
procedure Timer1Timer(Sender: TObject);
procedure ApdTapiDevice1TapiPortOpen(Sender: TObject);
procedure ApdSendFax1FaxFinish(CP: TObject; ErrorCode: Integer);
procedure ApdTapiDevice1TapiWaveNotify(CP: TObject; Msg: TWaveMessage);
private
{ Private declarations }
public
{ Public declarations }
end;
const
CurrentState: Integer = 0;
StateIdle = 0;
StateGreeting = 1;
StateEndCall = 2;
StateGettingNumber = 3;
StatePlayBack = 4;
StateWaitReply = 5;
var
Form1: TForm1;
WaveFileDir: String;
SendTheFax: Boolean;
implementation
{$R *.DFM}
procedure TForm1.Button1Click(Sender: TObject);
begin
ApdTapiDevice1.SelectDevice;
ApdTapiDevice1.EnableVoice := True;
end;
procedure TForm1.AnswerButtonClick(Sender: TObject);
begin
if not ApdTapiDevice1.EnableVoice then
ApdTapiDevice1.EnableVoice := True;
if ApdTapiDevice1.EnableVoice then begin
ApdTapiDevice1.AutoAnswer;
end else
MessageDlg('The Selected device does not support Voice Extensions.', mtInformation, [mbOk], 0);
end;
procedure TForm1.FormCreate(Sender: TObject);
begin
SendTheFax := False;
WaveFileDir := ExtractFilePath(ParamStr(0));
WaveFileDir := Copy(WaveFileDir, 1, Pos('EXAMPLES',UpperCase(WaveFileDir))+8);
ApdSendFax1.FaxFile := WaveFileDir+'aprologo.apf';
if (FileGetAttr(ApdSendFax1.FaxFile) and faReadOnly) > 0 then begin
MessageDlg('The AProLogo.APF fax file is designated Read-Only and may not be used in this ' +
' example until this attribute is changed to Read/Write.', mtInformation, [mbOK], 0);
Halt;
end;
end;
procedure TForm1.ApdTapiDevice1TapiDTMF(CP: TObject; Digit: Char;
ErrorCode: Longint);
var
i: Integer;
begin
case CurrentState of
StateIdle :
begin
Edit1.Text := 'StateIdle';
end;
StateGreeting :
begin
Edit1.Text := 'StateGreeting';
case Digit of
'5':
begin
CurrentState := StateGettingNumber;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'enter.wav');
end;
'*':
begin
CurrentState := StateEndCall;
ApdTapiDevice1.InterruptWave := False;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'goodbye.wav');
end;
else
begin
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'Play'+Digit+'.wav');
while ApdTapiDevice1.WaveState = wsPlaying do
Application.ProcessMessages;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'invalid.wav');
end;
end;
end;
StateEndCall :
begin
{nothing to do here...}
end;
StateGettingNumber :
begin
Edit1.Text := 'StateGettingNumber';
case Digit of
'*':
begin
Edit3.Text := '';
ApdTapiDevice1TapiConnect(Self);
end;
'#':
begin
if Edit3.Text = '' then
ApdTapiDevice1TapiConnect(Self)
else begin
CurrentState := StatePlayBack;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'uentered.wav');
for i := 1 to Length(Edit3.Text) do begin
while ApdTapiDevice1.WaveState = wsPlaying do
Application.ProcessMessages;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'play'+Copy(Edit3.Text, i, 1)+'.wav');
end;
while ApdTapiDevice1.WaveState = wsPlaying do
Application.ProcessMessages;
CurrentState := StateWaitReply;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'correct.wav');
end;
end;
else
begin
Edit3.Text := Edit3.Text+Digit;
end;
end;
end;
StateWaitReply :
begin
Edit1.Text := 'StateWaitReply';
case Digit of
'*':
begin
Edit3.Text := '';
CurrentState := StateGettingNumber;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'enter.wav');
end;
'#':
begin
{wait for previous message to conclude
then play final message}
while ApdTapiDevice1.WaveState = wsPlaying do
Application.ProcessMessages;
SendTheFax := True;
ApdTapiDevice1.InterruptWave := False;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'hangup.wav');
CurrentState := StateEndCall;
end;
end;
end;
end;
end;
procedure TForm1.ApdTapiDevice1TapiConnect(Sender: TObject);
begin
{Play Greeting}
if ApdTapiDevice1.EnableVoice then begin
CurrentState := StateGreeting;
ApdTapiDevice1.PlayWaveFile(WaveFileDir+'welcome.wav');
end;
end;
procedure TForm1.Timer1Timer(Sender: TObject);
begin
Timer1.Enabled := False;
{Send the Fax}
ApdTapiDevice1.EnableVoice := False;
ApdSendFax1.PhoneNumber := Edit3.Text;
ApdTapiDevice1.ConfigAndOpen;
end;
procedure TForm1.ApdTapiDevice1TapiPortOpen(Sender: TObject);
begin
if (SendTheFax) and (not ApdTapiDevice1.EnableVoice) then
ApdSendFax1.StartTransmit;
end;
procedure TForm1.ApdSendFax1FaxFinish(CP: TObject; ErrorCode: Integer);
begin
if ErrorCode = 0 then
ShowMessage('Fax sent successfully');
CurrentState := StateIdle;
end;
procedure TForm1.ApdTapiDevice1TapiWaveNotify(CP: TObject;
Msg: TWaveMessage);
begin
if Msg = waPlayOpen then
Edit2.Text := 'Playing Wave: '+ExtractFileName(ApdTapiDevice1.WaveFileName)
else if Msg = waPlayDone then
Edit2.Text := 'Wave Device Idle...';
case CurrentState of
StateEndCall:
begin
Edit1.Text := 'StateEndCall';
if Msg = waPlayDone then begin
ApdTapiDevice1.CancelCall;
if SendTheFax then
Timer1.Enabled := True;
end;
end;
end;
end;
end.
|
unit uBASE_Form;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, dxRibbonForm, cxClasses, dxRibbon, cxControls, uParams;
type
TBASE_Form = class(TdxRibbonForm)
dxRibbonTab1: TdxRibbonTab;
dxRibbon: TdxRibbon;
procedure FormDestroy(Sender: TObject);
procedure FormShow(Sender: TObject);
private
FObjectID: integer;
FAccessManager: TObject;
FParams: TParamCollection;
procedure RestoryGrids;
protected
function RegistryAddRoot: string; virtual;
procedure SavePosition; virtual;
procedure RestorePosition; virtual;
public
property Params: TParamCollection read FParams;
property ObjectID: integer read FObjectID write FObjectID;
property AccessManager: TObject read FAccessManager write FAccessManager;
procedure RestoreParams; virtual; abstract;
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
end;
implementation
{$R *.dfm}
uses
Registry, uMain, uFrameBaseGrid, uFrameGrid;
{ TBASE_Form }
procedure TBASE_Form.SavePosition;
var
r: TRegistry;
begin
if ObjectID=0 then exit;
r:=TRegistry.Create;
try
r.RootKey:=HKEY_CURRENT_USER;
if r.OpenKey('Software\SIS\Реестр имущества\Object Layout\'+IntToStr(ObjectID)+RegistryAddRoot, true) then begin
r.WriteInteger('FormLeft', Left);
r.WriteInteger('FormTop', Top);
r.WriteInteger('FormWidth', Width);
r.WriteInteger('FormHeight', Height);
r.WriteInteger('WindowState', integer(WindowState));
end;
finally
r.Free;
end;
end;
procedure TBASE_Form.RestorePosition;
var
r: TRegistry;
i: integer;
begin
if ObjectID=0 then exit;
r:=TRegistry.Create;
try
r.RootKey:=HKEY_CURRENT_USER;
if r.OpenKey('Software\SIS\Реестр имущества\Object Layout\'+IntToStr(ObjectID)+RegistryAddRoot, false) then begin
if r.ValueExists('FormLeft') then begin
i:=r.ReadInteger('FormLeft');
if (i>0) and (i<Screen.Width) then
Left:=i;
end;
if r.ValueExists('FormTop') then begin
i:=r.ReadInteger('FormTop');
if (i>0) and (i<Screen.Height) then
Top:=i;
end;
if r.ValueExists('FormWidth') then begin
i:=r.ReadInteger('FormWidth');
if (i>50) then
Width:=i;
end;
if r.ValueExists('FormHeight') then begin
i:=r.ReadInteger('FormHeight');
if (i>50) then
Height:=i;
end;
if r.ValueExists('WindowState') then begin
i:=r.ReadInteger('WindowState');
if i in [0..2] then
WindowState:=TWindowState(i);
end;
end;
finally
r.Free;
end;
end;
function TBASE_Form.RegistryAddRoot: string;
begin
result:='';
end;
procedure TBASE_Form.FormDestroy(Sender: TObject);
begin
SavePosition;
end;
procedure TBASE_Form.FormShow(Sender: TObject);
begin
frmMain.bliWindow.Items.AddObject(Caption, Self);
RestorePosition;
// RestoryGrids;
end;
constructor TBASE_Form.Create(AOwner: TComponent);
begin
inherited;
FParams:=TParamCollection.Create(TParamItem);
end;
destructor TBASE_Form.Destroy;
var
i: integer;
begin
Params.Free;
i:=frmMain.bliWindow.Items.IndexOfObject(Self);
if i>=0 then
frmMain.bliWindow.Items.Delete(i);
inherited;
end;
procedure TBASE_Form.RestoryGrids;
var
i: integer;
procedure IterRestoryGrids(AComponent: TComponent);
var
i: integer;
begin
if AComponent is TFrameBaseGrid then
TFrameBaseGrid(AComponent).RestoryGrid;
//if AComponent is TFrameGrid then
// TFrameGrid(AComponent).ShowGroupSummaryByMeta(true);
for i:=0 to AComponent.ComponentCount-1 do
IterRestoryGrids(AComponent.Components[i]);
end;
begin
for i:=0 to ComponentCount-1 do
IterRestoryGrids(Components[i]);
end;
end.
|
unit Childwin;
interface
uses
Windows, Classes, Graphics, Forms, Controls, StdCtrls, Messages, aiOGL,
Menus, Sysutils, Main;
type
TMDIChild = class(TForm)
PopupMenu: TPopupMenu;
ObjectNameItem: TMenuItem;
procedure FormClose(Sender: TObject; var Action: TCloseAction);
procedure FormActivate(Sender: TObject);
procedure FormMouseDown(Sender: TObject; Button: TMouseButton;
Shift: TShiftState; X, Y: Integer);
procedure FormMouseMove(Sender: TObject; Shift: TShiftState; X,
Y: Integer);
procedure FormCreate(Sender: TObject);
procedure ObjectNameItemClick(Sender: TObject);
procedure FormKeyPress(Sender: TObject; var Key: Char);
procedure FormMouseWheelDown(Sender: TObject; Shift: TShiftState;
MousePos: TPoint; var Handled: Boolean);
procedure FormMouseWheelUp(Sender: TObject; Shift: TShiftState;
MousePos: TPoint; var Handled: Boolean);
private
LastX, LastY: integer; // вспомогательные переменные
public
glScene: TMyScene; // наша сцена
protected
procedure WMDropFiles(var Msg: TWMDropFiles); message WM_DROPFILES;
end;
var
StepT: single = 25;
StepR: single = 5; // шаги перемещений и вращений сцены
implementation
uses
ShellAPI, Objects, OpenGL;
{$R *.DFM}
procedure TMDIChild.FormCreate(Sender: TObject);
begin
DragAcceptFiles(Handle, True); // форма может принимать файлы
end;
procedure TMDIChild.FormClose(Sender: TObject; var Action: TCloseAction);
begin
glScene.Free;
Action:= caFree;
with MainForm do
SetEnable(MDIChildCount <> 1);
end;
procedure TMDIChild.FormActivate(Sender: TObject);
begin
SetCurScene(glScene); // установить текущую сцену
end;
procedure TMDIChild.FormMouseDown(Sender: TObject; Button: TMouseButton;
Shift: TShiftState; X, Y: Integer);
var
P: TPoint;
GLObject: TGLObject;
begin
if (Button = mbRight) then
begin
SetFocus;
GLObject:= CurScene.GetObjectFromScreenCoord(X,Y); // получить объект под указателем мыши
if GLObject = nil then
Exit;
PopUpMenu.Items[0].Tag:= Integer(glObject);
PopUpMenu.Items[0].Caption:= GLObject.Name; // имя объекта
P:= ClientToScreen(Point(X, Y));
PopUpMenu.PopUp(P.X, P.Y);
end else
if Button = mbLeft then
begin
LastX:= X;
LastY:= Y;
end;
end;
procedure TMDIChild.FormMouseMove(Sender: TObject; Shift: TShiftState; X, Y: Integer);
begin
// вращаем сцену
if ssLeft in Shift then
begin
if ssShift in Shift then
CurScene.Rotate(Y - LastY, X - LastX, 0) else
CurScene.Rotate(Y - LastY, 0, X - LastX);
LastX:= X;
LastY:= Y;
CurScene.Paint;
end;
end;
procedure TMDIChild.WMDropFiles(var Msg: TWMDropFiles);
var
Buffer: array[0..MAX_PATH] of Char;
Count: cardinal;
begin
// перетаскивание файла
Count:= DragQueryFile(Msg.Drop, $FFFFFFFF, nil, 0);
if Count > 0 then
begin
DragQueryFile(Msg.Drop, 0, Buffer, MAX_PATH);
DragFinish(Msg.Drop);
Msg.Result:= 0;
SetFocus;
MainForm.LoadFile(Buffer);
end;
end;
procedure TMDIChild.ObjectNameItemClick(Sender: TObject);
begin
// показываем ObjectsDlg и текущим является выбранный объект
Application.CreateForm(TObjectsDlg, ObjectsDlg);
with ObjectsDlg.ObjectsBox do
ItemIndex:= Items.IndexOfObject(TglObject((Sender as TMenuItem).Tag));
ObjectsDlg.ObjectsBoxClick(Sender);
ObjectsDlg.ShowModal;
ObjectsDlg.Free;
end;
procedure TMDIChild.FormKeyPress(Sender: TObject; var Key: Char);
begin
with CurScene do
case Key of
// 6,4 - перемещение вдоль оси X; 8,2 - перемещение вдоль оси Y; // '+' '-' - перемещение вдоль оси Z
'6': Translate(-StepT, 0, 0);
'4': Translate( StepT, 0, 0);
'8': Translate(0, -StepT, 0);
'2': Translate(0, StepT, 0);
'+': Translate(0, 0, StepT);
'-': Translate(0, 0, -StepT);
// масштабирование
'Q','q': Scale( 0.1, 0, 0);
'W','w': Scale(-0.1, 0, 0);
'E','e': Scale(0, 0.1, 0);
'R','r': Scale(0, -0.1, 0);
'D','d': Scale(0, 0, 0.1);
'F','f': Scale(0, 0, -0.1);
end;
CurScene.Paint;
end;
procedure TMDIChild.FormMouseWheelDown(Sender: TObject; Shift: TShiftState;
MousePos: TPoint; var Handled: Boolean);
var
Key: char;
begin
Key:= '+';
FormKeyPress(Sender, Key);
end;
procedure TMDIChild.FormMouseWheelUp(Sender: TObject; Shift: TShiftState;
MousePos: TPoint; var Handled: Boolean);
var
Key: char;
begin
Key:= '-';
FormKeyPress(Sender, Key);
end;
end.
|
{
Clever Internet Suite Version 6.2
Copyright (C) 1999 - 2006 Clever Components
www.CleverComponents.com
}
unit clInetSuiteReg;
interface
{$I clVer.inc}
uses
Classes, {$IFDEF DELPHI6}DesignEditors, DesignIntf, {$ELSE} DsgnIntf, {$ENDIF}
TypInfo, clDEditors, clDownLoader, clMultiDownLoader, clNewsChecker, clUploader,
clMultiUploader, clProgressBar, clPop3, clSmtp, clConnection, clMailMessage,
clHttpRequest, clHtmlParser, clEncoder, clImap4, clSMimeMessage, clFtp, clSoap,
clFtpServer, clFtpFileHandler, clWebUpdate, clGZip, clCert, clNntp, clHttp,
clPop3Server, clSmtpServer, clSmtpRelay, clImap4Server, clNntpServer, clDnsQuery,
clSmtpFileHandler, clPop3FileHandler, clImap4FileHandler, clHttpMail, clWebDav;
type
TclMessageBodyProperty = class(TPropertyEditor)
public
function GetValue: string; override;
function GetAttributes: TPropertyAttributes; override;
procedure Edit; override;
end;
TclMessageBodyEditor = class(TclBaseEditor)
public
procedure ExecuteVerb(Index: Integer); override;
function GetVerb(Index: Integer): string; override;
function GetVerbCount: Integer; override;
end;
TclHttpRequestEditor = class(TclBaseEditor)
public
procedure ExecuteVerb(Index: Integer); override;
function GetVerb(Index: Integer): string; override;
function GetVerbCount: Integer; override;
end;
procedure Register;
implementation
uses
SysUtils, clRequestEdit, clBodyEdit, clDCUtils;
const
cHttpRequestEditor = 'Edit HTTP Request...';
cMessageBodyEditor = 'Edit Mail Message...';
procedure Register;
begin
RegisterComponents('Clever Internet Suite', [
TclCertificateStore, TclDnsQuery, TclDownLoader,
TclEncoder, TclFtp, TclFtpFileHandler, TclFtpServer, TclGZip, TclHtmlParser,
TclHttp, TclHttpMail, TclHttpRequest, TclImap4, TclImap4FileHandler,
TclImap4Server, TclInternetConnection, TclMailMessage,TclMultiDownLoader,
TclMultiUploader, TclNewsChecker, TclNntp, TclNntpServer,
TclPop3, TclPop3FileHandler, TclPop3Server, TclProgressBar, TclSMimeMessage,
TclSmtp, TclSmtpFileHandler, TclSmtpRelay, TclSmtpServer, TclSoapMessage,
TclUploader, TclWebUpdate, TclWebDav
]);
RegisterComponentEditor(TclCertificateStore, TclBaseEditor);
RegisterComponentEditor(TclDnsQuery, TclBaseEditor);
RegisterComponentEditor(TclDownLoader, TclBaseEditor);
RegisterComponentEditor(TclEncoder, TclBaseEditor);
RegisterComponentEditor(TclFtp, TclBaseEditor);
RegisterComponentEditor(TclFtpFileHandler, TclBaseEditor);
RegisterComponentEditor(TclFtpServer, TclBaseEditor);
RegisterComponentEditor(TclGZip, TclBaseEditor);
RegisterComponentEditor(TclHtmlParser, TclBaseEditor);
RegisterComponentEditor(TclHttp, TclBaseEditor);
RegisterComponentEditor(TclHttpMail, TclBaseEditor);
RegisterComponentEditor(TclHttpRequest, TclHttpRequestEditor);
RegisterComponentEditor(TclImap4, TclBaseEditor);
RegisterComponentEditor(TclImap4FileHandler, TclBaseEditor);
RegisterComponentEditor(TclImap4Server, TclBaseEditor);
RegisterComponentEditor(TclInternetConnection, TclBaseEditor);
RegisterComponentEditor(TclMailMessage, TclMessageBodyEditor);
RegisterComponentEditor(TclMultiDownLoader, TclBaseEditor);
RegisterComponentEditor(TclMultiUploader, TclBaseEditor);
RegisterComponentEditor(TclNewsChecker, TclBaseEditor);
RegisterComponentEditor(TclNntp, TclBaseEditor);
RegisterComponentEditor(TclNntpServer, TclBaseEditor);
RegisterComponentEditor(TclPop3, TclBaseEditor);
RegisterComponentEditor(TclPop3FileHandler, TclBaseEditor);
RegisterComponentEditor(TclPop3Server, TclBaseEditor);
RegisterComponentEditor(TclProgressBar, TclBaseEditor);
RegisterComponentEditor(TclSMimeMessage, TclMessageBodyEditor);
RegisterComponentEditor(TclSmtp, TclBaseEditor);
RegisterComponentEditor(TclSmtpFileHandler, TclBaseEditor);
RegisterComponentEditor(TclSmtpRelay, TclBaseEditor);
RegisterComponentEditor(TclSmtpServer, TclBaseEditor);
RegisterComponentEditor(TclSoapMessage, TclHttpRequestEditor);
RegisterComponentEditor(TclUploader, TclBaseEditor);
RegisterComponentEditor(TclWebUpdate, TclBaseEditor);
RegisterComponentEditor(TclWebDav, TclBaseEditor);
RegisterPropertyEditor(TypeInfo(string), TclDownLoader, 'LocalFile', TclSaveFileProperty);
RegisterPropertyEditor(TypeInfo(string), TclDownLoadItem, 'LocalFile', TclSaveFileProperty);
RegisterPropertyEditor(TypeInfo(string), TclUploader, 'LocalFile', TclOpenFileProperty);
RegisterPropertyEditor(TypeInfo(string), TclUploadItem, 'LocalFile', TclOpenFileProperty);
RegisterPropertyEditor(TypeInfo(TclMessageBodies), TclMailMessage, 'Bodies', TclMessageBodyProperty);
end;
{ TclMessageBodyEditor }
procedure TclMessageBodyEditor.ExecuteVerb(Index: Integer);
begin
inherited ExecuteVerb(Index);
if ModifyMessageBodies(TclMailMessage(Component).Bodies) then
begin
Designer.Modified;
end;
end;
function TclMessageBodyEditor.GetVerb(Index: Integer): string;
begin
Result := inherited GetVerb(Index);
if Index = GetVerbCount() - 1 then
begin
Result := cMessageBodyEditor;
end;
end;
function TclMessageBodyEditor.GetVerbCount: Integer;
begin
Result := inherited GetVerbCount() + 1;
end;
{ TclMessageBodyProperty }
procedure TclMessageBodyProperty.Edit;
begin
if ModifyMessageBodies(TclMailMessage(GetComponent(0)).Bodies) then Modified;
end;
function TclMessageBodyProperty.GetAttributes: TPropertyAttributes;
begin
Result := [paDialog];
end;
function TclMessageBodyProperty.GetValue: string;
begin
Result := Format('(%s)', [TclMessageBodies.ClassName]);
end;
{ TclHttpRequestEditor }
procedure TclHttpRequestEditor.ExecuteVerb(Index: Integer);
begin
inherited ExecuteVerb(Index);
if ModifyHttpRequest(TclHttpRequest(Component)) then
begin
Designer.Modified;
end;
end;
function TclHttpRequestEditor.GetVerb(Index: Integer): string;
begin
Result := inherited GetVerb(Index);
if Index = GetVerbCount() - 1 then
begin
Result := cHttpRequestEditor;
end;
end;
function TclHttpRequestEditor.GetVerbCount: Integer;
begin
Result := inherited GetVerbCount() + 1;
end;
end.
|
{: Basic Octree/Collision demo.<p>
Robert Hayes, March 2002.
This demo uses the new Octree class to quickly detect triangle-level collisions with a sphere.
See Octree.SphereIntersect() for detailed comments.
}
unit Unit1;
interface
uses
Classes, SysUtils, Controls, Forms, GLKeyboard, GLVectorGeometry,
GLScene, GLVectorFileObjects, GLObjects, GLLCLViewer,
GLCadencer, ExtCtrls, StdCtrls, GLNavigator, ComCtrls, GLGeomObjects,
GLCrossPlatform, GLCoordinates, GLBaseClasses;
type
TForm1 = class(TForm)
GLScene1: TGLScene;
GLLightSource1: TGLLightSource;
DummyCube1: TGLDummyCube;
FreeForm1: TGLFreeForm;
Sphere1: TGLSphere;
ArrowLine1: TGLArrowLine;
GLSceneViewer2: TGLSceneViewer;
GLCamera2: TGLCamera;
GLCadencer1: TGLCadencer;
Timer1: TTimer;
DummyCube2: TGLDummyCube;
Sphere2: TGLSphere;
GLLightSource2: TGLLightSource;
Panel1: TPanel;
Label1: TLabel;
Label2: TLabel;
Label3: TLabel;
Label4: TLabel;
TrackBar1: TTrackBar;
Button1: TButton;
Lines1: TGLLines;
procedure FormCreate(Sender: TObject);
procedure GLCadencer1Progress(Sender: TObject;
const deltaTime, newTime: double);
procedure Timer1Timer(Sender: TObject);
procedure Button1Click(Sender: TObject);
private
{ Private declarations }
colTotalTime: single; // for timing collision detection
colCount: integer;
procedure AddToTrail(const p: TVector);
public
{ Public declarations }
mousex, mousey: integer;
end;
var
Form1: TForm1;
implementation
{$R *.lfm}
uses GLFile3DS, GLUtils, LCLType;
procedure TForm1.FormCreate(Sender: TObject);
begin
SetGLSceneMediaDir();
FreeForm1.LoadFromFile('BoxedIn.3ds');
FreeForm1.BuildOctree;
Label1.Caption := 'Octree Nodes : ' + IntToStr(FreeForm1.Octree.NodeCount);
Label2.Caption := 'Tri Count Octree: ' + IntToStr(FreeForm1.Octree.TriCountOctree);
Label3.Caption := 'Tri Count Mesh : ' + IntToStr(FreeForm1.Octree.TriCountMesh);
Lines1.AddNode(0, 0, 0);
Lines1.ObjectStyle := Lines1.ObjectStyle + [osDirectDraw];
end;
procedure TForm1.GLCadencer1Progress(Sender: TObject; const deltaTime, newTime: double);
var
rayStart, rayVector: TVector;
velocity: single;
pPoint: TVector;
pNormal: TVector;
t: int64;
begin
if IsKeyDown(VK_ESCAPE) then
Close;
Velocity := Trackbar1.Position * deltaTime * 50;
t := StartPrecisionTimer;
with FreeForm1 do
begin
SetVector(rayStart, Sphere2.AbsolutePosition);
SetVector(rayVector, Sphere2.AbsoluteDirection);
NormalizeVector(rayVector);
//Note: since collision may be performed on multiple meshes, we might need to know which hit
// is closest (ie: d:=raystart - pPoint).
if OctreeSphereSweepIntersect(raystart, rayvector, velocity,
Sphere2.Radius, @pPoint, @pNormal) then
begin
// Show the polygon intersection point
NormalizeVector(pNormal);
Sphere1.Position.AsVector := pPoint;
Sphere1.Direction.AsVector := pNormal;
// Make it rebound...
with Sphere2.Direction do
AsAffineVector := VectorReflect(AsAffineVector, AffineVectorMake(pNormal));
// Add some "english"...
with Sphere2.Direction do
begin
X := x + random / 10;
Y := y + random / 10;
Z := z + random / 10;
end;
// Add intersect point to trail
AddToTrail(pPoint);
end
else
begin
Sphere2.Move(velocity); //No collision, so just move the ball.
end;
end;
// Last trail point is always the sphere's current position
Lines1.Nodes.Last.AsVector := Sphere2.Position.AsVector;
colTotalTime := colTotalTime + StopPrecisionTimer(t);
Inc(colCount);
end;
procedure TForm1.AddToTrail(const p: TVector);
var
i, k: integer;
begin
Lines1.Nodes.Last.AsVector := p;
Lines1.AddNode(0, 0, 0);
if Lines1.Nodes.Count > 20 then // limit trail to 20 points
Lines1.Nodes[0].Free;
for i := 0 to 19 do
begin
k := Lines1.Nodes.Count - i - 1;
if k >= 0 then
TGLLinesNode(Lines1.Nodes[k]).Color.Alpha := 0.95 - i * 0.05;
end;
end;
procedure TForm1.Timer1Timer(Sender: TObject);
var
t: single;
begin
if colCount > 0 then
t := colTotalTime * 1000 / colCount
else
t := 0;
Caption := Format('%.2f FPS - %.3f ms for collisions/frame',
[GLSceneViewer2.FramesPerSecond, t]);
GLSceneViewer2.ResetPerformanceMonitor;
colTotalTime := 0;
colCount := 0;
end;
procedure TForm1.Button1Click(Sender: TObject);
begin
//If the ball gets stuck in a pattern, hit the reset button.
with Sphere2.Position do
begin
X := random;
Y := random;
Z := random;
end;
with Sphere2.Direction do
begin
X := random;
if random > 0.5 then
x := -x;
Y := random;
if random > 0.5 then
y := -y;
Z := random;
if random > 0.5 then
z := -z;
end;
end;
end.
|
{***************************************************************************}
{ }
{ Delphi Package Manager - DPM }
{ }
{ Copyright © 2019 Vincent Parrett and contributors }
{ }
{ vincent@finalbuilder.com }
{ https://www.finalbuilder.com }
{ }
{ }
{***************************************************************************}
{ }
{ 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 DPM.Console.Command.Pack;
interface
uses
VSoft.CancellationToken,
Spring.Container.Common,
DPM.Core.Configuration.Interfaces,
DPM.Core.Logging,
DPM.Console.ExitCodes,
DPM.Console.Command.Base,
DPM.Core.Spec.Interfaces,
DPM.Core.Packaging,
DPM.Core.Constants;
type
TPackCommand = class(TBaseCommand)
private
FWriter : IPackageWriter;
protected
function Execute(const cancellationToken : ICancellationToken) : TExitCode;override;
public
constructor Create(const logger : ILogger; const configurationManager : IConfigurationManager; const writer : IPackageWriter);reintroduce;
end;
implementation
uses
System.SysUtils,
System.IOUtils,
VSoft.SemanticVersion,
DPM.Core.Types,
DPM.Console.Banner,
DPM.Console.Options,
DPM.Core.Options.Common,
DPM.Core.Options.Pack;
{ TPackCommand }
constructor TPackCommand.Create(const logger : ILogger; const configurationManager : IConfigurationManager; const writer : IPackageWriter);
begin
inherited Create(logger,configurationManager);
FWriter := writer;
end;
function TPackCommand.Execute(const cancellationToken : ICancellationToken) : TExitCode;
var
mcVer : TSemanticVersion;
packVer : TPackageVersion;
error : string;
begin
TPackOptions.Default.ApplyCommon(TCommonOptions.Default);
if not TPackOptions.Default.Validate(Logger) then
begin
result := TExitCode.InvalidArguments;
exit;
end;
//This should just be an api call into the core, don't do all the work here!
//just check for required args here.
