text stringlengths 14 6.51M |
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unit uClassicStringConverter;
{$I ..\Include\IntXLib.inc}
interface
uses
uStringConverterBase,
uIStringConverter,
uDigitOpHelper,
uIntXLibTypes;
type
/// <summary>
/// Classic ToString converting algorithm using division (O[n^2]).
/// </summary>
TClassicStringConverter = class sealed(TStringConverterBase)
public
/// <summary>
/// Creates new <see cref="ClassicStringConverter" /> instance.
/// </summary>
/// <param name="pow2StringConverter">Converter for pow2 case.</param>
constructor Create(pow2StringConverter: IIStringConverter);
/// <summary>
/// Converts digits from internal representaion into given base.
/// </summary>
/// <param name="digits">Big integer digits.</param>
/// <param name="mlength">Big integer length.</param>
/// <param name="numberBase">Base to use for output.</param>
/// <param name="outputLength">Calculated output length (will be corrected inside).</param>
/// <returns>Conversion result (later will be transformed to string).</returns>
function ToString(digits: TIntXLibUInt32Array; mlength: UInt32;
numberBase: UInt32; var outputLength: UInt32)
: TIntXLibUInt32Array; override;
end;
implementation
constructor TClassicStringConverter.Create(pow2StringConverter
: IIStringConverter);
begin
inherited Create(pow2StringConverter);
end;
function TClassicStringConverter.ToString(digits: TIntXLibUInt32Array;
mlength: UInt32; numberBase: UInt32; var outputLength: UInt32)
: TIntXLibUInt32Array;
var
outputArray, digitsCopy: TIntXLibUInt32Array;
outputIndex: UInt32;
begin
outputArray := inherited ToString(digits, mlength, numberBase, outputLength);
// Maybe base method already converted this number
if (outputArray <> Nil) then
begin
result := outputArray;
Exit;
end;
// Create an output array for storing of number in other base
SetLength(outputArray, outputLength + 1);
// Make a copy of initial data
SetLength(digitsCopy, mlength);
Move(digits[0], digitsCopy[0], mlength * SizeOf(UInt32));
// Calculate output numbers by dividing
outputIndex := 0;
while (mlength) > 0 do
begin
mlength := TDigitOpHelper.DivMod(digitsCopy, mlength, numberBase,
digitsCopy, outputArray[outputIndex]);
Inc(outputIndex);
end;
outputLength := outputIndex;
result := outputArray;
end;
end.
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unit OTFEBestCrypt_U;
// Description: Delphi BestCrypt Component
// By Sarah Dean
// Email: sdean12@sdean12.org
// WWW: http://www.SDean12.org/
//
// -----------------------------------------------------------------------------
//
interface
uses
Classes, SysUtils, Windows, forms, controls,
OTFE_U, OTFEConsts_U,
OTFEBestCryptStructures_U;
type
TOTFEBestCrypt = class(TOTFE)
private
function RegistryOnlyVersion(): boolean;
// INI file versions - don't call these! Used by the general routines
function INIGetAutomountContainerNum(volumeFilename: string): integer;
function INIGetDefaultDrive(volumeFilename: string): char;
function INISetDefaultDriveAutomount(volumeFilename: string; driveLetter: ansichar; automount: boolean = FALSE): boolean;
function INIDeleteDefaultDrive(volumeFilename: string): boolean;
// Registry versions - don't call these! Used by the general routines
function RegistryVolumeSetDefaultDrive(volumeFilename: string; driveLetter: ansichar): boolean;
function RegistryVolumeSetAutomounted(volumeFilename: string; automount: boolean): boolean;
function GetFilenameASCIIHash(volumeFilename: string): string;
protected
hBestCryptVxD : THandle;
FPasswordPrompt: ansistring;
kBestCryptINIFileAutoOpenKey: string;
function LoadDLL(DLLFilename: string): THandle;
function Connect(): boolean;
function ConnectAttempt(driverName: string; var handle: THandle): boolean;
function Disconnect(): boolean;
procedure SetActive(AValue : Boolean); override;
function GetDriveInfoOLD(driveLetter: ansichar; var volInfo: TDISKINFO_BUFFER_driverOLD): boolean;
function GetDriveInfoNEW(driveLetter: ansichar; var volInfo: TDISKINFO_BUFFER_driverNEW): boolean;
function MountDriverOLD(volumeFilename: ansistring; readonly: boolean; driveLetter: ansichar; diskSizeLow, diskSizeHigh: DWORD; readInHeader: THiddenSector): ansichar;
function MountDriverNEW(volumeFilename: ansistring; readonly: boolean; driveLetter: ansichar; diskSizeLow, diskSizeHigh: DWORD; readInHeader: THiddenSector): ansichar;
// This function is ported from the code segment (function) received by
// email from Sergey Frolov (Jetico)
function GetCurrentUserID(): DWORD;
public
function GetBestCryptFileHeader(volumeFilename: string; var header: THiddenSector): boolean;
function VolumeIsAutomounted(volumeFilename: string): boolean;
function GetDefaultDrive(volumeFilename: string): char;
function SetDefaultDriveAutomount(volumeFilename: string; driveLetter: ansichar; automount: boolean = FALSE): boolean;
function DeleteDefaultDrive(volumeFilename: string): boolean;
function CreateKeyHandle(volumeFilename: ansistring; var keyHandle: KEY_HANDLE): boolean;
procedure GetAllAlgorithmIDs(algIDs: TStrings);
function GetAlgorithmName(algorithmID: DWORD): Ansistring; // just calls GetAlgorithmRegDetails
function GetAlgorithmDriverName(algorithmID: DWORD): ansistring; // just calls GetAlgorithmRegDetails
function GetAlgorithmKeyLength(algorithmID: DWORD): integer; // just calls GetAlgorithmRegDetails
function GetAlgorithmVersion(algorithmID: DWORD): cardinal;
function GetAlgorithmRegDetails(algorithmID: DWORD; var dispName: string; var driverName: string; var keyLen: integer): boolean;
procedure GetAllKeyGenIDs(keyGenIDs: TStrings);
function GetKeyGenName(keyGenID: DWORD): ansistring; // just calls GetKeyGenRegDetails
function GetKeyGenDLLName(keyGenID: DWORD): string; // just calls GetKeyGenRegDetails
function GetKeyGenVersion(keyGenID: DWORD): cardinal;
function GetKeyGenRegDetails(keyGenID: DWORD; var dispName: string; var DLLName: string): boolean;
property PasswordPrompt: ansistring read FPasswordPrompt write FPasswordPrompt;
constructor Create(AOwner : TComponent); override;
destructor Destroy; override;
// Determine if the specified volume was previously mounted, and then only
// "half dismounted" (i.e. a dismount was forced, even though the drive was
// in use at the time)
function VolumeInternallyMounted(volumeFilename: string): ansichar;
// Return a list of drive letters for all drives the BestCrypt driver
// *claims* are mounted; i.e. including drives that have been
// "half dismounted" (i.e. a dismount was forced, even though the drive was
// in use at the time)
function InternalDrivesMounted(): ansistring;
// TOTFE functions...
function Title(): string; overload; override;
function Version(): cardinal; override;
function VersionStr(): string; override;
function Mount(volumeFilename: ansistring; readonly: boolean = FALSE): Ansichar; overload; override;
function Mount(volumeFilenames: TStringList; var mountedAs: AnsiString; readonly: boolean = FALSE): boolean; overload; override;
function MountDevices(): Ansistring; override;
function CanMountDevice(): boolean; override;
function Dismount(driveLetter: Ansichar; emergency: boolean = FALSE): boolean; overload; override;
function Dismount(volumeFilename: string; emergency: boolean = FALSE): boolean; overload; override;
function DrivesMounted(): ansistring; override;
function GetVolFileForDrive(driveLetter: Ansichar): string; override;
function GetDriveForVolFile(volumeFilename: string): Ansichar; override;
function IsEncryptedVolFile(volumeFilename: string): boolean; override;
function GetMainExe(): string; override;
function GetVolumeInfo(volumeFilename: ansistring; var info: TBCDiskInfo): boolean; overload;
function GetVolumeInfo(driveLetter: Ansichar; var info: TBCDiskInfo): boolean; overload;
end;
procedure Register;
type
// Function declarations for DLL functions
TBCGetNameAndVersion = function(Name: PAnsiChar; // module name
nameSize: UINT; // size of Name string in bytes
Major: pDword; // module’s major version number
Minor: pDword // module’s minor version number
): boolean; stdcall;
TBCCreateKeyHandle = function(AlgServiceName: PAnsiChar; // what Encryption Algorithm will use the encryption key
AlgId: DWORD; // Encryption Algorithm Identificator
AlgKeyLength: DWORD; // encryption key length for the Encryption Algorithm
Text: PAnsiChar; // Any information text (optional parameter)
Caption: PAnsiChar; // Caption of the "get password" dialog window (optional parameter)
CreateFlag: DWORD; // whether to create new key or open existing
vDataBlock: ppByte; // block of data that is stored inside file-container in encrypted form
DataSize: pDWORD; // size of the block of data
KeyHandle: pDWORD; // returned Key Handle
ErrorCode: pDWORD; // if the function returns FALSE, look at the Error code
hWndParent: HWND // parent Window for any dialogs drawn by the DLL (optional parameter, may be NULL))
): boolean; stdcall;
TBCFreeDataBlock = function(vDataBlock: ppByte): DWORD; stdcall;
TBCFreeKeyHandle = function(AlgServiceName: PAnsiChar;
KeyHandle: DWORD
): DWORD; stdcall;
implementation
uses
ShellAPI,
Messages,
dialogs,
Registry, RegStr,
OTFEBestCryptGetDriveLetter_U,
INIFiles,
SDUGeneral,
HashValue_U, HashAlg_U, HashAlgSHA1_U,
OTFEBestCryptBytesToString_U,
math; // required for "power(...)" function
const
CRLF = #10+#13;
procedure Register;
begin
RegisterComponents('OTFE', [TOTFEBestCrypt]);
end;
constructor TOTFEBestCrypt.Create(AOwner : TComponent);
const
MAX_USERNAME_LENGTH = 256;
var
usernameLength: cardinal;
arrUserName: array [1..MAX_USERNAME_LENGTH] of char;
begin
inherited create(AOwner);
FPasswordPrompt := 'Enter password';
kBestCryptINIFileAutoOpenKey := 'AutoOpen';
usernameLength := MAX_USERNAME_LENGTH;
GetUserName(@arrUserName, usernameLength);
if usernameLength>0 then
begin
kBestCryptINIFileAutoOpenKey := kBestCryptINIFileAutoOpenKey + ' ' + copy(arrUserName, 1, usernameLength)
end;
end;
destructor TOTFEBestCrypt.Destroy;
begin
if FActive then
CloseHandle(hBestCryptVxD);
inherited Destroy;
end;
function TOTFEBestCrypt.Connect(): boolean;
var
attemptOK: boolean;
begin
Result := Active;
FLastErrCode:= OTFE_ERR_SUCCESS;
if not(Active) then
begin
if Win32Platform = VER_PLATFORM_WIN32_NT then
begin
// Windows NT/2000/XP driver
if Win32MajorVersion>=5 then
begin
// Windows 2000/XP driver
attemptOK := ConnectAttempt(BESTCRYPT_2KXP_DRIVER, hBestCryptVxD);
// Previous versions don't have a specific name for Windows 2000/XP
// - in which case, fall back to the NT name
if (not(attemptOK)) then
begin
attemptOK := ConnectAttempt(BESTCRYPT_NT_DRIVER, hBestCryptVxD);
end;
end
else
begin
// Windows NT driver
attemptOK := ConnectAttempt(BESTCRYPT_NT_DRIVER, hBestCryptVxD);
end;
end
else
begin
// Windows 95/98
attemptOK := ConnectAttempt(BESTCRYPT_9598_DRIVER, hBestCryptVxD);
end;
if not(attemptOK) then
begin
FLastErrCode:= OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptVxdNotFound.Create('BestCrypt device driver not found');
end;
Result := attemptOK;
end;
end;
// driverName - the name of the driver to attempt a connectoin to
// handle - if successful, this will be set to the handle
// Returns TRUE/FALSE on success/failure
function TOTFEBestCrypt.ConnectAttempt(driverName: string; var handle: THandle): boolean;
begin
handle:= INVALID_HANDLE_VALUE;
handle := CreateFile(PChar(driverName),
GENERIC_READ OR GENERIC_WRITE,
0,
nil,
OPEN_EXISTING,
FILE_ATTRIBUTE_NORMAL,
0);
Result := (handle <> INVALID_HANDLE_VALUE);
end;
function TOTFEBestCrypt.Title(): string;
begin
Result := 'BestCrypt';
end;
function TOTFEBestCrypt.Version(): cardinal;
var
dwBytesReturned : DWORD;
query: TVERSION_BUFFER;
begin
CheckActive();
Result := $FFFFFFFF;
query.Signature := INPUT_SIGNATURE;
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_GET_VERSION_INFO,
@query,
sizeof(query),
@query,
sizeof(query),
dwBytesReturned,
nil);
LastErrorCode := query.status;
if query.signature<>OUTPUT_SIGNATURE then
begin
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end;
if query.status=0 then
begin
Result := (query.Major_version * $100) + query.Minor_version;
end;
end;
function TOTFEBestCrypt.DrivesMounted(): ansistring;
var
retVal: ansistring;
i: integer;
logicalDrives: DWORD;
internalMountedDrvs: ansistring;
currDrv: integer;
begin
retVal := '';
internalMountedDrvs:= InternalDrivesMounted();
// logicalDrivesAvailable is required as BestCrypt will quite happily claim
// that volumes that have been half unmounted (e.g. forced dismount while
// the volume was still in use) are still mounted.
logicalDrives := GetLogicalDrives();
for i:=1 to length(internalMountedDrvs) do
begin
currDrv := (ord(internalMountedDrvs[i]))-(ord('A'));
if ((logicalDrives AND (trunc(power(2, currDrv))))>0) then
begin
retVal:= retVal + internalMountedDrvs[i];
end;
end;
Result := retVal;
end;
function TOTFEBestCrypt.InternalDrivesMounted(): ansistring;
var
dwBytesReturned : DWORD;
queryOLD: TGETMASK_BUFFER_driverOLD;
queryNEW: TGETMASK_BUFFER_driverNEW;
retVal: ansistring;
i: integer;
mask: DWORD;
maskFromQuery: DWORD;
signatureFromQuery: Ansistring;
statusFromQuery: UCHAR;
begin
CheckActive();
if (Version() < DRIVER_VERSION_GETMASK_NEW) then
begin
// HANDLE FOR v2 DRIVERS...
queryOLD.Signature := INPUT_SIGNATURE;
queryOLD.status := 0;
queryOLD.Mask := 0;
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_GET_BCDISK_MASK,
@queryOLD,
sizeof(queryOLD),
@queryOLD,
sizeof(queryOLD),
dwBytesReturned,
nil);
maskFromQuery:= queryOLD.mask;
signatureFromQuery:= queryOLD.signature;
statusFromQuery:= queryOLD.status;
end
else
begin
// HANDLE FOR v3 DRIVERS...
queryNEW.Signature := INPUT_SIGNATURE;
queryNEW.status := 0;
queryNEW.Mask := 0;
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_GET_BCDISK_MASK,
@queryNEW,
sizeof(queryNEW),
@queryNEW,
sizeof(queryNEW),
dwBytesReturned,
nil);
maskFromQuery:= queryNEW.mask;
signatureFromQuery:= queryNEW.signature;
statusFromQuery:= queryNEW.status;
end;
LastErrorCode := statusFromQuery;
if signatureFromQuery<>OUTPUT_SIGNATURE then
begin
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end;
retVal := '';
mask := 1;
for i:=0 to 31 do
begin
if ((maskFromQuery AND mask)>0) then
begin
retVal := retVal + AnsiChar(ord('A')+i);
end;
mask := mask * 2;
end;
// We don't need to sort retVal into alphabetical order, as it will be anyway
// as it's already sorted
Result := retVal;
end;
function TOTFEBestCrypt.Disconnect(): boolean;
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
if Active then
begin
CloseHandle(hBestCryptVxD);
end;
Result := TRUE;
end;
procedure TOTFEBestCrypt.SetActive(AValue : Boolean);
var
allOK: boolean;
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
allOK := FALSE;
if AValue <> Active then
begin
if AValue then
begin
allOK := Connect();
end
else
begin
allOK := Disconnect();
end;
end;
if allOK then
begin
inherited;
end;
end;
function TOTFEBestCrypt.GetDriveInfoOLD(driveLetter: ansichar; var volInfo: TDISKINFO_BUFFER_driverOLD): boolean;
var
dwBytesReturned : DWORD;
query: TDISKINFO_BUFFER_driverOLD;
begin
CheckActive();
query.Signature := INPUT_SIGNATURE;
query.diskNumber := ord(upcase(driveLetter))-ord('A');
query.process := GetCurrentProcessID();
query.thread := GetCurrentThreadID();
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_GET_BCDISK_INFO,
@query,
sizeof(query),
@query,
sizeof(query),
dwBytesReturned,
nil);
if (query.signature<>OUTPUT_SIGNATURE) then
begin
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end
else if (query.status<>BCSTATUS_SUCCESS) then
begin
LastErrorCode := OTFE_ERR_INVALID_DRIVE;
end
else
begin
LastErrorCode := OTFE_ERR_SUCCESS;
end;
volInfo := query;
Result := (LastErrorCode = OTFE_ERR_SUCCESS);
end;
function TOTFEBestCrypt.GetDriveInfoNEW(driveLetter: ansichar; var volInfo: TDISKINFO_BUFFER_driverNEW): boolean;
var
dwBytesReturned : DWORD;
query: TDISKINFO_BUFFER_driverNEW;
begin
CheckActive();
query.Signature := INPUT_SIGNATURE;
query.diskNumber := ord(upcase(driveLetter))-ord('A');
query.process := GetCurrentProcessID();
query.thread := GetCurrentThreadID();
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_GET_BCDISK_INFO,
@query,
sizeof(query),
@query,
sizeof(query),
dwBytesReturned,
nil);
if (query.signature<>OUTPUT_SIGNATURE) then
begin
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end
else if (query.status<>BCSTATUS_SUCCESS) then
begin
LastErrorCode := OTFE_ERR_INVALID_DRIVE;
end
else
begin
LastErrorCode := OTFE_ERR_SUCCESS;
end;
volInfo := query;
Result := (LastErrorCode = OTFE_ERR_SUCCESS);
end;
function TOTFEBestCrypt.Dismount(driveLetter: ansichar; emergency: boolean = FALSE): boolean;
var
dwBytesReturned : DWORD;
query: TDISCONNECT_BUFFER;
NTDriveHandle: THandle;
NTDriveStr: string;
NTOKToDismount: boolean;
begin
CheckActive();
driveLetter := upcase(driveLetter);
query.Signature := INPUT_SIGNATURE;
query.diskNumber := ord(driveLetter)-ord('A');
query.fulldismounted := TRUE; // set to 1
query.status := BCSTATUS_SUCCESS;
query.dummy[1] := $00;
query.dummy[2] := $00;
query.dummy[3] := $00;
query.dummy2[1] := $00;
query.dummy2[2] := $00;
query.dummy2[3] := $00;
// query.dummy3[1] := $00;
// query.dummy3[2] := $00;
// query.dummy3[3] := $00;
// If running under NT
if Win32Platform = VER_PLATFORM_WIN32_NT then
begin
// try and lock the drive
NTDriveStr := '\\.\'+upcase(driveLetter)+':';
NTDriveHandle := CreateFile(PChar(NTDriveStr),
(GENERIC_READ or GENERIC_WRITE),
(FILE_SHARE_READ or FILE_SHARE_WRITE),
nil,
OPEN_EXISTING,
FILE_ATTRIBUTE_NORMAL,
0);
try
FlushFileBuffers(NTDriveHandle);
NTOKToDismount := DeviceIoControl(NTDriveHandle,
FSCTL_LOCK_VOLUME,
nil,
0,
nil,
0,
dwBytesReturned,
nil);
try
DeviceIoControl(NTDriveHandle,
FSCTL_DISMOUNT_VOLUME,
nil,
0,
nil,
0,
dwBytesReturned,
nil);
finally
DeviceIoControl(NTDriveHandle,
FSCTL_UNLOCK_VOLUME,
nil,
0,
nil,
0,
dwBytesReturned,
nil);
end;
finally
CloseHandle(NTDriveHandle);
end;
if (NTOKToDismount) then
begin
// We can do a straight dismount
query.fulldismounted := TRUE; // set to 1
end
else if (not(emergency)) then
begin
// Files open on the volume, and no emergency; abort dismount
Result := FALSE;
exit;
end
else
begin
// Files open on the volume, but it's an emergency; perform dismount,
// but not full dismount
query.fulldismounted := FALSE; // set to 1
end;
end
else
begin
// Under 9x/Me, we just do a full dismount
query.fulldismounted := TRUE; // set to 1
end;
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_DISCONNECT_BCDISK,
@query,
sizeof(query),
@query,
sizeof(query),
dwBytesReturned,
nil);
LastErrorCode := query.status;
if query.signature<>OUTPUT_SIGNATURE then
begin
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end;
SDUPause(500);
Result := (query.status=BCSTATUS_SUCCESS);
if not(Result) then
begin
FLastErrCode:= OTFE_ERR_DISMOUNT_FAILURE;
end
else
begin
BroadcastDriveChangeMessage(FALSE, driveLetter);
end;
end;
function TOTFEBestCrypt.Dismount(volumeFilename: string; emergency: boolean = FALSE): boolean;
begin
CheckActive();
Result := Dismount(GetDriveForVolFile(volumeFilename), emergency);
end;
function TOTFEBestCrypt.IsEncryptedVolFile(volumeFilename: string): boolean;
var
readInHeader: THiddenSector;
begin
CheckActive();
Result := FALSE;
if GetBestCryptFileHeader(volumeFilename, readInHeader) then
begin
// Check the OEMid in the Bootrecord to see if this is a BestCrypt volume
// file.
// Note that this probably won't work if the user has change the boot record
// OEM ID on their BestCrypt drive!
Result := (readInHeader.BootRecord.OEMid = BESTCRYPT_VOLUME_DESCRIPTOR);
end;
end;
function TOTFEBestCrypt.GetBestCryptFileHeader(volumeFilename: string; var header: THiddenSector): boolean;
var
testFile: TFileStream;
begin
Result := FALSE;
try
testFile := TFileStream.Create(volumeFilename, fmOpenRead OR fmShareDenyNone);
try
testFile.Read(header, sizeof(header));
Result := TRUE;
finally
testFile.Free();
end;
except
// Nothing - Result already = FALSE
end;
end;
function TOTFEBestCrypt.GetVolFileForDrive(driveLetter: ansichar): string;
var
queryOLD: TDISKINFO_BUFFER_driverOLD;
queryNEW: TDISKINFO_BUFFER_driverNEW;
filename: string;
begin
CheckActive();
filename := '';
if (Version() < DRIVER_VERSION_DISKINFO_NEW) then
begin
if GetDriveInfoOLD(driveLetter, queryOLD) then
begin
// Start copying from the 2nd char to avoid the extra "\" at the start
// Only copy up to the #0, i.e. only the number of chars 2 less than the
// #0's pos
filename := SDUConvertSFNtoLFN(copy(queryOLD.filename, 2, (pos(#0, queryOLD.filename)-2)));
end;
end
else
begin
if GetDriveInfoNEW(driveLetter, queryNEW) then
begin
// Start copying from the 2nd char to avoid the extra "\" at the start
// Only copy up to the #0, i.e. only the number of chars 2 less than the
// #0's pos
filename := SDUConvertSFNtoLFN(copy(queryNEW.filename, 2, (pos(#0, queryNEW.filename)-2)));
end;
end;
Result := filename;
end;
function TOTFEBestCrypt.GetDriveForVolFile(volumeFilename: string): Ansichar;
var
i: integer;
mountedDrives: ansistring;
queryOLD: TDISKINFO_BUFFER_driverOLD;
queryNEW: TDISKINFO_BUFFER_driverNEW;
begin
mountedDrives := DrivesMounted();
Result := #0;
volumeFilename := uppercase(volumeFilename);
for i:=1 to length(mountedDrives) do
begin
if uppercase(GetVolFileForDrive(mountedDrives[i]))=volumeFilename then
begin
if (Version() < DRIVER_VERSION_DISKINFO_NEW) then
begin
// HANDLE FOR v2 DRIVERS...
if GetDriveInfoOLD(mountedDrives[i], queryOLD) then
begin
Result := AnsiChar(ord('A')+queryOLD.diskNumber);
break;
end;
end
else
begin
// HANDLE FOR v3 DRIVERS...
if GetDriveInfoNEW(mountedDrives[i], queryNEW) then
begin
Result := AnsiChar(ord('A')+queryNEW.diskNumber);
break;
end;
end;
end;
end;
end;
function TOTFEBestCrypt.GetAlgorithmName(algorithmID: DWORD): Ansistring;
var
dispName: string;
driverName: string;
keyLen: integer;
begin
Result := '';
if GetAlgorithmRegDetails(algorithmID, dispName, driverName, keyLen) then
begin
Result := dispName; { TODO 1 -otdk -cerror checking : check ansi }
end;
end;
function TOTFEBestCrypt.GetAlgorithmDriverName(algorithmID: DWORD): ansistring;
var
dispName: string;
driverName: string;
keyLen: integer;
begin
Result := '';
if GetAlgorithmRegDetails(algorithmID, dispName, driverName, keyLen) then
begin
Result := driverName; { TODO 1 -otdk -cerror checking : check ansi }
end;
end;
function TOTFEBestCrypt.GetAlgorithmKeyLength(algorithmID: DWORD): integer;
var
dispName: string;
driverNAme: string;
keyLen: integer;
begin
Result := -1;
if GetAlgorithmRegDetails(algorithmID, dispName, driverName, keyLen) then
begin
Result := keyLen;
end;
end;
function TOTFEBestCrypt.GetKeyGenDLLName(keyGenID: DWORD): string;
var
dispName: string;
DLLName: string;
begin
Result := '';
if GetKeyGenRegDetails(keyGenID, dispName, DLLName) then
begin
Result := DLLName;
end;
end;
function TOTFEBestCrypt.GetKeyGenName(keyGenID: DWORD): Ansistring;
var
dispName: string;
DLLName: string;
begin
Result := '';
if GetKeyGenRegDetails(keyGenID, dispName, DLLName) then
begin
Result := dispName; { TODO 1 -otdk -cerror checking : check ansi }
end;
end;
// Returns $FFFFFFFF on error
function TOTFEBestCrypt.GetKeyGenVersion(keyGenID: DWORD): cardinal;
var
keyGenDLL: THandle;
keyGenFilename: string;
GetNameAndVersion: TBCGetNameAndVersion;
majorVersion: DWORD;
minorVersion: DWORD;
keyGenName: string;
nameBuffer: array [1..MAX_KEYGEN_NAME_LENGTH] of char;
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
Result := $FFFFFFFF;
keyGenFilename := GetKeyGenDLLName(keyGenID);
if keyGenFilename = '' then
begin
// Just quit; Result already set to error value
exit;
end;
keyGenDLL := LoadDLL(keyGenFilename);
try
@GetNameAndVersion := GetProcAddress(keyGenDLL, 'GetNameAndVersion');
if @GetNameAndVersion=nil then
begin
raise EBestCryptBadDLL.Create(E_BESTCRYPT_BAD_DLL+
' ('+
keyGenFilename+
'; GetNameAndVersion)');
end
else
begin
if not(GetNameAndVersion(@nameBuffer, MAX_KEYGEN_NAME_LENGTH, @majorVersion, @minorVersion)) then
begin
raise EBestCryptDLLFailure.Create(E_BESTCRYPT_DLL_FAILURE+
' ('+
keyGenFilename+
'; GetNameAndVersion)');
end
else
begin
Result := (majorVersion * $100) + minorVersion;
end;
end;
finally
FreeLibrary(keyGenDLL);
end;
// The DLL's name as it is returned from the DLL. It would be nice to sanity
// check here and verify this against the information held in the registry,
// but it doesn't really matter that much
keyGenName := copy(nameBuffer, 1, pos(#0, nameBuffer));
if Result=$FFFFFFFF then
begin
FLastErrCode:= OTFE_ERR_UNKNOWN_ALGORITHM;
end;
end;
function TOTFEBestCrypt.CreateKeyHandle(volumeFilename: ansistring; var keyHandle: KEY_HANDLE): boolean;
var
keyGenDLLFilename: string;
keyGenDLL: THandle;
CreateKeyHandle: TBCCreateKeyHandle;
hiSe: THiddenSector;
algorithmName: Ansistring;
algorithmKeyLength: integer;
keyReturned: KEY_HANDLE;
errorCode: DWORD;
pDataBlock: Pointer;
dataBlockSize: DWORD;
tmpFile: TFileStream;
memBlock: Pointer;
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
Result := FALSE;
GetBestCryptFileHeader(volumeFilename, hiSe);
algorithmKeyLength := GetAlgorithmKeyLength(hiSe.algorithmId);
algorithmName := GetAlgorithmDriverName(hiSe.algorithmId);
if (algorithmKeyLength=-1) OR (algorithmName='') then
begin
// Error code set in relevant function call above
exit;
end;
dataBlockSize:= hiSe.dwKeySize;
// Read the keyblock in from the volume file
GetMem(memBlock, dataBlockSize);
try
tmpFile := TFileStream.Create(volumeFilename, fmOpenRead OR fmShareDenyNone);
try
tmpFile.Seek(HIDDEN_SECTOR_SIZE, soFromBeginning);
tmpFile.Read(memBlock^, dataBlockSize);
finally
tmpFile.Free();
end;
pDataBlock:= memBlock;
keyGenDLLFilename := GetKeyGenDLLName(hiSe.keyGenId);
keyGenDLL := LoadDLL(keyGenDLLFilename);
try
@CreateKeyHandle := GetProcAddress(keyGenDLL, 'CreateKeyHandle');
if @CreateKeyHandle=nil then
begin
MessageDlg(
'Unable to locate CreateKeyHandle within BestCrypt Key '+#13+#10+'generator DLL "'+keyGenDLLFilename+'"',
mtError,
[mbOK],
0
);
FLastErrCode:= OTFE_ERR_DRIVER_FAILURE;
end
else
begin
if CreateKeyHandle(PAnsiChar(algorithmName),
hiSe.algorithmId,
DWORD(algorithmKeyLength),
PAnsiChar(volumeFilename),
PAnsiChar(FPasswordPrompt),
CFLAG_VERIFY_AND_LOAD_KEY,
@pDataBlock,
@dataBlockSize,
@keyReturned,
@errorCode,
HWND(nil)
) then
begin
keyHandle := keyReturned;
Result := TRUE;
end
else
begin
if errorCode<>BCKEYGEN_ERROR_NO then
begin
Result := FALSE;
FLastErrCode:= OTFE_ERR_DRIVER_FAILURE;
if errorCode=BCKEYGEN_ERROR_INCORRECT_PASSWORD then
begin
FLastErrCode:= OTFE_ERR_WRONG_PASSWORD;
end
else if errorCode=BCKEYGEN_ERROR_CANCELLED_BY_USER then
begin
FLastErrCode:= OTFE_ERR_USER_CANCEL;
end
end;
end;
end;
finally
FreeLibrary(keyGenDLL);
end;
finally
FreeMem(memBlock);
end;
end;
function TOTFEBestCrypt.Mount(volumeFilenames: TStringList; var mountedAs: AnsiString; readonly: boolean = FALSE): boolean;
var
i: integer;
tmpDrv: ansichar;
begin
mountedAs := '';
Result := FALSE;
for i:=0 to (volumeFilenames.count-1) do
begin
// Don't ask, just don't ask...
// (kludge because for loop doesn't always terminate when it should,
// causing a "List out of bounds" error when trying to get a filename
// that doesn't exist - first noticed after installing BestCrypt v6.07.2)
// xxx - this should be sorted out properly...
{ TODO 3 -otdk -ccleanup : check}
if (i>(volumeFilenames.count-1)) then
begin
exit;
end;
tmpDrv := Mount(volumeFilenames[i], readonly);
mountedAs := mountedAs + tmpDrv;
if tmpDrv<>#0 then
begin
Result := TRUE;
end;
end;
end;
function TOTFEBestCrypt.Mount(volumeFilename: ansistring; readonly: boolean = FALSE): Ansichar;
var
readInHeader: THiddenSector;
volFileHandle: THandle;
previousSizeLow: DWORD;
driveDlg: TGetDriveLetter_F;
defDrv: char;
driveLetter: ansichar;
diskSizeLow, diskSizeHigh: DWORD;
begin
CheckActive();
FLastErrCode:= OTFE_ERR_UNKNOWN_ERROR;
Result := #0;
driveLetter := #0;
// If we were not supplied with a drive letter and either we are not using
// the default volume drive letter assignment, or such an assignment doesn't
// exist, prompt the user for the drive letter for the volume file to be
// mounted on
driveDlg := TGetDriveLetter_F.Create(nil);
try
driveDlg.Filename := volumeFilename;
defDrv := GetDefaultDrive(volumeFilename);
driveDlg.DefaultDrive := defDrv;
driveDlg.cbAlwaysThisDrive.checked := (defDrv<>#0);
driveDlg.ForceDriveLetter := VolumeInternallyMounted(volumeFilename);
driveDlg.ProhibitedDriveLetters := InternalDrivesMounted();
driveDlg.AutoMountOptionAlwaysEnabled := RegistryOnlyVersion();
driveDlg.cbAutomount.checked := VolumeIsAutomounted(volumeFilename);
if driveDlg.ShowModal()=mrOK then
begin
driveLetter := AnsiChar( driveDlg.cbDriveLetter.text[1]);
if driveDlg.cbAlwaysThisDrive.checked then
begin
SetDefaultDriveAutomount(volumeFilename, driveLetter, driveDlg.cbAutomount.checked);
end
else
begin
SetDefaultDriveAutomount(volumeFilename, #0, driveDlg.cbAutomount.checked);
end;
end
else
begin
FLastErrCode:= OTFE_ERR_USER_CANCEL;
end;
finally
driveDlg.Free();
end;
if driveLetter=#0 then
begin
// Result already set to #0, so just exit
exit;
end;
GetBestCryptFileHeader(volumeFilename, readInHeader);
volFileHandle := CreateFile(PWideChar(WideString(volumeFilename)),
GENERIC_READ,
0,
nil,
OPEN_EXISTING,
FILE_ATTRIBUTE_NORMAL,
0);
if (volFileHandle <> INVALID_HANDLE_VALUE) then
begin
diskSizeLow := GetFileSize(volFileHandle, @diskSizeHigh);
CloseHandle(volFileHandle);
// Now subtract the start of the data from the file's size
// This needs to be done as follows to ensure that it is done correctly;
// if the start of the encrypted disk data is > the low DWORD of the file size
previousSizeLow := diskSizeLow;
diskSizeLow := diskSizeLow-readInHeader.dwDataOffset;
if previousSizeLow<=diskSizeLow then
begin
dec(diskSizeHigh)
end;
if (Version() < DRIVER_VERSION_DISKINFO_NEW) then
begin
// HANDLE FOR v2 DRIVERS...
Result := MountDriverOLD(volumeFilename, readonly, driveLetter, diskSizeLow, diskSizeHigh, readInHeader);
end
else
begin
// HANDLE FOR v3 DRIVERS...
Result := MountDriverNEW(volumeFilename, readonly, driveLetter, diskSizeLow, diskSizeHigh, readInHeader);
end;
end;
end;
function TOTFEBestCrypt.MountDriverOLD(volumeFilename: ansistring; readonly: boolean; driveLetter: ansichar; diskSizeLow, diskSizeHigh: DWORD; readInHeader: THiddenSector): ansichar;
var
dwBytesReturned : DWORD;
queryOLD: TDISKINFO_BUFFER_driverOLD;
i: integer;
algorithmName: ansistring;
keyHandle: KEY_HANDLE;
volumeOnDrive: string;
bytesPerSector: DWORD;
junk1: DWORD;
junk2: DWORD;
junk3: DWORD;
mountedDriveLetter: ansichar;
begin
CheckActive();
Result := #0;
queryOLD.Signature := INPUT_SIGNATURE;
if not(CreateKeyHandle(volumeFilename, keyHandle)) then
begin
// FLastErrCode set in the above function call, if needed
end
else
begin
queryOLD.keyHandle := keyHandle;
queryOLD.diskSizeLow := diskSizeLow;
queryOLD.diskSizeHigh := diskSizeHigh;
queryOLD.dummy[1] := $5c;
queryOLD.dummy[2] := $3f;
queryOLD.dummy[3] := $3f;
volumeOnDrive := copy(volumeFilename, 1, 3);
volumeFilename := '\' + volumeFilename;
for i:=1 to length(volumeFilename) do
begin
queryOLD.filename[i] := volumeFilename[i];
end;
queryOLD.filename[length(volumeFilename)+1] := #0;
queryOLD.diskNumber := ord(upcase(driveLetter))-ord('A');
algorithmName := '\Device\' + GetAlgorithmDriverName(readInHeader.algorithmId);
for i:=1 to length(algorithmName) do
begin
queryOLD.algDevice[i] := algorithmName[i];
end;
queryOLD.algDevice[length(algorithmName)+1] := #0;
queryOLD.algorithmID := readInHeader.algorithmId;
if readonly then
begin
queryOLD.readOnly := BESTCRYPT_DWORD_TRUE;
end
else
begin
queryOLD.readOnly := BESTCRYPT_DWORD_FALSE;
end;
queryOLD.process := 0; // BestCrypt v6.06 control panel sets this to 0 when it mounts volumes
queryOLD.thread := 0; // BestCrypt v6.06 control panel sets this to 0 when it mounts volumes
// query.sectorSize := readInHeader.bootRecord.bpb.sectSize;
// that last query.sectorSize is wrong; it should be set to the sectorsize of
// the *host* drive
if GetDiskFreeSpace(PChar(volumeOnDrive), junk1, bytesPerSector, junk2, junk3) then
begin
queryOLD.sectorSize := bytesPerSector;
end
else
begin
// xxx - set error code here
MessageDlg(
'Unable to obtain sectorsize for drive: '+volumeOnDrive+CRLF+
CRLF+
'Assuming 512 bytes/sector.',
mtWarning,
[mbOK],
0
);
// <shrugs> Well, no harm in giving it a go, I guess...
queryOLD.sectorSize := 512;
end;
queryOLD.fullDismounted := TRUE; // set to 1
queryOLD.dataOffset := readInHeader.dwDataOffset;
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_MAP_BCDISK,
@queryOLD,
sizeof(queryOLD),
@queryOLD,
sizeof(queryOLD),
dwBytesReturned,
nil);
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
if (queryOLD.signature<>OUTPUT_SIGNATURE) then
begin
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end
else if (queryOLD.status=BCSTATUS_SUCCESS) then
begin
mountedDriveLetter := Ansichar(queryOLD.diskNumber+ord('A'));
BroadcastDriveChangeMessage(TRUE, mountedDriveLetter);
FLastErrCode:= OTFE_ERR_SUCCESS;
Result := mountedDriveLetter;
end;
end;
end;
function TOTFEBestCrypt.MountDriverNEW(volumeFilename: ansistring; readonly: boolean; driveLetter: ansichar; diskSizeLow, diskSizeHigh: DWORD; readInHeader: THiddenSector): ansichar;
var
dwBytesReturned : DWORD;
queryNEW: TDISKINFO_BUFFER_driverNEW;
i: integer;
algorithmName: Ansistring;
keyHandle: KEY_HANDLE;
volumeOnDrive: string;
bytesPerSector: DWORD;
junk1: DWORD;
junk2: DWORD;
junk3: DWORD;
mountedDriveLetter: Ansichar;
begin
CheckActive();
Result := #0;
queryNEW.Signature := INPUT_SIGNATURE;
if not(CreateKeyHandle(volumeFilename, keyHandle)) then
begin
// FLastErrCode set in the above function call, if needed
end
else
begin
queryNEW.keyHandle := keyHandle;
queryNEW.diskSizeLow := diskSizeLow;
queryNEW.diskSizeHigh := diskSizeHigh;
queryNEW.dummy[1] := $5c;
queryNEW.dummy[2] := $3f;
queryNEW.dummy[3] := $3f;
volumeOnDrive := copy(volumeFilename, 1, 3);
volumeFilename := '\' + volumeFilename;
for i:=1 to length(volumeFilename) do
begin
queryNEW.filename[i] := volumeFilename[i];
end;
queryNEW.filename[length(volumeFilename)+1] := #0;
queryNEW.diskNumber := ord(upcase(driveLetter))-ord('A');
algorithmName := '\Device\' + GetAlgorithmDriverName(readInHeader.algorithmId);
for i:=1 to length(algorithmName) do
begin
queryNEW.algDevice[i] := algorithmName[i];
end;
queryNEW.algDevice[length(algorithmName)+1] := #0;
queryNEW.algorithmID := readInHeader.algorithmId;
if readonly then
begin
queryNEW.readOnly := BESTCRYPT_DWORD_TRUE;
end
else
begin
queryNEW.readOnly := BESTCRYPT_DWORD_FALSE;
end;
queryNEW.process := 0; // BestCrypt v6.06 control panel sets this to 0 when it mounts volumes
queryNEW.thread := 0; // BestCrypt v6.06 control panel sets this to 0 when it mounts volumes
// query.sectorSize := readInHeader.bootRecord.bpb.sectSize;
// that last query.sectorSize is wrong; it should be set to the sectorsize of
// the *host* drive
if GetDiskFreeSpace(PChar(volumeOnDrive), junk1, bytesPerSector, junk2, junk3) then
begin
queryNEW.sectorSize := bytesPerSector;
end
else
begin
// xxx - set error code here
MessageDlg(
'Unable to obtain sectorsize for drive: '+volumeOnDrive+CRLF+
CRLF+
'Assuming 512 bytes/sector.',
mtWarning,
[mbOK],
0
);
// <shrugs> Well, no harm in giving it a go, I guess...
queryNEW.sectorSize := 512;
end;
queryNEW.fullDismounted := TRUE; // set to 1
queryNEW.dataOffset := readInHeader.dwDataOffset;
// New items for v3 drivers and later...
queryNEW.UserId := GetCurrentUserID();
queryNEW.HarddiskVolumeNumber := 0; // xxx - ???
DeviceIoControl(hBestCryptVxD,
IOCTL_PRIVATE_MAP_BCDISK,
@queryNEW,
sizeof(queryNEW),
@queryNEW,
sizeof(queryNEW),
dwBytesReturned,
nil);
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
if (queryNEW.signature<>OUTPUT_SIGNATURE) then
begin
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end
else if (queryNEW.status=BCSTATUS_SUCCESS) then
begin
mountedDriveLetter := Ansichar(queryNEW.diskNumber+ord('A'));
BroadcastDriveChangeMessage(TRUE, mountedDriveLetter);
FLastErrCode:= OTFE_ERR_SUCCESS;
Result := mountedDriveLetter;
end;
end;
end;
// This is ported from the function received in email from Sergey Frolov
function TOTFEBestCrypt.GetCurrentUserID(): DWORD;
const
// This algorithm only uses up to a max of 32 chars
MAX_USERNAME_CHARS_USED = 32;
var
currentUserId: DWORD;
position: DWORD;
i: integer;
usernameLength: DWORD;
arrUserName: array [1..MAX_USERNAME_CHARS_USED] of char;
begin
currentUserId := USER_ID_SUITABLE_FOR_ALL_USERS;
usernameLength := MAX_USERNAME_CHARS_USED;
if GetUserName(@arrUserName, usernameLength) then
begin
position := 1;
for i:=0 to 9 do
begin
// calculate user Id
if (arrUserName[i+1] = #0) then
begin
break;
end;
currentUserId := currentUserId + ord(arrUserName[i+1]) + position;
position := position * 10;
end; // for i:=0 to 9 do
end; // if GetUserName(@arrUserName, usernameLength) then
Result := currentUserId;
end;
function TOTFEBestCrypt.LoadDLL(DLLFilename: string): THandle;
var
theDLL: THandle;
loadFilename: string;
begin
loadFilename := DLLFilename;
theDLL := LoadLibrary(PChar(loadFilename));
if theDLL=0 then
begin
// DLL couldn't be loaded; maybe it isn't on the path? Try again, looking
// in the BestCrypt directory
loadFilename := ExtractFilePath(GetMainExe())+DLLFilename;
theDLL := LoadLibrary(PChar(loadFilename));
if theDLL=0 then
begin
FLastErrCode:= OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptDLLNotFound.Create(E_BESTCRYPT_DLL_NOT_FOUND+
' ('+
DLLFilename+
')');
end;
end;
Result := theDLL;
end;
// Returns default drive letter volume gets mounted as
// If the letter is in UPPERCASE, it's automounted
// If the letter is in LOWERCASE, it's NOT automounted
// Returns #0 if there is no default drive
// WARNING: If were running with a version of BestCrypt that stores all of
// it's settings in the registry, and nothing in an INI file
// (BestCrypt later than v6.07.2), this function will call
// VolumeIsAutomounted(...)
function TOTFEBestCrypt.GetDefaultDrive(volumeFilename: string): char;
var
registry: TRegistry;
keyName: string;
tmpDriveString: string;
driveLetter: char;
filenameASCIIHash: string;
begin
if RegistryOnlyVersion() then
begin
filenameASCIIHash := GetFilenameASCIIHash(volumeFilename);
driveLetter := #0;
registry := TRegistry.create();
try
registry.RootKey := HKEY_CURRENT_USER;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\MountPoint';
if registry.OpenKeyReadOnly(keyName) then
begin
tmpDriveString := registry.ReadString(filenameASCIIHash);
registry.CloseKey();
if (tmpDriveString<>'') then
begin
// Ensure that it's always lowercase (no automount)
tmpDriveString := lowercase(tmpDriveString);
driveLetter := tmpDriveString[1];
end;
end;
finally
registry.Free();
end;
// Default is lowercase (see above); uppercase the driveletter is
// AutoMounted
if VolumeIsAutomounted(volumeFilename) then
begin
driveLetter := upcase(driveLetter);
end;
Result := driveLetter;
end
else
begin
Result := INIGetDefaultDrive(volumeFilename);
end;
end;
// For old versions of BestCrypt, returns default drive letter volume gets
// mounted as
// Returns #0 if there is no default drive
// NOTE: If the letter is in UPPERCASE, it's automounted
// If the letter is in LOWERCASE, it's NOT automounted
// WARNING: If were running with a version of BestCrypt that stores some of
// it's settings in an INI file (BestCrypt prior to v6.07.2), this
// function will be called by VolumeIsAutomounted(...)
function TOTFEBestCrypt.INIGetDefaultDrive(volumeFilename: string): char;
var
iniFile: TINIFile;
strTemp: string;
containerNum: integer;
begin
Result := #0;
iniFile := TINIFile.Create(BESTCRYPT_INI_FILENAME);
try
containerNum := INIGetAutomountContainerNum(volumeFilename);
if containerNum<>-1 then
begin
strTemp := iniFile.ReadString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum), '');
Result := strTemp[1];
end;
finally
iniFile.Free();
end;
end;
// Setup wether the specified volume filename is automounted, and it's default
// driver (#0 for no default drive)
function TOTFEBestCrypt.SetDefaultDriveAutomount(volumeFilename: string; driveLetter: ansichar; automount: boolean): boolean;
begin
if RegistryOnlyVersion() then
begin
Result := TRUE;
if not(RegistryVolumeSetDefaultDrive(volumeFilename, driveLetter)) then begin
MessageDlg(
'Unable to set default drive for container "'+volumeFilename+'"',
mtError,
[mbOK],
0
);
Result := FALSE;
end;
if not(RegistryVolumeSetAutomounted(volumeFilename, automount)) then begin
MessageDlg(
'Unable to set container to be auto-opened for container "'+volumeFilename+'"',
mtError,
[mbOK],
0
);
Result := FALSE;
end;
end
else
begin
// If there's no default driveletter, delete default drive (automount
// irrelevant)
if (driveLetter=#0) then
begin
Result := DeleteDefaultDrive(volumeFilename);
end
else
begin
Result := INISetDefaultDriveAutomount(volumeFilename, driveLetter, automount);
end;
end;
end;
function TOTFEBestCrypt.INISetDefaultDriveAutomount(volumeFilename: string; driveLetter: ansichar; automount: boolean): boolean;
var
iniFile: TINIFile;
containerNum: integer;
keyValue: string;
begin
Result := TRUE;
if automount then
begin
driveLetter := upcase(driveLetter);
end
else
begin
driveLetter := AnsiString((LowerCase(driveLetter)))[1];
end;
iniFile := TINIFile.Create(BESTCRYPT_INI_FILENAME);
try
containerNum := INIGetAutomountContainerNum(volumeFilename);
if containerNum<>-1 then
begin
iniFile.WriteString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum), driveLetter+volumeFilename);
end
else
begin
// Create a new key
containerNum := 0;
keyValue := iniFile.ReadString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum), '');
while keyValue<>'' do
begin
inc(containerNum);
keyValue := iniFile.ReadString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum), '');
end;
iniFile.WriteString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum), driveLetter+volumeFilename);
end;
finally
iniFile.Free();
end;
end;
function TOTFEBestCrypt.INIGetAutomountContainerNum(volumeFilename: string): integer;
var
sectionKeys: TStringList;
i: integer;
iniFile: TINIFile;
strTemp: string;
begin
Result := -1;
volumeFilename := uppercase(volumeFilename);
sectionKeys := TStringList.Create();
try
iniFile := TINIFile.Create(BESTCRYPT_INI_FILENAME);
try
// This would be considerably neater if it just used
// TINIFile.ReadSectionValues - but for some strange reason, using this
// causes it to choke later on... Weird...
// iniFile.ReadSectionValues(kBestCryptINIFileAutoOpenKey, sectionKeys);
i:=0;
while i<>-1 do
begin
strTemp := uppercase(iniFile.ReadString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(i), ''));
if strTemp='' then
begin
i:=-1
end
else
begin
sectionKeys.add(strTemp);
inc(i);
end;
end;
finally
iniFile.Free();
end;
for i:=0 to (sectionKeys.count-1) do
begin
if pos(volumeFilename, sectionKeys[i])=2 then
begin
Result := i;
end;
end;
finally
sectionKeys.Free();
end;
end;
function TOTFEBestCrypt.DeleteDefaultDrive(volumeFilename: string): boolean;
begin
Result := INIDeleteDefaultDrive(volumeFilename);
end;
function TOTFEBestCrypt.INIDeleteDefaultDrive(volumeFilename: string): boolean;
var
iniFile: TINIFile;
containerNum: integer;
keyValue: string;
begin
Result := TRUE;
iniFile := TINIFile.Create(BESTCRYPT_INI_FILENAME);
try
containerNum := INIGetAutomountContainerNum(volumeFilename);
keyValue := iniFile.ReadString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum+1), '');
while keyValue<>'' do
begin
iniFile.WriteString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum), keyValue);
inc(containerNum);
keyValue := iniFile.ReadString(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum+1), '');
end;
iniFile.DeleteKey(kBestCryptINIFileAutoOpenKey, 'Container'+inttostr(containerNum));
finally
iniFile.Free();
end;
end;
procedure TOTFEBestCrypt.GetAllAlgorithmIDs(algIDs: TStrings);
var
registry: TRegistry;
subKeys: TStringList;
i: integer;
currID: DWORD;
keyName: string;
begin
CheckActive();
registry := TRegistry.create();
try
registry.RootKey := HKEY_LOCAL_MACHINE;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\Algorithms';
if registry.OpenKeyReadOnly(keyName) then
begin
subKeys := TStringList.Create();
try
registry.GetKeyNames(subKeys);
registry.CloseKey();
for i:=0 to (subKeys.count-1) do
begin
registry.OpenKeyReadOnly(keyName + '\' + subKeys[i]);
currID := registry.ReadInteger('AlgorithmID');
algIDs.add(inttostr(currID));
registry.CloseKey();
end;
finally
subKeys.Free();
end;
end;
finally
registry.Free();
end;
end;
procedure TOTFEBestCrypt.GetAllKeyGenIDs(keyGenIDs: TStrings);
var
registry: TRegistry;
subKeys: TStringList;
i: integer;
currID: DWORD;
keyName: string;
begin
CheckActive();
registry := TRegistry.create();
try
registry.RootKey := HKEY_LOCAL_MACHINE;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\KeyGenerators';
if registry.OpenKeyReadOnly(keyName) then
begin
subKeys := TStringList.Create();
try
registry.GetKeyNames(subKeys);
registry.CloseKey();
for i:=0 to (subKeys.count-1) do
begin
registry.OpenKeyReadOnly(keyName + '\' + subKeys[i]);
currID := registry.ReadInteger('KeyGenID');
keyGenIDs.add(inttostr(currID));
registry.CloseKey();
end;
finally
subKeys.Free();
end;
end;
finally
registry.Free();
end;
end;
function TOTFEBestCrypt.GetAlgorithmVersion(algorithmID: DWORD): cardinal;
var
dwBytesReturned : DWORD;
query: TVERSION_BUFFER;
algHandle: THandle;
begin
CheckActive();
algHandle := CreateFile(PChar(WideString('\\.\'+GetAlgorithmDriverName(algorithmID))),
GENERIC_READ OR GENERIC_WRITE,
0,
nil,
OPEN_EXISTING,
FILE_ATTRIBUTE_NORMAL,
0);
if algHandle = INVALID_HANDLE_VALUE then
begin
FLastErrCode:= OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptVxdNotFound.Create('BestCrypt algorithm device driver not found');
end;
Result := $FFFFFFFF;
query.Signature := INPUT_SIGNATURE;
DeviceIoControl(algHandle,
IOCTL_PRIVATE_GET_VERSION_INFO,
@query,
sizeof(query),
@query,
sizeof(query),
dwBytesReturned,
nil);
LastErrorCode := query.status;
if query.signature<>OUTPUT_SIGNATURE then
begin
FLastErrCode := OTFE_ERR_DRIVER_FAILURE;
raise EBestCryptDLLBadSignature.Create(E_BESTCRYPT_DLL_SIGNATURE_FAILURE);
end;
FLastErrCode:= OTFE_ERR_DRIVER_FAILURE;
if query.status=0 then
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
Result := (query.Major_version * $100) + query.Minor_version;
end;
end;
function TOTFEBestCrypt.GetVolumeInfo(volumeFilename: ansistring; var info: TBCDiskInfo): boolean;
var
hi: THiddenSector;
diOLD: TDISKINFO_BUFFER_driverOLD;
diNEW: TDISKINFO_BUFFER_driverNEW;
mtdAs: ansichar;
tmpFile: TFileStream;
begin
volumeFilename := SDUConvertSFNToLFN(volumeFilename);
info.volumeFilename := volumeFilename;
mtdAs := GetDriveForVolFile(volumeFilename);
info.mountedAs := mtdAs;
info.readOnly := FALSE;
if mtdAs<>#0 then
begin
if (Version() < DRIVER_VERSION_DISKINFO_NEW) then
begin
// HANDLE FOR v2 DRIVERS...
GetDriveInfoOLD(mtdAs, diOLD);
info.readOnly := (diOLD.readOnly<>0);
end
else
begin
// HANDLE FOR v3 DRIVERS...
GetDriveInfoNEW(mtdAs, diNEW);
info.readOnly := (diNEW.readOnly<>0);
end;
end;
tmpFile := TFileStream.Create(volumeFilename, fmOpenRead OR fmShareDenyNone);
try
tmpFile.Seek(BC_FILE_ERRORS_IN_MOUNTING_OFFSET, soFromBeginning);
tmpFile.Read(info.errsInMounting, 1);
finally
tmpFile.Free();
end;
GetBestCryptFileHeader(volumeFilename, hi);
info.algorithmID := hi.algorithmId;
info.algorithmName := GetAlgorithmName(hi.algorithmId);
info.algorithmKeyLen := GetAlgorithmKeyLength(hi.algorithmId);
info.keyGenID := hi.keyGenId;
info.keyGenName := GetKeyGenName(hi.keyGenId);
info.description := hi.description;
info.extent := hi.extent;
info.version := hi.version;
info.fileSystemID := hi.fileSystemId;
Result := TRUE;
end;
function TOTFEBestCrypt.GetVolumeInfo(driveLetter: Ansichar; var info: TBCDiskInfo): boolean;
var
volumeFilename: Ansistring;
begin
Result := FALSE;
volumeFilename := GetVolFileForDrive(driveLetter); { TODO 1 -otdk -cerror checking : check ansi }
if (volumeFilename<>'') then
begin
Result := GetVolumeInfo(volumeFilename, info);
end;
end;
function TOTFEBestCrypt.VersionStr(): string;
var
verNo: cardinal;
majorVer: integer;
minorVer: integer;
begin
verNo := Version();
majorVer := (verNo AND $FF00) div $FF;
minorVer := (verNo AND $FF);
Result := Format('v%d.%d', [majorVer, minorVer]);
end;
function TOTFEBestCrypt.GetAlgorithmRegDetails(algorithmID: DWORD; var dispName: string; var driverName: string; var keyLen: integer): boolean;
var
registry: TRegistry;
subKeys: TStringList;
i: integer;
currID: DWORD;
keyName: string;
begin
Result := FALSE;
FLastErrCode:= OTFE_ERR_UNKNOWN_ALGORITHM;
registry := TRegistry.Create();
try
registry.RootKey := HKEY_LOCAL_MACHINE;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\Algorithms';
if registry.OpenKeyReadOnly(keyName) then
begin
subKeys := TStringList.Create();
try
registry.GetKeyNames(subKeys);
registry.CloseKey();
for i:=0 to (subKeys.count-1) do
begin
registry.OpenKeyReadOnly(keyName + '\' + subKeys[i]);
currID := registry.ReadInteger('AlgorithmID');
if currID = algorithmID then
begin
dispName := registry.ReadString('DisplayName');
driverName := subKeys[i];
keyLen := registry.ReadInteger('KeyLength');
Result := TRUE
end;
registry.CloseKey();
end;
finally
subKeys.Free();
end;
end;
finally
registry.Free();
end;
if Result then
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
end;
end;
function TOTFEBestCrypt.GetKeyGenRegDetails(keyGenID: DWORD; var dispName: string; var DLLName: string): boolean;
var
registry: TRegistry;
subKeys: TStringList;
i: integer;
currID: DWORD;
keyName: string;
begin
Result := FALSE;
FLastErrCode:= OTFE_ERR_UNKNOWN_KEYGEN;
registry := TRegistry.Create();
try
registry.RootKey := HKEY_LOCAL_MACHINE;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\KeyGenerators';
if registry.OpenKeyReadOnly(keyName) then
begin
subKeys := TStringList.Create();
try
registry.GetKeyNames(subKeys);
registry.CloseKey();
for i:=0 to (subKeys.count-1) do
begin
registry.OpenKeyReadOnly(keyName + '\' + subKeys[i]);
currID := registry.ReadInteger('KeyGenID');
if currID = keyGenID then
begin
dispName := registry.ReadString('DisplayName');
DLLName := registry.ReadString('ImagePath');
Result := TRUE;
end;
registry.CloseKey();
end;
finally
subKeys.Free();
end;
end;
finally
registry.Free();
end;
if Result then
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
end;
end;
function TOTFEBestCrypt.GetMainExe(): string;
var
registry: TRegistry;
keyName: string;
appName: string;
begin
FLastErrCode:= OTFE_ERR_UNABLE_TO_LOCATE_FILE;
Result := '';
appName := BESTCRYPT_APP_EXE_NAME;
registry := TRegistry.create();
try
registry.RootKey := HKEY_LOCAL_MACHINE;
keyName := REGSTR_PATH_APPPATHS + '\' + appName;
if registry.OpenKeyReadOnly(keyName) then
begin
Result := registry.ReadString('');
registry.CloseKey;
end;
finally
registry.Free();
end;
if Result<>'' then
begin
FLastErrCode:= OTFE_ERR_SUCCESS;
end;
end;
// 17-November-2000 release, BestCrypt Control Panel v.6.07.2, Windows 95/98
// driver v2.40, Windows NT driver v2.18 - from Jetico WWW site
function TOTFEBestCrypt.RegistryOnlyVersion(): boolean;
var
ver: cardinal;
begin
ver := Version();
Result := ( ((Win32Platform = VER_PLATFORM_WIN32_NT) and (ver>=$212)) or
((Win32Platform <> VER_PLATFORM_WIN32_NT) and (ver>=$229)) );
end;
// Return TRUE if the volume specified is automounted, otherwise FALSE
// WARNING: If were running with a version of BestCrypt that stores some of
// it's settings in an INI file (BestCrypt prior to v6.07.2), this
// function will call INIGetDefaultDrive
function TOTFEBestCrypt.VolumeIsAutomounted(volumeFilename: string): boolean;
var
defDrv: char;
registry: TRegistry;
subKeys: TStringList;
i: integer;
keyName: string;
begin
Result := FALSE;
if not(RegistryOnlyVersion()) then
begin
defDrv := INIGetDefaultDrive(volumeFilename);
if defDrv<>#0 then
begin
Result := (defDrv=uppercase(defDrv));
end;
end
else
begin
volumeFilename := uppercase(volumeFilename);
registry := TRegistry.create();
try
registry.RootKey := HKEY_CURRENT_USER;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\AutoMount';
if registry.OpenKeyReadOnly(keyName) then
begin
subKeys := TStringList.Create();
try
registry.GetValueNames(subKeys);
registry.CloseKey();
for i:=0 to (subKeys.count-1) do
begin
if (uppercase(subKeys[i]) = volumeFilename) then
begin
Result := TRUE;
exit;
end;
end;
finally
subKeys.Free();
end;
end;
finally
registry.Free();
end;
end;
end;
// Set the default drive for the specified volume (later, registry-only versions
// of BestCrypt; with no INI file)
// If driveLetter is #0, delete the default drive
function TOTFEBestCrypt.RegistryVolumeSetDefaultDrive(volumeFilename: string; driveLetter: ansichar): boolean;
var
registry: TRegistry;
keyName: string;
filenameASCIIHash: string;
driveString: string;
begin
Result := FALSE;
filenameASCIIHash := GetFilenameASCIIHash(volumeFilename);
registry := TRegistry.create();
try
registry.RootKey := HKEY_CURRENT_USER;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\MountPoint';
if registry.OpenKey(keyName, TRUE) then
begin
if (driveLetter=#0) then
begin
registry.deletevalue(filenameASCIIHash);
end
else
begin
driveString := uppercase(driveLetter)+':\';
registry.WriteString(filenameASCIIHash, driveString);
end;
registry.CloseKey();
Result := TRUE;
end;
finally
registry.Free();
end;
end;
// Set the specified volume to be automounted (later, registry-only versions
// of BestCrypt; with no INI file)
function TOTFEBestCrypt.RegistryVolumeSetAutomounted(volumeFilename: string; automount: boolean): boolean;
var
registry: TRegistry;
keyName: string;
nothingBuffer: string;
begin
Result := FALSE;
if (VolumeIsAutomounted(volumeFilename) = automount) then
begin
// Nothing to do - all dome already!
Result := TRUE;
exit;
end;
volumeFilename := SDUConvertSFNToLFN(volumeFilename);
registry := TRegistry.create();
try
registry.RootKey := HKEY_CURRENT_USER;
keyName := BESTCRYPT_REGKEY_BESTCRYPT + '\AutoMount';
if registry.OpenKey(keyName, TRUE) then
begin
if (automount) then
begin
nothingBuffer := '';
registry.WriteBinaryData(volumeFilename, nothingBuffer, 0);
end
else
begin
registry.DeleteValue(volumeFilename);
end;
registry.CloseKey();
Result := TRUE;
end;
finally
registry.Free();
end;
end;
// Return the SHA-1 hash of the specified filename, for use with the registry
// settings introduced in BestCrypt v6.07.2
function TOTFEBestCrypt.GetFilenameASCIIHash(volumeFilename: string): string;
var
hashBuffSize: integer;
written: integer;
codedHash: string;
digest: THashArray;
hashSHA1: THashAlgSHA1;
begin
// BestCrypt registry settings use LFNs
volumeFilename := SDUConvertSFNtoLFN(volumeFilename);
hashSHA1:= THashAlgSHA1.Create(nil);
try
digest := hashSHA1.HashString(volumeFilename);
hashBuffSize := ( (hashSHA1.HashLength div 8) // BestCrypt hashSize in bytes
* 2 + 1 );
written := hashBuffSize;
if not(SE_EncodeString(codedHash, written, digest, (hashSHA1.HashLength div 8))) then
begin
raise EOTFEException.Create(E_BESTCRYPT_UNABLE_TO_CREATE_FILENAME_HASH);
end;
Result := codedHash;
finally
hashSHA1.Free();
end;
end;
function TOTFEBestCrypt.VolumeInternallyMounted(volumeFilename: string): ansichar;
var
diOLD: TDISKINFO_BUFFER_driverOLD;
diNEW: TDISKINFO_BUFFER_driverNEW;
drv: ansichar;
begin
CheckActive();
volumeFilename := SDUConvertSFNtoLFN(volumeFilename);
Result := #0;
for drv:='A' to 'Z' do
begin
if (Version() < DRIVER_VERSION_DISKINFO_NEW) then
begin
// HANDLE FOR v2 DRIVERS...
if GetDriveInfoOLD(drv, diOLD) then
begin
// Start copying from the 2nd char to avoid the extra "\" at the start
// Only copy up to the #0, i.e. only the number of chars 2 less than the
// #0's pos
if (volumeFilename=SDUConvertSFNtoLFN(copy(diOLD.filename, 2, (pos(#0, diOLD.filename)-2)))) then
begin
Result := drv;
break;
end;
end;
end
else
begin
// HANDLE FOR v3 DRIVERS...
if GetDriveInfoNEW(drv, diNEW) then
begin
// Start copying from the 2nd char to avoid the extra "\" at the start
// Only copy up to the #0, i.e. only the number of chars 2 less than the
// #0's pos
if (volumeFilename=SDUConvertSFNtoLFN(copy(diNEW.filename, 2, (pos(#0, diNEW.filename)-2)))) then
begin
Result := drv;
break;
end;
end;
end;
end;
end;
// -----------------------------------------------------------------------------
// Prompt the user for a device (if appropriate) and password (and drive
// letter if necessary), then mount the device selected
// Returns the drive letter of the mounted devices on success, #0 on failure
function TOTFEBestCrypt.MountDevices(): Ansistring;
begin
// Not supported...
Result := #0;
end;
// -----------------------------------------------------------------------------
// Determine if OTFE component can mount devices.
// Returns TRUE if it can, otherwise FALSE
function TOTFEBestCrypt.CanMountDevice(): boolean;
begin
// Not supported...