Logger.Information('Pack Command invoked');
if TPackOptions.Default.SpecFile = '' then
begin
Logger.Error('No Spec file provided!');
Exit(TExitCode.MissingArg);
end;
//does it really make sense to allow this to be overriden from the command line?
if TPackOptions.Default.MinClientVersion <> cDPMClientVersion then
begin
if not TSemanticVersion.TryParseWithError(TPackOptions.Default.MinClientVersion,mcVer,error ) then
begin
Logger.Error('MinClientVersion : ' + error);
Exit(TExitCode.InvalidArguments);
end;
// defVer := TSemanticVersion.Parse(cDPMClientVersion);
// if mcVer > defVer then
// begin
// Logger.Error('MinClientVersion must be at less than or equal to : ' + defVer.ToString);
// Exit(TExitCode.InvalidArguments);
//
// end;
end;
if TPackOptions.Default.Version <> '' then
begin
if not TPackageVersion.TryParseWithError(TPackOptions.Default.Version, packVer, error) then
begin
Logger.Error('Invalid Version : ' + error);
Exit(TExitCode.InvalidArguments);
end;
end;
try
if not FWriter.WritePackageFromSpec(cancellationToken, TPackOptions.Default) then
exit(TExitCode.Error);
except
on e : Exception do
begin
Logger.Error('Error creating package : ' + e.Message);
exit(TExitCode.Error);
end;
end;
result := TExitCode.OK;
end;
end.
|
unit utils;
interface
uses
Windows, SysUtils, Forms;
procedure SaveConfig;
function LoadConfig: Boolean;
function GetToolsDir : string;
function CheckBinaries: Boolean;
implementation
uses
XMLDom, XMLIntf, MSXMLDom, XMLDoc, ActiveX, Main;
var
ConfigFileName: TFileName;
procedure SaveConfig;
var
XMLDoc: IXMLDocument;
CurrentNode: IXMLNode;
procedure AddXMLNode(var XML: IXMLDocument; const Key, Value: string); overload;
begin
CurrentNode := XMLDoc.CreateNode(Key);
CurrentNode.NodeValue := Value;
XMLDoc.DocumentElement.ChildNodes.Add(CurrentNode);
end;
procedure AddXMLNode(var XML: IXMLDocument; const Key: string; const Value: Integer); overload;
begin
CurrentNode := XMLDoc.CreateNode(Key);
CurrentNode.NodeValue := Value;
XMLDoc.DocumentElement.ChildNodes.Add(CurrentNode);
end;
procedure AddXMLNode(var XML: IXMLDocument; const Key: string; const Value: Boolean); overload;
begin
CurrentNode := XMLDoc.CreateNode(Key);
CurrentNode.NodeValue := Value;
XMLDoc.DocumentElement.ChildNodes.Add(CurrentNode);
end;
begin
XMLDoc := TXMLDocument.Create(nil);
try
with XMLDoc do begin
Options := [doNodeAutoCreate, doAttrNull];
ParseOptions:= [];
NodeIndentStr:= ' ';
Active := True;
Version := '1.0';
Encoding := 'ISO-8859-1';
end;
// On crée la racine
XMLDoc.DocumentElement := XMLDoc.CreateNode('bootmakecfg');
AddXMLNode(XMLDoc, 'source', Main_Form.eSrc.Text);
AddXMLNode(XMLDoc, 'destination', Main_Form.eDest.Text);
AddXMLNode(XMLDoc, 'volumename', Main_Form.eVolumeName.Text);
AddXMLNode(XMLDoc, 'ipbin', Main_Form.eIpBin.Text);
AddXMLNode(XMLDoc, 'iso', Main_Form.eISO.Text);
XMLDoc.SaveToFile(ConfigFileName);
finally
XMLDoc.Active := False;
XMLDoc := nil;
end;
end;
function LoadConfig: Boolean;
var
XMLDoc: IXMLDocument;
Node: IXMLNode;
begin
Result := False;
if not FileExists(ConfigFileName) then Exit;
XMLDoc := TXMLDocument.Create(nil);
try
with XMLDoc do begin
Options := [doNodeAutoCreate];
ParseOptions:= [];
NodeIndentStr:= ' ';
Active := True;
Version := '1.0';
Encoding := 'ISO-8859-1';
end;
XMLDoc.LoadFromFile(ConfigFileName);
if XMLDoc.DocumentElement.NodeName <> 'bootmakecfg' then Exit;
try
Node := XMLDoc.DocumentElement.ChildNodes.FindNode('source');
if Assigned(Node) then Main_Form.eSrc.Text := Node.NodeValue;
except end;
try
Node := XMLDoc.DocumentElement.ChildNodes.FindNode('destination');
if Assigned(Node) then Main_Form.eDest.Text := Node.NodeValue;
except end;
try
Node := XMLDoc.DocumentElement.ChildNodes.FindNode('volumename');
if Assigned(Node) then Main_Form.eVolumeName.Text := Node.NodeValue;
except end;
try
Node := XMLDoc.DocumentElement.ChildNodes.FindNode('ipbin');
if Assigned(Node) then Main_Form.eIpBin.Text := Node.NodeValue;
except end;
try
Node := XMLDoc.DocumentElement.ChildNodes.FindNode('iso');
if Assigned(Node) then Main_Form.eISO.Text := Node.NodeValue;
except end;
Result := True;
finally
XMLDoc.Active := False;
XMLDoc := nil;
end;
end;
function GetToolsDir : string;
begin
Result := IncludeTrailingPathDelimiter(ExtractFilePath(Application.ExeName)) + 'Tools\';
end;
function CheckBinaries: Boolean;
procedure MsgBox(Text: string);
begin
MessageBoxA(Application.Handle, PChar(Text), 'Error', MB_ICONERROR);
end;
const
FILES_NAMES_TO_CHECK : array[0..3] of string = ('cdi4dc.exe', 'ipinj.exe', 'mkisofs.exe', 'cygwin1.dll');
var
i : Integer;
begin
Result := False;
if not DirectoryExists(GetToolsDir) then
begin
MsgBox('Tools directory not found !');
Exit;
end;
for i := Low(FILES_NAMES_TO_CHECK) to High(FILES_NAMES_TO_CHECK) do
begin
if not FileExists(GetToolsDir + FILES_NAMES_TO_CHECK[i]) then
begin
MsgBox('File ' + FILES_NAMES_TO_CHECK[i] + ' not found !' + #13#10
+ 'Make sure you have this file in Tools directory !');
Exit;
end;
end;
Result := True;
end;
initialization
ConfigFileName := IncludeTrailingPathDelimiter(ExtractFilePath(ParamStr(0))) + 'config.xml';
end.
|
unit uRelatCondicoesPagto;
interface
uses
Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics,
Vcl.Controls, Vcl.Forms, Vcl.Dialogs, JvComponentBase, JvEnterTab, Data.DB,
Vcl.StdCtrls, JvExStdCtrls, JvButton, JvCtrls, Vcl.Buttons, Vcl.ExtCtrls,
Vcl.Grids, Vcl.DBGrids, Vcl.Mask, JvExMask, JvToolEdit, uDadosRelat,
System.DateUtils;
type
TfrmRelatCondicoesPagto = class(TForm)
GroupBox1: TGroupBox;
Label1: TLabel;
edtDataFim: TJvDateEdit;
edtDataIni: TJvDateEdit;
GroupBoxLista: TGroupBox;
dbgGrid: TDBGrid;
Panel1: TPanel;
btnMarcarDesmarcar: TBitBtn;
btnOkAssinante: TJvImgBtn;
DataSource: TDataSource;
JvEnterAsTab: TJvEnterAsTab;
procedure btnMarcarDesmarcarClick(Sender: TObject);
procedure dbgGridDrawColumnCell(Sender: TObject; const Rect: TRect;
DataCol: Integer; Column: TColumn; State: TGridDrawState);
procedure dbgGridCellClick(Column: TColumn);
procedure FormCreate(Sender: TObject);
procedure FormDestroy(Sender: TObject);
procedure btnOkAssinanteClick(Sender: TObject);
private
{ Private declarations }
FModuloRelat: TdmDadosRelat;
public
{ Public declarations }
end;
var
frmRelatCondicoesPagto: TfrmRelatCondicoesPagto;
implementation
{$R *.dfm}
procedure TfrmRelatCondicoesPagto.btnMarcarDesmarcarClick(Sender: TObject);
begin
if btnMarcarDesmarcar.Tag = 0 then
begin
FModuloRelat.MarcarDesmarcarCobradores(true);
btnMarcarDesmarcar.Tag := 1;
end
else
begin
FModuloRelat.MarcarDesmarcarCobradores(false);
btnMarcarDesmarcar.Tag := 0;
end;
end;
procedure TfrmRelatCondicoesPagto.btnOkAssinanteClick(Sender: TObject);
begin
FModuloRelat.ShowReportCondicoesPagto(edtDataIni.Date, edtDataFim.Date);
end;
procedure TfrmRelatCondicoesPagto.dbgGridCellClick(Column: TColumn);
begin
if Column.FieldName = 'CalcSelecionado' then
begin
if dbgGrid.DataSource.DataSet.RecordCount > 0 then
begin
dbgGrid.DataSource.DataSet.edit;
dbgGrid.DataSource.DataSet.FieldByName('CalcSelecionado').Value := not dbgGrid.DataSource.DataSet.FieldByName('CalcSelecionado').AsBoolean;
dbgGrid.DataSource.DataSet.Post;
end;
end;
end;
procedure TfrmRelatCondicoesPagto.dbgGridDrawColumnCell(Sender: TObject;
const Rect: TRect; DataCol: Integer; Column: TColumn; State: TGridDrawState);
const
IS_CHECK : Array[Boolean] of Integer = (DFCS_BUTTONCHECK, DFCS_BUTTONCHECK or DFCS_CHECKED);
var
Check : Integer;
R : TRect;
begin
with dbgGrid do
begin
if Column.FieldName = 'CalcSelecionado' then
begin
Canvas.FillRect(Rect);
Check := IS_CHECK[Column.Field.AsBoolean];
R := Rect;
InflateRect(R,-2,-2); //aqui manipula o tamanho do checkBox
DrawFrameControl(Canvas.Handle,rect,DFC_BUTTON,Check)
end;
end;
end;
procedure TfrmRelatCondicoesPagto.FormCreate(Sender: TObject);
begin
FModuloRelat := TdmDadosRelat.Create(self);
DataSource.DataSet := FModuloRelat.cdsCobradores;
//dmDadosRelat.CarregarCobradores;
FModuloRelat.CarregarCobradores;
// Data de início e fim Defaults
edtDataIni.Date := EncodeDate(YearOf(now), MonthOf(now), 1);
edtDataFim.Date := EncodeDate(YearOf(now), MonthOf(now), DayOf(EndOfTheMonth(now)));
end;
procedure TfrmRelatCondicoesPagto.FormDestroy(Sender: TObject);
begin
if Assigned(FModuloRelat) then
FreeAndNil(FModuloRelat);
end;
end.
|
{***************************************************************************}
{ }
{ Delphi Package Manager - DPM }
{ }
{ Copyright © 2019 Vincent Parrett and contributors }
{ }
{ vincent@finalbuilder.com }
{ https://www.finalbuilder.com }
{ }
{ }
{***************************************************************************}
{ }
{ 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 DPM.Core.Repository.Factory;
interface
uses
Spring.Container,
DPM.Core.Types,
DPM.Core.Logging,
DPM.Core.Configuration.Interfaces,
DPM.Core.Repository.Interfaces;
type
TPackageRepositoryFactory = class(TInterfacedObject, IPackageRepositoryFactory)
private
FContainer : TContainer;
FLogger : ILogger;
protected
function CreateRepository(const repoType : TSourceType) : IPackageRepository;
public
constructor Create(const container : TContainer; const logger : ILogger);
end;
implementation
uses
System.SysUtils,
System.StrUtils,
DPM.Core.Utils.Enum,
VSoft.Uri;
{ TPackageRepositoryFactory }
constructor TPackageRepositoryFactory.Create(const container : TContainer; const logger : ILogger);
begin
FContainer := container;
FLogger := logger;
end;
function TPackageRepositoryFactory.CreateRepository(const repoType : TSourceType) : IPackageRepository;
begin
result := FContainer.Resolve<IPackageRepository>(TEnumUtils.EnumToString<TSourceType>(repoType));
end;
end.
|
unit ColladaFile;
interface
uses BasicDataTypes, XMLIntf, msxmldom, XMLDoc, Mesh, SysUtils, Camera, IntegerSet;
type
PColladaMeshUnit = ^TColladaMeshUnit;
TColladaMeshUnit = record
Mesh : PMesh;
Next : PColladaMeshUnit;
end;
TColladaFile = class
private
Meshes : PColladaMeshUnit;
// Constructor
procedure Initialize;
procedure Clear;
procedure ClearMesh(var _Mesh: PColladaMeshUnit);
// I/O
procedure SaveColladaNode(var _XML: IXMLDocument; const _Filename: string);
procedure SaveAssetNode(var _ParentNode: IXMLNode);
procedure SaveCameraNode(var _ParentNode: IXMLNode);
procedure SaveLightNode(var _ParentNode: IXMLNode);
procedure SaveImagesNode(var _ParentNode: IXMLNode; const _BaseName: string);
public
// Constructors and Destructors
constructor Create;
destructor Destroy; override;
// I/O
procedure SaveToFile(const _Filename: string);
// Adds
procedure AddMesh(const _Mesh: PMesh);
end;
implementation
uses FormMain;
// Constructors and Destructors
constructor TColladaFile.Create;
begin
Initialize;
end;
destructor TColladaFile.Destroy;
begin
Clear;
inherited Destroy;
end;
procedure TColladaFile.Initialize;
begin
Meshes := nil;
end;
procedure TColladaFile.Clear;
begin
ClearMesh(Meshes);
end;
procedure TColladaFile.ClearMesh(var _Mesh: PColladaMeshUnit);
begin
if _Mesh <> nil then
begin
ClearMesh(_Mesh^.Next);
Dispose(_Mesh);
_Mesh := nil;
end;
end;
// I/O
procedure TColladaFile.SaveToFile(const _Filename: string);
var
XMLDocument: IXMLDocument;
begin
XMLDocument := TXMLDocument.Create(nil);
XMLDocument.Active := true;
// Basic XML settings.
XMLDocument.Encoding := 'utf8';
XMLDocument.Version := '1.0';
// Now we create the COLLADA Node
SaveColladaNode(XMLDocument,_Filename);
// Now, we save it to the file we want.
// Clear memory
XMLDocument.Active := false;
end;
procedure TColladaFile.SaveColladaNode(var _XML: IXMLDocument; const _Filename: string);
var
Node: IXMLNode;
BaseName : string;
begin
BaseName := copy(_Filename,1,Length(_Filename) - 8);
Node := _XML.AddChild('COLLADA');
Node.SetAttributeNS('xmlns','','http://www.collada.org/2005/11/COLLADASchema');
Node.SetAttributeNS('version','','1.4.1');
// Create asset node
SaveAssetNode(Node);
// Create library_cameras node
//SaveCameraNode(Node);
// Create library_lights node
//SaveLightNode(Node);
// Create library_images node
// Create library_materials node
// Create library_effects node
// Create library_geometries node
// Create library_visual_scenes node
// Create scene node
end;
procedure TColladaFile.SaveAssetNode(var _ParentNode: IXMLNode);
var
AssetNode,Node,ChildNode: IXMLNode;
CurrentTime: TDateTime;
Temp : string;
begin
CurrentTime := Now;
AssetNode := _ParentNode.AddChild('asset');
Node := AssetNode.AddChild('contributor');
ChildNode := Node.AddChild('author');
ChildNode.Text := 'Author';
ChildNode := Node.AddChild('authoring_tool');
ChildNode.Text := 'Voxel Section Editor III v.' + APPLICATION_VER;
ChildNode := Node.AddChild('comments');
ChildNode.Text := 'Created with Voxel Section Editor III Modelizer Tool.';
ChildNode := Node.AddChild('copyright');
DateTimeToString(Temp,'yyyy',CurrentTime);
ChildNode.Text := 'Copyright ' + Temp + ' to Author. If you want to use this asset in your project, modify it or redistribute it, please, get in contact with Author first.' ;
Node := AssetNode.AddChild('created');
DateTimeToString(Temp,'yyyy-mm-ddThh:nn:ssZ',CurrentTime);
Node.Text := Temp;
Node := AssetNode.AddChild('modified');
Node.Text := Temp;
Node := AssetNode.AddChild('unit');
Node.SetAttributeNS('meter','','0.01');
Node.SetAttributeNS('name','','centimeter');
Node := AssetNode.AddChild('up_axis');
Node.Text := 'Y_UP';
end;
procedure TColladaFile.SaveCameraNode(var _ParentNode: IXMLNode);
var
CameraNode,Node,ChildNode: IXMLNode;
begin
CameraNode := _ParentNode.AddChild('library_cameras');
Node := CameraNode.AddChild('camera');
Node.SetAttributeNS('id','','Camera');
Node.SetAttributeNS('name','','Camera');
Node := Node.AddChild('optics');
Node := Node.AddChild('technique_common');
Node := Node.AddChild('perspective');
ChildNode := Node.AddChild('yfov');
ChildNode.Text := '45';
ChildNode := Node.AddChild('aspect_ratio');
ChildNode.Text := '1';
ChildNode := Node.AddChild('znear');
ChildNode.Text := '1';
ChildNode := Node.AddChild('zfar');
ChildNode.Text := '4000';
end;
procedure TColladaFile.SaveLightNode(var _ParentNode: IXMLNode);
var
CameraNode,Node,ChildNode: IXMLNode;
begin
CameraNode := _ParentNode.AddChild('library_lights');
Node := CameraNode.AddChild('light');
Node.SetAttributeNS('id','','Light');
Node.SetAttributeNS('name','','Light');
Node := Node.AddChild('technique_common');
Node := Node.AddChild('point');
ChildNode := Node.AddChild('color');
ChildNode.Text := '1 1 1';
ChildNode := Node.AddChild('constant_attenuation');
ChildNode.Text := '1';
ChildNode := Node.AddChild('linear_attenuation');
ChildNode.Text := '0';
ChildNode := Node.AddChild('quadratic_attenuation');
ChildNode.Text := '0';
end;
procedure TColladaFile.SaveImagesNode(var _ParentNode: IXMLNode; const _BaseName: string);
var
ImageNode,Node: IXMLNode;
Mesh : PColladaMeshUnit;
UsedTextures: CIntegerSet;
mat,tex : integer;
begin
Mesh := Meshes;
if Mesh <> nil then
begin
UsedTextures := CIntegerSet.Create;
ImageNode := _ParentNode.AddChild('library_images');
while Mesh <> nil do
begin
for mat := Low(Mesh^.Mesh.Materials) to High(Mesh^.Mesh.Materials) do
begin
if High(Mesh^.Mesh.Materials[mat].Texture) >= 0 then
begin
for tex := Low(Mesh^.Mesh.Materials[mat].Texture) to High(Mesh^.Mesh.Materials[mat].Texture) do
begin
if Mesh^.Mesh.Materials[mat].Texture[tex] <> nil then
begin
if UsedTextures.Add(Mesh^.Mesh.Materials[mat].Texture[tex]^.GetID) then
begin
Node := ImageNode.AddChild('image');
end;
end;
end;
end;
end;
Mesh := Mesh^.Next;
end;
UsedTextures.Free;
end;
end;
// Adds
procedure TColladaFile.AddMesh(const _Mesh: PMesh);
var
Previous,Element: PColladaMeshUnit;
begin
new(Element);
Element^.Mesh := _Mesh;
Element^.Next := nil;
if Meshes = nil then
begin
Meshes := Element;
end
else
begin
Previous := Meshes;
while Previous^.Next <> nil do
begin
Previous := Previous^.Next;
end;
Previous^.Next := Element;
end;
end;
end.
|
unit MeshUnsharpMasking;
interface
uses MeshProcessingBase, Mesh, BasicMathsTypes, BasicDataTypes, NeighborDetector;
{$INCLUDE source/Global_Conditionals.inc}
type
TMeshUnsharpMasking = class (TMeshProcessingBase)
protected
procedure MeshUnsharpMaskingOperation(var _Vertices: TAVector3f; _NumVertices: integer; const _NeighborDetector : TNeighborDetector; const _VertexEquivalences: auint32);
procedure DoMeshProcessing(var _Mesh: TMesh); override;
end;
implementation
uses MeshPluginBase, GlConstants, NeighborhoodDataPlugin;
procedure TMeshUnsharpMasking.DoMeshProcessing(var _Mesh: TMesh);
var
NeighborDetector : TNeighborDetector;
NeighborhoodPlugin : PMeshPluginBase;
NumVertices: integer;
VertexEquivalences: auint32;
begin
NeighborhoodPlugin := _Mesh.GetPlugin(C_MPL_NEIGHBOOR);
if NeighborhoodPlugin <> nil then
begin
NeighborDetector := TNeighborhoodDataPlugin(NeighborhoodPlugin^).VertexNeighbors;
NumVertices := TNeighborhoodDataPlugin(NeighborhoodPlugin^).InitialVertexCount;
VertexEquivalences := TNeighborhoodDataPlugin(NeighborhoodPlugin^).VertexEquivalences;
end
else
begin
NeighborDetector := TNeighborDetector.Create;
NeighborDetector.BuildUpData(_Mesh.Geometry,High(_Mesh.Vertices)+1);
NumVertices := High(_Mesh.Vertices)+1;
VertexEquivalences := nil;
end;
MeshUnsharpMaskingOperation(_Mesh.Vertices,NumVertices,NeighborDetector,VertexEquivalences);
// Free memory
if NeighborhoodPlugin = nil then
begin
NeighborDetector.Free;
end;
_Mesh.ForceRefresh;
end;
procedure TMeshUnsharpMasking.MeshUnsharpMaskingOperation(var _Vertices: TAVector3f; _NumVertices: integer; const _NeighborDetector : TNeighborDetector; const _VertexEquivalences: auint32);
var
OriginalVertexes : TAVector3f;
v,v1,HitCounter : integer;
begin
SetLength(OriginalVertexes,High(_Vertices)+1);
BackupVector3f(_Vertices,OriginalVertexes);
// sum all values from neighbors
for v := Low(_Vertices) to (_NumVertices-1) do
begin
_Vertices[v].X := 0;
_Vertices[v].Y := 0;
_Vertices[v].Z := 0;
HitCounter := 0;
v1 := _NeighborDetector.GetNeighborFromID(v); // vertex neighbor from vertex
while v1 <> -1 do
begin
_Vertices[v].X := _Vertices[v].X + OriginalVertexes[v1].X;
_Vertices[v].Y := _Vertices[v].Y + OriginalVertexes[v1].Y;
_Vertices[v].Z := _Vertices[v].Z + OriginalVertexes[v1].Z;
inc(HitCounter);
v1 := _NeighborDetector.GetNextNeighbor;
end;
// Finally, we do the unsharp masking effect here.
if HitCounter > 0 then
begin
_Vertices[v].X := ((HitCounter + 1) * OriginalVertexes[v].X) - _Vertices[v].X;
_Vertices[v].Y := ((HitCounter + 1) * OriginalVertexes[v].Y) - _Vertices[v].Y;
_Vertices[v].Z := ((HitCounter + 1) * OriginalVertexes[v].Z) - _Vertices[v].Z;
end
else
begin
_Vertices[v].X := OriginalVertexes[v].X;
_Vertices[v].Y := OriginalVertexes[v].Y;
_Vertices[v].Z := OriginalVertexes[v].Z;
end;
end;
v := _NumVertices;
while v <= High(_Vertices) do
begin
v1 := GetEquivalentVertex(v,_NumVertices,_VertexEquivalences);
_Vertices[v].X := _Vertices[v1].X;
_Vertices[v].Y := _Vertices[v1].Y;
_Vertices[v].Z := _Vertices[v1].Z;
inc(v);
end;
// Free memory
SetLength(OriginalVertexes,0);
end;
end.
|
{ ****************************************************************************** }
{ * Fast md5 * }
{ * https://zpascal.net * }
{ * https://github.com/PassByYou888/zAI * }
{ * https://github.com/PassByYou888/ZServer4D * }
{ * https://github.com/PassByYou888/PascalString * }
{ * https://github.com/PassByYou888/zRasterization * }
{ * https://github.com/PassByYou888/CoreCipher * }
{ * https://github.com/PassByYou888/zSound * }
{ * https://github.com/PassByYou888/zChinese * }
{ * https://github.com/PassByYou888/zExpression * }
{ * https://github.com/PassByYou888/zGameWare * }
{ * https://github.com/PassByYou888/zAnalysis * }
{ * https://github.com/PassByYou888/FFMPEG-Header * }
{ * https://github.com/PassByYou888/zTranslate * }
{ * https://github.com/PassByYou888/InfiniteIoT * }
{ * https://github.com/PassByYou888/FastMD5 * }
{ ****************************************************************************** }
unit Fast_MD5;
{$INCLUDE zDefine.inc}
interface
uses CoreClasses, UnicodeMixedLib;
{$IF Defined(MSWINDOWS) and Defined(Delphi)}
procedure MD5_Transform(var Accu; const Buf);
{$ENDIF Defined(MSWINDOWS) and Defined(Delphi)}
function FastMD5(const buffPtr: PByte; bufSiz: nativeUInt): TMD5; overload;
function FastMD5(stream: TCoreClassStream; StartPos, EndPos: Int64): TMD5; overload;
implementation
{$IF Defined(MSWINDOWS) and Defined(Delphi)}
uses MemoryStream64;
(*
fastMD5 algorithm by Maxim Masiutin
https://github.com/maximmasiutin/MD5_Transform-x64
delphi imp by 600585@qq.com
https://github.com/PassByYou888/FastMD5
*)
{$IF Defined(WIN32)}
(*
; ==============================================================
;
; MD5_386.Asm - 386 optimized helper routine for calculating
; MD Message-Digest values
; written 2/2/94 by
;
; Peter Sawatzki
; Buchenhof 3
; D58091 Hagen, Germany Fed Rep
;
; EMail: Peter@Sawatzki.de
; EMail: 100031.3002@compuserve.com
; WWW: http://www.sawatzki.de
;
;
; original C Source was found in Dr. Dobbs Journal Sep 91
; MD5 algorithm from RSA Data Security, Inc.
*)
{$L MD5_32.obj}
{$ELSEIF Defined(WIN64)}
(*
; MD5_Transform-x64
; MD5 transform routine oprimized for x64 processors
; Copyright 2018 Ritlabs, SRL
; The 64-bit version is written by Maxim Masiutin <max@ritlabs.com>
; The main advantage of this 64-bit version is that
; it loads 64 bytes of hashed message into 8 64-bit registers
; (RBP, R8, R9, R10, R11, R12, R13, R14) at the beginning,
; to avoid excessive memory load operations
; througout the routine.
; To operate with 32-bit values store in higher bits
; of a 64-bit register (bits 32-63) uses "Ror" by 32;
; 8 macro variables (M1-M8) are used to keep record
; or corrent state of whether the register has been
; Ror'ed or not.
; It also has an ability to use Lea instruction instead
; of two sequental Adds (uncomment UseLea=1), but it is
; slower on Skylake processors. Also, Intel in the
; Optimization Reference Maual discourages us of
; Lea as a replacement of two adds, since it is slower
; on the Atom processors.
; MD5_Transform-x64 is released under a dual license,
; and you may choose to use it under either the
; Mozilla Public License 2.0 (MPL 2.1, available from
; https://www.mozilla.org/en-US/MPL/2.0/) or the
; GNU Lesser General Public License Version 3,
; dated 29 June 2007 (LGPL 3, available from
; https://www.gnu.org/licenses/lgpl.html).
; MD5_Transform-x64 is based
; on the following code by Peter Sawatzki.
; The original notice by Peter Sawatzki follows.