Result := FALSE;
end;
// -----------------------------------------------------------------------------
END.
|
unit ImportarBase.View;
interface
uses
Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants,
System.Classes, Vcl.Graphics,
Vcl.Controls, Vcl.Forms, Vcl.Dialogs, Base.View, cxGraphics, cxLookAndFeels,
cxLookAndFeelPainters, Vcl.Menus, dxSkinsCore, cxControls, cxContainer,
cxEdit, cxLabel,
Vcl.StdCtrls, cxButtons, Vcl.ExtCtrls, Vcl.Grids, Vcl.ComCtrls, cxStyles,
cxCustomData, cxFilter,
cxData, cxDataStorage, cxNavigator,
cxDataControllerConditionalFormattingRulesManagerDialog,
Data.DB, cxDBData, cxGridLevel, cxClasses, cxGridCustomView,
cxGridCustomTableView,
cxGridTableView, cxGridDBTableView, cxGrid, Datasnap.DBClient, dxGDIPlusClasses,
dxSkinDevExpressDarkStyle, dxSkinDevExpressStyle, dxSkinOffice2007Black, dxSkinOffice2007Blue,
dxSkinOffice2007Silver, dxSkinOffice2016Colorful, dxSkinOffice2016Dark, dxSkinBlack,
dxSkinDarkRoom, dxSkinSilver, dxSkinVS2010;
type
TFImportarView = class(TFBaseView)
BtSalvar: TcxButton;
BtBuscar: TcxButton;
OpPlanilha: TOpenDialog;
PbProgresso: TProgressBar;
DbDados: TcxGrid;
VwDados: TcxGridDBTableView;
LvDados: TcxGridLevel;
DsDados: TDataSource;
StGrid: TcxStyleRepository;
StHeader: TcxStyle;
StBackground: TcxStyle;
StContentOdd: TcxStyle;
StContentEven: TcxStyle;
StSelection: TcxStyle;
StInactive: TcxStyle;
CdDados: TClientDataSet;
LbLegenda: TcxLabel;
procedure BtSalvarClick(Sender: TObject);
private
{ Private declarations }
protected
function formatarTextoEmValor(AValue: string): string;
function removerEspacoesExtrasDeUmTexto(AValue: string): string;
function removerCaracteresEspeciais(AValue: string): string;
public
{ Public declarations }
end;
var
FImportarView: TFImportarView;
implementation
{$R *.dfm}
{ TFImportarView }
procedure TFImportarView.BtSalvarClick(Sender: TObject);
begin
inherited;
Close;
end;
function TFImportarView.formatarTextoEmValor(AValue: string): string;
begin
AValue := StringReplace(AValue, '.', '', [rfReplaceAll, rfIgnoreCase]);
AValue := StringReplace(AValue, '', '0,00', [rfReplaceAll, rfIgnoreCase]);
Result := AValue;
end;
function TFImportarView.removerCaracteresEspeciais(AValue: string): string;
var
I, tamanhoTexto: Integer;
begin
tamanhoTexto := Length(AValue);
for I := 0 to Pred(tamanhoTexto) do
begin
AValue := StringReplace(AValue, '.', '', [rfReplaceAll, rfIgnoreCase]);
AValue := StringReplace(AValue, '/', '', [rfReplaceAll, rfIgnoreCase]);
AValue := StringReplace(AValue, '-', '', [rfReplaceAll, rfIgnoreCase]);
end;
Result := AValue;
end;
function TFImportarView.removerEspacoesExtrasDeUmTexto(AValue: string): string;
var
I, tamanhoTexto: Integer;
begin
tamanhoTexto := Length(AValue);
for I := 0 to Pred(tamanhoTexto) do
begin
AValue := StringReplace(AValue, ' ', '', [rfReplaceAll, rfIgnoreCase]);
AValue := StringReplace(AValue, ';', '', [rfReplaceAll, rfIgnoreCase]);
end;
Result := AValue;
end;
end.
|
unit About_Window;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, Forms, Controls, Graphics, Dialogs, ExtCtrls, StdCtrls;
type
{ TAboutWindow }
TAboutWindow = class(TForm)
buttonClose: TButton;
imageAbout: TImage;
labelProgSystem: TLabel;
labelCopyright: TLabel;
labelVersion: TLabel;
labelAboutAppName: TLabel;
panelAboutImage: TPanel;
panelClose: TPanel;
procedure buttonCloseClick(Sender: TObject);
procedure FormClose(Sender: TObject; var CloseAction: TCloseAction);
procedure FormShow(Sender: TObject);
procedure panelAboutImageResize(Sender: TObject);
private
public
end;
var
AboutWindow: TAboutWindow;
implementation
{$R *.lfm}
uses UscaleDPI, System_Settings, Version_Info;
{ TAboutWindow }
// --------------------------------------------------------------------------------
procedure TAboutWindow.FormClose(Sender: TObject; var CloseAction: TCloseAction);
begin
SystemSettings.saveFormState(TForm(self));
CloseAction := caFree;
end;
// --------------------------------------------------------------------------------
procedure TAboutWindow.buttonCloseClick(Sender: TObject);
begin
Close;
end;
// --------------------------------------------------------------------------------
procedure TAboutWindow.FormShow(Sender: TObject);
begin
SystemSettings.restoreFormState(TForm(self));
ScaleDPI(self, 96);
labelVersion.Caption := 'Version: ' + GetFileVersion;
labelProgSystem.Caption := GetOS + ' ' + GetLCLVersion + ' & ' + GetCompilerInfo;
self.SetAutoSize(True);
Constraints.MinWidth := Width;
Constraints.MaxWidth := Width;
Constraints.MinHeight := Height;
Constraints.MaxHeight := Height;
end;
// --------------------------------------------------------------------------------
procedure TAboutWindow.panelAboutImageResize(Sender: TObject);
begin
imageAbout.Left := (panelAboutImage.Width - imageAbout.Width) shr 1;
imageAbout.Top := (panelAboutImage.Height - imageAbout.Height) shr 1;
end;
// --------------------------------------------------------------------------------
end.
|
unit Pospolite.View.DOM.Window;
{
+-------------------------+
| Package: Pospolite View |
| Author: Matek0611 |
| Email: matiowo@wp.pl |
| Version: 1.0p |
+-------------------------+
Comments:
...
}
{$mode objfpc}{$H+}
{$modeswitch advancedrecords}
interface
uses
Classes, SysUtils, Forms;
type
TPLDOMWindowDisplay = (wdStandalone, wdMinimalUI, wdBrowser);
{ TPLDOMWindow }
TPLDOMWindow = packed record
private
FDisplay: TPLDOMWindowDisplay;
FHook: TCustomForm;
public
constructor Create(AHook: TCustomForm);
function closed: boolean;
property Hook: TCustomForm read FHook write FHook;
property Display: TPLDOMWindowDisplay read FDisplay write FDisplay;
end;
implementation
{ TPLDOMWindow }
constructor TPLDOMWindow.Create(AHook: TCustomForm);
begin
Hook := AHook;
FDisplay := wdStandalone;
end;
function TPLDOMWindow.closed: boolean;
begin
if Assigned(FHook) then Result := FHook.Visible else Result := false;
end;
end.
|
unit uBuildMenu;
interface
Uses Menus, Forms, ADOdb, db, Classes, extctrls, dxBar, Sysutils, dxBarExtItems;
Type
TmyBarButton = class(TdxBarButton)
Public
Form : TForm; // Ponteiro para o TForm
Title : String; // Titulo que o modulo possuira quando aberto
Loaded : boolean; // O TForm esta na memoria
Ready : boolean; // Este IDMenuItem foi incluido no menu do usuario
IDMenuItem : integer; // IDMenuitem que chamou o form
UserRights : String; // Guarda quais operações podem ser executadas pelo usuario
FormClassName : String; // Nome da classe do form que será chamado
Parametro : String;
LoaderType : integer; //Loader Type
FormID : integer; //Form Number
end;
TmyBarButtonControl = class(TdxBarButtonControl);
TBuildMenu = Class
Private
//Menu Normal
lList : TStringList;
FStartUpModulo : TNotifyEvent;
FConnection : TADOConnection;
FBarManager : TdxBarManager;
FMenuOwner : TComponent;
LocalOwner : TComponent;
fIDLanguage : Integer;
procedure AddNewMenu(AOwner: TComponent; ALinks: TdxBarItemLinks; aQuery: TDataSet);
Function GetButtonByID(aIDMenuItem:Integer):TmyBarButton;
Function GetSubItemByID(aIDMenuItem:Integer):TdxBarSubItem;
Function GetNewQuery(AFirstIDMenuItem: Integer):TADOQuery;
Function CreateSubItem(AOwner: TComponent; ALinks: TdxBarItemLinks; ABeginGroup: Integer): TdxBarSubItem;
Function CreateButton(AOwner: TComponent; ALinks: TdxBarItemLinks; ABeginGroup: Integer): TmyBarButton;
Public
//Normal Menu
function GetButton(iIDMenu:Integer):TmyBarButton;
procedure ConstructMenu(AFirstIDMenuItem, IDLanguage: integer);
procedure ClearModules;
procedure ClearModule(Const AIDMenuItem: Integer);
Constructor Create; Virtual;
Destructor Destroy; Override;
Property OnClick : TNotifyEvent Read FStartUpModulo Write FStartUpModulo;
Property Connection : TADOConnection Read FConnection Write FConnection;
Property BarManager : TdxBarManager Read FBarManager Write FBarManager;
Property MenuOwner : TComponent Read FMenuOwner Write FMenuOwner;
end;
procedure Register;
implementation
procedure Register;
begin
RegisterNoIcon([TMyBarButton]);
end;
Constructor TBuildMenu.Create;
begin
Inherited Create;
lList := TStringList.Create;
LocalOwner := nil;
end;
Destructor TBuildMenu.Destroy;
begin
lList.Clear;
FreeAndNil(lList);
if Assigned(LocalOwner) then
FreeAndNil(LocalOwner);
Inherited Destroy;
end;
Function TBuildMenu.GetNewQuery(AFirstIDMenuItem: Integer):TADOQuery;
begin
Result := TADOQuery.Create(Nil);
with Result do
begin
SQL.Add('SELECT ');
SQL.Add(' CAST(M.MenuBarBefore as Integer) as MenuBarBefore,');
SQL.Add(' M.LoaderType, ');
SQL.Add(' M.IDMenuItem as IDMenu, ');
SQL.Add(' MML.MenuItem as MenuName, ');
SQL.Add(' M.FormID, ');
SQL.Add(' M.IDMenuItemParent as IDMenuParent, ');
SQL.Add(' M.Priority, ');
SQL.Add(' M.ClassName, ');
SQL.Add(' M.Parametro, ');
SQL.Add(' IsNull(M.ImageIndex,-1) as ImageIndex, ');
SQL.Add(' COUNT(MP.IDMenuItem) as CountOfChild ');
SQL.Add('FROM ');
SQL.Add(' Sis_MainMenu M ');
SQL.Add(' JOIN Sis_MainMenuLanguage MML ');
SQL.Add(' ON (M.IDMenuItem = MML.IDMenuItem) ');
SQL.Add(' LEFT OUTER JOIN Sis_MainMenu MP ');
SQL.Add(' ON (MP.IDMenuItemParent = M.IDMenuItem) ');
SQL.Add(' JOIN #Sis_MainMenuP MMP ');
SQL.Add(' ON (MMP.IDMenuItemP = M.IDMenuItem) ');
SQL.Add('WHERE ');
SQl.Add(' M.IDMenuItem <> '+ IntToStr(AFirstIDMenuItem)+' ');
SQl.Add(' AND ');
SQl.Add(' MML.IDLanguage = '+ IntToStr(fIDlanguage)+' ');
SQL.Add('GROUP BY ');
SQL.Add(' M.IDMenuItemParent, ');
SQL.Add(' M.IDMenuItem, ');
SQL.Add(' CAST(M.MenuBarBefore as Integer), ');
SQL.Add(' M.LoaderType, ');
SQL.Add(' MML.MenuItem, ');
SQL.Add(' M.FormID, ');
SQL.Add(' M.ClassName, ');
SQL.Add(' M.Parametro, ');
SQL.Add(' M.ImageIndex, ');
SQL.Add(' M.Priority ');
SQL.Add('ORDER BY ');
SQL.Add(' M.IDMenuItemParent, ');
SQl.Add(' M.Priority ');
end;
Result.Connection := FConnection;
end;
procedure TBuildMenu.AddNewMenu(AOwner: TComponent; ALinks: TdxBarItemLinks; aQuery: TDataSet);
var
BarButton: TmyBarButton;
BarSubItem: TdxBarSubItem;
begin
if aQuery.FieldByName('CountOfChild').AsInteger > 0 then
begin
// E um subMenu
BarSubItem := CreateSubItem(AOwner, ALinks, aQuery.FieldByName('MenuBarBefore').AsInteger);
with BarSubItem do
begin
Caption := aQuery.FieldByName('MenuName').AsString;
ImageIndex := aQuery.FieldByName('ImageIndex').AsInteger;
end;
// Adiciono o SubItem a Lista para facilitar a procura depois
lList.AddObject(aQuery.FieldByName('IDMenu').AsString, BarSubItem);
end
else
begin
// E um item de menu
BarButton := CreateButton(AOwner, ALinks, aQuery.FieldByName('MenuBarBefore').AsInteger);
with BarButton do
begin
OnClick := FStartUpModulo;
Caption := aQuery.FieldByName('MenuName').AsString;
Title := aQuery.FieldByName('MenuName').AsString;
IDMenuItem := aQuery.FieldByName('IDMenu').AsInteger;
FormClassName := aQuery.FieldByName('ClassName').AsString;
LoaderType := aQuery.FieldByName('LoaderType').AsInteger;
Parametro := aQuery.FieldByName('Parametro').AsString;
FormID := aQuery.FieldByName('FormID').AsInteger;
ImageIndex := aQuery.FieldByName('ImageIndex').AsInteger;
Ready := True;
Loaded := False;
end;
// Adiciono o SubItem a Lista para facilitar a procura depois
lList.AddObject(aQuery.FieldByName('IDMenu').AsString, BarButton);
end;
end;
function TBuildMenu.GetButton(iIDMenu:Integer):TmyBarButton;
begin
Result := GetButtonByID(iIDMenu);
end;
Function TBuildMenu.GetButtonByID(aIDMenuItem:Integer):TmyBarButton;
begin
with lList do
if (IndexOf(IntToStr(aIdMenuItem)) <> -1) then
Result := TMyBarButton(Objects[IndexOf(IntToStr(aIdMenuItem))])
else
Result := Nil;
end;
Function TBuildMenu.GetSubItemByID(aIDMenuItem:Integer):TdxBarSubItem;
begin
with lList do
if (IndexOf(IntToStr(aIdMenuItem)) <> -1) then
Result := TdxBarSubItem(Objects[IndexOf(IntToStr(aIdMenuItem))])
else
Result := Nil;
end;
function TBuildMenu.CreateSubItem(AOwner: TComponent; ALinks: TdxBarItemLinks; ABeginGroup: Integer): TdxBarSubItem;
var
NewItemLink : TdxBarItemLink;
begin
Result := TdxBarSubItem.Create(AOwner);
NewItemLink := ALinks.Add;
NewItemLink.Item := Result;
NewItemLink.BeginGroup := (ABeginGroup=1);
end;
function TBuildMenu.CreateButton(AOwner: TComponent; ALinks: TdxBarItemLinks; ABeginGroup: Integer): TmyBarButton;
var
NewItemLink : TdxBarItemLink;
begin
Result := TmyBarButton.Create(AOwner);
NewItemLink := ALinks.Add;
NewItemLink.Item := Result;
NewItemLink.BeginGroup := (ABeginGroup=1);
end;
procedure TBuildMenu.ConstructMenu(AFirstIDMenuItem, IDLanguage: integer);
var
fDataSet : TADOQuery;
CurrentMenuParent: TdxBarSubItem;
begin
if (FConnection <> nil) then
begin
fIDLanguage := IDLanguage;
if LocalOwner <> nil then
begin
ClearModules;
LocalOwner.Free;
end;
LocalOwner := TPanel.Create(FMenuOwner);
lList.Clear;
fDataSet := GetNewQuery(AFirstIDMenuItem);
// Abre todos os items deste menu
if fDataSet <> Nil then
with fDataSet do
begin
Close;
Open;
Try
while not fDataSet.eof do
Try
BarManager.MainMenuBar.LockUpdate := True;
// Verifico se existe o Parent
CurrentMenuParent := GetSubItemByID(fDataSet.FieldByName('IDMenuParent').AsInteger);
if CurrentMenuParent <> nil then
AddNewMenu(LocalOwner, CurrentMenuParent.ItemLinks, fDataSet)
else
AddNewMenu(LocalOwner, FBarManager.MainMenuBar.ItemLinks, fDataSet);
Finally
fDataSet.Next;
end
Finally
// Adiciono Menu Help
BarManager.MainMenuBar.LockUpdate := False;
fDataSet.Close;
fDataSet.Free;
end;
end;
end
else
Raise Exception.Create('Property TCreateMenu::ADO Connection not defined');
end;
procedure TBuildMenu.ClearModules;
var Loop : Integer;
begin
for Loop := 0 to lList.Count - 1 do
ClearModule(StrToInt(lList[Loop]));
end;
procedure TBuildMenu.ClearModule(Const AIDMenuItem: Integer);
var
myBarButton : TmyBarButton;
begin
try
myBarButton := GetButtonByID(aIDMenuItem);
except
myBarButton := nil;
end;
if myBarButton <> nil then
with myBarButton do
begin
// Destroi o Form
try
if Form <> nil then
begin
Form.Close; (* 001 *)
Form.Free;
end;
finally
Form := nil;
end;
Loaded := False;
end;
end;
initialization
dxBarRegisterItem(TmyBarButton, TmyBarButtonControl, True);
finalization
dxBarUnregisterItem(TMyBarButton);
end.
|
unit ucds;
{$mode delphi}
interface
uses
Classes, SysUtils, Types, JS, Web, DB, JSONDataSet, Controls, WebCtrls;
type
{ TFieldDataLink }
TFieldDataLink = class(TDataLink)
private
{ private declarations }
FOnDataChange: TNotifyEvent;
FOnUpdateData: TNotifyEvent;
FOnActiveChange: TNotifyEvent;
FField: TField;
FFieldName: String;
FModified: Boolean;
protected
{ protected declarations }
// set current field
//procedure SetFieldName(const Value: string);
procedure UpdateField;
procedure ActiveChanged; override;
//procedure EditingChanged; override;
//procedure LayoutChanged; override;
procedure RecordChanged(Field: TField); override;
procedure UpdateData; override;
//procedure FocusControl(aField: TFieldRef); Override;
public
{ public declarations }
// for control intitiating db changes etc
//function Edit: Boolean;
procedure Modified;
//procedure Reset;
published
{ published declarations }
// Attached control
//property Control: TComponent read FControl write FControl;
// Basic DB interfaces
//property Field: TField read FField;
property FieldName: string read FFieldName write FFieldName {SetFieldName};
// Current State of DB
//property CanModify: Boolean read GetCanModify;
//property Editing: Boolean read FEditing;
// Our Callbacks
property OnDataChange: TNotifyEvent read FOnDataChange write FOnDataChange;
//property OnEditingChange: TNotifyEvent read FOnEditingChange write FOnEditingChange;
property OnUpdateData: TNotifyEvent read FOnUpdateData write FOnUpdateData;
property OnActiveChange: TNotifyEvent read FOnActiveChange write FOnActiveChange;
end;
type
TControl = TCustomControl;
type
{ TWDataSource }
TWDataSource = class(TDataSource)
private
{ private declarations }
FParent: TControl;
FLeft: Integer;
FTop: Integer;
protected
{ protected declarations }
public
{ public declarations }
published
{ published declarations }
property Parent: TControl read FParent write FParent;
property Left: Integer read FLeft write FLeft;
property Top: Integer read FTop write FTop;
end;
type
TConnectErrorEvent = procedure(Sender: TObject; ErrorCode: Integer);
type
TDataSet = class;
type
{ TConnection }
TConnection = class(TComponent)
private
{ private declarations }
FReq: TJSXMLHttpRequest;
FDS: TDataSet;
FParent: TControl;
FLeft: Integer;
FTop: Integer;
FActive: Boolean;
FDataNode: String;
FURI: String;
FAfterConnect: TNotifyEvent;
FBeforeConnect: TNotifyEvent;
FOnConnectError: TConnectErrorEvent;
protected
{ protected declarations }
procedure SetActive(AValue: boolean);
public
{ public declarations }
function onLoad(Event: TEventListenerEvent): boolean;
procedure RegisterDataSet(value: TDataSet);
procedure DoBeforeConnect;
procedure DoAfterConnect;
procedure DoError(ErrorCode: Integer);
constructor Create(AOwner: TComponent); override;
published
{ published declarations }
property Parent: TControl read FParent write FParent;
property Left: Integer read FLeft write FLeft;
property Top: Integer read FTop write FTop;
property Active: Boolean read FActive write SetActive;
property DataNode: String read FDataNode write FDataNode;
property URI: String read FURI write FURI;
property AfterConnect: TNotifyEvent read FAfterConnect write FAfterConnect;
property BeforeConnect: TNotifyEvent read FBeforeConnect write FBeforeConnect;
property OnConnectError: TConnectErrorEvent read FOnConnectError write FOnConnectError;
end;
type
{ TDataSet }
TDataSet = class(TBaseJSONDataSet)
private
{ private declarations }
FConnection: TConnection;
FParent: TControl;
FLeft: Integer;
FTop: Integer;
protected
{ protected declarations }
procedure SetConnection(Value: TConnection);
Function CreateFieldMapper : TJSONFieldMapper; override;
public
{ public declarations }
published
{ published declarations }
// Can be set directly if the dataset is closed. If metadata is set, it must match the data.
Property Rows;
property Parent: TControl read FParent write FParent;
property Left: Integer read FLeft write FLeft;
property Top: Integer read FTop write FTop;
property Connection: TConnection read FConnection write SetConnection;
end;
type
{ TDBLabel }
TDBLabel = class(TWLabel)
private
{ private declarations }
FDataLink: TFieldDataLink;
procedure DataUpdate(Sender: TObject);
procedure DataChange(Sender: TObject);
procedure ActiveChange(Sender: TObject);
procedure SetDataField(const Value: string);
procedure SetDataSource(Value: TDataSource);
function GetDataSource: TDataSource;
function GetDataField: String;
protected
{ protected declarations }
function CheckDataSet: boolean;
//function GetDisplayText: String; override;
//procedure CreateInitialize; override;
public
{ public declarations }
constructor Create(Owner: TComponent); override;
destructor Destroy; override;
published
{ published declarations }
property DataField: string read GetDataField write SetDataField;
property DataSource: TDataSource read GetDataSource write SetDataSource;
end;
implementation
{ TDBLabel }
procedure TDBLabel.SetDataField(const Value: string);
begin
FDataLink.FFieldName := Value;
FDataLink.UpdateField();
end;
procedure TDBLabel.SetDataSource(Value: TDataSource);
begin
FDataLink.DataSource := Value;
end;
function TDBLabel.GetDataSource: TDataSource;
begin
Result := FDataLink.DataSource;
end;
function TDBLabel.GetDataField: String;
begin
Result := FDataLink.FFieldName;
end;
function TDBLabel.CheckDataSet: boolean;
begin
Result := false;
if (((assigned(DataSource)) and DataSource.Enabled) and (GetDataField() <> '')) then
begin
if ((assigned(FDataLink.Dataset)) and FDataLink.Dataset.Active) then
result := true;
end;
end;
(*function TDBLabel.GetDisplayText: String;
begin
if (not CheckDataSet()) then
Result := '' else
Result := inherited GetDisplayText
end;*)
procedure TDBLabel.DataUpdate(Sender: TObject);
begin
// empty;
end;
procedure TDBLabel.DataChange(Sender: TObject);
begin
if (not(assigned(FDataLink.Dataset))) then exit;
if (not(assigned(FDataLink.FField))) then
FDataLink.UpdateField();
Caption := (FDataLink.FField.DisplayText);
end;
procedure TDBLabel.ActiveChange(Sender: TObject);
begin
if (assigned(FDataLink.Dataset)) then
begin
if (not FDataLink.Dataset.Active or not DataSource.Enabled) then
Caption := ('') else
DataChange(Self);
end;
end;
(*procedure TDBLabel.CreateInitialize;
begin
inherited; //CreateInitialize;
FDataLink := TFieldDataLink.Create;
FDataLink.FOnUpdateData := @DataUpdate;
FDataLink.FOnDataChange := @DataChange;
FDataLink.FOnActiveChange := @ActiveChange;
end; *)
constructor TDBLabel.Create(Owner: TComponent);
begin
inherited Create(Owner);
FDataLink := TFieldDataLink.Create;
FDataLink.FOnUpdateData := @DataUpdate;
FDataLink.FOnDataChange := @DataChange;
FDataLink.FOnActiveChange := @ActiveChange;
end;
destructor TDBLabel.Destroy;
begin
FDataLink.Free;
inherited; //Destroy;
end;
{ TFieldDataLink }
procedure TFieldDataLink.UpdateField;
begin
FField := nil;
if (((assigned(DataSource)) and (assigned(DataSource.DataSet))) and (FFieldName <> '')) then
if (DataSource.DataSet.Active)
then FField := DataSource.DataSet.FieldByName(FFieldName);
end;
procedure TFieldDataLink.ActiveChanged;
begin
//inherited; //ActiveChanged;
if (assigned(FOnActiveChange)) then
FOnActiveChange(Self);
end;
procedure TFieldDataLink.RecordChanged(Field: TField);
begin
//inherited; //RecordChanged(Field);
if ((Field = nil) or (Field = FField)) then
if (assigned(FOnDataChange)) then
FOnDataChange(Self);
end;
procedure TFieldDataLink.UpdateData;
begin
//inherited; //UpdateData;
if (FModified) then
begin
if ((assigned(FField)) and (assigned(FOnUpdateData))) then
FOnUpdateData(Self);
FModified := false;
end;
end;
procedure TFieldDataLink.Modified;
begin
FModified := true;
end;
{ TConnection }
procedure TConnection.SetActive(AValue: boolean);
begin
if ((FURI <> '') and AValue) then
begin
DoBeforeConnect();
FActive := AValue;
FReq := TJSXMLHttpRequest.new;
FReq.addEventListener('load', @onLoad);
FReq.open('GET',FURI,true);
FReq.send();
end;
end;
function TConnection.onLoad(Event: TEventListenerEvent): boolean;
var
J: JSValue;
JA: JSValue;
begin
if (FReq.status = 200) then
begin
J := TJSJSON.parse(FReq.responseText);
JA := TJSObject(J).Properties[FDataNode];
DoAfterConnect();
if (assigned(FDS)) then
begin
FDS.Rows := TJSArray(JA);
FDS.Open();
end else
DoError(FReq.status);
end;
end;
procedure TConnection.RegisterDataSet(value: TDataSet);
begin
FDS := value;
end;
procedure TConnection.DoBeforeConnect;
begin
if (assigned(FBeforeConnect)) then
FBeforeConnect(Self);
end;
procedure TConnection.DoAfterConnect;
begin
if (assigned(FAfterConnect)) then
FAfterConnect(Self);
end;
procedure TConnection.DoError(ErrorCode: Integer);
begin
if (assigned(FOnConnectError)) then
FOnConnectError(Self, ErrorCode);
end;
constructor TConnection.Create(AOwner: TComponent);
begin
inherited; //Create(AOwner);
FDS := nil;
end;
{ TDataSet }
procedure TDataSet.SetConnection(Value: TConnection);
begin
if (assigned(Value)) then
Value.RegisterDataSet(Self);
end;
Function TDataSet.CreateFieldMapper : TJSONFieldMapper;
begin
Result := TJSONObjectFieldMapper.Create;
end;
end.
|
unit E_CurRate;
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs,
StdCtrls, Buttons, ExtCtrls, CurrEdit, RxLookup, Mask, ToolEdit, Db,
DBTables, uCommonForm, OilStd,uOilQuery,Ora, uOilStoredProc, MemDS,
DBAccess;
type
TE_CurRateForm = class(TCommonForm)
Panel2: TPanel;
bbOk: TBitBtn;
bbCancel: TBitBtn;
Panel1: TPanel;
deDate: TDateEdit;
Label1: TLabel;
Label2: TLabel;
calcRate: TRxCalcEdit;
Label3: TLabel;
qCurrency: TOilQuery;
qCurrencyID: TFloatField;
qCurrencyNAME: TStringField;
q: TOilQuery;
qWork: TOilQuery;
cbCurrency: TComboBox;
procedure TestSave(Id_CurRate: integer; p_Date: TDateTime; p_CurrencyId: integer;
p_Rate: real; var Id_CurRate_New: integer; var bNext: boolean);
procedure Save(Id: integer; p_Date: TDateTime; p_CurrencyId: integer; p_Rate: real);
procedure bbOkClick(Sender: TObject);
private
public
Id: integer;
end;
var
E_CurRateForm: TE_CurRateForm;
bNext: boolean;
procedure AddCurRate;
procedure EditCurRate(p_ID, p_INST: integer);
procedure OpenCurrency(cb: TComboBox; ID: integer=0; CbEnabled: boolean=false);
implementation
{$R *.DFM}
uses E_Var, UDbFunc, Main;
//==============================================================================
procedure AddCurRate;
var
F: TE_CurRateForm;
begin
F := TE_CurRateForm.Create(Application);
F.deDate.Date := Date;
OpenCurrency(F.cbCurrency, 2, false);
F.Id := 0;
F.ShowModal;
F.Free;
end;
//==============================================================================
procedure EditCurRate(p_ID, p_INST:integer);
var
F: TE_CurRateForm;
begin
F := TE_CurRateForm.Create(Application);
F.q.ParamByName('id').Value := p_ID;
F.q.ParamByName('inst').Value := p_INST;
F.q.Open;
F.deDate.Date := F.q.FieldByName('date_').Value;
OpenCurrency(F.cbCurrency, F.q.FieldByName('currency_id').AsInteger, false);
F.calcRate.Value := F.q.FieldByName('rate').AsFloat;
F.Id := F.q.FieldByName('id').AsInteger;
F.q.Close;
F.ShowModal;
F.Free;
end;
//==============================================================================
// заносимо компонент TComboBox, на якого чіпляти всі курси валют і можемо занести позицію,
// яку нам треба вибрати по замовчуванню
procedure OpenCurrency(cb: TComboBox; ID: integer=0; CbEnabled: boolean=false);
var
E_CurRateForm: TE_CurRateForm;
begin
E_CurRateForm := TE_CurRateForm.Create(Application);
E_CurRateForm.qCurrency.Open;
cb.Clear;
while not E_CurRateForm.qCurrency.Eof do
begin
cb.Items.Add(E_CurRateForm.qCurrencyName.AsString);
E_CurRateForm.qCurrency.Next;
end;
if ID <> 0 then
begin
cb.ItemIndex := ID - 1;
cb.Text := cb.Items.Strings[ID - 1];
cb.Enabled := CbEnabled;
cb.Tag := ID;
end;
end;
//==============================================================================
procedure TE_CurRateForm.TestSave(Id_CurRate: integer; p_Date: TDateTime; p_CurrencyId: integer; p_Rate: real;
var Id_CurRate_New: integer; var bNext: boolean);
begin
bNext := true;
if p_Rate = 0 then
begin
MessageDlg(TranslateText('Не введен курс!'), mtError, [mbOk], 0);
bNext := false;
end;
if (Id_CurRate = 0) and (bNext = true) then
begin
if qWork.Active then qWork.Close;
qWork.ParamByName('currency_id').AsInteger := p_CurrencyId;
qWork.ParamByName('date_').Value := p_Date;
qWork.ParamByName('inst').Value := INST;
qWork.Open;
if qWork.RecordCount > 0 then
if qWork.FieldByName('rate').Value = p_Rate then
begin
MessageDlg(TranslateText('Курс за ')+ DateToStr(p_Date) +TranslateText(' уже есть и совпадает с вводимым!'), mtError, [mbOk], 0);
bNext := false;
end
else
if MessageDlg(TranslateText('Курс за ')+ DateToStr(p_Date) +TranslateText(' уже вводился и равен ') + qWork.FieldByName('rate').AsString + #13#10 +
TranslateText('Отредактировать?'), mtWarning, [mbYes, mbNo], 0) = mrNo then
begin
MessageDlg(TranslateText('Редактирование отменено!'), mtError, [mbOk], 0);
bNext := false;
end
else
begin
Id_CurRate_New := qWork.FieldByName('Id').AsInteger;
bNext := true;
end;
end;
end;
//==============================================================================
procedure TE_CurRateForm.Save(Id: integer; p_Date: TDateTime; p_CurrencyId: integer; p_Rate: real);
begin
InsOrUpdRecord('E_CURRENCY_RATE',
['ID', Id,
'INST', INST,
'STATE', 'Y',
'DATE_', p_Date,
'CURRENCY_ID', p_CurrencyId,
'RATE', p_Rate
]);
CommitSqlOra;
end;
//==============================================================================
procedure TE_CurRateForm.bbOkClick(Sender: TObject);
begin
TestSave(Id, deDate.Date, cbCurrency.Tag, calcRate.Value, Id, bNext);
if bNext then Save(Id, deDate.Date, cbCurrency.Tag, calcRate.Value)
else exit;
if DayOfWeek(deDate.Date) = 6 then
if MessageDlg(TranslateText('Следующие два дня - выходные. ')+#13#10+TranslateText('Перенести на них курс автоматически?'), mtInformation, [mbYes,mbNo], 0) = mrYes then
begin
Id := 0;
TestSave(Id, deDate.Date+1, cbCurrency.Tag, calcRate.Value, Id, bNext);
if bNext then Save(Id, deDate.Date+1, cbCurrency.Tag, calcRate.Value);
Id := 0;
TestSave(Id, deDate.Date+2, cbCurrency.Tag, calcRate.Value, Id, bNext);
if bNext then Save(Id, deDate.Date+2, cbCurrency.Tag, calcRate.Value);
end;
ModalResult := mrOk;
end;
//==============================================================================
end.
|
unit Font8x8;
{ Модуль содержит русский (+английский шрифт, потом) размером 8х8.
Сделано в форме массива, каждая буква имеет символьное имя.
Этот модуль не предназначен для компиляции в составе Font_Creator }
interface
type
/// Тип описывает литеры цифр
tDig = class
public
d0: array[0..7] of byte = (0, 62, 67, 69, 73, 81, 97, 62);
d1: array[0..7] of byte = (0, 1, 3, 5, 1, 1, 1, 1);
d2: array[0..7] of byte = (0, 62, 65, 2, 4, 8, 48, 127);
d3: array[0..7] of byte = (0, 127, 2, 28, 2, 1, 65, 62);
d4: array[0..7] of byte = (0, 3, 5, 9, 17, 33, 127, 1);
d5: array[0..7] of byte = (0, 127, 64, 126, 1, 1, 65, 62);
d6: array[0..7] of byte = (0, 62, 64, 64, 126, 65, 65, 62);
d7: array[0..7] of byte = (0, 127, 1, 2, 4, 8, 8, 8);
d8: array[0..7] of byte = (0, 62, 65, 65, 62, 65, 65, 62);
d9: array[0..7] of byte = (0, 62, 65, 65, 66, 1, 1, 62);
end;
/// Специальные литеры
tSpez = class
public
/// пробел
space: array[0..7] of byte = (0, 0, 0, 0, 0, 0, 0, 0);
/// подчёркивание
strike: array[0..7] of byte = (0, 0, 0, 0, 0, 0, 0, 62);
/// минус
minus: array[0..7] of byte = (0, 0, 0, 0, 127, 0, 0, 0);
/// плюс
plus: array[0..7] of byte = (0, 8, 8, 8, 127, 8, 8, 8);
/// умножить
multi: array[0..7] of byte = (0, 0, 42, 28, 62, 28, 42, 0);
/// деление
_div: array[0..7] of byte = (0, 8, 0, 0, 127, 0, 0, 8);
/// запятая
comma: array[0..7] of byte = (0, 0, 7, 7, 7, 1, 1, 3);
/// точка
dot: array[0..7] of byte = (0, 0, 0, 0, 0, 28, 28, 28);
/// левая круглая скобка
lrb: array[0..7] of byte = (0, 4, 8, 24, 24, 24, 8, 4);
/// правая круглая скобка
rrb: array[0..7] of byte = (0, 16, 8, 12, 12, 12, 8, 16);
/// левая квадратная скобка
lsb: array[0..7] of byte = (0, 28, 16, 16, 16, 16, 16, 28);
/// правая квадратная скобка
rsb: array[0..7] of byte = (0, 28, 4, 4, 4, 4, 4, 28);
/// двойные кавычки
dqt: array[0..7] of byte = (0, 102, 102, 102, 0, 0, 0, 0);
/// одиночные кавычки
sqt: array[0..7] of byte = (0, 24, 24, 24, 0, 0, 0, 0);
/// апостроф
apo: array[0..7] of byte = (0, 96, 120, 60, 12, 0, 0, 0);
/// тильда
tilda: array[0..7] of byte = (0, 0, 0, 0, 50, 76, 0, 0);
/// восклицательный знак
hlp_akk: array[0..7] of byte = (0, 0, 24, 24, 24, 24, 0, 24);
/// решётка
bang: array[0..7] of byte = (0, 18, 127, 18, 36, 127, 36, 0);
/// номер
numer: array[0..7] of byte = (0, 72, 106, 109, 106, 88, 91, 72);
/// доллар
dol: array[0..7] of byte = (0, 62, 73, 72, 62, 9, 73, 62);
/// точка с запятой
cdot: array[0..7] of byte = (0, 28, 28, 0, 28, 28, 4, 12);
/// процент
percent: array[0..7] of byte = (0, 33, 82, 36, 8, 18, 37, 66);
/// двоеточие
ddot: array[0..7] of byte = (0, 24, 24, 0, 0, 0, 24, 24);
/// амперсанд
amp: array[0..7] of byte = (0, 24, 36, 40, 16, 42, 36, 27);
/// вопрос
qst: array[0..7] of byte = (0, 30, 33, 2, 4, 8, 0, 8);
/// равно
equ: array[0..7] of byte = (0, 0, 127, 0, 0, 127, 0, 0);
/// слэш
hlp_slh: array[0..7] of byte = (0, 1, 2, 4, 8, 16, 32, 64);
/// обратный слэш
bslh: array[0..7] of byte = (0, 64, 32, 16, 8, 4, 2, 1);
/// меньше
lequ: array[0..7] of byte = (0, 3, 12, 48, 64, 48, 12, 3);
/// больше
requ: array[0..7] of byte = (0, 96, 24, 6, 1, 6, 24, 96);
/// степень
exp: array[0..7] of byte = (0, 8, 20, 34, 65, 0, 0, 0);
/// левая фигурная скобка
lfb: array[0..7] of byte = (0, 12, 16, 16, 112, 16, 16, 12);
/// правая фигурная скобка
rfb: array[0..7] of byte = (0, 48, 8, 8, 14, 8, 8, 48);
end;
/// Английские буквы
tLetEn = class
public
bA: array[0..7] of byte = (0, 8, 20, 34, 65, 127, 65, 65);
sA: array[0..7] of byte = (0, 0, 30, 1, 31, 33, 35, 29);
bB: array[0..7] of byte = (0, 126, 65, 65, 126, 65, 65, 126);
sB: array[0..7] of byte = (0, 0, 32, 32, 62, 33, 33, 30);
bC: array[0..7] of byte = (0, 62, 65, 64, 64, 64, 65, 62);
sC: array[0..7] of byte = (0, 0, 30, 33, 32, 32, 33, 30);
bD: array[0..7] of byte = (0, 124, 66, 65, 65, 65, 66, 124);
sD: array[0..7] of byte = (0, 0, 1, 1, 31, 33, 33, 31);
bE: array[0..7] of byte = (0, 127, 64, 64, 124, 64, 64, 127);
sE: array[0..7] of byte = (0, 0, 30, 33, 38, 56, 33, 30);
bF: array[0..7] of byte = (0, 127, 64, 64, 124, 64, 64, 64);
sF: array[0..7] of byte = (0, 0, 6, 9, 8, 28, 8, 8);
bG: array[0..7] of byte = (0, 62, 64, 64, 79, 65, 65, 62);
sG: array[0..7] of byte = (0, 0, 30, 33, 33, 31, 1, 30);
bH: array[0..7] of byte = (0, 65, 65, 65, 127, 65, 65, 65);
sH: array[0..7] of byte = (0, 0, 32, 32, 62, 33, 33, 33);
bI: array[0..7] of byte = (0, 24, 24, 24, 24, 24, 24, 24);
sI: array[0..7] of byte = (0, 0, 12, 0, 12, 12, 12, 12);
bJ: array[0..7] of byte = (0, 127, 1, 1, 1, 1, 65, 62);
sJ: array[0..7] of byte = (0, 0, 12, 0, 12, 12, 44, 28);
bK: array[0..7] of byte = (0, 65, 66, 68, 120, 68, 66, 65);
sK: array[0..7] of byte = (0, 0, 33, 38, 56, 36, 34, 33);
bL: array[0..7] of byte = (0, 64, 64, 64, 64, 64, 64, 127);
sL: array[0..7] of byte = (0, 0, 16, 16, 16, 16, 16, 14);
bM: array[0..7] of byte = (0, 65, 99, 85, 73, 65, 65, 65);
sM: array[0..7] of byte = (0, 0, 52, 42, 42, 42, 42, 42);
bN: array[0..7] of byte = (0, 65, 97, 81, 73, 69, 67, 65);
sN: array[0..7] of byte = (0, 0, 46, 49, 33, 33, 33, 33);
bO: array[0..7] of byte = (0, 62, 65, 65, 65, 65, 65, 62);
sO: array[0..7] of byte = (0, 0, 30, 33, 33, 33, 33, 30);
bP: array[0..7] of byte = (0, 126, 65, 65, 65, 126, 64, 64);
sP: array[0..7] of byte = (0, 0, 62, 33, 33, 62, 32, 32);
bQ: array[0..7] of byte = (0, 60, 66, 66, 66, 74, 70, 61);
sQ: array[0..7] of byte = (0, 0, 30, 34, 34, 30, 3, 2);
bR: array[0..7] of byte = (0, 126, 65, 65, 126, 80, 76, 67);
sR: array[0..7] of byte = (0, 0, 38, 41, 40, 48, 32, 32);
bS: array[0..7] of byte = (0, 62, 65, 64, 62, 1, 65, 62);
sS: array[0..7] of byte = (0, 0, 30, 33, 28, 2, 33, 30);
bT: array[0..7] of byte = (0, 127, 8, 8, 8, 8, 8, 8);
sT: array[0..7] of byte = (0, 0, 8, 8, 28, 8, 9, 6);
bU: array[0..7] of byte = (0, 65, 65, 65, 65, 65, 65, 62);
sU: array[0..7] of byte = (0, 0, 34, 34, 34, 34, 34, 29);
bV: array[0..7] of byte = (0, 65, 65, 34, 34, 20, 20, 8);
sV: array[0..7] of byte = (0, 0, 34, 34, 20, 20, 8, 8);
bW: array[0..7] of byte = (0, 73, 73, 85, 85, 54, 34, 34);
sW: array[0..7] of byte = (0, 0, 42, 42, 42, 42, 20, 20);
bX: array[0..7] of byte = (0, 65, 34, 20, 8, 20, 34, 65);
sX: array[0..7] of byte = (0, 0, 33, 18, 12, 12, 18, 33);
bY: array[0..7] of byte = (0, 65, 34, 20, 8, 8, 8, 8);
sY: array[0..7] of byte = (0, 0, 34, 34, 26, 6, 34, 28);
bZ: array[0..7] of byte = (0, 127, 2, 4, 8, 16, 32, 127);
sZ: array[0..7] of byte = (0, 0, 63, 2, 4, 8, 16, 63);
end;
/// Русские буквы
tLetRu = class
public
/// Литера А
bA: array[0..7] of byte = (0, 3, 5, 9, 17, 63, 65, 65);
/// Литера а
sA: array[0..7] of byte = (0, 0, 28, 2, 30, 34, 34, 29);
/// Литера Б
bB: array[0..7] of byte = (0, 126, 64, 126, 65, 65, 65, 126);
/// Литера б
sB: array[0..7] of byte = (0, 1, 30, 32, 62, 33, 33, 30);
/// Литера В
bW: array[0..7] of byte = (0, 124, 66, 68, 126, 65, 65, 126);
/// Литера в
sW: array[0..7] of byte = (0, 0, 30, 33, 62, 33, 33, 30);
/// Литера Г
bG: array[0..7] of byte = (0, 127, 65, 64, 64, 64, 64, 64);
/// Литера г
sG: array[0..7] of byte = (0, 0, 30, 33, 6, 24, 33, 30);
/// Литера Д
bD: array[0..7] of byte = (0, 62, 18, 18, 18, 34, 127, 65);
/// Литера д
sD: array[0..7] of byte = (0, 0, 14, 10, 10, 18, 63, 63);
/// Литера Е
bE: array[0..7] of byte = (0, 127, 64, 124, 64, 64, 64, 127);
/// Литера е
sE: array[0..7] of byte = (0, 0, 30, 33, 63, 32, 33, 30);
/// Литера Ё
bE2: array[0..7] of byte = (0, 18, 127, 64, 124, 64, 64, 127);
/// Литера ё
sE2: array[0..7] of byte = (0, 18, 30, 33, 63, 32, 33, 30);
/// Литера Ж
bZh: array[0..7] of byte = (0, 73, 42, 28, 42, 73, 73, 73);
/// Литера ж
sZh: array[0..7] of byte = (0, 0, 21, 21, 14, 21, 21, 21);
/// Литера З
bZ: array[0..7] of byte = (0, 62, 65, 14, 1, 1, 65, 62);
/// Литера з
sZ: array[0..7] of byte = (0, 0, 30, 33, 14, 1, 33, 30);
/// Литера И
bI: array[0..7] of byte = (0, 65, 67, 69, 73, 81, 97, 65);
/// Литера и
sI: array[0..7] of byte = (0, 0, 33, 35, 37, 41, 49, 33);
/// Литера Й
bI2: array[0..7] of byte = (0, 89, 65, 67, 69, 73, 81, 97);
/// Литера й
sI2: array[0..7] of byte = (0, 0, 12, 33, 35, 37, 41, 49);
/// Литера К
bK: array[0..7] of byte = (0, 67, 76, 112, 72, 68, 66, 65);
/// Литера к
sK: array[0..7] of byte = (0, 0, 33, 34, 60, 34, 33, 33);
/// Литера Л
bL: array[0..7] of byte = (0, 15, 17, 17, 17, 17, 17, 97);
/// Литера л
sL: array[0..7] of byte = (0, 0, 15, 17, 17, 17, 17, 33);
/// Литера М
bM: array[0..7] of byte = (0, 65, 99, 99, 85, 85, 73, 73);
/// Литера м
sM: array[0..7] of byte = (0, 0, 17, 27, 27, 31, 21, 21);
/// Литера Н
bN: array[0..7] of byte = (0, 65, 65, 65, 127, 65, 65, 65);
/// Литера н
sN: array[0..7] of byte = (0, 0, 33, 33, 63, 33, 33, 33);
/// Литера О
bO: array[0..7] of byte = (0, 62, 65, 65, 65, 65, 65, 62);
/// Литера о
sO: array[0..7] of byte = (0, 0, 30, 33, 33, 33, 33, 30);
/// Литера П
bP: array[0..7] of byte = (0, 127, 65, 65, 65, 65, 65, 65);
/// Литера п
sP: array[0..7] of byte = (0, 0, 63, 33, 33, 33, 33, 33);
/// Литера Р
bR: array[0..7] of byte = (0, 126, 65, 65, 65, 126, 64, 64);
/// Литера р
sR: array[0..7] of byte = (0, 0, 62, 63, 33, 62, 32, 32);
/// Литера С
bS: array[0..7] of byte = (0, 62, 65, 64, 64, 64, 65, 62);
/// Литера с
sS: array[0..7] of byte = (0, 0, 30, 33, 32, 32, 33, 30);
/// Литера Т
bT: array[0..7] of byte = (0, 127, 8, 8, 8, 8, 8, 8);
/// Литера т
sT: array[0..7] of byte = (0, 0, 31, 4, 4, 4, 4, 4);
/// Литера У
bU: array[0..7] of byte = (0, 65, 65, 65, 63, 1, 65, 62);
/// Литера у
sU: array[0..7] of byte = (0, 0, 33, 33, 31, 1, 33, 30);
/// Литера Ф
bF: array[0..7] of byte = (0, 62, 73, 73, 73, 62, 8, 8);
/// Литера ф
sF: array[0..7] of byte = (0, 0, 14, 21, 21, 21, 14, 4);
/// Литера Х
bKh: array[0..7] of byte = (0, 65, 34, 20, 8, 20, 34, 65);
/// Литера А
sKh: array[0..7] of byte = (0, 0, 33, 18, 12, 12, 18, 33);
/// Литера Ц
bTc: array[0..7] of byte = (0, 66, 66, 66, 66, 66, 127, 1);
/// Литера ц
sTc: array[0..7] of byte = (0, 0, 34, 34, 34, 34, 31, 1);
/// Литера Ч
bCh: array[0..7] of byte = (0, 65, 65, 65, 63, 1, 1, 1);
/// Литера ч
sCh: array[0..7] of byte = (0, 0, 33, 33, 33, 31, 1, 1);
/// Литера Ш
bSh: array[0..7] of byte = (0, 73, 73, 73, 73, 73, 73, 127);
/// Литера ш
sSh: array[0..7] of byte = (0, 21, 21, 21, 21, 21, 21, 31);
/// Литера Щ
bShh: array[0..7] of byte = (0, 84, 84, 84, 84, 84, 126, 2);
/// Литера щ
sShh: array[0..7] of byte = (0, 0, 42, 42, 42, 42, 63, 1);
/// Литера Ъ
bHz: array[0..7] of byte = (0, 96, 32, 32, 62, 33, 33, 62);
/// Литера ъ
sHz: array[0..7] of byte = (0, 0, 48, 16, 30, 17, 17, 30);
/// Литера Ы
bY: array[0..7] of byte = (0, 65, 65, 65, 121, 69, 69, 121);
/// Литера ы
sY: array[0..7] of byte = (0, 0, 33, 33, 57, 37, 37, 57);
/// Литера Ь
bSz: array[0..7] of byte = (0, 64, 64, 64, 126, 65, 65, 126);
/// Литера ь
sSz: array[0..7] of byte = (0, 0, 32, 32, 62, 33, 33, 62);
/// Литера Э
bEh: array[0..7] of byte = (0, 62, 65, 1, 31, 1, 65, 62);
/// Литера э
sEh: array[0..7] of byte = (0, 0, 30, 33, 15, 1, 33, 30);
/// Литера Ю
bYu: array[0..7] of byte = (0, 78, 81, 81, 113, 81, 81, 78);
/// Литера ю
sYu: array[0..7] of byte = (0, 0, 38, 41, 57, 41, 41, 38);
/// Литера Я
bJa: array[0..7] of byte = (0, 63, 65, 65, 63, 9, 17, 97);
/// Литера я
sJa: array[0..7] of byte = (0, 0, 31, 33, 33, 31, 9, 49);
end;
implementation
begin
end.
|
{*******************************************************************************
Title: T2Ti ERP
Description: VO relacionado à tabela [GUIAS_ACUMULADAS]
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 GuiasAcumuladasVO;
{$mode objfpc}{$H+}
interface
uses
VO, Classes, SysUtils, FGL;
type
TGuiasAcumuladasVO = class(TVO)
private
FID: Integer;
FID_EMPRESA: Integer;
FGPS_TIPO: String;
FGPS_COMPETENCIA: String;
FGPS_VALOR_INSS: Extended;
FGPS_VALOR_OUTRAS_ENT: Extended;
FGPS_DATA_PAGAMENTO: TDateTime;
FIRRF_COMPETENCIA: String;
FIRRF_CODIGO_RECOLHIMENTO: Integer;
FIRRF_VALOR_ACUMULADO: Extended;
FIRRF_DATA_PAGAMENTO: TDateTime;
FPIS_COMPETENCIA: String;
FPIS_VALOR_ACUMULADO: Extended;
FPIS_DATA_PAGAMENTO: TDateTime;
//Transientes
published
property Id: Integer read FID write FID;
property IdEmpresa: Integer read FID_EMPRESA write FID_EMPRESA;
property GpsTipo: String read FGPS_TIPO write FGPS_TIPO;
property GpsCompetencia: String read FGPS_COMPETENCIA write FGPS_COMPETENCIA;
property GpsValorInss: Extended read FGPS_VALOR_INSS write FGPS_VALOR_INSS;
property GpsValorOutrasEnt: Extended read FGPS_VALOR_OUTRAS_ENT write FGPS_VALOR_OUTRAS_ENT;
property GpsDataPagamento: TDateTime read FGPS_DATA_PAGAMENTO write FGPS_DATA_PAGAMENTO;
property IrrfCompetencia: String read FIRRF_COMPETENCIA write FIRRF_COMPETENCIA;
property IrrfCodigoRecolhimento: Integer read FIRRF_CODIGO_RECOLHIMENTO write FIRRF_CODIGO_RECOLHIMENTO;
property IrrfValorAcumulado: Extended read FIRRF_VALOR_ACUMULADO write FIRRF_VALOR_ACUMULADO;
property IrrfDataPagamento: TDateTime read FIRRF_DATA_PAGAMENTO write FIRRF_DATA_PAGAMENTO;
property PisCompetencia: String read FPIS_COMPETENCIA write FPIS_COMPETENCIA;
property PisValorAcumulado: Extended read FPIS_VALOR_ACUMULADO write FPIS_VALOR_ACUMULADO;
property PisDataPagamento: TDateTime read FPIS_DATA_PAGAMENTO write FPIS_DATA_PAGAMENTO;
//Transientes
end;
TListaGuiasAcumuladasVO = specialize TFPGObjectList<TGuiasAcumuladasVO>;
implementation
initialization
Classes.RegisterClass(TGuiasAcumuladasVO);
finalization
Classes.UnRegisterClass(TGuiasAcumuladasVO);
end.
|
unit BitmapRgn;
(*
* 양병규님이 공개해주신 소스를 조금 수정한 버전입니다.
* 제거할 컬러의 위치 또는 컬러를 직접 지정할 수 있도록 하였습니다.
procedure TfmSelectWhiteBoardTool.FormCreate(Sender: TObject);
var
Rgn : HRGN;
begin
Image.Picture.Bitmap.PixelFormat := pf32bit;
Rgn := CreateBitmapRgn32(Image.Picture.Bitmap, clBlack);
try
SetWindowRgn(Handle, Rgn, true);
finally
DeleteObject(Rgn);
end;
end;
*)
interface
uses
Windows, Classes, SysUtils, Graphics;
function CreateBitmapRgn(Bitmap:TBitmap; TransparentColorX,TransparentColorY:integer):HRGN;
function CreateBitmapRgn32(Bitmap:TBitmap; TransparentColor:TColor):HRGN;
implementation
const
DEFAULTRECTCOUNT = 50;
procedure GetTransparentPixel(var ATransparentPixel:pointer; ABitmap:TBitmap; AX,AY:integer);
var
pByte : ^byte;
PicxelSize : integer;
begin
GetMem(ATransparentPixel, 4);
case ABitmap.PixelFormat of
pf8Bit : PicxelSize := 1;
pf16Bit: PicxelSize := 2;
pf24Bit: PicxelSize := 3;
else PicxelSize := 4;
end;
pByte := ABitmap.ScanLine[0];
Dec(pByte, (AY*ABitmap.Width + AX)*PicxelSize);
Move(pByte^, ATransparentPixel^, PicxelSize);
end;
function CreateBitmapRgn(Bitmap: TBitmap; TransparentColorX,TransparentColorY:integer): HRGN;
type
TPixels08 = array[0..0] of Byte;
TPixels16 = array[0..0] of Word;
TPixels24 = array[0..0] of TRGBTriple;
TPixels32 = array[0..0] of Cardinal;
var
PixelFormat: TPixelFormat;
Pixels: Pointer;
TransparentPixel: Pointer;
RegionData: PRgnData;
RegionBufferSize: Integer;
RectCount, NewRectLeft: Integer;
X, Y: Integer;
function IsTransparent(X: Integer): Boolean;
begin
case PixelFormat of
pf8Bit : Result := TPixels08( Pixels^ )[ X ] = PByte( TransparentPixel )^;
pf16Bit: Result := TPixels16( Pixels^ )[ X ] = PWord( TransparentPixel )^;
pf24Bit: Result := ( TPixels24( Pixels^ )[ X ].rgbtRed = PRGBTriple( TransparentPixel )^.rgbtRed ) and
( TPixels24( Pixels^ )[ X ].rgbtGreen = PRGBTriple( TransparentPixel )^.rgbtGreen ) and
( TPixels24( Pixels^ )[ X ].rgbtBlue = PRGBTriple( TransparentPixel )^.rgbtBlue );
pf32Bit: Result := TPixels32( Pixels^ )[ X ] = PCardinal( TransparentPixel )^;
else Result := False;
end;
end;
procedure AddRect(LastCol: Boolean = False);
type
PRectBuffer = ^TRectBuffer;
TRectBuffer = array[0..0] of TRect;
begin
if ( RegionBufferSize div SizeOf( TRect ) ) = RectCount then
begin
Inc( RegionBufferSize, SizeOf( TRect ) * DEFAULTRECTCOUNT );
ReallocMem( RegionData, SizeOf( TRgnDataHeader ) + RegionBufferSize + 3 );
end;
if LastCol then Inc( X );
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Left := NewRectLeft;
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Top := Y;
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Right := X;
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Bottom := Y + 1;
Inc( RectCount );
NewRectLeft := -1;
end;
begin
PixelFormat := Bitmap.PixelFormat;
Pixels := Bitmap.ScanLine[ 0 ];
GetTransparentPixel(TransparentPixel, Bitmap, TransparentColorX, TransparentColorY);
RectCount := 0;
RegionBufferSize := SizeOf( TRect ) * DEFAULTRECTCOUNT;
GetMem( RegionData, SizeOf( TRgnDataHeader ) + RegionBufferSize + 3 );
try
for Y := 0 to Bitmap.Height - 1 do
begin
Pixels := Bitmap.ScanLine[ Y ];
NewRectLeft := -1;
for X := 0 to Bitmap.Width - 1 do
if IsTransparent( X ) then
begin
if NewRectLeft >= 0 then AddRect;
end
else
begin
if NewRectLeft = -1 then NewRectLeft := X;
if ( X = Bitmap.Width - 1 ) and ( NewRectLeft >= 0 ) then AddRect( True );
end;
end;
RegionData^.rdh.dwSize := SizeOf( TRgnDataHeader );
RegionData^.rdh.iType := RDH_RECTANGLES;
RegionData^.rdh.nCount := RectCount;
RegionData^.rdh.nRgnSize := RectCount * SizeOf( TRect );
Result := ExtCreateRegion( nil, RegionData^.rdh.dwSize + RegionData^.rdh.nRgnSize, RegionData^ );
finally
FreeMem( RegionData );
FreeMem( TransparentPixel );
end;
end;
function CreateBitmapRgn32(Bitmap:TBitmap; TransparentColor:TColor):HRGN;
var
pPixel : PCardinal;
TransparentPixel : Cardinal;
RegionData: PRgnData;
RegionBufferSize: Integer;
RectCount, NewRectLeft: Integer;
X, Y: Integer;
procedure AddRect(LastCol: Boolean = False);
type
PRectBuffer = ^TRectBuffer;
TRectBuffer = array[0..0] of TRect;
begin
if ( RegionBufferSize div SizeOf( TRect ) ) = RectCount then
begin
Inc( RegionBufferSize, SizeOf( TRect ) * DEFAULTRECTCOUNT );
ReallocMem( RegionData, SizeOf( TRgnDataHeader ) + RegionBufferSize + 3 );
end;
if LastCol then Inc( X );
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Left := NewRectLeft;
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Top := Y;
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Right := X;
PRectBuffer( @RegionData^.Buffer )^[ RectCount ].Bottom := Y + 1;
Inc( RectCount );
NewRectLeft := -1;
end;
begin
if Bitmap.PixelFormat <> pf32bit then
raise Exception.Create('CreateBitmapRgn32: pf32bit 포멧만 지원합니다.');
TransparentPixel :=
GetRValue(TransparentColor) shl 16 +
GetGValue(TransparentColor) shl 8 +
GetBValue(TransparentColor);
RectCount := 0;
RegionBufferSize := SizeOf(TRect) * DEFAULTRECTCOUNT;
GetMem(RegionData, SizeOf(TRgnDataHeader) + RegionBufferSize + 3);
try
for Y := 0 to Bitmap.Height - 1 do begin
pPixel := Bitmap.ScanLine[Y];
NewRectLeft := -1;
for X := 0 to Bitmap.Width - 1 do begin
if pPixel^ = TransparentPixel then begin
if NewRectLeft >= 0 then AddRect;
end else begin
if NewRectLeft = -1 then NewRectLeft := X;
if ( X = Bitmap.Width - 1 ) and ( NewRectLeft >= 0 ) then AddRect( True );
end;
Inc(pPixel);
end
end;
RegionData^.rdh.dwSize := SizeOf( TRgnDataHeader );
RegionData^.rdh.iType := RDH_RECTANGLES;
RegionData^.rdh.nCount := RectCount;
RegionData^.rdh.nRgnSize := RectCount * SizeOf( TRect );
Result := ExtCreateRegion( nil, RegionData^.rdh.dwSize + RegionData^.rdh.nRgnSize, RegionData^ );
finally
FreeMem( RegionData );
end;
end;
end.
|
unit SpecFunX;
{Special functions (extended precision)}
interface
{$i std.inc}
{$ifdef BIT16}
{$N+}
{$endif}
uses
sfBasic; {Basic common code}
(*************************************************************************
DESCRIPTION : Special functions (extended precision)
REQUIREMENTS : TP5.5-7, D2-D7/D9-D10/D12/D17-D18, FPC, VP, WDOSX
EXTERNAL DATA : ---
MEMORY USAGE : ---
DISPLAY MODE : ---
REMARK : The unit can be compiled with TP5 but some functions generate
invalid operations due to TP5's brain-damaged usage of the FPU
REFERENCES : See unit sfBasic
Version Date Author Modification
------- -------- ------- ------------------------------------------
0.10 15.01.10 W.Ehrhardt Initial version: lngammax
0.11 17.01.10 we invgammax
0.12 18.01.10 we psix
0.13 18.01.10 we lnbetax
0.14 18.01.10 we betax
0.15 20.01.10 we Elliptic integrals (Carlson style)
0.16 21.01.10 we Elliptic integrals (Bulirsch style)
0.17 23.01.10 we Elliptic integrals (Maple style)
0.18 23.01.10 we sfc_signgammax returns extended
0.19 23.01.10 we agmx
0.20 24.01.10 we sncndnx
0.21 24.01.10 we erfx, erfcx
0.22 24.01.10 we normstd_pdfx, normstd_cdfx, normstd_invx
0.23 27.01.10 we gammax
0.24 10.02.10 we zetax, zeta1px
0.25 14.02.10 we e1x
0.26 15.02.10 we eix, lix
0.27 18.02.10 we enx
0.28 02.03.10 we chix, shix
0.29 03.03.10 we cix, six, ssix
0.30 06.03.10 we dawsonx
0.31 11.03.10 we erf_invx, erfc_invx
0.32 16.03.10 we dilogx
0.33 06.04.10 we bessel_j0x/j1x/jnx/y0x/y1x/ynx
0.34 06.04.10 we bessel_i0x/i0ex/i1x/i1ex
0.35 06.04.10 we bessel_k0x/k0ex/k1x/k1ex
0.36 08.04.10 we cinx, cinhx
0.37 10.04.10 we facx
0.38 11.04.10 we bessel_inx/knx
0.39 12.04.10 we ti2x
0.40 17.04.10 we gamma1pm1x
0.41 22.04.10 we cl2x
0.42 19.05.10 we Fresnelx
0.43 20.05.10 we LambertWx, LambertW1x
0.44 11.07.10 we ibetax, beta distribution functions
0.45 13.07.10 we t_pdfx, t_cdfx, t_invx
0.46 16.07.10 we f_pdfx, f_cdfx, f_invx
1.00.00 17.08.10 we Common version number after split
1.00.01 18.08.10 we gammastarx
1.00.02 24.08.10 we incgammax, igammapx, igammaqx
1.00.03 05.09.10 we inverse normalised incomplete gamma functions
1.00.04 05.09.10 we chi2_pdfx/cdfx/invx
1.00.05 07.09.10 we gamma_pdfx/cdfx/invx
1.00.06 10.09.10 we trigammax
1.00.07 15.09.10 we etax, etam1x, zetam1x
1.01.00 06.10.10 we dfacx
1.01.01 08.10.10 we legendre_px, legendre_qx, legendre_plmx
1.01.02 10.10.10 we chebyshev_tx, chebyshev_ux
1.01.03 11.10.10 we gegenbauer_cx
1.01.04 15.10.10 we jacobi_px
1.01.05 16.10.10 we hermite_hx
1.01.06 17.10.10 we laguerrex
1.01.07 19.10.10 we gamma_delta_ratiox, gamma_ratiox, pochhammerx
1.01.08 20.10.10 we laguerre_assx, laguerre_lx
1.01.09 20.10.10 we spherical_harmonicx
1.01.10 22.10.10 we zernike_rx
1.01.11 23.10.10 we zetahx
1.02.00 01.11.10 we bessel_jvx, bessel_yvx
1.02.01 04.11.10 we bessel_ivx, bessel_kvx
1.02.02 05.11.10 we Airy functions Ai, Ai', Bi, Bi'
1.02.03 06.11.10 we sph_bessel_jnx, sph_bessel_ynx
1.02.04 15.11.10 we bessel_ivex, bessel_kvex
1.03.00 03.12.10 we polylogx
1.03.01 05.12.10 we bernoullix, zetaintx
1.03.02 07.12.10 we debyex
1.03.03 15.12.10 we tetragammax, pentagammax, polygammax
1.03.04 31.12.10 we binomialx
1.04.00 12.02.11 we Goodwin-Staton integral gsix
1.04.01 13.02.11 we expint3x
1.04.02 14.02.11 we erfix
1.04.03 17.02.11 we RiemannRx
1.05.00 11.04.11 we Zero order Kelvin functions berx,beix,kerx,keix
1.05.01 13.04.11 we cauchy_pdfx/cdfx/invx
1.05.02 14.04.11 we normal_pdfx/cdfx/invx
1.05.03 14.04.11 we exp_pdfx/cdfx/invx
1.05.04 15.04.11 we lognormal_pdfx/cdfx/invx
1.05.05 16.04.11 we logistic_pdfx/cdfx/invx
1.05.06 16.04.11 we weibull_pdfx/cdfx/invx
1.05.07 17.04.11 we laplace_pdfx/cdfx/invx
1.05.08 17.04.11 we changed sh,sc to a,b in gamma_pdfx/cdfx/invx
1.05.09 19.04.11 we pareto_pdfx/cdfx/invx
1.05.10 20.04.11 we uniform_pdfx/cdfx/invx
1.06.00 08.05.11 we Struve functions struve_h0x/h1x/l0x,l1x
1.06.01 13.05.11 we theta2x,theta3x,theta4x
1.06.02 14.05.11 we theta1px
1.06.03 17.05.11 we jacobi_thetax
1.06.04 19.05.11 we EllipticModulusx
1.06.05 19.05.11 we replaced misleading kc by k in EllipticCKx and EllipticCEx
1.06.06 20.05.11 we EllipticNomex
1.07.00 01.06.11 we einx
1.07.01 04.06.11 we ellint_1x, ellint_2x
1.07.02 05.06.11 we comp_ellint_1x/2x/3x
1.07.03 06.06.11 we jacobi_amx
1.07.04 07.06.11 we jacobi_zetax
1.07.05 08.06.11 we ellint_3x
1.07.06 10.06.11 we erfcex
1.07.07 17.06.11 we jacobi_arcsnx/cnx/dnx
1.07.08 18.06.11 we jacobi_snx/cnx/dnx
1.07.09 23.06.11 we heuman_lambdax
1.08.00 03.08.11 we invgamma renamed to rgamma
1.09.00 05.10.11 we lngamma1px
1.10.00 10.12.11 we triangular_pdfx/cdfx/invx
1.10.01 14.12.11 we binomial_cdfx/pmfx
1.10.02 15.12.11 we poisson_cdfx/pmfx
1.10.03 16.12.11 we lnfacx
1.10.04 18.12.11 we negbinom_cdfx/pmfx
1.10.05 21.12.11 we primezetax
1.10.06 27.12.11 we hypergeo_cdfx/pmfx
1.10.07 28.12.11 we sph_bessel_inx, sph_bessel_inex
1.10.08 29.12.11 we sph_bessel_knx, sph_bessel_knex
1.11.00 05.02.12 we LerchPhix
1.11.01 06.02.12 we DirichletBetax
1.11.02 06.02.12 we DirichletLambdax
1.11.03 07.02.12 we LegendreChix
1.11.04 08.02.12 we polylogrx
1.12.00 22.03.12 we poch1x
1.12.01 11.04.12 we igammax (non-normalised upper incomplete gamma)
1.12.02 22.04.12 we igammalx (non-normalised lower incomplete gamma)
1.12.03 23.04.12 we lngammasx
1.12.04 27.04.12 we legendre_qlmx
1.12.05 16.05.12 we toroidal_qlmx
1.12.06 20.05.12 we toroidal_plmx
1.13.00 10.06.12 we fermi_diracx
1.13.01 13.06.12 we fermi_dirac_m05x/p05x
1.13.02 15.06.12 we dawson2x
1.13.03 16.06.12 we inerfcx
1.13.04 23.06.12 we geix
1.13.05 26.06.12 we erfgx
1.13.06 30.06.12 we igammatx
1.16.00 14.03.13 we Remaining Jacobi elliptic functions
1.16.01 25.03.13 we Remaining inverse Jacobi elliptic functions
1.16.02 28.03.13 we trilogx
1.17.00 11.04.13 we fermi_dirac_p15x
1.17.01 13.04.13 we k changed to longint in poisson_pmfx
1.17.02 14.04.13 we rayleigh_pdfx/cdfx/invx
1.17.03 17.04.13 we beta3x
1.17.04 19.04.13 we maxwell_pdfx/cdfx/invx
1.17.05 20.04.13 we evt1_pdfx/cdfx/invx
1.17.06 01.05.13 we FresnelCx/FresnelSx
1.18.00 09.05.13 we Airy/Scorer functions Gi/Hi
1.18.01 19.05.13 we hyperg_2F1x
1.18.02 22.05.13 we hyperg_2F1rx
1.18.03 24.05.13 we hyperg_1F1x, hyperg_1F1rx
1.18.03 30.05.13 we hyperg_ux
1.19.00 16.06.13 we Whittaker functions
1.19.01 27.06.13 we hyperg_0F1x
1.19.02 01.07.13 we hyperg_0F1rx
1.20.00 15.08.13 we kumaraswamy_pdfx/cdfx/invx
1.20.01 18.08.13 we erf_px, erf_qx, erf_zx
1.21.00 11.09.13 we Bernoulli polynomials bernpolyx
1.21.01 17.09.13 we chebyshev_vx/wx
1.21.02 24.09.13 we cosintx, sinintx
1.21.03 25.09.13 we BatemanGx
1.22.00 19.10.13 we moyal_pdfx/cdfx/invx
1.22.01 23.10.13 we EllipticKimx,EllipticECimx
1.23.00 26.12.13 we fermi_dirac_p25x
1.25.00 01.05.14 we harmonicx
1.25.01 03.05.14 we harmonic2x
1.25.02 04.05.14 we zipf_pmfx/cdfx
1.26.00 24.05.14 we li_invx
1.26.01 30.05.14 we lobachevsky_cx/sx
1.26.02 02.06.14 we fibpolyx, lucpolyx
1.26.03 05.06.14 we levy_pdfx/cdfx/invx
1.27.00 22.06.14 we lngamma_invx
1.27.01 25.06.14 we psi_invx
1.27.02 02.07.14 we ibeta_invx
1.27.03 12.07.14 we CylinderDx, CylinderUx, HermiteHx
1.28.00 17.08.14 we catalanx
1.28.01 19.08.14 we CylinderVx
1.31.00 23.12.14 we invgamma_pdfx/cdfx/invx
1.31.01 26.12.14 we logseries_cdfx/pmfx: logarithmic (series) distribution
1.31.02 03.01.15 we wald_cdfx/pdfx/invx
1.31.03 09.01.15 we Euler numbers
1.32.00 25.01.15 we ei_invx
1.32.01 28.03.15 we comp_ellint_dx, ellint_dx
1.33.00 04.06.15 we keplerx
1.33.01 10.06.15 we struve_hx, struve_lx
1.33.02 19.06.15 we airy_aisx, airy_bisx
1.33.03 22.06.15 we ell_rgx
1.36.00 26.09.15 we lemniscate functions sin_lemnx, cos_lemnx
***************************************************************************)
(*-------------------------------------------------------------------------
(C) Copyright 2009-2015 Wolfgang Ehrhardt
This software is provided 'as-is', without any express or implied warranty.