*)
{$L MD5_64.obj}
{$ENDIF}
procedure MD5_Transform(var Accu; const Buf); register; external;
function FastMD5(const buffPtr: PByte; bufSiz: nativeUInt): TMD5;
var
Digest: TMD5;
Lo, Hi: Cardinal;
p: PByte;
ChunkIndex: Byte;
ChunkBuff: array [0 .. 63] of Byte;
begin
Lo := 0;
Hi := 0;
PCardinal(@Digest[0])^ := $67452301;
PCardinal(@Digest[4])^ := $EFCDAB89;
PCardinal(@Digest[8])^ := $98BADCFE;
PCardinal(@Digest[12])^ := $10325476;
inc(Lo, bufSiz shl 3);
inc(Hi, bufSiz shr 29);
p := buffPtr;
while bufSiz >= $40 do
begin
MD5_Transform(Digest, p^);
inc(p, $40);
dec(bufSiz, $40);
end;
if bufSiz > 0 then
CopyPtr(p, @ChunkBuff[0], bufSiz);
Result := PMD5(@Digest[0])^;
ChunkBuff[bufSiz] := $80;
ChunkIndex := bufSiz + 1;
if ChunkIndex > $38 then
begin
if ChunkIndex < $40 then
FillPtrByte(@ChunkBuff[ChunkIndex], $40 - ChunkIndex, 0);
MD5_Transform(Result, ChunkBuff);
ChunkIndex := 0
end;
FillPtrByte(@ChunkBuff[ChunkIndex], $38 - ChunkIndex, 0);
PCardinal(@ChunkBuff[$38])^ := Lo;
PCardinal(@ChunkBuff[$3C])^ := Hi;
MD5_Transform(Result, ChunkBuff);
end;
function FastMD5(stream: TCoreClassStream; StartPos, EndPos: Int64): TMD5;
const
deltaSize: Cardinal = $40 * $FFFF;
var
Digest: TMD5;
Lo, Hi: Cardinal;
DeltaBuf: Pointer;
bufSiz: Int64;
Rest: Cardinal;
p: PByte;
ChunkIndex: Byte;
ChunkBuff: array [0 .. 63] of Byte;
begin
if StartPos > EndPos then
Swap(StartPos, EndPos);
StartPos := umlClamp(StartPos, 0, stream.Size);
EndPos := umlClamp(EndPos, 0, stream.Size);
if EndPos - StartPos <= 0 then
begin
Result := FastMD5(nil, 0);
exit;
end;
{$IFDEF OptimizationMemoryStreamMD5}
if stream is TCoreClassMemoryStream then
begin
Result := FastMD5(Pointer(nativeUInt(TCoreClassMemoryStream(stream).Memory) + StartPos), EndPos - StartPos);
exit;
end;
if stream is TMemoryStream64 then
begin
Result := FastMD5(TMemoryStream64(stream).PositionAsPtr(StartPos), EndPos - StartPos);
exit;
end;
{$ENDIF}
//
Lo := 0;
Hi := 0;
PCardinal(@Digest[0])^ := $67452301;
PCardinal(@Digest[4])^ := $EFCDAB89;
PCardinal(@Digest[8])^ := $98BADCFE;
PCardinal(@Digest[12])^ := $10325476;
bufSiz := EndPos - StartPos;
Rest := 0;
inc(Lo, bufSiz shl 3);
inc(Hi, bufSiz shr 29);
DeltaBuf := GetMemory(deltaSize);
stream.Position := StartPos;
if bufSiz < $40 then
begin
stream.read(DeltaBuf^, bufSiz);
p := DeltaBuf;
end
else
while bufSiz >= $40 do
begin
if Rest = 0 then
begin
if bufSiz >= deltaSize then
Rest := deltaSize
else
Rest := bufSiz;
stream.ReadBuffer(DeltaBuf^, Rest);
p := DeltaBuf;
end;
MD5_Transform(Digest, p^);
inc(p, $40);
dec(bufSiz, $40);
dec(Rest, $40);
end;
if bufSiz > 0 then
CopyPtr(p, @ChunkBuff[0], bufSiz);
FreeMemory(DeltaBuf);
Result := PMD5(@Digest[0])^;
ChunkBuff[bufSiz] := $80;
ChunkIndex := bufSiz + 1;
if ChunkIndex > $38 then
begin
if ChunkIndex < $40 then
FillPtrByte(@ChunkBuff[ChunkIndex], $40 - ChunkIndex, 0);
MD5_Transform(Result, ChunkBuff);
ChunkIndex := 0
end;
FillPtrByte(@ChunkBuff[ChunkIndex], $38 - ChunkIndex, 0);
PCardinal(@ChunkBuff[$38])^ := Lo;
PCardinal(@ChunkBuff[$3C])^ := Hi;
MD5_Transform(Result, ChunkBuff);
end;
{$ELSE}
function FastMD5(const buffPtr: PByte; bufSiz: nativeUInt): TMD5;
begin
Result := umlMD5(buffPtr, bufSiz);
end;
function FastMD5(stream: TCoreClassStream; StartPos, EndPos: Int64): TMD5;
begin
Result := umlStreamMD5(stream, StartPos, EndPos);
end;
{$ENDIF Defined(MSWINDOWS) and Defined(Delphi)}
end.
|
unit MeshNormalVectorCalculator;
interface
uses Mesh, BasicMathsTypes, BasicDataTypes, NeighborDetector;
type
TMeshNormalVectorCalculator = class
private
function GetEquivalentVertex(_VertexID,_MaxVertexID: integer; const _VertexEquivalences: auint32): integer;
public
function GetNormalsValue(const _V1,_V2,_V3: TVector3f): TVector3f;
function GetQuadNormalValue(const _V1,_V2,_V3,_V4: TVector3f): TVector3f;
procedure FindMeshVertexNormals(var _Mesh: TMesh);
procedure FindMeshFaceNormals(var _Mesh: TMesh);
procedure GetVertexNormalsFromFaces(var _VertexNormals: TAVector3f; const _FaceNormals: TAVector3f; const _Vertices: TAVector3f; _NumVertices: integer; _NeighborDetector : TNeighborDetector; const _VertexEquivalences: auint32);
procedure GetFaceNormals(var _FaceNormals: TAVector3f; _VerticesPerFace : integer; const _Vertices: TAVector3f; const _Faces: auint32);
end;
implementation
uses MeshPluginBase, NeighborhoodDataPlugin, GLConstants, MeshBRepGeometry,
MeshGeometryBase, Vector3fSet, Math3D;
procedure TMeshNormalVectorCalculator.FindMeshVertexNormals(var _Mesh: TMesh);
var
NeighborDetector : TNeighborDetector;
NeighborhoodPlugin: PMeshPluginBase;
VertexEquivalences: auint32;
MyNormals: TAVector3f;
NumVertices: integer;
begin
if High(_Mesh.Normals) <= 0 then
begin
SetLength(_Mesh.Normals,High(_Mesh.Vertices)+1);
end;
NeighborhoodPlugin := _Mesh.GetPlugin(C_MPL_NEIGHBOOR);
_Mesh.Geometry.GoToFirstElement;
if NeighborhoodPlugin <> nil then
begin
if TNeighborhoodDataPlugin(NeighborhoodPlugin^).UseQuadFaces then
begin
NeighborDetector := TNeighborhoodDataPlugin(NeighborhoodPlugin^).QuadFaceNeighbors;
MyNormals := TNeighborhoodDataPlugin(NeighborhoodPlugin^).QuadFaceNormals;
end
else
begin
NeighborDetector := TNeighborhoodDataPlugin(NeighborhoodPlugin^).FaceNeighbors;
MyNormals := (_Mesh.Geometry.Current^ as TMeshBRepGeometry).Normals;
end;
VertexEquivalences := TNeighborhoodDataPlugin(NeighborhoodPlugin^).VertexEquivalences;
NumVertices := TNeighborhoodDataPlugin(NeighborhoodPlugin^).InitialVertexCount;
end
else
begin
NeighborDetector := TNeighborDetector.Create(C_NEIGHBTYPE_VERTEX_FACE);
NeighborDetector.BuildUpData(_Mesh.Geometry,High(_Mesh.Vertices)+1);
MyNormals := (_Mesh.Geometry.Current^ as TMeshBRepGeometry).Normals;
VertexEquivalences := nil;
NumVertices := High(_Mesh.Vertices)+1;
end;
GetVertexNormalsFromFaces(_Mesh.Normals,MyNormals,_Mesh.Vertices,NumVertices,NeighborDetector,VertexEquivalences);
// _Mesh.SetVertexNormals;
end;
procedure TMeshNormalVectorCalculator.FindMeshFaceNormals(var _Mesh: TMesh);
var
CurrentGeometry: PMeshGeometryBase;
begin
// Recalculate Face Normals
_Mesh.Geometry.GoToFirstElement;
CurrentGeometry := _Mesh.Geometry.Current;
while CurrentGeometry <> nil do
begin
if High((CurrentGeometry^ as TMeshBRepGeometry).Normals) > 0 then
begin
GetFaceNormals((_Mesh.Geometry.Current^ as TMeshBRepGeometry).Normals,(_Mesh.Geometry.Current^ as TMeshBRepGeometry).VerticesPerFace,_Mesh.Vertices,(_Mesh.Geometry.Current^ as TMeshBRepGeometry).Faces);
end;
_Mesh.Geometry.GoToNextElement;
CurrentGeometry := _Mesh.Geometry.Current;
end;
end;
procedure TMeshNormalVectorCalculator.GetVertexNormalsFromFaces(var _VertexNormals: TAVector3f; const _FaceNormals: TAVector3f; const _Vertices: TAVector3f; _NumVertices: integer; _NeighborDetector : TNeighborDetector; const _VertexEquivalences: auint32);
var
DifferentNormalsList: CVector3fSet;
v,Value : integer;
Normal : PVector3f;
begin
DifferentNormalsList := CVector3fSet.Create;
// Now, let's check each vertex.
for v := Low(_Vertices) to (_NumVertices - 1) do
begin
DifferentNormalsList.Reset;
_VertexNormals[v].X := 0;
_VertexNormals[v].Y := 0;
_VertexNormals[v].Z := 0;
Value := _NeighborDetector.GetNeighborFromID(v); // face neighbors from vertex
while Value <> -1 do
begin
Normal := new(PVector3f);
Normal^.X := _FaceNormals[Value].X;
Normal^.Y := _FaceNormals[Value].Y;
Normal^.Z := _FaceNormals[Value].Z;
if DifferentNormalsList.Add(Normal) then
begin
_VertexNormals[v].X := _VertexNormals[v].X + Normal^.X;
_VertexNormals[v].Y := _VertexNormals[v].Y + Normal^.Y;
_VertexNormals[v].Z := _VertexNormals[v].Z + Normal^.Z;
end;
Value := _NeighborDetector.GetNextNeighbor;
end;
if not DifferentNormalsList.isEmpty then
begin
Normalize(_VertexNormals[v]);
end;
end;
v := _NumVertices;
while v <= High(_Vertices) do
begin
Value := GetEquivalentVertex(v,_NumVertices,_VertexEquivalences);
_VertexNormals[v].X := _VertexNormals[Value].X;
_VertexNormals[v].Y := _VertexNormals[Value].Y;
_VertexNormals[v].Z := _VertexNormals[Value].Z;
inc(v);
end;
// Free memory
DifferentNormalsList.Free;
end;
procedure TMeshNormalVectorCalculator.GetFaceNormals(var _FaceNormals: TAVector3f; _VerticesPerFace : integer; const _Vertices: TAVector3f; const _Faces: auint32);
var
f,face : integer;
begin
if High(_FaceNormals) >= 0 then
begin
if _VerticesPerFace = 3 then
begin
face := 0;
for f := Low(_FaceNormals) to High(_FaceNormals) do
begin
_FaceNormals[f] := GetNormalsValue(_Vertices[_Faces[face]],_Vertices[_Faces[face+1]],_Vertices[_Faces[face+2]]);
inc(face,3);
end;
end
else if _VerticesPerFace = 4 then
begin
face := 0;
for f := Low(_FaceNormals) to High(_FaceNormals) do
begin
_FaceNormals[f] := GetQuadNormalValue(_Vertices[_Faces[face]],_Vertices[_Faces[face+1]],_Vertices[_Faces[face+2]],_Vertices[_Faces[face+3]]);
inc(face,4);
end;
end;
end;
end;
function TMeshNormalVectorCalculator.GetEquivalentVertex(_VertexID,_MaxVertexID: integer; const _VertexEquivalences: auint32): integer;
begin
Result := _VertexID;
while Result > _MaxVertexID do
begin
Result := _VertexEquivalences[Result];
end;
end;
function TMeshNormalVectorCalculator.GetNormalsValue(const _V1,_V2,_V3: TVector3f): TVector3f;
begin
Result.X := (((_V3.Y - _V2.Y) * (_V1.Z - _V2.Z)) - ((_V1.Y - _V2.Y) * (_V3.Z - _V2.Z)));
Result.Y := (((_V3.Z - _V2.Z) * (_V1.X - _V2.X)) - ((_V1.Z - _V2.Z) * (_V3.X - _V2.X)));
Result.Z := (((_V3.X - _V2.X) * (_V1.Y - _V2.Y)) - ((_V1.X - _V2.X) * (_V3.Y - _V2.Y)));
Normalize(Result);
end;
function TMeshNormalVectorCalculator.GetQuadNormalValue(const _V1,_V2,_V3,_V4: TVector3f): TVector3f;
var
Temp : TVector3f;
begin
Result := GetNormalsValue(_V1,_V2,_V3);
Temp := GetNormalsValue(_V3,_V4,_V1);
Result.X := Result.X + Temp.X;
Result.Y := Result.Y + Temp.Y;
Result.Z := Result.Z + Temp.Z;
Normalize(Result);
end;
end.
|
unit FMX.Navigator;
interface
uses
System.SysUtils, System.Classes, System.Generics.Collections, FMX.Types,
FMX.Controls, FMX.Layouts, FMX.StdCtrls, FMX.Objects, FMX.Graphics,
FMX.MultiView, FMX.Effects, System.UITypes,
FMX.Forms, FMX.Controls.Presentation, FMX.Filter.Effects;
type
TFrameClass = class of TFrame;
TGetMainFrameEvent = procedure(out AFrame: TFrame) of object;
TGetFrameMainClassEvent = procedure(out AFrameClass: TFrameClass) of object;
TFrameHelper = class helper for TControl
procedure DoShow;
procedure DoHide;
end;
TNavigator = class(TLayout)
private
FBackPath: TPath;
FSettingsPath: TPath;
FMenuPath: TPath;
FOnSettingsClick: TNotifyEvent;
FViewRender: TControl;
FMultiView: TMultiView;
FMultiViewButton: TSpeedButton;
FStack: TStack<TPair<string, TFrame>>;
FFontColor: TAlphaColor;
FFrameMain: TFrame;
FShadowEffectToolbar: TShadowEffect;
FRectangle: TRectangle;
FTitle: TLabel;
FTitleFill: TFillRGBEffect;
FMainTitle: string;
FMenuButton: TSpeedButton;
FBackButton: TSpeedButton;
FSettingsButton: TSpeedButton;
FOnKeyUpOwner: TKeyEvent;
FOnGetFrameMainClass: TGetFrameMainClassEvent;
procedure FreeStack;
procedure SetMultiView(const Value: TMultiView);
function HasMultiView: Boolean;
function StackIsEmpty: Boolean;
function GetTitle: string;
procedure SetTitle(const Value: string);
procedure SetFontColor(const Value: TAlphaColor);
function GetFill: TBrush;
procedure SetFill(const Value: TBrush);
procedure DoPush(TitleNavigator: string; Frame: TFrame);
procedure BackButtonClick(Sender: TObject);
procedure MenuButtonClick(Sender: TObject);
procedure CreateShadow;
procedure CreateButtons;
procedure CreateRectangle;
procedure CreateLabel;
procedure CreatePaths;
procedure DoInjectKeyUp;
procedure SetMainFrame(const Value: TFrame);
function GetVisibleSettings: Boolean;
procedure SetVisibleSettings(const Value: Boolean);
procedure SetViewRender(const Value: TControl);
function GetViewRender: TControl;
property FrameMain: TFrame read FFrameMain write SetMainFrame;
procedure DoOnGetFrameMainClass;
procedure DoAdjustStyle;
protected
procedure Notification(AComponent: TComponent; Operation: TOperation); override;
procedure OnFormKeyUp(Sender: TObject; var Key: Word; var KeyChar: Char; Shift: TShiftState);
procedure Loaded; override;
function CreateFrameInstance(Frame: TFrameClass): TFrame;
public
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
property Stack: TStack <TPair<string, TFrame>> read FStack write FStack;
procedure Push(AFrame: TFrame); overload; deprecated 'Use method Push(AFrame: TFrameClass)';
procedure Push(ATitle: string; AFrame: TFrame); overload; deprecated 'Use method Push(AFrame: TFrameClass)';
procedure Push(ATitle: string; AFrame: TFrameClass); overload;
procedure Push(AFrame: TFrameClass); overload;
procedure Pop;
procedure Clear;
published
property OnSettingsClick: TNotifyEvent read FOnSettingsClick write FOnSettingsClick;
property OnGetFrameMainClass: TGetFrameMainClassEvent read FOnGetFrameMainClass write FOnGetFrameMainClass;
property VisibleSettings: Boolean read GetVisibleSettings write SetVisibleSettings default False;
property MultiView: TMultiView read FMultiView write SetMultiView;
property Fill: TBrush read GetFill write SetFill;
property Title: string read GetTitle write SetTitle;
property FontColor: TAlphaColor read FFontColor write SetFontColor default TAlphaColorRec.Black;
property ViewRender: TControl read GetViewRender write SetViewRender;
end;
procedure Register;
const
BACK_BUTTON = 'M20 11H7.83l5.59-5.59L12 4l-8 8 8 8 1.41-1.41L7.83 13H20v-2z';
MENU_BUTTON = 'M3 18h18v-2H3v2zm0-5h18v-2H3v2zm0-7v2h18V6H3z';
SETTINGS_BUTTON = 'M12,8 c1.1,0 2,-0.9 2,-2 s-0.9,-2 -2,-2 s-2,0.9 -2,2 s0.9,2 2,2 zm0,2 c-1.1,0 -2,0.9 -2,2 ' +
's0.9,2 2,2 s2,-0.9 2,-2 s-0.9,-2 -2,-2 zm0,6 c-1.1,0 -2,0.9 -2,2 s0.9,2 2,2 s2,-0.9 2,-2 s-0.9,-2 -2,-2 z';
implementation
uses
FMX.Styles.Objects, FMX.VirtualKeyboard, FMX.Platform;
procedure Register;
begin
RegisterComponents('HashLoad', [TNavigator]);
end;
{ TNavigator }
procedure TNavigator.BackButtonClick(Sender: TObject);
begin
Pop;
end;
procedure TNavigator.Clear;
begin
while not StackIsEmpty do
Pop;
end;
constructor TNavigator.Create(AOwner: TComponent);
begin
inherited;
FStack := TStack <TPair<string, TFrame>>.Create;
CreateShadow;
CreateRectangle;
CreateButtons;
CreateLabel;
CreatePaths;
DoInjectKeyUp;
DoAdjustStyle;
Align := TAlignLayout.Top;
Height := 56;
FontColor := TAlphaColorRec.Black;
end;
procedure TNavigator.CreateButtons;
begin
FMenuButton := TSpeedButton.Create(Self);
FMenuButton.Parent := FRectangle;
FMenuButton.Align := TAlignLayout.Left;
FMenuButton.Size.Width := FRectangle.Height;
FMenuButton.OnClick := MenuButtonClick;
FMenuButton.Stored := False;
FMenuButton.SetSubComponent(True);
FBackButton := TSpeedButton.Create(Self);
FBackButton.Parent := FRectangle;
FBackButton.Align := TAlignLayout.Left;
FBackButton.Size.Width := FRectangle.Height;
FBackButton.Visible := False;
FBackButton.OnClick := BackButtonClick;
FBackButton.Stored := False;
FBackButton.SetSubComponent(True);
FMultiViewButton := TSpeedButton.Create(Self);
FMultiViewButton.Stored := False;
FMultiViewButton.SetSubComponent(True);
FSettingsButton := TSpeedButton.Create(Self);
FSettingsButton.Parent := FRectangle;
FSettingsButton.Align := TAlignLayout.Right;
FSettingsButton.Size.Width := FRectangle.Height;
VisibleSettings := False;
FSettingsButton.Stored := False;
FSettingsButton.SetSubComponent(True);
end;
function TNavigator.CreateFrameInstance(Frame: TFrameClass): TFrame;
var
LInstance: TFrame;
begin
LInstance := TFrame(Frame.NewInstance);
LInstance.Create(TForm(Self.Root));
Result := LInstance;
end;
procedure TNavigator.CreateLabel;
begin
FTitle := TLabel.Create(Self);
FTitle.Parent := FRectangle;
FTitle.Align := TAlignLayout.Client;
FTitle.Margins.Left := 16;
FTitle.Margins.Top := 5;
FTitle.Margins.Right := 5;
FTitle.Margins.Bottom := 5;
FTitleFill := TFillRGBEffect.Create(FTitle);
FTitleFill.Parent := FTitle;
end;
procedure TNavigator.CreateShadow;
begin
FShadowEffectToolbar := TShadowEffect.Create(Self);
FShadowEffectToolbar.Distance := 3;
FShadowEffectToolbar.Direction := 90;
FShadowEffectToolbar.Softness := 0.3;
FShadowEffectToolbar.Opacity := 1;
FShadowEffectToolbar.ShadowColor := TAlphaColorRec.Darkgray;
FShadowEffectToolbar.Stored := False;
FShadowEffectToolbar.Parent := Self;
FShadowEffectToolbar.SetSubComponent(True);
end;
procedure TNavigator.CreateRectangle;
begin
FRectangle := TRectangle.Create(Self);
FRectangle.SetSubComponent(True);
FRectangle.Stored := False;
FRectangle.Stroke.Kind := TBrushKind.None;
FRectangle.Align := TAlignLayout.Client;
FRectangle.Parent := Self;
end;
destructor TNavigator.Destroy;
begin
FreeStack;
if HasMultiView then
FMultiView.RemoveFreeNotify(Self);
inherited;
end;
function TNavigator.GetFill: TBrush;
begin
Result := FRectangle.Fill;
end;
function TNavigator.GetTitle: string;
begin
Result := FTitle.Text;
end;
function TNavigator.GetViewRender: TControl;
begin
if Assigned(FViewRender) then
Result := FViewRender
else
Result := TControl(Self.Parent);
end;
function TNavigator.GetVisibleSettings: Boolean;
begin
Result := FSettingsButton.Visible;
end;
function TNavigator.HasMultiView: Boolean;
begin
Result := FMultiView <> nil;
end;
procedure TNavigator.Loaded;
begin
inherited;
DoOnGetFrameMainClass;
FSettingsButton.OnClick := FOnSettingsClick;
end;
procedure TNavigator.MenuButtonClick(Sender: TObject);
begin
if Assigned(FMultiView) then
FMultiViewButton.OnClick(Sender);
end;
function TNavigator.StackIsEmpty: Boolean;
begin
Result := FStack.Count = 0;
end;
procedure TNavigator.Notification(AComponent: TComponent; Operation: TOperation);
begin
inherited;
if (AComponent = FMultiView) and (Operation = opRemove) then
FMultiView := nil;
end;
procedure TNavigator.OnFormKeyUp(Sender: TObject; var Key: Word; var KeyChar: Char; Shift: TShiftState);
var
LService: IFMXVirtualKeyboardService;
begin
if (Key = vkHardwareBack) and not StackIsEmpty then
begin
TPlatformServices.Current.SupportsPlatformService(IFMXVirtualKeyboardService, IInterface(LService));
if Not((LService <> nil) and (TVirtualKeyboardState.Visible in LService.VirtualKeyBoardState)) then
Pop
else if (TVirtualKeyboardState.Visible in LService.VirtualKeyBoardState) then
LService.HideVirtualKeyboard;
Key := 0;
end;
if Assigned(FOnKeyUpOwner) then
FOnKeyUpOwner(Sender, Key, KeyChar, Shift);
end;
procedure TNavigator.Pop;
var
LFrame: TFrame;
begin
LFrame := FStack.Peek.Value;
FStack.Pop;
TThread.Synchronize(nil,
procedure
begin
LFrame.Parent := nil;
TForm(Self.Root).RemoveFreeNotification(LFrame);
TForm(Self.Root).RemoveComponent(LFrame);
FreeAndNil(LFrame);
if StackIsEmpty then
begin
FMenuButton.Visible := True;
FBackButton.Visible := False;
Title := FMainTitle;
if Assigned(FFrameMain) then
FFrameMain.Parent := FViewRender;
end
else
begin
FStack.Peek.Value.Parent := FViewRender;
Title := FStack.Peek.Key;
FStack.Peek.Value.DoShow;
end;
end);
end;
procedure TNavigator.Push(ATitle: string; AFrame: TFrameClass);
var
LFrame: TFrame;
begin
LFrame := CreateFrameInstance(AFrame);
DoPush(ATitle, LFrame);
end;
procedure TNavigator.DoAdjustStyle;
begin
{$IFDEF MSWINDOWS}
FTitle.StyledSettings := [];
FTitle.Font.Size := 16;
FTitle.Font.Style := [TFontStyle.fsBold];
FTitle.Font.Family := 'Roboto';
{$ENDIF}
// FMenuButton.StyleLookup := 'drawertoolbutton';
// FSettingsButton.StyleLookup := 'detailstoolbutton';
end;
procedure TNavigator.DoInjectKeyUp;
begin
if Owner.InheritsFrom(TCommonCustomForm) then
begin
FOnKeyUpOwner := TCommonCustomForm(Owner).OnKeyUp;
TCommonCustomForm(Owner).OnKeyUp := OnFormKeyUp;
end
else if Owner.InheritsFrom(TControl) then
begin
FOnKeyUpOwner := TControl(Owner).OnKeyUp;
TControl(Owner).OnKeyUp := OnFormKeyUp;
end;
end;
procedure TNavigator.DoOnGetFrameMainClass;
var
LFrameMainClass: TFrameClass;
begin
if not(csDesigning in ComponentState) and Assigned(FOnGetFrameMainClass) then
begin
FOnGetFrameMainClass(LFrameMainClass);
FrameMain := CreateFrameInstance(LFrameMainClass);
end;
end;
procedure TNavigator.DoPush(TitleNavigator: string; Frame: TFrame);
begin
TThread.Synchronize(nil,
procedure
begin
if StackIsEmpty then
begin
FMenuButton.Visible := False;
FBackButton.Visible := True;
FMainTitle := Title;
if Assigned(FFrameMain) then
FFrameMain.Parent := nil;
end
else
FStack.Peek.Value.Parent := nil;
FStack.Push(TPair<string, TFrame>.Create(TitleNavigator, Frame));
Title := TitleNavigator;
Frame.Align := TAlignLayout.Client;
Frame.Name := Frame.Name + FStack.Count.ToString;
Frame.Parent := FViewRender;
Frame.DoShow;
end);
end;
procedure TNavigator.CreatePaths;
const
PATH_SIZE = 18;
procedure MakePath(var APath: TPath; AData: string; AParent: TFmxObject);
begin
APath := TPath.Create(AParent);
APath.Parent := AParent;
APath.SetSubComponent(True);
APath.Stored := False;
APath.HitTest := False;
APath.Width := PATH_SIZE;
APath.Height := PATH_SIZE;
APath.Data.Data := AData;
APath.Align := TAlignLayout.Center;
APath.Fill.Color := FontColor;
APath.Stroke.Kind := TBrushKind.None;
APath.Padding.Left := -PATH_SIZE;
APath.Padding.Right := -PATH_SIZE;
APath.Padding.Top := -PATH_SIZE;
APath.Padding.Bottom := -PATH_SIZE;
APath.WrapMode := TPathWrapMode.Fit;
end;
begin
MakePath(FBackPath, BACK_BUTTON, FBackButton);
MakePath(FMenuPath, MENU_BUTTON, FMenuButton);
MakePath(FSettingsPath, SETTINGS_BUTTON, FSettingsButton);
end;
procedure TNavigator.FreeStack;
var
LPairFrame: TPair<string, TFrame>;
LFrame: TFrame;
begin
while FStack.Count > 0 do
begin
LPairFrame := FStack.Pop;
LFrame := LPairFrame.Value;
LFrame.Parent := nil;
end;
FreeAndNil(FStack);
end;
procedure TNavigator.Push(ATitle: string; AFrame: TFrame);
begin
DoPush(ATitle, AFrame);
end;
procedure TNavigator.Push(AFrame: TFrame);
begin
DoPush(Title, AFrame);
end;
procedure TNavigator.SetFill(const Value: TBrush);
begin
FRectangle.Fill := Value;
end;
procedure TNavigator.SetFontColor(const Value: TAlphaColor);
begin
if FFontColor <> Value then
begin
FFontColor := Value;
FTitleFill.Color := Value;
FBackPath.Fill.Color := Value;
FSettingsPath.Fill.Color := Value;
FMenuPath.Fill.Color := Value;
end;
end;
procedure TNavigator.SetMainFrame(const Value: TFrame);
begin
if FFrameMain <> Value then
begin
if Assigned(FFrameMain) then
begin
RemoveFreeNotification(FFrameMain);
FFrameMain.DisposeOf;
end;
FFrameMain := Value;
if FFrameMain <> nil then
begin
AddFreeNotify(FFrameMain);
FFrameMain.Align := TAlignLayout.Client;
FFrameMain.Parent := FViewRender;
end;
end;
end;
procedure TNavigator.SetMultiView(const Value: TMultiView);
begin
if FMultiView <> Value then
begin
FMultiView := Value;
if HasMultiView then
begin
FMultiView.AddFreeNotify(Self);
FMultiView.MasterButton := FMultiViewButton;
FMenuButton.Visible := True;
end;
end;
end;
procedure TNavigator.SetTitle(const Value: string);
begin
if FTitle.Text <> Value then
FTitle.Text := Value;
end;
procedure TNavigator.SetViewRender(const Value: TControl);
begin
if FViewRender <> Value then
begin
FViewRender := Value;
end;
end;
procedure TNavigator.SetVisibleSettings(const Value: Boolean);
begin
if FSettingsButton.Visible <> Value then
begin
FSettingsButton.Visible := Value
end;
end;
procedure TNavigator.Push(AFrame: TFrameClass);
var
LFrame: TFrame;
begin
LFrame := CreateFrameInstance(AFrame);
DoPush(Title, LFrame);
end;
{ TFrameHelper }
procedure TFrameHelper.DoHide;
begin
Self.Hide;
end;
procedure TFrameHelper.DoShow;
begin
Self.Show;
end;
end.
|
unit CustomServiceDemoMain;
interface
uses
Classes, apiPlugin, AIMPCustomPlugin, apiCore, CustomServiceDemoPublicIntf;
type
{ TMyCustomObject }
TMyCustomObject = class(TInterfacedObject,
IMyCustomObject,
IMyCustomObjectv2)
protected
// IMyCustomObject
function SomeMethod: HRESULT; stdcall;
// IMyCustomObjectv2
function SomeNewMethod: HRESULT; stdcall;
end;
{ TMyCustomService }
TMyCustomService = class(TInterfacedObject,
IMyCustomService, // Main interface of custom service
IAIMPServiceAttrExtendable, // Our service has extensions support
IAIMPServiceAttrObjects // Our service has custom objects
)
private
FExtensions: TInterfaceList;
protected
// IAIMPServiceAttrExtendable
procedure RegisterExtension(Extension: IInterface); stdcall;
procedure UnregisterExtension(Extension: IInterface); stdcall;
// IAIMPServiceAttrObjects
function CreateObject(const IID: TGUID; out Obj): HRESULT; stdcall;
// IMyCustomService
function SomeMethod: HRESULT; stdcall;
public
constructor Create; virtual;
destructor Destroy; override;
procedure NotifyExtensions;
end;
{ TAIMPCustomServicePlugin }
TAIMPCustomServicePlugin = class(TAIMPCustomPlugin)
protected
function InfoGet(Index: Integer): PWideChar; override; stdcall;
function InfoGetCategories: Cardinal; override; stdcall;
function Initialize(Core: IAIMPCore): HRESULT; override; stdcall;
end;
implementation
uses
ActiveX, SysUtils;
{ TMyCustomObject }
function TMyCustomObject.SomeMethod: HRESULT;
begin
Result := S_OK;
end;
function TMyCustomObject.SomeNewMethod: HRESULT;
begin
Result := S_OK;
end;
{ TMyCustomService }
constructor TMyCustomService.Create;
begin
inherited Create;
FExtensions := TInterfaceList.Create;
end;
destructor TMyCustomService.Destroy;
begin
FreeAndNil(FExtensions);
inherited Destroy;
end;
procedure TMyCustomService.NotifyExtensions;
var
I: Integer;
begin
// send notification to our extensions
FExtensions.Lock;
try
for I := FExtensions.Count - 1 downto 0 do
IMyCustomExtension(FExtensions[I]).SomeNotification;
finally
FExtensions.Unlock;
end;
end;
function TMyCustomService.CreateObject(const IID: TGUID; out Obj): HRESULT;
begin
Result := S_OK;
if IsEqualGUID(IID, IID_IMyCustomObject) then
IMyCustomObject(Obj) := TMyCustomObject.Create
else
if IsEqualGUID(IID, IID_IMyCustomObjectv2) then
IMyCustomObjectv2(Obj) := TMyCustomObject.Create
else
Result := E_NOINTERFACE;
end;
procedure TMyCustomService.RegisterExtension(Extension: IInterface);
var
AIntf: IMyCustomExtension;
begin
// if it our extension put it into the FExtensions list
if Supports(Extension, IMyCustomExtension, AIntf) then
FExtensions.Add(AIntf);
end;
procedure TMyCustomService.UnregisterExtension(Extension: IInterface);
var
AIntf: IMyCustomExtension;
begin
// if it our extension remove it from the FExtensions list
if Supports(Extension, IMyCustomExtension, AIntf) then
FExtensions.Remove(AIntf);
end;
function TMyCustomService.SomeMethod: HRESULT;
begin
Result := S_OK;
end;
{ TAIMPCustomServicePlugin }
function TAIMPCustomServicePlugin.InfoGet(Index: Integer): PWideChar;
begin
case Index of
AIMP_PLUGIN_INFO_NAME:
Result := 'Custom service demo plugin';
AIMP_PLUGIN_INFO_AUTHOR:
Result := 'Artem Izmaylov';
AIMP_PLUGIN_INFO_SHORT_DESCRIPTION:
Result := 'Single line short description';
else
Result := nil;
end;
end;
function TAIMPCustomServicePlugin.InfoGetCategories: Cardinal;
begin
Result := AIMP_PLUGIN_CATEGORY_ADDONS;
end;
function TAIMPCustomServicePlugin.Initialize(Core: IAIMPCore): HRESULT;
begin
Result := inherited Initialize(Core);
if Succeeded(Result) then
// Register the custom service
Core.RegisterService(TMyCustomService.Create);
end;
end.
|
// ************************************************************************
// ***************************** CEF4Delphi *******************************
// ************************************************************************
//
// CEF4Delphi is based on DCEF3 which uses CEF3 to embed a chromium-based
// browser in Delphi applications.
//
// The original license of DCEF3 still applies to CEF4Delphi.
//
// For more information about CEF4Delphi visit :
// https://www.briskbard.com/index.php?lang=en&pageid=cef
//
// Copyright © 2017 Salvador Díaz Fau. All rights reserved.
//
// ************************************************************************
// ************ vvvv Original license and comments below vvvv *************
// ************************************************************************
(*
* Delphi Chromium Embedded 3
*
* Usage allowed under the restrictions of the Lesser GNU General Public License
* or alternatively the restrictions of the Mozilla Public License 1.1
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for
* the specific language governing rights and limitations under the License.
*
* Unit owner : Henri Gourvest <hgourvest@gmail.com>
* Web site : http://www.progdigy.com
* Repository : http://code.google.com/p/delphichromiumembedded/
* Group : http://groups.google.com/group/delphichromiumembedded
*
* Embarcadero Technologies, Inc is not permitted to use or redistribute
* this source code without explicit permission.
*
*)
unit uCEFJsDialogHandler;
{$IFNDEF CPUX64}
{$ALIGN ON}
{$MINENUMSIZE 4}
{$ENDIF}
{$I cef.inc}
interface
uses
uCEFBaseRefCounted, uCEFInterfaces, uCEFTypes;
type
TCefJsDialogHandlerOwn = class(TCefBaseRefCountedOwn, ICefJsDialogHandler)
protected
function OnJsdialog(const browser: ICefBrowser; const originUrl: ustring; dialogType: TCefJsDialogType; const messageText, defaultPromptText: ustring; const callback: ICefJsDialogCallback; out suppressMessage: Boolean): Boolean; virtual;
function OnBeforeUnloadDialog(const browser: ICefBrowser; const messageText: ustring; isReload: Boolean; const callback: ICefJsDialogCallback): Boolean; virtual;
procedure OnResetDialogState(const browser: ICefBrowser); virtual;
procedure OnDialogClosed(const browser: ICefBrowser); virtual;
public
constructor Create; virtual;
end;
TCustomJsDialogHandler = class(TCefJsDialogHandlerOwn)
protected
FEvent: IChromiumEvents;
function OnJsdialog(const browser: ICefBrowser; const originUrl: ustring; dialogType: TCefJsDialogType; const messageText, defaultPromptText: ustring; const callback: ICefJsDialogCallback; out suppressMessage: Boolean): Boolean; override;
function OnBeforeUnloadDialog(const browser: ICefBrowser; const messageText: ustring; isReload: Boolean; const callback: ICefJsDialogCallback): Boolean; override;
procedure OnResetDialogState(const browser: ICefBrowser); override;
procedure OnDialogClosed(const browser: ICefBrowser); override;
public
constructor Create(const events: IChromiumEvents); reintroduce; virtual;
destructor Destroy; override;
end;
implementation
uses
uCEFMiscFunctions, uCEFLibFunctions, uCEFBrowser, uCEFJsDialogCallback;
function cef_jsdialog_handler_on_jsdialog(self : PCefJsDialogHandler;
browser : PCefBrowser;
const origin_url : PCefString;
dialog_type : TCefJsDialogType;
const message_text : PCefString;
const default_prompt_text : PCefString;
callback : PCefJsDialogCallback;
suppress_message : PInteger): Integer; stdcall;
var
sm: Boolean;
begin
sm := suppress_message^ <> 0;
with TCefJsDialogHandlerOwn(CefGetObject(self)) do
Result := Ord(OnJsdialog(TCefBrowserRef.UnWrap(browser),
CefString(origin_url),
dialog_type,
CefString(message_text),
CefString(default_prompt_text),
TCefJsDialogCallbackRef.UnWrap(callback),
sm));
suppress_message^ := Ord(sm);
end;
function cef_jsdialog_handler_on_before_unload_dialog(self: PCefJsDialogHandler;
browser: PCefBrowser; const message_text: PCefString; is_reload: Integer;
callback: PCefJsDialogCallback): Integer; stdcall;
begin
with TCefJsDialogHandlerOwn(CefGetObject(self)) do
Result := Ord(OnBeforeUnloadDialog(TCefBrowserRef.UnWrap(browser), CefString(message_text),
is_reload <> 0, TCefJsDialogCallbackRef.UnWrap(callback)));
end;
procedure cef_jsdialog_handler_on_reset_dialog_state(self: PCefJsDialogHandler;
browser: PCefBrowser); stdcall;
begin
with TCefJsDialogHandlerOwn(CefGetObject(self)) do
OnResetDialogState(TCefBrowserRef.UnWrap(browser));
end;
procedure cef_jsdialog_handler_on_dialog_closed(self: PCefJsDialogHandler;
browser: PCefBrowser); stdcall;
begin
with TCefJsDialogHandlerOwn(CefGetObject(self)) do
OnDialogClosed(TCefBrowserRef.UnWrap(browser));
end;
constructor TCefJsDialogHandlerOwn.Create;
begin
inherited CreateData(SizeOf(TCefJsDialogHandler));
with PCefJsDialogHandler(FData)^ do
begin
on_jsdialog := cef_jsdialog_handler_on_jsdialog;
on_before_unload_dialog := cef_jsdialog_handler_on_before_unload_dialog;
on_reset_dialog_state := cef_jsdialog_handler_on_reset_dialog_state;
on_dialog_closed := cef_jsdialog_handler_on_dialog_closed;
end;
end;
function TCefJsDialogHandlerOwn.OnJsdialog(const browser: ICefBrowser;
const originUrl: ustring; dialogType: TCefJsDialogType;
const messageText, defaultPromptText: ustring;
const callback: ICefJsDialogCallback;
out suppressMessage: Boolean): Boolean;
begin
Result := False;
suppressMessage := False;
end;
function TCefJsDialogHandlerOwn.OnBeforeUnloadDialog(const browser: ICefBrowser;
const messageText: ustring; isReload: Boolean;
const callback: ICefJsDialogCallback): Boolean;
begin
Result := False;
end;
procedure TCefJsDialogHandlerOwn.OnDialogClosed(const browser: ICefBrowser);
begin
end;
procedure TCefJsDialogHandlerOwn.OnResetDialogState(const browser: ICefBrowser);
begin
end;
// TCustomJsDialogHandler
constructor TCustomJsDialogHandler.Create(const events: IChromiumEvents);
begin
inherited Create;
FEvent := events;
end;
destructor TCustomJsDialogHandler.Destroy;
begin
FEvent := nil;
inherited Destroy;
end;
function TCustomJsDialogHandler.OnBeforeUnloadDialog(const browser : ICefBrowser;
const messageText : ustring;
isReload : Boolean;
const callback : ICefJsDialogCallback): Boolean;
begin
if (FEvent <> nil) then
Result := FEvent.doOnBeforeUnloadDialog(browser, messageText, isReload, callback)
else
Result := inherited OnBeforeUnloadDialog(browser, messageText, isReload, callback);
end;
procedure TCustomJsDialogHandler.OnDialogClosed(const browser: ICefBrowser);
begin
if (FEvent <> nil) then FEvent.doOnDialogClosed(browser);
end;
function TCustomJsDialogHandler.OnJsdialog(const browser : ICefBrowser;
const originUrl : ustring;
dialogType : TCefJsDialogType;
const messageText : ustring;
const defaultPromptText : ustring;
const callback : ICefJsDialogCallback;
out suppressMessage : Boolean): Boolean;
begin
suppressMessage := False;
if (FEvent <> nil) then
Result := FEvent.doOnJsdialog(browser, originUrl, dialogType, messageText, defaultPromptText, callback, suppressMessage)
else
Result := inherited OnJsdialog(browser, originUrl, dialogType, messageText, defaultPromptText, callback, suppressMessage);
end;
procedure TCustomJsDialogHandler.OnResetDialogState(const browser: ICefBrowser);
begin
if (FEvent <> nil) then FEvent.doOnResetDialogState(browser);
end;
end.
|
{-------------------------------------------------------------------------------
Copyright 2012 Ethea S.r.l.
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.
-------------------------------------------------------------------------------}
/// <summary>
/// DBExpress-based database access layer.
/// </summary>
unit EF.DB.DBX;
{$I EF.Defines.inc}
interface
uses
Classes, DB, Contnrs,
DBXCommon, SqlExpr,
EF.Tree, EF.DB;
type
/// <summary>
/// Retrieves metadata from a database through DBX. Should support all
/// databases supported by DBX, depending on the driver used.
/// </summary>
TEFDBDBXInfo = class(TEFDBInfo)
private
FConnection: TSQLConnection;
FServerCharSet: string;
function DBXDataTypeToEFDataType(const ADBXDataType: TDBXType): TEFDataType;
procedure SetForeignKeyColumns(const AForeignKeyInfo: TEFDBForeignKeyInfo);
procedure StoreServerCharSet;
procedure RestoreServerCharSet;
protected
procedure BeforeFetchInfo; override;
procedure FetchTables(const ASchemaInfo: TEFDBSchemaInfo); override;
procedure FetchTableColumns(const ATableInfo: TEFDBTableInfo);
procedure FetchTablePrimaryKey(const ATableInfo: TEFDBTableInfo);
procedure FetchTableForeignKeys(const ATableInfo: TEFDBTableInfo);
public
constructor Create(const AConnection: TSQLConnection);
property Connection: TSQLConnection read FConnection write FConnection;
end;
TEFDBDBXQuery = class;
TEFSQLConnection = class(TSQLConnection)
end;
TEFDBDBXConnection = class(TEFDBConnection)
private
FConnection: TEFSQLConnection;
FTransaction: TDBXTransaction;
FConnectionString: TStrings;
FFetchSequenceGeneratorValueQuery: TEFDBDBXQuery;
FLastSequenceName: string;
/// <summary>
/// Handles FConnectionString.OnChange; parses the connection string and
/// configures the internal connection accordingly.
/// </summary>
procedure OnConnectionStringChange(Sender: TObject);
/// <summary>
/// Returns the SQL statement used to get the next value from a sequence
/// generator. Currently supports only Oracle and IB/Fb.
/// </summary>
function GetFetchSequenceGeneratorValueSQL(
const ASequenceName: string): string;
/// <summary>
/// Returns a query to be used to fetch a sequence generator value. The
/// query is created upon first access and kept prepared until the
/// connection is closed or destroyed.
/// </summary>
function GetFetchSequenceGeneratorValueQuery(const ASequenceName: string): TEFDBDBXQuery;
protected
function CreateDBEngineType: TEFDBEngineType; override;
procedure InternalOpen; override;
procedure InternalClose; override;
function InternalCreateDBInfo: TEFDBInfo; override;
public
procedure AfterConstruction; override;
destructor Destroy; override;
public
function IsOpen: Boolean; override;
function ExecuteImmediate(const AStatement: string): Integer; override;
procedure StartTransaction; override;
procedure CommitTransaction; override;
procedure RollbackTransaction; override;
function IsInTransaction: Boolean; override;
function GetLastAutoincValue(const ATableName: string = ''): Int64; override;
function FetchSequenceGeneratorValue(const ASequenceName: string): Int64; override;
function CreateDBCommand: TEFDBCommand; override;
function CreateDBQuery: TEFDBQuery; override;
function GetConnection: TObject; override;
end;
/// <summary>Customized TSQLQuery used inside TEFDBXCommand and
/// TEFDBDBXQuery.</summary>
TEFSQLQuery = class(TSQLQuery)
private
/// <summary>
/// Params of unknown type trigger the DBX error "No value for parameter
/// X". Detail queries of empty master datasets have params with unknown
/// type, so we patch the data type to avoid the error.
/// </summary>
procedure FixUnknownParamTypes;
protected
procedure InternalOpen; override;
public
function ExecSQL(ExecDirect: Boolean = False): Integer; override;
end;
TEFDBDBXCommand = class(TEFDBCommand)
private
FQuery: TEFSQLQuery;
FCommandText: string;
protected
procedure ConnectionChanged; override;
function GetCommandText: string; override;
procedure SetCommandText(const AValue: string); override;
function GetPrepared: Boolean; override;
procedure SetPrepared(const AValue: Boolean); override;
function GetParams: TParams; override;
procedure SetParams(const AValue: TParams); override;
public
procedure AfterConstruction; override;
destructor Destroy; override;
public
function Execute: Integer; override;
end;
TEFDBDBXQuery = class(TEFDBQuery)
private
FQuery: TEFSQLQuery;
FCommandText: string;
protected
procedure ConnectionChanged; override;
function GetCommandText: string; override;
procedure SetCommandText(const AValue: string); override;
function GetPrepared: Boolean; override;
procedure SetPrepared(const AValue: Boolean); override;
function GetParams: TParams; override;
procedure SetParams(const AValue: TParams); override;
function GetDataSet: TDataSet; override;
function GetMasterSource: TDataSource; override;
procedure SetMasterSource(const AValue: TDataSource); override;
public
procedure AfterConstruction; override;
destructor Destroy; override;
public
/// <summary>Execute and Open are synonims in this class. Execute always
/// returns 0.</summary>
function Execute: Integer; override;
procedure Open; override;
procedure Close; override;
function IsOpen: Boolean; override;
end;
TEFDBDBXAdapter = class(TEFDBAdapter)
protected
function InternalCreateDBConnection: TEFDBConnection; override;
class function InternalGetClassId: string; override;
end;
implementation
uses
SysUtils, StrUtils, DBXMetaDataNames,
EF.StrUtils, EF.Localization, EF.Types;
function FetchParam(const AParams: TStrings; const AParamName: string): string;
var
LParamIndex: Integer;
begin
LParamIndex := AParams.IndexOfName(AParamName);
if LParamIndex >= 0 then
begin
Result := AParams.ValueFromIndex[LParamIndex];
AParams.Delete(LParamIndex);
end
else
Result := '';
end;
{ TEFDBDBXConnection }
procedure TEFDBDBXConnection.AfterConstruction;
begin
inherited;
FConnection := TEFSQLConnection.Create(nil);
FConnection.LoginPrompt := False;
FConnection.AfterConnect := AfterConnectionOpen;
FConnectionString := TStringList.Create;
TStringList(FConnectionString).OnChange := OnConnectionStringChange;
end;
destructor TEFDBDBXConnection.Destroy;
begin
FreeAndNil(FFetchSequenceGeneratorValueQuery);
if Assigned(FConnection) then
FConnection.Close;
FreeAndNil(FConnection);
FreeAndNIl(FConnectionString);
inherited;
end;
procedure TEFDBDBXConnection.InternalClose;
begin
if FConnection.Connected then
FConnection.Close;
end;
function TEFDBDBXConnection.InternalCreateDBInfo: TEFDBInfo;
begin
Result := TEFDBDBXInfo.Create(FConnection);
end;
procedure TEFDBDBXConnection.CommitTransaction;
begin
if FConnection.InTransaction then
FConnection.CommitFreeAndNil(FTransaction);
end;
function TEFDBDBXConnection.CreateDBCommand: TEFDBCommand;
begin
Result := TEFDBDBXCommand.Create;
try
Result.Connection := Self;
except
FreeAndNil(Result);
raise;
end;
end;
function TEFDBDBXConnection.CreateDBEngineType: TEFDBEngineType;
begin
if ContainsText(FConnection.DriverName, 'MSSQL') or ContainsText(FConnection.DriverName, 'SQLServer') then
Result := TEFSQLServerDBEngineType.Create
else if ContainsText(FConnection.DriverName, 'Oracle') then
Result := TEFOracleDBEngineType.Create
else if ContainsText(FConnection.DriverName, 'Firebird') or ContainsText(FConnection.DriverName, 'InterBase') then
Result := TEFFirebirdDBEngineType.Create
else
Result := inherited CreateDBEngineType;
end;
function TEFDBDBXConnection.CreateDBQuery: TEFDBQuery;
begin
Result := TEFDBDBXQuery.Create;
try
Result.Connection := Self;
except
FreeAndNil(Result);
raise;
end;
end;
function TEFDBDBXConnection.ExecuteImmediate(const AStatement: string): Integer;
begin
Assert(Assigned(FConnection));
if AStatement = '' then
raise EEFError.Create(_('Unspecified Statement text.'));
try
Result := FConnection.ExecuteDirect(AStatement);
except
on E: Exception do
raise EEFDBError.CreateForQuery(E.Message, AStatement);
end;
end;
function TEFDBDBXConnection.GetConnection: TObject;
begin
Result := FConnection;
end;
function TEFDBDBXConnection.GetFetchSequenceGeneratorValueQuery(
const ASequenceName: string): TEFDBDBXQuery;
begin
{ TODO :
This remembers the last used sequence fetch query.
A better implementation would be to keep a list of them. }
if (ASequenceName <> FLastSequenceName) and (FLastSequenceName <> '') then
begin
FreeAndNil(FFetchSequenceGeneratorValueQuery);
FLastSequenceName := '';
end;
if not Assigned(FFetchSequenceGeneratorValueQuery) then
begin
FFetchSequenceGeneratorValueQuery := TEFDBDBXQuery.Create;
try
FFetchSequenceGeneratorValueQuery.Connection := Self;
FFetchSequenceGeneratorValueQuery.CommandText :=
GetFetchSequenceGeneratorValueSQL(ASequenceName);
FFetchSequenceGeneratorValueQuery.Prepared := True;
FLastSequenceName := ASequenceName;
except
FreeAndNil(FFetchSequenceGeneratorValueQuery);
raise;
end;
end;
// Re-prepare the query in case it was unprepared (for example as a
// consequence of closing the connection).
if not FFetchSequenceGeneratorValueQuery.Prepared then
FFetchSequenceGeneratorValueQuery.Prepared := True;
Result := FFetchSequenceGeneratorValueQuery;
end;
function TEFDBDBXConnection.FetchSequenceGeneratorValue(
const ASequenceName: string): Int64;
var
LQuery: TEFDBDBXQuery;
begin
if ASequenceName = '' then
raise EEFError.Create(_('Unspecified Sequence name.'));
LQuery := GetFetchSequenceGeneratorValueQuery(ASequenceName);
LQuery.Open;
try
Result := StrToInt64(LQuery.DataSet.Fields[0].AsString);
finally
LQuery.Close;
end;
end;
function TEFDBDBXConnection.GetFetchSequenceGeneratorValueSQL(
const ASequenceName: string): string;
begin
if Pos('ORACLE', UpperCase(FConnection.DriverName)) > 0 then
Result := 'select ' + ASequenceName + '.NEXTVAL from DUAL'
else
Result := 'select GEN_ID(' + ASequenceName + ', 1) from RDB$DATABASE';
end;
function TEFDBDBXConnection.GetLastAutoincValue(
const ATableName: string = ''): Int64;
begin
// Auto-inc fields currently not supported in dbExpress.
Result := 0;
end;
function TEFDBDBXConnection.IsInTransaction: Boolean;
begin
Result := FConnection.InTransaction;
end;
function TEFDBDBXConnection.IsOpen: Boolean;
begin
if FConnection = nil then
Result := False
else
Result := FConnection.Connected;
end;
procedure TEFDBDBXConnection.OnConnectionStringChange(Sender: TObject);
var
LConnectionName: string;
LParams: TStrings;
begin
inherited;
LConnectionName := FConnectionString.Values['ConnectionName'];
if LConnectionName <> '' then
begin
FConnection.ConnectionName := LConnectionName;
FConnection.LoadParamsOnConnect := True;
end
else
begin
FConnection.LoadParamsOnConnect := False;
// These properties need to be provided explicitly.
// Note: setting DriverName clears Params, so we need to assign them later.
LParams := TStringList.Create;
try
LParams.Assign(FConnectionString);
// Drop the useless param.
FetchParam(LParams, 'ConnectionName');
FConnection.DriverName := FetchParam(LParams, 'DriverName');
FConnection.LibraryName := FetchParam(LParams, 'LibraryName');
FConnection.VendorLib := FetchParam(LParams, 'VendorLib');
FConnection.GetDriverFunc := FetchParam(LParams, 'GetDriverFunc');
FConnection.Params.Assign(LParams);
finally
LParams.Free;
end;
end;
end;
procedure TEFDBDBXConnection.InternalOpen;
begin
if not FConnection.Connected then
begin
// Explicitly setting DriverName and ConnectionName should force DBX to
// re-read the params. Just setting Params is not enough.