In no event will the authors be held liable for any damages arising from
the use of this software.
Permission is granted to anyone to use this software for any purpose,
including commercial applications, and to alter it and redistribute it
freely, subject to the following restrictions:
1. The origin of this software must not be misrepresented; you must not
claim that you wrote the original software. If you use this software in
a product, an acknowledgment in the product documentation would be
appreciated but is not required.
2. Altered source versions must be plainly marked as such, and must not be
misrepresented as being the original software.
3. This notice may not be removed or altered from any source distribution.
----------------------------------------------------------------------------*)
const
SpecFunX_Version = SF_BaseVersion+'-X';
{#Z+}
{---------------------------------------------------------------------------}
{--------------------------- Bessel functions ------------------------------}
{---------------------------------------------------------------------------}
{#Z-}
function airy_aix(x: extended): extended;
{-Return the Airy function Ai(x)}
function airy_aipx(x: extended): extended;
{-Return the Airy function Ai'(x)}
function airy_aisx(x: extended): extended;
{-Return the scaled Airy function Ai(x) if x <= 0, Ai(x)*exp(2/3*x^1.5) for x > 0}
function airy_bix(x: extended): extended;
{-Return the Airy function Bi(x)}
function airy_bipx(x: extended): extended;
{-Return the Airy function Bi'(x)}
function airy_bisx(x: extended): extended;
{-Return the scaled Airy function Bi(x) if x <= 0, Bi(x)*exp(-2/3*x^1.5) for x > 0}
function airy_gix(x: extended): extended;
{-Return the Airy/Scorer function Gi(x) = 1/Pi*integral(sin(x*t+t^3/3), t=0..INF)}
function airy_hix(x: extended): extended;
{-Return the Airy/Scorer function Hi(x) = 1/Pi*integral(exp(x*t-t^3/3), t=0..INF)}
function bessel_i0x(x: extended): extended;
{-Return I0(x), the modified Bessel function of the 1st kind, order zero}
function bessel_i0ex(x: extended): extended;
{-Return I0(x)*exp(-|x|), the exponentially scaled modified Bessel function of the 1st kind, order zero}
function bessel_i1x(x: extended): extended;
{-Return I1(x), the modified Bessel function of the 1st kind, order one}
function bessel_i1ex(x: extended): extended;
{-Return I1(x)*exp(-|x|), the exponentially scaled modified Bessel function of the 1st kind, order one}
function bessel_inx(n: integer; x: extended): extended;
{-Return I_n(x), the modified Bessel function of the 1st kind, order n.}
function bessel_ivx(v, x: extended): extended;
{-Return I_v(x), the modified Bessel function of the 1st kind, order v.}
function bessel_ivex(v, x: extended): extended;
{-Return I_v(x)*exp(-|x|), the exponentially scaled modified Bessel function of the 1st kind, order v.}
function bessel_j0x(x: extended): extended;
{-Return J0(x), the Bessel function of the 1st kind, order zero}
function bessel_j1x(x: extended): extended;
{-Return J1(x), the Bessel function of the 1st kind, order one}
function bessel_jnx(n: integer; x: extended): extended;
{-Return J_n(x), the Bessel function of the 1st kind, order n; not suitable for large n or x.}
function bessel_jvx(v, x: extended): extended;
{-Return J_v(x), the Bessel function of the 1st kind, order v; not suitable for large v.}
function bessel_k0x(x: extended): extended;
{-Return K0(x), the modified Bessel function of the 2nd kind, order zero, x>0}
function bessel_k0ex(x: extended): extended;
{-Return K0(x)*exp(x), the exponentially scaled modified Bessel function of the 2nd kind, order zero, x>0}
function bessel_k1x(x: extended): extended;
{-Return K1(x), the modified Bessel function of the 2nd kind, order one, x>0}
function bessel_k1ex(x: extended): extended;
{-Return K1(x)*exp(x), the exponentially scaled modified Bessel function of the 2nd kind, order one, x>0}
function bessel_knx(n: integer; x: extended): extended;
{-Return K_n(x), the modified Bessel function of the 2nd kind, order n, x>0, not suitable for large n}
function bessel_kvx(v, x: extended): extended;
{-Return K_v(x), the modified Bessel function of the 2nd kind, order v, x>0}
function bessel_kvex(v, x: extended): extended;
{-Return K_v(x)*exp(x), the exponentially scaled modified Bessel function of the 2nd kind, order v, x>0}
function bessel_y0x(x: extended): extended;
{-Return Y0(x), the Bessel function of the 2nd kind, order zero; x>0}
function bessel_y1x(x: extended): extended;
{-Return Y1(x), the Bessel function of the 2nd kind, order one; x>0}
function bessel_ynx(n: integer; x: extended): extended;
{-Return Y_n(x), the Bessel function of the 2nd kind, order n, x>0, not suitable for large n or x}
function bessel_yvx(v, x: extended): extended;
{-Return Y_v(x), the Bessel function of the 2nd kind, order v; x > 0; not suitable for large v.}
function kelvin_berx(x: extended): extended;
{-Return the Kelvin function ber(x)}
function kelvin_beix(x: extended): extended;
{-Return the Kelvin function bei(x)}
function kelvin_kerx(x: extended): extended;
{-Return the Kelvin function ker(x), x > 0}
function kelvin_keix(x: extended): extended;
{-Return the Kelvin function kei(x), x >= 0}
procedure kelvin_kerkeix(x: extended; var kr, ki: extended);
{-Return the Kelvin functions kr=ker(x), ki=kei(x), x > 0}
procedure kelvin_berbeix(x: extended; var br, bi: extended);
{-Return the Kelvin functions br=ber(x), bi=bei(x)}
function sph_bessel_jnx(n: integer; x: extended): extended;
{-Return j_n(x), the spherical Bessel function of the 1st kind, order n}
function sph_bessel_ynx(n: integer; x: extended): extended;
{-Return y_n(x), the spherical Bessel function of the 2nd kind, order n >=0 , x<>0}
function sph_bessel_inx(n: integer; x: extended): extended;
{-Return i_n(x), the modified spherical Bessel function of the 1st/2nd kind, order n}
function sph_bessel_inex(n: integer; x: extended): extended;
{-Return i_n(x)*exp(-|x|), the exponentially scaled modified spherical Bessel function of the 1st/2nd kind, order n}
function sph_bessel_knx(n: integer; x: extended): extended;
{-Return k_n(x), the modified spherical Bessel function of the 3rd kind, order n, x>0}
function sph_bessel_knex(n: integer; x: extended): extended;
{-Return k_n(x)*exp(x), the exponentially scaled modified spherical Bessel function of the 3rd kind, order n, x>0}
function struve_h0x(x: extended): extended;
{-Return H0(x), the Struve function of order 0}
function struve_h1x(x: extended): extended;
{-Return H1(x), the Struve function of order 1}
function struve_l0x(x: extended): extended;
{-Return L0(x), the modified Struve function of order 0}
function struve_l1x(x: extended): extended;
{-Return L1(x), the modified Struve function of order 1}
function struve_hx(v, x: extended): extended;
{-Return H_v(x), the Struve function of order v, x < 0 only if v is an integer.}
function struve_lx(v, x: extended): extended;
{-Return L_v(x), the modified Struve function of order v, x < 0 only if v is an integer.}
{#Z+}
{---------------------------------------------------------------------------}
{---------------------- Gamma function and related -------------------------}
{---------------------------------------------------------------------------}
{#Z-}
const
MAXGAMX = 1755.455; {max. argument for gammax}
MAXLGMX = 1.0484814683901952E4928; {max. argument for lngammax}
MAXDFACX = 3209; {max. argument for dfacx}
function gammax(x: extended): extended;
{-Return gamma(x), x <= MAXGAMX; invalid if x is a non-positive integer}
function gamma1pm1x(x: extended): extended;
{-Return gamma(1+x)-1 with increased accuracy for x near 0}
function gammastarx(x: extended): extended;
{-Return Temme's gammastar(x) = gamma(x)/(sqrt(2*Pi)*x^(x-0.5)*exp(-x)), x>0.}
{ For large x the asymptotic expansion is gammastar(x) = 1 + 1/12x + O(1/x^2)}
function gamma_delta_ratiox(x,d: extended): extended;
{-Return gamma(x)/gamma(x+d), accurate even for |d| << |x|}
function gamma_ratiox(x,y: extended): extended;
{-Return gamma(x)/gamma(y)}
function pochhammerx(a,x: extended): extended;
{-Return the Pochhammer symbol gamma(a+x)/gamma(a)}
function poch1x(a,x: extended): extended;
{-Return (pochhammer(a,x)-1)/x, psi(a) if x=0; accurate even for small |x|}
function binomialx(n,k: integer): extended;
{-Return the binomial coefficient 'n choose k'}
function facx(n: integer): extended;
{-Return the factorial n!, n<MAXGAM-1; INF if n<0}
function dfacx(n: integer): extended;
{-Return the double factorial n!!, n<=MAXDFACX; INF for even n<0}
function lnfacx(n: longint): extended;
{-Return ln(n!), INF if n<0}
function lngammax(x: extended): extended;
{-Return ln(|gammax(x)|), |x| <= MAXLGM, invalid if x is a non-positive integer.}
{ Function signgammax can be used if the sign of gammax(x) is needed.}
function lngammasx(x: extended; var s: integer): extended;
{-Return ln(|gamma(x)|), |x| <= MAXLGM, s=-1,1 is the sign of gamma}
function lngamma1px(x: extended): extended;
{-Return ln(|gamma(1+x)|) with increased accuracy for x near 0}
function lngamma_invx(y: extended): extended;
{-Inverse of lngamma: return x with lngamma(x) = y, y >= -0.12142, x > 1.4616}
function signgammax(x: extended): extended;
{-Return sign(gamma(x)), useless for 0 or negative integer}
function rgammax(x: extended): extended;
{-Return the reciprocal gamma function rgamma = 1/gamma(x)}
procedure incgammax(a,x: extended; var p,q: extended);
{-Return the normalised incomplete gamma functions P and Q, a>=0, x>=0}
{ P(a,x) = integral(exp(-t)*t^(a-1), t=0..x )/gamma(a)}
{ Q(a,x) = integral(exp(-t)*t^(a-1), t=x..Inf)/gamma(a)}
function igammapx(a,x: extended): extended;
{-Return the normalised lower incomplete gamma function P(a,x), a>=0, x>=0}
{ P(a,x) = integral(exp(-t)*t^(a-1), t=0..x)/gamma(a)}
function igammaqx(a,x: extended): extended;
{-Return the normalised upper incomplete gamma function Q(a,x), a>=0, x>=0}
{ Q(a,x) = integral(exp(-t)*t^(a-1), t=x..Inf)/gamma(a)}
function igammax(a,x: extended): extended;
{-Return the non-normalised upper incomplete gamma function}
{ GAMMA(a,x) = integral(exp(-t)*t^(a-1), t=x..Inf), x>=0}
function igammalx(a,x: extended): extended;
{-Return the non-normalised lower incomplete gamma function}
{ gamma(a,x) = integral(exp(-t)*t^(a-1), t=0..x); x>=0, a<>0,-1,-2,..}
function igammatx(a,x: extended): extended;
{-Return Tricomi's entire incomplete gamma function igammatx(a,x)}
{ = igammal(a,x)/gamma(a)/x^a = P(a,x)/x^a }
procedure incgamma_invx(a,p,q: extended; var x: extended; var ierr: integer);
{-Return the inverse normalised incomplete gamma function, i.e. calculate}
{ x with P(a,x)=p and Q(a,x)=q. Input parameter a>0, p>=0, q>0 and p+q=1.}
{ ierr is >= 0 for success, < 0 for input errors or iterations failures. }
function igamma_invx(a,p,q: extended): extended;
{-Return the inverse normalised incomplete gamma function, i.e. calculate}
{ x with P(a,x)=p and Q(a,x)=q. Input parameter a>0, p>=0, q>0 and p+q=1.}
function igammap_invx(a,p: extended): extended;
{-Inverse incomplete gamma: return x with P(a,x)=p, a>=0, 0<=p<1}
function igammaq_invx(a,q: extended): extended;
{-Inverse complemented incomplete gamma: return x with Q(a,x)=q, a>=0, 0<q<=1}
function psix(x: extended): extended;
{-Return the psi (digamma) function of x, INF if x is a non-positive integer}
function psi_invx(y: extended): extended;
{-Inverse of psi, return x with psi(x)=y, y <= ln_MaxExt}
function trigammax(x: extended): extended;
{-Return the trigamma function of x, INF if x is a negative integer}
function tetragammax(x: extended): extended;
{-Return the tetragamma function psi''(x), NAN/RTE if x is a negative integer}
function pentagammax(x: extended): extended;
{-Return the pentagamma function psi'''(x), INF if x is a negative integer}
function polygammax(n: integer; x: extended): extended;
{-Return the polygamma function: n'th derivative of psi; n>=0, x>0 for n>MAXGAMX}
{ Note: The accuracy may be reduced for n >= MAXGAMX due to ln/exp operations.}
function BatemanGx(x: extended): extended;
{-Return the Bateman function G(x) = psi((x+1)/2) - psi(x/2), x<>0,-1,-2,...}
function lnbetax(x,y: extended): extended;
{-Return the logarithm of |beta(x,y)|=|gamma(x)*gamma(y)/gamma(x+y)|}
function betax(x,y: extended): extended;
{-Return the function beta(x,y)=gamma(x)*gamma(y)/gamma(x+y)}
function ibetax(a, b, x: extended): extended;
{-Return the normalised incomplete beta function, a>0, b>0, 0 <= x <= 1}
{ ibetax = integral(t^(a-1)*(1-t)^(b-1) / betax(a,b), t=0..x)}
function ibeta_invx(a, b, y: extended): extended;
{-Return the functional inverse of the normalised incomplete beta function}
{ with a > 0, b > 0, and 0 <= y <= 1.}
function beta3x(a, b, x: extended): extended;
{-Return the non-normalised incomplete beta function B_x(a,b)}
{ for 0<=x<=1, B_x = integral(t^(a-1)*(1-t)^(b-1), t=0..x). }
{#Z+}
{---------------------------------------------------------------------------}
{------------------- Zeta functions and polylogarithms -------------------}
{---------------------------------------------------------------------------}
{#Z-}
function zetax(s: extended): extended;
{-Return the Riemann zeta function at s, s<>1}
function zeta1px(x: extended): extended;
{-Return the Riemann zeta function at 1+x, x<>0}
function zetaintx(n: integer): extended;
{-Return zeta(n) for integer arguments, n<>1}
function zetam1x(s: extended): extended;
{-Return Riemann zeta(s)-1, s<>1}
function zetahx(s,a: extended): extended;
{-Return the Hurwitz zeta function zetah(s,a) = sum(1/(i+a)^s, i=0..INF), s<>1, a>0}
function LerchPhix(z,s,a: extended): extended;
{-Return the Lerch transcendent Phi(z,s,a) = sum(z^n/(n+a)^s, n=0..INF), |z|<=1, s >= -1, a>0; s<>1 if z=1}
function DirichletBetax(s: extended): extended;
{-Return the Dirichlet beta function sum((-1)^n/(2n+1)^s, n=0..INF)}
function DirichletLambdax(s: extended): extended;
{-Return the Dirichlet lambda function sum(1/(2n+1)^s, n=0..INF), s<>1}
function LegendreChix(s, x: extended): extended;
{-Return Legendre's Chi-function chi(s,x); s>=0, |x|<=1, x<>1 if s<=1}
function etax(s: extended): extended;
{-Return the Dirichlet eta function}
function etaintx(n: integer): extended;
{-Return the Dirichlet function eta(n) for integer arguments}
function etam1x(s: extended): extended;
{-Return Dirichlet eta(s)-1}
function primezetax(x: extended): extended;
{-Return the prime zeta function P(x) = sum(1/p^x, p prime), x > 1/5; }
{ for x<1 the real part of P(x) is returned.}
function harmonicx(x: extended): extended;
{-Return the harmonic number function H(x) = psi(x+1) + EulerGamma}
function harmonic2x(x,r: extended): extended;
{-Return the generalized harmonic function H(x,r) = zeta(r)-zetah(r,x+1); x >= -1}
function cl2x(x: extended): extended;
{-Return the Clausen function: integral(-ln(2*|sin(t/2)|),t=0..x) = Im(Li_2(exp(ix)))}
function ti2x(x: extended): extended;
{-Return the inverse tangent integral, ti2(x) = integral(arctan(t)/t, t=0..x)}
function lobachevsky_cx(x: extended): extended;
{-Return the Lobachevski function L(x) = integral(-ln(|cos(t)|), t=0..x)}
function lobachevsky_sx(x: extended): extended;
{-Return the Lobachevski function Lambda(x) = integral(-ln(|2sin(t)|), t=0..x)}
function dilogx(x: extended): extended;
{-Return dilog(x) = Re(Li_2(x)), Li_2(x) = -integral(ln(1-t)/t, t=0..x)}
function trilogx(x: extended): extended;
{-Return the trilogarithm function trilog(x) = Re(Li_3(x))}
function polylogx(n: integer; x: extended): extended;
{-Return the polylogarithm Li_n(x) of integer order; x<1 for n >= 0}
function polylogrx(s, x: extended): extended;
{-Return the polylogarithm Li_s(x) of real order; s >= -1, |x|<=1, x<>1 if s=1}
function fermi_diracx(n: integer; x: extended): extended;
{-Return the integer order Fermi-Dirac integral F_n(x) = 1/n!*integral(t^n/(exp(t-x)+1), t=0..INF)}
function fermi_dirac_m05x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(-1/2,x)}
function fermi_dirac_p05x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(1/2,x)}
function fermi_dirac_p15x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(3/2,x)}
function fermi_dirac_p25x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(5/2,x)}
{#Z+}
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Legendre style) -------------------}
{---------------------------------------------------------------------------}
{#Z-}
{---------------------------------------------------------------------------}
function comp_ellint_1x(k: extended): extended;
{-Return the complete elliptic integral of the 1st kind, |k| < 1}
function comp_ellint_2x(k: extended): extended;
{-Return the complete elliptic integral of the 2nd kind, |k| <= 1}
function comp_ellint_3x(nu,k: extended): extended;
{-Return the complete elliptic integral of the 3rd kind, |k|<1, nu<>1}
function comp_ellint_dx(k: extended): extended;
{-Return the complete elliptic integral D(k) = (K(k) - E(k))/k^2, |k| < 1}
function ellint_1x(phi,k: extended): extended;
{-Return the Legendre elliptic integral F(phi,k) of the 1st kind}
{ = integral(1/sqrt(1-k^2*sin(x)^2),x=0..phi), |k*sin(phi)| <= 1}
function ellint_2x(phi,k: extended): extended;
{-Return the Legendre elliptic integral E(phi,k) of the 2nd kind}
{ = integral(sqrt(1-k^2*sin(x)^2),x=0..phi), |k*sin(phi)| <= 1}
function ellint_3x(phi,nu,k: extended): extended;
{-Return the Legendre elliptic integral PI(phi,nu,k) of the 3rd kind}
{ = integral(1/sqrt(1-k^2*sin(x)^2)/(1-nu*sin(x)^2),x=0..phi) with }
{ |k*sin(phi)|<=1, returns Cauchy principal value if nu*sin(phi)^2>1}
function ellint_dx(phi,k: extended): extended;
{-Return the Legendre elliptic integral D(phi,k) = (F(phi,k) - E(phi,k))/k^2 }
{ = integral(sin(x)^2/sqrt(1-k^2*sin(x)^2),x=0..phi), |k*sin(phi)| <= 1 }
function heuman_lambdax(phi,k: extended): extended;
{-Return Heuman's function Lambda_0(phi,k) = F(phi,k')/K(k') + 2/Pi*K(k)*Z(phi,k'), |k|<=1}
function jacobi_zetax(phi,k: extended): extended;
{-Return the Jacobi Zeta function Z(phi,k) = E(phi,k) - E(k)/K(k)*F(phi,k), |k|<=1}
{#Z+}
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Carlson style) --------------------}
{---------------------------------------------------------------------------}
{#Z-}
function ell_rcx(x,y: extended): extended;
{-Return Carlson's degenerate elliptic integral RC; x>=0, y<>0}
function ell_rfx(x,y,z: extended): extended;
{-Return Carlson's elliptic integral of the 1st kind; x,y,z >=0, at most one =0}
function ell_rdx(x,y,z: extended): extended;
{-Return Carlson's elliptic integral of the 2nd kind; z>0; x,y >=0, at most one =0}
function ell_rgx(x,y,z: extended): extended;
{-Return Carlson's completely symmetric elliptic integral of the 2nd kind; x,y,z >= 0}
function ell_rjx(x,y,z,r: extended): extended;
{-Return Carlson's elliptic integral of the 3rd kind; r<>0; x,y,z >=0, at most one =0}
{#Z+}
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Bulirsch style) -------------------}
{---------------------------------------------------------------------------}
{#Z-}
function cel1x(kc: extended): extended;
{-Return Bulirsch's complete elliptic integral of the 1st kind, kc<>0}
function cel2x(kc, a, b: extended): extended;
{-Return Bulirsch's complete elliptic integral of the 2nd kind, kc<>0}
function celx(kc, p, a, b: extended): extended;
{-Return Bulirsch's general complete elliptic integral, kc<>0, Cauchy principle value if p<0}
function el1x(x,kc: extended): extended;
{-Return Bulirsch's incomplete elliptic integral of the 1st kind}
function el2x(x,kc,a,b: extended): extended;
{-Return Bulirsch's incomplete elliptic integral of the 2nd kind, kc<>0}
function el3x(x,kc,p: extended): extended;
{-Return Bulirsch's incomplete elliptic integral of the 3rd kind, 1+p*x^2<>0}
{#Z+}
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Maple V style) --------------------}
{---------------------------------------------------------------------------}
{#Z-}
function EllipticFx(z,k: extended): extended;
{-Return the incomplete elliptic integral of the 1st kind; |z|<=1, |k*z|<1}
function EllipticKx(k: extended): extended;
{-Return the complete elliptic integral of the 1st kind, |k| < 1}
function EllipticKimx(k: extended): extended;
{-Return K(i*k), the complete elliptic integral of the 1st kind with}
{ imaginary modulus = integral(1/sqrt(1-x^2)/sqrt(1+k^2*x^2),x=0..1)}
function EllipticCKx(k: extended): extended;
{-Return the complementary complete elliptic integral of the 1st kind, k<>0}
function EllipticEx(z,k: extended): extended;
{-Return the incomplete elliptic integrals of the 2nd kind, |z|<=1, |k*z| <= 1}
function EllipticECx(k: extended): extended;
{-Return the complete elliptic integral of the 2nd kind, |k| <= 1}
function EllipticECimx(k: extended): extended;
{-Return E(i*k), the complete elliptic integral of the 2nd kind with}
{ imaginary modulus = integral(sqrt(1+k^2*x^2)/sqrt(1-x^2),x=0..1) }
function EllipticCEx(k: extended): extended;
{-Return the complementary complete elliptic integral of the 2nd kind}
function EllipticPix(z,nu,k: extended): extended;
{-Return the incomplete elliptic integral of the 3rd kind, |z|<=1, |k*z|<1}
function EllipticPiCx(nu,k: extended): extended;
{-Return the complete elliptic integral of the 3rd kind, |k|<1, nu<>1}
function EllipticCPix(nu,k: extended): extended;
{-Return the complementary complete elliptic integral of the 3rd kind, k<>0, nu<>1}
{#Z+}
{---------------------------------------------------------------------------}
{------------------- Jacobi elliptic and theta functions -------------------}
{---------------------------------------------------------------------------}
{#Z-}
function EllipticModulusx(q: extended): extended;
{-Return the elliptic modulus k(q) = theta_2(q)^2/theta_3(q)^2, 0 <= q <= 1}
function EllipticNomex(k: extended): extended;
{-Return the elliptic nome q(k) = exp(-Pi*EllipticCK(k)/EllipticK(k)), |k| < 1}
function jacobi_amx(x,k: extended): extended;
{-Return the Jacobi amplitude am(x,k)}
function jacobi_arccnx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arccn(x,k), |x| <= 1, x >= sqrt(1 - 1/k^2) if k >= 1}
function jacobi_arccdx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arccd(x,k); |x| <= 1 if |k| < 1; |x| >= 1 if |k| > 1 }
function jacobi_arccsx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arccs(x,k), |x| >= sqrt(k^2-1) for |k|>1}
function jacobi_arcdcx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcdc(x,k); |x| >= 1 if |k| < 1; |x| <= 1 if |k| > 1 }
function jacobi_arcdnx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcdn(x,k), 0 <= x <= 1, x^2 + k^2 > 1 if |k| < 1; |x| <= 1 if |k| > 1}
function jacobi_arcdsx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcds(x,k), x^2 + k^2 >= 1}
function jacobi_arcncx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcnc(x,k), x >= 1, x^2 <= k^2/(k^2-1) for |k|>1}
function jacobi_arcndx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcnd(x,k), x >= 1, x^2 <= k^2/(1-k^2) if k < 1}
function jacobi_arcnsx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcns(x,k), |x| >= 1, |x| >= k if k>=1}
function jacobi_arcscx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcsc(x,k), |x| <= 1/sqrt(k^2-1) for |k|>1}
function jacobi_arcsdx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcsd(x,k), x^2*(1-k^2) <= 1}
function jacobi_arcsnx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcsn(x,k), |x| <= 1 and |x*k| <= 1}
function jacobi_snx(x,k: extended): extended;
{-Return the Jacobi elliptic function sn(x,k)}
function jacobi_cnx(x,k: extended): extended;
{-Return the Jacobi elliptic function cn(x,k)}
function jacobi_dnx(x,k: extended): extended;
{-Return the Jacobi elliptic function dn(x,k)}
function jacobi_ncx(x,k: extended): extended;
{-Return the Jacobi elliptic function nc(x,k)}
function jacobi_scx(x,k: extended): extended;
{-Return the Jacobi elliptic function sc(x,k)}
function jacobi_dcx(x,k: extended): extended;
{-Return the Jacobi elliptic function dc(x,k)}
function jacobi_ndx(x,k: extended): extended;
{-Return the Jacobi elliptic function nd(x,k)}
function jacobi_sdx(x,k: extended): extended;
{-Return the Jacobi elliptic function sd(x,k)}
function jacobi_cdx(x,k: extended): extended;
{-Return the Jacobi elliptic function cd(x,k)}
function jacobi_nsx(x,k: extended): extended;
{-Return the Jacobi elliptic function ns(x,k)}
function jacobi_csx(x,k: extended): extended;
{-Return the Jacobi elliptic function cs(x,k)}
function jacobi_dsx(x,k: extended): extended;
{-Return the Jacobi elliptic function ds(x,k)}
function jacobi_thetax(n: integer; x,q: extended): extended;
{-Return the Jacobi theta function theta_n(x,q), n=1..4, 0 <= q < 1}
procedure sncndnx(x,mc: extended; var sn,cn,dn: extended);
{-Return the Jacobi elliptic functions sn,cn,dn for argument x and}
{ complementary parameter mc.}
function theta1px(q: extended): extended;
{-Return the derivative theta1p(q) := d/dx(theta_1(x,q)) at x=0,}
{ = 2*q^(1/4)*sum((-1)^n*(2n+1)*q^(n*(n+1)),n=0..Inf), 0 <= q < 1}
function theta2x(q: extended): extended;
{-Return Jacobi theta_2(q) = 2*q^(1/4)*sum(q^(n*(n+1)),n=0..Inf) 0 <= q < 1}
function theta3x(q: extended): extended;
{-Return Jacobi theta_3(q) = 1 + 2*sum(q^(n*n)),n=1..Inf); |q| < 1}
function theta4x(q: extended): extended;
{-Return Jacobi theta_4(q) = 1 + 2*sum((-1)^n*q^(n*(n+1)),n=1..Inf); |q| < 1}
procedure sincos_lemnx(x: extended; var sl,cl: extended);
{-Return the lemniscate functions sl = sin_lemn(x), cl = cos_lemn(x)}
function sin_lemnx(x: extended): extended;
{-Return the lemniscate sine functions sl = sin_lemn(x)}
function cos_lemnx(x: extended): extended;
{-Return the lemniscate cosine functions cl = cos_lemn(x)}
{#Z+}
{---------------------------------------------------------------------------}
{----------------------- Error function and related ------------------------}
{---------------------------------------------------------------------------}
{#Z-}
function dawsonx(x: extended): extended;
{-Return Dawson's integral: dawson(x) = exp(-x^2)*integral(exp(t^2), t=0..x)}
function dawson2x(p,x: extended): extended;
{-Return the generalized Dawson integral F(p,x) = exp(-x^p)*integral(exp(t^p), t=0..x); x,p >= 0}
function erfx(x: extended): extended;
{-Return the error function erf(x) = 2/sqrt(Pi)*integral((exp(-t^2), t=0..x)}
function erfcx(x: extended): extended;
{-Return the complementary error function erfc(x) = 1-erf(x)}
function erfcex(x: extended): extended;
{-Return the exponentially scaled complementary error function erfce(x) = exp(x^2)*erfc(x)}
function inerfcx(n: integer; x: extended): extended;
{-Return the repeated integrals of erfc, n >= -1; scaled with exp(x^2) for x>0}
function erfgx(p,x: extended): extended;
{-Return the generalized error function integral(exp(-t^p), t=0..x); x,p >= 0}
function erfix(x: extended): extended;
{-Return the imaginary error function erfi(x) = erf(ix)/i}
function erf_invx(x: extended): extended;
{-Return the inverse function of erf, erf(erf_inv(x)) = x, -1 < x < 1}
function erfc_invx(x: extended): extended;
{-Return the inverse function of erfc, erfc(erfc_inv(x)) = x, 0 < x < 2}
function erf_px(x: extended): extended;
{-Return the probability function erf_p = integral(exp(-t^2/2)/sqrt(2*Pi), t=-Inf..x)}
function erf_qx(x: extended): extended;
{-Return the probability function erf_q = integral(exp(-t^2/2)/sqrt(2*Pi), t=x..Inf)}
function erf_zx(x: extended): extended;
{-Return the probability function erf_z = exp(-x^2/2)/sqrt(2*Pi)}
function FresnelCx(x: extended): extended;
{-Return the Fresnel integral C(x)=integral(cos(Pi/2*t^2),t=0..x)}
function FresnelSx(x: extended): extended;
{-Return the Fresnel integral S(x)=integral(sin(Pi/2*t^2),t=0..x)}
procedure Fresnelx(x: extended; var s,c: extended);
{-Return the Fresnel integrals S(x)=integral(sin(Pi/2*t^2),t=0..x) and C(x)=integral(cos(Pi/2*t^2),t=0..x)}
function gsix(x: extended): extended;
{-Return the Goodwin-Staton integral = integral(exp(-t*t)/(t+x), t=0..Inf), x > 0}
function expint3x(x: extended): extended;
{-Return the integral(exp(-t^3), t=0..x), x >= 0}
{#Z+}
{---------------------------------------------------------------------------}
{------------------- Exponential integrals and related ---------------------}
{---------------------------------------------------------------------------}
{#Z-}
function chix(x: extended): extended;
{-Return the hyperbolic cosine integral = EulerGamma + ln(|x|) + integral((cosh(t)-1)/t, t=0..|x|)}
function cix(x: extended): extended;
{-Return the cosine integral, ci(x) = EulerGamma + ln(|x|) + integral((cos(t)-1)/t, t=0..|x|)}
function cinx(x: extended): extended;
{-Return the entire cosine integral, cin(x) = integral((1-cos(t))/t, t=0..x)}
function cinhx(x: extended): extended;
{-Return the entire hyperbolic cosine integral, cinh(x) = integral((cosh(t)-1)/t, t=0..x)}
function e1x(x: extended): extended;
{-Return the exponential integral E1(x) = integral(exp(-x*t)/t, t=1..Inf), x <> 0}
function eix(x: extended): extended;
{-Return the exponential integral Ei(x) = PV-integral(exp(t)/t, t=-Inf..x)}
function einx(x: extended): extended;
{-Return the entire exponential integral ein(x) = integral((1-exp(-t))/t, t=0..x)}
function ei_invx(x: extended): extended;
{-Return the functional inverse of Ei(x), ei_inv(ei(x))=x}
function enx(n: longint; x: extended): extended;
{-Return the exponential integral E_n(x) = integral(exp(-x*t)/t^n, t=1..Inf), x > 0}
function geix(p,x: extended): extended;
{-Return the generalized exponential integral E_p(x) = integral(exp(-x*t)/t^p, t=1..Inf), x >= 0}
function lix(x: extended): extended;
{-Return the logarithmic integral li(x) = PV-integral(1/ln(t), t=0..x), x >= 0, x <> 1}
function li_invx(x: extended): extended;
{-Return the functional inverse of li(x), li(li_inv(x))=x}
function shix(x: extended): extended;
{-Return the hyperbolic sine integral, shi(x) = integral(sinh(t)/t, t=0..x)}
function six(x: extended): extended;
{-Return the sine integral, si(x) = integral(sin(t)/t, t=0..x)}
function ssix(x: extended): extended;
{-Return the shifted sine integral, ssix(x) = six(x) - Pi/2}
{#Z+}
{---------------------------------------------------------------------------}
{------------------ Orthogonal polynomials and related ---------------------}
{---------------------------------------------------------------------------}
{#Z-}
function chebyshev_tx(n: integer; x: extended): extended;
{-Return T_n(x), the Chebyshev polynomial of the first kind, degree n}
function chebyshev_ux(n: integer; x: extended): extended;
{-Return U_n(x), the Chebyshev polynomial of the second kind, degree n}
function chebyshev_vx(n: integer; x: extended): extended;
{-Return V_n(x), the Chebyshev polynomial of the third kind, degree n>=0}
function chebyshev_wx(n: integer; x: extended): extended;
{-Return W_n(x), the Chebyshev polynomial of the fourth kind, degree n>=0}
function gegenbauer_cx(n: integer; a,x: extended): extended;
{-Return Cn(a,x), the nth Gegenbauer (ultraspherical) polynomial with}
{ parameter a. The degree n must be non-negative; a should be > -0.5 }
{ When a = 0, C0(0,x) = 1, and Cn(0,x) = 2/n*Tn(x) for n <> 0.}
function hermite_hx(n: integer; x: extended): extended;
{-Return Hn(x), the nth Hermite polynomial, degree n >= 0}
function jacobi_px(n: integer; a,b,x: extended): extended;
{-Return Pn(a,b,x), the nth Jacobi polynomial with parameters a,b. Degree n}
{ must be >= 0; a,b should be > -1 (a+b must not be an integer < -1).}
function laguerrex(n: integer; a,x: extended): extended;
{-Return Ln(a,x), the nth generalized Laguerre polynomial with parameter a;}
{ degree n must be >= 0. x >=0 and a > -1 are the standard ranges.}
function laguerre_assx(n,m: integer; x: extended): extended;
{-Return the associated Laguerre polynomial Ln(m,x); n,m >= 0}
function laguerre_lx(n: integer; x: extended): extended;
{-Return the nth Laguerre polynomial Ln(0,x); n >= 0}
function legendre_px(l: integer; x: extended): extended;
{-Return P_l(x), the Legendre polynomial/function P_l, degree l}
function legendre_qx(l: integer; x: extended): extended;
{-Return Q_l(x), the Legendre function of the 2nd kind, degree l >=0, |x| <> 1}
function legendre_plmx(l,m: integer; x: extended): extended;
{-Return the associated Legendre polynomial P_lm(x)}
function legendre_qlmx(l,m: integer; x: extended): extended;
{-Return Q(l,m,x), the associated Legendre function of the second kind; l >= 0, l+m >= 0, |x|<>1}
procedure spherical_harmonicx(l, m: integer; theta, phi: extended; var yr,yi: extended);
{-Return Re and Im of the spherical harmonic function Y_lm(theta,phi)}
function toroidal_plmx(l,m: integer; x: extended): extended;
{-Return the toroidal harmonic function P(l-0.5,m,x); l,m=0,1; x >= 1}
function toroidal_qlmx(l,m: integer; x: extended): extended;
{-Return the toroidal harmonic function Q(l-0.5,m,x); l=0,1; x > 1}
function zernike_rx(n,m: integer; r: extended): extended;
{-Return the Zernike radial polynomial Rnm(r), r >= 0, n >= m >= 0, n-m even}
{#Z+}
{---------------------------------------------------------------------------}
{---------------------- Statistical distributions --------------------------}
{---------------------------------------------------------------------------}
{#Z-}
function beta_pdfx(a, b, x: extended): extended;
{-Return the probability density function of the beta distribution with}
{ parameters a and b: sfc_beta_pdf = x^(a-1)*(1-x)^(b-1) / beta(a,b)}
function beta_cdfx(a, b, x: extended): extended;
{-Return the cumulative beta distribution function, a>0, b>0}
function beta_invx(a, b, y: extended): extended;
{-Return the functional inverse of the beta distribution function. a>0, b>0;}
{ 0 <= y <= 1. Given y the function finds x such that beta_cdf(a, b, x) = y}
function binomial_cdfx(p: extended; n, k: longint): extended;
{-Return the cumulative binomial distribution function with number}
{ of trials n >= 0 and success probability 0 <= p <= 1}
function binomial_pmfx(p: extended; n, k: longint): extended;
{-Return the binomial distribution probability mass function with number}
{ of trials n >= 0 and success probability 0 <= p <= 1}
function cauchy_pdfx(a, b, x: extended): extended;
{-Return the Cauchy probability density function with location a }
{ and scale b > 0, 1/(Pi*b*(1+((x-a)/b)^2))}
function cauchy_cdfx(a, b, x: extended): extended;
{-Return the cumulative Cauchy distribution function with location a}
{ and scale b > 0, = 1/2 + arctan((x-a)/b)/Pi}
function cauchy_invx(a, b, y: extended): extended;
{-Return the functional inverse of Cauchy distribution function}
{ with location a and scale b > 0}
function chi2_pdfx(nu: longint; x: extended): extended;
{-Return the probability density function of the chi-square distribution, nu>0}
function chi2_cdfx(nu: longint; x: extended): extended;
{-Return the cumulative chi-square distribution with nu>0 degrees of freedom, x >= 0}
function chi2_invx(nu: longint; p: extended): extended;
{-Return the functional inverse of the chi-square distribution, nu>0, 0 <= p < 1}
function evt1_pdfx(a, b, x: extended): extended;
{-Return the probability density function of the Extreme Value Type I distribution}
{ with location a and scale b > 0, result = exp(-(x-a)/b)/b * exp(-exp(-(x-a)/b)) }
function evt1_cdfx(a, b, x: extended): extended;
{-Return the cumulative Extreme Value Type I distribution function}
{ with location a and scale b > 0; result = exp(-exp(-(x-a)/b)). }
function evt1_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Extreme Value Type I distribution}
{ function with location a and scale b > 0; result = a - b*ln(ln(-y)). }
function exp_pdfx(a, alpha, x: extended): extended;
{-Return the exponential probability density function with location a }
{ and rate alpha > 0, = alpha*exp(-alpha*(x-a)) if x >= a, 0 if x < a.}
function exp_cdfx(a, alpha, x: extended): extended;
{-Return the cumulative exponential distribution function with location a}
{ and rate alpha > 0, = 1 - exp(-alpha*(x-a)) if x >= a, 0 if x < a.}
function exp_invx(a, alpha, y: extended): extended;
{-Return the functional inverse of exponential distribution function with}
{ location a and rate alpha > 0}
function f_pdfx(nu1, nu2: longint; x: extended): extended;
{-Return the probability density function of the F distribution; x >= 0, nu1, nu2 > 0}
function f_cdfx(nu1, nu2: longint; x: extended): extended;
{-Return the cumulative F distribution function; x >= 0, nu1, nu2 > 0}
function f_invx(nu1, nu2: longint; y: extended): extended;
{-Return the functional inverse of the F distribution, nu1, nu2 > 0, 0 <= y <= 1}
function gamma_pdfx(a, b, x: extended): extended;
{-Return the probability density function of a gamma distribution with shape}
{ a>0, scale b>0: gamma_pdf = x^(a-1)*exp(-x/b)/gamma(a)/b^a, x>0}
function gamma_cdfx(a, b, x: extended): extended;
{-Return the cumulative gamma distribution function, shape a>0, scale b>0}
function gamma_invx(a, b, p: extended): extended;
{-Return the functional inverse of the gamma distribution function, shape a>0,}
{ scale b>0, 0 <= p <= 1, i.e. finds x such that gamma_cdf(a, b, x) = p}
function hypergeo_pmfx(n1,n2,n,k: longint): extended;
{-Return the hypergeometric distribution probability mass function; n,n1,n2 >= 0, n <= n1+n2;}
{ i.e. the probability that among n randomly chosen samples from a container}
{ with n1 type1 objects and n2 type2 objects are exactly k type1 objects:}
function invgamma_pdfx(a, b, x: extended): extended;
{-Return the probability density function of an inverse gamma distribution}
{ with shape a>0, scale b>0: result = (b/x)^a/x*exp(-b/x)/Gamma(a), x >= 0}
function invgamma_cdfx(a, b, x: extended): extended;
{-Return the cumulative inverse gamma distribution function, shape a>0, scale}
{ b>0: result = Gamma(a,b/x)/Gamma(a) = Q(a,b/x) = igammaq(a,b/x), x >= 0}
function invgamma_invx(a, b, y: extended): extended;
{-Return the functional inverse of the inverse gamma distribution function, shape}
{ a>0, scale b>0, 0 <= y <= 1, i.e. find x such that invgamma_cdfx(a, b, x) = y }
function hypergeo_cdfx(n1,n2,n,k: longint): extended;
{-Return the cumulative hypergeometric distribution function; n,n1,n2 >= 0, n <= n1+n2}
function kumaraswamy_pdfx(a, b, x: extended): extended;
{-Return the Kumaraswamy probability density function with shape}
{ parameters a,b>0, 0<=x<=1; result = a*b*x^(a-1)*(1-x^a)^(b-1) }
function kumaraswamy_cdfx(a, b, x: extended): extended;
{-Return the cumulative Kumaraswamy distribution function with}
{ shape parameters a,b > 0, 0 <= x <= 1; result = 1-(1-x^a)^b}
function kumaraswamy_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Kumaraswamy distribution}
{ with shape parameters a,b > 0; result = [1-(1-y)^(1/b)]^(1/a)}
function laplace_cdfx(a, b, x: extended): extended;
{-Return the cumulative Laplace distribution function with location a and scale b > 0}
function laplace_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Laplace distribution with location a and scale b > 0}
function laplace_pdfx(a, b, x: extended): extended;
{-Return the Laplace probability density function with location a}
{ and scale b > 0, result = exp(-abs(x-a)/b) / (2*b)}
function levy_pdfx(a, b, x: extended): extended;
{-Return the Levy probability density function with}
{ location a and scale parameter b > 0}
function levy_cdfx(a, b, x: extended): extended;
{-Return the cumulative Levy distribution function with}
{ location a and scale parameter b > 0}
function levy_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Levy distribution}
{ with location a and scale parameter b > 0}
function logistic_pdfx(a, b, x: extended): extended;
{-Return the logistic probability density function with location a}
{ and scale parameter b > 0, exp(-(x-a)/b)/b/(1+exp(-(x-a)/b))^2}
function logistic_cdfx(a, b, x: extended): extended;
{-Return the cumulative logistic distribution function with}
{ location a and scale parameter b > 0}
function logistic_invx(a, b, y: extended): extended;
{-Return the functional inverse of the logistic distribution}
{ with location a and scale parameter b > 0}
function lognormal_pdfx(a, b, x: extended): extended;
{-Return the log-normal probability density function with}
{ location a and scale parameter b > 0, zero for x <= 0.}
function lognormal_cdfx(a, b, x: extended): extended;
{-Return the cumulative log-normal distribution function with}
{ location a and scale parameter b > 0, zero for x <= 0.}
function lognormal_invx(a, b, y: extended): extended;
{-Return the functional inverse of the log-normal distribution}
{ with location a and scale parameter b > 0, 0 < y < 1.}
function logseries_pmfx(a: extended; k: longint): extended;
{-Return the logarithmic (series) probability mass function}
{ with shape 0 < a < 1, k > 0; result = -a^k/(k*ln(1-a)) }
function logseries_cdfx(a: extended; k: longint): extended;
{-Return the cumulative logarithmic (series) distribution function with shape 0 < a < 1, k > 0}
function maxwell_pdfx(b, x: extended): extended;
{-Return the Maxwell probability density function with scale b > 0, x >= 0}
function maxwell_cdfx(b, x: extended): extended;
{-Return the cumulative Maxwell distribution function with scale b > 0, x >= 0}
function maxwell_invx(b, y: extended): extended;
{-Return the functional inverse of the Maxwell distribution with scale b > 0}
function moyal_pdfx(a, b, x: extended): extended;
{-Return the Moyal probability density function with}
{ location a and scale parameter b > 0}
function moyal_cdfx(a, b, x: extended): extended;
{-Return the cumulative Moyal distribution function with}
{ location a and scale parameter b > 0}
function moyal_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Moyal distribution}
{ with location a and scale parameter b > 0}
function negbinom_cdfx(p,r: extended; k: longint): extended;
{-Return the cumulative negative binomial distribution function with target}
{ for number of successful trials r > 0 and success probability 0 <= p <= 1}
function negbinom_pmfx(p,r: extended; k: longint): extended;
{-Return the negative binomial distribution probability mass function with target}
{ for number of successful trials r > 0 and success probability 0 <= p <= 1}
function normal_pdfx(mu, sd, x: extended): extended;
{-Return the normal (Gaussian) probability density function with mean mu}
{ and standard deviation sd>0, exp(-0.5*(x-mu)^2/sd^2) / sqrt(2*Pi*sd^2)}
function normal_cdfx(mu, sd, x: extended): extended;
{-Return the normal (Gaussian) distribution function}
{ with mean mu and standard deviation sd > 0 }
function normal_invx(mu, sd, y: extended): extended;
{-Return the functional inverse of normal (Gaussian) distribution}
{ with mean mu and standard deviation sd > 0, 0 < y < 1.}
function normstd_pdfx(x: extended): extended;
{-Return the std. normal probability density function exp(-x^2/2)/sqrt(2*Pi)}
function normstd_cdfx(x: extended): extended;
{-Return the standard normal distribution function}
function normstd_invx(y: extended): extended;
{-Return the inverse standard normal distribution function, 0 < y < 1.}
{ For x=normstd_inv(y) and y from (0,1), normstd_cdf(x) = y}
function pareto_pdfx(k, a, x: extended): extended;
{-Return the Pareto probability density function with minimum value k > 0}
{ and shape a, x >= a > 0, result = (a/x)*(k/x)^a}
function pareto_cdfx(k, a, x: extended): extended;
{-Return the cumulative Pareto distribution function minimum value k > 0}
{ and shape a, x >= a > 0, result = 1-(k/x)^a}
function pareto_invx(k, a, y: extended): extended;
{-Return the functional inverse of the Pareto distribution with minimum}
{ value k > 0 and shape a, x >= a > 0, result = k/(1-x)^(1/a)}
function poisson_cdfx(mu: extended; k: longint): extended;
{-Return the cumulative Poisson distribution function with mean mu >= 0}
function poisson_pmfx(mu: extended; k: longint): extended;
{-Return the Poisson distribution probability mass function with mean mu >= 0}
function rayleigh_pdfx(b, x: extended): extended;
{-Return the Rayleigh probability density function with}
{ scale b > 0, x >= 0; result = x*exp(-0.5*(x/b)^2)/b^2}
function rayleigh_cdfx(b, x: extended): extended;
{-Return the cumulative Rayleigh distribution function with scale b > 0, x >= 0}
function rayleigh_invx(b, y: extended): extended;
{-Return the functional inverse of the Rayleigh distribution with scale b > 0}
function t_pdfx(nu: longint; x: extended): extended;
{-Return the probability density function of Student's t distribution, nu>0}
function t_cdfx(nu: longint; t: extended): extended;
{-Return the cumulative Student t distribution with nu>0 degrees of freedom}
function t_invx(nu: longint; p: extended): extended;
{-Return the functional inverse of Student's t distribution, nu>0, 0 <= p <= 1}
function triangular_pdfx(a, b, c, x: extended): extended;
{-Return the triangular probability density function with}
{ lower limit a, upper limit b, mode c; a<b, a <= c <= b}
function triangular_cdfx(a, b, c, x: extended): extended;
{-Return the cumulative triangular distribution function with}
{ lower limit a, upper limit b, mode c; a<b, a <= c <= b}
function triangular_invx(a, b, c, y: extended): extended;
{-Return the functional inverse of the triangular distribution with}
{ lower limit a, upper limit b, mode c; a<b, a <= c <= b, 0 <= y <= 1}
function uniform_pdfx(a, b, x: extended): extended;
{-Return the uniform probability density function on [a,b], a<b}
function uniform_cdfx(a, b, x: extended): extended;
{-Return the cumulative uniform distribution function on [a,b], a<b}
function uniform_invx(a, b, y: extended): extended;
{-Return the functional inverse of the uniform distribution on [a,b], a<b}
function wald_pdfx(mu, b, x: extended): extended;
{-Return the Wald (inverse Gaussian) probability density}
{ function with mean mu > 0, scale b > 0 for x >= 0 }
function wald_cdfx(mu, b, x: extended): extended;
{-Return the Wald (inverse Gaussian) distribution }
{ function with mean mu > 0, scale b > 0 for x >= 0}
function wald_invx(mu, b, y: extended): extended;
{-Return the functional inverse of the Wald (inverse Gaussian)}
{ distribution with mean mu > 0, scale b > 0, 0 <= y < 1. }
function weibull_pdfx(a, b, x: extended): extended;
{-Return the Weibull probability density function with shape a > 0}
{ and scale b > 0, result = a*x^(a-1)*exp(-(x/b)^a)/ b^a, x > 0}
function weibull_cdfx(a, b, x: extended): extended;
{-Return the cumulative Weibull distribution function with}
{ shape parameter a > 0 and scale parameter b > 0}
function weibull_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Weibull distribution}
{ shape parameter a > 0 and scale parameter b > 0}
function zipf_pmfx(r: extended; k: longint): extended;
{-Return the Zipf distribution probability mass function k^(-(r+1))/zeta(r+1), r>0, k>0}
function zipf_cdfx(r: extended; k: longint): extended;
{-Return the cumulative Zipf distribution function H(k,r+1)/zeta(r+1), r>0, k>0}
{#Z+}
{---------------------------------------------------------------------------}
{-------------------- Hypergeometric functions -----------------------------}
{---------------------------------------------------------------------------}
{#Z-}
function hyperg_1F1x(a,b,x: extended): extended;
{-Return the confluent hypergeometric function 1F1(a,b,x); Kummer's function M(a,b,x)}
function hyperg_1F1rx(a,b,x: extended): extended;
{-Return the regularized Kummer hypergeometric function 1F1(a,b,x)/Gamma(b)}
function hyperg_ux(a,b,x: extended): extended;
{-Return Tricomi's confluent hypergeometric function U(a,b,x). If}
{ x<0, then a must be an integer and a<0 or 1+a-b an integer < 0.}
function hyperg_2F1x(a,b,c,x: extended): extended;
{-Return the Gauss hypergeometric function 2F1(a,b;c;x)}
function hyperg_2F1rx(a,b,c,x: extended): extended;
{-Return the regularized Gauss hypergeometric function 2F1(a,b,c,x)/Gamma(c)}
function WhittakerMx(k,m,x: extended): extended;
{-Return the Whittaker M function = exp(-x/2)*x^(0.5+m) * 1F1(m-k-0.5,2m+1,x)}
function WhittakerWx(k,m,x: extended): extended;
{-Return the Whittaker W function = exp(-x/2)*x^(0.5+m) * U(m-k-0.5,2m+1,x)}
function hyperg_0F1x(b,x: extended): extended;
{-Return the confluent hypergeometric limit function 0F1(;b;x)}
function hyperg_0F1rx(b,x: extended): extended;
{-Return the regularized confluent hypergeometric limit function 0F1(;b;x)/Gamma(b)}
function CylinderDx(v,x: extended): extended;
{-Return Whittaker's parabolic cylinder function D_v(x)}
function CylinderUx(a,x: extended): extended;
{-Return the parabolic cylinder function U(a,x)}
function CylinderVx(a,x: extended): extended;
{-Return the parabolic cylinder function V(a,x) with 2a integer}
function HermiteHx(v,x: extended): extended;
{-Return the Hermite function H_v(x) of degree v}
{#Z+}
{---------------------------------------------------------------------------}
{--------------------------- Other functions -------------------------------}
{---------------------------------------------------------------------------}
{#Z-}
function agmx(x,y: extended): extended;
{-Return the arithmetic-geometric mean of |x| and |y|; |x|,|y| < sqrt(MaxExtended)}
function bernoullix(n: integer): extended;
{-Return the nth Bernoulli number, 0 if n<0 or odd n >= 3}
function bernpolyx(n: integer; x: extended): extended;
{-Return the Bernoulli polynomial B_n(x), 0 <= n <= MaxBernoulli}
function catalanx(x: extended): extended;
{-Return the Catalan function C(x) = binomial(2x,x)/(x+1)}
function cosintx(n: integer; x: extended): extended;
{-Return cosint(n, x) = integral(cos(t)^n, t=0..x), n>=0}
function debyex(n: integer; x: extended): extended;
{-Return the Debye function D(n,x) = n/x^n*integral(t^n/(exp(t)-1),t=0..x) of order n>0, x>=0}
function eulerx(n: integer): extended;
{-Return the nth Euler number, 0 if n<0 or odd n}
function fibpolyx(n: integer; x: extended): extended;
{-Return the Fibonacci polynomial F_n(x)}
function keplerx(M,e: extended): extended;
{-Solve Kepler's equation, result x is the eccentric anomaly from the mean anomaly M and the }
{ eccentricity e >= 0; x - e*sin(x) = M, x + x^3/3 = M, or e*sinh(x) - x = M for e <1, =1, >1}
function lucpolyx(n: integer; x: extended): extended;
{-Return the Lucas polynomial L_n(x)}
function LambertWx(x: extended): extended;
{-Return the Lambert W function (principal branch), x >= -1/e}
function LambertW1x(x: extended): extended;
{-Return the Lambert W function (-1 branch), -1/e <= x < 0}
function RiemannRx(x: extended): extended;
{-Return the Riemann prime counting function R(x), x >= 1/16}
function sinintx(n: integer; x: extended): extended;
{-Return sinint(n, x) = integral(sin(t)^n, t=0..x), n>=0}
implementation
uses
AMath,
sfGamma, {Gamma function and related}
sfGamma2, {inverse/incomplete Gamma/Beta}
sfZeta, {Zeta functions and polylogarithms}
sfZeta2, {Zeta functions part 2 (less common)}
sfErf, {Error function and related}
sfBessel, {Bessel functions}
sfEllInt, {Elliptic integrals}
sfExpInt, {Exponential integrals and related}
sfSDist, {Statistical distributions}
sfPoly, {Orthogonal polynomials and related}
sfHyperG, {Hypergeometric functions}
sfMisc; {Other functions}
{---------------------------------------------------------------------------}
{--------------------------- Bessel functions ------------------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function bessel_i0x(x: extended): extended;
{-Return I0(x), the modified Bessel function of the 1st kind, order zero}
begin
bessel_i0x := sfc_i0(x);
end;
{---------------------------------------------------------------------------}
function bessel_i0ex(x: extended): extended;
{-Return I0(x)*exp(-|x|), the exponentially scaled modified Bessel function of the 1st kind, order zero}
begin
bessel_i0ex := sfc_i0e(x);
end;
{---------------------------------------------------------------------------}
function bessel_i1x(x: extended): extended;
{-Return I1(x), the modified Bessel function of the 1st kind, order one}
begin
bessel_i1x := sfc_i1(x);
end;
{---------------------------------------------------------------------------}
function bessel_i1ex(x: extended): extended;
{-Return I1(x)*exp(-|x|), the exponentially scaled modified Bessel function of the 1st kind, order one}
begin
bessel_i1ex := sfc_i1e(x);
end;
{---------------------------------------------------------------------------}
function bessel_inx(n: integer; x: extended): extended;
{-Return I_n(x), the modified Bessel function of the 1st kind, order n.}
begin
bessel_inx := sfc_in(n,x);
end;
{---------------------------------------------------------------------------}
function bessel_ivx(v, x: extended): extended;
{-Return I_v(x), the modified Bessel function of the 1st kind, order v.}
begin
bessel_ivx := sfc_iv(v,x);
end;
{---------------------------------------------------------------------------}
function bessel_ivex(v, x: extended): extended;
{-Return I_v(x)*exp(-|x|), the exponentially scaled modified Bessel function of the 1st kind, order v.}
begin
bessel_ivex := sfc_ive(v,x);
end;
{---------------------------------------------------------------------------}
function bessel_j0x(x: extended): extended;
{-Return J0(x), the Bessel function of the 1st kind, order zero}
begin
bessel_j0x := sfc_j0(x);
end;
{---------------------------------------------------------------------------}
function bessel_j1x(x: extended): extended;
{-Return J1(x), the Bessel function of the 1st kind, order one}
begin
bessel_j1x := sfc_j1(x);
end;
{---------------------------------------------------------------------------}
function bessel_jnx(n: integer; x: extended): extended;
{-Return J_n(x), the Bessel function of the 1st kind, order n; not suitable for large n or x.}
begin
bessel_jnx := sfc_jn(n,x);
end;
{---------------------------------------------------------------------------}
function bessel_jvx(v, x: extended): extended;
{-Return J_v(x), the Bessel function of the 1st kind, order v; not suitable for large v.}
begin
bessel_jvx := sfc_jv(v,x);
end;
{---------------------------------------------------------------------------}
function bessel_k0x(x: extended): extended;
{-Return K0(x), the modified Bessel function of the 2nd kind, order zero, x>0}
begin
bessel_k0x := sfc_k0(x);
end;
{---------------------------------------------------------------------------}
function bessel_k0ex(x: extended): extended;
{-Return K0(x)*exp(x), the exponentially scaled modified Bessel function of the 2nd kind, order zero, x>0}
begin
bessel_k0ex := sfc_k0e(x);
end;
{---------------------------------------------------------------------------}
function bessel_k1x(x: extended): extended;
{-Return K1(x), the modified Bessel function of the 2nd kind, order one, x>0}
begin
bessel_k1x := sfc_k1(x);
end;
{---------------------------------------------------------------------------}
function bessel_k1ex(x: extended): extended;
{-Return K1(x)*exp(x), the exponentially scaled modified Bessel function of the 2nd kind, order one, x>0}
begin
bessel_k1ex := sfc_k1e(x);
end;
{---------------------------------------------------------------------------}
function bessel_knx(n: integer; x: extended): extended;
{-Return K_n(x), the modified Bessel function of the 2nd kind, order n, x>0, not suitable for large n}
begin
bessel_knx := sfc_kn(n,x);
end;
{---------------------------------------------------------------------------}
function bessel_kvx(v, x: extended): extended;
{-Return K_v(x), the modified Bessel function of the 2nd kind, order v, x>0}
begin
bessel_kvx := sfc_kv(v,x);
end;
{---------------------------------------------------------------------------}
function bessel_kvex(v, x: extended): extended;
{-Return K_v(x)*exp(x), the exponentially scaled modified Bessel function of the 2nd kind, order v, x>0}
begin
bessel_kvex := sfc_kve(v,x);
end;
{---------------------------------------------------------------------------}
function bessel_y0x(x: extended): extended;
{-Return Y0(x), the Bessel function of the 2nd kind, order zero; x>0}
begin
bessel_y0x := sfc_y0(x);
end;
{---------------------------------------------------------------------------}
function bessel_y1x(x: extended): extended;
{-Return Y1(x), the Bessel function of the 2nd kind, order one; x>0}
begin
bessel_y1x := sfc_y1(x);
end;
{---------------------------------------------------------------------------}
function bessel_ynx(n: integer; x: extended): extended;
{-Return Y_n(x), the Bessel function of the 2nd kind, order n, x>0, not suitable for large n or x}
begin
bessel_ynx := sfc_yn(n,x);
end;
{---------------------------------------------------------------------------}
function bessel_yvx(v, x: extended): extended;
{-Return Y_v(x), the Bessel function of the 2nd kind, order v; x > 0; not suitable for large v.}
begin
bessel_yvx := sfc_yv(v,x);
end;
{---------------------------------------------------------------------------}
function airy_aix(x: extended): extended;
{-Return the Airy function Ai(x)}
begin
airy_aix := sfc_airy_ai(x);
end;
{---------------------------------------------------------------------------}
function airy_aipx(x: extended): extended;
{-Return the Airy function Ai'(x)}
begin
airy_aipx := sfc_airy_aip(x);
end;
{---------------------------------------------------------------------------}
function airy_aisx(x: extended): extended;
{-Return the scaled Airy function Ai(x) if x <= 0, Ai(x)*exp(2/3*x^1.5) for x > 0}
begin
airy_aisx := sfc_airy_ais(x);
end;
{---------------------------------------------------------------------------}
function airy_bix(x: extended): extended;
{-Return the Airy function Bi(x)}
begin
airy_bix := sfc_airy_bi(x);
end;
{---------------------------------------------------------------------------}
function airy_bipx(x: extended): extended;
{-Return the Airy function Bi'(x)}
begin
airy_bipx := sfc_airy_bip(x);
end;
{---------------------------------------------------------------------------}
function airy_bisx(x: extended): extended;
{-Return the scaled Airy function Bi(x) if x <= 0, Bi(x)*exp(-2/3*x^1.5) for x > 0}
begin
airy_bisx := sfc_airy_bis(x);
end;
{---------------------------------------------------------------------------}
function airy_gix(x: extended): extended;
{-Return the Airy/Scorer function Gi(x) = 1/Pi*integral(sin(x*t+t^3/3), t=0..INF)}
begin
airy_gix := sfc_airy_gi(x);
end;
{---------------------------------------------------------------------------}
function airy_hix(x: extended): extended;
{-Return the Airy/Scorer function Hi(x) = 1/Pi*integral(exp(x*t-t^3/3), t=0..INF)}
begin
airy_hix := sfc_airy_hi(x);
end;
{---------------------------------------------------------------------------}
function kelvin_berx(x: extended): extended;
{-Return the Kelvin function ber(x)}
begin
kelvin_berx := sfc_ber(x);
end;
{---------------------------------------------------------------------------}
function kelvin_beix(x: extended): extended;
{-Return the Kelvin function bei(x)}
begin
kelvin_beix := sfc_bei(x);
end;
{---------------------------------------------------------------------------}
function kelvin_kerx(x: extended): extended;
{-Return the Kelvin function ker(x), x > 0}
begin
kelvin_kerx := sfc_ker(x);
end;
{---------------------------------------------------------------------------}
function kelvin_keix(x: extended): extended;
{-Return the Kelvin function kei(x), x >= 0}
begin
kelvin_keix := sfc_kei(x);
end;
{---------------------------------------------------------------------------}
procedure kelvin_kerkeix(x: extended; var kr, ki: extended);
{-Return the Kelvin functions kr=ker(x), ki=kei(x), x > 0}
begin
sfc_ker_kei(x,kr,ki);
end;
{---------------------------------------------------------------------------}
procedure kelvin_berbeix(x: extended; var br, bi: extended);
{-Return the Kelvin functions br=ber(x), bi=bei(x)}
begin
sfc_ber_bei(x,br,bi);
end;
{---------------------------------------------------------------------------}
function sph_bessel_jnx(n: integer; x: extended): extended;
{-Return j_n(x), the spherical Bessel function of the 1st kind, order n}
begin
sph_bessel_jnx := sfc_sph_jn(n,x);
end;
{---------------------------------------------------------------------------}
function sph_bessel_ynx(n: integer; x: extended): extended;
{-Return y_n(x), the spherical Bessel function of the 2nd kind, order n >=0 , x<>0}
begin
sph_bessel_ynx := sfc_sph_yn(n,x);
end;
{---------------------------------------------------------------------------}
function sph_bessel_inx(n: integer; x: extended): extended;
{-Return i_n(x), the modified spherical Bessel function of the 1st/2nd kind, order n}
begin
sph_bessel_inx := sfc_sph_in(n,x);
end;
{---------------------------------------------------------------------------}
function sph_bessel_inex(n: integer; x: extended): extended;
{-Return i_n(x)*exp(-|x|), the exponentially scaled modified spherical Bessel function of the 1st/2nd kind, order n}
begin
sph_bessel_inex := sfc_sph_ine(n,x);
end;
{---------------------------------------------------------------------------}
function sph_bessel_knx(n: integer; x: extended): extended;
{-Return k_n(x), the modified spherical Bessel function of the 3rd kind, order n, x>0}
begin
sph_bessel_knx := sfc_sph_kn(n,x);
end;
{---------------------------------------------------------------------------}
function sph_bessel_knex(n: integer; x: extended): extended;
{-Return k_n(x)*exp(x), the exponentially scaled modified spherical Bessel function of the 3rd kind, order n, x>0}
begin
sph_bessel_knex := sfc_sph_kne(n,x);
end;
{---------------------------------------------------------------------------}
function struve_h0x(x: extended): extended;
{-Return H0(x), the Struve function of order 0}
begin
struve_h0x := sfc_struve_h0(x);
end;
{---------------------------------------------------------------------------}
function struve_h1x(x: extended): extended;
{-Return H1(x), the Struve function of order 1}
begin
struve_h1x := sfc_struve_h1(x);
end;
{---------------------------------------------------------------------------}
function struve_l0x(x: extended): extended;
{-Return L0(x), the modified Struve function of order 0}
begin
struve_l0x := sfc_struve_l0(x);
end;
{---------------------------------------------------------------------------}
function struve_l1x(x: extended): extended;
{-Return L1(x), the modified Struve function of order 1}
begin
struve_l1x := sfc_struve_l1(x);
end;
{---------------------------------------------------------------------------}
function struve_hx(v, x: extended): extended;
{-Return H_v(x), the Struve function of order v, x < 0 only if v is an integer.}
begin
struve_hx := sfc_struve_h(v,x);
end;
{---------------------------------------------------------------------------}
function struve_lx(v, x: extended): extended;
{-Return L_v(x), the modified Struve function of order v, x < 0 only if v is an integer.}
begin
struve_lx := sfc_struve_l(v,x);
end;
{---------------------------------------------------------------------------}
{---------------------- Gamma function and related -------------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function signgammax(x: extended): extended;
{-Return sign(gamma(x)), useless for 0 or negative integer}
begin
signgammax := sfc_signgamma(x);
end;
{---------------------------------------------------------------------------}
function gammax(x: extended): extended;
{-Return gamma(x), x <= MAXGAMX; invalid if x is a non-positive integer}
begin
gammax := sfc_gamma(x);
end;
{---------------------------------------------------------------------------}
function gamma1pm1x(x: extended): extended;
{-Return gamma(1+x)-1 with increased accuracy for x near 0}
begin
gamma1pm1x := sfc_gamma1pm1(x);
end;
{---------------------------------------------------------------------------}
function gammastarx(x: extended): extended;
{-Return Temme's gammastar(x) = gamma(x)/(sqrt(2*Pi)*x^(x-0.5)*exp(-x)), x>0.}
{ For large x the asymptotic expansion is gammastar(x) = 1 + 1/12x + O(1/x^2)}
begin
gammastarx := sfc_gstar(x);
end;
{---------------------------------------------------------------------------}
function gamma_delta_ratiox(x,d: extended): extended;
{-Return gamma(x)/gamma(x+d), accurate even for |d| << |x|}
begin
gamma_delta_ratiox := sfc_gamma_delta_ratio(x,d);
end;
{---------------------------------------------------------------------------}
function gamma_ratiox(x,y: extended): extended;
{-Return gamma(x)/gamma(y)}
begin
gamma_ratiox := sfc_gamma_ratio(x,y);
end;
{---------------------------------------------------------------------------}
function pochhammerx(a,x: extended): extended;
{-Return the Pochhammer symbol gamma(a+x)/gamma(a)}
begin
pochhammerx := sfc_pochhammer(a,x);
end;
{---------------------------------------------------------------------------}
function poch1x(a,x: extended): extended;
{-Return (pochhammer(a,x)-1)/x, psi(a) if x=0; accurate even for small |x|}
begin
poch1x := sfc_poch1(a,x);
end;
{---------------------------------------------------------------------------}
function binomialx(n,k: integer): extended;
{-Return the binomial coefficient 'n choose k'}
begin
binomialx := sfc_binomial(n,k,false);
end;
{---------------------------------------------------------------------------}
function facx(n: integer): extended;
{-Return the factorial n!, n<MAXGAM-1; INF if n<0}
begin
facx := sfc_fac(n);
end;
{---------------------------------------------------------------------------}
function dfacx(n: integer): extended;
{-Return the double factorial n!!, n<=MAXDFACX; INF for even n<0}
begin
dfacx := sfc_dfac(n);
end;
{---------------------------------------------------------------------------}
function lnfacx(n: longint): extended;
{-Return ln(n!), INF if n<0}
begin
lnfacx := sfc_lnfac(n);
end;
{---------------------------------------------------------------------------}
function lngammax(x: extended): extended;
{-Return ln(|gamma(x)|), |x| <= MAXLGM, invalid if x is a non-positive integer}
{ Function signgamma can be used if the sign of gamma(x) is needed.}
begin
if IsNanOrInf(x) then lngammax := x
else if abs(x) > MAXLGMX then lngammax := PosInf_x
else lngammax := sfc_lngamma(x);
end;
{---------------------------------------------------------------------------}
function lngammasx(x: extended; var s: integer): extended;
{-Return ln(|gamma(x)|), |x| <= MAXLGM, s=-1,1 is the sign of gamma}
begin
lngammasx := sfc_lngammas(x,s);
end;
{---------------------------------------------------------------------------}
function lngamma1px(x: extended): extended;
{-Return ln(|gamma(1+x)|) with increased accuracy for x near 0}
begin
if IsNanOrInf(x) then lngamma1px := x
else if abs(x) > MAXLGMX then lngamma1px := PosInf_x
else lngamma1px := sfc_lngamma1p(x);
end;
{---------------------------------------------------------------------------}
function rgammax(x: extended): extended;
{-Return the reciprocal gamma function rgamma = 1/gamma(x)}
begin
if x>=1755.5 then rgammax := 0.0
else rgammax := sfc_rgamma(x);
end;
{---------------------------------------------------------------------------}
procedure incgammax(a,x: extended; var p,q: extended);
{-Return the normalised incomplete gamma functions P and Q, a>=0, x>=0}
{ P(a,x) = integral(exp(-t)*t^(a-1), t=0..x )/gamma(a)}
{ Q(a,x) = integral(exp(-t)*t^(a-1), t=x..Inf)/gamma(a)}
begin
sfc_incgamma(a,x,p,q);
end;
{---------------------------------------------------------------------------}
function igammapx(a,x: extended): extended;
{-Return the normalised lower incomplete gamma function P(a,x), a>=0, x>=0}
{ P(a,x) = integral(exp(-t)*t^(a-1), t=0..x)/gamma(a)}
begin
igammapx := sfc_igammap(a,x);
end;
{---------------------------------------------------------------------------}
function igammaqx(a,x: extended): extended;
{-Return the normalised upper incomplete gamma function Q(a,x), a>=0, x>=0}
{ Q(a,x) = integral(exp(-t)*t^(a-1), t=x..Inf)/gamma(a)}
begin
igammaqx := sfc_igammaq(a,x);
end;
{---------------------------------------------------------------------------}
function igammax(a,x: extended): extended;
{-Return the non-normalised lower incomplete gamma function}
{ gamma(a,x) = integral(exp(-t)*t^(a-1), t=0..x); x>=0, a<>0,-1,-2,..}
begin
igammax := sfc_igamma(a,x);
end;
{---------------------------------------------------------------------------}
function igammalx(a,x: extended): extended;
{-Return the non-normalised lower incomplete gamma function}
{ gamma(a,x) = integral(exp(-t)*t^(a-1), t=0..x); x>=0, a<>0,-1,-2,..}
begin
igammalx := sfc_igammal(a,x);
end;
{---------------------------------------------------------------------------}
function igammatx(a,x: extended): extended;
{-Return Tricomi's entire incomplete gamma function igammatx(a,x)}
{ = igammal(a,x)/gamma(a)/x^a = P(a,x)/x^a }
begin
igammatx := sfc_git(a,x);
end;
{---------------------------------------------------------------------------}
procedure incgamma_invx(a,p,q: extended; var x: extended; var ierr: integer);
{-Return the inverse normalised incomplete gamma function, i.e. calculate}
{ x with P(a,x)=p and Q(a,x)=q. Input parameter a>0, p>=0, q>0 and p+q=1.}
{ ierr is >= 0 for success, < 0 for input errors or iterations failures. }
begin
sfc_incgamma_inv(a,p,q,x,ierr);
end;
{---------------------------------------------------------------------------}
function igamma_invx(a,p,q: extended): extended;
{-Return the inverse normalised incomplete gamma function, i.e. calculate}
{ x with P(a,x)=p and Q(a,x)=q. Input parameter a>0, p>=0, q>0 and p+q=1.}
begin
igamma_invx := sfc_igamma_inv(a,p,q);
end;
{---------------------------------------------------------------------------}
function igammap_invx(a,p: extended): extended;
{-Inverse incomplete gamma: return x with P(a,x)=p, a>=0, 0<=p<1}
begin
igammap_invx := sfc_igammap_inv(a,p);
end;
{---------------------------------------------------------------------------}