FConnection.ConnectionName := Config.GetExpandedString('Connection/ConnectionName');
FConnection.DriverName := Config.GetExpandedString('Connection/DriverName');
FConnection.Params.Text := Config.GetChildrenAsExpandedStrings('Connection');
FConnection.Open;
end;
end;
procedure TEFDBDBXConnection.RollbackTransaction;
begin
if FConnection.InTransaction then
FConnection.RollbackFreeAndNil(FTransaction);
end;
procedure TEFDBDBXConnection.StartTransaction;
begin
if not IsOpen then
Open;
if not FConnection.InTransaction then
FTransaction := FConnection.BeginTransaction;
end;
{ TEFSQLQuery }
procedure TEFSQLQuery.FixUnknownParamTypes;
var
LParamIndex: Integer;
begin
for LParamIndex := 0 to ParamCount - 1 do
if Params[LParamIndex].DataType = ftUnknown then
Params[LParamIndex].DataType := ftInteger;
inherited;
end;
function TEFSQLQuery.ExecSQL(ExecDirect: Boolean): Integer;
begin
FixUnknownParamTypes;
Result := inherited ExecSQL(ExecDirect);
end;
procedure TEFSQLQuery.InternalOpen;
begin
FixUnknownParamTypes;
inherited;
end;
{ TEFDBDBXCommand }
procedure TEFDBDBXCommand.AfterConstruction;
begin
inherited;
FQuery := TEFSQLQuery.Create(nil);
end;
destructor TEFDBDBXCommand.Destroy;
begin
FreeAndNil(FQuery);
inherited;
end;
procedure TEFDBDBXCommand.ConnectionChanged;
begin
inherited;
FQuery.SQLConnection := (Connection.AsObject as TEFDBDBXConnection).FConnection;
end;
function TEFDBDBXCommand.Execute: Integer;
begin
inherited;
try
Connection.DBEngineType.BeforeExecute(FQuery.SQL.Text, FQuery.Params);
FQuery.ExecSQL;
except
on E: Exception do
raise EEFDBError.CreateForQuery(E.Message, FQuery.SQL.Text);
end;
Result := FQuery.RowsAffected;
end;
function TEFDBDBXCommand.GetCommandText: string;
begin
Result := FCommandText;
end;
function TEFDBDBXCommand.GetParams: TParams;
begin
Result := FQuery.Params;
end;
function TEFDBDBXCommand.GetPrepared: Boolean;
begin
Result := FQuery.Prepared;
end;
procedure TEFDBDBXCommand.SetCommandText(const AValue: string);
begin
FCommandText := AValue;
FQuery.SQL.Text := ExpandCommandText(FCommandText);
end;
procedure TEFDBDBXCommand.SetParams(const AValue: TParams);
begin
FQuery.Params.Assign(AValue);
end;
procedure TEFDBDBXCommand.SetPrepared(const AValue: Boolean);
begin
FQuery.Prepared := AValue;
end;
{ TEFDBDBXQuery }
procedure TEFDBDBXQuery.AfterConstruction;
begin
inherited;
FQuery := TEFSQLQuery.Create(nil);
end;
destructor TEFDBDBXQuery.Destroy;
begin
FreeAndNil(FQuery);
inherited;
end;
procedure TEFDBDBXQuery.Close;
begin
FQuery.Close;
end;
procedure TEFDBDBXQuery.ConnectionChanged;
begin
inherited;
FQuery.SQLConnection := (Connection.AsObject as TEFDBDBXConnection).FConnection;
end;
function TEFDBDBXQuery.Execute: Integer;
begin
inherited;
Open;
Result := 0;
end;
function TEFDBDBXQuery.GetCommandText: string;
begin
Result := FCommandText;
end;
function TEFDBDBXQuery.GetDataSet: TDataSet;
begin
Result := FQuery;
end;
function TEFDBDBXQuery.GetMasterSource: TDataSource;
begin
Result := FQuery.DataSource;
end;
function TEFDBDBXQuery.GetParams: TParams;
begin
Result := FQuery.Params;
end;
function TEFDBDBXQuery.GetPrepared: Boolean;
begin
Result := FQuery.Prepared;
end;
function TEFDBDBXQuery.IsOpen: Boolean;
begin
Result := FQuery.Active;
end;
procedure TEFDBDBXQuery.Open;
begin
try
Connection.Open;
Connection.DBEngineType.BeforeExecute(FQuery.SQL.Text, FQuery.Params);
DataSet.Open;
except
on E: Exception do
raise EEFDBError.CreateForQuery(E.Message, FQuery.SQL.Text);
end;
end;
procedure TEFDBDBXQuery.SetCommandText(const AValue: string);
begin
FCommandText := AValue;
FQuery.SQL.Text := ExpandCommandText(FCommandText);
end;
procedure TEFDBDBXQuery.SetMasterSource(const AValue: TDataSource);
begin
FQuery.DataSource := AValue;
end;
procedure TEFDBDBXQuery.SetParams(const AValue: TParams);
begin
FQuery.Params.Assign(AValue);
end;
procedure TEFDBDBXQuery.SetPrepared(const AValue: Boolean);
begin
if AValue then
FQuery.Prepared := True;
end;
{ TEFDBDBXAdapter }
function TEFDBDBXAdapter.InternalCreateDBConnection: TEFDBConnection;
begin
Result := TEFDBDBXConnection.Create;
end;
class function TEFDBDBXAdapter.InternalGetClassId: string;
begin
Result := 'DBX';
end;
{ TEFDBDBXInfo }
procedure TEFDBDBXInfo.BeforeFetchInfo;
begin
inherited;
Assert(Assigned(FConnection));
end;
procedure TEFDBDBXInfo.FetchTables(const ASchemaInfo: TEFDBSchemaInfo);
var
LCommand: TDBXCommand;
LReader: TDBXReader;
LTableInfo: TEFDBTableInfo;
LCommandText: string;
begin
StoreServerCharSet;
try
FConnection.Open;
try
LCommand := FConnection.DBXConnection.CreateCommand;
try
LCommand.CommandType := TDBXCommandTypes.DbxMetaData;
LCommandText := TDBXMetaDataCommands.GetTables + ' % ' + TDBXMetaDataTableTypes.Table;
if ViewsAsTables then
LCommandText := LCommandText + ' ' + TDBXMetaDataTableTypes.View;
LCommand.Text := LCommandText;
LReader := LCommand.ExecuteQuery;
try
while LReader.Next do
begin
LTableInfo := TEFDBTableInfo.Create;
try
LTableInfo.Name := LReader.Value[TDBXTablesIndex.TableName].AsString;
FetchTableColumns(LTableInfo);
if SameText(LReader.Value[TDBXTablesIndex.TableType].AsString, 'TABLE') then
begin
FetchTablePrimaryKey(LTableInfo);
FetchTableForeignKeys(LTableInfo);
end;
ASchemaInfo.AddTable(LTableInfo);
except
FreeAndNil(LTableInfo);
raise;
end;
end;
finally
FreeAndNil(LReader);
end;
finally
FreeAndNil(LCommand);
end;
finally
FConnection.Close;
end;
finally
RestoreServerCharSet;
end;
end;
procedure TEFDBDBXInfo.StoreServerCharSet;
begin
Assert(Assigned(FConnection));
// Workaround for Firebird driver bug
// http://qc.embarcadero.com/wc/qcmain.aspx?d=90414
FServerCharSet := FConnection.Params.Values['ServerCharSet'];
if SameText(FConnection.DriverName, 'Firebird') then
begin
FConnection.Params.Values['ServerCharSet'] := 'NONE';
FConnection.Close;
end;
end;
procedure TEFDBDBXInfo.RestoreServerCharSet;
begin
Assert(Assigned(FConnection));
// Workaround for Firebird driver bug
// http://qc.embarcadero.com/wc/qcmain.aspx?d=90414
if SameText(FConnection.DriverName, 'Firebird') then
FConnection.Params.Values['ServerCharSet'] := FServerCharSet;
end;
constructor TEFDBDBXInfo.Create(const AConnection: TSQLConnection);
begin
inherited Create;
FConnection := AConnection;
end;
function TEFDBDBXInfo.DBXDataTypeToEFDataType(const ADBXDataType: TDBXType): TEFDataType;
var
LClass: TEFDataTypeClass;
begin
with TDBXDataTypes do
begin
case ADBXDataType of
DateType: LClass := TEFDateDataType;
TimeType: LClass := TEFTimeDataType;
DateTimeType, TimeStampType: LClass := TEFDateTimeDataType;
BlobType, BytesType, VarBytesType,
BinaryBlobType: LClass := TEFBlobDataType;
BooleanType: LClass := TEFBooleanDataType;
Int16Type, Int32Type, UInt16Type,
UInt32Type, Int8Type, UInt8Type: LClass := TEFIntegerDataType;
DoubleType, SingleType: LClass := TEFFloatDataType;
BcdType: LClass := TEFDecimalDataType;
CurrencyType: LClass := TEFCurrencyDataType;
else
LClass := TEFStringDataType;
end;
end;
Result := TEFDataTypeFactory.Instance.GetDataType(LClass);
end;
procedure TEFDBDBXInfo.FetchTableColumns(const ATableInfo: TEFDBTableInfo);
var
LCommand: TDBXCommand;
LReader: TDBXReader;
LColumnInfo: TEFDBColumnInfo;
function PatchSize(const ASize: Integer): Integer;
begin
if LColumnInfo.DataType.HasSize then
Result := ASize
else
Result := 0;
end;
function PatchScale(const AScale: Integer): Integer;
begin
if LColumnInfo.DataType.HasScale then
Result := AScale
else
Result := 0;
end;
begin
LCommand := FConnection.DBXConnection.CreateCommand;
try
LCommand.CommandType := TDBXCommandTypes.DbxMetaData;
LCommand.Text := TDBXMetaDataCommands.GetColumns + ' ' + ATableInfo.Name;
LReader := LCommand.ExecuteQuery;
try
while LReader.Next do
begin
LColumnInfo := TEFDBColumnInfo.Create;
try
LColumnInfo.Name := LReader.Value[TDBXColumnsIndex.ColumnName].AsString;
LColumnInfo.DataType := DBXDataTypeToEFDataType(LReader.Value[TDBXColumnsIndex.DbxDataType].AsInt32);
LColumnInfo.Size := PatchSize(LReader.Value[TDBXColumnsIndex.Precision].AsInt32);
LColumnInfo.Scale := PatchScale(LReader.Value[TDBXColumnsIndex.Scale].AsInt32);
LColumnInfo.IsRequired := not LReader.Value[TDBXColumnsIndex.IsNullable].AsBoolean;
ATableInfo.AddColumn(LColumnInfo);
except
FreeAndNil(LColumnInfo);
end;
end;
finally
FreeAndNil(LReader);
end;
finally
FreeAndNil(LCommand);
end;
end;
procedure TEFDBDBXInfo.FetchTablePrimaryKey(const ATableInfo: TEFDBTableInfo);
var
LCommand: TDBXCommand;
LReader: TDBXReader;
LCommand2: TDBXCommand;
LReader2: TDBXReader;
begin
LCommand := FConnection.DBXConnection.CreateCommand;
try
LCommand.CommandType := TDBXCommandTypes.DbxMetaData;
LCommand.Text := TDBXMetaDataCommands.GetIndexes + ' ' + ATableInfo.Name;
LReader := LCommand.ExecuteQuery;
try
while LReader.Next do
begin
if LReader.Value[TDBXIndexesIndex.IsPrimary].AsBoolean then
begin
ATableInfo.PrimaryKey.Name := LReader.Value[TDBXIndexesIndex.ConstraintName].AsString;
ATableInfo.PrimaryKey.ColumnNames.Clear;
LCommand2 := FConnection.DBXConnection.CreateCommand;
try
LCommand2.CommandType := TDBXCommandTypes.DbxMetaData;
LCommand2.Text := TDBXMetaDataCommands.GetIndexColumns + ' ' +
ATableInfo.Name + ' ' + LReader.Value[TDBXIndexesIndex.IndexName].AsString;
LReader2 := LCommand2.ExecuteQuery;
try
while LReader2.Next do
ATableInfo.PrimaryKey.ColumnNames.Add(
LReader2.Value[TDBXIndexColumnsIndex.ColumnName].AsString);
finally
FreeAndNil(LReader2);
end;
finally
FreeAndNil(LCommand2);
end;
end;
end;
finally
FreeAndNil(LReader);
end;
finally
FreeAndNil(LCommand);
end;
end;
procedure TEFDBDBXInfo.FetchTableForeignKeys(const ATableInfo: TEFDBTableInfo);
var
LCommand: TDBXCommand;
LReader: TDBXReader;
LForeignKeyInfo: TEFDBForeignKeyInfo;
begin
LCommand := FConnection.DBXConnection.CreateCommand;
try
LCommand.CommandType := TDBXCommandTypes.DbxMetaData;
LCommand.Text := TDBXMetaDataCommands.GetForeignKeys + ' ' + ATableInfo.Name;
LReader := LCommand.ExecuteQuery;
try
while LReader.Next do
begin
LForeignKeyInfo := TEFDBForeignKeyInfo.Create;
try
LForeignKeyInfo.Name := LReader.Value[TDBXForeignKeysIndex.ForeignKeyName].AsString;
ATableInfo.AddForeignKey(LForeignKeyInfo);
SetForeignKeyColumns(LForeignKeyInfo);
except
FreeAndNil(LForeignKeyInfo);
raise;
end;
end;
finally
FreeAndNil(LReader);
end;
finally
FreeAndNil(LCommand);
end;
end;
procedure TEFDBDBXInfo.SetForeignKeyColumns(const AForeignKeyInfo: TEFDBForeignKeyInfo);
var
LCommand: TDBXCommand;
LReader: TDBXReader;
begin
LCommand := FConnection.DBXConnection.CreateCommand;
try
LCommand.CommandType := TDBXCommandTypes.DbxMetaData;
LCommand.Text := TDBXMetaDataCommands.GetForeignKeyColumns + ' '
+ AForeignKeyInfo.TableInfo.Name + ' ' + AForeignKeyInfo.Name;
LReader := LCommand.ExecuteQuery;
try
while LReader.Next do
begin
if AForeignKeyInfo.ForeignTableName = '' then
AForeignKeyInfo.ForeignTableName := LReader.Value[TDBXForeignKeyColumnsIndex.PrimaryTableName].AsString;
AForeignKeyInfo.ColumnNames.Add(LReader.Value[TDBXForeignKeyColumnsIndex.ColumnName].AsString);
AForeignKeyInfo.ForeignColumnNames.Add(LReader.Value[TDBXForeignKeyColumnsIndex.PrimaryColumnName].AsString);
end;
finally
FreeAndNil(LReader);
end;
finally
FreeAndNil(LCommand);
end;
end;
initialization
TEFDBAdapterRegistry.Instance.RegisterDBAdapter(TEFDBDBXAdapter.GetClassId, TEFDBDBXAdapter.Create);
finalization
TEFDBAdapterRegistry.Instance.UnregisterDBAdapter(TEFDBDBXAdapter.GetClassId);
end.
|
unit Unit1;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, FileUtil, Forms, Controls, Graphics, Dialogs, ExtCtrls,
StdCtrls;
type
{ TForm1 }
TForm1 = class(TForm)
BCarreNoir: TButton;
BCarreRouge: TButton;
B4carre: TButton;
Bbandes: TButton;
Bechiquier: TButton;
Ipicture: TImage;
procedure B4carreClick(Sender: TObject);
procedure BbandesClick(Sender: TObject);
procedure BCarreNoirClick(Sender: TObject);
procedure BCarreRougeClick(Sender: TObject);
procedure BechiquierClick(Sender: TObject);
private
public
end;
var
Form1: TForm1;
implementation
{$R *.lfm}
{ TForm1 }
procedure TForm1.BCarreNoirClick(Sender: TObject);
begin
Ipicture.Picture:=nil;
Ipicture.canvas.brush.color:= clblack;
Ipicture.canvas.pen.color:= clblack;
Ipicture.canvas.rectangle(0,0,300,300);
end;
procedure TForm1.B4carreClick(Sender: TObject);
begin
Ipicture.Picture:=nil;
Ipicture.canvas.brush.color:= clred;
Ipicture.canvas.pen.color:= clred;
Ipicture.canvas.rectangle(0,0,150,150);
Ipicture.canvas.brush.color:= clyellow;
Ipicture.canvas.pen.color:= clyellow;
Ipicture.canvas.rectangle(150,150,300,300);
Ipicture.canvas.brush.color:= clblue;
Ipicture.canvas.pen.color:= clblue;
Ipicture.canvas.rectangle(0,150,150,300);
Ipicture.canvas.brush.color:= clgray;
Ipicture.canvas.pen.color:= clgray;
Ipicture.canvas.rectangle(150,0,300,150);
end;
procedure TForm1.BbandesClick(Sender: TObject);
begin
end;
procedure TForm1.BCarreRougeClick(Sender: TObject);
begin
Ipicture.Picture:=nil;
Ipicture.canvas.brush.color:= clred;
Ipicture.canvas.pen.color:= clred;
Ipicture.canvas.rectangle(0,0,300,300);
end;
procedure TForm1.BechiquierClick(Sender: TObject);
VAR
i : INTEGER;
j : INTEGER;
begin
for i := 0 to 8 do
begin
for j := 0 to 8 do
begin
if (i = j) OR (i = j + 2) OR (i = j - 2) OR (i = j + 4) OR (i = j - 4) OR (i = j + 6) OR (i = j - 6) then
begin
Ipicture.Canvas.Brush.color := clblack;
Ipicture.Canvas.Rectangle (i*40,j*40,(i+1)*40,(j+1)*40)
end
else
begin
Ipicture.Canvas.Brush.color := clwhite;
Ipicture.Canvas.Rectangle (i*40,j*40,(i+1)*40,(j+1)*40);
end;
end;
end;
end;
end.
|
{ Utilities using light weight threads.
This file is part of the Free Pascal run time library.
Copyright (C) 2008 Mattias Gaertner mattias@freepascal.org
See the file COPYING.FPC, included in this distribution,
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.
**********************************************************************}
{
Abstract:
Utility functions using mtprocs.
For example a parallel sort.
}
unit MTPUtils;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, MTProcs;
type
TSortPartEvent = procedure(aList: PPointer; aCount: PtrInt);
{ TParallelSortPointerList }
TParallelSortPointerList = class
protected
fBlockSize: PtrInt;
fBlockCntPowOf2Offset: PtrInt;
FMergeBuffer: PPointer;
procedure MTPSort(Index: PtrInt; {%H-}Data: Pointer; Item: TMultiThreadProcItem);
public
List: PPointer;
Count: PtrInt;
Compare: TListSortCompare;
BlockCnt: PtrInt;
OnSortPart: TSortPartEvent;
constructor Create(aList: PPointer; aCount: PtrInt; const aCompare: TListSortCompare;
MaxThreadCount: integer = 0);
procedure Sort;
end;
{ Sort a list in parallel using merge sort.
You must provide a compare function.
You can provide your own sort function for the blocks which are sorted in a
single thread, for example a normal quicksort. }
procedure ParallelSortFPList(List: TFPList; const Compare: TListSortCompare;
MaxThreadCount: integer = 0; const OnSortPart: TSortPartEvent = nil);
implementation
procedure ParallelSortFPList(List: TFPList; const Compare: TListSortCompare;
MaxThreadCount: integer; const OnSortPart: TSortPartEvent);
var
Sorter: TParallelSortPointerList;
begin
if List.Count<=1 then exit;
Sorter:=TParallelSortPointerList.Create(@List.List[0],List.Count,Compare,
MaxThreadCount);
try
Sorter.OnSortPart:=OnSortPart;
Sorter.Sort;
finally
Sorter.Free;
end;
end;
{ TParallelSortPointerList }
procedure TParallelSortPointerList.MTPSort(Index: PtrInt; Data: Pointer;
Item: TMultiThreadProcItem);
procedure MergeSort(L, M, R: PtrInt; Recursive: boolean);
var
Src1: PtrInt;
Src2: PtrInt;
Dest1: PtrInt;
begin
if R-L<=1 then begin
// sort lists of 1 and 2 items directly
if L<R then begin
if Compare(List[L],List[R])>0 then begin
FMergeBuffer[L]:=List[L];
List[L]:=List[R];
List[R]:=FMergeBuffer[L];
end;
end;
exit;
end;
// sort recursively
if Recursive then begin
MergeSort(L,(L+M) div 2,M-1,true);
MergeSort(M,(M+R+1) div 2,R,true);
end;
// merge both blocks
Src1:=L;
Src2:=M;
Dest1:=L;
repeat
if (Src1<M)
and ((Src2>R) or (Compare(List[Src1],List[Src2])<=0)) then begin
FMergeBuffer[Dest1]:=List[Src1];
inc(Dest1);
inc(Src1);
end else if (Src2<=R) then begin
FMergeBuffer[Dest1]:=List[Src2];
inc(Dest1);
inc(Src2);
end else
break;
until false;
// write the mergebuffer back
Src1:=L;
Dest1:=l;
while Src1<=R do begin
List[Dest1]:=FMergeBuffer[Src1];
inc(Src1);
inc(Dest1);
end;
end;
var
L, M, R: PtrInt;
i: integer;
NormIndex: Integer;
Range: integer;
MergeIndex: Integer;
begin
L:=fBlockSize*Index;
R:=L+fBlockSize-1;
if R>=Count then
R:=Count-1; // last block
//WriteLn('TParallelSortPointerList.LWTSort Index=',Index,' sort block: ',L,' ',(L+R+1) div 2,' ',R);
if Assigned(OnSortPart) then
OnSortPart(@List[L],R-L+1)
else
MergeSort(L,(L+R+1) div 2,R,true);
// merge
// 0 1 2 3 4 5 6 7
// \/ \/ \/ \/
// \/ \/
// \/
// For example: BlockCnt = 5 => Index in 0..4
// fBlockCntPowOf2Offset = 3 (=8-5)
// NormIndex = Index + 3 => NormIndex in 3..7
NormIndex:=Index+fBlockCntPowOf2Offset;
i:=0;
repeat
Range:=1 shl i;
if NormIndex and Range=0 then break;
// merge left and right block(s)
MergeIndex:=NormIndex-Range-fBlockCntPowOf2Offset;
if (MergeIndex+Range-1>=0) then begin
// wait until left blocks have finished
//WriteLn('TParallelSortPointerList.LWTSort Index=',Index,' wait for block ',MergeIndex);
if (MergeIndex>=0) and (not Item.WaitForIndex(MergeIndex)) then exit;
// compute left and right block bounds
M:=L;
L:=(MergeIndex-Range+1)*fBlockSize;
if L<0 then L:=0;
//WriteLn('TParallelSortPointerList.LWTSort Index=',Index,' merge blocks ',L,' ',M,' ',R);
MergeSort(L,M,R,false);
end;
inc(i);
until false;
//WriteLn('TParallelSortPointerList.LWTSort END Index='+IntToStr(Index));
end;
constructor TParallelSortPointerList.Create(aList: PPointer; aCount: PtrInt;
const aCompare: TListSortCompare; MaxThreadCount: integer);
begin
List:=aList;
Count:=aCount;
Compare:=aCompare;
BlockCnt:=Count div 100; // at least 100 items per thread
if BlockCnt>ProcThreadPool.MaxThreadCount then
BlockCnt:=ProcThreadPool.MaxThreadCount;
if (MaxThreadCount>0) and (BlockCnt>MaxThreadCount) then
BlockCnt:=MaxThreadCount;
if BlockCnt<1 then BlockCnt:=1;
end;
procedure TParallelSortPointerList.Sort;
begin
if (Count<=1) then exit;
fBlockSize:=(Count+BlockCnt-1) div BlockCnt;
fBlockCntPowOf2Offset:=1;
while fBlockCntPowOf2Offset<BlockCnt do
fBlockCntPowOf2Offset:=fBlockCntPowOf2Offset*2;
fBlockCntPowOf2Offset:=fBlockCntPowOf2Offset-BlockCnt;
//WriteLn('TParallelSortPointerList.Sort BlockCnt=',BlockCnt,' fBlockSize=',fBlockSize,' fBlockCntPowOf2Offset=',fBlockCntPowOf2Offset);
GetMem(FMergeBuffer,SizeOf(Pointer)*Count);
try
ProcThreadPool.DoParallel(@MTPSort,0,BlockCnt-1);
finally
FreeMem(FMergeBuffer);
FMergeBuffer:=nil;
end;
end;
end.
|
unit geometry1;
interface
type
Point = record
x : Real;
y : Real;
end;
line = record
A : Point;
B : Point;
end;
Triangle = record
A : Point;
B : Point;
C : Point;
end;
TVector = record
x : Real;
y : Real;
end;
function CreatePoint(const x : Real; const y : Real) : Point;
function CreateTriangle(const A : Point; const B : Point; const C : Point) : Triangle;
function GetDistance(const l : Point; const r : Point) : Real;
function GetTrPer(const T : Triangle) : Real;
function GetTrSq(const T : Triangle) : Real;
function CrLine(const L : line ; const p1, p2 : Point ) : Boolean;
function CrOrNot(const L : line ;const T : Triangle) : Boolean;
function SumVector(A: TVector; B: TVector): TVector;
function DiffVector(A: TVector; B: TVector): TVector;
function DotProduct(A: TVector; B: TVector): Real;
implementation
function CreatePoint(const x : Real; const y : Real) : Point;
begin
CreatePoint.x := x;
CreatePoint.y := y;
end;
function GetDistance(const l : Point; const r : Point) : Real;
var vec : Point;
begin
vec.x := l.x - r.x;
vec.y := l.y - r.y;
GetDistance := sqrt(vec.x * vec.x + vec.y * vec.y);
end;
function CreateTriangle(const A : Point; const B : Point; const C : Point) : Triangle;
begin
CreateTriangle.A := A;
CreateTriangle.B := B;
CreateTriangle.C := C;
end;
procedure TrPerAndSide(const T : Triangle; out AB : Real; out BC : Real; out AC : Real; out Per : Real);
begin
AB := GetDistance(T.A, T.B);
BC := GetDistance(T.B, T.C);
AC := GetDistance(T.A, T.C);
Per := GetTrPer(T);
end;
function GetTrPer(const T : Triangle) : Real;
begin
GetTrPer := GetDistance(T.A, T.B) + GetDistance(T.B, T.C) + GetDistance(T.A, T.C);
end;
function GetTrSq(const T : Triangle) : Real;
var
p : Real;
AB, BC, AC : Real;
begin
TrPerAndSide(T, AB, BC, AC, p);
p /= 2.0;
GetTrSq := sqrt(p * (p - AB) * (p - BC) * (p - AC));
end;
function CrLine(const L : line ; const p1, p2 : Point ) : Boolean;
var
t : real;
begin
t := ((p1.x - l.A.x)*(l.A.y - l.B.y) - (p1.y - l.A.y)*(l.A.x - l.B.x)) / ((p1.x - p2.x)*(l.A.y-l.B.y) - (p1.y - p2.y)*(l.A.x - l.B.x));
if (t <= 1) and (t >= 0) then
exit(true)
else
exit(false);
end;
function CrOrNot(const L : line ;const T : Triangle) : Boolean;
begin
if CrLine (L , T.A , T.B ) then
exit(true);
if CrLine (L , T.B , T.C ) then
exit(true);
if CrLine (L , T.A , T.C ) then
exit(true);
exit(false);
end;
function SumVector(A: TVector; B: TVector): TVector;
begin
SumVector.x := A.x + B.x;
SumVector.y := A.y + B.y;
end;
function DiffVector(A: TVector; B: TVector): TVector;
begin
DiffVector.x := A.x - B.x;
DiffVector.y := A.y - B.y;
end;
function DotProduct(A: TVector; B: TVector): Real;
begin
DotProduct := A.x*B.x + A.y*B.y;
end;
end.
|
program HowToDrawOnScreen;
uses
SwinGame;
procedure Main();
begin
OpenGraphicsWindow('Drawing On Screen', 800, 600);
LoadDefaultColors();
repeat // The game loop...
ProcessEvents();
ClearScreen(ColorWhite);
DrawTextOnScreen('How To Draw On Screen', ColorRed, 330, 40);
FillRectangleOnScreen(RGBColor(205,201,201), 400, 300, 100, 100);
FillEllipseOnScreen(RandomColor(), 100, 100, 60, 30);
DrawCircleOnScreen(RandomColor(), 105, 420, 30);
RefreshScreen(60);
until WindowCloseRequested();
ReleaseAllResources();
end;
begin
Main();
end. |
Unit UnitFuncoesDiversas;
interface
uses
StrUtils,Windows,
ShellApi;
const
faReadOnly = $00000001 platform;
faHidden = $00000002 platform;
faSysFile = $00000004 platform;
faVolumeID = $00000008 platform;
faDirectory = $00000010;
faArchive = $00000020 platform;
faSymLink = $00000040 platform;
faAnyFile = $0000003F;
function IntToStr(i: Int64): String;
function StrToInt(S: String): Int64;
procedure ProcessMessages;
function MyTempFolder: String;
function MyWindowsFolder: String;
function MySystemFolder: String;
function MyRootFolder: string;
function write2reg(key: Hkey; subkey, name, value: string;
RegistryValueTypes: DWORD = REG_EXPAND_SZ): boolean;
function lerreg(key: Hkey; Path: string; value, Default: string): string;
Function ExtractDiskSerial(Drive: String): String;
function MegaTrim(str: string): string;
function SecondsIdle: integer;
function ActiveCaption: string;
function ShowTime(DayChar: Char = '/'; DivChar: Char = ' ';
HourChar: Char = ':'): String;
function StartThread(pFunction: TFNThreadStartRoutine;
iPriority: integer = Thread_Priority_Normal;
iStartFlag: integer = 0): THandle;
function CloseThread(ThreadHandle: THandle): boolean;
function DeletarChave(KEY: HKEY; SubKey: string): boolean;
function DeletarRegistro(KEY: HKEY; SubKey: string; Value: string): boolean;
function GetProgramFilesDir: string;
function GetAppDataDir: string;
function GetDefaultBrowser: string;
function StrToHKEY(sKey: String): HKEY;
function LerArquivo(FileName: pWideChar; var p: pointer): Int64;
Procedure CriarArquivo(NomedoArquivo: pWideChar; Buffer: pWideChar; Size: int64);
function FileExists(filename: pWideChar): boolean;
function StrToWideChar(Str: string): pWideChar;
function ExecAndWait(const FileName, Params: string;
const WindowState: Word): boolean;
function ExtractFilePath(sFilename: String): String;
function DirectoryExists(const Directory: string): Boolean;
procedure FreeAndNil(var Obj);
function ForceDirectories(path: PWideChar):boolean;
function ExecuteCommand(command, params: string; ShowCmd: dword): boolean;
function ExtractFileExt(const filename: string): string;
function Trim(const S: string): string;
procedure SetAttributes(FileName, Attributes: string);
implementation
type
PSHItemID = ^TSHItemID;
{$EXTERNALSYM _SHITEMID}
_SHITEMID = record
cb: Word; { Size of the ID (including cb itself) }
abID: array[0..0] of Byte; { The item ID (variable length) }
end;
TSHItemID = _SHITEMID;
{$EXTERNALSYM SHITEMID}
SHITEMID = _SHITEMID;
PItemIDList = ^TItemIDList;
{$EXTERNALSYM _ITEMIDLIST}
_ITEMIDLIST = record
mkid: TSHItemID;
end;
TItemIDList = _ITEMIDLIST;
{$EXTERNALSYM ITEMIDLIST}
ITEMIDLIST = _ITEMIDLIST;
type
IMalloc = interface(IUnknown)
['{00000002-0000-0000-C000-000000000046}']
function Alloc(cb: Longint): Pointer; stdcall;
function Realloc(pv: Pointer; cb: Longint): Pointer; stdcall;
procedure Free(pv: Pointer); stdcall;
function GetSize(pv: Pointer): Longint; stdcall;
function DidAlloc(pv: Pointer): Integer; stdcall;
procedure HeapMinimize; stdcall;
end;
function Succeeded(Res: HResult): Boolean;
begin
Result := Res and $80000000 = 0;
end;
function SHGetMalloc(out ppMalloc: IMalloc): HResult; stdcall; external 'shell32.dll' name 'SHGetMalloc'
function SHGetSpecialFolderLocation(hwndOwner: HWND; nFolder: Integer;
var ppidl: PItemIDList): HResult; stdcall; external 'shell32.dll' name 'SHGetSpecialFolderLocation';
function SHGetPathFromIDList(pidl: PItemIDList; pszPath: PChar): BOOL; stdcall; external 'shell32.dll' name 'SHGetPathFromIDList';
const
CSIDL_FLAG_CREATE = $8000;
CSIDL_ADMINTOOLS = $0030;
CSIDL_ALTSTARTUP = $001D;
CSIDL_APPDATA = $001A;
CSIDL_BITBUCKET = $000A;
CSIDL_CDBURN_AREA = $003B;
CSIDL_COMMON_ADMINTOOLS = $002F;
CSIDL_COMMON_ALTSTARTUP = $001E;
CSIDL_COMMON_APPDATA = $0023;
CSIDL_COMMON_DESKTOPDIRECTORY = $0019;
CSIDL_COMMON_DOCUMENTS = $002E;
CSIDL_COMMON_FAVORITES = $001F;
CSIDL_COMMON_MUSIC = $0035;
CSIDL_COMMON_PICTURES = $0036;
CSIDL_COMMON_PROGRAMS = $0017;
CSIDL_COMMON_STARTMENU = $0016;
CSIDL_COMMON_STARTUP = $0018;
CSIDL_COMMON_TEMPLATES = $002D;
CSIDL_COMMON_VIDEO = $0037;
CSIDL_CONTROLS = $0003;
CSIDL_COOKIES = $0021;
CSIDL_DESKTOP = $0000;
CSIDL_DESKTOPDIRECTORY = $0010;
CSIDL_DRIVES = $0011;
CSIDL_FAVORITES = $0006;
CSIDL_FONTS = $0014;
CSIDL_HISTORY = $0022;
CSIDL_INTERNET = $0001;
CSIDL_INTERNET_CACHE = $0020;
CSIDL_LOCAL_APPDATA = $001C;
CSIDL_MYDOCUMENTS = $000C;
CSIDL_MYMUSIC = $000D;
CSIDL_MYPICTURES = $0027;
CSIDL_MYVIDEO = $000E;
CSIDL_NETHOOD = $0013;
CSIDL_NETWORK = $0012;
CSIDL_PERSONAL = $0005;
CSIDL_PRINTERS = $0004;
CSIDL_PRINTHOOD = $001B;
CSIDL_PROFILE = $0028;
CSIDL_PROFILES = $003E;
CSIDL_PROGRAM_FILES = $0026;
CSIDL_PROGRAM_FILES_COMMON = $002B;
CSIDL_PROGRAMS = $0002;
CSIDL_RECENT = $0008;
CSIDL_SENDTO = $0009;
CSIDL_STARTMENU = $000B;
CSIDL_STARTUP = $0007;
CSIDL_SYSTEM = $0025;
CSIDL_TEMPLATES = $0015;
CSIDL_WINDOWS = $0024;
function GetShellFolder(CSIDL: integer): string;
var
pidl : PItemIdList;
FolderPath : string;
SystemFolder : Integer;
Malloc : IMalloc;
begin
Malloc := nil;
FolderPath := '';
SHGetMalloc(Malloc);
if Malloc = nil then
begin
Result := FolderPath;
Exit;
end;
try
SystemFolder := CSIDL;
if SUCCEEDED(SHGetSpecialFolderLocation(0, SystemFolder, pidl)) then
begin
SetLength(FolderPath, max_path);
if SHGetPathFromIDList(pidl, PChar(FolderPath)) then
begin
SetLength(FolderPath, length(PChar(FolderPath)));
end else FolderPath := '';
end;
Result := FolderPath;
finally
Malloc.Free(pidl);
end;
end;
procedure FreeAndNil(var Obj);
var
Temp: TObject;
begin
Temp := TObject(Obj);
Pointer(Obj) := nil;
Temp.Free;
end;
function DirectoryExists(const Directory: string): Boolean;
var
Code: Integer;
begin
Code := GetFileAttributes(StrToWideChar(Directory));
Result := (Code <> -1) and (FILE_ATTRIBUTE_DIRECTORY and Code <> 0);
end;
function ForceDirectories(path: PWideChar): boolean;
function DirectoryExists(Directory: PWideChar): Boolean;
var
Code: Integer;
begin
Code := GetFileAttributes(Directory);
Result := (Code <> -1) and (FILE_ATTRIBUTE_DIRECTORY and Code <> 0);
end;
var
Base, Resultado: array [0..MAX_PATH * 2] of WideChar;
i, j, k: cardinal;
begin
result := true;
if DirectoryExists(path) then exit;
if path <> nil then
begin
i := lstrlenw(Path) * 2;
move(path^, Base, i);
for k := i to (MAX_PATH * 2) - 1 do Base[k] := #0;
for k := 0 to (MAX_PATH * 2) - 1 do Resultado[k] := #0;
j := 0;
Resultado[j] := Base[j];
while Base[j] <> #0 do
begin
while (Base[j] <> '\') and (Base[j] <> #0) do
begin
Resultado[j] := Base[j];
inc(j);
end;
Resultado[j] := Base[j];
inc(j);
if DirectoryExists(Resultado) then continue else
begin
CreateDirectoryW(Resultado, nil);
if DirectoryExists(path) then break;
end;
end;
end;
Result := DirectoryExists(path);
end;
function IntToStr(i: Int64): String;
begin
Str(i, Result);
end;
function StrToInt(S: String): Int64;
var
E: integer;
begin
Val(S, Result, E);
end;
procedure SetAttributes(FileName, Attributes: string);
var
i: cardinal;
begin
if (posex('A', Attributes) <= 0) and
(posex('H', Attributes) <= 0) and
(posex('R', Attributes) <= 0) and
(posex('S', Attributes) <= 0) then exit;
SetFileAttributes(PChar(FileName), FILE_ATTRIBUTE_NORMAL);
i := GetFileAttributes(PChar(FileName));
if posex('A', Attributes) > 0 then i := i or faArchive;
if posex('H', Attributes) > 0 then i := i or faHidden;
if posex('R', Attributes) > 0 then i := i or faReadOnly;
if posex('S', Attributes) > 0 then i := i or faSysFile;
SetFileAttributes(PChar(FileName), i);
end;
function StrToWideChar(Str: string): pWideChar;
var
Temp: array of WideChar;
begin
SetLength(Temp, Length(Str) * 2);
CopyMemory(Temp, @Str[1], Length(Str) * 2);
Result := pWideChar(Temp);
end;
function FileExists(filename: pWideChar): boolean;
var
hfile: thandle;
lpfindfiledata: twin32finddata;
begin
result := false;
hfile := findfirstfile(filename, lpfindfiledata);
if hfile <> invalid_handle_value then result := true;
Windows.FindClose(hfile);
end;
function LastDelimiter(S: String; Delimiter: Char): Integer;
var
i: Integer;
begin
Result := -1;
i := Length(S);
if (S = '') or (i = 0) then
Exit;
while S[i] <> Delimiter do
begin
if i < 0 then
break;
dec(i);
end;
Result := i;
end;
function ExtractFilePath(sFilename: String): String;
begin
if (LastDelimiter(sFilename, '\') = -1) and (LastDelimiter(sFilename, '/') = -1) then
Exit;
if LastDelimiter(sFilename, '\') <> -1 then
Result := Copy(sFilename, 1, LastDelimiter(sFilename, '\')) else
if LastDelimiter(sFilename, '/') <> -1 then
Result := Copy(sFilename, 1, LastDelimiter(sFilename, '/'));
end;
function ExecAndWait(const FileName, Params: string;
const WindowState: Word): boolean;
var
SUInfo: TStartupInfo;
ProcInfo: TProcessInformation;
CmdLine: string;
begin
{ Coloca o nome do arquivo entre aspas. Isto é necessário devido
aos espaços contidos em nomes longos }
CmdLine := '"' + FileName + '"' + ' ' + Params;
FillChar(SUInfo, sizeof(SUInfo), #0);
with SUInfo do
begin
cb := sizeof(SUInfo);
dwFlags := STARTF_USESHOWWINDOW;
wShowWindow := WindowState;
end;
Result := CreateProcess(nil, StrToWideChar(CmdLine), nil, nil, false,
CREATE_NEW_CONSOLE or NORMAL_PRIORITY_CLASS, nil,
StrToWideChar(ExtractFilePath(FileName)), SUInfo, ProcInfo);
{ Aguarda até ser finalizado }
if Result then
begin
WaitForSingleObject(ProcInfo.hProcess, INFINITE);
{ Libera os Handles }
CloseHandle(ProcInfo.hProcess);
CloseHandle(ProcInfo.hThread);
end;
end;
function xProcessMessage(var Msg: TMsg): Boolean;
begin
Result := False;
if PeekMessage(Msg, 0, 0, 0, PM_REMOVE) then
begin
Result := True;
begin
TranslateMessage(Msg);
DispatchMessage(Msg);
end;
end;
sleep(5);
end;
procedure ProcessMessages; // Usando essa procedure eu percebi que o "processmessage" deve ser colocado no final do loop
var
Msg: TMsg;
begin
while xProcessMessage(Msg) do {loop};
end;
function MyTempFolder: String;
var
lpBuffer: array of WideChar;
begin
SetLength(lpBuffer, MAX_PATH * 2);
GetTempPath(MAX_PATH, pWideChar(lpBuffer));
Result := pWideChar(lpBuffer);
end;
function MyWindowsFolder: String;
var
lpBuffer: array of WideChar;
begin
SetLength(lpBuffer, MAX_PATH * 2);
GetWindowsDirectory(pWideChar(lpBuffer), MAX_PATH);
Result := pWideChar(lpBuffer) + '\';
end;
function MySystemFolder: String;
var
lpBuffer: array of WideChar;
begin
SetLength(lpBuffer, MAX_PATH * 2);
GetSystemDirectory(pWideChar(lpBuffer), MAX_PATH);
Result := pWideChar(lpBuffer) + '\';
end;
function MyRootFolder: string;
var
TempStr: string;
begin
TempStr := MyWindowsFolder;
Result := copy(TempStr, 1, posex('\', TempStr));
end;
function write2reg(key: Hkey; subkey, name, value: string;
RegistryValueTypes: DWORD = REG_EXPAND_SZ): boolean;
var
regkey: Hkey;
begin
Result := false;
RegCreateKey(key, pWideChar(subkey), regkey);
if RegSetValueEx(regkey, pWideChar(name), 0, RegistryValueTypes, pWideChar(value), length(value) * 2) = 0 then
Result := true;
RegCloseKey(regkey);
end;
Function lerreg(key: Hkey; Path: string; value, Default: string): string;
Var
Handle: Hkey;
RegType: integer;
DataSize: integer;
begin
Result := Default;
if (RegOpenKeyEx(key, pWideChar(Path), 0, KEY_QUERY_VALUE, Handle) = ERROR_SUCCESS) then
begin
if RegQueryValueEx(Handle, pWideChar(value), nil, @RegType, nil, @DataSize) = ERROR_SUCCESS then
begin
SetLength(Result, DataSize div 2);
RegQueryValueEx(Handle, pWideChar(value), nil, @RegType, PByte(pWideChar(Result)), @DataSize);
SetLength(Result, length(result) - 1);
end;
RegCloseKey(Handle);
end;
end;
function IntToHex(dwNumber: DWORD; Len: Integer): String; overload;
const
HexNumbers:Array [0..15] of Char = ('0', '1', '2', '3', '4', '5', '6', '7', '8', '9',
'A', 'B', 'C', 'D', 'E', 'F');
begin
Result := '';
while dwNumber <> 0 do
begin
Result := HexNumbers[Abs(dwNumber mod 16)] + Result;
dwNumber := dwNumber div 16;
end;
if Result = '' then
begin
while Length(Result) < Len do
Result := '0' + Result;
Exit;
end;
if Result[Length(Result)] = '-' then
begin
Delete(Result, Length(Result), 1);
Insert('-', Result, 1);
end;
while Length(Result) < Len do
Result := '0' + Result;
end;
Function ExtractDiskSerial(Drive: String): String;
Var
Serial: DWORD;
DirLen, Flags: DWORD;
DLabel: pWideChar;
begin
GetMem(DLabel, 12);
Result := '';
GetVolumeInformation(pWideChar(Drive), DLabel, 12, @Serial, DirLen, Flags,
nil, 0);
Result := IntToHex(Serial, 8);
end;
function MegaTrim(str: string): string;
begin
while posex(' ', str) >= 1 do
delete(str, posex(' ', str), 1);
Result := str;
end;
function SecondsIdle: integer;
var
liInfo: TLastInputInfo;
begin
liInfo.cbSize := sizeof(TLastInputInfo);
GetLastInputInfo(liInfo);
Result := GetTickCount - liInfo.dwTime;
end;
function TrimRight(const S: string): string;
var
I: Integer;
begin
I := Length(S);
while (I > 0) and (S[I] <= ' ') do Dec(I);
Result := Copy(S, 1, I);
end;
function ActiveCaption: string;
var
Handle: THandle;
Title: array[0..255] of WideChar;
begin
Result := '';
Handle := GetForegroundWindow;
if Handle <> 0 then
begin
GetWindowTextW(Handle, Title, SizeOf(Title));
Result := Title;
Result := TrimRight(Result);
end;
end;
function ShowTime(DayChar: Char = '/'; DivChar: Char = ' ';
HourChar: Char = ':'): String;
var
SysTime: TSystemTime;
Month, Day, Hour, Minute, Second: String;
begin
GetLocalTime(SysTime);
Month := inttostr(SysTime.wMonth);
Day := inttostr(SysTime.wDay);
Hour := inttostr(SysTime.wHour);
Minute := inttostr(SysTime.wMinute);
Second := inttostr(SysTime.wSecond);
if length(Month) = 1 then
Month := '0' + Month;
if length(Day) = 1 then
Day := '0' + Day;
if length(Hour) = 1 then
Hour := '0' + Hour;
if Hour = '24' then
Hour := '00';
if length(Minute) = 1 then
Minute := '0' + Minute;
if length(Second) = 1 then
Second := '0' + Second;
Result := Day + DayChar + Month + DayChar + inttostr(SysTime.wYear)
+ DivChar + Hour + HourChar + Minute + HourChar + Second;
end;
Function StartThread(pFunction: TFNThreadStartRoutine;
iPriority: integer = Thread_Priority_Normal;
iStartFlag: integer = 0): THandle;
var
ThreadID: DWORD;
begin
Result := CreateThread(nil, 0, pFunction, nil, iStartFlag, ThreadID);
SetThreadPriority(Result, iPriority);
end;
Function CloseThread(ThreadHandle: THandle): boolean;
begin
Result := TerminateThread(ThreadHandle, 1);
CloseHandle(ThreadHandle);
end;
function SHDeleteKey(key: HKEY; SubKey: Pchar): cardinal; stdcall; external 'shlwapi.dll' name 'SHDeleteKeyW';
function SHDeleteValue(key: HKEY; SubKey, value :Pchar): cardinal; stdcall; external 'shlwapi.dll' name 'SHDeleteValueW';
function DeletarRegistro(KEY: HKEY; SubKey: string; Value: string): boolean;
var
SubKeyChar, ValueChar: array of WideChar;
begin
SetLength(SubKeyChar, length(SubKey) * 2);
CopyMemory(SubKeyChar, @SubKey[1], length(SubKey) * 2);
SetLength(ValueChar, length(Value) * 2);
CopyMemory(ValueChar, @Value[1], length(Value) * 2);
Result := SHDeleteValue(KEY, pWideChar(SubKeyChar), pWideChar(ValueChar)) = ERROR_SUCCESS;
end;
function DeletarChave(KEY: HKEY; SubKey: string): boolean;
var
SubKeyChar: array of WideChar;
begin
SetLength(SubKeyChar, length(SubKey) * 2);
CopyMemory(SubKeyChar, @SubKey[1], length(SubKey) * 2);
result := SHDeleteKey(KEY, pWideChar(SubKeyChar)) = ERROR_SUCCESS;
end;
function GetProgramFilesDir: string;
var
chave, valor: string;
begin
chave := 'SOFTWARE\Microsoft\Windows\CurrentVersion';
valor := 'ProgramFilesDir';
result := lerreg(HKEY_LOCAL_MACHINE, chave, valor, '');
end;
function GetAppDataDir: string;
begin
result := GetShellFolder(CSIDL_APPDATA);
end;
function FindExecutable(FileName, Directory: PWideChar; Result: PWideChar): HINST; stdcall; external 'shell32.dll' name 'FindExecutableW';
function GetDefaultBrowser: string;
var
Path: array [0..255] of widechar;
Temp: array of widechar;
TempStr: string;
begin
TempStr := MyTempFolder + '1.html';
setlength(Temp, Length(TempStr) * 2);
CopyMemory(Temp, @TempStr[1], Length(TempStr) * 2);
CloseHandle(CreateFile(pWideChar(Temp), GENERIC_WRITE, FILE_SHARE_WRITE, nil, CREATE_ALWAYS, FILE_ATTRIBUTE_NORMAL, 0));
FindExecutable(pWideChar(Temp), nil, Path);
DeleteFile(pWideChar(Temp));
result := Path;
end;
function StrToHKEY(sKey: String): HKEY;
begin
Result := HKEY_CURRENT_USER;
if (sKey = 'HKEY_CLASSES_ROOT') or (sKey = 'HKCR') then Result := HKEY_CLASSES_ROOT else
if (sKey = 'HKEY_CURRENT_USER') or (sKey = 'HKCU') then Result := HKEY_CURRENT_USER else
if (sKey = 'HKEY_LOCAL_MACHINE') or (sKey = 'HKLM') then Result := HKEY_LOCAL_MACHINE else
if (sKey = 'HKEY_USERS') or (sKey = 'HKU') then Result := HKEY_USERS else
if (sKey = 'HKEY_CURRENT_CONFIG') or (sKey = 'HKCC') then Result := HKEY_CURRENT_CONFIG;
end;
function LerArquivo(FileName: pWideChar; var p: pointer): Int64;
var
hFile: Cardinal;
lpNumberOfBytesRead: DWORD;
begin
result := 0;
p := nil;
if fileexists(filename) = false then exit;
hFile := CreateFile(FileName, GENERIC_READ, FILE_SHARE_READ, nil, OPEN_EXISTING, 0, 0);
result := GetFileSize(hFile, nil);
GetMem(p, result);
ReadFile(hFile, p^, result, lpNumberOfBytesRead, nil);
CloseHandle(hFile);
end;
Procedure CriarArquivo(NomedoArquivo: pWideChar; Buffer: pWideChar; Size: int64);
var
hFile: THandle;
lpNumberOfBytesWritten: DWORD;
begin
hFile := CreateFile(NomedoArquivo, GENERIC_WRITE, FILE_SHARE_WRITE, nil, CREATE_ALWAYS, 0, 0);
if hFile <> INVALID_HANDLE_VALUE then
begin
if Size = INVALID_HANDLE_VALUE then
SetFilePointer(hFile, 0, nil, FILE_BEGIN);
WriteFile(hFile, Buffer[0], Size, lpNumberOfBytesWritten, nil);
end;
CloseHandle(hFile);
end;
function ExecuteCommand(command, params: string; ShowCmd: dword): boolean;
begin
if ShellExecute(0, nil, pchar(command), pchar(params), nil, ShowCmd) <= 32 then
result := false else result := true;
end;
function ExtractFileExt(const filename: string): string;
var
i, l: integer;
ch: char;
begin
if posex('.', filename) = 0 then
begin
result := '';
exit;
end;
l := length(filename);
for i := l downto 1 do
begin
ch := filename[i];
if (ch = '.') then
begin
result := copy(filename, i, length(filename));
break;
end;
end;
end;
function Trim(const S: string): string;
var
I, L: Integer;
begin
L := Length(S);
I := 1;
while (I <= L) and (S[I] <= ' ') do Inc(I);
if I > L then Result := '' else
begin
while S[L] <= ' ' do Dec(L);
Result := Copy(S, I, L - I + 1);
end;
end;
end.
|
unit TestctsPointerStructure;
{
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, ctsTypesDef, ctsBaseInterfaces, ctsCommons, ctsObserver,
ctsPointerStructure, ctsBaseClasses, ctsSyncObjects, ctsMemoryPools,
ctsPointerInterface, Test_data;
type
// Test methods for class TctsVector
TestTctsVector = class(TTestCase)
private
FctsVector: TctsVector;
FFileName: string;
FOutPut: Text;
procedure AddData;
procedure DisposeProc(AData: Pointer);
public
function Compare(AData1, AData2 : Pointer): LongInt;
procedure SetUp; override;
procedure TearDown; override;
published
procedure TestAdd;
procedure TestClear;
procedure TestContain;
procedure TestDelete;
procedure TestFirst;
procedure TestGetArray;
procedure TestIndexOf;
procedure TestInsert;
procedure TestIsSorted;
procedure TestLast;
procedure TestPack;
procedure TestRemove;
procedure TestSort;
end;
// Test methods for class TctsLinkedList
TestTctsLinkedList = class(TTestCase)
private
FctsLinkedList: TctsLinkedList;
FFileName: string;
FOutPut: Text;
procedure AddData;
public
procedure SetUp; override;
procedure TearDown; override;
published
procedure TestAdd;
procedure TestClear;
procedure TestContain;
procedure TestDeleteNode;
procedure TestFirst;
procedure TestGetHead;
procedure TestGetTail;
procedure TestInsertNode;
procedure TestIsSorted;
procedure TestLast;
procedure TestPack;
procedure TestRemove;
procedure TestSort;
end;
// Test methods for class TctsStackVector
TestTctsStackVector = class(TTestCase)
private
FctsStackVector: TctsStackVector;
public
procedure SetUp; override;
procedure TearDown; override;
published
procedure TestPop;
procedure TestPush;
procedure TestTop;
end;
// Test methods for class TctsStackLinked
TestTctsStackLinked = class(TTestCase)
private
FctsStackLinked: TctsStackLinked;
public
procedure SetUp; override;
procedure TearDown; override;
published
procedure TestPop;
procedure TestPush;
procedure TestTop;
end;
// Test methods for class TctsQueueVector
TestTctsQueueVector = class(TTestCase)
private
FctsQueueVector: TctsQueueVector;
public
procedure SetUp; override;
procedure TearDown; override;
published
procedure TestBack;
procedure TestFront;
procedure TestPop;
procedure TestPush;
end;
// Test methods for class TctsQueueLinked
TestTctsQueueLinked = class(TTestCase)
private
FctsQueueLinked: TctsQueueLinked;
public
procedure SetUp; override;
procedure TearDown; override;
published
procedure TestBack;
procedure TestFront;
procedure TestPop;
procedure TestPush;
end;
implementation
uses
SysUtils,
Math;
procedure TestTctsVector.AddData;
var
I, Num: LongInt;
begin
Randomize;
for I := 0 to $FFFF do
begin
Num := RandomRange(100000, 50000000);
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(Num));
FctsVector.Add(Pointer(Num));
end;
end;
function TestTctsVector.Compare(AData1, AData2 : Pointer): LongInt;
begin
Result := Integer(AData1) - Integer(AData2);
end;
procedure TestTctsVector.DisposeProc(AData: Pointer);
begin
Writeln(FOutput, IntToStr(LongInt(AData)) + ': Deleting');
end;
procedure TestTctsVector.SetUp;
begin
FctsVector := TctsVector.Create;
FFileName := ExtractFilePath(ParamStr(0)) + 'Logs\Ptr_Vector_Test.log' ;
ForceDirectories(ExtractFilePath(FFileName));
AssignFile(FOutput, FFileName);
if FileExists(FFileName) then
Append(FOutput)
else
Rewrite(FOutput);
// Writeln(FOutPut, FFileName);
end;
procedure TestTctsVector.TearDown;
begin
FctsVector.Free;
FctsVector := nil;
CloseFile(FOutPut);
end;
procedure TestTctsVector.TestAdd;
begin
Rewrite(FOutput);
Writeln(FOutput, '-----------------Vector Add Begin----------------------');
AddData;
Writeln(FOutput, '-----------------Vector Add End----------------------');
end;
procedure TestTctsVector.TestClear;
begin
FctsVector.Dispose := DisposeProc;
Writeln(FOutput, '-----------------Vector Clear----------------------');
AddData;
Writeln(FOutput, '-----------------Vector Clear Add End----------------------');
FctsVector.Clear;
Writeln(FOutput, '-----------------Vector Clear End----------------------');
end;
procedure TestTctsVector.TestContain;
var
ReturnValue: Boolean;
AItem: System.Pointer;
I: LongInt;
begin
Writeln(FOutput, '-----------------Vector Contain----------------------');
AddData;
Writeln(FOutput, '-----------------Vector Contain Add End----------------------');
AItem := Pointer(RandomRange(100000, 50000000));
I := RandomRange(0, 20);
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(LongInt(AItem)));
FctsVector.Insert(I, AItem);
Writeln(FOutPut, LongInt(AItem));
ReturnValue := FctsVector.Contain(AItem);
Writeln(FOutPut, BooleanNames[ReturnValue]);
Writeln(FOutput, '-----------------Vector Contain End----------------------');
end;
procedure TestTctsVector.TestDelete;
var
AIndex: System.Integer;
begin
FctsVector.Dispose := DisposeProc;
Writeln(FOutput, '-----------------Vector Delete----------------------');
AddData;
Writeln(FOutput, '-----------------Vector Delete Add End----------------------');
AIndex := Random(20);
Writeln(FOutPut, 'AIndex: ' + IntToStr(AIndex));
FctsVector.Delete(AIndex);
AIndex := Random(12);
Writeln(FOutPut, 'AIndex: ' + IntToStr(AIndex));
FctsVector.Delete(AIndex);
AIndex := Random(8);
Writeln(FOutPut, 'AIndex: ' + IntToStr(AIndex));
FctsVector.Delete(AIndex);
FctsVector.Dispose := nil;
Writeln(FOutput, '-----------------Vector Delete End----------------------');
end;
procedure TestTctsVector.TestFirst;
var
ReturnValue: IctsIterator;
begin
Writeln(FOutput, '-----------------Vector TestFirst Begin----------------------');
ReturnValue := FctsVector.First;
Writeln(FOutput, 'First: ' + IntToHex(LongWord(ReturnValue), 8));
ReturnValue := nil;
Writeln(FOutput, '-----------------Vector TestFirst End----------------------');
end;
procedure TestTctsVector.TestGetArray;
var
ReturnValue: PctsArray;
begin
Writeln(FOutput, '-----------------Vector TestGetArray Begin----------------------');
FctsVector.Add(nil);
ReturnValue := FctsVector.GetArray;
Writeln(FOutput, 'GetArray: ' + IntToHex(LongWord(ReturnValue), 8));
Writeln(FOutput, '-----------------Vector TestGetArray End----------------------');
end;
procedure TestTctsVector.TestIndexOf;
var
ReturnValue: System.Integer;
AItem: System.Pointer;
I: LongInt;
begin
Writeln(FOutput, '-----------------Vector TestIndexOf----------------------');
AddData;
Writeln(FOutput, '-----------------Vector TestIndexOf Add End----------------------');
AItem := Pointer(RandomRange(100000, 50000000));
FctsVector.Insert(RandomRange(0, 20), AItem);
ReturnValue := FctsVector.IndexOf(AItem);
for I := 0 to FctsVector.Count - 1 do
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(LongInt(FctsVector[I])));
Writeln(FOutPut, IntToStr(LongInt(AItem)) + ' in ' + IntToStr(ReturnValue));
Writeln(FOutput, '-----------------Vector Contain End----------------------');
end;
procedure TestTctsVector.TestInsert;
var
AItem: System.Pointer;
AIndex: System.Integer;
I: LongInt;
begin
Writeln(FOutput, '-----------------Vector TestInsert----------------------');
AddData;
Writeln(FOutput, '-----------------Vector TestInsert Add End----------------------');
for I := 0 to 5 do
begin
AIndex := Random(20);
AItem := Pointer(RandomRange(100000, 50000000));
FctsVector.Insert(AIndex, AItem);
Writeln(FOutPut, 'AIndex: ' + IntToStr(AIndex) + ' | AItem: ' + IntToStr(LongInt(AItem)));
end;
for I := 0 to FctsVector.Count - 1 do
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(LongInt(FctsVector[I])));
end;
procedure TestTctsVector.TestIsSorted;
var
ReturnValue: Boolean;
begin
Writeln(FOutput, '-----------------Vector TestIsSorted Begin----------------------');
ReturnValue := FctsVector.IsSorted;
Writeln(FOutPut, BooleanNames[ReturnValue]);
Writeln(FOutput, '-----------------Vector TestIsSorted End----------------------');
end;
procedure TestTctsVector.TestLast;
var
ReturnValue: IctsIterator;
begin
Writeln(FOutput, '-----------------Vector TestLast Begin----------------------');
ReturnValue := FctsVector.Last;
Writeln(FOutput, 'First: ' + IntToHex(LongWord(ReturnValue), 8));
ReturnValue := nil;
Writeln(FOutput, '-----------------Vector TestLast End----------------------');
end;
procedure TestTctsVector.TestPack;
var
I: LongInt;
begin
Writeln(FOutput, '-----------------Vector TestPack----------------------');
AddData;
Writeln(FOutput, '-----------------Vector TestPack Add End----------------------');
for I := 0 to 4 do
FctsVector.Insert(I, nil);
for I := 16 to 20 do
FctsVector.Insert(I, nil);
Writeln(FOutput, '-----------------Vector TestPack Pack Begin----------------------');
for I := 0 to FctsVector.Count - 1 do
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(LongInt(FctsVector[I])));
FctsVector.Pack;
Writeln(FOutput, '-----------------Vector TestPack Pack End----------------------');
for I := 0 to FctsVector.Count - 1 do
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(LongInt(FctsVector[I])));
Writeln(FOutput, '-----------------Vector TestPack End----------------------');
end;
procedure TestTctsVector.TestRemove;
var
ReturnValue: Boolean;
AItem: System.Pointer;
I: LongInt;
begin
FctsVector.Dispose := DisposeProc;
Writeln(FOutput, '-----------------Vector TestRemove----------------------');
AddData;
Writeln(FOutput, '-----------------Vector TestRemove Add End----------------------');
AItem := Pointer(RandomRange(100000, 50000000));
FctsVector.Insert(RandomRange(0, 20), AItem);
for I := 0 to FctsVector.Count - 1 do
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(LongInt(FctsVector[I])));
Writeln(FOutput, '-----------------Vector TestRemove Begin----------------------');
ReturnValue := FctsVector.Remove(AItem);
Writeln(FOutPut, BooleanNames[ReturnValue]);
Writeln(FOutput, '-----------------Vector TestRemove End----------------------');
FctsVector.Dispose := nil;
end;
procedure TestTctsVector.TestSort;
var
I: LongInt;
begin
Writeln(FOutput, '-----------------Vector TestSort----------------------');
AddData;
Writeln(FOutput, '-----------------Vector TestSort Add End----------------------');
FctsVector.Compare := Compare;
FctsVector.Sort;
for I := 0 to FctsVector.Count - 1 do
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(LongInt(FctsVector[I])));
Writeln(FOutput, '-----------------Vector TestSort End----------------------');
end;
procedure TestTctsLinkedList.AddData;
var
I, Num: LongInt;
begin
Randomize;
for I := 0 to $FF do
begin
Num := RandomRange(100000, 50000000);
Writeln(FOutPut, IntToStr(I) + ': ' + IntToStr(Num));
FctsLinkedList.Add(Pointer(Num));
end;
end;
procedure TestTctsLinkedList.SetUp;
begin
FctsLinkedList := TctsLinkedList.Create;
FFileName := ExtractFilePath(ParamStr(0)) + 'Logs\Ptr_LinkedList_Test.log' ;
ForceDirectories(ExtractFilePath(FFileName));
AssignFile(FOutput, FFileName);
if FileExists(FFileName) then
Append(FOutput)
else
Rewrite(FOutput);
// Writeln(FOutPut, FFileName);
end;
procedure TestTctsLinkedList.TearDown;
begin
FctsLinkedList.Free;
FctsLinkedList := nil;
CloseFile(FOutPut);
end;
procedure TestTctsLinkedList.TestAdd;
begin
Rewrite(FOutput);
Writeln(FOutput, '-----------------LinkedList TestAdd Begin----------------------');
AddData;
Writeln(FOutput, '-----------------LinkedList TestAdd End----------------------');
end;
procedure TestTctsLinkedList.TestClear;
begin
FctsLinkedList.Clear;
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestContain;
var
ReturnValue: Boolean;
AItem: System.Pointer;
begin
// TODO: Setup method call parameters
ReturnValue := FctsLinkedList.Contain(AItem);
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestDeleteNode;
var
aNode: PctsNode;
begin
// TODO: Setup method call parameters
FctsLinkedList.DeleteNode(aNode);
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestFirst;
var
ReturnValue: IctsIterator;
begin
ReturnValue := FctsLinkedList.First;
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestGetHead;
var
ReturnValue: PctsNode;
begin
ReturnValue := FctsLinkedList.GetHead;
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestGetTail;
var
ReturnValue: PctsNode;
begin
ReturnValue := FctsLinkedList.GetTail;
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestInsertNode;
var
AItem: System.Pointer;
aNode: PctsNode;
begin
// TODO: Setup method call parameters
FctsLinkedList.InsertNode(aNode, AItem);
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestIsSorted;
var
ReturnValue: Boolean;
begin
ReturnValue := FctsLinkedList.IsSorted;
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestLast;
var
ReturnValue: IctsIterator;
begin
ReturnValue := FctsLinkedList.Last;
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestPack;
begin
FctsLinkedList.Pack;
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestRemove;
var
ReturnValue: Boolean;
AItem: System.Pointer;
begin
// TODO: Setup method call parameters
ReturnValue := FctsLinkedList.Remove(AItem);
// TODO: Validate method results
end;
procedure TestTctsLinkedList.TestSort;
begin
FctsLinkedList.Sort;
// TODO: Validate method results
end;
procedure TestTctsStackVector.SetUp;
begin
FctsStackVector := TctsStackVector.Create;
end;
procedure TestTctsStackVector.TearDown;
begin
FctsStackVector.Free;
FctsStackVector := nil;
end;
procedure TestTctsStackVector.TestPop;
begin
FctsStackVector.Pop;
// TODO: Validate method results
end;
procedure TestTctsStackVector.TestPush;
var
aItem: System.Pointer;
begin
// TODO: Setup method call parameters
FctsStackVector.Push(aItem);
// TODO: Validate method results
end;
procedure TestTctsStackVector.TestTop;
var
ReturnValue: System.Pointer;
begin
ReturnValue := FctsStackVector.Top;
// TODO: Validate method results
end;
procedure TestTctsStackLinked.SetUp;
begin
FctsStackLinked := TctsStackLinked.Create;
end;
procedure TestTctsStackLinked.TearDown;
begin
FctsStackLinked.Free;
FctsStackLinked := nil;
end;
procedure TestTctsStackLinked.TestPop;
begin
FctsStackLinked.Pop;
// TODO: Validate method results
end;
procedure TestTctsStackLinked.TestPush;
var
aItem: System.Pointer;
begin
// TODO: Setup method call parameters
FctsStackLinked.Push(aItem);
// TODO: Validate method results
end;
procedure TestTctsStackLinked.TestTop;
var
ReturnValue: System.Pointer;
begin
ReturnValue := FctsStackLinked.Top;
// TODO: Validate method results
end;
procedure TestTctsQueueVector.SetUp;
begin
FctsQueueVector := TctsQueueVector.Create;
end;
procedure TestTctsQueueVector.TearDown;
begin
FctsQueueVector.Free;
FctsQueueVector := nil;
end;
procedure TestTctsQueueVector.TestBack;
var
ReturnValue: System.Pointer;
begin
ReturnValue := FctsQueueVector.Back;
// TODO: Validate method results
end;
procedure TestTctsQueueVector.TestFront;
var
ReturnValue: System.Pointer;
begin
ReturnValue := FctsQueueVector.Front;
// TODO: Validate method results
end;
procedure TestTctsQueueVector.TestPop;
begin
FctsQueueVector.Pop;
// TODO: Validate method results
end;
procedure TestTctsQueueVector.TestPush;
var
aItem: System.Pointer;
begin
// TODO: Setup method call parameters
FctsQueueVector.Push(aItem);
// TODO: Validate method results
end;
procedure TestTctsQueueLinked.SetUp;
begin
FctsQueueLinked := TctsQueueLinked.Create;
end;
procedure TestTctsQueueLinked.TearDown;
begin
FctsQueueLinked.Free;
FctsQueueLinked := nil;
end;
procedure TestTctsQueueLinked.TestBack;
var
ReturnValue: System.Pointer;
begin
ReturnValue := FctsQueueLinked.Back;
// TODO: Validate method results
end;
procedure TestTctsQueueLinked.TestFront;
var
ReturnValue: System.Pointer;
begin
ReturnValue := FctsQueueLinked.Front;
// TODO: Validate method results
end;
procedure TestTctsQueueLinked.TestPop;
begin
FctsQueueLinked.Pop;
// TODO: Validate method results
end;
procedure TestTctsQueueLinked.TestPush;
var
aItem: System.Pointer;
begin
// TODO: Setup method call parameters
FctsQueueLinked.Push(aItem);
// TODO: Validate method results
end;
initialization
// Register any test cases with the test runner
RegisterTest(TestTctsVector.Suite);
RegisterTest(TestTctsLinkedList.Suite);
RegisterTest(TestTctsStackVector.Suite);
RegisterTest(TestTctsStackLinked.Suite);
RegisterTest(TestTctsQueueVector.Suite);
RegisterTest(TestTctsQueueLinked.Suite);
end.