function igammaq_invx(a,q: extended): extended;
{-Inverse complemented incomplete gamma: return x with Q(a,x)=q, a>=0, 0<q<=1}
begin
igammaq_invx := sfc_igammaq_inv(a,q);
end;
{---------------------------------------------------------------------------}
function lngamma_invx(y: extended): extended;
{-Inverse of lngamma: return x with lngamma(x) = y, y >= -0.12142, x > 1.4616}
begin
lngamma_invx := sfc_ilng(y);
end;
{---------------------------------------------------------------------------}
function psix(x: extended): extended;
{-Return the psi (digamma) function of x, INF if x is a non-positive integer}
begin
if x=PosInf_x then psix := x
else psix := sfc_psi(x);
end;
{---------------------------------------------------------------------------}
function psi_invx(y: extended): extended;
{-Inverse of psi, return x with psi(x)=y, y <= ln_MaxExt}
begin
psi_invx := sfc_ipsi(y);
end;
{---------------------------------------------------------------------------}
function trigammax(x: extended): extended;
{-Return the trigamma function of x, INF if x is a negative integer}
begin
trigammax := sfc_trigamma(x);
end;
{---------------------------------------------------------------------------}
function tetragammax(x: extended): extended;
{-Return the tetragamma function psi''(x), NAN/RTE if x is a negative integer}
begin
tetragammax := sfc_tetragamma(x);
end;
{---------------------------------------------------------------------------}
function pentagammax(x: extended): extended;
{-Return the pentagamma function psi'''(x), INF if x is a negative integer}
begin
pentagammax := sfc_pentagamma(x);
end;
{---------------------------------------------------------------------------}
function polygammax(n: integer; x: extended): extended;
{-Return the polygamma function: n'th derivative of psi; n>=0, x>0 for n>MAXGAMX}
{ Note: The accuracy may be reduced for n >= MAXGAMX due to ln/exp operations.}
begin
polygammax := sfc_polygamma(n,x);
end;
{---------------------------------------------------------------------------}
function BatemanGx(x: extended): extended;
{-Return the Bateman function G(x) = psi((x+1)/2) - psi(x/2), x<>0,-1,-2,...}
begin
BatemanGx := sfc_batemang(x);
end;
{---------------------------------------------------------------------------}
function lnbetax(x,y: extended): extended;
{-Return the logarithm of |beta(x,y)|=|gamma(x)*gamma(y)/gamma(x+y)|}
begin
lnbetax := sfc_lnbeta(x,y);
end;
{---------------------------------------------------------------------------}
function betax(x,y: extended): extended;
{-Return the function beta(x,y)=gamma(x)*gamma(y)/gamma(x+y)}
begin
betax := sfc_beta(x,y);
end;
{---------------------------------------------------------------------------}
function ibetax(a, b, x: extended): extended;
{-Return the normalised incomplete beta function, a>0, b>0, 0 <= x <= 1}
{ ibetax = integral(t^(a-1)*(1-t)^(b-1) / betax(a,b), t=0..x)}
begin
ibetax := sfc_ibeta(a,b,x);
end;
{---------------------------------------------------------------------------}
function ibeta_invx(a, b, y: extended): extended;
{-Return the functional inverse of the normalised incomplete beta function}
{ with a > 0, b > 0, and 0 <= y <= 1.}
begin
ibeta_invx := sfc_ibeta_inv(a,b,y);
end;
{---------------------------------------------------------------------------}
function beta3x(a, b, x: extended): extended;
{-Return the non-normalised incomplete beta function B_x(a,b)}
{ for 0<=x<=1, B_x = integral(t^(a-1)*(1-t)^(b-1), t=0..x). }
begin
beta3x := sfc_nnbeta(a,b,x);
end;
{---------------------------------------------------------------------------}
{------------------- Zeta functions and polylogarithms -------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function zetax(s: extended): extended;
{-Return the Riemann zeta function at s, s<>1}
begin
zetax := sfc_zeta(s);
end;
{---------------------------------------------------------------------------}
function zetaintx(n: integer): extended;
{-Return zeta(n) for integer arguments, n<>1}
begin
zetaintx := sfc_zetaint(n);
end;
{---------------------------------------------------------------------------}
function zeta1px(x: extended): extended;
{-Return the Riemann zeta function at 1+x, x<>0}
begin
zeta1px := sfc_zeta1p(x);
end;
{---------------------------------------------------------------------------}
function etax(s: extended): extended;
{-Return the Dirichlet eta function}
begin
etax := sfc_eta(s);
end;
{---------------------------------------------------------------------------}
function etaintx(n: integer): extended;
{-Return the Dirichlet function eta(n) for integer arguments}
begin
etaintx := sfc_etaint(n);
end;
{---------------------------------------------------------------------------}
function etam1x(s: extended): extended;
{-Return Dirichlet eta(s)-1}
begin
etam1x := sfc_etam1(s);
end;
{---------------------------------------------------------------------------}
function zetam1x(s: extended): extended;
{-Return Riemann zeta(s)-1, s<>1}
begin
zetam1x := sfc_zetam1(s);
end;
{---------------------------------------------------------------------------}
function zetahx(s,a: extended): extended;
{-Return the Hurwitz zeta function zetah(s,a) = sum(1/(i+a)^s, i=0..INF), s<>1, a>0}
begin
zetahx := sfc_zetah(s,a);
end;
{---------------------------------------------------------------------------}
function LerchPhix(z,s,a: extended): extended;
{-Return the Lerch transcendent Phi(z,s,a) = sum(z^n/(n+a)^s, n=0..INF), |z|<=1, s >= -1, a>0; s<>1 if z=1}
begin
LerchPhix := sfc_lerch(z,s,a);
end;
{---------------------------------------------------------------------------}
function DirichletBetax(s: extended): extended;
{-Return the Dirichlet beta function sum((-1)^n/(2n+1)^s, n=0..INF)}
begin
DirichletBetax := sfc_dbeta(s);
end;
{---------------------------------------------------------------------------}
function DirichletLambdax(s: extended): extended;
{-Return the Dirichlet lambda function sum(1/(2n+1)^s, n=0..INF), s<>1}
begin
DirichletLambdax := sfc_dlambda(s);
end;
{---------------------------------------------------------------------------}
function LegendreChix(s, x: extended): extended;
{-Return Legendre's Chi-function chi(s,x); s>=0, |x|<=1, x<>1 if s<=1}
begin
LegendreChix := sfc_lchi(s, x);
end;
{---------------------------------------------------------------------------}
function primezetax(x: extended): extended;
{-Return the prime zeta function P(x) = sum(1/p^x, p prime), x > 1/5; }
{ for x<1 the real part of P(x) is returned.}
begin
primezetax := sfc_pz(x);
end;
{---------------------------------------------------------------------------}
function harmonicx(x: extended): extended;
{-Return the harmonic number function H(x) = psi(x+1) + EulerGamma}
begin
harmonicx := sfc_harmonic(x);
end;
{---------------------------------------------------------------------------}
function harmonic2x(x,r: extended): extended;
{-Return the generalized harmonic function H(x,r) = zeta(r)-zetah(r,x+1); x >= -1}
begin
harmonic2x := sfc_harmonic2(x,r);
end;
{---------------------------------------------------------------------------}
function cl2x(x: extended): extended;
{-Return the Clausen function: integral(-ln(2*|sin(t/2)|),t=0..x) = Im(Li_2(exp(ix)))}
begin
cl2x := sfc_cl2(x);
end;
{---------------------------------------------------------------------------}
function ti2x(x: extended): extended;
{-Return the inverse tangent integral, ti2(x) = integral(arctan(t)/t, t=0..x)}
begin
ti2x := sfc_ti2(x);
end;
{---------------------------------------------------------------------------}
function lobachevsky_cx(x: extended): extended;
{-Return the Lobachevski function L(x) = integral(-ln(|cos(t)|), t=0..x)}
begin
lobachevsky_cx := sfc_llci(x);
end;
{---------------------------------------------------------------------------}
function lobachevsky_sx(x: extended): extended;
{-Return the Lobachevski function Lambda(x) = integral(-ln(|2sin(t)|), t=0..x)}
begin
lobachevsky_sx := sfc_llsi(x);
end;
{---------------------------------------------------------------------------}
function dilogx(x: extended): extended;
{-Return dilog(x) = Re(Li_2(x)), Li_2(x) = -integral(ln(1-t)/t, t=0..x)}
begin
dilogx := sfc_dilog(x);
end;
{---------------------------------------------------------------------------}
function trilogx(x: extended): extended;
{-Return the trilogarithm function trilog(x) = Re(Li_3(x))}
begin
trilogx := sfc_trilog(x);
end;
{---------------------------------------------------------------------------}
function polylogx(n: integer; x: extended): extended;
{-Return the polylogarithm Li_n(x) of integer order; x<1 for n >= 0}
begin
polylogx := sfc_polylog(n,x);
end;
{---------------------------------------------------------------------------}
function polylogrx(s, x: extended): extended;
{-Return the polylogarithm Li_s(x) of real order; s >= -1, |x|<=1, x<>1 if s=1}
begin
polylogrx := sfc_polylogr(s,x);
end;
{---------------------------------------------------------------------------}
function fermi_diracx(n: integer; x: extended): extended;
{-Return the integer order Fermi-Dirac integral F_n(x) = 1/n!*integral(t^n/(exp(t-x)+1), t=0..INF)}
begin
fermi_diracx := sfc_fermi_dirac(n,x);
end;
{---------------------------------------------------------------------------}
function fermi_dirac_m05x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(-1/2,x)}
begin
fermi_dirac_m05x := sfc_fdm05(x);
end;
{---------------------------------------------------------------------------}
function fermi_dirac_p05x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(1/2,x)}
begin
fermi_dirac_p05x := sfc_fdp05(x);
end;
{---------------------------------------------------------------------------}
function fermi_dirac_p15x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(3/2,x)}
begin
fermi_dirac_p15x := sfc_fdp15(x);
end;
{---------------------------------------------------------------------------}
function fermi_dirac_p25x(x: extended): extended;
{-Return the complete Fermi-Dirac integral F(5/2,x)}
begin
fermi_dirac_p25x := sfc_fdp25(x);
end;
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Legendre style) -------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function comp_ellint_1x(k: extended): extended;
{-Return the complete elliptic integral of the 1st kind, |k| < 1}
begin
comp_ellint_1x := sfc_EllipticK(k);
end;
{---------------------------------------------------------------------------}
function comp_ellint_2x(k: extended): extended;
{-Return the complete elliptic integral of the 2nd kind, |k| <= 1}
begin
comp_ellint_2x := sfc_EllipticEC(k);
end;
{---------------------------------------------------------------------------}
function comp_ellint_3x(nu,k: extended): extended;
{-Return the complete elliptic integral of the 3rd kind, |k|<1, nu<>1}
begin
comp_ellint_3x := sfc_EllipticPiC(nu,k);
end;
{---------------------------------------------------------------------------}
function comp_ellint_dx(k: extended): extended;
{-Return the complete elliptic integral D(k) = (K(k) - E(k))/k^2, |k| < 1}
begin
comp_ellint_dx := sfc_cel_d(k);
end;
{---------------------------------------------------------------------------}
function ellint_1x(phi,k: extended): extended;
{-Return the Legendre elliptic integral F(phi,k) of the 1st kind}
{ = integral(1/sqrt(1-k^2*sin(x)^2),x=0..phi), |k*sin(phi)| <= 1}
begin
ellint_1x := sfc_ellint_1(phi,k);
end;
{---------------------------------------------------------------------------}
function ellint_2x(phi,k: extended): extended;
{-Return the Legendre elliptic integral E(phi,k) of the 2nd kind}
{ = integral(sqrt(1-k^2*sin(x)^2),x=0..phi), |k*sin(phi)| <= 1}
begin
ellint_2x := sfc_ellint_2(phi,k);
end;
{---------------------------------------------------------------------------}
function ellint_3x(phi,nu,k: extended): extended;
{-Return the Legendre elliptic integral PI(phi,nu,k) of the 3rd kind}
{ = integral(1/sqrt(1-k^2*sin(x)^2)/(1-nu*sin(x)^2),x=0..phi) with }
{ |k*sin(phi)|<=1, returns Cauchy principal value if nu*sin(phi)^2>1}
begin
ellint_3x := sfc_ellint_3(phi,nu,k);
end;
{---------------------------------------------------------------------------}
function ellint_dx(phi,k: extended): extended;
{-Return the Legendre elliptic integral D(phi,k) = (F(phi,k) - E(phi,k))/k^2 }
{ = integral(sin(x)^2/sqrt(1-k^2*sin(x)^2),x=0..phi), |k*sin(phi)| <= 1 }
begin
ellint_dx := sfc_ellint_d(phi,k);
end;
{---------------------------------------------------------------------------}
function heuman_lambdax(phi,k: extended): extended;
{-Return Heuman's function Lambda_0(phi,k) = F(phi,k')/K(k') + 2/Pi*K(k)*Z(phi,k'), |k|<=1}
begin
heuman_lambdax := sfc_hlambda(phi,k);
end;
{---------------------------------------------------------------------------}
function jacobi_zetax(phi,k: extended): extended;
{-Return the Jacobi Zeta function Z(phi,k) = E(phi,k) - E(k)/K(k)*F(phi,k), |k|<=1}
begin
jacobi_zetax := sfc_jzeta(phi,k);
end;
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Carlson style) --------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function ell_rcx(x,y: extended): extended;
{-Return Carlson's degenerate elliptic integral RC; x>=0, y<>0}
begin
ell_rcx := sfc_ell_rc(x,y);
end;
{---------------------------------------------------------------------------}
function ell_rfx(x,y,z: extended): extended;
{-Return Carlson's elliptic integral of the 1st kind; x,y,z >=0, at most one =0}
begin
ell_rfx := sfc_ell_rf(x,y,z);
end;
{---------------------------------------------------------------------------}
function ell_rdx(x,y,z: extended): extended;
{-Return Carlson's elliptic integral of the 2nd kind; z>0; x,y >=0, at most one =0}
begin
ell_rdx := sfc_ell_rd(x,y,z);
end;
{---------------------------------------------------------------------------}
function ell_rgx(x,y,z: extended): extended;
{-Return Carlson's completely symmetric elliptic integral of the 2nd kind; x,y,z >= 0}
begin
ell_rgx := sfc_ell_rg(x,y,z);
end;
{---------------------------------------------------------------------------}
function ell_rjx(x,y,z,r: extended): extended;
{-Return Carlson's elliptic integral of the 3rd kind; r<>0; x,y,z >=0, at most one =0}
begin
ell_rjx := sfc_ell_rj(x,y,z,r);
end;
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Bulirsch style) -------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function cel1x(kc: extended): extended;
{-Return Bulirsch's complete elliptic integral of the 1st kind, kc<>0}
begin
cel1x := sfc_cel1(kc);
end;
{---------------------------------------------------------------------------}
function cel2x(kc, a, b: extended): extended;
{-Return Bulirsch's complete elliptic integral of the 2nd kind, kc<>0}
begin
cel2x := sfc_cel2(kc,a,b);
end;
{---------------------------------------------------------------------------}
function celx(kc, p, a, b: extended): extended;
{-Return Bulirsch's general complete elliptic integral, kc<>0, Cauchy principle value if p<0}
begin
celx := sfc_cel(kc,p,a,b);
end;
{---------------------------------------------------------------------------}
function el1x(x,kc: extended): extended;
{-Return Bulirsch's incomplete elliptic integral of the 1st kind}
begin
el1x := sfc_el1(x,kc);
end;
{---------------------------------------------------------------------------}
function el2x(x,kc,a,b: extended): extended;
{-Return Bulirsch's incomplete elliptic integral of the 2nd kind, kc<>0}
begin
el2x := sfc_el2(x,kc,a,b);
end;
{---------------------------------------------------------------------------}
function el3x(x,kc,p: extended): extended;
{-Return Bulirsch's incomplete elliptic integral of the 3rd kind, 1+p*x^2<>0}
begin
el3x := sfc_el3(x,kc,p);
end;
{---------------------------------------------------------------------------}
{------------------- Elliptic integrals (Maple V style) --------------------}
{---------------------------------------------------------------------------}
function EllipticFx(z,k: extended): extended;
{-Return the incomplete elliptic integral of the 1st kind; |z|<=1, |k*z|<1}
begin
EllipticFx := sfc_EllipticF(z,k);
end;
{---------------------------------------------------------------------------}
function EllipticKx(k: extended): extended;
{-Return the complete elliptic integral of the 1st kind, |k| < 1}
begin
EllipticKx := sfc_EllipticK(k);
end;
{---------------------------------------------------------------------------}
function EllipticKimx(k: extended): extended;
{-Return K(i*k), the complete elliptic integral of the 1st kind with}
{ imaginary modulus = integral(1/sqrt(1-x^2)/sqrt(1+k^2*x^2),x=0..1)}
begin
EllipticKimx := sfc_EllipticKim(k);
end;
{---------------------------------------------------------------------------}
function EllipticCKx(k: extended): extended;
{-Return the complementary complete elliptic integral of the 1st kind, k<>0}
begin
EllipticCKx := sfc_EllipticCK(k);
end;
{---------------------------------------------------------------------------}
function EllipticEx(z,k: extended): extended;
{-Return the incomplete elliptic integrals of the 2nd kind, |z|<=1, |k*z| <= 1}
begin
EllipticEx := sfc_EllipticE(z,k);
end;
{---------------------------------------------------------------------------}
function EllipticECx(k: extended): extended;
{-Return the complete elliptic integral of the 2nd kind, |k| <= 1}
begin
EllipticECx := sfc_EllipticEC(k);
end;
{---------------------------------------------------------------------------}
function EllipticECimx(k: extended): extended;
{-Return E(i*k), the complete elliptic integral of the 2nd kind with}
{ imaginary modulus = integral(sqrt(1+k^2*x^2)/sqrt(1-x^2),x=0..1) }
begin
EllipticECimx := sfc_EllipticECim(k);
end;
{---------------------------------------------------------------------------}
function EllipticCEx(k: extended): extended;
{-Return the complementary complete elliptic integral of the 2nd kind}
begin
EllipticCEx := sfc_EllipticCE(k);
end;
{---------------------------------------------------------------------------}
function EllipticPix(z,nu,k: extended): extended;
{-Return the incomplete elliptic integral of the 3rd kind, |z|<=1, |k*z|<1}
begin
EllipticPix := sfc_EllipticPi(z,nu,k);
end;
{---------------------------------------------------------------------------}
function EllipticPiCx(nu,k: extended): extended;
{-Return the complete elliptic integral of the 3rd kind, |k|<1, nu<>1}
begin
EllipticPiCx := sfc_EllipticPiC(nu,k);
end;
{---------------------------------------------------------------------------}
function EllipticCPix(nu,k: extended): extended;
{-Return the complementary complete elliptic integral of the 3rd kind, k<>0, nu<>1}
begin
EllipticCPix := sfc_EllipticCPi(nu,k);
end;
{---------------------------------------------------------------------------}
{------------------- Jacobi elliptic and theta functions -------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function EllipticModulusx(q: extended): extended;
{-Return the elliptic modulus k(q) = theta_2(q)^2/theta_3(q)^2, 0 <= q <= 1}
begin
EllipticModulusx := sfc_ellmod(q);
end;
{---------------------------------------------------------------------------}
function EllipticNomex(k: extended): extended;
{-Return the elliptic nome q(k) = exp(-Pi*EllipticCK(k)/EllipticK(k)), |k| < 1}
begin
EllipticNomex := sfc_nome(k);
end;
{---------------------------------------------------------------------------}
function jacobi_amx(x,k: extended): extended;
{-Return the Jacobi amplitude am(x,k)}
begin
jacobi_amx := sfc_jam(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_thetax(n: integer; x,q: extended): extended;
{-Return the Jacobi theta function theta_n(x,q), n=1..4, 0 <= q < 1}
begin
jacobi_thetax := sfc_jtheta(n,x,q);
end;
{---------------------------------------------------------------------------}
procedure sncndnx(x,mc: extended; var sn,cn,dn: extended);
{-Return the Jacobi elliptic functions sn,cn,dn for argument x and}
{ complementary parameter mc.}
begin
sfc_sncndn(x,mc,sn,cn,dn);
end;
{---------------------------------------------------------------------------}
function jacobi_snx(x,k: extended): extended;
{-Return the Jacobi elliptic function sn(x,k)}
begin
jacobi_snx := sfc_jacobi_sn(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_cnx(x,k: extended): extended;
{-Return the Jacobi elliptic function cn(x,k)}
begin
jacobi_cnx := sfc_jacobi_cn(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_dnx(x,k: extended): extended;
{-Return the Jacobi elliptic function dn(x,k)}
begin
jacobi_dnx := sfc_jacobi_dn(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_ncx(x,k: extended): extended;
{-Return the Jacobi elliptic function nc(x,k)}
begin
jacobi_ncx := sfc_jacobi_nc(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_scx(x,k: extended): extended;
{-Return the Jacobi elliptic function sc(x,k)}
begin
jacobi_scx := sfc_jacobi_sc(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_dcx(x,k: extended): extended;
{-Return the Jacobi elliptic function dc(x,k)}
begin
jacobi_dcx := sfc_jacobi_dc(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_ndx(x,k: extended): extended;
{-Return the Jacobi elliptic function nd(x,k)}
begin
jacobi_ndx := sfc_jacobi_nd(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_sdx(x,k: extended): extended;
{-Return the Jacobi elliptic function sd(x,k)}
begin
jacobi_sdx := sfc_jacobi_sd(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_cdx(x,k: extended): extended;
{-Return the Jacobi elliptic function cd(x,k)}
begin
jacobi_cdx := sfc_jacobi_cd(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_nsx(x,k: extended): extended;
{-Return the Jacobi elliptic function ns(x,k)}
begin
jacobi_nsx := sfc_jacobi_ns(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_csx(x,k: extended): extended;
{-Return the Jacobi elliptic function cs(x,k)}
begin
jacobi_csx := sfc_jacobi_cs(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_dsx(x,k: extended): extended;
{-Return the Jacobi elliptic function ds(x,k)}
begin
jacobi_dsx := sfc_jacobi_ds(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arccnx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arccn(x,k), |x| <= 1, x >= sqrt(1 - 1/k^2) if k >= 1}
begin
jacobi_arccnx := sfc_jacobi_arccn(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arccdx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arccd(x,k); |x| <= 1 if |k| < 1; |x| >= 1 if |k| > 1 }
begin
jacobi_arccdx := sfc_jacobi_arccd(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arccsx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arccs(x,k), |x| >= sqrt(k^2-1) for |k|>1}
begin
jacobi_arccsx := sfc_jacobi_arccs(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcdcx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcdc(x,k); |x| >= 1 if |k| < 1; |x| <= 1 if |k| > 1 }
begin
jacobi_arcdcx := sfc_jacobi_arcdc(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcdnx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcdn(x,k), 0 <= x <= 1, x^2 + k^2 > 1 if |k| < 1; |x| <= 1 if |k| > 1}
begin
jacobi_arcdnx := sfc_jacobi_arcdn(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcdsx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcds(x,k), x^2 + k^2 >= 1}
begin
jacobi_arcdsx := sfc_jacobi_arcds(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcncx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcnc(x,k), x >= 1, x^2 <= k^2/(k^2-1) for |k|>1}
begin
jacobi_arcncx := sfc_jacobi_arcnc(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcndx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcnd(x,k), x >= 1, x^2 <= k^2/(1-k^2) if k < 1}
begin
jacobi_arcndx := sfc_jacobi_arcnd(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcnsx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcns(x,k), |x| >= 1, |x| >= k if k>=1}
begin
jacobi_arcnsx := sfc_jacobi_arcns(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcscx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcsc(x,k), |x| <= 1/sqrt(k^2-1) for |k|>1}
begin
jacobi_arcscx := sfc_jacobi_arcsc(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcsdx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcsd(x,k), x^2*(1-k^2) <= 1}
begin
jacobi_arcsdx := sfc_jacobi_arcsd(x,k);
end;
{---------------------------------------------------------------------------}
function jacobi_arcsnx(x,k: extended): extended;
{-Return the inverse Jacobi elliptic function arcsn(x,k), |x| <= 1 and |x*k| <= 1}
begin
jacobi_arcsnx := sfc_jacobi_arcsn(x,k);
end;
{---------------------------------------------------------------------------}
function theta1px(q: extended): extended;
{-Return the derivative theta1p(q) := d/dx(theta_1(x,q)) at x=0,}
{ = 2*q^(1/4)*sum((-1)^n*(2n+1)*q^(n*(n+1)),n=0..Inf), 0 <= q < 1}
begin
theta1px := sfc_theta1p(q);
end;
{---------------------------------------------------------------------------}
function theta2x(q: extended): extended;
{-Return Jacobi theta_2(q) = 2*q^(1/4)*sum(q^(n*(n+1)),n=0..Inf) 0 <= q < 1}
begin
theta2x := sfc_theta2(q);
end;
{---------------------------------------------------------------------------}
function theta3x(q: extended): extended;
{-Return Jacobi theta_3(q) = 1 + 2*sum(q^(n*n)),n=1..Inf); |q| < 1}
begin
theta3x := sfc_theta3(q);
end;
{---------------------------------------------------------------------------}
function theta4x(q: extended): extended;
{-Return Jacobi theta_4(q) = 1 + 2*sum((-1)^n*q^(n*(n+1)),n=1..Inf); |q| < 1}
begin
theta4x := sfc_theta4(q);
end;
{---------------------------------------------------------------------------}
procedure sincos_lemnx(x: extended; var sl,cl: extended);
{-Return the lemniscate functions sl = sin_lemn(x), cl = cos_lemn(x)}
begin
sfc_lemn(x,sl,cl);
end;
{---------------------------------------------------------------------------}
function sin_lemnx(x: extended): extended;
{-Return the lemniscate sine functions sl = sin_lemn(x)}
var
sl,cl: extended;
begin
sfc_lemn(x,sl,cl);
sin_lemnx := sl;
end;
{---------------------------------------------------------------------------}
function cos_lemnx(x: extended): extended;
{-Return the lemniscate cosine functions cl = cos_lemn(x)}
var
sl,cl: extended;
begin
sfc_lemn(x,sl,cl);
cos_lemnx := cl;
end;
{---------------------------------------------------------------------------}
{----------------------- Error function and related ------------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function dawsonx(x: extended): extended;
{-Return Dawson's integral: dawson(x) = exp(-x^2)*integral(exp(t^2), t=0..x)}
begin
dawsonx := sfc_dawson(x);
end;
{---------------------------------------------------------------------------}
function dawson2x(p,x: extended): extended;
{-Return the generalized Dawson integral F(p,x) = exp(-x^p)*integral(exp(t^p), t=0..x); x,p >= 0}
begin
dawson2x := sfc_gendaw(p,x);
end;
{---------------------------------------------------------------------------}
function erfx(x: extended): extended;
{-Return the error function erf(x) = 2/sqrt(Pi)*integral((exp(-t^2), t=0..x)}
begin
erfx := sfc_erf(x);
end;
{---------------------------------------------------------------------------}
function erfcx(x: extended): extended;
{-Return the complementary error function erfc(x) = 1-erf(x)}
begin
erfcx := sfc_erfc(x);
end;
{---------------------------------------------------------------------------}
function erfcex(x: extended): extended;
{-Return the exponentially scaled complementary error function erfce(x) = exp(x^2)*erfc(x)}
begin
erfcex := sfc_erfce(x);
end;
{---------------------------------------------------------------------------}
function inerfcx(n: integer; x: extended): extended;
{-Return the repeated integrals of erfc, n >= -1; scaled with exp(x^2) for x>0}
begin
inerfcx := sfc_inerfc(n,x);
end;
{---------------------------------------------------------------------------}
function erfgx(p,x: extended): extended;
{-Return the generalized error function integral(exp(-t^p), t=0..x); x,p >= 0}
begin
erfgx := sfc_erfg(p,x);
end;
{---------------------------------------------------------------------------}
function erfix(x: extended): extended;
{-Return the imaginary error function erfi(x) = erf(ix)/i}
begin
erfix := sfc_erfi(x);
end;
{---------------------------------------------------------------------------}
function erf_invx(x: extended): extended;
{-Return the inverse function of erf, erf(erf_inv(x)) = x, -1 < x < 1}
begin
erf_invx := sfc_erf_inv(x);
end;
{---------------------------------------------------------------------------}
function erfc_invx(x: extended): extended;
{-Return the inverse function of erfc, erfc(erfc_inv(x)) = x, 0 < x < 2}
begin
erfc_invx := sfc_erfc_inv(x);
end;
{---------------------------------------------------------------------------}
function erf_px(x: extended): extended;
{-Return the probability function erf_p = integral(exp(-t^2/2)/sqrt(2*Pi), t=-Inf..x)}
begin
erf_px := sfc_erf_p(x);
end;
{---------------------------------------------------------------------------}
function erf_qx(x: extended): extended;
{-Return the probability function erf_q = integral(exp(-t^2/2)/sqrt(2*Pi), t=x..Inf)}
begin
erf_qx := sfc_erf_q(x);
end;
{---------------------------------------------------------------------------}
function erf_zx(x: extended): extended;
{-Return the probability function erf_z = exp(-x^2/2)/sqrt(2*Pi)}
begin
erf_zx := sfc_erf_z(x);
end;
{---------------------------------------------------------------------------}
function expint3x(x: extended): extended;
{-Return the integral(exp(-t^3), t=0..x), x >= 0}
begin
expint3x := sfc_expint3(x);
end;
{---------------------------------------------------------------------------}
procedure Fresnelx(x: extended; var s,c: extended);
{-Return the Fresnel integrals S(x)=integral(sin(Pi/2*t^2),t=0..x) and C(x)=integral(cos(Pi/2*t^2),t=0..x)}
begin
sfc_fresnel(x,s,c);
end;
{---------------------------------------------------------------------------}
function FresnelCx(x: extended): extended;
{-Return the Fresnel integral C(x)=integral(cos(Pi/2*t^2),t=0..x)}
var
s,c: extended;
begin
sfc_fresnel(x,s,c);
FresnelCx := c;
end;
{---------------------------------------------------------------------------}
function FresnelSx(x: extended): extended;
{-Return the Fresnel integral S(x)=integral(sin(Pi/2*t^2),t=0..x)}
var
s,c: extended;
begin
sfc_fresnel(x,s,c);
FresnelSx := s;
end;
{---------------------------------------------------------------------------}
function gsix(x: extended): extended;
{-Return the Goodwin-Staton integral = integral(exp(-t*t)/(t+x), t=0..Inf), x > 0}
begin
gsix := sfc_gsi(x);
end;
{---------------------------------------------------------------------------}
{------------------- Exponential integrals and related ---------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function chix(x: extended): extended;
{-Return the hyperbolic cosine integral = EulerGamma + ln(|x|) + integral((cosh(t)-1)/t, t=0..|x|)}
begin
chix := sfc_chi(x);
end;
{---------------------------------------------------------------------------}
function cix(x: extended): extended;
{-Return the cosine integral, ci(x) = EulerGamma + ln(|x|) + integral((cos(t)-1)/t, t=0..|x|)}
begin
cix := sfc_ci(x);
end;
{---------------------------------------------------------------------------}
function cinx(x: extended): extended;
{-Return the entire cosine integral, cin(x) = integral((1-cos(t))/t, t=0..x)}
begin
cinx := sfc_cin(x);
end;
{---------------------------------------------------------------------------}
function cinhx(x: extended): extended;
{-Return the entire hyperbolic cosine integral, cinh(x) = integral((cosh(t)-1)/t, t=0..x)}
begin
cinhx := sfc_cinh(x);
end;
{---------------------------------------------------------------------------}
function e1x(x: extended): extended;
{-Return the exponential integral E1(x) = integral(exp(-x*t)/t, t=1..Inf), x <> 0}
begin
e1x := sfc_e1(x);
end;
{---------------------------------------------------------------------------}
function eix(x: extended): extended;
{-Return the exponential integral Ei(x) = PV-integral(exp(t)/t, t=-Inf..x)}
begin
eix := sfc_ei(x);
end;
{---------------------------------------------------------------------------}
function einx(x: extended): extended;
{-Return the entire exponential integral ein(x) = integral((1-exp(-t))/t, t=0..x)}
begin
einx := sfc_ein(x);
end;
{---------------------------------------------------------------------------}
function ei_invx(x: extended): extended;
{-Return the functional inverse of Ei(x), ei_inv(ei(x))=x}
begin
ei_invx := sfc_ei_inv(x);
end;
{---------------------------------------------------------------------------}
function enx(n: longint; x: extended): extended;
{-Return the exponential integral E_n(x) = integral(exp(-x*t)/t^n, t=1..Inf), x > 0}
begin
enx := sfc_en(n,x);
end;
{---------------------------------------------------------------------------}
function geix(p,x: extended): extended;
{-Return the generalized exponential integral E_p(x) = integral(exp(-x*t)/t^p, t=1..Inf), x >= 0}
begin
geix := sfc_gei(p,x);
end;
{---------------------------------------------------------------------------}
function lix(x: extended): extended;
{-Return the logarithmic integral li(x) = PV-integral(1/ln(t), t=0..x), x >= 0, x <> 1}
begin
lix := sfc_li(x);
end;
{---------------------------------------------------------------------------}
function shix(x: extended): extended;
{-Return the hyperbolic sine integral, shi(x) = integral(sinh(t)/t, t=0..x)}
begin
shix := sfc_shi(x);
end;
{---------------------------------------------------------------------------}
function six(x: extended): extended;
{-Return the sine integral, si(x) = integral(sin(t)/t, t=0..x)}
begin
six := sfc_si(x);
end;
{---------------------------------------------------------------------------}
function ssix(x: extended): extended;
{-Return the shifted sine integral, ssi(x) = six(x) - Pi/2}
begin
ssix := sfc_ssi(x);
end;
{---------------------------------------------------------------------------}
{---------------------- Statistical distributions --------------------------}
{---------------------------------------------------------------------------}
function beta_pdfx(a, b, x: extended): extended;
{-Return the probability density function of the beta distribution with}
{ parameters a and b: beta_pdf = x^(a-1)*(1-x)^(b-1) / beta(a,b)}
begin
beta_pdfx := sfc_beta_pdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function beta_cdfx(a, b, x: extended): extended;
{-Return the cumulative beta distribution function, a>0, b>0}
begin
beta_cdfx := sfc_beta_cdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function beta_invx(a, b, y: extended): extended;
{-Return the functional inverse of the beta distribution function. a>0, b>0;}
{ 0 <= y <= 1. Given y the function finds x such that beta_cdf(a, b, x) = y}
begin
beta_invx := sfc_beta_inv(a, b, y);
end;
{---------------------------------------------------------------------------}
function binomial_cdfx(p: extended; n, k: longint): extended;
{-Return the cumulative binomial distribution function with number}
{ of trials n >= 0 and success probability 0 <= p <= 1}
begin
binomial_cdfx := sfc_binomial_cdf(p,n,k);
end;
{---------------------------------------------------------------------------}
function binomial_pmfx(p: extended; n, k: longint): extended;
{-Return the binomial distribution probability mass function with number}
{ of trials n >= 0 and success probability 0 <= p <= 1}
begin
binomial_pmfx := sfc_binomial_pmf(p,n,k);
end;
{---------------------------------------------------------------------------}
function cauchy_pdfx(a, b, x: extended): extended;
{-Return the Cauchy probability density function with location a }
{ and scale b > 0, 1/(Pi*b*(1+((x-a)/b)^2))}
begin
cauchy_pdfx := sfc_cauchy_pdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function cauchy_cdfx(a, b, x: extended): extended;
{-Return the cumulative Cauchy distribution function with location a}
{ and scale b > 0, = 1/2 + arctan((x-a)/b)/Pi}
begin
cauchy_cdfx := sfc_cauchy_cdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function cauchy_invx(a, b, y: extended): extended;
{-Return the functional inverse of Cauchy distribution function}
{ with location a and scale b > 0}
begin
cauchy_invx := sfc_cauchy_inv(a, b, y);
end;
{---------------------------------------------------------------------------}
function chi2_pdfx(nu: longint; x: extended): extended;
{-Return the probability density function of the chi-square distribution, nu>0}
begin
chi2_pdfx := sfc_chi2_pdf(nu,x);
end;
{---------------------------------------------------------------------------}
function chi2_cdfx(nu: longint; x: extended): extended;
{-Return the cumulative chi-square distribution with nu>0 degrees of freedom, x >= 0}
begin
chi2_cdfx := sfc_chi2_cdf(nu,x);
end;
{---------------------------------------------------------------------------}
function chi2_invx(nu: longint; p: extended): extended;
{-Return the functional inverse of the chi-square distribution, nu>0, 0 <= p < 1}
begin
chi2_invx := sfc_chi2_inv(nu,p);
end;
{---------------------------------------------------------------------------}
function evt1_pdfx(a, b, x: extended): extended;
{-Return the probability density function of the Extreme Value Type I distribution}
{ with location a and scale b > 0, result = exp(-(x-a)/b)/b * exp(-exp(-(x-a)/b)) }
begin
evt1_pdfx := sfc_evt1_pdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function evt1_cdfx(a, b, x: extended): extended;
{-Return the cumulative Extreme Value Type I distribution function}
{ with location a and scale b > 0; result = exp(-exp(-(x-a)/b)). }
begin
evt1_cdfx := sfc_evt1_cdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function evt1_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Extreme Value Type I distribution}
{ function with location a and scale b > 0; result = a - b*ln(ln(-y)). }
begin
evt1_invx := sfc_evt1_inv(a, b, y);
end;
{---------------------------------------------------------------------------}
function exp_pdfx(a, alpha, x: extended): extended;
{-Return the exponential probability density function with location a }
{ and rate alpha > 0, = alpha*exp(-alpha*(x-a)) if x >= a, 0 if x < a.}
begin
exp_pdfx := sfc_exp_pdf(a, alpha, x);
end;
{---------------------------------------------------------------------------}
function exp_cdfx(a, alpha, x: extended): extended;
{-Return the cumulative exponential distribution function with location a}
{ and rate alpha > 0, = 1 - exp(-alpha*(x-a)) if x >= a, 0 if x < a.}
begin
exp_cdfx := sfc_exp_cdf(a, alpha, x);
end;
{---------------------------------------------------------------------------}
function exp_invx(a, alpha, y: extended): extended;
{-Return the functional inverse of exponential distribution function with}
{ location a and rate alpha > 0}
begin
exp_invx := sfc_exp_inv(a, alpha, y);
end;
{---------------------------------------------------------------------------}
function f_pdfx(nu1, nu2: longint; x: extended): extended;
{-Return the probability density function of the F distribution; x >= 0, nu1, nu2 > 0}
begin
f_pdfx := sfc_f_pdf(nu1, nu2, x);
end;
{---------------------------------------------------------------------------}
function f_cdfx(nu1, nu2: longint; x: extended): extended;
{-Return the cumulative F distribution function; x >= 0, nu1, nu2 > 0}
begin
f_cdfx := sfc_f_cdf(nu1, nu2, x);
end;
{---------------------------------------------------------------------------}
function f_invx(nu1, nu2: longint; y: extended): extended;
{-Return the functional inverse of the F distribution, nu1, nu2 > 0, 0 <= y <= 1}
begin
f_invx := sfc_f_inv(nu1, nu2, y);
end;
{---------------------------------------------------------------------------}
function gamma_pdfx(a, b, x: extended): extended;
{-Return the probability density function of a gamma distribution with shape}
{ a>0, scale b>0: gamma_pdf = x^(a-1)*exp(-x/b)/gamma(a)/b^a, x>0}
begin
gamma_pdfx := sfc_gamma_pdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function gamma_cdfx(a, b, x: extended): extended;
{-Return the cumulative gamma distribution function, shape a>0, scale b>0}
begin
gamma_cdfx := sfc_gamma_cdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function gamma_invx(a, b, p: extended): extended;
{-Return the functional inverse of the gamma distribution function, shape a>0,}
{ scale b>0, 0 <= p <= 1, i.e. finds x such that gamma_cdf(a, b, x) = p}
begin
gamma_invx := sfc_gamma_inv(a, b, p);
end;
{---------------------------------------------------------------------------}
function hypergeo_pmfx(n1,n2,n,k: longint): extended;
{-Return the hypergeometric distribution probability mass function; n,n1,n2 >= 0, n <= n1+n2;}
{ i.e. the probability that among n randomly chosen samples from a container}
{ with n1 type1 objects and n2 type2 objects are exactly k type1 objects:}
begin
hypergeo_pmfx := sfc_hypergeo_pmf(n1,n2,n,k);
end;
{---------------------------------------------------------------------------}
function hypergeo_cdfx(n1,n2,n,k: longint): extended;
{-Return the cumulative hypergeometric distribution function; n,n1,n2 >= 0, n <= n1+n2}
begin
hypergeo_cdfx := sfc_hypergeo_cdf(n1,n2,n,k);
end;
{---------------------------------------------------------------------------}
function invgamma_pdfx(a, b, x: extended): extended;
{-Return the probability density function of an inverse gamma distribution}
{ with shape a>0, scale b>0: result = (b/x)^a/x*exp(-b/x)/Gamma(a), x >= 0}
begin
invgamma_pdfx := sfc_invgamma_pdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function invgamma_cdfx(a, b, x: extended): extended;
{-Return the cumulative inverse gamma distribution function, shape a>0, scale}
{ b>0: result = Gamma(a,b/x)/Gamma(a) = Q(a,b/x) = igammaq(a,b/x), x >= 0}
begin
invgamma_cdfx := sfc_invgamma_cdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function invgamma_invx(a, b, y: extended): extended;
{-Return the functional inverse of the inverse gamma distribution function, shape}
{ a>0, scale b>0, 0 <= y <= 1, i.e. find x such that invgamma_cdf(a, b, x) = y }
begin
invgamma_invx := sfc_invgamma_inv(a, b, y);
end;
{---------------------------------------------------------------------------}
function kumaraswamy_pdfx(a, b, x: extended): extended;
{-Return the Kumaraswamy probability density function with shape}
{ parameters a,b>0, 0<=x<=1; result = a*b*x^(a-1)*(1-x^a)^(b-1) }
begin
kumaraswamy_pdfx := sfc_kumaraswamy_pdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function kumaraswamy_cdfx(a, b, x: extended): extended;
{-Return the cumulative Kumaraswamy distribution function with}
{ shape parameters a,b > 0, 0 <= x <= 1; result = 1-(1-x^a)^b}
begin
kumaraswamy_cdfx := sfc_kumaraswamy_cdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function kumaraswamy_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Kumaraswamy distribution}
{ with shape parameters a,b > 0; result = [1-(1-y)^(1/b)]^(1/a)}
begin
kumaraswamy_invx := sfc_kumaraswamy_inv(a,b,y)
end;
{---------------------------------------------------------------------------}
function laplace_cdfx(a, b, x: extended): extended;
{-Return the cumulative Laplace distribution function with location a and scale b > 0}
begin
laplace_cdfx := sfc_laplace_cdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function laplace_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Laplace distribution with location a and scale b > 0}
begin
laplace_invx := sfc_laplace_inv(a,b,y);
end;
{---------------------------------------------------------------------------}
function laplace_pdfx(a, b, x: extended): extended;
{-Return the Laplace probability density function with location a}
{ and scale b > 0, result = exp(-abs(x-a)/b) / (2*b)}
begin
laplace_pdfx := sfc_laplace_pdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function levy_pdfx(a, b, x: extended): extended;
{-Return the Levy probability density function with}
{ location a and scale parameter b > 0}
begin
levy_pdfx := sfc_levy_pdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function levy_cdfx(a, b, x: extended): extended;
{-Return the cumulative Levy distribution function with}
{ location a and scale parameter b > 0}
begin
levy_cdfx := sfc_levy_cdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function levy_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Levy distribution}
{ with location a and scale parameter b > 0}
begin
levy_invx := sfc_levy_inv(a, b, y);
end;
{---------------------------------------------------------------------------}
function logistic_pdfx(a, b, x: extended): extended;
{-Return the logistic probability density function with location a}
{ and scale parameter b > 0, exp(-(x-a)/b)/b/(1+exp(-(x-a)/b))^2}
begin
logistic_pdfx := sfc_logistic_pdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function logistic_cdfx(a, b, x: extended): extended;
{-Return the cumulative logistic distribution function with}
{ location a and scale parameter b > 0}
begin
logistic_cdfx := sfc_logistic_cdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function logistic_invx(a, b, y: extended): extended;
{-Return the functional inverse of the logistic distribution}
{ with location a and scale parameter b > 0}
begin
logistic_invx := sfc_logistic_inv(a,b,y);
end;
{---------------------------------------------------------------------------}
function lognormal_pdfx(a, b, x: extended): extended;
{-Return the log-normal probability density function with}
{ location a and scale parameter b > 0, zero for x <= 0.}
begin
lognormal_pdfx := sfc_lognormal_pdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function lognormal_cdfx(a, b, x: extended): extended;
{-Return the cumulative log-normal distribution function with}
{ location a and scale parameter b > 0, zero for x <= 0.}
begin
lognormal_cdfx := sfc_lognormal_cdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function lognormal_invx(a, b, y: extended): extended;
{-Return the functional inverse of the log-normal distribution}
{ with location a and scale parameter b > 0, 0 < y < 1.}
begin
lognormal_invx := sfc_lognormal_inv(a,b,y);
end;
{---------------------------------------------------------------------------}
function logseries_pmfx(a: extended; k: longint): extended;
{-Return the logarithmic (series) probability mass function}
{ with shape 0 < a < 1, k > 0; result = -a^k/(k*ln(1-a)) }
begin
logseries_pmfx := sfc_ls_pmf(a,k);
end;
{---------------------------------------------------------------------------}
function logseries_cdfx(a: extended; k: longint): extended;
{-Return the cumulative logarithmic (series) distribution function with shape 0 < a < 1, k > 0}
begin
logseries_cdfx := sfc_ls_cdf(a,k);
end;
{---------------------------------------------------------------------------}
function maxwell_pdfx(b, x: extended): extended;
{-Return the Maxwell probability density function with scale b > 0, x >= 0}
begin
maxwell_pdfx := sfc_maxwell_pdf(b,x);
end;
{---------------------------------------------------------------------------}
function maxwell_cdfx(b, x: extended): extended;
{-Return the cumulative Maxwell distribution function with scale b > 0, x >= 0}
begin
maxwell_cdfx := sfc_maxwell_cdf(b,x);
end;
{---------------------------------------------------------------------------}
function maxwell_invx(b, y: extended): extended;
{-Return the functional inverse of the Maxwell distribution with scale b > 0}
begin
maxwell_invx := sfc_maxwell_inv(b,y);
end;
{---------------------------------------------------------------------------}
function moyal_pdfx(a, b, x: extended): extended;
{-Return the Moyal probability density function with}
{ location a and scale parameter b > 0}
begin
moyal_pdfx := sfc_moyal_pdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function moyal_cdfx(a, b, x: extended): extended;
{-Return the cumulative Moyal distribution function with}
{ location a and scale parameter b > 0}
begin
moyal_cdfx := sfc_moyal_cdf(a, b, x);
end;
{---------------------------------------------------------------------------}
function moyal_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Moyal distribution}
{ with location a and scale parameter b > 0}
begin
moyal_invx := sfc_moyal_inv(a, b, y);
end;
{---------------------------------------------------------------------------}
function negbinom_cdfx(p,r: extended; k: longint): extended;
{-Return the cumulative negative binomial distribution function with target}
{ for number of successful trials r > 0 and success probability 0 <= p <= 1}
begin
negbinom_cdfx := sfc_negbinom_cdf(p,r,k);
end;
{---------------------------------------------------------------------------}
function negbinom_pmfx(p,r: extended; k: longint): extended;
{-Return the negative binomial distribution probability mass function with target}
{ for number of successful trials r > 0 and success probability 0 <= p <= 1}
begin
negbinom_pmfx := sfc_negbinom_pmf(p,r,k);
end;
{---------------------------------------------------------------------------}
function normal_pdfx(mu, sd, x: extended): extended;
{-Return the normal (Gaussian) probability density function with mean mu}
{ and standard deviation sd>0, exp(-0.5*(x-mu)^2/sd^2) / sqrt(2*Pi*sd^2)}
begin
normal_pdfx := sfc_normal_pdf(mu,sd,x);
end;
{---------------------------------------------------------------------------}
function normal_cdfx(mu, sd, x: extended): extended;
{-Return the normal (Gaussian) distribution function}
{ with mean mu and standard deviation sd > 0 }
begin
normal_cdfx := sfc_normal_cdf(mu,sd,x);
end;
{---------------------------------------------------------------------------}
function normal_invx(mu, sd, y: extended): extended;
{-Return the functional inverse of normal (Gaussian) distribution}
{ with mean mu and standard deviation sd > 0, 0 < y < 1.}
begin
normal_invx := sfc_normal_inv(mu, sd, y);
end;
{---------------------------------------------------------------------------}
function normstd_pdfx(x: extended): extended;
{-Return the std. normal probability density function exp(-x^2/2)/sqrt(2*Pi)}
begin
normstd_pdfx := sfc_normstd_pdf(x);
end;
{---------------------------------------------------------------------------}
function normstd_cdfx(x: extended): extended;
{-Return the standard normal distribution function}
begin
normstd_cdfx := sfc_normstd_cdf(x);
end;
{---------------------------------------------------------------------------}
function normstd_invx(y: extended): extended;
{-Return the inverse standard normal distribution function, 0 <= y <= 1.}
{ For x=normstd_inv(y) and y from [0,1], normstd_cdf(x) = y}
begin
if y <= 0.0 then normstd_invx := -MaxExtended
else if y >= 1.0 then normstd_invx := MaxExtended
else normstd_invx := sfc_normstd_inv(y);
end;
{---------------------------------------------------------------------------}
function pareto_pdfx(k, a, x: extended): extended;
{-Return the Pareto probability density function with minimum value k > 0}
{ and shape a, x >= a > 0, result = (a/x)*(k/x)^a}
begin
pareto_pdfx := sfc_pareto_pdf(k,a,x);
end;
{---------------------------------------------------------------------------}
function pareto_cdfx(k, a, x: extended): extended;
{-Return the cumulative Pareto distribution function minimum value k > 0}
{ and shape a, x >= a > 0, result = 1-(k/x)^a}
begin
pareto_cdfx := sfc_pareto_cdf(k,a,x);
end;
{---------------------------------------------------------------------------}
function pareto_invx(k, a, y: extended): extended;
{-Return the functional inverse of the Pareto distribution with minimum}
{ value k > 0 and shape a, x >= a > 0, result = k/(1-x)^(1/a)}
begin
pareto_invx := sfc_pareto_inv(k,a,y);
end;
{---------------------------------------------------------------------------}
function poisson_cdfx(mu: extended; k: longint): extended;
{-Return the cumulative Poisson distribution function with mean mu >= 0}
begin
poisson_cdfx := sfc_poisson_cdf(mu,k);
end;
{---------------------------------------------------------------------------}
function poisson_pmfx(mu: extended; k: longint): extended;
{-Return the Poisson distribution probability mass function with mean mu >= 0}
begin
poisson_pmfx := sfc_poisson_pmf(mu,k);
end;
{---------------------------------------------------------------------------}
function rayleigh_pdfx(b, x: extended): extended;
{-Return the Rayleigh probability density function with}
{ scale b > 0, x >= 0; result = x*exp(-0.5*(x/b)^2)/b^2}
begin
rayleigh_pdfx := sfc_rayleigh_pdf(b,x);
end;
{---------------------------------------------------------------------------}
function rayleigh_cdfx(b, x: extended): extended;
{-Return the cumulative Rayleigh distribution function with scale b > 0, x >= 0}
begin
rayleigh_cdfx := sfc_rayleigh_cdf(b,x);
end;
{---------------------------------------------------------------------------}
function rayleigh_invx(b, y: extended): extended;
{-Return the functional inverse of the Rayleigh distribution with scale b > 0}
begin
rayleigh_invx := sfc_rayleigh_inv(b,y);
end;
{---------------------------------------------------------------------------}
function t_pdfx(nu: longint; x: extended): extended;
{-Return the probability density function of Student's t distribution, nu>0}
begin
t_pdfx := sfc_t_pdf(nu,x);
end;
{---------------------------------------------------------------------------}
function t_cdfx(nu: longint; t: extended): extended;
{-Return the cumulative Student t distribution with nu>0 degrees of freedom}
begin
t_cdfx := sfc_t_cdf(nu,t);
end;
{---------------------------------------------------------------------------}
function t_invx(nu: longint; p: extended): extended;
{-Return the functional inverse of Student's t distribution, nu>0, 0 <= p <= 1}
begin
t_invx := sfc_t_inv(nu,p);
end;
{---------------------------------------------------------------------------}
function triangular_pdfx(a, b, c, x: extended): extended;
{-Return the triangular probability density function with}
{ lower limit a, upper limit b, mode c; a<b, a <= c <= b}
begin
triangular_pdfx := sfc_triangular_pdf(a,b,c,x);
end;
{---------------------------------------------------------------------------}
function triangular_cdfx(a, b, c, x: extended): extended;
{-Return the cumulative triangular distribution function with}
{ lower limit a, upper limit b, mode c; a<b, a <= c <= b}
begin
triangular_cdfx := sfc_triangular_cdf(a,b,c,x);
end;
{---------------------------------------------------------------------------}
function triangular_invx(a, b, c, y: extended): extended;
{-Return the functional inverse of the triangular distribution with}
{ lower limit a, upper limit b, mode c; a<b, a <= c <= b, 0 <= y <= 1}
begin
triangular_invx := sfc_triangular_inv(a,b,c,y);
end;
{---------------------------------------------------------------------------}
function uniform_pdfx(a, b, x: extended): extended;
{-Return the uniform probability density function on [a,b], a<b}
begin
uniform_pdfx := sfc_uniform_pdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function uniform_cdfx(a, b, x: extended): extended;
{-Return the cumulative uniform distribution function on [a,b], a<b}
begin
uniform_cdfx := sfc_uniform_cdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function uniform_invx(a, b, y: extended): extended;
{-Return the functional inverse of the uniform distribution on [a,b], a<b}
begin
uniform_invx := sfc_uniform_inv(a,b,y);
end;
{---------------------------------------------------------------------------}
function weibull_pdfx(a, b, x: extended): extended;
{-Return the Weibull probability density function with shape a > 0}
{ and scale b > 0, result = a*x^(a-1)*exp(-(x/b)^a)/ b^a, x > 0}
begin
weibull_pdfx := sfc_weibull_pdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function weibull_cdfx(a, b, x: extended): extended;
{-Return the cumulative Weibull distribution function with}
{ shape parameter a > 0 and scale parameter b > 0}
begin
weibull_cdfx := sfc_weibull_cdf(a,b,x);
end;
{---------------------------------------------------------------------------}
function weibull_invx(a, b, y: extended): extended;
{-Return the functional inverse of the Weibull distribution}
{ shape parameter a > 0 and scale parameter b > 0}
begin
weibull_invx := sfc_weibull_inv(a,b,y);
end;
{---------------------------------------------------------------------------}
function wald_pdfx(mu, b, x: extended): extended;
{-Return the Wald (inverse Gaussian) probability density}
{ function with mean mu > 0, scale b > 0 for x >= 0 }
begin
wald_pdfx := sfc_wald_pdf(mu, b, x);
end;
{---------------------------------------------------------------------------}
function wald_cdfx(mu, b, x: extended): extended;
{-Return the Wald (inverse Gaussian) distribution }
{ function with mean mu > 0, scale b > 0 for x >= 0}
begin
wald_cdfx := sfc_wald_cdf(mu, b, x);
end;
{---------------------------------------------------------------------------}
function wald_invx(mu, b, y: extended): extended;
{-Return the functional inverse of the Wald (inverse Gaussian)}
{ distribution with mean mu > 0, scale b > 0, 0 <= y < 1. }
begin
wald_invx := sfc_wald_inv(mu, b, y);
end;
{---------------------------------------------------------------------------}
function zipf_pmfx(r: extended; k: longint): extended;
{-Return the Zipf distribution probability mass function k^(-(r+1))/zeta(r+1), r>0, k>0}
begin
zipf_pmfx := sfc_zipf_pmf(r,k);
end;
{---------------------------------------------------------------------------}
function zipf_cdfx(r: extended; k: longint): extended;
{-Return the cumulative Zipf distribution function H(k,r+1)/zeta(r+1), r>0, k>0}
begin
zipf_cdfx := sfc_zipf_cdf(r,k);
end;
{---------------------------------------------------------------------------}
{------------------ Orthogonal polynomials and related ---------------------}
{---------------------------------------------------------------------------}
function chebyshev_tx(n: integer; x: extended): extended;
{-Return Tn(x), the Chebyshev polynomial of the first kind, degree n}
begin
chebyshev_tx := sfc_chebyshev_t(n,x);
end;
{---------------------------------------------------------------------------}
function chebyshev_ux(n: integer; x: extended): extended;
{-Return Un(x), the Chebyshev polynomial of the second kind, degree n}
begin
chebyshev_ux := sfc_chebyshev_u(n,x);
end;
{---------------------------------------------------------------------------}
function chebyshev_vx(n: integer; x: extended): extended;
{-Return V_n(x), the Chebyshev polynomial of the third kind, degree n>=0}
begin
chebyshev_vx := sfc_chebyshev_v(n,x);
end;
{---------------------------------------------------------------------------}
function chebyshev_wx(n: integer; x: extended): extended;
{-Return W_n(x), the Chebyshev polynomial of the fourth kind, degree n>=0}
begin
chebyshev_wx := sfc_chebyshev_w(n,x);
end;
{---------------------------------------------------------------------------}
function gegenbauer_cx(n: integer; a,x: extended): extended;
{-Return Cn(a,x), the nth Gegenbauer (ultraspherical) polynomial with}
{ parameter a. The degree n must be non-negative; a should be > -0.5 }
{ When a = 0, C0(0,x) = 1, and Cn(0,x) = 2/n*Tn(x) for n <> 0.}
begin
gegenbauer_cx := sfc_gegenbauer_c(n,a,x);
end;
{---------------------------------------------------------------------------}
function hermite_hx(n: integer; x: extended): extended;
{-Return Hn(x), the nth Hermite polynomial, degree n >= 0}
begin
hermite_hx := sfc_hermite_h(n,x);
end;
{---------------------------------------------------------------------------}
function jacobi_px(n: integer; a,b,x: extended): extended;
{-Return Pn(a,b,x), the nth Jacobi polynomial with parameters a,b. Degree n}
{ must be >= 0; a,b should be > -1 (a+b must not be an integer < -1).}
begin
jacobi_px := sfc_jacobi_p(n,a,b,x);
end;
{---------------------------------------------------------------------------}
function laguerrex(n: integer; a,x: extended): extended;
{-Return Ln(a,x), the nth generalized Laguerre polynomial with parameter a;}
{ degree n must be >= 0. x >=0 and a > -1 are the standard ranges.}
begin
laguerrex := sfc_laguerre(n,a,x);
end;
{---------------------------------------------------------------------------}
function laguerre_assx(n,m: integer; x: extended): extended;
{-Return the associated Laguerre polynomial Ln(m,x); n,m >= 0}
begin
laguerre_assx := sfc_laguerre_ass(n,m,x);
end;
{---------------------------------------------------------------------------}
function laguerre_lx(n: integer; x: extended): extended;
{-Return the nth Laguerre polynomial Ln(0,x); n >= 0}
begin
laguerre_lx := sfc_laguerre_l(n,x);
end;
{---------------------------------------------------------------------------}
function legendre_px(l: integer; x: extended): extended;
{-Return P_l(x), the Legendre polynomial/function P_l, degree l}
begin
legendre_px := sfc_legendre_p(l,x);
end;
{---------------------------------------------------------------------------}
function legendre_qx(l: integer; x: extended): extended;
{-Return Q_l(x), the Legendre function of the 2nd kind, degree l >=0, |x| <> 1}
begin
legendre_qx := sfc_legendre_q(l,x);
end;
{---------------------------------------------------------------------------}
function legendre_plmx(l,m: integer; x: extended): extended;
{-Return the associated Legendre polynomial P_lm(x)}
begin
legendre_plmx := sfc_legendre_plm(l,m,x);
end;
{---------------------------------------------------------------------------}
function legendre_qlmx(l,m: integer; x: extended): extended;
{-Return Q(l,m,x), the associated Legendre function of the second kind; l >= 0, l+m >= 0, |x|<>1}
begin
legendre_qlmx := sfc_legendre_qlm(l,m,x);
end;
{---------------------------------------------------------------------------}
procedure spherical_harmonicx(l, m: integer; theta, phi: extended; var yr,yi: extended);
{-Return Re and Im of the spherical harmonic function Y_lm(theta,phi)}
begin
sfc_spherical_harmonic(l,m,theta,phi,yr,yi);
end;
{---------------------------------------------------------------------------}
function toroidal_plmx(l,m: integer; x: extended): extended;
{-Return the toroidal harmonic function P(l-0.5,m,x); l,m=0,1; x >= 1}
begin
toroidal_plmx := sfc_thp(l,m,x);
end;
{---------------------------------------------------------------------------}
function toroidal_qlmx(l,m: integer; x: extended): extended;
{-Return the toroidal harmonic function Q(l-0.5,m,x); l=0,1; x > 1}
begin
toroidal_qlmx := sfc_thq(l,m,x);
end;
{---------------------------------------------------------------------------}
function zernike_rx(n,m: integer; r: extended): extended;
{-Return the Zernike radial polynomial Rnm(r), r >= 0, n >= m >= 0, n-m even}
begin
zernike_rx := sfc_zernike_r(n,m,r);
end;
{---------------------------------------------------------------------------}
{-------------------- Hypergeometric functions -----------------------------}
{---------------------------------------------------------------------------}
{---------------------------------------------------------------------------}
function hyperg_1F1x(a,b,x: extended): extended;
{-Return the confluent hypergeometric function 1F1(a,b,x); Kummer's function M(a,b,x)}
begin
hyperg_1F1x := sfc_1f1(a,b,x);
end;
{---------------------------------------------------------------------------}
function hyperg_1F1rx(a,b,x: extended): extended;
{-Return the regularized Kummer hypergeometric function 1F1(a,b,x)/Gamma(b)}
begin
hyperg_1F1rx := sfc_1f1r(a,b,x);
end;
{---------------------------------------------------------------------------}
function hyperg_ux(a,b,x: extended): extended;
{-Return Tricomi's confluent hypergeometric function U(a,b,x). If}
{ x<0, then a must be an integer and a<0 or 1+a-b an integer < 0.}
begin
hyperg_ux := sfc_chu(a,b,x);
end;
{---------------------------------------------------------------------------}
function hyperg_2F1x(a,b,c,x: extended): extended;
{-Return the Gauss hypergeometric function 2F1(a,b;c;x)}
begin
hyperg_2F1x := sfc_2f1(a,b,c,x);
end;
{---------------------------------------------------------------------------}
function hyperg_2F1rx(a,b,c,x: extended): extended;
{-Return the regularized Gauss hypergeometric function 2F1(a,b,c,x)/Gamma(c)}
begin
hyperg_2F1rx := sfc_2f1r(a,b,c,x);
end;
{---------------------------------------------------------------------------}
function WhittakerMx(k,m,x: extended): extended;
{-Return the Whittaker M function = exp(-x/2)*x^(0.5+m) * 1F1(m-k-0.5,2m+1,x)}
begin
WhittakerMx := sfc_whitm(k,m,x);
end;
{---------------------------------------------------------------------------}
function WhittakerWx(k,m,x: extended): extended;
{-Return the Whittaker W function = exp(-x/2)*x^(0.5+m) * U(m-k-0.5,2m+1,x)}
begin
WhittakerWx := sfc_whitw(k,m,x);
end;
{---------------------------------------------------------------------------}
function hyperg_0F1x(b,x: extended): extended;
{-Return the confluent hypergeometric limit function 0F1(;b;x)}
begin
hyperg_0F1x := sfc_0f1(b,x);
end;
{---------------------------------------------------------------------------}
function hyperg_0F1rx(b,x: extended): extended;
{-Return the regularized confluent hypergeometric limit function 0F1(;b;x)/Gamma(b)}
begin
hyperg_0F1rx := sfc_0f1r(b,x);
end;
{---------------------------------------------------------------------------}
function CylinderDx(v,x: extended): extended;
{-Return Whittaker's parabolic cylinder function D_v(x)}
begin
CylinderDx := sfc_pcfd(v,x);
end;
{---------------------------------------------------------------------------}
function CylinderUx(a,x: extended): extended;
{-Return the parabolic cylinder function U(a,x)}
begin
CylinderUx := sfc_pcfu(a,x);
end;
{---------------------------------------------------------------------------}
function CylinderVx(a,x: extended): extended;
{-Return the parabolic cylinder function V(a,x) with 2a integer}
begin
CylinderVx := sfc_pcfv(a,x);
end;
{---------------------------------------------------------------------------}
function HermiteHx(v,x: extended): extended;
{-Return the Hermite function H_v(x) of degree v}
begin
HermiteHx := sfc_pcfhh(v,x);
end;
{---------------------------------------------------------------------------}
{--------------------------- Other functions -------------------------------}
{---------------------------------------------------------------------------}
function bernoullix(n: integer): extended;
{-Return the nth Bernoulli number, 0 if n<0 or odd n >= 3}
begin
bernoullix := sfc_bernoulli(n);
end;
{---------------------------------------------------------------------------}
function bernpolyx(n: integer; x: extended): extended;
{-Return the Bernoulli polynomial B_n(x), 0 <= n <= MaxBernoulli}
begin
bernpolyx := sfc_bernpoly(n,x);
end;
{---------------------------------------------------------------------------}
function catalanx(x: extended): extended;
{-Return the Catalan function C(x) = binomial(2x,x)/(x+1)}
begin
catalanx := sfc_catf(x);
end;
{---------------------------------------------------------------------------}
function agmx(x,y: extended): extended;
{-Return the arithmetic-geometric mean of |x| and |y|; |x|,|y| < sqrt(MaxExtended)}
begin
agmx := sfc_agm(x,y);
end;
{---------------------------------------------------------------------------}
function debyex(n: integer; x: extended): extended;
{-Return the Debye function D(n,x) = n/x^n*integral(t^n/(exp(t)-1),t=0..x) of order n>0, x>=0}
begin
debyex := sfc_debye(n,x);
end;
{---------------------------------------------------------------------------}
function eulerx(n: integer): extended;
{-Return the nth Euler number, 0 if n<0 or odd n}
begin
eulerx := sfc_euler(n);
end;
{---------------------------------------------------------------------------}
function fibpolyx(n: integer; x: extended): extended;
{-Return the Fibonacci polynomial F_n(x)}
begin
fibpolyx := sfc_fpoly(n,x);
end;
{---------------------------------------------------------------------------}
function lucpolyx(n: integer; x: extended): extended;
{-Return the Lucas polynomial L_n(x)}
begin
lucpolyx := sfc_lpoly(n,x);
end;
{---------------------------------------------------------------------------}
function keplerx(M,e: extended): extended;
{-Solve Kepler's equation, result x is the eccentric anomaly from the mean anomaly M and the }
{ eccentricity e >= 0; x - e*sin(x) = M, x + x^3/3 = M, or e*sinh(x) - x = M for e <1, =1, >1}
begin
keplerx := sfc_kepler(M, e);
end;
{---------------------------------------------------------------------------}
function LambertWx(x: extended): extended;
{-Return the Lambert W function (principal branch), x >= -1/e}
begin
LambertWx := sfc_LambertW(x);
end;
{---------------------------------------------------------------------------}
function LambertW1x(x: extended): extended;
{-Return the Lambert W function (-1 branch), -1/e <= x < 0}
begin
LambertW1x := sfc_LambertW1(x);
end;
{---------------------------------------------------------------------------}
function li_invx(x: extended): extended;
{-Return the functional inverse of li(x), li(li_inv(x))=x}
begin
li_invx := sfc_ali(x);
end;
{---------------------------------------------------------------------------}
function RiemannRx(x: extended): extended;
{-Return the Riemann prime counting function R(x), x >= 1/16}
begin
RiemannRx := sfc_ri(x);
end;
{---------------------------------------------------------------------------}
function cosintx(n: integer; x: extended): extended;
{-Return cosint(n, x) = integral(cos(t)^n, t=0..x), n>=0}
begin
cosintx := sfc_cosint(n,x);
end;
{---------------------------------------------------------------------------}
function sinintx(n: integer; x: extended): extended;
{-Return sinint(n, x) = integral(sin(t)^n, t=0..x), n>=0}
begin
sinintx := sfc_sinint(n,x);
end;
end.
|
{
project euler #1 in pascal by antekone
http://anadoxin.org/blog
usage:
$ fpc 1.pas
$ ./1
}
program euler1;
var
sum, i: UInt32;
begin
sum := 0;
for i := 0 to 999 do
if (i mod 3 = 0) or (i mod 5 = 0) then
sum := sum + i;
writeln(sum)
end.
|
program USBLister;
{$mode objfpc}{$H+}
{ Raspberry Pi 3 Application }
{ Add your program code below, add additional units to the "uses" section if }
{ required and create new units by selecting File, New Unit from the menu. }
{ }
{ To compile your program select Run, Compile (or Run, Build) from the menu. }
{$define use_tftp}
uses
RaspberryPi3,
GlobalConfig,
GlobalConst,
GlobalTypes,
Platform,
Threads,
SysUtils,
Classes,
uLog,
USB,
Devices,
{$ifdef use_tftp}
uTFTP, Winsock2,
{$endif}
Ultibo, Console
{ Add additional units here };
var
Console1, Console2, Console3 : TWindowHandle;
{$ifdef use_tftp}
IPAddress : string;
{$endif}
USBDriver : PUSBDriver;
procedure Log1 (s : string);
begin
ConsoleWindowWriteLn (Console1, s);
end;
procedure Log2 (s : string);
begin
ConsoleWindowWriteLn (Console2, s);
end;
procedure Log3 (s : string);
begin
ConsoleWindowWriteLn (Console3, s);
end;
procedure Msg3 (Sender : TObject; s : string);
begin
Log3 (s);
end;
{$ifdef use_tftp}
function WaitForIPComplete : string;
var
TCP : TWinsock2TCPClient;
begin
TCP := TWinsock2TCPClient.Create;
Result := TCP.LocalAddress;
if (Result = '') or (Result = '0.0.0.0') or (Result = '255.255.255.255') then
begin
while (Result = '') or (Result = '0.0.0.0') or (Result = '255.255.255.255') do
begin
sleep (1000);
Result := TCP.LocalAddress;
end;
end;
TCP.Free;
end;
{$endif}
procedure WaitForSDDrive;
begin
while not DirectoryExists ('C:\') do sleep (500);
end;
function USBDriverBind (Device : PUSBDevice; Interrface : PUSBInterface) : LongWord;
var
i, j : integer;
s : string;
begin
Result := USB_STATUS_DEVICE_UNSUPPORTED;
if Device = nil then exit;
if Interrface <> nil then exit;
ConsoleWindowClear (Console1);
Log ('VID : ' + Device^.Descriptor^.idVendor.ToHexString (4));
Log ('PID : ' + Device^.Descriptor^.idProduct.ToHexString (4));
Log ('Product : ' + Device^.Product);
Log ('SNo : ' + Device^.SerialNumber);
Log ('Device Class : ' + USBClassCodeToString (Device^.Descriptor^.bDeviceClass));
Log ('Device Subclass : ' + Device^.Descriptor^.bDeviceSubClass.ToHexString (2));
Log ('Device Protocol : ' + Device^.Descriptor^.bDeviceProtocol.ToHexString (2));
Log ('Configurations : ' + length (Device^.Configurations).ToString);
Log ('First Configuration ----');
Log (' Interfaces : ' + length (Device^.Configuration^.Interfaces).ToString);
for j := low (Device^.Configuration^.Interfaces) to high (Device^.Configuration^.Interfaces) do
begin
Log (' ---- Interface ' + j.ToString + ' ---- ');
Log (' Class : ' + USBClassCodeToString (Device^.Configuration^.Interfaces[j]^.Descriptor^.bInterfaceClass));
Log (' SubClass : ' + Device^.Configuration^.Interfaces[j]^.Descriptor^.bInterfaceSubClass.ToHexString (2));
Log (' Protocol : ' + Device^.Configuration^.Interfaces[j]^.Descriptor^.bInterfaceProtocol.ToHexString (2));
for i := low (Device^.Configuration^.Interfaces[j]^.Endpoints) to high (Device^.Configuration^.Interfaces[j]^.Endpoints) do
begin
s := USBTransferTypeToString (Device^.Configuration^.Interfaces[j]^.Endpoints[i]^.bmAttributes);
s := s + ' ' + USBDirectionToString ((Device^.Configuration^.Interfaces[j]^.Endpoints[i]^.bEndpointAddress shr 7) and $01);
Log (' Endpoint ' + i.ToString + ' : ' + s + ' #' + (Device^.Configuration^.Interfaces[j]^.Endpoints[i]^.bEndpointAddress and $0f).ToString);
end;
end;
end;
function USBDriverUnbind (Device : PUSBDevice; Interrface : PUSBInterface) : LongWord;
begin
Result := USB_STATUS_INVALID_PARAMETER;
end;
begin
Console1 := ConsoleWindowCreate (ConsoleDeviceGetDefault, CONSOLE_POSITION_LEFT, true);
Console2 := ConsoleWindowCreate (ConsoleDeviceGetDefault, CONSOLE_POSITION_TOPRIGHT, false);
Console3 := ConsoleWindowCreate (ConsoleDeviceGetDefault, CONSOLE_POSITION_BOTTOMRIGHT, false);
SetLogProc (@Log1);
Log2 ('USB Lister.');
Log2 ('Plug in device to list information');
Log2 ('');
{$ifdef use_tftp}
IPAddress := WaitForIPComplete;
Log3 ('TFTP Usage : tftp -i ' + IPAddress + ' PUT kernel7.img');
SetOnMsg (@Msg3);
{$endif}
USBDriver := USBDriverCreate;
if USBDriver = nil then ThreadHalt (0);
USBDriver^.Driver.DriverName := 'GENERIC USB';
USBDriver^.DriverBind := @USBDriverBind;
USBDriver^.DriverUnbind := @USBDriverUnbind;
USBDriverRegister (USBDriver);
ThreadHalt (0);
end.
|
unit Model.Book;
interface
uses
System.JSON,
DataAccess.Books;
Type
TBookListKind = (blkAll, blkOnShelf, blkAvaliable);
TBook = class
private
FIsbn: string;
procedure SetIsbn(const Value: string);
public
Status: string;
Title: string;
Author: string;
ReleseDate: TDateTime;
Pages: integer;
Price: currency;
Currency: string;
Imported: TDateTime;
Description: string;
procedure Validate;
property Isbn: string read FIsbn write SetIsbn;
constructor Create(Books: IBooksDAO); overload;
procedure LoadFromJSON (jsBook: TJSONObject);
end;
implementation
{ TBook }
uses
Utils.General,
System.Classes,
System.SysUtils;
constructor TBook.Create(Books: IBooksDAO);
begin
inherited Create;
self.isbn := Books.fldISBN.Value;
self.title := Books.fldTitle.Value;
self.author := Books.fldAuthors.Value;
self.status := Books.fldStatus.Value;
self.releseDate := Books.fldReleseDate.Value;
self.pages := Books.fldPages.Value;
self.price := Books.fldPrice.Value;
self.currency := Books.fldCurrency.Value;
self.imported := Books.fldImported.Value;
self.description := Books.fldDescription.Value;
end;
procedure TBook.LoadFromJSON(jsBook: TJSONObject);
begin
Status := jsBook.Values['status'].Value;
Title := jsBook.Values['title'].Value;
Isbn := jsBook.Values['isbn'].Value;
Author := jsBook.Values['author'].Value;
// ReleseDate := BooksToDateTime(jsBook.Values['date'].Value);
Pages := (jsBook.Values['pages'] as TJSONNumber).AsInt;
Price := StrToCurr(jsBook.Values['price'].Value);
Currency := jsBook.Values['currency'].Value;
Description := jsBook.Values['description'].Value;
Imported := Now();
end;
procedure TBook.SetIsbn(const Value: string);
begin
FIsbn := Value;
end;
procedure TBook.Validate;
var
lValidateInfoMessage: TStringList;
begin
lValidateInfoMessage := TStringList.Create;
try
//Reguły walidacji dla książki
if not TValidateLibrary.IsNotEmpty(Isbn) then
lValidateInfoMessage.Add('Warość pola ISBN nie może być pusta!');
if not TValidateLibrary.CheckIBAN(Isbn) then
lValidateInfoMessage.Add('Warość pola ISBN ma nieprawidłowy format!');
if lValidateInfoMessage.Count <> 0 then
raise Exception.Create(lValidateInfoMessage.Text);
finally
lValidateInfoMessage.Free;
end;
end;
end.
|
unit ideSHComponentPageFrm;
interface
uses
SHDesignIntf, ideSHDesignIntf,
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, ExtCtrls, StdCtrls, ToolWin, ComCtrls, Contnrs, VirtualTrees,
Menus, ActnList;
type
TComponentPageForm = class(TSHComponentForm)
PopupMenu1: TPopupMenu;
CreateInstance1: TMenuItem;
Panel1: TPanel;
Tree: TVirtualStringTree;
Panel2: TPanel;
procedure CreateInstance1Click(Sender: TObject);
private
{ Private declarations }
function FindCategoryNode(const ACategory: string): PVirtualNode;
{ Tree }
procedure SetTreeEvents(ATree: TVirtualStringTree);
procedure TreeGetNodeDataSize(Sender: TBaseVirtualTree;
var NodeDataSize: Integer);
procedure TreeFreeNode(Sender: TBaseVirtualTree;
Node: PVirtualNode);
procedure TreeGetImageIndex(Sender: TBaseVirtualTree;
Node: PVirtualNode; Kind: TVTImageKind; Column: TColumnIndex;
var Ghosted: Boolean; var ImageIndex: Integer);
procedure TreeGetText(Sender: TBaseVirtualTree;
Node: PVirtualNode; Column: TColumnIndex; TextType: TVSTTextType;
var CellText: WideString);
procedure TreePaintText(Sender: TBaseVirtualTree;
const TargetCanvas: TCanvas; Node: PVirtualNode; Column: TColumnIndex;
TextType: TVSTTextType);
procedure TreeIncrementalSearch(
Sender: TBaseVirtualTree; Node: PVirtualNode;
const SearchText: WideString; var Result: Integer);
procedure TreeKeyDown(Sender: TObject; var Key: Word;
Shift: TShiftState);
procedure TreeDblClick(Sender: TObject);
procedure TreeGetPopupMenu(Sender: TBaseVirtualTree;
Node: PVirtualNode; Column: TColumnIndex; const P: TPoint;
var AskParent: Boolean; var PopupMenu: TPopupMenu);
procedure TreeCompareNodes(Sender: TBaseVirtualTree; Node1, Node2: PVirtualNode;
Column: TColumnIndex; var Result: Integer);
// procedure TreeGetHint(Sender: TBaseVirtualTree; Node: PVirtualNode;
// Column: TColumnIndex; var LineBreakStyle: TVTTooltipLineBreakStyle;
// var HintText: WideString);
protected
procedure DoOnEnter;
function GetTreePopup: TPopupMenu;
procedure DoOnAfterModalClose(Sender: TObject; ModalResult: TModalResult);
public
{ Public declarations }
constructor Create(AOwner: TComponent; AParent: TWinControl;
AComponent: TSHComponent; ACallString: string); override;
destructor Destroy; override;
procedure BringToTop; override;
procedure ReloadComponents;
end;
//var
// PaletteForm: TPaletteForm;
implementation
uses
ideSHConsts, ideSHSystem, ideSHSysUtils;
{$R *.dfm}
type
TNodeType = (ntFolder, ntServer, ntDatabase, ntObject);
PTreeRec = ^TTreeRec;
TTreeRec = record
NormalText: string;
StaticText: string;
Action: TSHAction;
NodeType: TNodeType;
ImageIndex: Integer;
end;
{ TPaletteForm }
constructor TComponentPageForm.Create(AOwner: TComponent; AParent: TWinControl;
AComponent: TSHComponent; ACallString: string);
begin
inherited Create(AOwner, AParent, AComponent, ACallString);
if Assigned(ModalForm) then
begin
Caption := Format(ACallString, [Component.Caption]);
ModalForm.OnAfterModalClose := DoOnAfterModalClose;
Panel1.BevelInner := bvLowered;
Panel2.Visible := False;
Tree.Color := clWindow;
end;
SetTreeEvents(Tree);
end;
destructor TComponentPageForm.Destroy;
begin
inherited Destroy;
end;
procedure TComponentPageForm.BringToTop;
begin
if Tree.CanFocus then Tree.SetFocus;
end;
procedure TComponentPageForm.ReloadComponents;
var
I: Integer;
Node: PVirtualNode;
NodeData: PTreeRec;
begin
Tree.BeginUpdate;
Tree.Clear;
try
for I := 0 to Pred(DesignerIntf.ActionList.ActionCount) do
if Supports(DesignerIntf.ActionList.Actions[I], ISHAction) and
((DesignerIntf.ActionList.Actions[I] as ISHAction).CallType = actCallPalette) and
(DesignerIntf.ActionList.Actions[I] as ISHAction).SupportComponent(Component.ClassIID) then
begin
DesignerIntf.ActionList.Actions[I].Update;
Node := FindCategoryNode(DesignerIntf.ActionList.Actions[I].Category);
if not Assigned(Node) then
begin
Node := Tree.AddChild(nil);
NodeData := Tree.GetNodeData(Node);
if Assigned(NodeData) then
begin
NodeData.NormalText := DesignerIntf.ActionList.Actions[I].Category;
NodeData.ImageIndex := IMG_PACKAGE;
NodeData.NodeType := ntFolder;
end;
end;
Node := Tree.AddChild(Node);
NodeData := Tree.GetNodeData(Node);
if Assigned(NodeData) then
begin
NodeData.NormalText := TAction(DesignerIntf.ActionList.Actions[I]).Caption;
NodeData.Action := TSHAction(DesignerIntf.ActionList.Actions[I]);
NodeData.ImageIndex := TAction(DesignerIntf.ActionList.Actions[I]).ImageIndex;
NodeData.NodeType := ntObject;
NodeData.StaticText := Format('%s', [ShortCutToText(TAction(DesignerIntf.ActionList.Actions[I]).ShortCut)]);
if NodeData.StaticText = '()' then NodeData.StaticText := EmptyStr;
end;
if Assigned(ModalForm) then
if Assigned(Node.Parent) then Tree.Expanded[Node.Parent] := True;
end;
finally
Tree.EndUpdate;
if Tree.GetFirst <> nil then
begin
Tree.FocusedNode := Tree.GetFirst;
Tree.Selected[Tree.FocusedNode] := True;
end;
end;
end;
function TComponentPageForm.FindCategoryNode(const ACategory: string): PVirtualNode;
var
Node: PVirtualNode;
NodeData: PTreeRec;
begin
Result := nil;
Node:= Tree.GetFirst;
while not Assigned(Result) and Assigned(Node) do
begin
NodeData := Tree.GetNodeData(Node);
if Assigned(NodeData) then
begin
if (NodeData.NodeType = ntFolder) and AnsiSameText(NodeData.NormalText, ACategory) then
Result := Node;
end;
Node := Tree.GetNextSibling(Node);
end;
end;
procedure TComponentPageForm.DoOnEnter;
var
NodeData: PTreeRec;
begin
if Assigned(Tree.FocusedNode) then
begin
NodeData := Tree.GetNodeData(Tree.FocusedNode);
if Assigned(NodeData) and (NodeData.NodeType = ntObject) and
Assigned(NodeData.Action) and (NodeData.Action.Enabled) then
NodeData.Action.Execute;
end;
end;
function TComponentPageForm.GetTreePopup: TPopupMenu;
var
NodeData: PTreeRec;
begin
Result := nil;
if Assigned(Tree.FocusedNode) then
begin
NodeData := Tree.GetNodeData(Tree.FocusedNode);
if Assigned(NodeData) then ;
end;
end;
procedure TComponentPageForm.DoOnAfterModalClose(Sender: TObject; ModalResult: TModalResult);
begin
if ModalResult = mrOK then DoOnEnter;
end;
procedure TComponentPageForm.CreateInstance1Click(Sender: TObject);
begin
DoOnEnter;
end;
{ Tree }
procedure TComponentPageForm.SetTreeEvents(ATree: TVirtualStringTree);
begin
ATree.Images := Designer.ImageList;
ATree.OnGetNodeDataSize := TreeGetNodeDataSize;
ATree.OnFreeNode := TreeFreeNode;
ATree.OnGetImageIndex := TreeGetImageIndex;
ATree.OnGetText := TreeGetText;
ATree.OnPaintText := TreePaintText;
ATree.OnIncrementalSearch := TreeIncrementalSearch;
ATree.OnKeyDown := TreeKeyDown;
ATree.OnDblClick := TreeDblClick;
ATree.OnGetPopupMenu := TreeGetPopupMenu;
ATree.OnCompareNodes := TreeCompareNodes;
// ATree.OnGetHint := TreeGetHint;
end;
procedure TComponentPageForm.TreeGetNodeDataSize(Sender: TBaseVirtualTree;
var NodeDataSize: Integer);
begin
NodeDataSize := SizeOf(TTreeRec);
end;
procedure TComponentPageForm.TreeFreeNode(Sender: TBaseVirtualTree;
Node: PVirtualNode);
var
NodeData: PTreeRec;
begin
NodeData := Sender.GetNodeData(Node);
if Assigned(NodeData) then Finalize(NodeData^);
end;
procedure TComponentPageForm.TreeGetImageIndex(Sender: TBaseVirtualTree;
Node: PVirtualNode; Kind: TVTImageKind; Column: TColumnIndex;
var Ghosted: Boolean; var ImageIndex: Integer);
var
NodeData: PTreeRec;
begin
ImageIndex := -1;
NodeData := Sender.GetNodeData(Node);
if Assigned(NodeData) then
begin
if Assigned(NodeData.Action) then
begin
NodeData.Action.Update;
if NodeData.Action.Enabled then
Node.States := Node.States - [vsDisabled]
else
Node.States := Node.States + [vsDisabled];
end;
if (Kind = ikNormal) or (Kind = ikSelected) then
ImageIndex := NodeData.ImageIndex;
end;
end;
procedure TComponentPageForm.TreeGetText(Sender: TBaseVirtualTree;
Node: PVirtualNode; Column: TColumnIndex; TextType: TVSTTextType;
var CellText: WideString);
var
NodeData: PTreeRec;
begin
NodeData := Sender.GetNodeData(Node);
if Assigned(NodeData) then
begin
case TextType of
ttNormal: CellText := NodeData.NormalText;
ttStatic:
begin
if Node.ChildCount > 0 then
CellText := Format('%d', [Node.ChildCount])
else
CellText := EmptyStr;
if Assigned(NodeData.Action) and not Assigned(ModalForm) then
CellText := NodeData.StaticText;
end;
end;
end;
end;
procedure TComponentPageForm.TreePaintText(Sender: TBaseVirtualTree;
const TargetCanvas: TCanvas; Node: PVirtualNode; Column: TColumnIndex;
TextType: TVSTTextType);
begin
case TextType of
ttNormal: if Node.ChildCount <> 0 then TargetCanvas.Font.Style := [fsBold];
ttStatic: if Sender.Focused and (vsSelected in Node.States) then
TargetCanvas.Font.Color := clWindow
else
TargetCanvas.Font.Color := clGray;
end;
end;
procedure TComponentPageForm.TreeIncrementalSearch(
Sender: TBaseVirtualTree; Node: PVirtualNode;
const SearchText: WideString; var Result: Integer);
var
NodeData: PTreeRec;
begin
NodeData := Sender.GetNodeData(Node);
if Assigned(NodeData) then
if Pos(AnsiUpperCase(SearchText), AnsiUpperCase(NodeData.NormalText)) <> 1 then
Result := 1;
end;
procedure TComponentPageForm.TreeKeyDown(Sender: TObject; var Key: Word;
Shift: TShiftState);
begin
if Assigned(Tree.FocusedNode) and (Key = VK_RETURN) then DoOnEnter;
end;
procedure TComponentPageForm.TreeDblClick(Sender: TObject);
var
HT: THitInfo;
P: TPoint;
NodeData: PTreeRec;
begin
GetCursorPos(P);
if Assigned(Tree.FocusedNode) then
begin
NodeData := Tree.GetNodeData(Tree.FocusedNode);
P := Tree.ScreenToClient(P);
Tree.GetHitTestInfoAt(P.X, P.Y, True, HT);
if (HT.HitNode = Tree.FocusedNode) and not (hiOnItemButton in HT.HitPositions) then
begin
if Assigned(ModalForm) then
begin
if Assigned(NodeData) and (NodeData.NodeType = ntObject) then
ModalForm.ModalResultCode := mrOK
end else
DoOnEnter;
end;
end;
end;
procedure TComponentPageForm.TreeGetPopupMenu(Sender: TBaseVirtualTree;
Node: PVirtualNode; Column: TColumnIndex; const P: TPoint;
var AskParent: Boolean; var PopupMenu: TPopupMenu);
var
HT: THitInfo;
begin
AskParent := False;
PopupMenu := nil;
if Assigned(Tree.FocusedNode) then
begin
Tree.GetHitTestInfoAt(P.X, P.Y, True, HT);
if HT.HitNode = Sender.FocusedNode then PopupMenu := GetTreePopup;
if not Assigned(PopupMenu) then Exit;
end;
end;
procedure TComponentPageForm.TreeCompareNodes(
Sender: TBaseVirtualTree; Node1, Node2: PVirtualNode;
Column: TColumnIndex; var Result: Integer);
var
Data1, Data2: PTreeRec;
begin
Data1 := Sender.GetNodeData(Node1);
Data2 := Sender.GetNodeData(Node2);
Result := CompareStr(Data1.NormalText, Data2.NormalText);
end;
//procedure TComponentPageForm.TreeGetHint(Sender: TBaseVirtualTree; Node: PVirtualNode;
// Column: TColumnIndex; var LineBreakStyle: TVTTooltipLineBreakStyle;
// var HintText: WideString);
//var
// NodeData: PTreeRec;
//begin
// NodeData := Sender.GetNodeData(Node);
// if Assigned(NodeData) and (NodeData.NodeType = ntObject) then
// if Length(NodeData.StaticText) > 0 then
// HintText := Format('%s (%s)', [NodeData.NormalText, NodeData.StaticText])
// else
// HintText := Format('%s', [NodeData.NormalText]);
//end;
end.
|
unit TpDb;
interface
uses
SysUtils, Classes,
Db, AdoDb, TypInfo,
ThHtmlDocument, ThHeaderComponent, ThNotifierList, ThTag, ThListSource, ThDbData,
ThDataConnection, ThRegExpr, TpControls, TpInterfaces;
type
TTpDb = class(TThHeaderComponent, ITpIncludeLister)
private
FDesignConnection: TThDataConnection;
FDebug: Boolean;
protected
procedure SetDesignConnection(const Value: TThDataConnection);
protected
procedure ListPhpIncludes(inIncludes: TStringList); virtual;
procedure Tag(inTag: TThTag); override;
public
constructor Create(inOwner: TComponent); override;
public
property DesignConnection: TThDataConnection read FDesignConnection
write SetDesignConnection;
published
property Debug: Boolean read FDebug write FDebug;
end;
//
TTpDataSource = class(TThHeaderComponent, IThListSource)
private
FDataSource: TDataSource;
FDb: TTpDb;
FDebug: Boolean;
FDesignOnly: Boolean;
FItems: TStringList;
FUpdating: Boolean;
FNotifiers: TThNotifierList;
FOnBeforeExecute: TTpEvent;
FOnFailure: TTpEvent;
FOnSuccess: TTpEvent;
FWantsActive: Boolean;
protected
function GetActive: Boolean;
function GetDataSet: TCustomADODataSet; virtual; abstract;
function GetItems: TStrings;
function GetNotifiers: TThNotifierList;
procedure SetActive(const Value: Boolean);
procedure SetDataSet(const Value: TCustomADODataSet);
procedure SetDb(const Value: TTpDb); virtual;
procedure SetDesignOnly(const Value: Boolean);
protected
procedure DataChange(Sender: TObject; Field: TField);
procedure DbChanged; virtual;
procedure Loaded; override;
procedure Notification(AComponent: TComponent;
Operation: TOperation); override;
procedure Tag(inTag: TThTag); override;
procedure UpdateItems;
protected
property Active: Boolean read GetActive write SetActive default false;
property Db: TTpDb read FDb write SetDb;
public
constructor Create(inOwner: TComponent); override;
destructor Destroy; override;
public
property DataSet: TCustomADODataSet read GetDataSet write SetDataSet;
property DataSource: TDataSource read FDataSource;
property DesignOnly: Boolean read FDesignOnly write SetDesignOnly
default false;
property OnBeforeExecute: TTpEvent read FOnBeforeExecute
write FOnBeforeExecute;
property OnFailure: TTpEvent read FOnFailure
write FOnFailure;
property OnSuccess: TTpEvent read FOnSuccess
write FOnSuccess;
published
property Debug: Boolean read FDebug write FDebug;
end;
//
TTpDataTable = class(TTpDataSource)
private
FTable: TAdoTable;
protected
function GetDataSet: TCustomADODataSet; override;
function GetTableName: string;
procedure SetTableName(const Value: string);
protected
procedure Tag(inTag: TThTag); override;
public
constructor Create(inOwner: TComponent); override;
published
property Active;
property Db;
property DesignOnly;
property OnBeforeExecute;
property OnFailure;
property OnSuccess;
property TableName: string read GetTableName write SetTableName;
end;
//
TTpDataQuery = class(TTpDataSource)
private
FParams: TStringList;
FQuery: TAdoQuery;
FSQL: TStringList;
protected
function GetDataSet: TCustomADODataSet; override;
procedure SetParams(const Value: TStringList);
procedure SetSQL(const Value: TStringList);
protected
function DoParamReplace(ARegExpr: TRegExpr): string;
function ParamsReplace(const inText: string): string;
procedure SqlChange(inSender: TObject);
procedure Tag(inTag: TThTag); override;
public
constructor Create(inOwner: TComponent); override;
destructor Destroy; override;
published
property Active;
property Db;
property DesignOnly;
property OnBeforeExecute;
property OnFailure;
property OnSuccess;
property Params: TStringList read FParams write SetParams;
property SQL: TStringList read FSQL write SetSQL;
end;
procedure TpSetDataSource(inOwner: TComponent; Value: TTpDataSource;
var ioSrcProp: TTpDataSource; inDataProp: TThDbData);
implementation
uses
DCPbase64;
const
cTpParamExpression = '\{%([^}]*)\}';
procedure TpSetDataSource(inOwner: TComponent; Value: TTpDataSource;
var ioSrcProp: TTpDataSource; inDataProp: TThDbData);
begin
if ioSrcProp <> nil then
ioSrcProp.RemoveFreeNotification(inOwner);
//
ioSrcProp := Value;
//
if ioSrcProp <> nil then
ioSrcProp.FreeNotification(inOwner);
//
if ioSrcProp <> nil then
inDataProp.DataSource := ioSrcProp.DataSource
else
inDataProp.DataSource := nil;
end;
{ TTpDb }
constructor TTpDb.Create(inOwner: TComponent);
begin
inherited;
FDesignConnection := TThDataConnection.Create(Self);
end;
procedure TTpDb.SetDesignConnection(const Value: TThDataConnection);
begin
FDesignConnection.Assign(Value);
end;
procedure TTpDb.ListPhpIncludes(inIncludes: TStringList);
begin
inIncludes.Add('TpDb.php');
end;
procedure TTpDb.Tag(inTag: TThTag);
begin
inTag.Attributes.Add('tpDebugFlag', Debug);
end;
{ TTpDataSource }
constructor TTpDataSource.Create(inOwner: TComponent);
begin
inherited;
FDataSource := TDataSource.Create(Self);
FDataSource.OnDataChange := DataChange;
FNotifiers := TThNotifierList.Create;
end;
destructor TTpDataSource.Destroy;
begin
FNotifiers.Free;
FItems.Free;
inherited;
end;
procedure TTpDataSource.Loaded;
begin
inherited;
Active := FWantsActive;
end;
procedure TTpDataSource.DbChanged;
begin
if (Db <> nil) and (DataSet <> nil) then
DataSet.Connection := Db.DesignConnection.Connection;
end;
procedure TTpDataSource.SetDb(const Value: TTpDb);
begin
if FDb <> Value then
begin
if FDb <> nil then
FDb.RemoveFreeNotification(Self);
FDb := Value;
if FDb <> nil then
FDb.FreeNotification(Self);
DbChanged;
end;
end;
procedure TTpDataSource.Notification(AComponent: TComponent;
Operation: TOperation);
begin
inherited;
if Operation = opRemove then
if AComponent = FDb then
begin
FDb := nil;
DbChanged;
end;
end;
function TTpDataSource.GetActive: Boolean;
begin
if (DataSet = nil) then
Result := false
else
Result := DataSet.Active;
end;
procedure TTpDataSource.SetActive(const Value: Boolean);
begin
if (Active <> Value) then
if csLoading in ComponentState then
FWantsActive := true
else
if not Value then
DataSet.Active := false
else if (Db <> nil) and (DataSet <> nil) then
try
Db.DesignConnection.Connected := true;
DataSet.Active := Db.DesignConnection.Connected;
except
end;
end;
procedure TTpDataSource.SetDataSet(const Value: TCustomADODataSet);
begin
FDataSource.DataSet := Value;
end;
procedure TTpDataSource.SetDesignOnly(const Value: Boolean);
begin
FDesignOnly := Value;
end;
procedure TTpDataSource.Tag(inTag: TThTag);
begin
with inTag do
begin
if Db <> nil then
Add('tpDb', Db.Name);
Attributes.Add('tpDebugFlag', Debug);
Add('tpOnBeforeExecute', OnBeforeExecute);
Add('tpOnFailure', OnFailure);
Add('tpOnSuccess', OnSuccess);
Add('tpName', Name);
end;
end;
procedure TTpDataSource.DataChange(Sender: TObject; Field: TField);
begin
if not FUpdating then
begin
UpdateItems;
FNotifiers.Notify;
end;
end;
procedure TTpDataSource.UpdateItems;
var
b: TBookmark;
begin
if FItems <> nil then
begin
//ItemsLoaded := false;
FItems.BeginUpdate;
FUpdating := true;
try
FItems.Clear;
if Active and (DataSet.FieldCount > 0) then
begin
b := DataSet.GetBookmark;
DataSet.First;
while not DataSet.Eof do
begin
FItems.Add(DataSet.Fields[0].AsString);
DataSet.Next;
end;
DataSet.GotoBookmark(b);
DataSet.FreeBookmark(b);
//ItemsLoaded := true;
end;
finally
FUpdating := false;
FItems.EndUpdate;
end;
//Notifiers.Notify;
end;
end;
function TTpDataSource.GetItems: TStrings;
begin
if FItems = nil then
begin
FItems := TStringList.Create;
UpdateItems;
end;
Result := FItems;
end;
function TTpDataSource.GetNotifiers: TThNotifierList;
begin
Result := FNotifiers;
end;
{ TTpDataTable }
constructor TTpDataTable.Create(inOwner: TComponent);
begin
inherited;
FTable := TAdoTable.Create(Self);
DataSet := FTable;
end;
procedure TTpDataTable.SetTableName(const Value: string);
begin
FTable.TableName := Value;
end;
function TTpDataTable.GetDataSet: TCustomADODataSet;
begin
Result := FTable;
end;
function TTpDataTable.GetTableName: string;
begin
Result := FTable.TableName;
end;
procedure TTpDataTable.Tag(inTag: TThTag);
begin
inherited;
with inTag do
begin
Add(tpClass, 'TTpDataTable');
Add('tpSQL', Base64EncodeStr('SELECT * from ' + TableName));
end;
end;
{ TTpDataQuery }
constructor TTpDataQuery.Create(inOwner: TComponent);
begin
inherited;
FSql := TStringList.Create;
FSql.OnChange := SqlChange;
FParams := TStringList.Create;
FParams.OnChange := SqlChange;
FQuery := TAdoQuery.Create(Self);
DataSet := FQuery;
end;
destructor TTpDataQuery.Destroy;
begin
FParams.Free;
FSql.Free;
inherited;
end;
function TTpDataQuery.GetDataSet: TCustomADODataSet;
begin
Result := FQuery;
end;
procedure TTpDataQuery.SetParams(const Value: TStringList);
begin
FParams.Assign(Value);
end;
procedure TTpDataQuery.SetSQL(const Value: TStringList);
begin
FSql.Assign(Value);
end;
function TTpDataQuery.DoParamReplace(ARegExpr: TRegExpr): string;
begin
try
Result := FParams.Values[ARegExpr.Match[1]];
except
Result := '';
end;
//ThFindContent(Owner, ARegExpr.Match[1], Result);
end;
function TTpDataQuery.ParamsReplace(const inText: string): string;
begin
with TRegExpr.Create do
try
Expression := cTpParamExpression;
Result := ReplaceEx(inText, DoParamReplace);
finally
Free;
end;
end;
procedure TTpDataQuery.SqlChange(inSender: TObject);
begin
//FQuery.SQL.Assign(Sql);
FQuery.SQL.Text := ParamsReplace(Sql.Text);
end;
procedure TTpDataQuery.Tag(inTag: TThTag);
begin
inherited;
with inTag do
begin
Add(tpClass, 'TTpDataQuery');
Add('tpSQL', Base64EncodeStr(FSql.Text));
//Add('tpParams', Base64EncodeStr(FParams.Text));
end;
end;
end.
|
{ *
* Copyright (C) 2014-2015 ozok <ozok26@gmail.com>
*
* This file is part of InstagramSaver.
*
* InstagramSaver is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 2 of the License, or
* (at your option) any later version.
*
* InstagramSaver 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 General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with InstagramSaver. If not, see <http://www.gnu.org/licenses/>.
*
* }
unit UnitImageTypeExtractor;
interface
uses Classes, Windows, SysUtils, Messages, StrUtils, MediaInfoDll;
type
TImageTypeEx = class(TObject)
private
FType: string;
FErrorCode: integer;
function ReadType(const ImagePath: string; const DeepCheck: Boolean): string;
public
property ImageType: string read FType;
property ErrorCode: integer read FErrorCode;
constructor Create(const ImagePath: string; const DeepCheck: Boolean);
destructor Destroy; override;
end;
implementation
const
ERROR_OK = 0;
ERROR_UNKKOWN_TYPE = 1;
ERROR_EMPTY_FILE = 2;
ERROR_INVALID_FILE = 3;
{ TImageTypeEx }
constructor TImageTypeEx.Create(const ImagePath: string; const DeepCheck: Boolean);
begin
FErrorCode := 0;
if FileExists(ImagePath) then
begin
FType := ReadType(ImagePath, DeepCheck);
end
else
begin
FType := '';
end;
end;
destructor TImageTypeEx.Destroy;
begin
inherited;
end;
function TImageTypeEx.ReadType(const ImagePath: string; const DeepCheck: Boolean): string;
var
MediaInfoHandle: Cardinal;
LFormat: string;
LSize: string;
LSizeInt: integer;
begin
Result := '';
if (FileExists(ImagePath)) then
begin
MediaInfoHandle := MediaInfo_New();
if MediaInfoHandle <> 0 then
begin
try
MediaInfo_Open(MediaInfoHandle, PWideChar(ImagePath));
MediaInfo_Option(0, 'Complete', '1');
LFormat := MediaInfo_Get(MediaInfoHandle, Stream_General, 0, 'Format', Info_Text, Info_Name);
if LFormat = 'JPEG' then
begin
Result := '.jpg'
end
else if LFormat = 'MPEG-4' then
begin
Result := '.mp4'
end
else
begin
FErrorCode := ERROR_UNKKOWN_TYPE;
//FileSize
LSize := MediaInfo_Get(MediaInfoHandle, Stream_General, 0, 'FileSize', Info_Text, Info_Name);
if Length(LSize) > 0 then
begin
if TryStrToInt(LSize, LSizeInt) then
begin
if LSizeInt = 0 then
begin
FErrorCode := ERROR_EMPTY_FILE;
end;
end
else
begin
FErrorCode := ERROR_EMPTY_FILE;
end;
end;
end;
finally
MediaInfo_Close(MediaInfoHandle);
end;
end;
end;
end;
end.
|
unit uInterface;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, Controls, ExtCtrls, StdCtrls, uPageObject, Forms, uSearch, uNotifier;
type
TInterface = class
private
is_wide: Boolean;
SearchPnl, ControlPnl: TPanel;
MainPnl: TScrollBox;
ImportLbl, ExportLbl, ArchiveLbl: TLabel;
ImportIcn, ExportIcn, ArchiveIcn: TImage;
HeaderLbl: TLabel;
Search: TSearch;
PageTop, PageGap: Integer;
PageObjects: array of TPageObject;
Notifier: TNotifier;
procedure LblMouseClick(Sender: TObject);
procedure LblMouseEnter(Sender: TObject);
procedure LblMouseLeave(Sender: TObject);
procedure FormResize(Sender: TObject);
procedure LoadNotes;
procedure LoadPage(Path: String);
procedure ClearPage;
public
procedure SetNotification(Text: String);
constructor Create(WC: TWinControl);
end;
implementation
uses
Dialogs, Graphics, uGlobal, FileUtil, uPostObject, uAddObject, uListObject;
constructor TInterface.Create(WC: TWinControl);
begin
is_wide := False;
SearchPnl := TPanel.Create(Nil);
with SearchPnl do
begin
Parent := WC;
AnchorToParent(TControl(SearchPnl), [akLeft, akTop, akRight]);
Height := 64;
Color := $00D6D6D6;
BorderStyle := bsNone;
BevelOuter := bvNone;
end;
Search := TSearch.Create(SearchPnl, WC.Width);
ControlPnl := TPanel.Create(Nil);
with ControlPnl do
begin
Parent := WC;
AnchorToParent(TControl(ControlPnl), [akLeft, akTop, akRight]);
AnchorSide[akTop].Side:= asrBottom;
AnchorSide[akTop].Control:= SearchPnl;
Height := 34;
Color := $00343434;
BorderStyle := bsNone;
BevelOuter := bvNone;
end;
MainPnl := TScrollBox.Create(Nil);
with MainPnl do
begin
Parent := WC;
AnchorToParent(TControl(MainPnl), [akLeft, akTop, akRight, akBottom]);
AnchorSide[akTop].Side:= asrBottom;
AnchorSide[akTop].Control:= ControlPnl;
Width := WC.Width;
Color := $00EBEBEB;
BorderStyle := bsNone;
HorzScrollBar.Visible := False;
VertScrollBar.Increment := 32;
ChildSizing.TopBottomSpacing := 16;
OnResize := @FormResize;
end;
HeaderLbl := TLabel.Create(Nil);
with HeaderLbl do
begin
Parent := SearchPnl;
Caption := 'Storyboard';
Font.Size := 18;
Font.Color := $00343434;
Font.Quality := fqCleartype;
Top := (SearchPnl.Height - Canvas.TextHeight(Caption)) div 2;
Left := Top;
end;
// Import
ImportIcn := TImage.Create(Nil);
with ImportIcn do
begin
Parent := ControlPnl;
Picture.LoadFromFile('./src/icons/import_g.png');
Width := 16;
Height := 16;
Top := (ControlPnl.Height - Height) div 2;
Left := HeaderLbl.Left;
Tag := 0;
Cursor := crHandPoint;
OnClick := @LblMouseClick;
OnMouseEnter := @LblMouseEnter;
OnMouseLeave := @LblMouseLeave;
end;
ImportLbl := TLabel.Create(Nil);
with ImportLbl do
begin
Parent := ControlPnl;
Caption := ' Import';
Font.Size := 10;
Font.Color := $00747474;
Font.Quality := fqCleartype;
Top := (ControlPnl.Height - Canvas.TextHeight(Caption)) div 2;
Left := ImportIcn.Left + ImportIcn.Width;
Tag := 0;
Cursor := crHandPoint;
OnClick := @LblMouseClick;
OnMouseEnter := @LblMouseEnter;
OnMouseLeave := @LblMouseLeave;
end;
// Export
ExportIcn := TImage.Create(Nil);
with ExportIcn do
begin
Parent := ControlPnl;
Picture.LoadFromFile('./src/icons/export_g.png');
Width := 16;
Height := 16;
Top := (ControlPnl.Height - Height) div 2;
Left := ImportLbl.Left + ImportLbl.Width;
Tag := 1;
Cursor := crHandPoint;
OnClick := @LblMouseClick;
OnMouseEnter := @LblMouseEnter;
OnMouseLeave := @LblMouseLeave;
end;
ExportLbl := TLabel.Create(Nil);
with ExportLbl do
begin
Parent := ControlPnl;
Caption := ' Export';
Font.Size := 10;
Font.Color := $00747474;
Font.Quality := fqCleartype;
Top := (ControlPnl.Height - Canvas.TextHeight(Caption)) div 2;
Left := ExportIcn.Left + ExportIcn.Width;
Tag := 1;
Cursor := crHandPoint;
OnClick := @LblMouseClick;
OnMouseEnter := @LblMouseEnter;
OnMouseLeave := @LblMouseLeave;
end;
// Archive
ArchiveIcn := TImage.Create(Nil);
with ArchiveIcn do
begin
Parent := ControlPnl;
Picture.LoadFromFile('./src/icons/archive_g.png');
Width := 16;
Height := 16;
Top := (ControlPnl.Height - Height) div 2;
Left := ExportLbl.Left + ExportLbl.Width;
Tag := 2;
Cursor := crHandPoint;
OnClick := @LblMouseClick;
OnMouseEnter := @LblMouseEnter;
OnMouseLeave := @LblMouseLeave;
end;
ArchiveLbl := TLabel.Create(Nil);
with ArchiveLbl do
begin
Parent := ControlPnl;
Caption := ' Archive';
Font.Size := 10;
Font.Color := $00747474;
Font.Quality := fqCleartype;
Top := (ControlPnl.Height - Canvas.TextHeight(Caption)) div 2;
Left := ArchiveIcn.Left + ArchiveIcn.Width;
Tag := 2;
Cursor := crHandPoint;
OnClick := @LblMouseClick;
OnMouseEnter := @LblMouseEnter;
OnMouseLeave := @LblMouseLeave;
end;
//LoadNotes;
//ClearPage;
PageTop := 16;
PageGap := 8;
Notifier := TNotifier.Create(MainPnl, PageTop);
LoadNotes;
LoadPage(LIVE_DATA + 'Page_items.psv');
end;
procedure TInterface.SetNotification(Text: String);
begin
// Hide notification object, update if state change
if (Text = '') and not (Notifier.Text = '') then
begin
Notifier.Text := Text;
Notifier.Hide;
PageTop := 16;
FormResize(Nil);
end
else
if not (Text = '') then
begin
Notifier.Text := Text;
Notifier.Show;
PageTop := Notifier.Bottom + PageGap;
FormResize(Nil);
end;
end;
procedure TInterface.LoadNotes;
var
Posts, Contents: TStringList;
k, Top: Integer;
begin
// Add button
if Length(PageObjects) = 0 then Top := PageTop else Top := PageObjects[Length(PageObjects)-1].Bottom + PageGap;
SetLength(PageObjects, Length(PageObjects)+1);
PageObjects[Length(PageObjects)-1] := TAddObject.Create(MainPnl, Top, MainPnl.Parent.Width);
Top := PageObjects[Length(PageObjects)-1].Bottom + PageGap;
// Add posts
Posts := TStringList.Create;
Contents := TStringList.Create;
FindAllFiles(Posts, LIVE_DATA, '*.psv', true);
for k := Posts.Count - 1 downto 0 do
begin
Contents.LoadFromFile(Posts.Strings[k]);
if not (PSV(Contents.Strings[0])[0] = 'Post') then
Posts.Delete(k);
end;
for k := 0 to Posts.Count - 1 do
begin
SetLength(PageObjects, Length(PageObjects)+1);
PageObjects[Length(PageObjects)-1] := TPostObject.Create(MainPnl, Top, MainPnl.Parent.Width, Basename(Posts.Strings[k]));
Top := PageObjects[Length(PageObjects)-1].Bottom + PageGap;
end;
end;
procedure TInterface.LoadPage(Path: String);
var
k, Top: Integer;
Contents: TStringList;
begin
if Length(PageObjects) = 0 then Top := PageTop else Top := PageObjects[Length(PageObjects)-1].Bottom + PageGap;
Contents := TStringList.Create;
Contents.LoadFromFile(Path);
for k := 0 to Contents.Count - 1 do
begin
SetLength(PageObjects, Length(PageObjects) + 1);
case PSV(Contents.Strings[k])[0] of
'List': PageObjects[Length(PageObjects) - 1] := TListObject.Create(MainPnl, Top, MainPnl.Parent.Width, Contents.Strings[k]);
end;
end;
end;
procedure TInterface.ClearPage;
var
k: Integer;
begin
for k := 0 to Length(PageObjects) - 1 do
PageObjects[k].Destroy;
SetLength(PageObjects, 0);
end;
procedure TInterface.FormResize(Sender: TObject);
var
k, Top: Integer;
begin
Top := PageTop;
for k := 0 to Length(PageObjects)-1 do
begin
PageObjects[k].Top := Top;
Top := Top+PageObjects[k].Height+8;
end;
end;
procedure TInterface.LblMouseClick(Sender: TObject);
begin
case (Sender as TControl).Tag of
0: ShowMessage('Import');
1: ShowMessage('Export');
2: ShowMessage('Archive');
end
end;
procedure TInterface.LblMouseEnter(Sender: TObject);
begin
case (Sender as TControl).Tag of
0:
begin
ImportLbl.Font.Color := $00EBEBEB;
ImportIcn.Picture.LoadFromFile('./src/icons/import_w.png')
end;
1:
begin
ExportLbl.Font.Color := $00EBEBEB;
ExportIcn.Picture.LoadFromFile('./src/icons/export_w.png')
end;
2:
begin
ArchiveLbl.Font.Color := $00EBEBEB;
ArchiveIcn.Picture.LoadFromFile('./src/icons/archive_w.png')
end;
end
end;
procedure TInterface.LblMouseLeave(Sender: TObject);
begin
case (Sender as TControl).Tag of
0:
begin
ImportLbl.Font.Color := $00747474;
ImportIcn.Picture.LoadFromFile('./src/icons/import_g.png')
end;
1:
begin
ExportLbl.Font.Color := $00747474;
ExportIcn.Picture.LoadFromFile('./src/icons/export_g.png')
end;
2:
begin
ArchiveLbl.Font.Color := $00747474;
ArchiveIcn.Picture.LoadFromFile('./src/icons/archive_g.png')
end;
end
end;
end.
|
{*******************************************************************************
Title: T2Ti ERP
Description: VO relacionado à tabela [ECF_VENDA_CABECALHO]
The MIT License
Copyright: Copyright (C) 2014 T2Ti.COM
Permission is hereby granted, free of charge, to any person
obtaining a copy of this software and associated documentation
files (the "Software"), to deal in the Software without
restriction, including without limitation the rights to use,
copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following
conditions:
The above copyright notice and this permission notice shall be
included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
OTHER DEALINGS IN THE SOFTWARE.
The author may be contacted at:
t2ti.com@gmail.com
@author Albert Eije (t2ti.com@gmail.com)
@version 2.0
*******************************************************************************}
unit EcfVendaCabecalhoVO;
{$mode objfpc}{$H+}
interface
uses
VO, Classes, SysUtils, FGL;
type
TEcfVendaCabecalhoVO = class(TVO)
private
FID: Integer;
FNOME_CAIXA: String;
FID_GERADO_CAIXA: Integer;
FID_EMPRESA: Integer;
FID_CLIENTE: Integer;
FID_ECF_FUNCIONARIO: Integer;
FID_ECF_MOVIMENTO: Integer;
FID_ECF_DAV: Integer;
FID_ECF_PRE_VENDA_CABECALHO: Integer;
FSERIE_ECF: String;
FCFOP: Integer;
FCOO: Integer;
FCCF: Integer;
FDATA_VENDA: TDateTime;
FHORA_VENDA: String;
FVALOR_VENDA: Extended;
FTAXA_DESCONTO: Extended;
FDESCONTO: Extended;
FTAXA_ACRESCIMO: Extended;
FACRESCIMO: Extended;
FVALOR_FINAL: Extended;
FVALOR_RECEBIDO: Extended;
FTROCO: Extended;
FVALOR_CANCELADO: Extended;
FTOTAL_PRODUTOS: Extended;
FTOTAL_DOCUMENTO: Extended;
FBASE_ICMS: Extended;
FICMS: Extended;
FICMS_OUTRAS: Extended;
FISSQN: Extended;
FPIS: Extended;
FCOFINS: Extended;
FACRESCIMO_ITENS: Extended;
FDESCONTO_ITENS: Extended;
FSTATUS_VENDA: String;
FNOME_CLIENTE: String;
FCPF_CNPJ_CLIENTE: String;
FCUPOM_CANCELADO: String;
FLOGSS: String;
FDATA_SINCRONIZACAO: TDateTime;
FHORA_SINCRONIZACAO: String;
published
property Id: Integer read FID write FID;
property NomeCaixa: String read FNOME_CAIXA write FNOME_CAIXA;
property IdGeradoCaixa: Integer read FID_GERADO_CAIXA write FID_GERADO_CAIXA;
property IdEmpresa: Integer read FID_EMPRESA write FID_EMPRESA;
property IdCliente: Integer read FID_CLIENTE write FID_CLIENTE;
property IdEcfFuncionario: Integer read FID_ECF_FUNCIONARIO write FID_ECF_FUNCIONARIO;
property IdEcfMovimento: Integer read FID_ECF_MOVIMENTO write FID_ECF_MOVIMENTO;
property IdEcfDav: Integer read FID_ECF_DAV write FID_ECF_DAV;
property IdEcfPreVendaCabecalho: Integer read FID_ECF_PRE_VENDA_CABECALHO write FID_ECF_PRE_VENDA_CABECALHO;
property SerieEcf: String read FSERIE_ECF write FSERIE_ECF;
property Cfop: Integer read FCFOP write FCFOP;
property Coo: Integer read FCOO write FCOO;
property Ccf: Integer read FCCF write FCCF;
property DataVenda: TDateTime read FDATA_VENDA write FDATA_VENDA;
property HoraVenda: String read FHORA_VENDA write FHORA_VENDA;
property ValorVenda: Extended read FVALOR_VENDA write FVALOR_VENDA;
property TaxaDesconto: Extended read FTAXA_DESCONTO write FTAXA_DESCONTO;
property Desconto: Extended read FDESCONTO write FDESCONTO;
property TaxaAcrescimo: Extended read FTAXA_ACRESCIMO write FTAXA_ACRESCIMO;
property Acrescimo: Extended read FACRESCIMO write FACRESCIMO;
property ValorFinal: Extended read FVALOR_FINAL write FVALOR_FINAL;
property ValorRecebido: Extended read FVALOR_RECEBIDO write FVALOR_RECEBIDO;
property Troco: Extended read FTROCO write FTROCO;
property ValorCancelado: Extended read FVALOR_CANCELADO write FVALOR_CANCELADO;
property TotalProdutos: Extended read FTOTAL_PRODUTOS write FTOTAL_PRODUTOS;
property TotalDocumento: Extended read FTOTAL_DOCUMENTO write FTOTAL_DOCUMENTO;
property BaseIcms: Extended read FBASE_ICMS write FBASE_ICMS;
property Icms: Extended read FICMS write FICMS;
property IcmsOutras: Extended read FICMS_OUTRAS write FICMS_OUTRAS;
property Issqn: Extended read FISSQN write FISSQN;
property Pis: Extended read FPIS write FPIS;
property Cofins: Extended read FCOFINS write FCOFINS;
property AcrescimoItens: Extended read FACRESCIMO_ITENS write FACRESCIMO_ITENS;
property DescontoItens: Extended read FDESCONTO_ITENS write FDESCONTO_ITENS;
property StatusVenda: String read FSTATUS_VENDA write FSTATUS_VENDA;
property NomeCliente: String read FNOME_CLIENTE write FNOME_CLIENTE;
property CpfCnpjCliente: String read FCPF_CNPJ_CLIENTE write FCPF_CNPJ_CLIENTE;
property CupomCancelado: String read FCUPOM_CANCELADO write FCUPOM_CANCELADO;
property Logss: String read FLOGSS write FLOGSS;
property DataSincronizacao: TDateTime read FDATA_SINCRONIZACAO write FDATA_SINCRONIZACAO;
property HoraSincronizacao: String read FHORA_SINCRONIZACAO write FHORA_SINCRONIZACAO;
end;
TListaEcfVendaCabecalhoVO = specialize TFPGObjectList<TEcfVendaCabecalhoVO>;
implementation
initialization
Classes.RegisterClass(TEcfVendaCabecalhoVO);
finalization
Classes.UnRegisterClass(TEcfVendaCabecalhoVO);
end.
|
unit InflatablesList_ShownPicturesManager;
{$INCLUDE '.\InflatablesList_defs.inc'}
interface
uses
Graphics, Controls, ExtCtrls,
InflatablesList_Types,
InflatablesList_ItemPictures,
InflatablesList_Manager;
type
TILShownPicturesManagerEntry = record
PictureKind: TLIItemPictureKind;
OldPicture: TBitmap;
Picture: TBitmap;
Image: TImage;
Background: TControl;
end;
TILShownPicturesManager = class(TObject)
private
fILManager: TILManager;
fRightAnchor: Integer;
fLeft: TControl;
fRight: TControl;
fImages: array[0..2] of TILShownPicturesManagerEntry;
fPictures: TILItemPictures;
public
constructor Create(ILManager: TILManager; RightAnchor: Integer; Left,Right: TControl; ImgA,ImgB,ImgC: TImage; BcgrA,BcgrB,BcgrC: TControl);
Function Kind(Image: TImage): TLIItemPictureKind; virtual;
Function Image(PictureKind: TLIItemPictureKind): TImage; virtual;
procedure ShowPictures(Pictures: TILItemPictures);
procedure UpdateSecondary; virtual;
end;
implementation
uses
InflatablesList_Utils,
InflatablesList_Item;
constructor TILShownPicturesManager.Create(ILManager: TILManager; RightAnchor: Integer; Left,Right: TControl; ImgA,ImgB,ImgC: TImage; BcgrA,BcgrB,BcgrC: TControl);
begin
inherited Create;
fILManager := ILManager;
fRightAnchor := RightAnchor;
fLeft := Left;
fRight := Right;
Fillchar(fImages,SizeOf(fImages),0);
fImages[0].Image := ImgC;
fImages[0].Background := BcgrC;
fImages[1].Image := ImgB;
fImages[1].Background := BcgrB;
fImages[2].Image := ImgA;
fImages[2].Background := BcgrA;
fPictures := nil;
end;
//------------------------------------------------------------------------------
Function TILShownPicturesManager.Kind(Image: TImage): TLIItemPictureKind;
var
i: Integer;
begin
Result := ilipkUnknown;
For i := Low(fImages) to High(fImages) do
If fImages[i].Image = Image then
begin
Result := fImages[i].PictureKind;
Break{For i};
end;
end;
//------------------------------------------------------------------------------
Function TILShownPicturesManager.Image(PictureKind: TLIItemPictureKind): TImage;
var
i: Integer;
begin
Result := nil;
For i := Low(fImages) to High(fImages) do
If fImages[i].PictureKind = PictureKind then
begin
Result := fImages[i].Image;
Break{For i};
end;
end;
//------------------------------------------------------------------------------
procedure TILShownPicturesManager.ShowPictures(Pictures: TILItemPictures);
const
SPACING = 8;
var
i: Integer;
TempInt: Integer;
ArrowsVisible: Boolean;
SecCount: Integer;
Function AssignPic(Index: Integer; PictureKind: TLIItemPictureKind): Boolean;
begin
Result := False;
If fPictures.CheckIndex(Index) then
begin
fImages[i].PictureKind := PictureKind;
fImages[i].Picture := fPictures[Index].Thumbnail;
Result := True;
end
end;
begin
fPictures := Pictures;
If Assigned(fPictures) then
begin
For i := Low(fImages) to High(fImages) do
begin
fImages[i].PictureKind := ilipkUnknown;
fImages[i].OldPicture := fImages[i].Picture;
fImages[i].Picture := nil;
end;
i := Low(fImages);
// assign pictures
If AssignPic(fPictures.IndexOfPackagePicture,ilipkPackage) then Inc(i);
If AssignPic(fPictures.CurrentSecondary,ilipkSecondary) then Inc(i);
If AssignPic(fPictures.IndexOfItemPicture,ilipkMain) then Inc(i);
For i := Low(fImages) to High(fImages) do
begin
If not Assigned(fImages[i].Picture) and (fImages[i].PictureKind <> ilipkUnknown) then
begin
If fImages[i].PictureKind = ilipkMain then
fImages[i].Picture := fILManager.DataProvider.ItemDefaultPictures[TILItem(fPictures.Owner).ItemType]
else
fImages[i].Picture := fILManager.DataProvider.EmptyPicture;
end;
If fImages[i].Picture <> fImages[i].OldPicture then
begin
fImages[i].Image.Picture.Assign(fImages[i].Picture);
fImages[i].Image.ShowHint := fImages[i].PictureKind <> ilipkUnknown;
fImages[i].Background.Visible := not Assigned(fImages[i].Picture);
end;
If (fImages[i].PictureKind = ilipkSecondary) and (fPictures.SecondaryCount(False) > 1) then
fImages[i].Image.Hint := IL_ItemPictureKindToStr(fImages[i].PictureKind,True) + IL_Format(' %d/%d',
[fPictures.SecondaryIndex(fPictures.CurrentSecondary) + 1,fPictures.SecondaryCount(False)])
else
fImages[i].Image.Hint := IL_ItemPictureKindToStr(fImages[i].PictureKind,True);
end;
// realign
TempInt := fRightAnchor;
ArrowsVisible := False;
SecCount := fPictures.SecondaryCount(False);
For i := Low(fImages) to High(fImages) do
begin
If (fImages[i].PictureKind = ilipkSecondary) and (SecCount > 1) then
begin
fRight.Left := TempInt - fRight.Width;
fImages[i].Image.Left := fRight.Left - fImages[i].Image.Width - SPACING;
fLeft.Left := fImages[i].Image.Left - fLeft.Width - SPACING;
TempInt := fLeft.Left - SPACING;
ArrowsVisible := True;
end
else
begin
fImages[i].Image.Left := TempInt - fImages[i].Image.Width;
TempInt := fImages[i].Image.Left - SPACING;
end;
fImages[i].Background.Left := fImages[i].Image.Left + (fImages[i].Image.Width - fImages[i].Background.Width) div 2;
end;
fLeft.Visible := ArrowsVisible;
fRight.Visible := ArrowsVisible;
end
else
begin
TempInt := fRightAnchor;
For i := Low(fImages) to High(fImages) do
begin
fImages[i].PictureKind := ilipkUnknown;
fImages[i].Picture := nil;
fImages[i].Image.Picture.Assign(nil);
fImages[i].Image.ShowHint := False;
fImages[i].Image.Left := TempInt - fImages[i].Image.Width;
fImages[i].Background.Visible := True;
fImages[i].Background.Left := fImages[i].Image.Left + (fImages[i].Image.Width - fImages[i].Background.Width) div 2;
Dec(TempInt,fImages[i].Image.Width + SPACING);
end;
end;
end;
//------------------------------------------------------------------------------
procedure TILShownPicturesManager.UpdateSecondary;
var
i: Integer;
begin
// find where is secondary assigned
If Assigned(fPictures) then
For i := Low(fImages) to High(fImages) do
If fImages[i].PictureKind = ilipkSecondary then
begin
If fPictures.CheckIndex(fPictures.CurrentSecondary) then
begin
If fImages[i].Picture <> fPictures[fPictures.CurrentSecondary].Thumbnail then
begin
If Assigned(fPictures[fPictures.CurrentSecondary].Thumbnail) then
fImages[i].Picture := fPictures[fPictures.CurrentSecondary].Thumbnail
else
fImages[i].Picture := fILManager.DataProvider.EmptyPicture;
fImages[i].Image.Picture.Assign(fImages[i].Picture);
end;
If fPictures.SecondaryCount(False) > 1 then
fImages[i].Image.Hint := IL_ItemPictureKindToStr(fImages[i].PictureKind,True) + IL_Format(' %d/%d',
[fPictures.SecondaryIndex(fPictures.CurrentSecondary) + 1,fPictures.SecondaryCount(False)])
else
fImages[i].Image.Hint := IL_ItemPictureKindToStr(fImages[i].PictureKind,True);
end;
Break{For i};
end;
end;
end.
|
unit OpenCV.Utils;
interface
uses
Winapi.Windows,
System.SysUtils,
Vcl.Graphics,
OpenCV.Core,
OpenCV.ImgProc,
OpenCV.ObjDetect,
OpenCV.Legacy,
OpenCV.HighGUI,
uMemory;
procedure Bitmap2IplImage(IplImg: PIplImage; Bitmap: TBitmap);
procedure IplImage2Bitmap(IplImg: PIplImage; Bitmap: TBitmap);
procedure SavePIplImageAsBitmap(IplImg: PIplImage; FileName: string);
function HasOpenCV: Boolean;
function LoadOpenCV: Boolean;
implementation
var
FOpenCVState: TOpenCVPrecent = ocvUndevined;
function LoadOpenCV: Boolean;
begin
if FOpenCVState = ocvUndevined then
begin
if CvLoadCoreLib and CvLoadImgProcLib and CvLoadObjDetectLib and CvLoadLegacyLib and CvLoadHighGUILib then
FOpenCVState := ocvAvailable
else
FOpenCVState := ocvUnavailable;
end;
Result := FOpenCVState = ocvAvailable;
end;
function HasOpenCV: Boolean;
begin
Result := True;
end;
procedure SavePIplImageAsBitmap(IplImg: PIplImage; FileName: string);
var
B: TBitmap;
begin
B := TBitmap.Create;
try
B.PixelFormat := pf24bit;
B.SetSize(IplImg.width, IplImg.height);
IplImage2Bitmap(IplImg, B);
B.SaveToFile(FileName);
finally
F(B);
end;
end;
{-----------------------------------------------------------------------------
Procedure: IplImage2Bitmap
Author: De Sanctis
Date: 23-set-2005
Arguments: iplImg: PIplImage; bitmap: TBitmap
Description: convert a IplImage to a Windows bitmap
----------------------------------------------------------------------------- }
procedure Bitmap2IplImage(IplImg: PIplImage; Bitmap: TBitmap);
const
IPL_ORIGIN_TL = 0;
IPL_ORIGIN_BL = 1;
var
I: INTEGER;
J: INTEGER;
Offset: Longint;
DataByte: PByteArray;
RowIn: PByteArray;
IsBGR, IsGray: Boolean;
function ToString(A: TA4CVChar): string;
var
I: Integer;
begin
SetLength(Result, 4);
for I := 0 to 3 do
Result[I + 1] := Char(A[I]);
Result := Trim(Result);
end;
begin
Assert((iplImg.Depth = 8) and (iplImg.NChannels in [1,3]), 'IplImage2Bitmap: Not a 24 bit color iplImage!');
Bitmap.Height := IplImg.Height;
Bitmap.Width := IplImg.Width;
IsBGR := ToString(IplImg.ChannelSeq) = 'BGR';
IsGray := ToString(IplImg.ChannelSeq) = 'GRAY';
for J := 0 to Bitmap.Height - 1 do
begin
// origin BL = Bottom-Left
if (Iplimg.Origin = IPL_ORIGIN_BL) then
RowIn := Bitmap.Scanline[Bitmap.Height - 1 - J]
else
RowIn := Bitmap.Scanline[J];
Offset := Longint(Iplimg.ImageData) + IplImg.WidthStep * J;
DataByte := Pbytearray(Offset);
if IsBGR then
begin
{ direct copy of the iplImage row bytes to bitmap row }
CopyMemory(DataByte, Rowin, IplImg.WidthStep);
end else if IsGray then
begin
if Bitmap.PixelFormat = pf24Bit then
for I := 0 to Bitmap.Width - 1 do
Databyte[I] := (RowIn[3 * I] * 77 + RowIn[3 * I + 1] * 151 + RowIn[3 * I + 2] * 28) shr 8;
if Bitmap.PixelFormat = pf8Bit then
for I := 0 to Bitmap.Width - 1 do
Databyte[I] := RowIn[I];
end else
begin
for I := 0 to 3 * Bitmap.Width - 1 do
begin
Databyte[I + 2] := RowIn[I];
Databyte[I + 1] := RowIn[I + 1];
Databyte[I] := RowIn[I + 2];
end;
end;
end;
end; { IplImage2Bitmap }
{-----------------------------------------------------------------------------
Procedure: IplImage2Bitmap
Author: De Sanctis
Date: 23-set-2005
Arguments: iplImg: PIplImage; bitmap: TBitmap
Description: convert a IplImage to a Windows bitmap
----------------------------------------------------------------------------- }
procedure IplImage2Bitmap(IplImg: PIplImage; Bitmap: TBitmap);
const
IPL_ORIGIN_TL = 0;
IPL_ORIGIN_BL = 1;
var
I: INTEGER;
J: INTEGER;
Offset: Longint;
DataByte: PByteArray;
RowIn: PByteArray;
IsBGR, IsGray: Boolean;
function ToString(A: TA4CVChar): string;
var
I: Integer;
begin
SetLength(Result, 4);
for I := 0 to 3 do
Result[I + 1] := Char(A[I]);
Result := Trim(Result);
end;
begin
Assert((iplImg.Depth in [8]) and (iplImg.NChannels in [1,3]), 'IplImage2Bitmap: Not a 24 bit color iplImage!');
Bitmap.SetSize(IplImg.Width, IplImg.Height);
IsBGR := ToString(IplImg.ChannelSeq) = 'BGR';
IsGray := ToString(IplImg.ChannelSeq) = 'GRAY';
for J := 0 to Bitmap.Height - 1 do
begin
// origin BL = Bottom-Left
if (Iplimg.Origin = IPL_ORIGIN_BL) then
RowIn := Bitmap.Scanline[Bitmap.Height - 1 - J]
else
RowIn := Bitmap.Scanline[J];
Offset := Longint(Iplimg.ImageData) + IplImg.WidthStep * J;
DataByte := Pbytearray(Offset);
if IsBGR then
begin
{ direct copy of the iplImage row bytes to bitmap row }
CopyMemory(Rowin, DataByte, IplImg.WidthStep);
end else if IsGray then
begin
if Bitmap.PixelFormat = pf24Bit then
for I := 0 to Bitmap.Width - 1 do
begin
RowIn[3 * I] := Databyte[I];
RowIn[3 * I + 1] := Databyte[I];
RowIn[3 * I + 2] := Databyte[I];
end;
if Bitmap.PixelFormat = pf8Bit then
for I := 0 to Bitmap.Width - 1 do
RowIn[I] := Databyte[I];
end else
begin
for I := 0 to 3 * Bitmap.Width - 1 do
begin
RowIn[I] := Databyte[I + 2];
RowIn[I + 1] := Databyte[I + 1];
RowIn[I + 2] := Databyte[I];
end;
end;
end;
end; { IplImage2Bitmap }
end.
|
{..............................................................................}
{ Summary Extract source library files out of an integrated library }
{ Version 1.0 }
{ }
{ Copyright (c) 2005 by Altium Limited }
{..............................................................................}
{..............................................................................}
Program ExtractSourceLibsFromIntLibs;
Var
SourceFolder : String;
FilesList : TStringList;
i : Integer;
Begin
If IntegratedLibraryManager = Nil then Exit;
If (InputQuery('Extract IntLib Files','Enter folder containing IntLib files',SourceFolder)) Then
Begin
If (SourceFolder <> '') Then
If (SourceFolder[Length(SourceFolder)] <> '\') Then
SourceFolder := SourceFolder + '\';
If (DirectoryExists(SourceFolder)) Then
Begin
Try
FilesList := TStringList.Create;
FilesList.Sorted := True;
FilesList.Duplicates := dupIgnore;
// FindFiles function is a built in function from Scripting...