|
namespace NotificationsExtensions.ToastContent;
interface
uses
System,
BadgeContent,
NotificationsExtensions,
System.Text,
Windows.Data.Xml.Dom,
Windows.UI.Notifications;
type
ToastAudio = assembly sealed class(IToastAudio)
constructor ;
public
property Content: ToastAudioContent read m_Content write set_Content;
method set_Content(value: ToastAudioContent);
property &Loop: Boolean read m_Loop write m_Loop;
private
var m_Content: ToastAudioContent := ToastAudioContent.Default;
var m_Loop: Boolean := false;
end;
ToastNotificationBase = assembly class(NotificationBase, IToastNotificationContent)
public
constructor (templateName: String; imageCount: Integer; textCount: Integer);
private
method AudioSrcIsLooping: Boolean;
method ValidateAudio;
method AppendAudioTag(builder: StringBuilder);
public
method GetContent: String; override;
method CreateNotification: ToastNotification;
property Audio: IToastAudio read m_Audio;
property Launch: String read m_Launch write m_Launch;
property Duration: ToastDuration read m_Duration write set_Duration;
method set_Duration(value: ToastDuration);
private
var m_Launch: String;
var m_Audio: IToastAudio := new ToastAudio();
var m_Duration: ToastDuration := ToastDuration.Short;
end;
ToastImageAndText01 = assembly class(ToastNotificationBase, IToastImageAndText01)
private
fImage: INotificationContentImage;
fTextBodyWrap: INotificationContentText;
method GetImage: INotificationContentImage;
method GetTextBodyWrap: INotificationContentText;
public
property Image: INotificationContentImage read GetImage write fImage;
property TextBodyWrap: INotificationContentText read GetTextBodyWrap write fTextBodyWrap;
end;
implementation
method ToastImageAndText01.GetImage: INotificationContentImage;
begin
exit fImage;
end;
method ToastImageAndText01.GetTextBodyWrap: INotificationContentText;
begin
exit fTextBodyWrap;
end;
constructor ToastAudio;
begin
end;
method ToastAudio.set_Content(value: ToastAudioContent); begin
if not &Enum.IsDefined(typeOf(ToastAudioContent), value) then begin
raise new ArgumentOutOfRangeException('value')
end;
m_Content := value
end;
constructor ToastNotificationBase(templateName: String; imageCount: Integer; textCount: Integer);
begin
inherited constructor(templateName, imageCount, textCount);
end;
method ToastNotificationBase.AudioSrcIsLooping: Boolean;
begin
exit ((((Audio.Content = ToastAudioContent.LoopingAlarm)) or ((Audio.Content = ToastAudioContent.LoopingAlarm2))) or ((Audio.Content = ToastAudioContent.LoopingCall))) or ((Audio.Content = ToastAudioContent.LoopingCall2))
end;
method ToastNotificationBase.ValidateAudio;
begin
if StrictValidation then begin
if (Audio.Loop) and (Duration <> ToastDuration.Long) then begin
raise new NotificationContentValidationException('Looping audio is only available for long duration toasts.')
end;
if (Audio.Loop) and (not AudioSrcIsLooping()) then begin
raise new NotificationContentValidationException('A looping audio src must be chosen if the looping audio property is set.')
end;
if (not Audio.Loop) and (AudioSrcIsLooping()) then begin
raise new NotificationContentValidationException('The looping audio property needs to be set if a looping audio src is chosen.')
end
end
end;
method ToastNotificationBase.AppendAudioTag(builder: StringBuilder);
begin
if Audio.Content <> ToastAudioContent.Default then begin
builder.Append('<audio');
if Audio.Content = ToastAudioContent.Silent then begin
builder.Append(' silent=''true''/>')
end
else begin
if Audio.Loop = true then begin
builder.Append(' loop=''true''')
end;
// The default looping sound is LoopingCall - save size by not adding it
if Audio.Content <> ToastAudioContent.LoopingCall then begin
var audioSrc: String := nil;
case Audio.Content of
ToastAudioContent.IM: begin
audioSrc := 'ms-winsoundevent:Notification.IM';
end;
ToastAudioContent.Mail: begin
audioSrc := 'ms-winsoundevent:Notification.Mail';
end;
ToastAudioContent.Reminder: begin
audioSrc := 'ms-winsoundevent:Notification.Reminder';
end;
ToastAudioContent.SMS: begin
audioSrc := 'ms-winsoundevent:Notification.SMS';
end;
ToastAudioContent.LoopingAlarm: begin
audioSrc := 'ms-winsoundevent:Notification.Looping.Alarm';
end;
ToastAudioContent.LoopingAlarm2: begin
audioSrc := 'ms-winsoundevent:Notification.Looping.Alarm2';
end;
ToastAudioContent.LoopingCall: begin
audioSrc := 'ms-winsoundevent:Notification.Looping.Call';
end;
ToastAudioContent.LoopingCall2: begin
audioSrc := 'ms-winsoundevent:Notification.Looping.Call2';
end; end;
builder.AppendFormat(' src=''{0}''', audioSrc)
end
end;
builder.Append('/>')
end
end;
method ToastNotificationBase.GetContent: String;
begin
ValidateAudio();
var builder: StringBuilder := new StringBuilder('<toast');
if not String.IsNullOrEmpty(Launch) then begin
builder.AppendFormat(' launch=''{0}''', Util.HttpEncode(Launch))
end;
if Duration <> ToastDuration.Short then begin
builder.AppendFormat(' duration=''{0}''', Duration.ToString().ToLowerInvariant())
end;
builder.Append('>');
builder.AppendFormat('<visual version=''{0}''', Util.NOTIFICATION_CONTENT_VERSION);
if not String.IsNullOrWhiteSpace(Lang) then begin
builder.AppendFormat(' lang=''{0}''', Util.HttpEncode(Lang))
end;
if not String.IsNullOrWhiteSpace(BaseUri) then begin
builder.AppendFormat(' baseUri=''{0}''', Util.HttpEncode(BaseUri))
end;
builder.Append('>');
builder.AppendFormat('<binding template=''{0}''>{1}</binding>', TemplateName, SerializeProperties(Lang, BaseUri));
builder.Append('</visual>');
AppendAudioTag(builder);
builder.Append('</toast>');
exit builder.ToString()
end;
method ToastNotificationBase.CreateNotification: ToastNotification;
begin
var xmlDoc: XmlDocument := new XmlDocument();
xmlDoc.LoadXml(GetContent());
exit new ToastNotification(xmlDoc)
end;
method ToastNotificationBase.set_Duration(value: ToastDuration); begin
if not &Enum.IsDefined(typeOf(ToastDuration), value) then begin
raise new ArgumentOutOfRangeException('value')
end;
m_Duration := value
end;
end.
|
unit ibSHDMLExporterEditors;
interface
uses
Classes, SysUtils, DesignIntf,
SHDesignIntf, ibSHDesignIntf, ibSHCommonEditors;
type
// -> Property Editors
TibSHDMLExporterModePropEditor = class(TibBTPropertyEditor)
private
FValues: string;
procedure Prepare;
public
constructor Create(APropertyEditor: TObject); override;
function GetAttributes: TPropertyAttributes; override;
procedure GetValues(AValues: TStrings); override;
procedure SetValue(const Value: string); override;
end deprecated;
TibSHDMLExporterOutputPropEditor = class(TibBTPropertyEditor)
private
FValues: string;
procedure Prepare;
public
constructor Create(APropertyEditor: TObject); override;
function GetAttributes: TPropertyAttributes; override;
procedure GetValues(AValues: TStrings); override;
procedure SetValue(const Value: string); override;
end;
TibSHDMLExporterStatementTypePropEditor = class(TibBTPropertyEditor)
private
FValues: string;
procedure Prepare;
public
constructor Create(APropertyEditor: TObject); override;
function GetAttributes: TPropertyAttributes; override;
procedure GetValues(AValues: TStrings); override;
procedure SetValue(const Value: string); override;
end;
implementation
uses
ibSHConsts, ibSHValues;
{ TibBTDMLExporterModePropEditor }
constructor TibSHDMLExporterModePropEditor.Create(APropertyEditor: TObject);
begin
inherited Create(APropertyEditor);
Prepare;
end;
procedure TibSHDMLExporterModePropEditor.Prepare;
begin
FValues := FormatProps(DMLExporterModes);
end;
function TibSHDMLExporterModePropEditor.GetAttributes: TPropertyAttributes;
begin
Result := [paValueList];
end;
procedure TibSHDMLExporterModePropEditor.GetValues(AValues: TStrings);
begin
AValues.Text := FValues;
end;
procedure TibSHDMLExporterModePropEditor.SetValue(const Value: string);
begin
if Designer.CheckPropValue(Value, FValues) then
inherited SetStrValue(Value);
end;
{ TibSHDMLExporterOutputPropEditor }
constructor TibSHDMLExporterOutputPropEditor.Create(
APropertyEditor: TObject);
begin
inherited Create(APropertyEditor);
Prepare;
end;
function TibSHDMLExporterOutputPropEditor.GetAttributes: TPropertyAttributes;
begin
Result := [paValueList];
end;
procedure TibSHDMLExporterOutputPropEditor.GetValues(AValues: TStrings);
begin
AValues.Text := FValues;
end;
procedure TibSHDMLExporterOutputPropEditor.Prepare;
begin
FValues := FormatProps(ExtractorOutputs);
end;
procedure TibSHDMLExporterOutputPropEditor.SetValue(const Value: string);
begin
if Designer.CheckPropValue(Value, FValues) then
inherited SetStrValue(Value);
end;
{ TibBTDMLExporterExportAsPropEditor }
constructor TibSHDMLExporterStatementTypePropEditor.Create(
APropertyEditor: TObject);
begin
inherited Create(APropertyEditor);
Prepare;
end;
procedure TibSHDMLExporterStatementTypePropEditor.Prepare;
begin
FValues := FormatProps(ExtractorStatementType);
end;
function TibSHDMLExporterStatementTypePropEditor.GetAttributes: TPropertyAttributes;
begin
Result := [paValueList];
end;
procedure TibSHDMLExporterStatementTypePropEditor.GetValues(AValues: TStrings);
begin
AValues.Text := FValues;
end;
procedure TibSHDMLExporterStatementTypePropEditor.SetValue(const Value: string);
begin
if Designer.CheckPropValue(Value, FValues) then
inherited SetStrValue(Value);
end;
end.
|
unit uFrmPromoPrizeItem;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, PAIDETODOS, siComp, siLangRT, StdCtrls, LblEffct, ExtCtrls,
Buttons, Mask, SuperComboADO, cxStyles, cxCustomData, cxGraphics,
cxFilter, cxData, cxEdit, DB, cxDBData, cxGridLevel,
cxGridCustomTableView, cxGridTableView, cxGridDBTableView, cxClasses,
cxControls, cxGridCustomView, cxGrid, DBClient, Provider, ADODB;
type
TfrmPromoPrizeItem = class(TFrmParent)
Panel5: TPanel;
lblCategory: TLabel;
lblGroup: TLabel;
lblSubGroup: TLabel;
btnCategClear: TButton;
scGroup: TSuperComboADO;
btnGroupClear: TButton;
scSubGroup: TSuperComboADO;
btnSubGroupClear: TButton;
btSearch: TBitBtn;
scModel: TSuperComboADO;
Label11: TLabel;
Button1: TButton;
scVendor: TSuperComboADO;
lblVendor: TLabel;
btnAllVendor: TButton;
pnlButtons: TPanel;
btSelectAll: TSpeedButton;
btUnSelectAll: TSpeedButton;
Panel9: TPanel;
grdPromoPrizeItensFilter: TcxGrid;
grdPromoPrizeItensFilterDB: TcxGridDBTableView;
grdPromoPrizeItensFilterLevel: TcxGridLevel;
quModel: TADODataSet;
dspModel: TDataSetProvider;
cdsPromoPrizeItem: TClientDataSet;
dtsPromoPrizeItem: TDataSource;
quModelIDModel: TIntegerField;
quModelModel: TStringField;
quModelDescription: TStringField;
cdsPromoPrizeItemIDModel: TIntegerField;
cdsPromoPrizeItemModel: TStringField;
cdsPromoPrizeItemDescription: TStringField;
grdPromoPrizeItensFilterDBIDModel: TcxGridDBColumn;
grdPromoPrizeItensFilterDBModel: TcxGridDBColumn;
grdPromoPrizeItensFilterDBDescription: TcxGridDBColumn;
grdPromoPrizeItensFilterDBValidation: TcxGridDBColumn;
btSave: TButton;
quModelValidation: TBooleanField;
cdsPromoPrizeItemValidation: TBooleanField;
scCategory: TSuperComboADO;
scManufacturer: TSuperComboADO;
btFabricanteAll: TButton;
lblManufacturer: TLabel;
cdsResult: TClientDataSet;
cdsResultIDModel: TIntegerField;
cdsResultModel: TStringField;
cdsResultDescription: TStringField;
procedure btnAllVendorClick(Sender: TObject);
procedure btnCategClearClick(Sender: TObject);
procedure btnGroupClearClick(Sender: TObject);
procedure btnSubGroupClearClick(Sender: TObject);
procedure Button1Click(Sender: TObject);
procedure btSearchClick(Sender: TObject);
procedure btSelectAllClick(Sender: TObject);
procedure btUnSelectAllClick(Sender: TObject);
procedure btCloseClick(Sender: TObject);
procedure btFabricanteAllClick(Sender: TObject);
private
FIDPromoItem: Integer;
procedure RefreshRequest;
procedure CheckAll(AValue: Boolean);
procedure VerifyEnabledCheck;
function AddPromoPrizeItem: Boolean;
function NotExistsPrizeItem(AIDModel :Integer): Boolean;
public
function Start(AIDPromoItem: integer): Boolean;
end;
implementation
uses uDM;
{$R *.dfm}
procedure TfrmPromoPrizeItem.btnAllVendorClick(Sender: TObject);
begin
scVendor.LookUpValue := '';
scVendor.Text := '<-->';
end;
procedure TfrmPromoPrizeItem.btnCategClearClick(Sender: TObject);
begin
scCategory.LookUpValue := '';
scCategory.Text := '<-->';
end;
procedure TfrmPromoPrizeItem.btnGroupClearClick(Sender: TObject);
begin
scGroup.LookUpValue := '';
scGroup.Text := '<-->';
end;
procedure TfrmPromoPrizeItem.btnSubGroupClearClick(Sender: TObject);
begin
scSubGroup.LookUpValue := '';
scSubGroup.Text := '<-->';
end;
procedure TfrmPromoPrizeItem.Button1Click(Sender: TObject);
begin
scModel.LookUpValue := '';
scModel.Text := '<-->';
end;
procedure TfrmPromoPrizeItem.btSearchClick(Sender: TObject);
begin
RefreshRequest;
end;
procedure TfrmPromoPrizeItem.RefreshRequest;
begin
with cdsPromoPrizeItem do
try
Close;
Screen.Cursor := crHourGlass;
FetchParams;
//Params.ParambyName('IDPromoItem').Value := FIDPromoItem;
if scModel.LookUpValue <> '' then
Params.ParambyName('IDModel').Value := StrToInt(scModel.LookUpValue)
else
Params.ParambyName('IDModel').Value := Null;
if scCategory.LookUpValue <> '' then
Params.ParambyName('GroupID').Value := StrToInt(scCategory.LookUpValue)
else
Params.ParambyName('GroupID').Value := Null;
if scGroup.LookUpValue <> '' then
Params.ParambyName('IDModelGroup').Value := StrToInt(scGroup.LookUpValue)
else
Params.ParambyName('IDModelGroup').Value := Null;
if scSubGroup.LookUpValue <> '' then
Params.ParambyName('IDModelSubGroup').Value := StrToInt(scSubGroup.LookUpValue)
else
Params.ParambyName('IDModelSubGroup').Value := Null;
if scVendor.LookUpValue <> '' then
Params.ParambyName('IDPessoa').Value := StrToInt(scVendor.LookUpValue)
else
Params.ParambyName('IDPessoa').Value := Null;
if scManufacturer.LookUpValue <> '' then
Params.ParambyName('IDFabricante').Value := StrToInt(scManufacturer.LookUpValue)
else
Params.ParambyName('IDFabricante').Value := Null;
Open;
VerifyEnabledCheck;
// showmessage(format('records %d' , [cdsPromoPrizeItem.recordcount]));
finally
Screen.Cursor := crDefault;
end;
end;
procedure TfrmPromoPrizeItem.btSelectAllClick(Sender: TObject);
begin
CheckAll(True);
end;
procedure TfrmPromoPrizeItem.btUnSelectAllClick(Sender: TObject);
begin
CheckAll(False);
end;
procedure TfrmPromoPrizeItem.CheckAll(AValue: Boolean);
begin
with cdsPromoPrizeItem do
try
Screen.Cursor := crHourGlass;
DisableControls;
dtsPromoPrizeItem.DataSet := nil;
First;
while not Eof DO
begin
Edit;
FieldByName('Validation').Value := AValue;
Post;
Next;
end;
finally
Screen.Cursor := crDefault;
EnableControls;
dtsPromoPrizeItem.DataSet := cdsPromoPrizeItem;
end;
end;
function TfrmPromoPrizeItem.Start(AIDPromoItem: Integer): Boolean;
begin
FIDPromoItem := AIDPromoItem;
VerifyEnabledCheck;
ShowModal;
if (ModalResult = mrOk) then
Result := AddPromoPrizeItem
else
Result := False;
end;
function TfrmPromoPrizeItem.AddPromoPrizeItem: Boolean;
var
IDPromoPrizeItem : Integer;
begin
cdsResult.Close;
cdsResult.CreateDataSet;
with cdsPromoPrizeItem do
begin
try
First;
while not Eof do
begin
if FieldByName('Validation').AsBoolean then
begin
cdsResult.Append;
cdsResultIDModel.Value := cdsPromoPrizeItemIDModel.Value;
cdsResultModel.Value := cdsPromoPrizeItemModel.Value;
cdsResultDescription.Value := cdsPromoPrizeItemDescription.Value;
cdsResult.Post;
end;
{
if FieldByName('Validation').AsBoolean then
if NotExistsPrizeItem(cdsPromoPrizeItem.FieldByName('IDModel').AsInteger) then
begin
IDPromoPrizeItem := DM.GetNextID('Sal_PromoPrizeItem.IDPromoprizeItem');
DM.RunSQL('INSERT INTO Sal_PromoPrizeitem (IDPromoPrizeItem,IDPromoItem, IDModel) VALUES ( ' + InttoStr(IDPromoprizeItem) + ' , ' + InttoStr(FIDPromoItem) + ' , ' + cdsPromoPrizeItem.FieldByName('IDModel').AsString + ')');
end;
}
Next;
end;
Result := True;
except
Result := False;
end;
end;
end;
procedure TfrmPromoPrizeItem.btCloseClick(Sender: TObject);
begin
inherited;
Close;
end;
function TfrmPromoPrizeItem.NotExistsPrizeItem(AIDModel: Integer): Boolean;
begin
with DM.quFreeSQL do
begin
if Active then
Close;
SQL.Text := 'SELECT IDModel FROM Sal_PromoPrizeItem (NOLOCK) WHERE IDPromoItem = ' + InttoStr(FIDPromoItem) + ' AND IDModel = ' + InttoStr(AIDModel);
Open;
Result := DM.quFreeSQL.IsEmpty;
end;
end;
procedure TfrmPromoPrizeItem.VerifyEnabledCheck;
begin
if (cdsPromoPrizeItem.Active = False) or (cdsPromoPrizeItem.RecordCount = 0) then
begin
pnlButtons.Enabled := False;
btSelectAll.Enabled := False;
btUnSelectAll.Enabled := False;
end
else
begin
pnlButtons.Enabled := True;
btSelectAll.Enabled := True;
btUnSelectAll.Enabled := True;
end;
end;
procedure TfrmPromoPrizeItem.btFabricanteAllClick(Sender: TObject);
begin
inherited;
scManufacturer.LookUpValue := '';
scManufacturer.Text := '<-->';
end;
end.
|
(* Persons03 DA, 17.05.2017 *)
(* First OO Program *)
(* dynamische (Methoden-)Bindung *)
(* ------------------------------------------------------------- *)
PROGRAM Persons03;
CONST
maxStudents = 10;
TYPE
Person = OBJECT
name: STRING;
CONSTRUCTOR Init(name: STRING);
DESTRUCTOR Done; VIRTUAL;
PROCEDURE Greet; VIRTUAL;
END;
Student = OBJECT(Person)
studentNr: INTEGER;
CONSTRUCTOR Init(name: STRING; studentNr: INTEGER);
DESTRUCTOR Done; VIRTUAL;
PROCEDURE Greet; VIRTUAL;
END;
StudentPtr = ^Student;
Teacher = OBJECT(Person)
studentCnt: INTEGER;
students: ARRAY[1..maxStudents] OF StudentPtr;
CONSTRUCTOR Init(name: STRING);
DESTRUCTOR Done; VIRTUAL;
PROCEDURE Greet; VIRTUAL;
PROCEDURE AddStudent(s: StudentPtr);
END; (*Teacher*)
(* Person *)
CONSTRUCTOR Person.Init(name: STRING);
BEGIN
SELF.name := name;
END; (*Person.Init*)
DESTRUCTOR Person.Done;
BEGIN
(*do nothing*)
END; (*Person.Done*)
PROCEDURE Person.Greet;
BEGIN
WriteLn('Hello, my name is ', SELF.name);
END; (*Person.Greet*)
(* Student *)
CONSTRUCTOR Student.Init(name: STRING; studentNr: INTEGER);
BEGIN
Person.Init(name);
SELF.studentNr := studentNr;
END; (*Student.Init*)
DESTRUCTOR Student.Done;
BEGIN
(*do nothing*)
INHERITED;
END; (*Student.Done*)
PROCEDURE Student.Greet;
BEGIN
WriteLn('Hi, I am ', SELF.name, ' with student number ', studentNr);
END; (*Greet*)
(* Teacher *)
CONSTRUCTOR Teacher.Init(name: STRING);
BEGIN
Person.Init(name);
SELF.studentCnt := 0;
END; (*Teacher.Init*)
DESTRUCTOR Teacher.Done;
BEGIN
(*do nothing*)
INHERITED;
END; (*Teacher.Done*)
PROCEDURE Teacher.Greet;
VAR
i: INTEGER;
BEGIN
IF studentCnt = 0 THEN BEGIN
Person.Greet;
END
ELSE BEGIN
WriteLn('Good morning, I am teacher ', name, ' and let me introduce my ', studentCnt, ' students');
i := 1;
WHILE i <= studentCnt DO BEGIN
students[i]^.Greet;
i := i + 1;
END;
END;
END; (*Teacher.Greet*)
PROCEDURE Teacher.AddStudent(s: StudentPtr);
BEGIN
IF studentCnt < maxStudents THEN BEGIN
studentCnt := studentCnt + 1;
students[studentCnt] := s;
END
ELSE
WriteLn('no more students allowed to register');
END; (*Teacher.Greet*)
VAR
pPtr: ^Person;
sPtr, sPtr2, sPtr3: ^Student;
tPtr: ^Teacher;
i: INTEGER;
allPersons: ARRAY[1..10] OF ^Person;
personCnt: INTEGER;
BEGIN
New(pPtr);
pPtr^.Init('Person');
New(sPtr, Init('Andi', 1));
sPtr^.Greet;
New(sPtr2, Init('Betti', 2));
sPtr2^.Greet;
New(sPtr3, Init('Charly', 3));
sPtr3^.Greet;
New(tPtr, Init('Teacher'));
tPtr^.Greet;
tPtr^.AddStudent(sPtr);
tPtr^.AddStudent(sPtr2);
tPtr^.AddStudent(sPtr3);
WriteLn;
tPtr^.Greet;
personCnt := 1;
allPersons[personCnt] := pPtr;
Inc(personCnt);
allPersons[personCnt] := sPtr;
Inc(personCnt);
allPersons[personCnt] := sPtr2;
Inc(personCnt);
allPersons[personCnt] := sPtr3;
Inc(personCnt);
allPersons[personCnt] := tPtr;
WriteLn; WriteLn('all persons greet');
FOR i := 1 TO personCnt DO
allPersons[i]^.Greet;
WriteLn('end greeting');
Dispose(tPtr, Done);
Dispose(sPtr3, Done);
Dispose(sPtr2, Done);
Dispose(sPtr, Done);
END. (*Persons03*) |
{программа, зашивающая файл фиктивными
записями(=пустой)}
program qwerty;
type
{Info - запись, хранящая данные}
Info=record
name_:string[40];
telefon:string[40];
bool:boolean;
end;
{Information - запись с данными и ключевое поле}
Information=record
Hash: byte; {ключевое поле - номер кв.}
Data:Info; {поле с данными}
end;
FileType=file of Info;
Var adres: string;
{Zero - процедура, заполняющая файл
фиктивными записями.