FindFiles(SourceFolder,'*.IntLib',faAnyFile,False,FilesList);
For i := 0 To FilesList.Count - 1 Do
IntegratedLibraryManager.ExtractSources(FilesList.Strings[i]);
Finally
FilesList.Free;
End;
End;
End;
End.
{..............................................................................}
{..............................................................................}
|
unit InfoDialog;
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs, StdCtrls;
type
TInfoDialog = class(TForm)
// function ShowDialog : longint;\
private
{ Private declarations }
protected
{ Protected declarations }
public
{ Public declarations }
PushButton : String;
procedure AddText( X, Y : integer; Text, NameFont : string; SizeFont : integer; Color : TColor );
procedure AddButton( X, Y : integer; Text : string );
procedure ButtonClick(Sender: TObject);
constructor CreateNew(AOwner: TComponent);
published
{ Published declarations }
end;
procedure Register;
implementation
procedure Register;
begin
RegisterComponents('Losev Controls', [TInfoDialog]);
end;
constructor TInfoDialog.CreateNew(AOwner: TComponent);
begin
//FD:=TForm.Create(nil);
inherited CreateNew(AOwner);
Position:=poScreenCenter;
Scaled:=false;
BorderStyle:=bsDialog;
BorderIcons:=[];
end;
procedure TInfoDialog.AddText( X, Y : integer; Text, NameFont : string; SizeFont : integer; Color : TColor );
var
l : TLabel;
begin
l:=TLabel.Create(Self);
l.AutoSize:=true;
l.Font.Name:=NameFont;
l.Font.Size:=SizeFont;
l.Font.Color:=Color;
l.Caption:=Text;
if X=0 then
l.Left:=(Width-l.Width) div 2
else
l.Left:=X;
if Y=0 then
l.Top:=(Height-l.Height) div 2
else
l.Top:=Y;
InsertControl(l);
//InsertComponent(l);
end;
procedure TInfoDialog.AddButton( X, Y : integer; Text : string );
var
b : TButton;
begin
b:=TButton.Create(Self);
b.Left:=X;
b.Top:=Y;
b.Width:=100;
b.Height:=25;
b.Caption:=Text;
b.OnClick:=ButtonClick;
InsertControl(b);
//InsertComponent(b);
end;
procedure TInfoDialog.ButtonClick(Sender: TObject);
begin
PushButton:=TButton(Sender).Caption;
Close;
end;
//function TInfoDialog.ShowDialog : longint;
//begin
//FD.Height:=Height;
//FD.Width:=Width;
{with EnterDialogForm do begin
EnterDialogForm:=TEnterDialogForm.Create(nil);
Caption:=FCaption;
Label1.Caption:=FText;
Edit1.PasswordChar:=FPasswordChar;
Edit1.Text:=FInputText;
case FButtons of
MB_OK : begin
Button1.Visible:=true;
Button1.Caption:='Ok';
Button1.Left:=(Width-Button1.Width) div 2;
Button2.Visible:=false;
Button2.Caption:='';
end;
MB_OKCANCEL : begin
Button1.Visible:=true;
Button1.Caption:='Ok';
Button1.Left:=(Width-Button1.Width-Button2.Width-20) div 2;
Button2.Visible:=true;
Button2.Caption:='Отмена';
Button2.Left:=Button1.Left+Button1.Width+20;
end;
end;
Enter:=EnterDialogForm.ShowModal;
FInputText:=Edit1.Text;
EnterDialogForm.Free;
end;}
//f.Free;
//end;
end.
|
unit ojVirtualTreesDesign;
interface
uses classes, ojVirtualTrees, DesignEditors, DesignMenus, ColnEdit;
type
TojVirtualTreeEditor = class(TDefaultEditor)
protected
procedure ShowColumnsDesigner;
procedure ShowTreeDesigner;
public
procedure Edit; override;
procedure ExecuteVerb(Index: Integer); override;
function GetComponent: TojBaseVirtualTree;
function GetVerb(Index: Integer): string; override;
function GetVerbCount: Integer; override;
end;
implementation
uses dialogs, ojVirtualStringTreeDesign, ojVirtualDrawTreeDesign;
type
TVirtualTreeCast = class(TojBaseVirtualTree);
procedure TojVirtualTreeEditor.Edit;
begin
ShowColumnsDesigner;
end;
procedure TojVirtualTreeEditor.ExecuteVerb(Index: Integer);
var v_inh, v_local: integer;
begin
v_inh:= inherited GetVerbCount;
if Index < v_inh
then inherited ExecuteVerb(Index)
else
begin
v_local:= Index - v_inh;
case v_local of
0: {---};
1: ShowColumnsDesigner;
2: ShowTreeDesigner;
end;
end;
Designer.Modified;
end;
function TojVirtualTreeEditor.GetComponent: TojBaseVirtualTree;
begin
result:= TojBaseVirtualTree(inherited GetComponent);
end;
function TojVirtualTreeEditor.GetVerb(Index: Integer): string;
var v_inh, v_local: integer;
begin
v_inh:= inherited GetVerbCount;
if Index < v_inh
then result:= inherited GetVerb(Index)
else
begin
v_local:= Index - v_inh;
case v_local of
0: result:= '-';
1: result:= 'Columns';
2: result:= 'Advanced';
end;
end;
end;
function TojVirtualTreeEditor.GetVerbCount: Integer;
begin
result:= (inherited GetVerbCount) + 3;
end;
procedure TojVirtualTreeEditor.ShowColumnsDesigner;
begin
ShowCollectionEditor(Designer, Component, TVirtualTreeCast(Component).Header.Columns, 'Columns');
end;
procedure TojVirtualTreeEditor.ShowTreeDesigner;
begin
if GetComponent.InheritsFrom(TojCustomVirtualStringTree)
then TojVirtualStringTreeDesignForm.ShowDesigner(TojCustomVirtualStringTree(GetComponent))
else if GetComponent.InheritsFrom(TojCustomVirtualDrawTree)
then TojVirtualDrawTreeDesignForm.ShowDesigner(TojCustomVirtualDrawTree(GetComponent));
end;
end.
|
unit U_User;
interface
Uses Graphics, Forms, Classes;
type
TConnectState = (CS_CONNECT=0, CS_DISCONNECT=1, CS_HIDDEN=2);
TUser = class
private
FNick: String;
FMail: String;
FConnectState : TConnectState;
FImage: TBitMap;
FUserID: Integer;
procedure SetNick (value: String);
procedure SetMail (Value:String);
procedure SetConnectState (Value: TConnectState);
procedure SetImage (Value: TBitMap);
procedure SetUserID (Value: Integer);
Public
Destructor Destroy;
Constructor Create;
procedure LoadAvatarFromFile (URL: String);
published
property Nick: string read FNick write SetNick;
property Mail: String read FMail write SetMail;
property ConnectState: TConnectState read FConnectState write SetConnectState;
property Avatar: TBitmap read FImage write SetImage;
property UserId: Integer read FUserID write SetUserID;
end;
TContactList = TList;
TContact = class (TUser)
private
FIsActive: Boolean; ///----> no me acuerdo para que era
FIndex: Integer;
procedure SetIsActive (value: Boolean);
procedure SetIndex (Value: Integer);
public
WDW_Conversation: TForm;
Constructor Create (_idx: integer);
destructor Destroy;
function GetIndex: Integer;
published
property IsActive: Boolean read FIsActive write SetIsActive;
property UserIndex: Integer read FIndex write SetIndex;
end;
implementation
////////////////////////////////////////////////////////////////////////////////
/////////// TUSER IMPLEMENTATIONS
////////////////////////////////////////////////////////////////////////////////
//GETTERS & SETTERS
procedure TUser.SetNick (value: String);
begin
self.FNick:=value;
end;
procedure TUser.SetMail (Value:String);
begin
self.FMail:=value;
end;
procedure TUser.SetConnectState (Value: TConnectState);
begin
self.FConnectState:=value;
end;
procedure TUser.SetImage (Value: TBitMap);
begin
self.FImage:=value;
end;
procedure TUser.SetUserID (Value: Integer);
begin
self.FUserID:=value;
end;
//PUBLIC IMPLEMENTATIONS
Destructor TUser.Destroy;
Begin
Self.FImage.Free;
End;
Constructor TUser.Create;
Begin
Self.FImage:= TBitMap.Create;
End;
procedure TUser.LoadAvatarFromFile (URL: String);
Begin
////----FALTA COMPROBAR SI EL ARCHIVO EXISTE
if self.FImage<>nil then self.FImage.LoadFromFile(URL);
End;
////////////////////////////////////////////////////////////////////////////////
/////////// TCONTACT IMPLEMENTATIONS
////////////////////////////////////////////////////////////////////////////////
//GETTERS & SETTERS
procedure TContact.SetIsActive (value: Boolean);
begin
self.FIsActive:=value;
end;
procedure TContact.SetIndex (Value: Integer);
begin
FIndex:= value;
end;
//PUBLIC IMPLEMENTATIONS
constructor TContact.Create(_idx: integer);
begin
self.FIndex:= _idx;
//FWDW_Conversation:=TForm.Create(nil);
end;
function TContact.GetIndex: Integer;
begin
result:= FIndex;
end;
destructor TContact.Destroy;
begin
self.WDW_Conversation.Free;
end;
end. //End U_User
|
unit GLDRotateXYZParamsFrame;
interface
uses
Classes, Controls, Forms, StdCtrls, ComCtrls, GL,
GLDTypes, GLDSystem, GLDUpDown;
type
TGLDRotateXYZParamsFrame = class(TFrame)
GB_Rotate: TGroupBox;
L_AngleX: TLabel;
L_AngleY: TLabel;
L_AngleZ: TLabel;
E_AngleX: TEdit;
E_AngleY: TEdit;
E_AngleZ: TEdit;
UD_AngleX: TGLDUpDown;
UD_AngleY: TGLDUpDown;
UD_AngleZ: TGLDUpDown;
procedure ValueChangeUD(Sender: TObject);
procedure EditEnter(Sender: TObject);
private
FDrawer: TGLDDrawer;
procedure SetDrawer(Value: TGLDDrawer);
protected
procedure Notification(AComponent: TComponent; Operation: TOperation); override;
public
constructor Create(AOwner: TComponent); override;
function HaveRotateXYZ: GLboolean;
function GetParams: TGLDRotateXYZParams;
procedure SetParams(const Params: TGLDRotateXYZParams);
procedure SetParamsFrom(Source: TPersistent);
procedure ApplyParams;
property Drawer: TGLDDrawer read FDrawer write SetDrawer;
end;
implementation
{$R *.dfm}
uses
SysUtils, GLDConst, GLDX, GLDModify;
constructor TGLDRotateXYZParamsFrame.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FDrawer := nil;
end;
function TGLDRotateXYZParamsFrame.HaveRotateXYZ: GLboolean;
begin
Result := True;
if Assigned(FDrawer) and
Assigned(FDrawer.EditedModify) and
(FDrawer.EditedModify is TGLDRotateXYZ) then
Result := True;
end;
function TGLDRotateXYZParamsFrame.GetParams: TGLDRotateXYZParams;
begin
if HaveRotateXYZ then
Result.Center := TGLDRotateXYZ(FDrawer.EditedModify).Center.Vector3f
else Result.Center := GLD_VECTOR3F_ZERO;
Result.AngleX := UD_AngleX.Position;
Result.AngleY := UD_AngleY.Position;
Result.AngleZ := UD_AngleZ.Position;
end;
procedure TGLDRotateXYZParamsFrame.SetParams(const Params: TGLDRotateXYZParams);
begin
UD_AngleX.Position := Params.AngleX;
UD_AngleY.Position := Params.AngleY;
UD_AngleZ.Position := Params.AngleZ;
end;
procedure TGLDRotateXYZParamsFrame.SetParamsFrom(Source: TPersistent);
begin
if Assigned(Source) and (Source is TGLDRotateXYZ) then
SetParams(TGLDRotateXYZ(Source).Params);
end;
procedure TGLDRotateXYZParamsFrame.ApplyParams;
begin
if HaveRotateXYZ then
TGLDRotateXYZ(FDrawer.EditedModify).Params := GetParams;
end;
procedure TGLDRotateXYZParamsFrame.ValueChangeUD(Sender: TObject);
begin
if HaveRotateXYZ then
with TGLDRotateXYZ(FDrawer.EditedModify) do
if Sender = UD_AngleX then
AngleX := UD_AngleX.Position else
if Sender = UD_AngleY then
AngleY := UD_AngleY.Position else
if Sender = UD_AngleZ then
AngleZ := UD_AngleZ.Position;
end;
procedure TGLDRotateXYZParamsFrame.EditEnter(Sender: TObject);
begin
ApplyParams;
end;
procedure TGLDRotateXYZParamsFrame.Notification(AComponent: TComponent; Operation: TOperation);
begin
if Assigned(FDrawer) and (AComponent = FDrawer.Owner) and
(Operation = opRemove) then FDrawer := nil;
inherited Notification(AComponent, Operation);
end;
procedure TGLDRotateXYZParamsFrame.SetDrawer(Value: TGLDDrawer);
begin
FDrawer := Value;
if Assigned(FDrawer) then
SetParamsFrom(FDrawer.EditedModify);
end;
end.
|
unit UnitTimers;
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms,
Dialogs, ExtCtrls, UnitTypesAndVars, UnitGlobal, UnitConsts, Math, UnitClasses;
type
TFormTimers = class(TForm)
TimerWork: TTimer;
TimerDoTransaction: TTimer;
TimerReadMapInfo: TTimer;
procedure TimerWorkTimer(Sender: TObject);
procedure TimerDoTransactionTimer(Sender: TObject);
procedure TimerReadMapInfoTimer(Sender: TObject);
procedure FormCreate(Sender: TObject);
private
{ Private declarations }
FLocateHwnd: HWND;
FForgeOldTime: TDateTime;
FReadMapInfoCounter: integer;
public
{ Public declarations }
end;
var
FormTimers: TFormTimers;
implementation
uses
ClsMaps, ClsGames,
UnitShowWGs, UnitGeneralSet, UnitSetWGAttr, UnitMain,
UnitShowWorkTransactions, UnitShowPets, UnitShowStuffs, UnitDevelop,
UnitShowUniverseStove;
{$R *.dfm}
procedure TFormTimers.TimerWorkTimer(Sender: TObject);
var
tmpTransaction: TTransaction;
begin
// 如果不能工作，禁用工作时钟，并结束工作
if not ThisWork.CanWork then
begin
TimerWork.Enabled:=False;
FormMain.EndWork;
exit;
end;
// 获取当前事务
tmpTransaction := ThisWork.GetCurrTransaction;
// 当前事务正在工作，并且不是刚开始工作，退出
if tmpTransaction.IsWorking and (not ThisWork.IsFirstTime) then exit;
if ThisWork.IsFirstTime then // 如果是本轮中的刚开始，还没有做任何步骤，那么不可能是已做完本步骤的情况
ThisWork.IsFirstTime := False
else // 现在是应该已经做完本步骤的情况，进入下一步
ThisWork.GotoNextTrans;
if ThisWork.GetNextTransToDo then // 还有Transaction要完成
begin
tmpTransaction := ThisWork.GetCurrTransaction;
tmpTransaction.Init;
tmpTransaction.IsWorking := True;
TimerDoTransaction.Enabled := True;
TimerWork.Enabled := False;
end
else // 全部步骤已经完成
begin
ThisWork.RepeatCounter := ThisWork.RepeatCounter + 1; // 执行数加 1
if (ThisWork.RepeatCount = -1) or (ThisWork.RepeatCounter < ThisWork.RepeatCount)
then // 循环
ThisWork.GotoTrans(0, True)
else // 停止工作
ThisWork.CanWork := False;
end;
// 刷新工作状态显示
FormShowWorkTransactions.ShowTransactions;
end;
procedure TFormTimers.TimerDoTransactionTimer(Sender: TObject);
var
tmpStep, tmpTransStep: TStepInfo;
myhwnd: HWND;
tmpTransaction: TTransaction;
tmpCurrMap, tmpMap: TMapInfo;
tmpWin: TWindowInfo;
tmpNode: TNodeInfo;
i, tmpint: Integer;
tmpDWORD: DWORD;
tmpBoolean: Boolean;
tmpStove: StoveInfo;
tmpString: String;
Buffer: DWORD;
tmpPharmMap, tmpPharmName: String;
prevMap: DWORD;
prevX, prevY: DWORD;
tmpHealTransaction: TTransaction;
tmpReturnTransNum: Integer;
setHealIter: Integer;
begin
tmpTransaction := ThisWork.GetCurrTransaction; // 获得当前子任务
if (not ThisWork.CanWork) then // 如果任务无法工作，善后处理
begin
tmpTransaction.IsWorking := False;
TimerDoTransaction.Enabled := False;
TimerWork.Enabled := True;
exit;
end;
Sleep(TimeToSleep); // 延时，由基本设置窗口决定
if tmpTransaction.IsFinish then // 如果子任务完成，善后
begin
tmpTransaction.IsWorking := False;
tmpTransaction.State := 1;
TimerDoTransaction.Enabled := False;
if GetUserEnvState = UserEnvDialog then CancelNPCDialog;
TimerWork.Enabled := True;
exit;
end;
//----------------------------------------------------------------------------
tmpStep := tmpTransaction.GetCurrStep; // 获得当前步骤
case tmpStep.Action of
//--------------------------------------------------------------------------
// 左键单击，选择对话框的内容
//--------------------------------------------------------------------------
ActLeftClick:
begin
if tmpStep.SubStepIndex = 0 then // 最一开始，要按一次
begin
if GetUserEnvState = UserEnvDialog then // 只有在Dialog状态才能按左键
begin
tmpTransaction.SetOldTime;
HLInfoList.GlobalHL.LocateToPlayWindow(tmpWin);
if tmpWin = nil then Exit; // 没有找到
LeftClickOnSomeWindow_Send(tmpWin.Window,
StrToIntDef(tmpStep.X, 0), StrToIntDef(tmpStep.Y, 0));
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
Exit;
end;
end;
if ((tmpStep.Z = 'BattleState') and (GetUserEnvState = UserEnvBattle))
or ((tmpStep.Z = 'NormalState') and (GetUserEnvState = UserEnvNormal))
or (((Pos(WideString(tmpStep.Z), GetNPCDialog) > 0) or (tmpStep.Z = '')) and (GetUserEnvState = UserEnvDialog))
then // 满足条件，到下一步
begin
tmpStep.SubStepIndex := 0;
tmpTransaction.ClearOldTime;
tmpTransaction.GotoNextStep;
end
else if GetUserEnvState=UserEnvDialog then // 只有在Dialog状态才能按左键
begin
if not tmpTransaction.HasPassedInterval(5000) then exit;
tmpTransaction.SetOldTime;
HLInfoList.GlobalHL.LocateToPlayWindow(tmpWin);
if tmpWin = nil then Exit; // 没有找到
LeftClickOnSomeWindow_Send(tmpWin.Window,
StrToIntDef(tmpStep.X, 0), StrToIntDef(tmpStep.Y, 0));
end;
end;
//--------------------------------------------------------------------------
// 右键单击
//--------------------------------------------------------------------------
ActRightClick:
begin
if tmpStep.SubStepIndex = 0 then // 最一开始，要按一次
begin
if GetUserEnvState = UserEnvDialog then
begin // 如果是NPC对话状态，取消对话
CancelNPCDialog;
end
else if GetUserEnvState = UserEnvNormal then
begin // 如果是普通状态，记录当前时间，在指定位置点击右键，并进入下一步。
tmpTransaction.SetOldTime;
HLInfoList.GlobalHL.LocateToPlayWindow(tmpWin);
if tmpWin = nil then exit; // 没有找到
RightClickOnSomeWindow_Send(tmpWin.Window, StrToIntDef(tmpStep.X, 0), StrToIntDef(tmpStep.Y, 0));
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
exit;
end;
case GetUserEnvState of // 判断当前状态
UserEnvDialog: // 对话状态
if (Pos(WideString(tmpStep.Z), GetNPCDialog) > 0) or (tmpStep.Z = '') then
begin // 符合指定对话
tmpStep.SubStepIndex := 0;
tmpTransaction.ClearOldTime;
tmpTransaction.GotoNextStep;
end
else begin // 不符合指定对话------------------ 0.90 add
tmpTransaction.Init;
TimerDoTransaction.Enabled := False;
TimerWork.Enabled := True;
tmpTransaction.State := 1;
if GetUserEnvState = UserEnvDialog then CancelNPCDialog;
ThisWork.GotoTrans(0, True);
FormShowWorkTransactions.ShowTransactions;
end;
UserEnvNormal: // 只有在Normal状态才能按右键
begin
if not tmpTransaction.HasPassedInterval(5000) then exit;
tmpTransaction.SetOldTime;
HLInfoList.GlobalHL.LocateToPlayWindow(tmpWin);
if tmpWin = nil then Exit; // 没有找到
RightClickOnSomeWindow_Send(tmpWin.Window, StrToIntDef(tmpStep.X, 0), StrToIntDef(tmpStep.Y, 0));
end;
end;
end;
//--------------------------------------------------------------------------
// 移动位置：移动到地图内的某个坐标
//--------------------------------------------------------------------------
ActMoveToPos:
begin
//check current pos?
GetCurrPosXY(prevX,prevY);
if (prevX <> StrToInt(tmpStep.X)) or (prevY <> StrToInt(tmpStep.Y)) then
begin
tmpTransaction.PosX := StrToInt(tmpStep.X);
tmpTransaction.PosY := StrToInt(tmpStep.Y);
MoveToHL_Pos(tmpTransaction.PosX, tmpTransaction.PosY, true); // 移动到指定坐标点
Sleep(200);
end
else
begin
tmpTransaction.GotoNextStep; // 时间延迟
end;
end;
//--------------------------------------------------------------------------
// 来到地图：瞬移到某个地图：X-地图的ID
//--------------------------------------------------------------------------
ActGoToMap:
begin
tmpDWORD := ReadCurrMapID; // 获得当前地图标识
if tmpDWORD = 0 then Exit; // 正在切换地图中
tmpCurrMap := GameMaps.ItemOfMapID(tmpDWORD); // 获取当前地图信息
if tmpCurrMap = nil then
begin
ThisWork.CanWork := False;
ShowMessage('Unable to find map: ');
Exit;
end;
tmpMap := GameMaps.ItemOfMapID(StrToIntDef(tmpStep.X, 0)); // 获取目的地图信息
if tmpMap = tmpCurrMap then // 已经瞬移到了
begin
tmpStep.SubStepIndex := 0;
ThisMove.Free;
ThisMove := Nil;
tmpTransaction.GotoNextStep;
Exit;
end;
case tmpStep.SubStepIndex of
0: // Initialize, find path
begin
ThisMove.Free;
ThisMove := TMove.Create;
if not ThisMove.Init(tmpCurrMap.PosInMapList, tmpMap.PosInMapList) then
begin
ThisMove.Free;
ThisMove := Nil;
ThisWork.CanWork := False;
ShowMessage('No path found, movement canceled');
Exit;
end;
tmpTransaction.ClearOldTime;
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
1:
begin
// 路径走完，退出
if ThisMove.GetCurrPathNodeIndex = ThisMove.PathNodeCount then Exit;
// 获得当前路径节点
tmpNode := ThisMove.GetCurrPathNode;
// 如果当前地图 = 路径节点出口一致，跳至下一路径节点，并退出。
if tmpCurrMap.ID = tmpNode.OutMapID then
begin
tmpTransaction.ClearOldTime;
ThisMove.GotoNextPathNode;
Exit;
end;
if tmpNode.InHL_X <> -1 then // 普通移动
begin
if not tmpTransaction.HasPassedInterval(5000) then Exit;
tmpTransaction.SetOldTime;
MoveToHL_Pos(tmpNode.InHL_X, tmpNode.InHL_Y, false); // 移动到指定坐标点
end
else // 要做Trans
begin
ThisTrans := GameMaps.TransportList.ItemOfTransportID(tmpNode.InHL_Y); // 返回指定标识的传送点信息
ThisTrans.StepIndex := 0;
ThisTrans.OldNPCDialog := GetNPCDialog; // 返回NPC对话信息
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
end;
2: // 这个是专门给Tran做的，发出动作
begin
If ThisTrans.StepIndex = ThisTrans.Count then // Trans的步骤已经做完
begin
if GetUserEnvState = UserEnvDialog then // 还有残余对话框
begin
CancelNPCDialog;
end
else // 已经没有残余对话框了
begin
tmpNode := ThisMove.GetCurrPathNode;
if tmpCurrMap.ID = tmpNode.OutMapID then
begin
tmpTransaction.ClearOldTime;
ThisMove.GotoNextPathNode;
tmpStep.SubStepIndex := 1;
Exit;
end;
end;
Exit;
end;
tmpTransStep := ThisTrans.Items[ThisTrans.StepIndex];
case tmpTransStep.Action of
0: // Left-Click
begin
if GetUserEnvState = UserEnvDialog then // 必须得是对话框情况下才能按左键
begin
tmpTransaction.SetOldTime;
tmpTransaction.OldNPCDialog := GetNPCDialog;
HLInfoList.GlobalHL.LocateToPlayWindow(tmpWin);
if tmpWin = nil then Exit; // 没有找到;
myhwnd := tmpWin.Window;
EnableWindow(myhwnd, False);
Sleep(100);
LeftClickOnSomeWindow_Send(myhwnd, StrToIntDef(tmpTransStep.X, 0) + PlayLeftJust, StrToIntDef(tmpTransStep.Y, 0)+ PlayTopJust);
Sleep(100);
EnableWindow(myhwnd, True);
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end else begin
// ThisTrans.StepIndex := 0;
end;
end;
1: // Right-Click
begin
if GetUserEnvState = UserEnvNormal then // Must be in normal state to right-click
begin
tmpTransaction.SetOldTime;
tmpTransaction.OldNPCDialog := GetNPCDialog;
HLInfoList.GlobalHL.LocateToPlayWindow(tmpWin);
if tmpWin = nil then Exit;
myhwnd := tmpWin.Window;
EnableWindow(myhwnd, False);
Sleep(100);
RightClickOnSomeWindow_Send(myhwnd, StrToIntDef(tmpTransStep.X, 0) + PlayLeftJust, StrToIntDef(tmpTransStep.Y, 0) + PlayTopJust);
Sleep(100);
EnableWindow(myhwnd, True);
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end else begin
// If the network delay fails because it is judged whether or not the previous step is completed
// The NPC dialog may have been called out here (exception handling)
CancelNPCDialog; // 取消对话
ThisTrans.StepIndex := 0;
end;
end;
10: // Trigger Movement
begin
MoveToHL_Pos(StrToIntDef(tmpTransStep.X, 0), StrToIntDef(tmpTransStep.Y, 0), false);
ThisTrans.StepIndex := ThisTrans.StepIndex + 1;
end;
end;
end;
3: // 也是专门给Trans用的，检测是否完成了Trans中的一个Step
begin
if tmpTransaction.OldNPCDialog <> GetNPCDialog then // 切换了对话框
begin
tmpTransaction.OldNPCDialog := GetNPCDialog;
tmpStep.SubStepIndex := 2;
ThisTrans.StepIndex := ThisTrans.StepIndex + 1;
end
else // 等待超时，然后回去重做
begin
if not tmpTransaction.HasPassedInterval(5000) then Exit;
tmpStep.SubStepIndex := 2;
end;
end;
end;
end;
//--------------------------------------------------------------------------
// Battle
//--------------------------------------------------------------------------
ActInBattle:
case tmpStep.SubStepIndex of
0:
begin
if GetUserEnvState<>UserEnvBattle then Exit;
ThisBattle.Free;
ThisBattle:=TBattle.Create;
case FormGeneralSet.RadioGroupHumanAct.ItemIndex of
0: ThisBattle.OrderHumanAction:=BattleAttack;
1: ThisBattle.OrderHumanAction:=BattleDefence;
2: ThisBattle.OrderHumanAction:=BattleCapture;
end;
case FormGeneralSet.RadioGroupPetAct.ItemIndex of
0: ThisBattle.OrderPetAction:=BattleAttack;
1: ThisBattle.OrderPetAction:=BattleDefence;
end;
case FormGeneralSet.RadioGroupWhatToDoWhenNoMonsterToCapture.ItemIndex of
0: ThisBattle.EscapeWhenNoMonsterToCapture:=False;
1: ThisBattle.EscapeWhenNoMonsterToCapture:=True;
end;
ThisBattle.MonsterNameToCapture:=FormMain.EditMonsterToCapture.Text;
ThisBattle.CaptureLevelFrom:=StrToInt(FormMain.EditCaptureLevelFrom.Text);
ThisBattle.CaptureLevelTo:=StrToInt(FormMain.EditCaptureLevelTo.Text);
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1;
end;
1:
begin
tmpint:=GetUserEnvState;
if ((tmpStep.Y='Dialogue') and (tmpint=UserEnvDialog) and (Pos(WideString(tmpStep.Z), GetNPCDialog)>0)) // 战斗后应当是对话状态
or ((tmpStep.Y='Ordinary') and (tmpint=UserEnvNormal)) // 战斗后应当是普通状态
then
begin
if ThisBattle.HasBegin // 已经开始过，说明是战斗完毕了
then
begin
ThisBattle.Free;
ThisBattle:=Nil;
if tmpStep.X='Ordinary' then // End of battle
begin
tmpStep.SubStepIndex:=0;
tmpTransaction.GotoNextStep;
FormMain.UpdateMarchingPetInfo;
end
else if tmpStep.X='Overjob' then
begin
ThisUser.GetAttr;
if (ThisUser.Level div 100)*100=ThisUser.Level then // User official upgrade?
begin // End of battle
tmpStep.SubStepIndex:=0;
tmpTransaction.GotoNextStep;
FormMain.UpdateMarchingPetInfo;
end
else if ((ThisUser.Level div 100)*100<>ThisUser.Level) and (((ThisUser.Level+1) div 100)*100 <> ThisUser.Level+1)
then // The robery failed and the battle ended
begin
ThisWork.CanWork:=False;
tmpStep.SubStepIndex:=0;
ShowMessage('Failure to rob, stop working');
end;
end;
end;
end
else if tmpint=UserEnvBattle then // 正在战斗
begin
FormShowPets.ShowPets;
ThisBattle.DoBattle;
ThisBattle.HasBegin:=True;
end;
end;
end;
//--------------------------------------------------------------------------
// 购买物品
//--------------------------------------------------------------------------
ActBuyStuff:
begin
FormShowStuffs.ShowStuffs;
if tmpStep.SubStepIndex=0 then
begin
ThisBuyStuff.Free;
ThisBuyStuff:=TBuyStuff.Create;
ThisBuyStuff.PatchShop;
if not ThisBuyStuff.InitShop then Exit;
if tmpStep.Z='' then
ThisBuyStuff.WriteStuffInfo(tmpStep.X, tmpStep.Y, 1000)
else
ThisBuyStuff.WriteStuffInfo(tmpStep.X, tmpStep.Y, strtointdef(tmpStep.Z, 0));
ThisBuyStuff.GetAllStuffCount;
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1;
end;
if ThisBuyStuff.IsSatisfied then // 不用再买了
begin
ThisBuyStuff.UnPatchShop;
ThisBuyStuff.Free;
ThisBuyStuff:=Nil;
tmpStep.SubStepIndex:=0;
tmpTransaction.ClearOldTime;
tmpTransaction.GotoNextStep;
Exit;
end;
case tmpStep.SubStepIndex of
1:
begin
ThisBuyStuff.GetAllStuffCount;
tmpTransaction.SetOldTime;
if ThisBuyStuff.DoBuyStuff then tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1;
end;
2:
begin
if ThisBuyStuff.HasBoughtStuff then // 买到了药
begin
tmpStep.SubStepIndex:=1;
end
else // 还没有得到药
begin
if not tmpTransaction.HasPassedInterval(5000) then Exit; // 如果还没有到5秒，就等等
// 现在，过了5秒，还没有得到药，说明不会再得到了，所以就得重买
tmpStep.SubStepIndex:=1;
end;
end;
end;
end;
//--------------------------------------------------------------------------
// 开物品栏
//--------------------------------------------------------------------------
ActOpenItemWindow:
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(HLInfoList.GlobalHL.UserName + ' - Item/Equipment');
if tmpWin = nil then // 没有找到物品/装备窗口
begin
for i := 0 to HLInfoList.GlobalHL.Count-1 do
begin
tmpWin := HLInfoList.GlobalHL.Items[i];
if tmpWin.ClassName = 'TPUtilWindow' then
PostMessage(tmpWin.Window, WM_COMMAND, IDM_Item, 0);
end;
end
else
begin
if IsWindowEnabled(tmpWin.Window) then EnableWindow(tmpWin.Window, False);
if IsWindowVisible(tmpWin.Window) then ShowWindow(tmpWin.Window, SW_HIDE);
tmpTransaction.GotoNextStep;
end;
end;
//--------------------------------------------------------------------------
// 关物品栏
//--------------------------------------------------------------------------
ActCloseItemWindow:
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(HLInfoList.GlobalHL.UserName + ' - Item/Equipment');
if tmpWin=Nil then
begin
tmpTransaction.GotoNextStep;
end
else
begin
Sendmessage(tmpWin.Window, WM_CLOSE, 0, 0);
end;
end;
//--------------------------------------------------------------------------
// 使用物品
//--------------------------------------------------------------------------
ActUseItem:
begin
FormShowStuffs.ShowStuffs;
if tmpStep.SubStepIndex=0 then
begin
ThisUser.OldItemID:=ThisUser.FindItemID(tmpStep.X, tmpStep.Y);
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1;
end;
case tmpStep.SubStepIndex of
1:
begin
tmpTransaction.SetOldTime;
if ThisUser.UseItem(ThisUser.OldItemID) then
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1
else
begin
ThisWork.CanWork:=False;
tmpStep.SubStepIndex:=0;
ShowMessage('Unable to use item: '+tmpStep.X+','+tmpStep.Y+'['+IntToHex(ThisUser.OldItemID, 8)+']');
Exit;
end;
end;
2:
begin
if (ThisUser.FindItemPosByID(ThisUser.OldItemID)=0) or (tmpStep.Z = 'Skip') then // 已经完成使用物品
begin
tmpStep.SubStepIndex:=0;
tmpTransaction.ClearOldTime;
tmpTransaction.GotoNextStep;
Exit;
end
else // 还没有完成使用物品
begin
if not tmpTransaction.HasPassedInterval(5000) then Exit; // 如果还没有到5秒，就等等
// 现在，过了5秒，还没有完成，说明不会再完成，所以就得重使用
tmpStep.SubStepIndex:=1;
end;
end;
end;
end;
ActDropItem:
begin
FormShowStuffs.ShowStuffs;
if tmpStep.SubStepIndex=0 then
begin
//ThisUser.OldItemID:=ThisUser.FindItemID(tmpStep.X, tmpStep.Y);
ThisUser.OldItemCount := ThisUser.FindItemCount(tmpStep.X, tmpStep.Y);
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1;
end;
case tmpStep.SubStepIndex of
1:
begin
tmpTransaction.SetOldTime;
if ThisUser.DropItem(ThisUser.FindItemID(tmpStep.X, tmpStep.Y)) then
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1
else
begin //Item not owned
tmpStep.SubStepIndex:=0;
tmpTransaction.ClearOldTime;
tmpTransaction.GotoNextStep;
Exit;
end;
end;
2:
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Are you sure?');
if tmpWin = nil then Exit;
myhwnd := HLInfoList.GlobalHL.
LocateChildWindowWNDByTitle(tmpWin.Window, 'OK(&O)', True);
PostMessage(myhwnd, WM_LBUTTONDOWN, MK_LBUTTON, 0);
PostMessage(myhwnd, WM_LBUTTONUP, 0, 0);
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1
end;
3:
begin
ThisUser.OldItemID := ThisUser.FindItemID(tmpStep.X, tmpStep.Y);
if (ThisUser.OldItemID=0)
or ((StrToIntDef(tmpStep.Z, 0) > 0)
and (StrToIntDef(tmpStep.Z, 0) <= (ThisUser.OldItemCount - ThisUser.FindItemCount(tmpStep.X, tmpStep.Y)))) then
begin
tmpStep.SubStepIndex:=0;
tmpTransaction.ClearOldTime;
tmpTransaction.GotoNextStep;
Exit;
end
else // 还没有完成使用物品
begin
if not tmpTransaction.HasPassedInterval(5000) then Exit; // 如果还没有到5秒，就等等
// 现在，过了5秒，还没有完成，说明不会再完成，所以就得重使用
tmpStep.SubStepIndex:=1;
end;
end;
end;
end;
//--------------------------------------------------------------------------
// 离开商店
//--------------------------------------------------------------------------
ActQuitShop:
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Monster&Me - Store');
if tmpWin = nil then
begin
tmpTransaction.GotoNextStep;
end
else
begin
Sendmessage(tmpWin.Window, WM_CLOSE, 0, 0);
end;
end;
//--------------------------------------------------------------------------
// 点击按钮
//--------------------------------------------------------------------------
ActPressButton:
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(tmpStep.Z);
if tmpWin<>Nil then
begin
tmpTransaction.GotoNextStep;
end
else
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(tmpStep.Y);
if tmpWin=Nil then Exit;
myhwnd := HLInfoList.GlobalHL.
LocateChildWindowWNDByTitle(tmpWin.Window, tmpStep.X, True);
PostMessage(myhwnd, WM_LBUTTONDOWN, MK_LBUTTON, 0);
PostMessage(myhwnd, WM_LBUTTONUP, 0, 0);
end;
end;
//--------------------------------------------------------------------------
// Wuxing
//--------------------------------------------------------------------------
ActDoForge:
case tmpStep.SubStepIndex of
0: // Init
begin
ThisUser.GetItems;
if ThisUser.ItemCount >= 15 then
begin
ThisWork.CanWork:=False;
ShowMessage('Your inventory is full! Unable to wux.');
Exit;
end;
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Wuxing Oven');
if tmpWin=Nil then // Did not find the wuxing oven
begin
for i := 0 to HLInfoList.GlobalHL.Count - 1 do
begin
tmpWin := HLInfoList.GlobalHL.Items[i];
if tmpWin.ClassName = 'TPUtilWindow' then
PostMessage(tmpWin.Window, WM_COMMAND, IDM_UniverseStove, 0);
end;
Exit;
end
else
begin
if IsWindowEnabled(tmpWin.Window) then
EnableWindow(tmpWin.Window, False);
if IsWindowVisible(tmpWin.Window) then
ShowWindow(tmpWin.Window, SW_HIDE);
end;
ThisForge.Free;
ThisForge := TForge.Create;
ThisForge.PatchUniverseStove;
ThisForge.Init;
tmpStep.SubStepIndex := tmpStep.SubStepIndex+1;
end;
1: // Handle Wuxing
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Wuxing Oven');
if tmpWin = nil then Exit;
myhwnd := HLInfoList.GlobalHL.
LocateChildWindowWNDByTitle(tmpWin.Window, 'Start', True);
if myhwnd = 0 then Exit;
FormShowStuffs.ShowStuffs;
FormShowUniverseStove.ShowUniverseStove;
tmpint := Round((GetTime - FForgeOldTime) * 24 * 3600 * 1000);
tmpint := FormShowUniverseStove.TrackBarForgeDelay.Position - tmpint; // Elapsed time and rated dif
if tmpint > 0 then
begin
FormShowUniverseStove.LabelAnimator.Caption :=
'Delay ' + Format('%d', [tmpint]) + 'MS';
Exit;
end;
tmpStove := ThisForge.GetCurrStove;
ThisForge.InitStoveStuffsToBeChozen;
tmpStove.tmpID1 := 0;
tmpStove.tmpID2 := 0;
For i := 0 to 7 do
begin
tmpStove.Rooms[i].Stuff.StuffID := 0;
tmpStove.Rooms[i].Stuff.StuffAttr := $4d2;
end;
if not ThisForge.FillStove then Exit; // Items do not meet refining condition
ThisForge.WriteStoveInstruction;
SendMessage(myhwnd, WM_LBUTTONDOWN, MK_LBUTTON, 0);
SendMessage(myhwnd, WM_LBUTTONUP, 0, 0);
FForgeOldTime := GetTime;
tmpStep.SubStepIndex:=tmpStep.SubStepIndex+1;
end;
2: // Cleanup
begin
FormShowStuffs.ShowStuffs;
FormShowUniverseStove.ShowUniverseStove;
FormShowUniverseStove.LabelAnimator.Caption := '炼化中..';
if ThisForge.HasCurrStoveFinished then
begin
FormShowUniverseStove.LabelAnimator.Caption := '炼化完成';
ThisForge.GotoNextStove;
if ThisForge.IsFinish then
begin // 完成了
ThisForge.Clean;
tmpStep.SubStepIndex:=0;
ThisForge.UnPatchUniverseStove;
ThisForge.Free;
ThisForge:=Nil;
tmpTransaction.GotoNextStep;
end
else tmpStep.SubStepIndex:=1;
end;
end;
end;
//--------------------------------------------------------------------------
// 呼叫 NPC
//--------------------------------------------------------------------------
ActCallNPC:
case tmpStep.SubStepIndex of
0: // 找到NPC并开始呼叫
begin
for i := 0 to Ord(High(TNPCID)) do
begin
if NPCs[i].Name = tmpStep.X then // 比较 NPC 名字
begin
tmpStep.CalledNPCID := TNPCID(i);// NPCIDsArray[i];
BeginCallNPC(tmpStep.CalledNPCID);
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
Exit;
end;
end;
end;
1: // 等待 SatisfiedCond，结束呼叫NPC
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(
NPCs[Ord(tmpStep.CalledNPCID)].SatisfiedCond);
if tmpWin <> Nil then
begin
EndCallNPC;
tmpStep.SubStepIndex := 0;
tmpTransaction.GotoNextStep;
end;
end;
end;
//--------------------------------------------------------------------------
// 停止工作
//--------------------------------------------------------------------------
ActTerminate:
begin
tmpTransaction.State := 1; // 无论如何，这个大步骤都算完成了
ThisWork.CanWork := False;
ShowMessage('Script stopped: ' + tmpStep.X);
end;
//--------------------------------------------------------------------------
// 拥有物品：等待满足此物品，达到指定数量级
//--------------------------------------------------------------------------
ActHaveStuff: // 等待满足此物品
begin
if
StrToIntDef(tmpStep.Z, 0) <= ThisUser.FindItemCount(tmpStep.X, tmpStep.Y)
then
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 物品数目：等待满足此物品，等于指定数量级
//--------------------------------------------------------------------------
ActStuffNum: // 与ActHaveStuff不同的是，严格限制物品数目
begin
if
StrToIntDef(tmpStep.Z, 0) = ThisUser.FindItemCount(tmpStep.X, tmpStep.Y)
then tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 跳至步骤 N
//--------------------------------------------------------------------------
ActJumpToTransN:
begin
tmpTransaction.Init;
TimerDoTransaction.Enabled := False;
TimerWork.Enabled := True;
tmpTransaction.State := 1;
if GetUserEnvState = UserEnvDialog then CancelNPCDialog;
ThisWork.GotoTrans(StrToIntDef(tmpStep.X, 0), True);
FormShowWorkTransactions.ShowTransactions;
if tmpHealTransaction <> nil then
begin
ThisWork.DeleteTransaction(ThisWork.GetSize() - 1);
tmpHealTransaction := nil;
end;
end;
//--------------------------------------------------------------------------
// 拥有宠物：等待满足此宠物，达到指定数量级
//--------------------------------------------------------------------------
ActHavePet: // 等待满足此宠物
begin
if
StrToIntDef(tmpStep.Z, 0) <= ThisUser.FindPetCount(tmpStep.X, StrToIntDef(tmpStep.Y, 0))
then
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 宠物数目：等待满足此宠物，等于指定数量级
//--------------------------------------------------------------------------
ActPetNum: // 与ActHavePet不同的是，严格限制宠物数目
begin
if
StrToIntDef(tmpStep.Z, 0) = ThisUser.FindPetCount(tmpStep.X, StrToIntDef(tmpStep.Y,0))
then
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 取消对话
//--------------------------------------------------------------------------
ActCancelNPCDialog:
begin
CancelNPCDialog;
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 等待延时
//--------------------------------------------------------------------------
ActDelay:
case tmpStep.SubStepIndex of
0:
begin
tmpTransaction.SetOldTime;
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
1:
begin
if not tmpTransaction.HasPassedInterval(StrToIntDef(tmpStep.X, 0)) then Exit;
tmpTransaction.ClearOldTime;
tmpStep.SubStepIndex := 0;
tmpTransaction.GotoNextStep;
end;
end;
//--------------------------------------------------------------------------
// 进入战斗
//--------------------------------------------------------------------------
ActActiveBattle:
case tmpStep.SubStepIndex of
0:
begin
//Initialize battle
FormMain.UpdateMarchingPetInfo;
if (tmpStep.X = 'Atk') or (tmpStep.X = 'Attack') then FormGeneralSet.RadioGroupHumanAct.ItemIndex := 0
else if (tmpStep.X = 'Def') or (tmpStep.X = 'Defend') then FormGeneralSet.RadioGroupHumanAct.ItemIndex := 1
else if (tmpStep.X = 'Capture') then FormGeneralSet.RadioGroupHumanAct.ItemIndex := 2;
if (tmpStep.Y = 'Atk') or (tmpStep.Y = 'Attack') then FormGeneralSet.RadioGroupPetAct.ItemIndex := 0
else if (tmpStep.Y = 'Def') or (tmpStep.Y = 'Defend') then FormGeneralSet.RadioGroupPetAct.ItemIndex := 1;
if tmpStep.Z = 'Fight' then FormGeneralSet.RadioGroupWhatToDoWhenNoMonsterToCapture.ItemIndex := 0
else if tmpStep.Z = 'Run' then FormGeneralSet.RadioGroupWhatToDoWhenNoMonsterToCapture.ItemIndex := 1;
//Verify healing settings
if not FormGeneralSet.CheckBoxNoHeal.Checked then
begin
if ThisUser.FindItemByType(700) = 0 then
begin
if ThisUser.ItemCount = 16 then
begin
//end here, inventory is full
tmpTransaction.State := 1; // 无论如何，这个大步骤都算完成了
ThisWork.CanWork := False;
ShowMessage('Script Aborted, Battle Failed, Inventory Full');
end
else
begin
//insert healing steps
tmpReturnTransNum := ThisWork.FTransactionIndex;
tmpHealTransaction := ThisWork.AddTransaction('Get Potions');
if FormGeneralSet.cmbStore.Text = 'WaterCity Pharmacy' then tmpPharmMap := '100000';
if FormGeneralSet.cmbStore.Text = 'TreeCity Pharmacy' then tmpPharmMap := '100006';
if FormGeneralSet.cmbStore.Text = 'HillCity Pharmacy' then tmpPharmMap := '100059';
if FormGeneralSet.cmbStore.Text = 'SandCity Pharmacy' then tmpPharmMap := '200000';
if FormGeneralSet.cmbStore.Text = 'SnowCity Pharmacy' then tmpPharmMap := '300000';
if FormGeneralSet.cmbStore.Text = 'OceanCity Pharmacy' then tmpPharmMap := '400000';
tmpHealTransaction.AddStep(ActGotoMap,tmpPharmMap,'','');
tmpHealTransaction.AddStep(ActCallNPC,FormGeneralSet.cmbStore.Text,'','');
tmpHealTransaction.AddStep(ActBuyStuff,FormGeneralSet.ComboBoxMed.Text,'TQ-Anonym','');
tmpHealTransaction.AddStep(ActQuitShop,'','','');
//return to previous
prevMap := ReadCurrMapID();
GetCurrPosXY(prevX, prevY);
tmpHealTransaction.AddStep(ActGotoMap,IntToStr(prevMap),'','');
tmpHealTransaction.AddStep(ActMoveToPos,IntToStr(prevX),IntToStr(prevY),'');
tmpHealTransaction.AddStep(ActJumpToTransN,IntToStr(tmpReturnTransNum),'','');
ThisWork.FTransactionIndex := ThisWork.GetSize() - 1;
end;
end;
end;
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
1:
begin
//Initiate Battle
for i := 0 to HLInfoList.GlobalHL.Count - 1 do
begin
tmpWin := HLInfoList.GlobalHL.Items[i];
if tmpWin.ClassName = 'TPUtilWindow' then
SendMessage(tmpWin.Window, WM_COMMAND, IDM_Battle, 0);
end;
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
2:
begin
if GetUserEnvState = UserEnvBattle then
begin
tmpStep.SubStepIndex := 0;
tmpTransaction.GotoNextStep;
end;
end;
end;
//--------------------------------------------------------------------------
// 捉宠设置
//--------------------------------------------------------------------------
ActSetCapture:
begin
FormMain.EditMonsterToCapture.Text := tmpStep.X;
FormMain.EditCaptureLevelFrom.Text := IntToStr(StrToIntDef(tmpStep.Y, 0));
FormMain.EditCaptureLevelTo.Text := IntToStr(StrToIntDef(tmpStep.Z, 0));
tmpTransaction.GotoNextStep;
end;
ActSetHeal:
begin
if tmpStep.X = 'Store' then
begin
for setHealIter := 0 to FormGeneralSet.cmbStore.Items.Count do
begin
if FormGeneralSet.cmbStore.Items[setHealIter] = tmpStep.Y then
begin
FormGeneralSet.cmbStore.ItemIndex := setHealIter;
Break;
end;
end;
end;
if tmpStep.X = 'Medicine' then
begin
for setHealIter := 0 to FormGeneralSet.ComboBoxMed.Items.Count do
begin
if FormGeneralSet.ComboBoxMed.Items[setHealIter] = tmpStep.Y then
begin
FormGeneralSet.ComboBoxMed.ItemIndex := setHealIter;
Break;
end;
end;
end;
if tmpStep.X = 'Level' then
begin
if tmpStep.Y = 'True' then
begin
FormGeneralSet.CheckBoxFullBlood.Checked := true;
end;
if tmpStep.Y = 'False' then
begin
FormGeneralSet.CheckBoxFullBlood.Checked := false;
end;
end;
if tmpStep.X = 'Disable' then
begin
if tmpStep.Y = 'True' then
begin
FormGeneralSet.CheckBoxNoHeal.Checked := true;
end;
if tmpStep.Y = 'False' then
begin
FormGeneralSet.CheckBoxNoHeal.Checked := false;
end;
end;
if tmpStep.X = 'Player' then
begin
FormGeneralSet.EditPlayerLife.Text := tmpStep.Y;
end;
if tmpStep.X = 'Pet' then
begin
FormGeneralSet.EditPetLife.Text := tmpStep.Y;
end;
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 定位窗口
//--------------------------------------------------------------------------
ActLocateWindow:
begin
tmpStep.X := StringReplace(tmpStep.X, '[username]', HLInfoList.GlobalHL.UserName, [rfReplaceAll, rfIgnoreCase]);
tmpStep.Y := StringReplace(tmpStep.Y, '[username]', HLInfoList.GlobalHL.UserName, [rfReplaceAll, rfIgnoreCase]);
if tmpStep.Y = '' then myhwnd := 0 // 没有父窗口
else
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(tmpStep.Y);
if tmpWin = Nil then
begin
ThisWork.CanWork := False;
ShowMessage('Parent Window not found：' + tmpStep.Y + '，script stopped.');
Exit;
end
else myhwnd := tmpWin.Window;
end;
if tmpStep.Z = 'Indirect' then tmpBoolean := False
else tmpBoolean := True;
myhwnd := HLInfoList.GlobalHL.
LocateChildWindowWNDByTitle(myhwnd, tmpStep.X, tmpBoolean);
if myhwnd = 0 then
begin
ThisWork.CanWork := False;
ShowMessage('Window not found：' + tmpStep.Y + '，script stopped.');
Exit;
end;
FLocateHwnd := myhwnd; // 保护窗口句柄
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 窗口单击
//--------------------------------------------------------------------------
ActWinLeftClick:
begin
tmpStep.X := StringReplace(tmpStep.X, '[username]', HLInfoList.GlobalHL.UserName, [rfReplaceAll, rfIgnoreCase]);
if tmpStep.X <> '※' then
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(tmpStep.X)
else // 使用“定位窗口”中的窗口句柄
tmpWin := HLInfoList.GlobalHL.ItemOfWindowID(FLocateHwnd);
if tmpWin = nil then Exit;
myhwnd := tmpWin.Window;
LeftClickOnSomeWindow_Post(myhwnd,
StrToIntDef(tmpStep.Y, 0), StrToIntDef(tmpStep.Z, 0));
Sleep(200);
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 窗口双击
//--------------------------------------------------------------------------
ActWinLeftDblClick:
begin
tmpStep.X := StringReplace(tmpStep.X, '[username]', HLInfoList.GlobalHL.UserName, [rfReplaceAll, rfIgnoreCase]);
if tmpStep.X <> '※' then
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(tmpStep.X)
else // 使用“定位窗口”中的窗口句柄
tmpWin := HLInfoList.GlobalHL.ItemOfWindowID(FLocateHwnd);
if tmpWin = nil then Exit;
myhwnd := tmpWin.Window;
LeftDblClickOnSomeWindow_Post(myhwnd,
StrToIntDef(tmpStep.Y, 0), StrToIntDef(tmpStep.Z, 0));
Sleep(200);
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 窗口右键
//--------------------------------------------------------------------------
ActWinRightClick:
begin
tmpStep.X := StringReplace(tmpStep.X, '[username]', HLInfoList.GlobalHL.UserName, [rfReplaceAll, rfIgnoreCase]);
if tmpStep.X <> '※' then
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(tmpStep.X)
else // 使用“定位窗口”中的窗口句柄
tmpWin := HLInfoList.GlobalHL.ItemOfWindowID(FLocateHwnd);
if tmpWin = nil then Exit;
myhwnd := tmpWin.Window;
RightClickOnSomeWindow_Post(myhwnd, StrToIntDef(tmpStep.Y, 0), StrToIntDef(tmpStep.Z, 0));
Sleep(200);
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// 等待窗口
//--------------------------------------------------------------------------
ActWaitWindow:
begin
tmpStep.X := StringReplace(tmpStep.X, '[username]', HLInfoList.GlobalHL.UserName, [rfReplaceAll, rfIgnoreCase]);
tmpStep.Y := StringReplace(tmpStep.Y, '[username]', HLInfoList.GlobalHL.UserName, [rfReplaceAll, rfIgnoreCase]);
if tmpStep.Y = '' then myhwnd := 0 // 没有父窗口
else
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(tmpStep.Y);
if tmpWin = Nil then Exit // 返回，下次再来判断
else myhwnd := tmpWin.Window;
end;
if tmpStep.Z = 'Indirect' then tmpBoolean := False
else tmpBoolean := True;
if HLInfoList.GlobalHL.
LocateChildWindowWNDByTitle(myhwnd, tmpStep.X, tmpBoolean) = 0 then Exit;
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// Kungfu
//--------------------------------------------------------------------------
ActSetWGAttr: // 设置武功属性（名称、内、系数等）
begin
ThisWGAttrs.MC := tmpStep.X;
ThisWGAttrs.XS := tmpStep.Y;
ThisWGAttrs.NL := tmpStep.Z;
tmpString := CanCreateWG;
if (tmpString <> '') and (tmpString <> 'Full') then
begin
ThisWGAttrs.MC := '';
ThisWGAttrs.XS := '';
ThisWGAttrs.NL := '';
ThisWork.CanWork := False;
ShowMessage(tmpString);
end
else tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// Kungfu Appearance
//--------------------------------------------------------------------------
ActSetWGDisp: // 显示形式
begin
if (StrToIntDef(tmpStep.X, -1) < 1) or (StrToIntDef(tmpStep.X, -1) > 8) then
begin
ShowMessage('The starting position cannot be ' + tmpStep.X);
ThisWork.CanWork := False;
Exit;
end;
if (StrToIntDef(tmpStep.Y, -1) < 1) or (StrToIntDef(tmpStep.Y, -1) > 19) then
begin
ShowMessage('Flight trajectory cannot be ' + tmpStep.Y);
ThisWork.CanWork := False;
Exit;
end;
if (StrToIntDef(tmpStep.Z, -1) < 1) or (StrToIntDef(tmpStep.Z, -1) > 20) then
begin
ShowMessage('Explosion cannot be ' + tmpStep.Z);
ThisWork.CanWork := False;
Exit;
end;
ThisWGAttrs.QS := tmpStep.X;
ThisWGAttrs.GJ := tmpStep.Y;
ThisWGAttrs.BZ := tmpStep.Z;
tmpTransaction.GotoNextStep;
end;
//--------------------------------------------------------------------------
// Create Kungfu
//--------------------------------------------------------------------------
ActCreateWG:
begin
FormShowWGs.ShowWGs;
tmpString := CanCreateWG;
if tmpString <> '' then
begin
tmpStep.SubStepIndex := 0;
tmpTransaction.GotoNextStep;
Exit;
end;
case tmpStep.SubStepIndex of
0: // 打开创招窗口
begin
ThisCreateWG.Free;
ThisCreateWG := TCreateWG.Create;
ThisCreateWG.PatchCreateWG;
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Create Kungfu');
if tmpWin=Nil then // 没有找到自创绝招窗口
begin
for i := 0 to HLInfoList.GlobalHL.Count - 1 do
begin
tmpWin := HLInfoList.GlobalHL.Items[i];
if tmpWin.ClassName = 'TPUtilWindow' then
PostMessage(tmpWin.Window, WM_COMMAND, IDM_CreateWG, 0);
end;
end
else
begin
if IsWindowEnabled(tmpWin.Window) then EnableWindow(tmpWin.Window, False);
if IsWindowVisible(tmpWin.Window) then ShowWindow(tmpWin.Window, SW_HIDE);
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
end;
1: // 创招
begin
if not ThisCreateWG.DoCreateWG then Exit
else tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
2: // 等待创招窗口消失
begin
if HLInfoList.GlobalHL.ItemOfWindowTitle('Create Kungfu') <> nil then Exit;
tmpStep.SubStepIndex := 0;
FormShowWGs.ShowWGs;
ThisCreateWG.UnPatchCreateWG;
ThisCreateWG.Free;
ThisCreateWG := Nil;
tmpTransaction.GotoNextStep;
end;
end;
end;
//--------------------------------------------------------------------------
// 删除武功
//--------------------------------------------------------------------------
ActDeleteWGs:
begin
FormShowWGs.ShowWGs;
if tmpStep.SubStepIndex = 0 then // 初始化
begin
end;
case tmpStep.SubStepIndex of
0: // 初始化
begin
tmpint := StrToIntDef(tmpStep.X, 0);
if (tmpint < 1) or (tmpint > 10) then
begin
ShowMessage('Deletion setting is wrong，you cannot start delete from ' + tmpStep.X + ' 招开始删招');
ThisWork.CanWork := False;
Exit;
end;
ThisCreateWG.Free;
ThisCreateWG := TCreateWG.Create;
ThisCreateWG.PatchCreateWG;
ThisCreateWG.DeleteFrom := tmpint;
if tmpStep.Y = 'Easy' then
ThisCreateWG.DeleteWGRemainIndicator := DelWGRemainEasyWG
else if tmpStep.Y = '※保留系数' then
ThisCreateWG.DeleteWGRemainIndicator := StrToFloatDef(tmpStep.Z, DelWGNoIndicator)
else
ThisCreateWG.DeleteWGRemainIndicator := DelWGNoIndicator;
if HLInfoList.GlobalHL.ItemOfWindowTitle(HLInfoList.GlobalHL.UserName + ' - Character''s Status') = nil then
begin
for i := 0 to HLInfoList.GlobalHL.Count - 1 do
begin
tmpWin := HLInfoList.GlobalHL.Items[i];
if tmpWin.ClassName = 'TPUtilWindow' then
PostMessage(tmpWin.Window, WM_COMMAND, IDM_HumanAttr, 0);
end;
end;
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
1: // 找到删招窗口
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Kungfu');
if tmpWin = Nil then
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Other Info');
if tmpWin = Nil then Exit;
myhwnd := HLInfoList.GlobalHL.
LocateChildWindowWNDByTitle(tmpWin.Window, 'Kungfu(&M)', False);
if myhwnd = 0 then Exit;
LeftClickOnSomeWindow_Post(myhwnd, 0, 0);
end
else
begin
if IsWindowVisible(tmpWin.Window) then ShowWindow(tmpWin.Window, SW_HIDE);
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
end;
2: // 删招
begin
ThisUser.GetWGs;
if ThisCreateWG.DeleteFrom > ThisUser.WGCount then
begin
tmpStep.SubStepIndex := 4;
Exit;
end;
if not ThisCreateWG.DoDeleteWGs then Exit
else tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
3: // 等待武功真正被删掉
begin
ThisUser.GetWGs;
if ThisCreateWG.OldWGCount <> ThisUser.WGCount + 1 then Exit;
FormShowWGs.ShowWGs;
tmpStep.SubStepIndex := 2;
end;
4: // 收尾工作
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle('Kungfu');
if tmpWin <> nil then
begin
Sendmessage(tmpWin.Window, WM_CLOSE, 0, 0);
Exit;
end;
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(HLInfoList.GlobalHL.UserName + ' - Character''s Status');
if tmpWin <> nil then
begin
Sendmessage(tmpWin.Window, WM_CLOSE, 0, 0);
Exit;
end;
ThisCreateWG.UnPatchCreateWG;
ThisCreateWG.Free;
ThisCreateWG := Nil;
tmpStep.SubStepIndex := 0;
FormShowWGs.ShowWGs;
tmpTransaction.GotoNextStep;
end;
end;
end;
ActSetAttr:
begin
case tmpStep.SubStepIndex of
0:
begin
ThisUser.GetAttr;
ThisUser.OldRemaining := ThisUser.RemainingPoints;
if ((tmpStep.X <> 'Life') and (tmpStep.X <> 'Attack') and (tmpStep.X <> 'Defense')
and (tmpStep.X <> 'Defence') and (tmpStep.X <> 'Mana') and (tmpStep.X <> 'Dexterity'))
or (tmpStep.Y = '') then
begin // Unhandled action, skip step
tmpTransaction.GotoNextStep;
Exit;
end;
if (StrToInt(tmpStep.Y) > ThisUser.OldRemaining) then
begin
ShowMessage('Script ended because it tried to add more stats then existed: ' + tmpStep.X + ' ' + tmpStep.Y);
ThisWork.CanWork := False;
Exit;
end;
if HLInfoList.GlobalHL.ItemOfWindowTitle(HLInfoList.GlobalHL.UserName + ' - Character''s Status') = nil then
begin
for i := 0 to HLInfoList.GlobalHL.Count - 1 do
begin
tmpWin := HLInfoList.GlobalHL.Items[i];
if tmpWin.ClassName = 'TPUtilWindow' then
PostMessage(tmpWin.Window, WM_COMMAND, IDM_HumanAttr, 0);
end;
end
else tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
1:
begin
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(HLInfoList.GlobalHL.UserName + ' - Character''s Status');
myhwnd := HLInfoList.GlobalHL.
LocateChildWindowWNDByTitle(tmpWin.Window, 'Attribute', False);
if myhwnd = 0 then Exit;
LeftClickOnSomeWindow_Post(myhwnd, 0, 0);
tmpStep.SubStepIndex := tmpStep.SubStepIndex + 1;
end;
2:
begin
//add stats and close window
ThisUser.AddStats(tmpStep.X, StrToInt(tmpStep.Y));
tmpWin := HLInfoList.GlobalHL.ItemOfWindowTitle(HLInfoList.GlobalHL.UserName + ' - Character''s Status');
if tmpWin <> nil then
begin
Sendmessage(tmpWin.Window, WM_CLOSE, 0, 0);
end;
tmpStep.SubStepIndex := 0;
tmpTransaction.GotoNextStep;
Sleep(100);
FormMain.ResetAttributes;
end;
end;
end;
//--------------------------------------------------------------------------
// 未知指令
//--------------------------------------------------------------------------
ActUnknown:
begin
ThisWork.CanWork := False;
ShowMessage('Encounted an unknown command: ' + tmpStep.X + '，script stopped');
end;
end;
end;
procedure TFormTimers.TimerReadMapInfoTimer(Sender: TObject);
var
tmpMap: TMapInfo;
begin
if (FormMain.Handle <> GetForeGroundWindow)
and (FormGeneralSet.Handle <> GetForeGroundWindow)
and (FormSetWGAttr.Handle <> GetForeGroundWindow)
then
SetWindowPos(FormMain.Handle, HWND_TOPMOST, 0, 0, 0, 0,
SWP_NOMOVE OR SWP_NOSIZE OR SWP_NOACTIVATE);
if FReadMapInfoCounter >= GameMaps.Count then
begin
TimerReadMapInfo.Interval := 500;
Exit;
end;
while (FReadMapInfoCounter < GameMaps.Count) do
begin
tmpMap := GameMaps.Items[FReadMapInfoCounter];
if tmpMap.ID = 0 then
begin
GameMaps.ReadOneMap(tmpMap.PosInMapList);
Exit;
end
else
FReadMapInfoCounter := FReadMapInfoCounter + 1;
end;
end;
procedure TFormTimers.FormCreate(Sender: TObject);
begin
FForgeOldTime := 0;
end;
end.
|
unit ideSHSplashFrm;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, ExtCtrls, StdCtrls, ComCtrls, jpeg, IniFiles;
type
TSplashForm = class(TForm)
bvlTop: TBevel;
bvlLeft: TBevel;
bvlRight: TBevel;
bvlBottom: TBevel;
Panel1: TPanel;
Label1: TLabel;
Bevel1: TBevel;
Panel2: TPanel;
Bevel2: TBevel;
Bevel3: TBevel;
Panel3: TPanel;
Image1: TImage;
Timer1: TTimer;
Panel4: TPanel;
Memo1: TMemo;
Panel5: TPanel;
ProgressBar1: TProgressBar;
Panel6: TPanel;
private
{ Private declarations }
public
{ Public declarations }
procedure SplashTrace(const AText: string);
procedure SplashTraceDone;
end;
procedure CreateSplashForm;
procedure ShowSplashForm;
procedure DestroySplashForm;
var
SplashForm: TSplashForm;
I, Count: Integer;
implementation
{$R *.dfm}
function CanShowSplash: Boolean; // !!! HACK
var
IniFile: TIniFile;
FileName: string;
begin
FileName := Format('%s..\Data\Environment\Options.txt', [IncludeTrailingPathDelimiter(ExtractFilePath(Application.ExeName))]);
IniFile := TIniFile.Create(FileName);
try
Result := StrToBool(IniFile.ReadString('OPTIONS', 'TideSHSystemOptions.ShowSplashWindow', 'True'));
finally
IniFile.Free;
end;
end;
procedure CreateSplashForm;
begin
I := 0;
Count := 5;
if CanShowSplash then
begin
SplashForm := TSplashForm.Create(Application);
SplashForm.Panel1.Color := clWhite;
SplashForm.Panel2.Color := clWhite;
SplashForm.Panel3.Color := clWhite;
SplashForm.Panel5.Color := clWhite;
SplashForm.Panel6.Color := clWhite;
SplashForm.Memo1.Color := clWhite;
end;
end;
procedure ShowSplashForm;
begin
if Assigned(SplashForm) then
begin
SplashForm.SplashTrace('Initialize...');
SplashForm.Show;
SplashForm.SplashTraceDone;
Application.ProcessMessages;
SplashForm.Invalidate;
Application.ProcessMessages;
end;
end;
procedure DestroySplashForm;
begin
if Assigned(SplashForm) then
begin
SplashForm.Free;
SplashForm := nil;
end;
end;
{ TBTSplashForm }
procedure TSplashForm.SplashTrace(const AText: string);
begin
Memo1.Lines.Add(Format('%s', [AText]));
Application.ProcessMessages;
end;
procedure TSplashForm.SplashTraceDone;
begin
Memo1.Lines[Pred(Memo1.Lines.Count)] := Format('%s done', [Memo1.Lines[Pred(Memo1.Lines.Count)]]);
// ProgressBar1.Position := ProgressBar1.Position + 10;
ProgressBar1.Position := 100 * I div Count;
I := I + 1;
Application.ProcessMessages;
end;
initialization
{
if CanShowSplash then
begin
end;
}
end.
|
unit exception;
interface
type
Integer = Integer;
TException = class
field: Integer;
end;
implementation
function print(E: TException): TException;
begin
end;
begin
try
except
on E: TException do
begin
print(E.field);
end;
on TException do
print(nil);
end;
try
except
print(nil);
end;
end.
|
unit Invoice.Controller.TabForm;
interface
uses Invoice.Controller.Interfaces, Vcl.ComCtrls, Vcl.ActnList;
type
TControllerTabForm = class(TInterfacedObject, iControllerTabForm)
public
constructor Create;
destructor Destroy; Override;
class function New: iControllerTabForm;
function CreateTab(aAction: TAction; aPageControl: TPageControl): TTabSheet;
end;
implementation
{ TControllerTabForm }
constructor TControllerTabForm.Create;
begin
//
end;
function TControllerTabForm.CreateTab(aAction: TAction; aPageControl: TPageControl): TTabSheet;
var
aTabSheet: TTabSheet;
TabName: String;
begin
aAction.Enabled := False;
//
Result:= nil;
//
TabName := 'Tab' + aAction.Name;
//
aTabSheet := aPageControl.FindComponent(TabName) as TTabSheet;
//
if not Assigned(aTabSheet) then
begin
aTabSheet := TTabSheet.Create(aPageControl);
aTabSheet.Name := TabName;
aTabSheet.Caption := aAction.Caption;
aTabSheet.PageControl := aPageControl;
aTabSheet.ImageIndex := 0;
aTabSheet.Hint := '';
end;
//
aPageControl.ActivePage := aTabSheet;
//
Result:= aTabSheet;
//
aAction.Enabled := True;
end;
destructor TControllerTabForm.Destroy;
begin
inherited;
end;
class function TControllerTabForm.New: iControllerTabForm;
begin
Result := Self.Create;
end;
end.
|
unit Unit2;
interface
uses
System.SysUtils, System.Types, System.UITypes, System.Classes,
System.Variants, System.strutils, System.inifiles,
FMX.Types, FMX.Controls, FMX.Forms, FMX.Graphics, FMX.Dialogs,
FMX.Controls.Presentation, FMX.StdCtrls, FMX.TabControl, FMX.Edit,
FMX.ComboEdit, FMX.Layouts, FMX.ListBox, FMX.Objects, FMX.ScrollBox, FMX.Memo,
System.ImageList, FMX.ImgList;
type
TFormFileEditor = class(TForm)
Panel2: TPanel;
Panel1: TPanel;
Panel3: TPanel;
gb_sequential: TGroupBox;
rb_sequential: TRadioButton;
rb_unsequential: TRadioButton;
Panel4: TPanel;
Label1: TLabel;
edt_start_files: TEdit;
edt_end_files: TEdit;
Label2: TLabel;
Panel5: TPanel;
Label3: TLabel;
ListBox1: TListBox;
Panel6: TPanel;
Button1: TButton;
Button2: TButton;
Label4: TLabel;
Line1: TLine;
Label5: TLabel;
Line2: TLine;
edt_num_files: TEdit;
btn_change_num_files: TButton;
Panel7: TPanel;
Panel8: TPanel;
Label6: TLabel;
Panel9: TPanel;
Label7: TLabel;
edt_File_Location: TEdit;
Button3: TButton;
Memo1: TMemo;
Panel10: TPanel;
Panel11: TPanel;
SpeedButton2: TSpeedButton;
SpeedButton3: TSpeedButton;
Panel12: TPanel;
Panel13: TPanel;
SpeedButton4: TSpeedButton;
SpeedButton5: TSpeedButton;
ComboEdit1: TComboEdit;
ToolBar1: TToolBar;
SpeedButton6: TSpeedButton;
Panel14: TPanel;
ProgressBar1: TProgressBar;
SpeedButton1: TSpeedButton;
Panel15: TPanel;
procedure rb_unsequentialChange(Sender: TObject);
procedure Button1Click(Sender: TObject);
procedure edt_start_filesKeyUp(Sender: TObject; var Key: Word;
var KeyChar: Char; Shift: TShiftState);
function IsNumber(N: String): Boolean;
procedure edt_end_filesKeyUp(Sender: TObject; var Key: Word;
var KeyChar: Char; Shift: TShiftState);
procedure rb_sequentialChange(Sender: TObject);
procedure addItemToListBox();
procedure Button2Click(Sender: TObject);
procedure ChangeNumofFiles();
function doesRepeat(ReceivedValue: String): Boolean;
function ParseValue(Value: String): String;
procedure SpeedButton2Click(Sender: TObject);
procedure SpeedButton3Click(Sender: TObject);
procedure btn_change_num_filesClick(Sender: TObject);
procedure SpeedButton5Click(Sender: TObject);
procedure SpeedButton4Click(Sender: TObject);
procedure FormCreate(Sender: TObject);
procedure ChangeFileType();
procedure ChangeFileLocation();
procedure Button3Click(Sender: TObject);
procedure SpeedButton1Click(Sender: TObject);
procedure SpeedButton6Click(Sender: TObject);
procedure FormClose(Sender: TObject; var Action: TCloseAction);
private
{ Private declarations }
public
{ Public declarations }
end;
var
FormFileEditor: TFormFileEditor;
FStartNumber, FEndNumber: Integer;
CancelPressed: Boolean;
FSettingsFilePath: String;
inifile: TMemIniFile;
FileLocation: String;
implementation
{$R *.fmx}
{$R *.Windows.fmx MSWINDOWS}
procedure TFormFileEditor.addItemToListBox;
var
UserInputString: String;
begin
CancelPressed := false;
UserInputString := inputbox('Add New',
'Please eneter the last 1 to 4 numbers of the file name:', 'e.g. 20');
if IsNumber(UserInputString) then
begin
if doesRepeat(UserInputString) then
begin
ListBox1.Items.Add(ParseValue(UserInputString));
end
else
begin
showmessage('File: ' + ParseValue(UserInputString) +
'.config, already exists in the list!');
end;
end
else if UserInputString = '' then
begin
showmessage('Please enter the last few numbers of the serial number:');
addItemToListBox;
end
else if UserInputString = 'e.g. 20' then
begin
showmessage('No file name was added to list');
CancelPressed := true;
end;
end;
procedure TFormFileEditor.btn_change_num_filesClick(Sender: TObject);
var
I: Integer;
NumberofFilesNeeded: Integer;
begin
if IsNumber(edt_num_files.Text) then
begin
NumberofFilesNeeded := strtoint(edt_num_files.Text);
for I := ListBox1.Items.count downto NumberofFilesNeeded do
begin
ListBox1.Items.Delete(I);
end;
end
else
showmessage('Please enter the number of files needed');
end;
procedure TFormFileEditor.Button1Click(Sender: TObject);
begin
addItemToListBox;
ChangeNumofFiles;
end;
procedure TFormFileEditor.Button2Click(Sender: TObject);
begin
// Listbox1.ItemIndex[listbox1.Selected.Index];
if ListBox1.Items.count = 0 then
begin
showmessage('There are no items to be removed');
end
else if ListBox1.ItemIndex > -1 then // always check if something is selected
begin
ListBox1.Items.Delete(ListBox1.ItemIndex);
end
else
showmessage('Please Select an Item to remove');
ChangeNumofFiles;
end;
procedure TFormFileEditor.Button3Click(Sender: TObject);
var
I: Integer;
begin
ChangeFileType;
ChangeFileLocation;
if FileLocation <> '' then
begin
if NOT(ListBox1.count = 0) then
begin
ProgressBar1.Max := ListBox1.count;
ProgressBar1.Value := 0;
for I := 0 to ListBox1.count - 1 do
begin
ProgressBar1.Value := I + 1;
Memo1.Lines.SaveToFile(FileLocation + '\' + ListBox1.Items.Strings[I] +
ComboEdit1.Text);
end;
if ProgressBar1.Value = ProgressBar1.Max then
begin
showmessage('Files have been made!');
ProgressBar1.Value := 0;
end
else
begin
showmessage('Please add files to the list!');
end;
end;
end;
end;
procedure TFormFileEditor.ChangeNumofFiles;
begin
edt_num_files.Text := inttostr(ListBox1.Items.count);
end;
procedure TFormFileEditor.ChangeFileLocation;
begin
inifile := TMemIniFile.create(FSettingsFilePath + 'Configurations.ini');
inifile.writestring('System', 'FileLocation', edt_File_Location.Text);
FileLocation := edt_File_Location.Text;
inifile.UpdateFile;
inifile.Free;
end;
procedure TFormFileEditor.ChangeFileType;
begin
inifile := TMemIniFile.create(FSettingsFilePath + 'Configurations.ini');
inifile.writestring('System', 'FileType', ComboEdit1.Text);
inifile.UpdateFile;
inifile.Free;
end;
function TFormFileEditor.doesRepeat(ReceivedValue: String): Boolean;
var
I: Integer;
InList: Boolean;
begin
InList := true;
if ListBox1.Items.count > 0 then
begin
for I := 0 to ListBox1.Items.count - 1 do
begin
if ListBox1.Items.Strings[I] = ParseValue(ReceivedValue) then
begin
InList := false;
result := false;
break;
end;
end;
if InList then
begin
result := true;
end;
end;
end;
procedure TFormFileEditor.edt_start_filesKeyUp(Sender: TObject; var Key: Word;
var KeyChar: Char; Shift: TShiftState);
begin
if (NOT(edt_start_files.Text = '')) AND (NOT(IsNumber(edt_start_files.Text)))
then
begin
showmessage('ONLY USE NUMBERS!');
edt_start_files.Text := copy(edt_start_files.Text, 0,
(Length(edt_start_files.Text) - 1));
end
else if NOT(edt_start_files.Text = '') then
begin
FStartNumber := strtoint(edt_start_files.Text);
end;
end;
procedure TFormFileEditor.FormClose(Sender: TObject; var Action: TCloseAction);
begin
ProgressBar1.Value := 0;
end;
procedure TFormFileEditor.FormCreate(Sender: TObject);
var
I: Integer;
jumpstring: string;
begin
FSettingsFilePath := Extractfilepath(ParamStr(0));
inifile := TMemIniFile.create(FSettingsFilePath + 'Configurations.ini');
ComboEdit1.Text := inifile.ReadString('System', 'FileType', '');
FileLocation := inifile.ReadString('System', 'FileLocation', '');
edt_File_Location.Text := FileLocation;
I := 1;
while true do
begin
if NOT(inifile.ReadString('FileExtensions', 'Type' + inttostr(I), '') = '')
then
begin
jumpstring := inifile.ReadString('FileExtensions',
'Type' + inttostr(I), '');
ComboEdit1.Items.Add(jumpstring);
end
else
break;
I := I + 1;
end;
end;
procedure TFormFileEditor.edt_end_filesKeyUp(Sender: TObject; var Key: Word;
var KeyChar: Char; Shift: TShiftState);
begin
if (NOT(edt_end_files.Text = '')) AND (NOT(IsNumber(edt_end_files.Text))) then
begin
showmessage('ONLY USE NUMBERS!');
edt_end_files.Text := copy(edt_end_files.Text, 0,
(Length(edt_end_files.Text) - 1));
end
else if NOT(edt_end_files.Text = '') then
begin
FEndNumber := strtoint(edt_end_files.Text);
end;
end;
function TFormFileEditor.IsNumber(N: String): Boolean;
var
I: Integer;
begin
result := true;
if Trim(N) = '' then
exit(false);
if (Length(Trim(N)) > 1) and (Trim(N)[1] = '0') then
exit(false);
for I := 1 to Length(N) do
begin
if not(N[I] in ['0' .. '9']) then
begin
result := false;
break;
end;
end;
end;
function TFormFileEditor.ParseValue(Value: String): String;
begin
case Value.Length of
1:
result := ('1000000' + Value);
2:
result := ('100000' + Value);
3:
result := ('10000' + Value);
4:
result := ('1000' + Value);
else
showmessage('Cannot enter more than 4 numbers');
result := '0';
end;
end;
procedure TFormFileEditor.rb_sequentialChange(Sender: TObject);
begin
if rb_sequential.IsChecked then
begin
Panel4.Enabled := true;
edt_start_files.Text := inttostr(FStartNumber);
edt_end_files.Text := inttostr(FEndNumber);
end;
end;
procedure TFormFileEditor.rb_unsequentialChange(Sender: TObject);
begin
if rb_unsequential.IsChecked then
begin
Panel4.Enabled := false;
edt_start_files.Text := '0';
edt_end_files.Text := '0';
end;
end;
procedure TFormFileEditor.SpeedButton1Click(Sender: TObject);
var
Caption: String;
Root: String;
Directory: String;
begin
Caption := 'Select a Folder';
selectdirectory(Caption, FileLocation, Directory);
edt_File_Location.Text := Directory;
ChangeFileLocation;
end;
procedure TFormFileEditor.SpeedButton2Click(Sender: TObject);
var
buttonSelected: Integer;
MSGString: String;
begin
MSGString := 'Do you want to remove all of the items in the list.';
case messagedlg(MSGString, TMsgDlgType.mtConfirmation, mbokcancel, 0) of
mrOK:
begin
ListBox1.Items.Clear;
end;
end;
ChangeNumofFiles;
end;
procedure TFormFileEditor.SpeedButton3Click(Sender: TObject);
var
I, count: Integer;
NumofFilesS: String;
begin
CancelPressed := false;
// does it alot of times
NumofFilesS := inputbox('Number of Files',
'Please eneter the Amount of Files to be added to the list:', 'e.g. 20');
if IsNumber(NumofFilesS) then
begin
count := strtoint(NumofFilesS);
end;
for I := 0 to count - 1 do
begin
if CancelPressed then
begin
break;
end
else
begin
addItemToListBox;
ChangeNumofFiles
end;
end;
end;
procedure TFormFileEditor.SpeedButton4Click(Sender: TObject);
var
buttonSelected: Integer;
MSGString: String;
begin
MSGString := 'Do you want to remove all of the items in the list.';
case messagedlg(MSGString, TMsgDlgType.mtConfirmation, mbokcancel, 0) of
mrOK:
begin
ListBox1.Items.Clear;
edt_start_files.Text := '0';
edt_end_files.Text := '0';
end;
end;
ChangeNumofFiles;
end;
procedure TFormFileEditor.SpeedButton5Click(Sender: TObject);
var
I, Start, Stop: Integer;
begin
Start := strtoint(edt_start_files.Text);
Stop := strtoint(edt_end_files.Text);
ListBox1.Items.Clear;
if Start >= Stop then
begin
showmessage('Please Check your values');
edt_start_files.Text := '0';
edt_end_files.Text := '0';
end
else
begin
for I := Start to Stop do
begin
ListBox1.Items.Add(ParseValue(inttostr(I)));
end;
ChangeNumofFiles;
end;
end;
procedure TFormFileEditor.SpeedButton6Click(Sender: TObject);
begin
FormFileEditor.Hide;
ProgressBar1.Value := 0;
end;
end.
|
{ ****************************************************************************** }
{ * json object library for delphi/objfpc * }
{ * 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 ZJson;
{$INCLUDE zDefine.inc}
interface
uses SysUtils,
{$IFDEF DELPHI}
ZS_JsonDataObjects,
{$ELSE DELPHI}
FPCGenericStructlist,
fpjson, jsonparser, jsonscanner,
{$ENDIF DELPHI}
CoreClasses, PascalStrings, DoStatusIO,
UnicodeMixedLib,
MemoryStream64;
type
TZ_JsonObject = class;
{$IFDEF DELPHI}
TZ_Instance_JsonArray = TJsonArray;
TZ_Instance_JsonObject = TJsonObject;
{$ELSE DELPHI}
TZ_Instance_JsonArray = TJsonArray;
TZ_Instance_JsonObject = TJsonObject;
{$ENDIF DELPHI}
TZ_JsonBase = class
protected
FParent: TZ_JsonBase;
FList: TCoreClassObjectList;
public
property Parent: TZ_JsonBase read FParent;
constructor Create(Parent_: TZ_JsonBase); virtual;
destructor Destroy; override;
end;
TZ_JsonArray = class(TZ_JsonBase)
private
FInstance: TZ_Instance_JsonArray;
public
property Instance: TZ_Instance_JsonArray read FInstance;
constructor Create(Parent_: TZ_JsonBase); override;
destructor Destroy; override;
procedure Clear;
procedure Delete(Index: Integer);
procedure Add(const v_: string); overload;
procedure Add(const v_: TPascalString); overload;
procedure Add(const v_: Integer); overload;
procedure Add(const v_: Int64); overload;
procedure Add(const v_: UInt64); overload;
procedure AddF(const v_: Double); overload;
procedure Add(const v_: TDateTime); overload;
procedure Add(const v_: Boolean); overload;
function AddArray: TZ_JsonArray;
function AddObject: TZ_JsonObject; overload;
procedure Insert(Index: Integer; const v_: string); overload;
procedure Insert(Index: Integer; const v_: Integer); overload;
procedure Insert(Index: Integer; const v_: Int64); overload;
procedure Insert(Index: Integer; const v_: UInt64); overload;
procedure Insert(Index: Integer; const v_: Double); overload;
procedure Insert(Index: Integer; const v_: TDateTime); overload;
procedure Insert(Index: Integer; const v_: Boolean); overload;
function InsertArray(Index: Integer): TZ_JsonArray;
function InsertObject(Index: Integer): TZ_JsonObject; overload;
function GetString(Index: Integer): string;
procedure SetString(Index: Integer; const Value: string);
function GetInt(Index: Integer): Integer;
procedure SetInt(Index: Integer; const Value: Integer);
function GetLong(Index: Integer): Int64;
procedure SetLong(Index: Integer; const Value: Int64);
function GetULong(Index: Integer): UInt64;
procedure SetULong(Index: Integer; const Value: UInt64);
function GetFloat(Index: Integer): Double;
procedure SetFloat(Index: Integer; const Value: Double);
function GetDateTime(Index: Integer): TDateTime;
procedure SetDateTime(Index: Integer; const Value: TDateTime);
function GetBool(Index: Integer): Boolean;
procedure SetBool(Index: Integer; const Value: Boolean);
function GetArray(Index: Integer): TZ_JsonArray;
function GetObject(Index: Integer): TZ_JsonObject;
property S[Index: Integer]: string read GetString write SetString;
property I[Index: Integer]: Integer read GetInt write SetInt;
property I32[Index: Integer]: Integer read GetInt write SetInt;
property L[Index: Integer]: Int64 read GetLong write SetLong;
property I64[Index: Integer]: Int64 read GetLong write SetLong;
property U[Index: Integer]: UInt64 read GetULong write SetULong;
property U64[Index: Integer]: UInt64 read GetULong write SetULong;
property F[Index: Integer]: Double read GetFloat write SetFloat;
property D[Index: Integer]: TDateTime read GetDateTime write SetDateTime;
property B[Index: Integer]: Boolean read GetBool write SetBool;
property A[Index: Integer]: TZ_JsonArray read GetArray;
property O[Index: Integer]: TZ_JsonObject read GetObject;
function GetCount: Integer;
property Count: Integer read GetCount;
end;
TZ_JsonObject = class(TZ_JsonBase)
private
FInstance: TZ_Instance_JsonObject;
FTag: Integer;
public
property Tag: Integer read FTag write FTag;
property Instance: TZ_Instance_JsonObject read FInstance;
constructor Create(Parent_: TZ_JsonBase); overload; override;
constructor Create(); overload;
destructor Destroy; override;
procedure Assign(source_: TZ_JsonObject);
procedure Clear;
function IndexOf(const Name: string): Integer;
function GetString(const Name: string): string;
procedure SetString(const Name, Value: string);
function GetInt(const Name: string): Integer;
procedure SetInt(const Name: string; const Value: Integer);
function GetLong(const Name: string): Int64;
procedure SetLong(const Name: string; const Value: Int64);
function GetULong(const Name: string): UInt64;
procedure SetULong(const Name: string; const Value: UInt64);
function GetFloat(const Name: string): Double;
procedure SetFloat(const Name: string; const Value: Double);
function GetDateTime(const Name: string): TDateTime;
procedure SetDateTime(const Name: string; const Value: TDateTime);
function GetBool(const Name: string): Boolean;
procedure SetBool(const Name: string; const Value: Boolean);
function GetArray(const Name: string): TZ_JsonArray;
function GetObject(const Name: string): TZ_JsonObject;
property S[const Name: string]: string read GetString write SetString;
property I[const Name: string]: Integer read GetInt write SetInt;
property I32[const Name: string]: Integer read GetInt write SetInt;
property L[const Name: string]: Int64 read GetLong write SetLong;
property I64[const Name: string]: Int64 read GetLong write SetLong;
property U[const Name: string]: UInt64 read GetULong write SetULong;
property U64[const Name: string]: UInt64 read GetULong write SetULong;
property F[const Name: string]: Double read GetFloat write SetFloat;
property D[const Name: string]: TDateTime read GetDateTime write SetDateTime;
property B[const Name: string]: Boolean read GetBool write SetBool;
property A[const Name: string]: TZ_JsonArray read GetArray;
property O[const Name: string]: TZ_JsonObject read GetObject;
function GetName(Index: Integer): string;
property Names[Index: Integer]: string read GetName; default;
function GetCount: Integer;
property Count: Integer read GetCount;
procedure SaveToStream(stream: TCoreClassStream; Formated_: Boolean); overload;
procedure SaveToStream(stream: TCoreClassStream); overload;
procedure LoadFromStream(stream: TCoreClassStream);
procedure SaveToLines(L_: TCoreClassStrings);
procedure LoadFromLines(L_: TCoreClassStrings);
procedure SaveToFile(FileName: SystemString);
procedure LoadFromFile(FileName: SystemString);
procedure ParseText(Text_: TPascalString);
function ToJSONString(Formated_: Boolean): TPascalString; overload;
function ToJSONString: TPascalString; overload;
property ToJson: TPascalString read ToJSONString;
class procedure Test;
end;
TZ_JsonObject_List_Decl = {$IFDEF FPC}specialize {$ENDIF FPC} TGenericsList<TZ_JsonObject>;
TZ_JsonObject_List = class(TZ_JsonObject_List_Decl)
public
AutoFreeObj: Boolean;
constructor Create(AutoFreeObj_: Boolean);
destructor Destroy; override;
function AddFromText(Text_: TPascalString): TZ_JsonObject;
function AddFromStream(stream: TCoreClassStream): TZ_JsonObject;
procedure Remove(obj: TZ_JsonObject);
procedure Delete(Index: Integer);
procedure Clear;
procedure Clean;
end;
TZJArry = TZ_JsonArray;
TZJ = TZ_JsonObject;
TZJList = TZ_JsonObject_List;
TZJL = TZ_JsonObject_List;
implementation
{$IFDEF DELPHI}
{$INCLUDE ZJson_delphi.inc}
{$ELSE DELPHI}
{$INCLUDE ZJson_fpc.inc}
{$ENDIF DELPHI}
constructor TZ_JsonBase.Create(Parent_: TZ_JsonBase);
begin
inherited Create;
FParent := Parent_;
if FParent <> nil then
FParent.FList.Add(self);
FList := TCoreClassObjectList.Create;
FList.AutoFreeObj := True;
end;
destructor TZ_JsonBase.Destroy;
begin
FList.Free;
inherited Destroy;
end;
constructor TZ_JsonArray.Create(Parent_: TZ_JsonBase);
begin
inherited Create(Parent_);
end;
destructor TZ_JsonArray.Destroy;
begin
inherited Destroy;
end;
constructor TZ_JsonObject.Create(Parent_: TZ_JsonBase);
begin
inherited Create(Parent_);
FTag := 0;
if Parent = nil then
FInstance := TZ_Instance_JsonObject.Create;
end;
constructor TZ_JsonObject.Create;
begin
Create(nil);
end;
destructor TZ_JsonObject.Destroy;
begin
if Parent = nil then
FInstance.Free;
inherited Destroy;
end;
procedure TZ_JsonObject.Assign(source_: TZ_JsonObject);
var
m64: TMS64;
begin
m64 := TMS64.Create;
source_.SaveToStream(m64);
m64.Position := 0;
LoadFromStream(m64);
disposeObject(m64);
end;
procedure TZ_JsonObject.SaveToStream(stream: TCoreClassStream);
begin
SaveToStream(stream, True);
end;
procedure TZ_JsonObject.SaveToLines(L_: TCoreClassStrings);
var
m64: TMS64;
begin
m64 := TMS64.Create;
SaveToStream(m64);
m64.Position := 0;
{$IFDEF FPC}
L_.LoadFromStream(m64);
{$ELSE}
L_.LoadFromStream(m64, TEncoding.UTF8);
{$ENDIF}
m64.Free;
end;
procedure TZ_JsonObject.LoadFromLines(L_: TCoreClassStrings);
var
m64: TMS64;
begin
m64 := TMS64.Create;
{$IFDEF FPC}
L_.SaveToStream(m64);
{$ELSE}
L_.SaveToStream(m64, TEncoding.UTF8);
{$ENDIF}
m64.Position := 0;
LoadFromStream(m64);
m64.Free;
end;
procedure TZ_JsonObject.SaveToFile(FileName: SystemString);
var
m64: TMS64;
begin
m64 := TMS64.Create;
try
SaveToStream(m64);
m64.SaveToFile(FileName);
finally
disposeObject(m64);
end;
end;
procedure TZ_JsonObject.LoadFromFile(FileName: SystemString);
var
m64: TMS64;
begin
m64 := TMS64.Create;
try
m64.LoadFromFile(FileName);
except
disposeObject(m64);
Exit;
end;
try
LoadFromStream(m64);
finally
disposeObject(m64);
end;
end;
procedure TZ_JsonObject.ParseText(Text_: TPascalString);
var
buff: TBytes;
m64: TMS64;
begin
buff := Text_.Bytes;
m64 := TMS64.Create;
if length(buff) > 0 then
m64.SetPointerWithProtectedMode(@buff[0], length(buff));
LoadFromStream(m64);
m64.Free;
SetLength(buff, 0);
end;
function TZ_JsonObject.ToJSONString(Formated_: Boolean): TPascalString;
var
m64: TMS64;
begin
m64 := TMS64.Create;
SaveToStream(m64, Formated_);
Result.Bytes := m64.ToBytes;
m64.Free;
end;
function TZ_JsonObject.ToJSONString: TPascalString;
var
m64: TMS64;
begin
m64 := TMS64.Create;
SaveToStream(m64, True);
Result.Bytes := m64.ToBytes;
m64.Free;
end;
class procedure TZ_JsonObject.Test;
var
js: TZ_JsonObject;
ii: Integer;
m64: TMS64;
begin
js := TZ_JsonObject.Create();
js.S['abc'] := '123';
DoStatus(js.S['abc']);
for ii := 1 to 3 do
js.A['arry'].Add(ii);
for ii := 0 to js.A['arry'].Count - 1 do
begin
DoStatus(js.A['arry'].I[ii]);
end;
js.A['arry'].AddObject.S['tt'] := 'inobj';
js.O['obj'].S['fff'] := '999';
DoStatus(js.ToJSONString(True));
m64 := TMS64.Create;
js.SaveToStream(m64);
m64.Position := 0;
js.LoadFromStream(m64);
DoStatus(js.ToJSONString(True));
js.Free;
end;
constructor TZ_JsonObject_List.Create(AutoFreeObj_: Boolean);
begin
inherited Create;
AutoFreeObj := AutoFreeObj_;
end;
destructor TZ_JsonObject_List.Destroy;
begin
Clear;
inherited Destroy;
end;
function TZ_JsonObject_List.AddFromText(Text_: TPascalString): TZ_JsonObject;
begin
Result := TZ_JsonObject.Create(nil);
Result.ParseText(Text_);
Add(Result);
end;
function TZ_JsonObject_List.AddFromStream(stream: TCoreClassStream): TZ_JsonObject;
begin
Result := TZ_JsonObject.Create(nil);
Result.LoadFromStream(stream);
Add(Result);
end;
procedure TZ_JsonObject_List.Remove(obj: TZ_JsonObject);
begin
if AutoFreeObj then
disposeObject(obj);
inherited Remove(obj);
end;
procedure TZ_JsonObject_List.Delete(Index: Integer);
begin
if (index >= 0) and (index < Count) then
begin
if AutoFreeObj then
disposeObject(Items[index]);
inherited Delete(index);
end;
end;
procedure TZ_JsonObject_List.Clear;
var
I: Integer;
begin
if AutoFreeObj then
for I := 0 to Count - 1 do
disposeObject(Items[I]);
inherited Clear;
end;
procedure TZ_JsonObject_List.Clean;
var
I: Integer;
begin
for I := 0 to Count - 1 do
disposeObject(Items[I]);
inherited Clear;
end;
initialization
end.
|
unit FSettings;
(*====================================================================
Dialog box for DiskBase general settings
======================================================================*)
interface
uses
SysUtils,
{$ifdef mswindows}
WinTypes,WinProcs,
{$ELSE}
LCLIntf, LCLType, LMessages,ComCtrls,
{$ENDIF}
Messages, Classes, Graphics, Controls,
Forms, Dialogs, StdCtrls, ExtCtrls, {TabNotBk,} Spin, Grids,
UTypes, UApiTypes
{$ifdef LOGFONT}
, ComCtrls
, UFont {my font dialog box}
{$endif}
;
const
clQSelectedBack = clGray;
clQSelectedText = clHighlightText;
clQDeletedText = clGray;
type
TPanelHeaderWidths = array[0..2] of Integer;
TUserCommand = record
m_wKey : Word;
m_bShift : boolean;
m_bControl : boolean;
m_bAlt : boolean;
m_sDll : AnsiString;
m_sParams : AnsiString;
m_bTestExist: boolean;
end;
TPUserCommand = ^TUserCommand;
TGlobalOptions = class
{ -Display tab- }
ShowTree : boolean;
ExpandTree : boolean;
SortCrit : TSortCrit;
ShowInKb : boolean; {RadioGroupSizeDisplay}
FileDisplayType : TFileDisplayType;
ShowSize : boolean;
ShowTime : boolean;
ShowDescr : boolean;
ShowIcons : boolean;
ShowSeconds : boolean;
SystemDateFormat: boolean;
OneKbIs1024 : boolean;
ShowFileHints : boolean;
ReversedSort : boolean; {neni nikde zobrazovano, ani ukladano}
{ -Fonts tab- }
{$ifndef LOGFONT}
DiskFont : TFont;
TreeFont : TFont;
FileFont : TFont;
FoundFont : TFont;
DescFont : TFont;
PrintFont : TFont;
{$else}
DiskLogFont : TLogFont;
TreeLogFont : TLogFont;
FileLogFont : TLogFont;
FoundLogFont : TLogFont;
DescLogFont : TLogFont;
PrintLogFont : TLogFont;
DiskLogFontSize : Integer;
TreeLogFontSize : Integer;
FileLogFontSize : Integer;
FoundLogFontSize: Integer;
DescLogFontSize : Integer;
PrintLogFontSize: Integer;
{$endif}
{ -Print tab- }
PrintHeader : ShortString;
AdjustNameWidth : boolean;
TopMargin : Integer;
BottomMargin : Integer;
LeftMargin : Integer;
RightMargin : Integer;
{ -Other tab- }
AutoLoadDBase : ShortString;
OpenLastOpened : boolean;
FoundToNewWin : boolean;
AutoSave : boolean;
BackupDBase : boolean;
PersistentBlocks : boolean;
NotScanDriveNames : boolean;
EnableShellExecute: boolean;
PanelHeaderWidths : TPanelHeaderWidths;
EnableUTFConvert : boolean;
constructor Create;
destructor Destroy; override;
end;
{ TFormSettings }
TFormSettings = class(TForm)
CheckBoxEnableUTFConvert: TCheckBox;
GroupBoxMargins: TGroupBox;
///TabbedNotebook: TTabbedNotebook;
TabbedNotebook: TPageControl;
Page1: TTabSheet;
Page2: TTabSheet;
Page3: TTabSheet;
Page4: TTabSheet;
Page5: TTabSheet;
ButtonOK: TButton;
RadioGroupSortCrit: TRadioGroup;
GroupBoxFileDisplay: TGroupBox;
RadioButtonBrief: TRadioButton;
RadioButtonDetailed: TRadioButton;
CheckBoxShowSize: TCheckBox;
CheckBoxShowTime: TCheckBox;
CheckBoxShowDescr: TCheckBox;
FontDialogDisk: TFontDialog;
FontDialogTree: TFontDialog;
FontDialogFile: TFontDialog;
FontDialogFound: TFontDialog;
RadioGroupSizeDisplay: TRadioGroup;
CheckBoxShowIcons: TCheckBox;
GroupBoxTree: TGroupBox;
CheckBoxExpandTree: TCheckBox;
CheckBoxShowTree: TCheckBox;
ButtonCancel: TButton;
SpinEditTop: TSpinEdit;
Label1: TLabel;
Label2: TLabel;
Label3: TLabel;
Label4: TLabel;
SpinEditBottom: TSpinEdit;
SpinEditLeft: TSpinEdit;
SpinEditRight: TSpinEdit;
ButtonChangePrintFont: TButton;
FontDialogPrint: TFontDialog;
LabelPrintFont: TLabel;
EditPrintHeader: TEdit;
Label5: TLabel;
OpenDialogDBase: TOpenDialog;
ButtonHelp: TButton;
ButtonChangeDiskFont: TButton;
LabelDiskFont: TLabel;
Label8: TLabel;
LabelTreeFont: TLabel;
ButtonChangeTreeFont: TButton;
Label9: TLabel;
LabelFileFont: TLabel;
ButtonChangeFileFont: TButton;
Label10: TLabel;
ButtonChangeFoundFont: TButton;
LabelFoundFont: TLabel;
Label11: TLabel;
ButtonChangeDescFont: TButton;
LabelDescFont: TLabel;
Label12: TLabel;
FontDialogDesc: TFontDialog;
EditAutoLoadDBase: TEdit;
Label6: TLabel;
ButtonBrowse: TButton;
CheckBoxShowSeconds: TCheckBox;
CheckBoxWinDateFormat: TCheckBox;
CheckBoxOneKbIs1024: TCheckBox;
CheckBoxBackupDBase: TCheckBox;
CheckBoxFoundToNewWin: TCheckBox;
CheckBoxAutoSave: TCheckBox;
GroupBoxPrintFont: TGroupBox;
CheckBoxNotScanDriveNames: TCheckBox;
CheckBoxShowFileHints: TCheckBox;
CheckBoxPersistentBlocks: TCheckBox;
CheckBoxOpenLastOpened: TCheckBox;
CheckBoxAdjustNameWidth: TCheckBox;
CheckBoxEnableShellExecute: TCheckBox;
CheckBoxDisableCdAutoRun: TCheckBox;
CheckBoxEjectAfterCdScan: TCheckBox;
CheckBoxScanAfterCdInsert: TCheckBox;
CheckBoxNoQueries: TCheckBox;
procedure ButtonOKClick(Sender: TObject);
procedure ButtonCancelClick(Sender: TObject);
procedure RadioButtonBriefClick(Sender: TObject);
procedure RadioButtonDetailedClick(Sender: TObject);
procedure ButtonChangeDiskFontClick(Sender: TObject);
procedure FormCreate(Sender: TObject);
procedure FormDestroy(Sender: TObject);
procedure ButtonChangeTreeFontClick(Sender: TObject);
procedure ButtonChangeFileFontClick(Sender: TObject);
procedure ButtonSaveClick(Sender: TObject);
procedure ButtonChangeFoundFontClick(Sender: TObject);
procedure FormShow(Sender: TObject);
procedure CheckBoxShowTreeClick(Sender: TObject);
procedure ButtonChangePrintFontClick(Sender: TObject);
procedure ButtonBrowseClick(Sender: TObject);
procedure ButtonHelpClick(Sender: TObject);
procedure ButtonChangeDescFontClick(Sender: TObject);
procedure CheckBoxOpenLastOpenedClick(Sender: TObject);
procedure CheckBoxDisableCdAutoRunClick(Sender: TObject);
procedure CheckBoxEjectAfterCdScanClick(Sender: TObject);
procedure CheckBoxScanAfterCdInsertClick(Sender: TObject);
procedure CheckBoxNoQueriesClick(Sender: TObject);
private
{$ifndef LOGFONT}
DiskFont : TFont;
TreeFont : TFont;
FileFont : TFont;
FoundFont : TFont;
DescFont : TFont;
PrintFont : TFont;
{$else}
DiskLogFont : TLogFont;
TreeLogFont : TLogFont;
FileLogFont : TLogFont;
FoundLogFont : TLogFont;
DescLogFont : TLogFont;
PrintLogFont : TLogFont;
DiskLogFontSize : Integer;
TreeLogFontSize : Integer;
FileLogFontSize : Integer;
FoundLogFontSize: Integer;
DescLogFontSize : Integer;
PrintLogFontSize: Integer;
{$endif}
SaveOptions: TGlobalOptions;
{AlreadyWarned: boolean;}
procedure SaveToIni;
procedure LoadFromIni;
procedure UpdateFontLabels;
public
HeaderWidths: TPanelHeaderWidths;
procedure SetOptions(GlobalOptions: TGlobalOptions);
procedure GetOptions(GlobalOptions: TGlobalOptions);
procedure UpdateGlobalFormatSettings;
procedure DefaultHandler(var Message); override;
end;
var
FormSettings: TFormSettings;
g_CommonOptions: record
bDisableCdAutorun : boolean;
bEjectAfterCdScan : boolean;
bScanAfterCdInsert : boolean;
bNoQueries : boolean;
dwQueryCancelAutoPlay: DWORD;
end;
g_UserCommandList: TList;
g_sTempFolder : AnsiString;
implementation
uses IniFiles, FMain, UBaseUtils, ULang, UDrives, FSelectDrive{, FDBase};
{$R *.dfm}
//===TGlobalOptions============================================================
constructor TGlobalOptions.Create;
begin
{$ifndef LOGFONT}
DiskFont := TFont.Create;
TreeFont := TFont.Create;
FileFont := TFont.Create;
FoundFont := TFont.Create;
DescFont := TFont.Create;
PrintFont := TFont.Create;
{$endif}
end;
//-----------------------------------------------------------------------------
destructor TGlobalOptions.Destroy;
begin
{$ifndef LOGFONT}
PrintFont.Free;
DescFont.Free;
FoundFont.Free;
FileFont.Free;
TreeFont.Free;
DiskFont.Free;
{$endif}
end;
//===TFormSettings=============================================================
procedure TFormSettings.ButtonOKClick(Sender: TObject);
begin
SaveToIni;
ModalResult := mrOK;
UsePersistentBlocks := CheckBoxPersistentBlocks.Checked;
ScanAllDriveNames := not CheckBoxNotScanDriveNames.Checked; {in the QDRIVES unit}
UpdateGlobalFormatSettings;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonCancelClick(Sender: TObject);
begin
SetOptions(SaveOptions);
CheckBoxPersistentBlocks.Checked := UsePersistentBlocks;
CheckBoxNotScanDriveNames.Checked := not ScanAllDriveNames;
ModalResult := mrCancel;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.RadioButtonBriefClick(Sender: TObject);
begin
CheckBoxShowSize.Enabled := false;
CheckBoxShowTime.Enabled := false;
CheckBoxShowDescr.Enabled := false;
RadioGroupSizeDisplay.Enabled := false;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.RadioButtonDetailedClick(Sender: TObject);
begin
CheckBoxShowSize.Enabled := true;
CheckBoxShowTime.Enabled := true;
CheckBoxShowDescr.Enabled := true;
RadioGroupSizeDisplay.Enabled := true;
end;
//-----------------------------------------------------------------------------
// global settings are used for export to text format
procedure TFormSettings.UpdateGlobalFormatSettings;
begin
gFormatSettings.SortCrit := TSortCrit(RadioGroupSortCrit.ItemIndex);
gFormatSettings.bShowInKb := RadioGroupSizeDisplay.ItemIndex = 1;
gFormatSettings.bShowSeconds := CheckBoxShowSeconds.Checked;
gFormatSettings.bReversedSort := false; // nedoreseno!
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.FormCreate(Sender: TObject);
begin
{$ifndef LOGFONT}
DiskFont := TFont.Create;
TreeFont := TFont.Create;
FileFont := TFont.Create;
FoundFont := TFont.Create;
DescFont := TFont.Create;
PrintFont := TFont.Create;
{$endif}
SaveOptions := TGlobalOptions.Create;
LoadFromIni;
UpdateFontLabels;
TabbedNotebook.ActivePage := TabbedNotebook.Pages[0];
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.FormDestroy(Sender: TObject);
begin
if CheckBoxAutoSave.Checked then SaveToIni;
SaveOptions.Free;
{$ifndef LOGFONT}
PrintFont.Free;
DescFont.Free;
FoundFont.Free;
FileFont.Free;
TreeFont.Free;
DiskFont.Free;
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.UpdateFontLabels;
{$ifndef LOGFONT}
function GetFontDescription(var Font: TFont): ShortString;
var
S: ShortString;
begin
with Font do
begin
S := '';
if fsBold in Style then S := S + lsBold;
if fsItalic in Style then S := S + lsItalics;
Result := Name + ', ' + IntToStr(Size) + S;
end;
end;
{$else}
function GetLogFontDescription(var LogFont: TLogFont; Size: Integer): ShortString;
var
S: ShortString;
begin
with LogFont do
begin
S := '';
if lfWeight = FW_BOLD then S := S + lsBold;
if lfItalic = 1 then S := S + lsItalics;
Result := StrPas(lfFaceName) + ', '
+ QGetScriptString(lfCharSet) + ', '
+ IntToStr(Size) + S;
end;
end;
{$endif}
begin
{$ifndef LOGFONT}
LabelDiskFont.Caption := GetFontDescription(DiskFont);
LabelTreeFont.Caption := GetFontDescription(TreeFont);
LabelFileFont.Caption := GetFontDescription(FileFont);
LabelFoundFont.Caption := GetFontDescription(FoundFont);
LabelDescFont.Caption := GetFontDescription(DescFont);
LabelPrintFont.Caption := GetFontDescription(PrintFont);
{$else}
LabelDiskFont.Caption := GetLogFontDescription(DiskLogFont, DiskLogFontSize);
LabelTreeFont.Caption := GetLogFontDescription(TreeLogFont, TreeLogFontSize);
LabelFileFont.Caption := GetLogFontDescription(FileLogFont, FileLogFontSize);
LabelFoundFont.Caption := GetLogFontDescription(FoundLogFont, FoundLogFontSize);
LabelDescFont.Caption := GetLogFontDescription(DescLogFont, DescLogFontSize);
LabelPrintFont.Caption := GetLogFontDescription(PrintLogFont, PrintLogFontSize);
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonChangeDiskFontClick(Sender: TObject);
begin
{$ifndef LOGFONT}
FontDialogDisk.Font.Assign(DiskFont);
if FontDialogDisk.Execute then
begin
DiskFont.Assign(FontDialogDisk.Font);
UpdateFontLabels;
end;
{$else}
if QSelectLogFontDialog(DiskLogFont, 6, 24, false, DiskLogFontSize) then
UpdateFontLabels;
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonChangeTreeFontClick(Sender: TObject);
begin
{$ifndef LOGFONT}
FontDialogTree.Font.Assign(TreeFont);
if FontDialogTree.Execute then
begin
TreeFont.Assign(FontDialogTree.Font);
UpdateFontLabels;
end;
{$else}
if QSelectLogFontDialog(TreeLogFont, 6, 24, false, TreeLogFontSize) then
UpdateFontLabels;
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonChangeFileFontClick(Sender: TObject);
begin
{$ifndef LOGFONT}
FontDialogFile.Font.Assign(FileFont);
if FontDialogFile.Execute then
begin
FileFont.Assign(FontDialogFile.Font);
UpdateFontLabels;
end;
{$else}
if QSelectLogFontDialog(FileLogFont, 6, 24, false, FileLogFontSize) then
UpdateFontLabels;
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonChangeFoundFontClick(Sender: TObject);
begin
{$ifndef LOGFONT}
FontDialogFound.Font.Assign(FoundFont);
if FontDialogFound.Execute then
begin
FoundFont.Assign(FontDialogFound.Font);
UpdateFontLabels;
end;
{$else}
if QSelectLogFontDialog(FoundLogFont, 6, 24, false, FoundLogFontSize) then
UpdateFontLabels;
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonChangeDescFontClick(Sender: TObject);
begin
{$ifndef LOGFONT}
FontDialogDesc.Font.Assign(DescFont);
if FontDialogDesc.Execute then
begin
DescFont.Assign(FontDialogDesc.Font);
UpdateFontLabels;
end;
{$else}
if QSelectLogFontDialog(DescLogFont, 6, 24, false, DescLogFontSize) then
UpdateFontLabels;
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonChangePrintFontClick(Sender: TObject);
begin
{$ifndef LOGFONT}
FontDialogPrint.Font.Assign(PrintFont);
if FontDialogPrint.Execute then
begin
PrintFont.Assign(FontDialogPrint.Font);
UpdateFontLabels;
end;
{$else}
if QSelectLogFontDialog(PrintLogFont, 6, 24, true, PrintLogFontSize) then
UpdateFontLabels;
{$endif}
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.SaveToIni;
var
IniFile: TIniFile;
sIniFileName: AnsiString;
{$ifndef LOGFONT}
procedure WriteFont(var Font: TFont; Section: ShortString);
begin
with Font do
begin
IniFile.WriteString (Section, 'FontName', Name);
IniFile.WriteInteger(Section, 'FontSize', Size);
IniFile.WriteBool (Section, 'Bold', fsBold in Style);
IniFile.WriteBool (Section, 'Italic', fsItalic in Style);
end;
end;
{$else}
procedure WriteLogFont(var LogFont: TLogFont; LogFontSize: ShortInt; Section: ShortString);
begin
with LogFont do
begin
IniFile.WriteString (Section, 'FontName', StrPas(lfFaceName));
IniFile.WriteString (Section, 'FontScript', QGetScriptString(lfCharSet));
IniFile.WriteInteger(Section, 'FontSize', LogFontSize);
IniFile.WriteBool (Section, 'Bold', lfWeight = FW_BOLD);
IniFile.WriteBool (Section, 'Italic', lfItalic = 1);
end;
end;
{$endif}
begin
sIniFileName := ChangeFileExt(ParamStr(0), '.ini');
if not FileExists(sIniFileName)
then // test file creation
begin
if not TestFileCreation(sIniFileName) then exit;
end
else
begin // check if it is read-only
///if ((GetFileAttributes(PChar(sIniFileName)) and FILE_ATTRIBUTE_READONLY) <> 0) then exit;
end;
IniFile := TIniFile.Create(sIniFileName);
IniFile.WriteBool ('General', 'Autosave', CheckBoxAutoSave.Checked);
IniFile.WriteBool ('General', 'FoundToNewWin', CheckBoxFoundToNewWin.Checked);
IniFile.WriteBool ('General', 'BackupDBase', CheckBoxBackupDBase.Checked);
{IniFile.WriteBool ('General', 'UseWinLocale', CheckBoxUseWinLocale.Checked);}
IniFile.WriteBool ('General', 'NotScanDriveNames', CheckBoxNotScanDriveNames.Checked);
IniFile.WriteBool ('General', 'EnableShellExecute', CheckBoxEnableShellExecute.Checked);
IniFile.WriteString ('General', 'AutoLoad', EditAutoLoadDBase.Text);
IniFile.WriteBool ('General', 'AutoLoadLast', CheckBoxOpenLastOpened.Checked);
IniFile.WriteBool ('General', 'DisableAutorun', CheckBoxDisableCdAutoRun.Checked);
IniFile.WriteBool ('General', 'EjectAfterScan', CheckBoxEjectAfterCdScan.Checked);
IniFile.WriteBool ('General', 'ScanAfterInsert', CheckBoxScanAfterCdInsert.Checked);
IniFile.WriteBool ('General', 'NoQueries', CheckBoxNoQueries.Checked);
IniFile.WriteBool ('General', 'EnableUTFConvert',CheckBoxEnableUTFConvert.Checked);
IniFile.WriteBool ('Display', 'ShowTree', CheckBoxShowTree.Checked);
IniFile.WriteBool ('Display', 'ExpandTree', CheckBoxExpandTree.Checked);
IniFile.WriteBool ('Display', 'DetailedDisplay', RadioButtonDetailed.Checked);
IniFile.WriteBool ('Display', 'ShowSize', CheckBoxShowSize.Checked);
IniFile.WriteBool ('Display', 'ShowTime', CheckBoxShowTime.Checked);
IniFile.WriteBool ('Display', 'ShowDescr', CheckBoxShowDescr.Checked);
IniFile.WriteInteger ('Display', 'SortCrit', RadioGroupSortCrit.ItemIndex);
IniFile.WriteInteger ('Display', 'SizeDisplay', RadioGroupSizeDisplay.ItemIndex);
IniFile.WriteBool ('Display', 'ShowSeconds', CheckBoxShowSeconds.Checked);
IniFile.WriteBool ('Display', 'ShowIcons', CheckBoxShowIcons.Checked);
IniFile.WriteBool ('Display', 'WinDateFormat', CheckBoxWinDateFormat.Checked);
IniFile.WriteBool ('Display', 'OneKbIs1024', CheckBoxOneKbIs1024.Checked);
IniFile.WriteBool ('Display', 'ShowFileHints', CheckBoxShowFileHints.Checked);
IniFile.WriteBool ('Display', 'PersistentBlocks',CheckBoxPersistentBlocks.Checked);
{$ifndef LOGFONT}
WriteFont(DiskFont, 'DiskPanel');
WriteFont(TreeFont, 'TreePanel');
WriteFont(FileFont, 'FilePanel');
WriteFont(FoundFont, 'SearchWindow');
WriteFont(DescFont, 'DescriptionWindow');
WriteFont(PrintFont, 'PrintPanel');
{$else}
WriteLogFont(DiskLogFont, DiskLogFontSize, 'DiskPanel');
WriteLogFont(TreeLogFont, TreeLogFontSize, 'TreePanel');
WriteLogFont(FileLogFont, FileLogFontSize, 'FilePanel');
WriteLogFont(FoundLogFont, FoundLogFontSize, 'SearchWindow');
WriteLogFont(DescLogFont, DescLogFontSize, 'DescriptionWindow');
WriteLogFont(PrintLogFont, PrintLogFontSize, 'PrintPanel');
{$endif}
IniFile.WriteInteger ('Print', 'TopMargin', SpinEditTop.Value);
IniFile.WriteInteger ('Print', 'BottomMargin', SpinEditBottom.Value);
IniFile.WriteInteger ('Print', 'LeftMargin', SpinEditLeft.Value);
IniFile.WriteInteger ('Print', 'RightMargin', SpinEditRight.Value);
IniFile.WriteString ('Print', 'Header', EditPrintHeader.Text);
IniFile.WriteBool ('Print', 'AdjustNameWidth', CheckBoxAdjustNameWidth.Checked);
IniFile.Free;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.LoadFromIni;
var
IniFile: TIniFile;
sIniFileName: AnsiString;
{$ifndef LOGFONT}
procedure ReadFont(var Font: TFont; Section: ShortString;
DefaultName: ShortString; DefaultSize: Integer);
begin
with Font do
begin
Name := IniFile.ReadString (Section, 'FontName', DefaultName);
Size := IniFile.ReadInteger(Section, 'FontSize', DefaultSize);
Style := [];
if IniFile.ReadBool (Section, 'Bold', false) then
Style := Style + [fsBold];
if IniFile.ReadBool (Section, 'Italic', false) then
Style := Style + [fsItalic];
end;
end;
procedure SetFont(var Font: TFont; Section: ShortString;
DefaultName: ShortString; DefaultSize: Integer);
begin
with Font do
begin
Name := DefaultName;
Size := DefaultSize;
Style := [];
end;
end;
{$else}
procedure ReadLogFont(var LogFont: TLogFont; var LogFontSize: Integer;
Section: ShortString;
DefaultName: ShortString; DefaultSize: Integer);
var
Name, Script: ShortString;
Bold, Italics : boolean;
begin
with LogFont do
begin
Name := IniFile.ReadString (Section, 'FontName', DefaultName);
Script := IniFile.ReadString (Section, 'FontScript', lsScript);
LogFontSize := IniFile.ReadInteger(Section, 'FontSize', DefaultSize);
Bold := IniFile.ReadBool (Section, 'Bold', false);
Italics := IniFile.ReadBool (Section, 'Italic', false);
InitLogFontStruct (LogFont, Name, LogFontSize, Bold, Italics, Script);
end;
end;
procedure SetLogFont(var LogFont: TLogFont; var LogFontSize: Integer;
Section: ShortString;
DefaultName: ShortString; DefaultSize: Integer);
var
Name, Script: ShortString;
Bold, Italics : boolean;
begin
with LogFont do
begin
Name := DefaultName;
Script := lsScript;
LogFontSize := DefaultSize;
Bold := false;
Italics := false;
InitLogFontStruct (LogFont, Name, LogFontSize, Bold, Italics, Script);
end;
end;
{$endif}
begin
sIniFileName := ChangeFileExt(ParamStr(0), '.ini');
if not FileExists(sIniFileName)
then
begin
CheckBoxAutoSave.Checked := false;
CheckBoxFoundToNewWin.Checked := false;
CheckBoxBackupDBase.Checked := false;
CheckBoxNotScanDriveNames.Checked := false;
CheckBoxEnableShellExecute.Checked := false;
CheckBoxDisableCdAutoRun.Checked := g_CommonOptions.bDisableCdAutorun;
CheckBoxEjectAfterCdScan.Checked := g_CommonOptions.bEjectAfterCdScan;
CheckBoxScanAfterCdInsert.Checked := g_CommonOptions.bScanAfterCdInsert;
CheckBoxNoQueries.Checked := g_CommonOptions.bNoQueries;
EditAutoLoadDBase.Text := '';
CheckBoxOpenLastOpened.Checked := true;
CheckBoxEnableUTFConvert.Checked := false;
CheckBoxShowTree.Checked := true;
CheckBoxExpandTree.Checked := false;
CheckBoxExpandTree.Enabled := CheckBoxShowTree.Checked;
RadioButtonBrief.Checked := true;
RadioButtonBriefClick(Self);
CheckBoxShowSize.Checked := true;
CheckBoxShowTime.Checked := true;
CheckBoxShowDescr.Checked := true;
RadioGroupSortCrit.ItemIndex := 0;
RadioGroupSizeDisplay.ItemIndex := 1;
CheckBoxShowSeconds.Checked := false;
CheckBoxShowIcons.Checked := true;
CheckBoxWinDateFormat.Checked := false;
CheckBoxOneKbIs1024.Checked := true;
CheckBoxShowFileHints.Checked := true;
CheckBoxPersistentBlocks.Checked := true;
{$ifndef LOGFONT}
SetFont(DiskFont, 'DiskPanel', lsMSSansSerif, 9);
SetFont(TreeFont, 'TreePanel', lsMSSansSerif, 9);
SetFont(FileFont, 'FilePanel', lsMSSansSerif, 9);
SetFont(FoundFont, 'SearchWindow', lsMSSansSerif, 9);
SetFont(DescFont, 'DescriptionWindow', lsMSSansSerif, 9);
SetFont(PrintFont, 'PrintPanel', lsArial, 9);
{$else}
SetLogFont(DiskLogFont, DiskLogFontSize, 'DiskPanel', lsMSSansSerif, 9);
SetLogFont(TreeLogFont, TreeLogFontSize, 'TreePanel', lsMSSansSerif, 9);
SetLogFont(FileLogFont, FileLogFontSize, 'FilePanel', lsMSSansSerif, 9);
SetLogFont(FoundLogFont, FoundLogFontSize, 'SearchWindow', lsMSSansSerif, 9);
SetLogFont(DescLogFont, DescLogFontSize, 'DescriptionWindow', lsMSSansSerif, 9);
SetLogFont(PrintLogFont, PrintLogFontSize, 'PrintPanel', lsArial, 9);
{$endif}
SpinEditTop.Value := 15;
SpinEditBottom.Value := 15;
SpinEditLeft.Value := 15;
SpinEditRight.Value := 15;
EditPrintHeader.Text := '';
CheckBoxAdjustNameWidth.Checked := true;
HeaderWidths[0] := 93;
HeaderWidths[1] := 152;
HeaderWidths[2] := 242;
g_PanelHeaderWidths := HeaderWidths;
end
else
begin
IniFile := TIniFile.Create(sIniFileName);
CheckBoxAutoSave.Checked := IniFile.ReadBool ('General', 'Autosave', false);
CheckBoxFoundToNewWin.Checked := IniFile.ReadBool ('General', 'FoundToNewWin', false);
CheckBoxBackupDBase.Checked := IniFile.ReadBool ('General', 'BackupDBase', false);
{CheckBoxUseWinLocale.Checked := IniFile.ReadBool('General', 'UseWinLocale', true);}
CheckBoxNotScanDriveNames.Checked := IniFile.ReadBool ('General', 'NotScanDriveNames', false);
CheckBoxEnableShellExecute.Checked := IniFile.ReadBool ('General', 'EnableShellExecute', false);
CheckBoxDisableCdAutoRun.Checked := IniFile.ReadBool ('General', 'DisableAutorun', true);
CheckBoxEjectAfterCdScan.Checked := IniFile.ReadBool ('General', 'EjectAfterScan', true);
CheckBoxScanAfterCdInsert.Checked := IniFile.ReadBool ('General', 'ScanAfterInsert', false);
CheckBoxNoQueries.Checked := IniFile.ReadBool ('General', 'NoQueries', false);
EditAutoLoadDBase.Text := IniFile.ReadString('General', 'AutoLoad', '');
CheckBoxOpenLastOpened.Checked := IniFile.ReadBool ('General', 'AutoLoadLast', true);
CheckBoxEnableUTFConvert.Checked := IniFile.ReadBool ('General', 'EnableUTFConvert', false);
CheckBoxShowTree.Checked := IniFile.ReadBool('Display', 'ShowTree', true);
CheckBoxExpandTree.Checked := IniFile.ReadBool('Display', 'ExpandTree', false);
CheckBoxExpandTree.Enabled := CheckBoxShowTree.Checked;
if IniFile.ReadBool('Display', 'DetailedDisplay', false)
then
begin
RadioButtonDetailed.Checked := true;
RadioButtonDetailedClick(Self);
end
else
begin
RadioButtonBrief.Checked := true;
RadioButtonBriefClick(Self);
end;
CheckBoxShowSize.Checked := IniFile.ReadBool('Display', 'ShowSize', true);
CheckBoxShowTime.Checked := IniFile.ReadBool('Display', 'ShowTime', true);
CheckBoxShowDescr.Checked := IniFile.ReadBool('Display', 'ShowDescr', true);
RadioGroupSortCrit.ItemIndex := IniFile.ReadInteger ('Display', 'SortCrit', 0);
RadioGroupSizeDisplay.ItemIndex := IniFile.ReadInteger ('Display', 'SizeDisplay', 1);
CheckBoxShowSeconds.Checked := IniFile.ReadBool('Display', 'ShowSeconds', false);
CheckBoxShowIcons.Checked := IniFile.ReadBool('Display', 'ShowIcons', true);
CheckBoxWinDateFormat.Checked := IniFile.ReadBool('Display', 'WinDateFormat', false);
CheckBoxOneKbIs1024.Checked := IniFile.ReadBool('Display', 'OneKbIs1024', true);
CheckBoxShowFileHints.Checked := IniFile.ReadBool('Display', 'ShowFileHints', true);
CheckBoxPersistentBlocks.Checked := IniFile.ReadBool('Display', 'PersistentBlocks', true);
{$ifndef LOGFONT}
{$ifdef DELPHI1}
ReadFont(DiskFont, 'DiskPanel', lsMSSansSerif, 8);
ReadFont(TreeFont, 'TreePanel', lsMSSansSerif, 9);
ReadFont(FileFont, 'FilePanel', lsMSSansSerif, 8);
ReadFont(FoundFont, 'SearchWindow', lsMSSansSerif, 8);
ReadFont(DescFont, 'DescriptionWindow', lsMSSansSerif, 8);
ReadFont(PrintFont, 'PrintPanel', lsArial, 9);
{$else}
ReadFont(DiskFont, 'DiskPanel', lsMSSansSerif, 8);
ReadFont(TreeFont, 'TreePanel', lsMSSansSerif, 9);
ReadFont(FileFont, 'FilePanel', lsMSSansSerif, 8);
ReadFont(FoundFont, 'SearchWindow', lsMSSansSerif, 8);
ReadFont(DescFont, 'DescriptionWindow', lsMSSansSerif, 8);
ReadFont(PrintFont, 'PrintPanel', lsArial, 9);
{$endif}
{$else}
ReadLogFont(DiskLogFont, DiskLogFontSize, 'DiskPanel', lsMSSansSerif, 8);
ReadLogFont(TreeLogFont, TreeLogFontSize, 'TreePanel', lsMSSansSerif, 9);
ReadLogFont(FileLogFont, FileLogFontSize, 'FilePanel', lsMSSansSerif, 8);
ReadLogFont(FoundLogFont, FoundLogFontSize, 'SearchWindow', lsMSSansSerif, 8);
ReadLogFont(DescLogFont, DescLogFontSize, 'DescriptionWindow', lsMSSansSerif, 8);
ReadLogFont(PrintLogFont, PrintLogFontSize, 'PrintPanel', lsArial, 9);
{$endif}
SpinEditTop.Value := IniFile.ReadInteger ('Print', 'TopMargin', 15);
SpinEditBottom.Value := IniFile.ReadInteger ('Print', 'BottomMargin', 15);
SpinEditLeft.Value := IniFile.ReadInteger ('Print', 'LeftMargin', 15);
SpinEditRight.Value := IniFile.ReadInteger ('Print', 'RightMargin', 15);
EditPrintHeader.Text := IniFile.ReadString ('Print', 'Header', '');
CheckBoxAdjustNameWidth.Checked := IniFile.ReadBool ('Print', 'AdjustNameWidth', true);
HeaderWidths[0] := IniFile.ReadInteger('Application', 'MDIChildHeader0', 93);
if (HeaderWidths[0] < 5) then HeaderWidths[0] := 5;
HeaderWidths[1] := IniFile.ReadInteger('Application', 'MDIChildHeader1', 152);
if (HeaderWidths[1] < 5) then HeaderWidths[1] := 5;
HeaderWidths[2] := IniFile.ReadInteger('Application', 'MDIChildHeader2', 242);
if (HeaderWidths[2] < 5) then HeaderWidths[2] := 5;
g_PanelHeaderWidths := HeaderWidths;
IniFile.Free;
end;
UsePersistentBlocks := CheckBoxPersistentBlocks.Checked;
ScanAllDriveNames := not CheckBoxNotScanDriveNames.Checked;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonSaveClick(Sender: TObject);
begin
SaveToIni;
UsePersistentBlocks := CheckBoxPersistentBlocks.Checked;
ScanAllDriveNames := not CheckBoxNotScanDriveNames.Checked;
ModalResult := mrOK;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.SetOptions(GlobalOptions: TGlobalOptions);
begin
with GlobalOptions do
begin
RadioGroupSortCrit.ItemIndex := Integer(SortCrit);
case FileDisplayType of
fdBrief : RadioButtonBrief.Checked := true;
fdDetailed: RadioButtonDetailed.Checked := true;
end;
CheckBoxShowSize.Checked := ShowSize;
CheckBoxShowTime.Checked := ShowTime;
CheckBoxShowDescr.Checked := ShowDescr;
if ShowInKb
then RadioGroupSizeDisplay.ItemIndex := 1
else RadioGroupSizeDisplay.ItemIndex := 0;
CheckBoxShowSeconds.Checked := ShowSeconds;
CheckBoxShowIcons.Checked := ShowIcons;
CheckBoxOneKbIs1024.Checked := OneKbIs1024;
CheckBoxShowFileHints.Checked := ShowFileHints;
CheckBoxWinDateFormat.Checked := SystemDateFormat;
CheckBoxShowTree.Checked := ShowTree and (PanelHeaderWidths[1] > 0);
CheckBoxExpandTree.Checked := ExpandTree;
{$ifndef LOGFONT}
Self.DiskFont.Assign (DiskFont);
Self.TreeFont.Assign (TreeFont);
Self.FileFont.Assign (FileFont);
Self.FoundFont.Assign(FoundFont);
Self.DescFont.Assign (DescFont);
Self.PrintFont.Assign(PrintFont);
{$else}
Self.DiskLogFont := DiskLogFont;
Self.TreeLogFont := TreeLogFont;
Self.FileLogFont := FileLogFont;
Self.FoundLogFont := FoundLogFont;
Self.DescLogFont := DescLogFont;
Self.PrintLogFont := PrintLogFont;
Self.DiskLogFontSize := DiskLogFontSize;
Self.TreeLogFontSize := TreeLogFontSize;
Self.FileLogFontSize := FileLogFontSize;
Self.FoundLogFontSize := FoundLogFontSize;
Self.DescLogFontSize := DescLogFontSize;
Self.PrintLogFontSize := PrintLogFontSize;
{$endif}
CheckBoxAutoSave.Checked := AutoSave;
CheckBoxFoundToNewWin.Checked := FoundToNewWin;
SpinEditTop.Value := TopMargin;
SpinEditBottom.Value := BottomMargin;
SpinEditLeft.Value := LeftMargin;
SpinEditRight.Value := RightMargin;
EditPrintHeader.Text := PrintHeader;
CheckBoxAdjustNameWidth.Checked := AdjustNameWidth;
HeaderWidths := PanelHeaderWidths;
g_PanelHeaderWidths := HeaderWidths;
EditAutoLoadDBase.Text := AutoLoadDBase;
CheckBoxOpenLastOpened.Checked := OpenLastOpened;
CheckBoxBackupDBase.Checked := BackupDBase;
CheckBoxPersistentBlocks.Checked := PersistentBlocks;
CheckBoxNotScanDriveNames.Checked := NotScanDriveNames;
CheckBoxEnableShellExecute.Checked := EnableShellExecute;
CheckBoxDisableCdAutoRun.Checked := g_CommonOptions.bDisableCdAutorun;
CheckBoxEjectAfterCdScan.Checked := g_CommonOptions.bEjectAfterCdScan;
CheckBoxScanAfterCdInsert.Checked := g_CommonOptions.bScanAfterCdInsert;
CheckBoxNoQueries.Checked := g_CommonOptions.bNoQueries;
end; {with Options}
UpdateFontLabels;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.GetOptions(GlobalOptions: TGlobalOptions);
begin
with GlobalOptions do
begin
SortCrit := TSortCrit(RadioGroupSortCrit.ItemIndex);
if RadioButtonBrief.Checked
then FileDisplayType := fdBrief
else FileDisplayType := fdDetailed;
ShowSize := CheckBoxShowSize.Checked;
ShowTime := CheckBoxShowTime.Checked;
ShowDescr := CheckBoxShowDescr.Checked;
ShowInKb := RadioGroupSizeDisplay.ItemIndex = 1;
ShowSeconds := CheckBoxShowSeconds.Checked;
ShowIcons := CheckBoxShowIcons.Checked;
OneKbIs1024 := CheckBoxOneKbIs1024.Checked;
ShowFileHints := CheckBoxShowFileHints.Checked;
SystemDateFormat := CheckBoxWinDateFormat.Checked;
ShowTree := CheckBoxShowTree.Checked and (HeaderWidths[1] > 0);
ExpandTree := CheckBoxExpandTree.Checked;
ReversedSort := false;
{$ifndef LOGFONT}
DiskFont.Assign (Self.DiskFont);
TreeFont.Assign (Self.TreeFont);
FileFont.Assign (Self.FileFont);
FoundFont.Assign(Self.FoundFont);
DescFont.Assign (Self.DescFont);
PrintFont.Assign(Self.PrintFont);
{$else}
DiskLogFont := Self.DiskLogFont;
TreeLogFont := Self.TreeLogFont;
FileLogFont := Self.FileLogFont;
FoundLogFont := Self.FoundLogFont;
DescLogFont := Self.DescLogFont;
PrintLogFont := Self.PrintLogFont;
DiskLogFontSize := Self.DiskLogFontSize;
TreeLogFontSize := Self.TreeLogFontSize;
FileLogFontSize := Self.FileLogFontSize;
FoundLogFontSize := Self.FoundLogFontSize;
DescLogFontSize := Self.DescLogFontSize;
PrintLogFontSize := Self.PrintLogFontSize;
{$endif}
AutoSave := CheckBoxAutoSave.Checked;
FoundToNewWin := CheckBoxFoundToNewWin.Checked;
TopMargin := SpinEditTop.Value;
BottomMargin := SpinEditBottom.Value;
LeftMargin := SpinEditLeft.Value;
RightMargin := SpinEditRight.Value;
PrintHeader := EditPrintHeader.Text;
AdjustNameWidth := CheckBoxAdjustNameWidth.Checked;
PanelHeaderWidths := HeaderWidths;
g_PanelHeaderWidths := HeaderWidths;
{exceptional - the following settings are really global}
If SystemDateFormat
then WinDateFormat := wd_WinShort {is in QB_Utils}
else WinDateFormat := SaveWinDateFormat;
If OneKbIs1024
then KbDivider := 1024
else KbDivider := 1000;
{up to here}
AutoLoadDBase := EditAutoLoadDBase.Text;
OpenLastOpened := CheckBoxOpenLastOpened.Checked;
BackupDBase := CheckBoxBackupDBase.Checked;
PersistentBlocks := CheckBoxPersistentBlocks.Checked;
NotScanDriveNames := CheckBoxNotScanDriveNames.Checked;
EnableShellExecute := CheckBoxEnableShellExecute.Checked;
EnableUTFConvert := CheckBoxEnableUTFConvert.Checked;
end;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.FormShow(Sender: TObject);
begin
ActiveControl := ButtonOK;
{AlreadyWarned := false;}
GetOptions(SaveOptions);
CheckBoxNoQueries.Checked := g_CommonOptions.bNoQueries; // because it can be changed alsofrom FormSelectDrive
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.CheckBoxShowTreeClick(Sender: TObject);
begin
CheckBoxExpandTree.Enabled := CheckBoxShowTree.Checked;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonBrowseClick(Sender: TObject);
begin
if OpenDialogDBase.Execute then
begin
EditAutoLoadDBase.Text := OpenDialogDBase.FileName;
end;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.ButtonHelpClick(Sender: TObject);
begin
Application.HelpContext(290);
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.CheckBoxOpenLastOpenedClick(Sender: TObject);
begin
EditAutoLoadDBase.Enabled := not CheckBoxOpenLastOpened.Checked;
ButtonBrowse.Enabled := not CheckBoxOpenLastOpened.Checked;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.CheckBoxDisableCdAutoRunClick(Sender: TObject);
begin
g_CommonOptions.bDisableCdAutorun := CheckBoxDisableCdAutoRun.Checked;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.CheckBoxEjectAfterCdScanClick(Sender: TObject);
begin
g_CommonOptions.bEjectAfterCdScan := CheckBoxEjectAfterCdScan.Checked;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.CheckBoxScanAfterCdInsertClick(Sender: TObject);
begin
g_CommonOptions.bScanAfterCdInsert := CheckBoxScanAfterCdInsert.Checked;
end;
//-----------------------------------------------------------------------------
procedure TFormSettings.CheckBoxNoQueriesClick(Sender: TObject);
begin
g_CommonOptions.bNoQueries := CheckBoxNoQueries.Checked;
end;
//-----------------------------------------------------------------------------
// Disables CD AutoRun feature - Windows send the message QueryCancelAutoPlay
// to the top window, so we must have this handler in all forms.