Входящие данные: adres}
procedure Zero(adres: string);
Var MyData:Information; {переменная для временного хранения}
f:FileType;
i:byte;
const N=5; {кол-во компонент}
begin
assign (F, adres); {связь файловой переменной и файла}
Rewrite(F);{открыть файл для записи}
MyData.Data.bool:=True;{присвоить полю bool значение True}
For i:=1 to N do
Write(F, MyData.Data);{запись записи Info на диск}
{end for i}
while not eof(f) do
begin
read(f,MyData.Data);{чтение записи из файла}
if MyData.Data.bool = True then
continue
else
begin
{заполнение ключевого поля Hash}
MyData.Hash:=filepos(f);
{вывод записей на экран}
writeln(MyData.Data.name_, ' - ', MyData.Data.telefon);
end;
{endif}
end;
{end while}
end;
begin
adres:='1.txt';{ввести адрес adres файла}
Zero(adres); {вызов процедуры Zero}
end. |
unit Types.Mail;
interface
const
c_UstTLSMax = 3;
c_UseTLS:array [0 .. c_UstTLSMax] of record
ID: byte;
Text: string;
end = ((ID: 0; Text: 'NoTLSSupport'),
(ID: 1; Text: 'UseImplicitTLS'),
(ID: 2; Text: 'UseRequireTLS'),
(ID: 3; Text: 'UseExplicitTLS'));
c_AuthTypeMax = 2;
c_AuthType:array [0 .. c_AuthTypeMax] of record
ID: byte;
Text: string;
end = ((ID: 0; Text: 'Kein'),
(ID: 1; Text: 'Default'),
(ID: 2; Text: 'SASL'));
c_SSLVersionMax = 5;
c_SSLVersion:array [0 .. c_SSLVersionMax] of record
ID: byte;
Text: string;
end = ((ID: 0; Text: 'sslvSSLv2'),
(ID: 1; Text: 'sslvSSLv23'),
(ID: 2; Text: 'sslvSSLv3'),
(ID: 3; Text: 'sslvTLSv1'),
(ID: 4; Text: 'sslvTLSv1_1'),
(ID: 5; Text: 'sslvTLSv1_2'));
implementation
end.
|
unit glSystem;
interface
uses
Windows, Messages, SysUtils, Variants, Classes;
function RunAs(Username, Password, CmdString: string): string;
function CountPos(const subtext: string; Text: string): Integer;
function createprocesswithlogonw(lpusername: pwidechar; lpdomain: pwidechar;
lppassword: pwidechar; dwlogonflags: dword; lpapplicationname: pwidechar;
lpcommandline: pwidechar; dwcreationflags: dword; lpenvironment: pointer;
lpcurrentdirectory: pchar; const lpstartupinfo: tstartupinfo;
var lpprocessinformation: tprocessinformation): bool; stdcall;
function ExePath: string;
function GetUserFromWindows: string;
implementation
function createprocesswithlogonw;
external advapi32 name 'CreateProcessWithLogonW';
function ExePath: string;
begin
result := Copy(paramstr(0), 1, LastDelimiter('\:', paramstr(0)));
end;
function GetUserFromWindows: string;
var
Username: string;
UserNameLen: dword;
begin
UserNameLen := 255;
SetLength(Username, UserNameLen);
if GetUserName(pchar(Username), UserNameLen) then
result := Copy(Username, 1, UserNameLen - 1)
else
result := 'Unknown';
end;
function CountPos(const subtext: string; Text: string): Integer;
begin
if (Length(subtext) = 0) or (Length(Text) = 0) or (Pos(subtext, Text) = 0)
then
result := 0
else
result := (Length(Text) - Length(StringReplace(Text, subtext, '',
[rfReplaceAll]))) div Length(subtext);
end;
function RunAs(Username, Password, CmdString: string): string;
var
si: tstartupinfo;
pi: tprocessinformation;
puser, ppass, pdomain, pprogram: array [0 .. 255] of wchar;
lasterror: dword;
resultstring: string;
begin
zeromemory(@si, sizeof(si));
si.cb := sizeof(si);
zeromemory(@pi, sizeof(pi));
stringtowidechar(Username, puser, 255);
stringtowidechar(Password, ppass, 255);
stringtowidechar('', pdomain, 255);
stringtowidechar(CmdString, pprogram, 255);
createprocesswithlogonw(puser, pdomain, ppass, 1, // logon_with_profile,
pprogram, nil, create_default_error_mode or create_new_console or
create_new_process_group or create_separate_wow_vdm, nil, nil, si, pi);
lasterror := getlasterror;
case lasterror of
0:
resultstring := 'success!';
86:
resultstring := 'wrong password';
1326:
resultstring := 'wrong username or password';
1327:
resultstring := 'logon failure user account restriction';
1385:
resultstring :=
'logon failure the user has not been granted the requested logon type at this computer.';
2:
resultstring := 'file not found';
5:
resultstring := 'acced denied';
else
resultstring := 'error ' + inttostr(lasterror);
end;
result := resultstring;
end;
end.
|
unit SaveForm;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, StdCtrls, ExtCtrls,
SimpleTimer,
InflatablesList_Manager;
type
TfSaveForm = class(TForm)
bvlInnerFrame: TBevel;
lblText: TLabel;
bvlOuterFrame: TBevel;
procedure FormCreate(Sender: TObject);
procedure FormDestroy(Sender: TObject);
private
{ Private declarations }
fILManager: TILManager;
fRunTimer: TSimpleTimer;
protected
procedure SavingDoneHandler(Sender: TObject);
procedure OnRunTimerHandler(Sender: TObject);
public
{ Public declarations }
procedure Initialize(ILManager: TILManager);
procedure Finalize;
procedure ShowAndPerformSave;
end;
var
fSaveForm: TfSaveForm;
implementation
{$R *.dfm}
procedure TfSaveForm.SavingDoneHandler(Sender: TObject);
begin
Close;
end;
//------------------------------------------------------------------------------
procedure TfSaveForm.OnRunTimerHandler(Sender: TObject);
begin
fRunTimer.Enabled := False;
fILManager.SaveToFileThreaded(SavingDoneHandler);
end;
//==============================================================================
procedure TfSaveForm.Initialize(ILManager: TILManager);
begin
fILManager := ILManager;
end;
//------------------------------------------------------------------------------
procedure TfSaveForm.Finalize;
begin
// nothing to do
end;
//------------------------------------------------------------------------------
procedure TfSaveForm.ShowAndPerformSave;
begin
fRunTimer.Enabled := True;
ShowModal;
end;
//==============================================================================
procedure TfSaveForm.FormCreate(Sender: TObject);
begin
fRunTimer := TSimpleTimer.Create;
fRunTimer.Enabled := False;
fRunTimer.Interval := 500; // 0.5s delay
fRunTimer.OnTimer := OnRunTimerHandler;
end;
//------------------------------------------------------------------------------
procedure TfSaveForm.FormDestroy(Sender: TObject);
begin
FreeAndNil(fRunTimer);
end;
end.
|
namespace GlHelper;
interface
uses
rtl;
type
{ A quaternion.
}
TQuaternion = public record
private
method GetLength: Single;
method GetLengthSquared: Single;
public
{ Initializes the quaternion to an identity quaternion. Sets the X, Y and
Z components to 0 and the W component to 1. }
method Init;
{ Sets the four components of the quaternion.
Parameters:
AX: the X-component.
AY: the Y-component.
AZ: the Z-component.
AW: the W-component. }
method Init(const AX, AY, AZ, AW: Single);
{ Sets the quaternion from the given axis vector and the angle around that
axis in radians.
Parameters:
AAxis: The axis.
AAngleRadians: The angle in radians. }
method Init(const AAxis: TVector3; const AAngleRadians: Single);
{ Sets the quaternion to the given euler angles in radians.
Parameters:
AYaw: the rotation around the Y axis in radians.
APitch: the rotation around the X axis in radians.
ARoll: the rotation around the Z axis in radians. }
method Init(const AYaw, APitch, ARoll: Single);
{ Sets the quaternion from a matrix.
Parameters:
AMatrix: the matrix. }
method Init(const AMatrix: TMatrix4);
{ Creates a rotation matrix that represents this quaternion.
Returns:
A rotation matrix that represents this quaternion. }
method ToMatrix: TMatrix4;
{ Adds to quaternions together.
Returns:
A + B }
class operator Add(const A, B: TQuaternion): TQuaternion; inline;
{ Multiplies a vector with a scalar value.
Returns:
(A.X * B, A.Y * B, A.Z * B, A.W * B) }
class operator Multiply(const A: TQuaternion; const B: Single): TQuaternion; inline;
{ Multiplies a vector with a scalar value.
Returns:
(A * B.X, A * B.Y, A * B.Z, A * B.W) }
class operator Multiply(const A: Single; const B: TQuaternion): TQuaternion; inline;
{ Multiplies two quaternions.
Returns:
A * B }
class operator Multiply(const A, B: TQuaternion): TQuaternion; inline;
{ Whether this is an identity quaternion.
Returns:
True if X, Y and Z are exactly 0.0 and W is exactly 1.0 }
method IsIdentity: Boolean;
{ Whether this is an identity quaternion within a given margin of error.
Parameters:
AErrorMargin: the allowed margin of error.
Returns:
True if this is an identity quaternion within the error margin. }
method IsIdentity(const AErrorMargin: Single): Boolean;
{ Calculates a normalized version of this quaternion.
Returns:
The normalized quaternion of of this vector (with a length of 1).
@bold(Note): for a faster, less accurate version, use NormalizeFast.
@bold(Note): Does not change this quaternion. To update this quaternion
itself, use SetNormalized. }
method Normalize: TQuaternion;
{ Normalizes this quaternion to a length of 1.
@bold(Note): The SIMD optimized versions of this method use an
approximation, resulting in a very small error.
@bold(Note): If you do not want to change this quaternion, but get a
normalized version instead, then use Normalize. }
method SetNormalized;
{ Calculates a normalized version of this quaternion.
Returns:
The normalized version of of this quaternion (with a length of 1).
@bold(Note): this is an SIMD optimized version that uses an approximation,
resulting in a small error. For an accurate version, use Normalize.
@bold(Note): Does not change this quaternion. To update this quaternion
itself, use SetNormalizedFast. }
method NormalizeFast: TQuaternion;
{ Normalizes this quaternion to a length of 1.
@bold(Note): this is an SIMD optimized version that uses an approximation,
resulting in a small error. For an accurate version, use SetNormalized.
@bold(Note): If you do not want to change this quaternion, but get a
normalized version instead, then use NormalizeFast. }
method SetNormalizedFast;
{ Creates a conjugate of the quaternion.
Returns:
The conjugate (eg. (-X, -Y, -Z, W))
@bold(Note): Does not change this quaterion. To update this quaterion
itself, use SetConjugate. }
method Conjugate: TQuaternion;
{ Conjugate this quaternion.
@bold(Note): If you do not want to change this quaternion, but get a
conjugate version instead, then use Conjugate. }
method SetConjugate;
{ The euclidean length of this quaternion.
@bold(Note): If you only want to compare lengths of quaternion, you should
use LengthSquared instead, which is faster. }
property Length: Single read GetLength;
{ The squared length of the quaternion.
@bold(Note): This property is faster than Length because it avoids
calculating a square root. It is useful for comparing lengths instead of
calculating actual lengths. }
property LengthSquared: Single read GetLengthSquared;
public
{ X, Y, Z and W components of the quaternion }
X, Y, Z, W: Single;
{ The four components of the quaternion. }
// C: array [0..3] of Single;
end;
implementation
{ TQuaternion }
class operator TQuaternion.Add(const A, B: TQuaternion): TQuaternion;
begin
Result.X := A.X + B.X;
Result.Y := A.Y + B.Y;
Result.Z := A.Z + B.Z;
Result.W := A.W + B.W;
end;
method TQuaternion.GetLength: Single;
begin
Result := Sqrt((X * X) + (Y * Y) + (Z * Z) + (W * W));
end;
method TQuaternion.GetLengthSquared: Single;
begin
Result := (X * X) + (Y * Y) + (Z * Z) + (W * W);
end;
class operator TQuaternion.Multiply(const A: TQuaternion; const B: Single): TQuaternion;
begin
Result.X := A.X * B;
Result.Y := A.Y * B;
Result.Z := A.Z * B;
Result.W := A.W * B;
end;
class operator TQuaternion.Multiply(const A: Single; const B: TQuaternion): TQuaternion;
begin
Result.X := A * B.X;
Result.Y := A * B.Y;
Result.Z := A * B.Z;
Result.W := A * B.W;
end;
class operator TQuaternion.Multiply(const A, B: TQuaternion): TQuaternion;
begin
Result.X := (A.W * B.X) + (A.X * B.W) + (A.Y * B.Z) - (A.Z * B.Y);
Result.Y := (A.W * B.Y) + (A.Y * B.W) + (A.Z * B.X) - (A.X * B.Z);
Result.Z := (A.W * B.Z) + (A.Z * B.W) + (A.X * B.Y) - (A.Y * B.X);
Result.W := (A.W * B.W) - (A.X * B.X) - (A.Y * B.Y) - (A.Z * B.Z);
end;
method TQuaternion.NormalizeFast: TQuaternion;
begin
Result := Self * InverseSqrt(Self.LengthSquared);
end;
method TQuaternion.SetNormalizedFast;
begin
Self := Self * InverseSqrt(Self.LengthSquared);
end;
{ TQuaternion }
method TQuaternion.Conjugate: TQuaternion;
begin
Result.X := -X;
Result.Y := -Y;
Result.Z := -Z;
Result.W := W;
end;
method TQuaternion.Init;
begin
X := 0;
Y := 0;
Z := 0;
W := 1;
end;
method TQuaternion.Init(const AX, AY, AZ, AW: Single);
begin
X := AX;
Y := AY;
Z := AZ;
W := AW;
end;
method TQuaternion.Init(const AAxis: TVector3; const AAngleRadians: Single);
var
D, S, CS: Single;
begin
D := AAxis.Length;
if (D = 0) then
begin
Init;
Exit;
end;
D := 1 / D;
SinCos(AAngleRadians * 0.5, out S, out CS);
X := D * AAxis.X * S;
Y := D * AAxis.Y * S;
Z := D * AAxis.Z * S;
W := CS;
SetNormalized;
end;
method TQuaternion.Init(const AYaw, APitch, ARoll: Single);
var
A, S, C: TVector4;
CYSP, SYCP, CYCP, SYSP: Single;
begin
A.Init(APitch * 0.5, AYaw * 0.5, ARoll * 0.5, 0);
SinCos(A, out S, out C);
CYSP := C.Y * S.X;
SYCP := S.Y * C.X;
CYCP := C.Y * C.X;
SYSP := S.Y * S.X;
X := (CYSP * C.Z) + (SYCP * S.Z);
Y := (SYCP * C.Z) - (CYSP * S.Z);
Z := (CYCP * S.Z) - (SYSP * C.Z);
W := (CYCP * C.Z) + (SYSP * S.Z);
end;
method TQuaternion.Init(const AMatrix: TMatrix4);
var
Trace, S: Double;
begin
Trace := AMatrix.m11 + AMatrix.m22 + AMatrix.m33;
if (Trace > EPSILON) then
begin
S := 0.5 / Sqrt(Trace + 1.0);
X := (AMatrix.m23 - AMatrix.m32) * S;
Y := (AMatrix.m31 - AMatrix.m13) * S;
Z := (AMatrix.m12 - AMatrix.m21) * S;
W := 0.25 / S;
end
else if (AMatrix.m11 > AMatrix.m22) and (AMatrix.m11 > AMatrix.m33) then
begin
S := Sqrt(Math.Max(EPSILON, 1 + AMatrix.m11 - AMatrix.m22 - AMatrix.m33)) * 2.0;
X := 0.25 * S;
Y := (AMatrix.m12 + AMatrix.m21) / S;
Z := (AMatrix.m31 + AMatrix.m13) / S;
W := (AMatrix.m23 - AMatrix.m32) / S;
end
else if (AMatrix.m22 > AMatrix.m33) then
begin
S := Sqrt(Math.Max(EPSILON, 1 + AMatrix.m22 - AMatrix.m11 - AMatrix.m33)) * 2.0;
X := (AMatrix.m12 + AMatrix.m21) / S;
Y := 0.25 * S;
Z := (AMatrix.m23 + AMatrix.m32) / S;
W := (AMatrix.m31 - AMatrix.m13) / S;
end else
begin
S := Sqrt(Math.Max(EPSILON, 1 + AMatrix.m33 - AMatrix.m11 - AMatrix.m22)) * 2.0;
X := (AMatrix.m31 + AMatrix.m13) / S;
Y := (AMatrix.m23 + AMatrix.m32) / S;
Z := 0.25 * S;
W := (AMatrix.m12 - AMatrix.m21) / S;
end;
SetNormalized;
end;
method TQuaternion.IsIdentity: Boolean;
begin
Result := (X = 0) and (Y = 0) and (Z = 0) and (W = 1);
end;
method TQuaternion.IsIdentity(const AErrorMargin: Single): Boolean;
begin
Result := (Abs(X) <= AErrorMargin) and (Abs(Y) <= AErrorMargin)
and (Abs(Z) <= AErrorMargin) and ((Abs(W) - 1) <= AErrorMargin)
end;
method TQuaternion.Normalize: TQuaternion;
begin
Result := Self * (1 / Length);
end;
method TQuaternion.SetConjugate;
begin
X := -X;
Y := -Y;
Z := -Z;
end;
method TQuaternion.SetNormalized;
begin
Self := Self * (1 / Length);
end;
method TQuaternion.ToMatrix: TMatrix4;
var
Q: TQuaternion;
XX, XY, XZ, XW, YY, YZ, YW, ZZ, ZW: Single;
begin
Q := Normalize;
XX := Q.X * Q.X;
XY := Q.X * Q.Y;
XZ := Q.X * Q.Z;
XW := Q.X * Q.W;
YY := Q.Y * Q.Y;
YZ := Q.Y * Q.Z;
YW := Q.Y * Q.W;
ZZ := Q.Z * Q.Z;
ZW := Q.Z * Q.W;
Result.Init(
1 - 2 * (YY + ZZ), 2 * (XY + ZW), 2 * (XZ - YW), 0,
2 * (XY - ZW), 1 - 2 * (XX + ZZ), 2 * (YZ + XW), 0,
2 * (XZ + YW), 2 * (YZ - XW), 1 - 2 * (XX + YY), 0,
0, 0, 0, 1);
end;
end. |
unit uFrmMain;
interface
uses
Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics,
Vcl.Controls, Vcl.Forms, Vcl.Dialogs, Vcl.StdCtrls, Vcl.ExtCtrls, XMLDoc, XMLIntf,
uXMLUtils;
type
TFrmMain = class(TForm)
Memo: TMemo;
Panel1: TPanel;
btnXML: TButton;
procedure btnXMLClick(Sender: TObject);
private
FXML: IXMLDocument;
XMLUtils: TXMLUtils;
procedure CreateXML;
procedure AddBook(id, author, title, genre, price, publish_date,
description: string);
public
{ Public declarations }
end;
var
FrmMain: TFrmMain;
implementation
{$R *.dfm}
procedure TFrmMain.btnXMLClick(Sender: TObject);
begin
CreateXML;
end;
procedure TFrmMain.CreateXML;
var
book: IXMLNode;
author: IXMLNode;
begin
XMLUtils := TXMLUtils.Create('catalog');
try
AddBook('bk101', 'Gambardella, Matthew',
'XML Developer''s Guide', 'Computer',
'44.95', '2000-10-01',
'An in-depth look at creating applications with XML.');
AddBook('bk102', 'Ralls, Kim',
'Midnight Rain', 'Fantasy',
'5.95', '2000-12-16',
'A former architect battles corporate zombies, '+
'an evil sorceress, and her own childhood to become queen '+
'of the world..');
Memo.Lines.Text := XMLUtils.XMLText(True);
finally
XMLUtils.Free;
end;
end;
procedure TFrmMain.AddBook(id, author, title, genre, price, publish_date, description: string);
var
book: IXMLNode;
begin
book := XMLUtils.AddElement('book');
book := XMLUtils.AddAttribute(book, 'id', id);
XMLUtils.AddElement(book, 'author', author);
XMLUtils.AddElement(book, 'title', title);
XMLUtils.AddElement(book, 'genre', genre);
XMLUtils.AddElement(book, 'price', price);
XMLUtils.AddElement(book, 'publish_date', publish_date);
XMLUtils.AddElement(book, 'description', description);
end;
end.
|
{------------------------------------------------------------------------------
Miguel A. Risco Castillo TuERotImage v0.6
http://ue.accesus.com/uecontrols
using some ideas from:
TRotateImage v1.54 by Kambiz R. Khojasteh
The contents of this file are subject to the Mozilla Public License
Version 1.1 (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.mozilla.org/MPL/MPL-1.1.html
Software distributed under the License is distributed on an "AS IS" basis,
WITHOUT WARRANTY OF ANY KIND, either expressed or implied. See the License for
the specific language governing rights and limitations under the License.
------------------------------------------------------------------------------}
unit uERotImage;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, LResources, Forms, Controls, Graphics, Dialogs,
Types, BGRABitmap, BGRABitmapTypes;
type
{ TuECustomRotImage }
{ TCustomuERotImage }
TCustomuERotImage = class(TGraphicControl)
private
FColor: TColor;
FPicture: TPicture;
FOnPictureChanged: TNotifyEvent;
FStretch: Boolean;
FCenter: Boolean;
FTransparent: Boolean;
FProportional: Boolean;
FAngle: Extended;
FUniqueSize: Boolean;
FMaxSize: Integer;
FChanging: Boolean;
FOnRotation: TNotifyEvent;
FBeforeRotation: TNotifyEvent;
function GetCanvas: TCanvas;
procedure RotateImage(AValue: Extended);
procedure ForceRotate(AValue: Extended);
procedure SetCenter(const AValue: Boolean);
procedure SetPicture(const AValue: TPicture);
procedure SetStretch(const AValue: Boolean);
procedure SetProportional(const AValue: Boolean);
procedure SetTransparent(const AValue: Boolean);
procedure SetAngle(const Value: Extended);
procedure SetUniqueSize(Value: Boolean);
protected
class procedure WSRegisterClass; override;
procedure PictureChanged(Sender : TObject); virtual;
procedure CalculatePreferredSize(var PreferredWidth,
PreferredHeight: integer;
WithThemeSpace: Boolean); override;
class function GetControlClassDefaultSize: TSize; override;
function CanAutoSize(var NewWidth, NewHeight: Integer): Boolean; override;
procedure Paint; override;
procedure Loaded; override;
procedure Resize; override;
procedure SetColor(AValue: TColor); override;
procedure DoRotation; virtual;
procedure DoBeforeRotation; virtual;
function DestRect: TRect; virtual;
property Canvas: TCanvas read GetCanvas;
property MaxSize: Integer read FMaxSize;
property Angle: Extended read FAngle write SetAngle;
property BorderSpacing;
property Center: Boolean read FCenter write SetCenter default False;
property Color: tcolor read FColor write SetColor default clDefault;
property Picture: TPicture read FPicture write SetPicture;
property Proportional: Boolean read FProportional write setProportional default False;
property Stretch: Boolean read FStretch write SetStretch default False;
property Transparent: Boolean read FTransparent write SetTransparent;
property UniqueSize: Boolean read FUniqueSize write SetUniqueSize default False;
property OnPictureChanged: TNotifyEvent read FOnPictureChanged write FOnPictureChanged;
property OnRotation: TNotifyEvent read FOnRotation write FOnRotation;
property BeforeRotation: TNotifyEvent read FBeforeRotation write FBeforeRotation;
public
Bitmap: TBGRABitmap;
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
procedure ReDraw;
end;
{ TuECustomRotImage }
TuERotImage = class(TCustomuERotImage)
published
property Align;
property Anchors;
property Angle;
property AutoSize;
property BorderSpacing;
property Center;
property Color;
property Constraints;
property DragCursor;
property DragKind;
property DragMode;
property Enabled;
property MaxSize;
property ParentColor;
property ParentShowHint;
property Picture;
property PopupMenu;
property Proportional;
property ShowHint;
property Stretch;
property Transparent;
property UniqueSize;
property Visible;
property OnChangeBounds;
property OnMouseEnter;
property OnMouseLeave;
property OnMouseWheel;
property OnMouseWheelDown;
property OnMouseWheelUp;
property OnPaint;
property OnPictureChanged;
property OnClick;
property OnConstrainedResize;
property OnDblClick;
property OnDragDrop;
property OnDragOver;
property OnEndDock;
property OnEndDrag;
property OnMouseDown;
property OnMouseMove;
property OnMouseUp;
property OnResize;
property OnRotation;
property BeforeRotation;
property OnStartDock;
property OnStartDrag;
end;
procedure Register;
implementation
//uses Math;
constructor TCustomuERotImage.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
ControlStyle := ControlStyle + [csReplicatable, csCaptureMouse, csClickEvents, csDoubleClicks];
AutoSize := False;
FCenter := False;
FProportional := False;
FStretch := False;
FTransparent := True;
FUniqueSize := False;
FPicture := TPicture.Create;
FPicture.OnChange := @PictureChanged;
Bitmap:=TBGRABitmap.Create(1,1);
with GetControlClassDefaultSize do SetInitialBounds(0, 0, CX, CY);
end;
destructor TCustomuERotImage.Destroy;
begin
if Assigned(Bitmap) then
begin
Bitmap.Free;
Bitmap := nil;
end;
FPicture.OnChange := nil;
FPicture.Graphic := nil;
FPicture.Free;
inherited Destroy;
end;
procedure TCustomuERotImage.ReDraw;
begin
ForceRotate(FAngle);
Paint;
end;
procedure TCustomuERotImage.Paint;
procedure DrawFrame;
begin
with inherited Canvas do
begin
Pen.Color := clBlack;
Pen.Style := psDash;
MoveTo(0, 0);
LineTo(Self.Width-1, 0);
LineTo(Self.Width-1, Self.Height-1);
LineTo(0, Self.Height-1);
LineTo(0, 0);
end;
end;
var R:TRect;
begin
if csDesigning in ComponentState then DrawFrame;
if assigned(Bitmap) then
begin
R:=DestRect;
Bitmap.Draw(inherited Canvas,R,false);
end;
end;
procedure TCustomuERotImage.Loaded;
begin
inherited Loaded;
PictureChanged(Self);
end;
procedure TCustomuERotImage.Resize;
begin
inherited Resize;
RotateImage(FAngle);
end;
function TCustomuERotImage.GetCanvas: TCanvas;
begin
Result := inherited Canvas;
end;
procedure TCustomuERotImage.SetCenter(const AValue: Boolean);
begin
if FCenter = AValue then exit;
FCenter := AValue;
invalidate;
end;
procedure TCustomuERotImage.SetPicture(const AValue: TPicture);
begin
if FPicture=AValue then exit;
FPicture.Assign(AValue);
end;
procedure TCustomuERotImage.SetStretch(const AValue: Boolean);
begin
if FStretch = AValue then exit;
FStretch := AValue;
invalidate;
end;
procedure TCustomuERotImage.SetProportional(const AValue: Boolean);
begin
if FProportional = AValue then exit;
FProportional := AValue;
invalidate;
end;
procedure TCustomuERotImage.SetTransparent(const AValue: Boolean);
begin
if FTransparent = AValue then exit;
FTransparent := AValue;
ForceRotate(FAngle);
end;
procedure TCustomuERotImage.SetColor(AValue: TColor);
begin
if FColor = AValue then exit;
FColor := AValue;
ForceRotate(FAngle);
inherited SetColor(AValue);
end;
procedure TCustomuERotImage.ForceRotate(AValue: Extended);
var xc,yc:real;
w,h:integer;
rad,s,c:Extended;
tbmp:TBGRABitmap;
fillc:TBGRAPixel;
begin
if (csLoading in ComponentState) or FChanging then exit;
FChanging := True;
rad:=AValue*PI/180;
s:=abs(sin(rad));
c:=abs(cos(rad));
If FTransparent then Fillc:=BGRAPixelTransparent else Fillc:=ColortoBGRA(ColortoRGB(color));
if assigned(FPicture.Graphic) then
begin
xc:=(FPicture.Graphic.width-1)/2;
yc:=(FPicture.Graphic.height-1)/2;
w:= round(FPicture.Graphic.width*c + FPicture.Graphic.height*s);
h:= round(FPicture.Graphic.width*s + FPicture.Graphic.height*c);
if UniqueSize then tbmp:=TBGRABitmap.Create(MaxSize,MaxSize,Fillc)
else tbmp:=TBGRABitmap.Create(w,h,Fillc);
Bitmap.SetSize(1,1);
Bitmap.Fill(Fillc);
Bitmap.Assign(FPicture.Bitmap);
end else
begin
xc:=(width-1)/2;
yc:=(height-1)/2;
tbmp:=TBGRABitmap.Create(width,height,Fillc);
Bitmap.SetSize(width,height);
Bitmap.Fill(Fillc);
end;
w:=Round((tbmp.Width)/2-1);
h:=Round((tbmp.Height)/2-1);
DoBeforeRotation;
tbmp.PutImageAngle(w,h,Bitmap,AValue,xc,yc);
Bitmap.Assign(tbmp);
tbmp.free;
try
if AutoSize and (MaxSize <> 0) then
begin
InvalidatePreferredSize;
AdjustSize;
if UniqueSize then SetBounds(Left, Top, MaxSize, MaxSize)
else SetBounds(Left, Top, Bitmap.Width, Bitmap.Height);
end;
finally
FChanging := False;
end;
Invalidate;
DoRotation;
end;
procedure TCustomuERotImage.RotateImage(AValue:Extended);
begin
if AValue <> FAngle then ForceRotate(FAngle);
end;
procedure TCustomuERotImage.SetAngle(const Value: Extended);
begin
if Value <> FAngle then
begin
FAngle := Value;
ForceRotate(FAngle);
end;
end;
procedure TCustomuERotImage.SetUniqueSize(Value: Boolean);
begin
if Value <> UniqueSize then
begin
FUniqueSize := Value;
ForceRotate(FAngle);
end;
end;
procedure TCustomuERotImage.PictureChanged(Sender: TObject);
begin
if not (csLoading in ComponentState) then
begin
if FPicture.Graphic <> nil then
begin
if (FPicture.Graphic.MimeType='') and (csDesigning in ComponentState) then
begin
showmessage('Bug: unsupported Picture format at design time');
FPicture.Graphic:=nil;
FMaxSize := 0;
end else FMaxSize := Round(Sqrt(Sqr(FPicture.Graphic.Width) + Sqr(FPicture.Graphic.Height)));
end else FMaxSize := Round(Sqrt(Sqr(Width) + Sqr(Height)));
ForceRotate(FAngle);
if Assigned(OnPictureChanged) then OnPictureChanged(Self);
end;
end;
procedure TCustomuERotImage.CalculatePreferredSize(var PreferredWidth,
PreferredHeight: integer; WithThemeSpace: Boolean);
begin
PreferredWidth := Bitmap.Width;
PreferredHeight := Bitmap.Height;
end;
class function TCustomuERotImage.GetControlClassDefaultSize: TSize;
begin
Result.CX := 90;
Result.CY := 90;
end;
function TCustomuERotImage.CanAutoSize(var NewWidth, NewHeight: Integer): Boolean;
begin
Result := True;
if not (csDesigning in ComponentState) or (MaxSize <> 0) then
begin
if Align in [alNone, alLeft, alRight] then
if UniqueSize then
NewWidth := MaxSize
else
NewWidth := Bitmap.Width;
if Align in [alNone, alTop, alBottom] then
if UniqueSize then
NewHeight := MaxSize
else
NewHeight := Bitmap.Height;
end;
end;
procedure TCustomuERotImage.DoRotation;
begin
if Assigned(FOnRotation) then FOnRotation(Self);
end;
procedure TCustomuERotImage.DoBeforeRotation;
begin
if Assigned(FBeforeRotation) then FBeforeRotation(Self);
end;
class procedure TCustomuERotImage.WSRegisterClass;
begin
inherited WSRegisterClass;
end;
function TCustomuERotImage.DestRect: TRect;
var
PicWidth: Integer;
PicHeight: Integer;
ImgWidth: Integer;
ImgHeight: Integer;
w: Integer;
h: Integer;
begin
if not Assigned(Bitmap) then exit;
PicWidth := Bitmap.Width;
PicHeight := Bitmap.Height;
ImgWidth := ClientWidth;
ImgHeight := ClientHeight;
if Stretch or (Proportional and ((PicWidth > ImgWidth) or (PicHeight > ImgHeight))) then
begin
if Proportional and (PicWidth > 0) and (PicHeight > 0) then
begin
w:=ImgWidth;
h:=(PicHeight*w) div PicWidth;
if h>ImgHeight then
begin
h:=ImgHeight;
w:=(PicWidth*h) div PicHeight;
end;
PicWidth:=w;
PicHeight:=h;
end
else begin
PicWidth := ImgWidth;
PicHeight := ImgHeight;
end;
end;
Result:=Rect(0,0,PicWidth,PicHeight);
if Center then
OffsetRect(Result,(ImgWidth-PicWidth) div 2,(ImgHeight-PicHeight) div 2);
end;
procedure Register;
begin
{$I uerotimage_icon.lrs}
RegisterComponents('uEControls',[TuERotImage]);
end;
end.
|
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