procedure TFormSettings.DefaultHandler(var Message);
begin
with TMessage(Message) do
if (Msg = g_CommonOptions.dwQueryCancelAutoPlay) and
g_CommonOptions.bDisableCdAutorun
then
Result := 1
else
inherited DefaultHandler(Message)
end;
//-----------------------------------------------------------------------------
var
TempBuf: array [1..500] of char;
begin
g_CommonOptions.bDisableCdAutorun := true;
g_CommonOptions.bEjectAfterCdScan := true;
g_CommonOptions.bScanAfterCdInsert:= false;
g_CommonOptions.bNoQueries := false;
///g_CommonOptions.dwQueryCancelAutoPlay := RegisterWindowMessage('QueryCancelAutoPlay');
g_UserCommandList := TList.Create();
///GetTempPath(500, @TempBuf);
g_sTempFolder := TempBuf;
end.
|
unit UDMCadEnsaio;
interface
uses
SysUtils, Classes, FMTBcd, DB, DBClient, Provider, SqlExpr, LogTypes;
type
TDMCadEnsaio = class(TDataModule)
sdsEnsaio: TSQLDataSet;
dspEnsaio: TDataSetProvider;
cdsEnsaio: TClientDataSet;
dsEnsaio: TDataSource;
sdsEnsaioID: TIntegerField;
sdsEnsaioNOME: TStringField;
cdsEnsaioID: TIntegerField;
cdsEnsaioNOME: TStringField;
sdsEnsaioINATIVO: TStringField;
cdsEnsaioINATIVO: TStringField;
procedure DataModuleCreate(Sender: TObject);
procedure dspEnsaioUpdateError(Sender: TObject;
DataSet: TCustomClientDataSet; E: EUpdateError;
UpdateKind: TUpdateKind; var Response: TResolverResponse);
procedure cdsEnsaioNewRecord(DataSet: TDataSet);
private
{ Private declarations }
procedure DoLogAdditionalValues(ATableName: string; var AValues: TArrayLogData; var UserName: string);
public
{ Public declarations }
vMsgErro: String;
ctCommand: String;
procedure prc_Localizar(ID: Integer); //-1 = Inclusão
procedure prc_Inserir;
procedure prc_Gravar;
procedure prc_Excluir;
end;
var
DMCadEnsaio: TDMCadEnsaio;
implementation
uses DmdDatabase, LogProvider, uUtilPadrao;
{$R *.dfm}
{ TDMCadEnsaio }
procedure TDMCadEnsaio.prc_Inserir;
var
vAux: Integer;
begin
if not cdsEnsaio.Active then
prc_Localizar(-1);
vAux := dmDatabase.ProximaSequencia('ENSAIO_OS',0);
cdsEnsaio.Insert;
cdsEnsaioID.AsInteger := vAux;
end;
procedure TDMCadEnsaio.prc_Excluir;
begin
if not(cdsEnsaio.Active) or (cdsEnsaio.IsEmpty) then
exit;
cdsEnsaio.Delete;
cdsEnsaio.ApplyUpdates(0);
end;
procedure TDMCadEnsaio.prc_Gravar;
begin
vMsgErro := '';
if trim(cdsEnsaioNOME.AsString) = '' then
vMsgErro := '*** Nome não informado!';
if vMsgErro <> '' then
exit;
cdsEnsaio.Post;
cdsEnsaio.ApplyUpdates(0);
end;
procedure TDMCadEnsaio.prc_Localizar(ID: Integer);
begin
cdsEnsaio.Close;
sdsEnsaio.CommandText := ctCommand;
if ID <> 0 then
sdsEnsaio.CommandText := sdsEnsaio.CommandText + ' WHERE ID = ' + IntToStr(ID);
cdsEnsaio.Open;
end;
procedure TDMCadEnsaio.DataModuleCreate(Sender: TObject);
var
i, x: Integer;
vIndices: string;
aIndices: array of string;
begin
ctCommand := sdsEnsaio.CommandText;
LogProviderList.OnAdditionalValues := DoLogAdditionalValues;
for i := 0 to (Self.ComponentCount - 1) do
begin
if (Self.Components[i] is TClientDataSet) then
begin
SetLength(aIndices, 0);
vIndices := TClientDataSet(Components[i]).IndexFieldNames;
while (vIndices <> EmptyStr) do
begin
SetLength(aIndices, Length(aIndices) + 1);
x := Pos(';', vIndices);
if (x = 0) then
begin
aIndices[Length(aIndices) - 1] := vIndices;
vIndices := EmptyStr;
end
else
begin
aIndices[Length(aIndices) - 1] := Copy(vIndices, 1, x - 1);
vIndices := Copy(vIndices, x + 1, MaxInt);
end;
end;
LogProviderList.AddProvider(TClientDataSet(Self.Components[i]), TClientDataSet(Self.Components[i]).Name, aIndices);
end;
end;
end;
procedure TDMCadEnsaio.dspEnsaioUpdateError(Sender: TObject;
DataSet: TCustomClientDataSet; E: EUpdateError; UpdateKind: TUpdateKind;
var Response: TResolverResponse);
begin
dmDatabase.prc_UpdateError(DataSet.Name,UpdateKind,E);
end;
procedure TDMCadEnsaio.DoLogAdditionalValues(ATableName: string;
var AValues: TArrayLogData; var UserName: string);
begin
UserName := vUsuario;
end;
procedure TDMCadEnsaio.cdsEnsaioNewRecord(DataSet: TDataSet);
begin
cdsEnsaioINATIVO.AsString := 'N';
end;
end.
|
unit gr_Current_Filter;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, cxLookAndFeelPainters, cxCheckBox, StdCtrls, cxButtons,
cxContainer, cxEdit, cxTextEdit, cxMaskEdit, cxButtonEdit, cxControls,
cxGroupBox, cxSpinEdit, cxDropDownEdit, GlobalSpr,
IBase, PackageLoad, Dates, FIBDatabase, pFIBDatabase, DB,
FIBDataSet, pFIBDataSet, ActnList, ExtCtrls, cxLabel, Unit_NumericConsts,
gr_uMessage, gr_uCommonConsts, gr_uCommonProc, gr_uCommonLoader, Gr_AccDepart;
type TgrCurrentFilter = record
Is_Smeta:boolean;
Is_Department:boolean;
Is_Man:boolean;
Is_VidOpl:boolean;
Is_KodSetup:boolean;
Is_OperationsFilter:boolean;
Is_Prikaz:boolean;
Id_smeta:integer;
Kod_Smeta:integer;
Name_Smeta:String;
Id_department:integer;
Kod_department:string[10];
Name_Department:String;
Id_man:integer;
Tn:integer;
FIO:string;
Id_VidOpl:integer;
Kod_VidOpl:integer;
Name_VidOpl:string;
Kod_Setup1:integer;
Kod_Setup2:integer;
Prikaz:string[50];
ModalResult:TModalResult;
end;
type
TfzCurrentFilter = class(TForm)
BoxSmeta: TcxGroupBox;
EditSmeta: TcxButtonEdit;
YesBtn: TcxButton;
CancelBtn: TcxButton;
BoxKodSetup: TcxGroupBox;
MonthesList1: TcxComboBox;
YearSpinEdit1: TcxSpinEdit;
CheckBoxKodSetup: TcxCheckBox;
CheckBoxDepartment: TcxCheckBox;
BoxDepartment: TcxGroupBox;
EditDepartment: TcxButtonEdit;
CheckBoxSmeta: TcxCheckBox;
CheckBoxIdMan: TcxCheckBox;
BoxIdMan: TcxGroupBox;
EditMan: TcxButtonEdit;
CheckBoxVidOpl: TcxCheckBox;
BoxVidOpl: TcxGroupBox;
EditVidOpl: TcxButtonEdit;
LabelManData: TcxLabel;
LabelVidOplData: TcxLabel;
LabelDepartmentData: TcxLabel;
LabelSmetaData: TcxLabel;
ActionList: TActionList;
Action1: TAction;
MonthesList2: TcxComboBox;
YearSpinEdit2: TcxSpinEdit;
cxLabel1: TcxLabel;
CheckBoxOperationsFilter: TcxCheckBox;
Bevel: TBevel;
CheckBoxPrikaz: TcxCheckBox;
BoxPrikaz: TcxGroupBox;
EditPrikaz: TcxMaskEdit;
procedure CheckBoxKodSetupClick(Sender: TObject);
procedure CheckBoxDepartmentClick(Sender: TObject);
procedure CheckBoxSmetaClick(Sender: TObject);
procedure cxButtonEdit1PropertiesButtonClick(Sender: TObject;
AButtonIndex: Integer);
procedure EditSmetaPropertiesButtonClick(Sender: TObject;
AButtonIndex: Integer);
procedure CancelBtnClick(Sender: TObject);
procedure k(Sender: TObject);
procedure EditManPropertiesButtonClick(Sender: TObject;
AButtonIndex: Integer);
procedure CheckBoxVidOplClick(Sender: TObject);
procedure EditVidOplExit(Sender: TObject);
procedure EditVidOplPropertiesButtonClick(Sender: TObject;
AButtonIndex: Integer);
procedure EditDepartmentExit(Sender: TObject);
procedure EditSmetaExit(Sender: TObject);
procedure Action1Execute(Sender: TObject);
procedure CheckBoxOperationsFilterClick(Sender: TObject);
procedure EditPrikazKeyPress(Sender: TObject; var Key: Char);
procedure CheckBoxPrikazClick(Sender: TObject);
procedure EditManPropertiesEditValueChanged(Sender: TObject);
procedure ActionEnterExecute(Sender: TObject);
private
PParameter:TgrCurrentFilter;
PDb_Handle:TISC_DB_HANDLE;
PLanguageIndex:byte;
public
constructor Create(AOwner:TComponent;ADB_Handle:TISC_DB_HANDLE;AParameter:TgrCurrentFilter);reintroduce;
property Parameter:TgrCurrentFilter read PParameter;
end;
function ViewFilter(AOwner:TComponent;ADB_Handle:TISC_DB_HANDLE;AParameter:TgrCurrentFilter):TgrCurrentFilter;stdcall;
implementation
{$R *.dfm}
function ViewFilter(AOwner:TComponent;ADB_Handle:TISC_DB_HANDLE;AParameter:TgrCurrentFilter):TgrCurrentFilter;stdcall;
var Filter:TfzCurrentFilter;
Res:TgrCurrentFilter;
begin
Filter := TfzCurrentFilter.Create(AOwner,ADB_Handle,AParameter);
if Filter.ShowModal=mrYes then
Res:=Filter.Parameter
else Res:=AParameter;
Res.ModalResult:=Filter.ModalResult;
Filter.Free;
ViewFilter:=Res;
end;
constructor TfzCurrentFilter.Create(AOwner:TComponent;ADB_Handle:TISC_DB_HANDLE;AParameter:TgrCurrentFilter);
begin
inherited Create(AOwner);
PParameter:=AParameter;
PDb_Handle:=ADB_Handle;
PLanguageIndex:=IndexLanguage;
//******************************************************************************
Caption := FilterBtn_Caption[PLanguageIndex];
CheckBoxKodSetup.Properties.Caption := LabelPeriod_Caption[PLanguageIndex];
CheckBoxDepartment.Properties.Caption := LabelDepartment_Caption[PLanguageIndex];
CheckBoxVidOpl.Properties.Caption := LabelVidOpl_Caption[PLanguageIndex];
CheckBoxSmeta.Properties.Caption := LabelSmeta_Caption[PLanguageIndex];
CheckBoxIdMan.Properties.Caption := LabelStudent_Caption[PLanguageIndex];
CheckBoxPrikaz.Properties.Caption := LabelPrikaz_Caption[PLanguageIndex];
CheckBoxOperationsFilter.Properties.Caption := LabelOperationsFilter_Caption[PLanguageIndex];
YesBtn.Caption := YesBtn_Caption[PLanguageIndex];
CancelBtn.Caption := CancelBtn_Caption[PLanguageIndex];
YesBtn.Hint := YesBtn.Caption;
CancelBtn.Hint := CancelBtn.Caption+' (Esc)';
MonthesList1.Properties.Items.Text := MonthesList_Text[PLanguageIndex];
MonthesList2.Properties.Items.Text := MonthesList_Text[PLanguageIndex];
//******************************************************************************
CheckBoxKodSetup.Checked := PParameter.Is_KodSetup;
CheckBoxDepartment.Checked := PParameter.Is_Department;
CheckBoxSmeta.Checked := PParameter.Is_Smeta;
CheckBoxIdMan.Checked := PParameter.Is_Man;
CheckBoxVidOpl.Checked := PParameter.Is_VidOpl;
CheckBoxOperationsFilter.Checked := PParameter.Is_OperationsFilter;
CheckBoxPrikaz.Checked := PParameter.Is_Prikaz;
BoxPrikaz.Enabled := CheckBoxPrikaz.Checked;
BoxKodSetup.Enabled := CheckBoxKodSetup.Checked;
BoxSmeta.Enabled := CheckBoxSmeta.Checked;
BoxDepartment.Enabled := CheckBoxDepartment.Checked;
BoxIdMan.Enabled := CheckBoxIdMan.Checked;
BoxVidOpl.Enabled := CheckBoxVidOpl.Checked;
LabelManData.Caption := PParameter.FIO;
LabelVidOplData.Caption := PParameter.Name_VidOpl;
LabelDepartmentData.Caption := PParameter.Name_Department;
LabelSmetaData.Caption := PParameter.Name_Smeta;
EditSmeta.Text := grIfThen(PParameter.Kod_Smeta=0,'',IntToStr(PParameter.Kod_Smeta));
EditDepartment.Text := PParameter.Kod_department;
EditMan.Text := grIfThen(PParameter.Tn=0,'',IntToStr(PParameter.Tn));
EditVidOpl.Text := grIfThen(PParameter.Kod_VidOpl=0,'',IntToStr(PParameter.Kod_VidOpl));
//******************************************************************************
if PParameter.Kod_Setup1=0 then
PParameter.Kod_Setup1:=grKodSetup(PDb_Handle);
YearSpinEdit1.Value := YearMonthFromKodSetup(PParameter.Kod_Setup1);
MonthesList1.ItemIndex := YearMonthFromKodSetup(PParameter.Kod_Setup1,False)-1;
if PParameter.Kod_Setup2=0 then
PParameter.Kod_Setup2:=grKodSetup(PDb_Handle);
YearSpinEdit2.Value := YearMonthFromKodSetup(PParameter.Kod_Setup2);
MonthesList2.ItemIndex := YearMonthFromKodSetup(PParameter.Kod_Setup2,False)-1;
end;
procedure TfzCurrentFilter.CheckBoxKodSetupClick(Sender: TObject);
begin
BoxKodSetup.Enabled := not BoxKodSetup.Enabled;
end;
procedure TfzCurrentFilter.CheckBoxDepartmentClick(Sender: TObject);
begin
BoxDepartment.Enabled := not BoxDepartment.Enabled;
end;
procedure TfzCurrentFilter.CheckBoxSmetaClick(Sender: TObject);
begin
BoxSmeta.Enabled := not BoxSmeta.Enabled;
end;
procedure TfzCurrentFilter.cxButtonEdit1PropertiesButtonClick(
Sender: TObject; AButtonIndex: Integer);
var Department:Variant;
ViewForm:TfGrAccDepart;
begin
ViewForm:=TfGrAccDepart.Create(self,PDB_Handle);
ViewForm.NKodSetup:=PeriodToKodSetup(YearSpinEdit1.EditValue,MonthesList1.ItemIndex+1);
if ViewForm.ShowModal=mrYes then Department:=ViewForm.Result;
if VarArrayDimCount(Department)> 0 then
if Department[0]<>NULL then
begin
PParameter.Id_department := Department[0];
PParameter.Name_Department := VarToStr(Department[2]);
PParameter.Kod_department := VarToStr(Department[1]);
LabelDepartmentData.Caption := PParameter.Name_Department;
EditDepartment.Text := PParameter.Kod_department;
end;
end;
procedure TfzCurrentFilter.EditSmetaPropertiesButtonClick(Sender: TObject;
AButtonIndex: Integer);
var Smeta:Variant;
begin
Smeta:=GetSmets(self,PDB_Handle,Date,psmSmet);
if VarArrayDimCount(Smeta)> 0 then
If Smeta[0]<>NULL then
begin
PParameter.Id_smeta := Smeta[0];
PParameter.Name_Smeta := Smeta[2];
PParameter.Kod_Smeta := Smeta[3];
EditSmeta.Text := IntToStr(PParameter.Kod_Smeta);
LabelSmetaData.Caption := PParameter.Name_Smeta;
end;
end;
procedure TfzCurrentFilter.CancelBtnClick(Sender: TObject);
begin
ModalResult:=mrCancel;
end;
procedure TfzCurrentFilter.k(Sender: TObject);
begin
BoxIdMan.Enabled := not BoxIdMan.Enabled;
end;
procedure TfzCurrentFilter.EditManPropertiesButtonClick(Sender: TObject;
AButtonIndex: Integer);
var man:Variant;
AParameter: TgrSimpleParam;
begin
AParameter:=TgrSimpleParam.Create;
AParameter.Owner:=Self;
AParameter.DB_Handle:=PDb_Handle;
man:=DoFunctionFromPackage(AParameter,Stud_StudentCards);
if VarArrayDimCount(man)> 0 then
if man[0]<>NULL then
begin
PParameter.Id_man:=man[0];
PParameter.Tn:=grifThen(VarIsNull(Man[1]),0,Man[1]);
PParameter.FIO:=man[2];
LabelManData.Caption := PParameter.FIO;
EditMan.Text := IntToStr(PParameter.Tn);
end;
end;
procedure TfzCurrentFilter.CheckBoxVidOplClick(Sender: TObject);
begin
BoxVidOpl.Enabled := CheckBoxVidOpl.Checked;
end;
procedure TfzCurrentFilter.EditVidOplExit(Sender: TObject);
var VidOpl:Variant;
begin
if EditVidOpl.Text<>'' then
begin
if StrToInt(EditVidOpl.Text)=PParameter.Kod_VidOpl then Exit;
VidOpl:=grVoByKod(StrToInt(EditVidOpl.Text),date,PDb_Handle);
if VarArrayDimCount(VidOpl)>0 then
begin
PParameter.Id_VidOpl:=VidOpl[0];
PParameter.Kod_VidOpl:=VidOPl[1];
PParameter.Name_VidOpl:=VidOpl[2];
LabelVidOplData.Caption := PParameter.Name_VidOpl;
end
else
EditVidOpl.SetFocus;
end;
end;
procedure TfzCurrentFilter.EditVidOplPropertiesButtonClick(Sender: TObject;
AButtonIndex: Integer);
var VidOpl:Variant;
begin
VidOPl:=ShowSpVidOpl(self,PDb_Handle);
if VarArrayDimCount(VidOpl)>0 then
begin
PParameter.Id_VidOpl:=VidOpl[0];
PParameter.Kod_VidOpl:=VidOPl[2];
PParameter.Name_VidOpl:=VidOpl[1];
LabelVidOplData.Caption := PParameter.Name_VidOpl;
EditVidOpl.Text := IntToStr(PParameter.Kod_VidOpl);
end
else
EditVidOpl.SetFocus;
end;
procedure TfzCurrentFilter.EditDepartmentExit(Sender: TObject);
var Department:Variant;
begin
if EditDepartment.Text<>'' then
begin
if EditDepartment.Text=PParameter.Kod_department then Exit;
Department:=grDepartmentByKod(EditDepartment.Text,PDb_Handle);
if VarArrayDimCount(Department)>0 then
begin
PParameter.Id_department:=Department[0];
PParameter.Kod_department:=Department[1];
PParameter.Name_Department:=Department[2];
LabelDepartmentData.Caption := PParameter.Name_Department;
end
else
EditDepartment.SetFocus;
end;
end;
procedure TfzCurrentFilter.EditSmetaExit(Sender: TObject);
var Smeta:Variant;
begin
if EditSmeta.Text<>'' then
begin
if StrToInt(EditSmeta.Text)=PParameter.Kod_Smeta then Exit;
Smeta:=grSmetaByKod(StrToInt(EditSmeta.Text),PDb_Handle);
if VarArrayDimCount(Smeta)>0 then
begin
PParameter.Id_smeta:=Smeta[0];
PParameter.Kod_Smeta:=Smeta[1];
PParameter.Name_Smeta:=Smeta[2];
LabelSmetaData.Caption := PParameter.Name_Smeta;
end
else
EditSmeta.SetFocus;
end;
end;
procedure TfzCurrentFilter.Action1Execute(Sender: TObject);
begin
if PeriodToKodSetup(YearSpinEdit1.Value,MonthesList1.ItemIndex+1)>
PeriodToKodSetup(YearSpinEdit2.Value,MonthesList2.ItemIndex+1) then
begin
MonthesList1.SetFocus;
Exit;
end;
YesBtn.SetFocus;
PParameter.Prikaz := EditPrikaz.Text;
if PParameter.Id_smeta=0 then CheckBoxSmeta.Checked:=False;
if PParameter.Id_department=0 then CheckBoxDepartment.Checked:=False;
if PParameter.Id_man=0 then CheckBoxIdMan.Checked:=False;
if PParameter.Id_VidOpl=0 then CheckBoxVidOpl.Checked:=False;
if PParameter.Prikaz='' then CheckBoxPrikaz.Enabled:=False;
PParameter.Is_Department := CheckBoxDepartment.Checked;
PParameter.Is_Smeta := CheckBoxSmeta.Checked;
PParameter.Is_Man := CheckBoxIdMan.Checked;
PParameter.Is_VidOpl := CheckBoxVidOpl.Checked;
PParameter.Is_KodSetup := CheckBoxKodSetup.Checked;
PParameter.Is_OperationsFilter := CheckBoxOperationsFilter.Checked;
PParameter.Is_Prikaz:= CheckBoxPrikaz.Checked;
PParameter.Kod_Setup1:=PeriodToKodSetup(YearSpinEdit1.Value,MonthesList1.ItemIndex+1);
PParameter.Kod_Setup2:=PeriodToKodSetup(YearSpinEdit2.Value,MonthesList2.ItemIndex+1);
if (not PParameter.Is_Smeta) and
(not PParameter.Is_Department) and
(not PParameter.Is_VidOpl) and
(not PParameter.Is_KodSetup) and
(not PParameter.Is_Man) then
grShowMessage(ECaption[PLanguageIndex],EnotInputData_Text[PLanguageIndex],mtWarning,[mbOK])
else ModalResult:=mrYes;
end;
procedure TfzCurrentFilter.CheckBoxOperationsFilterClick(Sender: TObject);
begin
PParameter.Is_OperationsFilter := CheckBoxOperationsFilter.Checked;
end;
procedure TfzCurrentFilter.EditPrikazKeyPress(Sender: TObject;
var Key: Char);
begin
if (Length(EditPrikaz.Text)=50) and
(key<>#7) and (Key<>#8) then Key:=#0;
end;
procedure TfzCurrentFilter.CheckBoxPrikazClick(Sender: TObject);
begin
BoxPrikaz.Enabled := not BoxPrikaz.Enabled;
end;
procedure TfzCurrentFilter.EditManPropertiesEditValueChanged(
Sender: TObject);
var man:Variant;
begin
if EditMan.Text<>'' then
begin
if StrToInt(EditMan.Text)=PParameter.Tn then Exit;
man:=grManByShifr(StrToInt(EditMan.Text),PDb_Handle);
if VarArrayDimCount(man)>0 then
begin
PParameter.Id_man:=man[0];
PParameter.Tn:=man[1];
PParameter.FIO:=man[2];
LabelManData.Caption := PParameter.FIO;
end
else
EditMan.SetFocus;
end;
end;
procedure TfzCurrentFilter.ActionEnterExecute(Sender: TObject);
begin
if CancelBtn.Focused then ModalResult :=mrCancel;
if YesBtn.Focused then Action1.Execute;
if CheckBoxOperationsFilter.Focused then YesBtn.SetFocus;
if EditPrikaz.Focused then CheckBoxOperationsFilter.SetFocus;
if (CheckBoxPrikaz.Checked) and (CheckBoxPrikaz.Focused) then EditPrikaz.SetFocus
else if CheckBoxPrikaz.Focused then CheckBoxOperationsFilter.SetFocus;
if (EditSmeta.Focused) and (CheckBoxPrikaz.Checked) then EditPrikaz.SetFocus
else if EditSmeta.Focused then CheckBoxPrikaz.SetFocus;
if (CheckBoxSmeta.Focused) and (CheckBoxSmeta.Checked) then EditSmeta.SetFocus
else if CheckBoxSmeta.Focused then CheckBoxPrikaz.SetFocus;
if (EditDepartment.Focused) and (CheckBoxSmeta.Checked) then EditSmeta.SetFocus
else if EditDepartment.Focused then CheckBoxSmeta.SetFocus;
if CheckBoxDepartment.Focused and CheckBoxDepartment.Checked then EditDepartment.SetFocus
else if CheckBoxDepartment.Focused then CheckBoxSmeta.SetFocus;
if EditVidOpl.Focused and CheckBoxDepartment.Checked then EditDepartment.SetFocus
else if EditVidOpl.Focused then CheckBoxDepartment.SetFocus;
if CheckBoxVidOpl.Focused and CheckBoxVidOpl.Checked then EditVidOpl.SetFocus
else if CheckBoxVidOpl.Focused then CheckBoxDepartment.SetFocus;
if EditMan.Focused and CheckBoxVidOpl.Checked then EditVidOpl.SetFocus
else if EditMan.Focused then CheckBoxVidOpl.SetFocus;
if CheckBoxIdMan.Focused and CheckBoxIdMan.Checked then EditMan.SetFocus
else if CheckBoxIdMan.Focused then CheckBoxVidOpl.SetFocus;
if (YearSpinEdit2.Focused) and (CheckBoxIdMan.Checked) then EditMan.SetFocus
else if YearSpinEdit2.Focused then CheckBoxIdMan.SetFocus;
if MonthesList2.Focused then YearSpinEdit2.SetFocus;
if YearSpinEdit1.Focused then MonthesList2.SetFocus;
if MonthesList1.Focused then YearSpinEdit1.SetFocus;
end;
end.
|
;; -*- lisp-version: "9.0 [Windows] (Sep 7, 2012 15:37)"; cg: "9.0"; -*-
(in-package :cg-user)
(define-project :name :|AlgoMergulhadores|
:modules (list (make-instance 'module :name "EspacoBusca2D0011.lisp")
(make-instance 'module :name "main.lisp"))
:projects nil
:libraries nil
:editable-files nil
:distributed-files nil
:internally-loaded-files nil
:project-package-name :common-graphics-user
:main-form nil
:compilation-unit t
:concatenate-project-fasls t
:verbose nil
:runtime-modules (list :cg.yes-no-string :cg.yes-no-list :cg.wrap-string
:cg.web-browser :cg.utility-dialog :cg.up-down-control :cg.tray
:cg.trackbar :cg.tooltip :cg.toolbar :cg.toggling-widget
:cg.timer :cg.text-widget :cg.text-or-combo
:cg.text-edit-pane.mark :cg.text-edit-pane.file-io
:cg.text-edit-pane :cg.template-string :cg.tab-control
:cg.string-dialog :cg.status-bar :cg.static-text :cg.split-bar
:cg.shortcut-menu :cg.selected-object :cg.scrolling-static-text
:cg.scroll-bar-mixin :cg.scroll-bar :cg.scaling-stream
:cg.sample-file-menu :cg.rich-edit-pane.printing
:cg.rich-edit-pane.clipboard :cg.rich-edit-pane :cg.rich-edit
:cg.radio-button :cg.property :cg.project-window
:cg.progress-indicator :cg.printing :cg.plot-widget
:cg.pixmap.rotate :cg.pixmap.printing :cg.pixmap.file-io
:cg.pixmap-widget :cg.pixmap :cg.picture-widget.palette
:cg.picture-widget :cg.paren-matching :cg.palette
:cg.outline.edit-in-place :cg.outline.drag-and-drop :cg.outline
:cg.os-window :cg.os-widget :cg.nodes
:cg.multi-picture-button.tooltip
:cg.multi-picture-button.drag-and-drop :cg.multi-picture-button
:cg.multi-line-lisp-text :cg.multi-line-editable-text
:cg.message-dialog :cg.menu.tooltip :cg.menu :cg.list-view
:cg.lisp-widget :cg.lisp-text :cg.lisp-edit-pane
:cg.lettered-menu :cg.layout :cg.lamp :cg.keyboard-shortcuts
:cg.item-list :cg.intersect.posbox :cg.intersect :cg.icon-pixmap
:cg.icon :cg.html-widget :cg.html-dialog :cg.hotspot
:cg.header-control :cg.group-box :cg.grid-widget.drag-and-drop
:cg.grid-widget :cg.graphics-context :cg.get-position
:cg.get-pixmap :cg.gesture-emulation :cg.font-dialog
:cg.find-string-dialog :cg.fill-texture :cg.file-dialog
:cg.editable-text :cg.edit-in-place :cg.dropping-outline
:cg.drawable.clipboard :cg.drawable :cg.drag-and-drop-image
:cg.drag-and-drop :cg.directory-dialog-os :cg.directory-dialog
:cg.dialog-item :cg.curve :cg.cursor-pixmap :cg.comtab
:cg.common-control :cg.combo-box :cg.color-dialog
:cg.clipboard.pixmap :cg.clipboard-stack :cg.clipboard
:cg.class-support :cg.class-slot-grid :cg.choose-printer
:cg.choice-list :cg.check-box :cg.chart-widget :cg.chart-or-plot
:cg.caret :cg.button :cg.bitmap-stream :cg.bitmap-pane.clipboard
:cg.bitmap-pane :cg.base :cg-dde-utils)
:splash-file-module (make-instance 'build-module :name "")
:icon-file-module (make-instance 'build-module :name "")
:include-flags (list :top-level :debugger)
:build-flags (list :allow-runtime-debug :runtime-bundle)
:autoload-warning nil
:full-recompile-for-runtime-conditionalizations nil
:include-manifest-file-for-visual-styles t
:default-command-line-arguments "+M +t \"Console for Debugging\""
:additional-build-lisp-image-arguments (list :read-init-files nil)
:old-space-size 256000
:new-space-size 6144
:runtime-build-option :standard
:build-number 0
:run-with-console nil
:project-file-version-info (list :product-version "0001" :product-name
"Algoritmo dos Mergulhadores" :file-version "2D0010"
:file-description
"implementação de algorimos de busca" :company-name
"UPE" :comments "desenvolvimento dos operadores")
:on-initialization 'default-init-function
:default-error-handler-for-delivery 'report-unexpected-error-and-exit
:on-restart 'do-default-restart)
;; End of Project Definition
|
unit Core.PinPadOLE;
{
Краткое описание функций
Функция SРaram
Функция SParam (Name, Value) предназначена для задания входных параметров.
Name - имя входного параметра.
Value - значение входного параметра.
Возвращает S_OK при удачной реализации.
Функция GРaramString
Функция GParamString(Name, Value) предназначена для получения выходных параметров.
Name - имя выходных параметра.
Value - значение выходного параметра.
Можно вызывать 2 способами:
1. GParamString(Name, Value)
2. Value =GParamString(Name)
Возвращает значение параметра с именем Name.
Функция NFun
Функция NFun(func) предназначена для запуска определенной функции в библиотеке (после того как необходимые входные параметры будут заданы).
Параметр func задает номер вызываемой функции. Подробное описание номеров функций библиотеки приводится в Приложении.
Возвращает код ошибки. 0 – успешное выполнение, любое другое – ошибка.
Функция Clear
Функция Clear() предназначена очистки списка параметров.
Возвращает S_OK при удачной реализации.
}
interface
uses ActiveX, Windows, SysUtils, ComObj, Classes, Variants;
const
OleName: string = 'SBRFSRV.Server';
type
TSberFunc = (fnSuspendTran = 6003, fnCommitTran = 6001, fnRollbackTran = 6004,
fnPayInfo = 7005, fnCardAuth = 4000, fnReturn = 4002, fnAnnulate = 4003,
fnTestPinPad = 13, fnSberCloseDay = 6000, fnSberXReport = 6002,
fnSberShiftAll = 7000, fnReadTrack2 = 5002, fnServiceMenu = 10);
TPinPadOLE = class
strict private
FPinPad: Variant;
FAuthCode: string;
FCheque: string;
FPayInfo: string;
FAmount: UINT;
function SParam(name, Value: string): integer;
procedure Clear;
function GParamString(name: string): string;
function NFun(func: TSberFunc): integer;
public
constructor Create;
destructor Destroy;
function CardAuth7(Amount: Double; Operation: TSberFunc): integer;
function CommitTrx: integer;
function RollbackTrx: integer;
function SuspendTrx: integer;
function TestPinPad: boolean;
procedure PinpadClear;
function SberShift: integer;
function CloseDay: integer;
function Return(Amount: Double): integer;
function ReadTrack2: string;
function ServiceMenu: integer;
published
property PayInfo: string read FPayInfo write FPayInfo;
property Cheque: string read FCheque;
property AuthCode: string read FAuthCode;
end;
implementation
{ TPinPadOLE }
function TPinPadOLE.CardAuth7(Amount: Double; Operation: TSberFunc): integer;
var
Sum: UINT;
begin
Sum := Round(Amount * 100);
Clear;
FAmount := Sum;
SParam('Amount', Inttostr(Sum));
Result := NFun(fnCardAuth);
if (FPayInfo <> '') and (Result = 0) then
begin
SParam('PayInfo', FPayInfo);
Result := NFun(fnPayInfo);
end;
FCheque := GParamString('Cheque');
FAuthCode := GParamString('AuthCode');
end;
procedure TPinPadOLE.PinpadClear;
begin
FPinPad.Clear;
end;
procedure TPinPadOLE.Clear;
begin
FAmount := 0;
FAuthCode := '';
FCheque := '';
FPayInfo := '';
FPinPad.Clear;
end;
function TPinPadOLE.CloseDay: integer;
begin
Clear;
Result := NFun(fnSberCloseDay);
FCheque := GParamString('Cheque');
end;
function TPinPadOLE.CommitTrx: integer;
begin
SParam('Amount', Inttostr(FAmount));
SParam('AuthCode', FAuthCode);
Result := NFun(fnCommitTran);
end;
constructor TPinPadOLE.Create;
begin
CoInitializeEx(nil, COINIT_MULTITHREADED);
inherited Create;
if VarIsEmpty(FPinPad) then
try
FPinPad := CreateOLEObject(OleName);
except
on E: exception do;
end;
end;
destructor TPinPadOLE.Destroy;
begin
if not VarIsEmpty(FPinPad) then
FPinPad := 0;
inherited Destroy;
CoUninitialize;
end;
function TPinPadOLE.GParamString(name: string): string;
begin
Result := FPinPad.GParamString(name);
end;
function TPinPadOLE.NFun(func: TSberFunc): integer;
begin
Result := FPinPad.NFun(integer(func));
end;
function TPinPadOLE.ReadTrack2: string;
begin
if NFun(fnReadTrack2) = 0 then
Result := GParamString('Track2') // GParamString('ClientCard')
else
Result := '';
end;
function TPinPadOLE.Return(Amount: Double): integer;
var
Sum: UINT;
begin
Sum := Round(Amount * 100);
Clear;
SParam('Amount', Inttostr(Sum));
SParam('AuthCode', FAuthCode);
Result := NFun(fnAnnulate);
if (FPayInfo <> '') and (Result = 0) then
begin
SParam('PayInfo', FPayInfo);
Result := NFun(fnPayInfo);
end;
FCheque := GParamString('Cheque');
end;
function TPinPadOLE.RollbackTrx: integer;
begin
SParam('Amount', Inttostr(FAmount));
SParam('AuthCode', FAuthCode);
Result := NFun(fnRollbackTran);
end;
// Контрольная лента смены
function TPinPadOLE.SberShift: integer;
begin
Clear;
Result := NFun(fnSberShiftAll);
FCheque := GParamString('Cheque');
end;
function TPinPadOLE.ServiceMenu: integer;
begin
Result := NFun(fnServiceMenu);
end;
function TPinPadOLE.SParam(name, Value: string): integer;
begin
Result := FPinPad.SParam(name, Value);
end;
function TPinPadOLE.SuspendTrx: integer;
begin
SParam('Amount', Inttostr(FAmount));
SParam('AuthCode', FAuthCode);
Result := NFun(fnSuspendTran);
end;
function TPinPadOLE.TestPinPad: boolean;
begin
Result := NFun(fnTestPinPad) = 0;
end;
end.
|
unit CurrentDateDisplay;
interface
uses
Winapi.Windows, Winapi.Messages, System.SysUtils, System.Variants, System.Classes, Vcl.Graphics,
Vcl.Controls, Vcl.Forms, Vcl.Dialogs, Vcl.StdCtrls, Vcl.ExtCtrls;
type
TformCurrentDateDisplay = class(TForm)
lblCurrentDate: TLabel;
lblCurrentTime: TLabel;
timerUpdateDate: TTimer;
procedure FormShow(Sender: TObject);
procedure timerUpdateDateTimer(Sender: TObject);
private
{ Private declarations }
public
{ Public declarations }
end;
var
formCurrentDateDisplay: TformCurrentDateDisplay;
implementation
{$R *.dfm}
procedure TformCurrentDateDisplay.FormShow(Sender: TObject);
begin
timerUpdateDate.Enabled := true;
end;
procedure TformCurrentDateDisplay.timerUpdateDateTimer(Sender: TObject);
var
today : TDateTime;
begin
today := Now;
lblCurrentDate.Caption := DateToStr(today);
lblCurrentTime.Caption := TimeToStr(today);
end;
end.
|
unit libsqlite;
{$IFDEF FPC}
{$MODE Delphi}
{$H+}
{$ELSE}
{$IFNDEF LINUX}
{$DEFINE WIN32}
{$ELSE}
{$DEFINE UNIX}
{$ENDIF}
{$IF CompilerVersion >= 12}
// Unicode strings
{$DEFINE WIDESTRING_DEFAULT}
{$ENDIF}
{$ENDIF}
//libsql.dll api interface
//initial code by Ben Hochstrasser
//updated and put in seperate unit by Rene Tegel
(*
Thanks to Ben Hochstrasser for doing the api interface stuff.
*)
{
simple class interface for SQLite. Hacked in by Ben Hochstrasser (bhoc@surfeu.ch)
Thanks to Roger Reghin (RReghin@scelectric.ca) for his idea to ValueList.
}
// for documentation on these constants and functions, please look at
// http://www.sqlite.org/c_interface.html
interface
uses {$IFNDEF FPC}{$IFDEF WIN32}Windows{$ELSE}SysUtils{$ENDIF}{$ELSE}Dynlibs{$ENDIF};
const
SQLITE_OK = 0; // Successful result
SQLITE_ERROR = 1; // SQL error or missing database
SQLITE_INTERNAL = 2; // An internal logic error in SQLite
SQLITE_PERM = 3; // Access permission denied
SQLITE_ABORT = 4; // Callback routine requested an abort
SQLITE_BUSY = 5; // The database file is locked
SQLITE_LOCKED = 6; // A table in the database is locked
SQLITE_NOMEM = 7; // A malloc() failed
SQLITE_READONLY = 8; // Attempt to write a readonly database
SQLITE_INTERRUPT = 9; // Operation terminated by sqlite_interrupt()
SQLITE_IOERR = 10; // Some kind of disk I/O error occurred
SQLITE_CORRUPT = 11; // The database disk image is malformed
SQLITE_NOTFOUND = 12; // (Internal Only) Table or record not found
SQLITE_FULL = 13; // Insertion failed because database is full
SQLITE_CANTOPEN = 14; // Unable to open the database file
SQLITE_PROTOCOL = 15; // Database lock protocol error
SQLITE_EMPTY = 16; // (Internal Only) Database table is empty
SQLITE_SCHEMA = 17; // The database schema changed
SQLITE_TOOBIG = 18; // Too much data for one row of a table
SQLITE_CONSTRAINT = 19; // Abort due to contraint violation
SQLITE_MISMATCH = 20; // Data type mismatch
//some new types (not supported in real old versions of sqlite)
SQLITE_MISUSE = 21; //* Library used incorrectly */
SQLITE_NOLFS = 22; //* Uses OS features not supported on host */
SQLITE_AUTH = 23; //* Authorization denied */
SQLITE_ROW = 100; //* sqlite_step() has another row ready */
SQLITE_DONE = 101; //* sqlite_step() has finished executing */
SQLITEDLL: PAnsiChar = {$IFDEF LINUX}'libsqlite.so'{$ENDIF}{$IFDEF WIN32}'sqlite.dll'{$ENDIF}{$IFDEF darwin}'libsqlite.dylib'{$ENDIF};
function LoadLibSqlite2 (var LibraryPath: String): Boolean;
type PSQLite = Pointer;
TSqlite_Func = record
P:Pointer;
end;
PSQLite_Func = ^TSQLite_Func;
//untested:
procProgressCallback = procedure (UserData:Integer); cdecl;
//untested:
Tsqlite_create_function= function (db: Pointer; {const}zName:PAnsiChar; nArg: Integer; xFunc : PSqlite_func{*,int,const char**};
UserData: Integer):Integer; cdecl;
var
SQLite_Open: function(dbname: PAnsiChar; mode: Integer; var ErrMsg: PAnsiChar): Pointer; cdecl;
SQLite_Close: procedure(db: Pointer); cdecl;
SQLite_Exec: function(db: Pointer; SQLStatement: PAnsiChar; CallbackPtr: Pointer; Sender: TObject; var ErrMsg: PAnsiChar): integer; cdecl;
SQLite_Version: function(): PAnsiChar; cdecl;
SQLite_Encoding: function(): PAnsiChar; cdecl;
SQLite_ErrorString: function(ErrNo: Integer): PAnsiChar; cdecl;
SQLite_GetTable: function(db: Pointer; SQLStatement: PAnsiChar; var ResultPtr: Pointer; var RowCount: Cardinal; var ColCount: Cardinal; var ErrMsg: PAnsiChar): integer; cdecl;
SQLite_FreeTable: procedure(Table: PAnsiChar); cdecl;
SQLite_FreeMem: procedure(P: PAnsiChar); cdecl;
SQLite_Complete: function(P: PAnsiChar): boolean; cdecl;
SQLite_LastInsertRow: function(db: Pointer): integer; cdecl;
SQLite_Cancel: procedure(db: Pointer); cdecl;
SQLite_BusyHandler: procedure(db: Pointer; CallbackPtr: Pointer; Sender: TObject); cdecl;
SQLite_BusyTimeout: procedure(db: Pointer; TimeOut: integer); cdecl;
SQLite_Changes: function(db: Pointer): integer; cdecl;
//untested:
sqlite_progress_handler: procedure (db: Pointer; VMCyclesPerCallback: Integer; ProgressCallBack: Pointer; UserData: Integer{? Pointer?}); cdecl;
{
int sqlite_compile(
sqlite *db, /* The open database */
const char *zSql, /* SQL statement to be compiled */
const char **pzTail, /* OUT: uncompiled tail of zSql */
sqlite_vm **ppVm, /* OUT: the virtual machine to execute zSql */
char **pzErrmsg /* OUT: Error message. */
);
int sqlite_step(
sqlite_vm *pVm, /* The virtual machine to execute */
int *pN, /* OUT: Number of columns in result */
const char ***pazValue, /* OUT: Column data */
const char ***pazColName /* OUT: Column names and datatypes */
);
int sqlite_finalize(
sqlite_vm *pVm, /* The virtual machine to be finalized */
char **pzErrMsg /* OUT: Error message */
);
}
sqlite_compile: function(
db: Pointer; //* The open database */
Sql: PAnsiChar; //* SQL statement to be compiled */
var Tail: PAnsiChar; //* OUT: uncompiled tail of zSql */
var Vm: Pointer; //* OUT: the virtual machine to execute zSql */
var Errmsg: PAnsiChar //* OUT: Error message. */
): Integer; cdecl;
sqlite_step: function(
Vm: Pointer; //* The virtual machine to execute */
var N: Integer; //* OUT: Number of columns in result */
var pazValue: Pointer; //* OUT: Column data */
var pazColName: Pointer //* OUT: Column names and datatypes */
): Integer; cdecl;
sqlite_finalize: function(
Vm: Pointer; //* The virtual machine to be finalized */
var ErrMsg: PAnsiChar //* OUT: Error message */
): Integer; cdecl;
Libs2Loaded: Boolean = False;
DLLHandle: {$IFDEF FPC}TLibHandle{$ELSE}THandle{$ENDIF};
MsgNoError: String;
implementation
function LoadLibSqlite2 (var LibraryPath: String): Boolean;
var libname: String;
begin
Result := Libs2Loaded;
if Result then //alread loaded
exit;
if libraryPath = '' then
libname := SQLITEDLL
else
libname := libraryPath;
{$IFNDEF FPC}
//DLLHandle := GetModuleHandle(LibraryPath);
{$ENDIF}
{$IFDEF FPC}
DLLHandle := LoadLibrary(libname);
{$ELSE}
{$IFNDEF WIDESTRING_DEFAULT}
DLLHandle := LoadLibrary(PAnsiChar(libname));
{$ELSE}
DLLHandle := LoadLibrary(PWideChar(libname));
{$ENDIF}
{$ENDIF}
{$IFNDEF WIN32}
// try other possible library name
if DLLHandle = 0 then begin
libname := libname + '.0';
{$IFDEF FPC}
DLLHandle := LoadLibrary(libname);
{$ELSE}
{$IFNDEF WIDESTRING_DEFAULT}
DLLHandle := LoadLibrary(PAnsiChar(libname));
{$ELSE}
DLLHandle := LoadLibrary(PWideChar(libname));
{$ENDIF}
{$ENDIF}
end;
{$ENDIF}
if DLLHandle <> 0 then
begin
Result := True; //assume everything ok unless..
LibraryPath := LibName;
// FPC GetProc differs a little
{$IFNDEF FPC}
@SQLite_Open := GetProcAddress(DLLHandle, 'sqlite_open');
if not Assigned(@SQLite_Open) then Result := False;
@SQLite_Close := GetProcAddress(DLLHandle, 'sqlite_close');
if not Assigned(@SQLite_Close) then Result := False;
@SQLite_Exec := GetProcAddress(DLLHandle, 'sqlite_exec');
if not Assigned(@SQLite_Exec) then Result := False;
@SQLite_Version := GetProcAddress(DLLHandle, 'sqlite_libversion');
if not Assigned(@SQLite_Version) then Result := False;
@SQLite_Encoding := GetProcAddress(DLLHandle, 'sqlite_libencoding');
if not Assigned(@SQLite_Encoding) then Result := False;
@SQLite_ErrorString := GetProcAddress(DLLHandle, 'sqlite_error_string');
if not Assigned(@SQLite_ErrorString) then Result := False;
@SQLite_GetTable := GetProcAddress(DLLHandle, 'sqlite_get_table');
if not Assigned(@SQLite_GetTable) then Result := False;
@SQLite_FreeTable := GetProcAddress(DLLHandle, 'sqlite_free_table');
if not Assigned(@SQLite_FreeTable) then Result := False;
@SQLite_FreeMem := GetProcAddress(DLLHandle, 'sqlite_freemem');
if not Assigned(@SQLite_FreeMem) then Result := False;
@SQLite_Complete := GetProcAddress(DLLHandle, 'sqlite_complete');
if not Assigned(@SQLite_Complete) then Result := False;
@SQLite_LastInsertRow := GetProcAddress(DLLHandle, 'sqlite_last_insert_rowid');
if not Assigned(@SQLite_LastInsertRow) then Result := False;
@SQLite_Cancel := GetProcAddress(DLLHandle, 'sqlite_interrupt');
if not Assigned(@SQLite_Cancel) then Result := False;
@SQLite_BusyTimeout := GetProcAddress(DLLHandle, 'sqlite_busy_timeout');
if not Assigned(@SQLite_BusyTimeout) then Result := False;
@SQLite_BusyHandler := GetProcAddress(DLLHandle, 'sqlite_busy_handler');
if not Assigned(@SQLite_BusyHandler) then Result := False;
@SQLite_Changes := GetProcAddress(DLLHandle, 'sqlite_changes');
if not Assigned(@SQLite_Changes) then Result := False;
sqlite_progress_handler := GetProcAddress (DLLHandle, 'sqlite_progress_handler');
sqlite_compile := GetProcAddress (DLLHandle, 'sqlite_compile');
sqlite_step := GetProcAddress (DLLHandle, 'sqlite_step');
sqlite_finalize := GetProcAddress (DLLHandle, 'sqlite_finalize');
{$ELSE}
@SQLite_Open := GetProcedureAddress(DLLHandle, 'sqlite_open');
if not Assigned(@SQLite_Open) then Result := False;
@SQLite_Close := GetProcedureAddress(DLLHandle, 'sqlite_close');
if not Assigned(@SQLite_Close) then Result := False;
@SQLite_Exec := GetProcedureAddress(DLLHandle, 'sqlite_exec');
if not Assigned(@SQLite_Exec) then Result := False;
@SQLite_Version := GetProcedureAddress(DLLHandle, 'sqlite_libversion');
if not Assigned(@SQLite_Version) then Result := False;
@SQLite_Encoding := GetProcedureAddress(DLLHandle, 'sqlite_libencoding');
if not Assigned(@SQLite_Encoding) then Result := False;
@SQLite_ErrorString := GetProcedureAddress(DLLHandle, 'sqlite_error_string');
if not Assigned(@SQLite_ErrorString) then Result := False;
@SQLite_GetTable := GetProcedureAddress(DLLHandle, 'sqlite_get_table');
if not Assigned(@SQLite_GetTable) then Result := False;
@SQLite_FreeTable := GetProcedureAddress(DLLHandle, 'sqlite_free_table');
if not Assigned(@SQLite_FreeTable) then Result := False;
@SQLite_FreeMem := GetProcedureAddress(DLLHandle, 'sqlite_freemem');
if not Assigned(@SQLite_FreeMem) then Result := False;
@SQLite_Complete := GetProcedureAddress(DLLHandle, 'sqlite_complete');
if not Assigned(@SQLite_Complete) then Result := False;
@SQLite_LastInsertRow := GetProcedureAddress(DLLHandle, 'sqlite_last_insert_rowid');
if not Assigned(@SQLite_LastInsertRow) then Result := False;
@SQLite_Cancel := GetProcedureAddress(DLLHandle, 'sqlite_interrupt');
if not Assigned(@SQLite_Cancel) then Result := False;
@SQLite_BusyTimeout := GetProcedureAddress(DLLHandle, 'sqlite_busy_timeout');
if not Assigned(@SQLite_BusyTimeout) then Result := False;
@SQLite_BusyHandler := GetProcedureAddress(DLLHandle, 'sqlite_busy_handler');
if not Assigned(@SQLite_BusyHandler) then Result := False;
@SQLite_Changes := GetProcedureAddress(DLLHandle, 'sqlite_changes');
if not Assigned(@SQLite_Changes) then Result := False;
sqlite_progress_handler := GetProcedureAddress (DLLHandle, 'sqlite_progress_handler');
{$ENDIF}
if not (Result) then
begin
{$IFNDEF FPC}FreeLibrary (DllHandle){$ELSE}UnloadLibrary(DllHandle){$ENDIF};
DllHandle := 0;
//todo: nil all vars again...
end;
end;
end;
initialization
//Let component or user do it
//LibsLoaded := LoadLibs;
// MsgNoError := SystemErrorMsg(0);
finalization
if DLLHandle <> 0 then
{$IFNDEF FPC}FreeLibrary (DllHandle){$ELSE}UnloadLibrary(DllHandle){$ENDIF};
{ ToDo : callback functions
typedef struct sqlite_func sqlite_func;
int sqlite_create_function(
sqlite *db,
const char *zName,
int nArg,
void (*xFunc)(sqlite_func*,int,const char**),
void *pUserData
);
int sqlite_create_aggregate(
sqlite *db,
const char *zName,
int nArg,
void (*xStep)(sqlite_func*,int,const char**),
void (*xFinalize)(sqlite_func*),
void *pUserData
);
char *sqlite_set_result_string(sqlite_func*,const char*,int);
void sqlite_set_result_int(sqlite_func*,int);
void sqlite_set_result_double(sqlite_func*,double);
void sqlite_set_result_error(sqlite_func*,const char*,int);
void *sqlite_user_data(sqlite_func*);
void *sqlite_aggregate_context(sqlite_func*, int nBytes);
int sqlite_aggregate_count(sqlite_func*);
The sqlite_create_function() interface is used to create regular functions and sqlite_create_aggregate() is used to create new aggregate functions. In both cases, the db parameter is an open SQLite database on which the functions should be registered, zName is the name of the new function, nArg is the number of arguments, and pUserData is a pointer which is passed through unchanged to the C implementation of the function. Both routines return 0 on success and non-zero if there are any errors.
The length of a function name may not exceed 255 characters. Any attempt to create a function whose name exceeds 255 characters in length will result in an error.
For regular functions, the xFunc callback is invoked once for each function call. The implementation of xFunc should call one of the sqlite_set_result_... interfaces to return its result. The sqlite_user_data() routine can be used to retrieve the pUserData pointer that was passed in when the function was registered.
For aggregate functions, the xStep callback is invoked once for each row in the result and then xFinalize is invoked at the end to compute a final answer. The xStep routine can use the sqlite_aggregate_context() interface to allocate memory that will be unique to that particular instance of the SQL function. This memory will be automatically deleted after xFinalize is called. The sqlite_aggregate_count() routine can be used to find out how many rows of data were passed to the aggregate. The xFinalize callback should invoke one of the sqlite_set_result_... interfaces to set the final result of the aggregate.
SQLite now implements all of its built-in functions using this interface. For additional information and examples on how to create new SQL functions, review the SQLite source code in the file func.c.
}
end.
|
unit GlobalVars;
interface
var
// define variables
GAME_TITLE: string = 'FIFA Online4 - Developed by SPEARHEAD';
GARENA_SIGNOUT_TITLE: string = 'Garena - Your Ultimate Game Platform';
GARENA_SIGNIN_TITLE: string = 'Garena - Game Center';
GAME_PROCESS_NAME: string = '';
GARENA_PROCESS_NAME: string = '';
STR_CONFIRM_OUTAUTO: string = 'Bạn có chắc muốn thoát Fo4A ?';
STR_CONFIRM_OUTGAME: string = 'Bạn có chắc muốn thoát game ?';
// button click
POSCLICK_SIGNIN_X: integer = 578;
POSCLICK_SIGNIN_Y: integer = 434;
implementation
end.
|
Unit TicTac;
{ TicTac.pas Unit for implement abstract data types
Move,
Location,
Game
Bye Bruce F. Webster, Last update 12 Dec 87 }
Interface
{ Definitions for abstract data Type Move }
Type
Move = (Blank, X, O);
Function Opposite(M : Move) : Move;
Const
GLim = 9;
Type
Location = 1..GLim;
{ Definitions for abstract data type Game }
Type
Board = Array[Location] of Move;
Game = Record
Grid : Board;
Next,Win : Move;
Moves : Integer;
End;
Function GetLoc(Var G : Game; L : Location) : Move;
Function NextMove(G:Game) : Move;
Function MovesMade(G:Game) : Integer;
Function GameOver(Var G : Game) : Boolean;
Function Winner(G:Game) : Move;
Procedure DoMove(Var G : Game; L : Location);
Procedure NewGame(Var G : Game;First : Move);
Implementation
Function Opposite(M:Move):Move;
{ Purpose Return opposite of value passed.
Pre m has a value of X, O, or Blank.
Post If M = X, Then returns O
If M = O, Then returns X
Else returns Blank }
Begin
Case M of
Blank : Opposite := Blank;
X : Opposite := O;
O : Opposite := X;
End ;
End; { Procedure Opposite }
Procedure SetLoc(Var G: Game; L : Location; M : Move );
{ Purpose Sets a location in the game to a given value
Pre L is in the range 1..9
M has a value of X, O, or Blank
Post Location L in the game has the value M. }
Begin
G.Grid[L] := M;
End; { Procedure SetLoc }
Function GetLoc(Var G : Game; L : Location) : Move;
{ Purpose Returns the value of a given location in the game.
Pre G has been initialized, L is in the range of 1..9
Post Returns the value of G, at a location. }
Begin
GetLoc := G.Grid[L];
End; { Function GetLoc }
Function NextMove(G:Game):Move;
{ Purpose Returns the next move
Pre G has been initialized
Post If the game is not over then it returns X
or O or Blank. }
Begin
NextMove := G.Next;
End; { Function NextMove }
Function MovesMade(G:Game):Integer;
{ Purpose Returns number of moves made in the game so far
Pre G has been initialized
Post Returns a value in the range of 0..9 }
Begin
MovesMade := G.Moves;
End; { Function MovesMade }
Procedure InARow(Var G : Game; I,J,K : Location);
{ Purpose Checks for three X's or O's in a row
Pre G has been initialized, O or More moves made
Post If Locations I, J, K all have the same value
and that value is not Blank, then the winner
is set to that value }
Begin
With G Do Begin
If Win = Blank Then Begin
If (Grid[I] = Grid[J]) and (Grid[J] = Grid[K])
And (Grid[I] <> Blank) Then Win := Grid[I];
End;
End;
End; { Procedure InARow }
Procedure CheckForWin(Var G : Game; L : Location);
{ Purpose See if last move won the game
Pre G has been initialized, 1 or more moves made,
L is in the range 1..9, Location L has X or O,
Last move was made at location L.
Post If L forms 3 X's or O's in a row, Then
the winner is set to that value. }
Begin
Case L of
1 : Begin
InARow(G,1,2,3);
InARow(G,1,5,9);
InARow(G,1,4,7);
End;
2 : Begin
InARow(G,1,2,3);
InARow(G,2,5,8);
End;
3 : Begin
InARow(G,1,2,3);
InARow(G,3,5,7);
InARow(G,3,6,9);
End;
4 : Begin
InARow(G,1,4,7);
InARow(G,4,5,6);
End;
5 : Begin
InARow(G,1,5,9);
InARow(G,2,5,8);
InARow(G,3,5,7);
InARow(G,4,5,6);
End;
6 : Begin
InARow(G,3,6,9);
InARow(G,4,5,6);
End;
7 : Begin
InARow(G,1,4,7);
InARow(G,3,5,7);
InARow(G,7,8,9);
End;
8 : Begin
InARow(G,2,5,8);
InARow(G,7,8,9);
End;
9 : Begin
InARow(G,1,5,9);
InARow(G,3,6,9);
InARow(G,7,8,9);
End;
End;
End; { Procedure CheckForWin }
Function GameOver(Var G: Game) : Boolean;
{ Purpose Returns the status of the Game (Over or Not)
Pre G has been initialized, O or more moves have
been made.
Post If Game is over,
Then Returns True
Else returns False. }
Begin
GameOver := (G.Win <> Blank) Or (G.Moves = Glim)
End; { Function GameOver }
Function Winner(G:Game):Move;
{ Purpose Returns Winner of Game
Pre G has been initialized, The game is over
Post If there are 3 X's in a row, Returns X
If there are 3 O's in a row, Returns O
Else returns Blank (Draw) }
Begin
Winner := G.Win;
End; { Function Winner }
Procedure DoMove(Var G:Game;L:Location);
{ Purpose Make next move in game
Pre G has been initialized, O or more moves made,
the game is not over, L is in the range 1..9,
Getloc(G,L) is Blank
Post The next move is made at location L
a possible win is checked
If game is not over,
Then move is toggled
Else the next move is set to Blank }
Begin
With G Do Begin
SetLoc(G,L,G.Next);
Moves := Moves + 1;
CheckForWin(G,L);
If not GameOver(G)
Then Next := Opposite(Next)
Else Next := Blank
End;
End; { Procedure DoMove }
Procedure NewGame(Var G: Game; First : Move);
{ Purpose Initialize a new game
Pre First has a value of X or O
Post G has been initialized:
Locations 1..9 are setBto Blank
the next move is set to first
the winner is set to Blank
the number of moves is set to 0 }
Var
I : Integer ;
Begin
With G Do Begin
For I := 1 to Glim Do
SetLoc(G,I,Blank);
Next := First;
Win := Blank;
Moves := 0;
End;
End; { Procedure NewGame }
End. { Unit TicTac }
|
{: Rendering to a TMemoryViewer and using the render as texture.<p>
This sample illustrates use of the TGLMemoryViewer to render to a texture.
The simple scene features a lone cube, when rendered to the memory viewer,
a red background is used (the TGLSceneViewer uses a gray background).<p>
After each main viewer render, the scene is rendered to the memory viewer
and the result is copied to the texture of the cube (a "BlankImage" was
defined at runtime, because we only need to specify the texture size).
Most of the time, you won't need to render textures at each frame, and a set
options illustrates that. The 1:2 mode is significantly faster and visually
equivalent (even with VSync on, to limit the framerate).<p>
Never forget a memory viewer will use 3D board memory, thus reducing
available space for VectorGeometry and textures... try using only one memory
viewer and maximize its use.
This sample will only work on 3D boards that support WGL_ARB_pbuffer, which
should be the case for all of the modern boards, and even some of the older
ones.
}
unit unit1;
interface
uses
SysUtils, Classes, Graphics, Controls, Forms,
Dialogs, GLScene, StdCtrls, GLObjects, ExtCtrls, GLCadencer,
GLTexture, GLViewer, OpenGL1x, GLCrossPlatform, GLCoordinates;
type
TForm1 = class(TForm)
Timer1: TTimer;
CheckBox1: TCheckBox;
GLSceneViewer1: TGLSceneViewer;
GLScene1: TGLScene;
GLCamera1: TGLCamera;
DummyCube1: TGLDummyCube;
Cube1: TGLCube;
GLLightSource1: TGLLightSource;
GLMemoryViewer1: TGLMemoryViewer;
GLCadencer1: TGLCadencer;
Label1: TLabel;
RB1to1: TRadioButton;
RB1to2: TRadioButton;
RB1to10: TRadioButton;
Label2: TLabel;
procedure Timer1Timer(Sender: TObject);
procedure GLCadencer1Progress(Sender: TObject; const deltaTime,
newTime: Double);
procedure CheckBox1Click(Sender: TObject);
procedure GLSceneViewer1AfterRender(Sender: TObject);
procedure FormCreate(Sender: TObject);
procedure RB1to1Click(Sender: TObject);
private
{ Private declarations }
textureFramerateRatio, n : Integer;
public
{ Public declarations }
end;
var
Form1: TForm1;
implementation
{$R *.lfm}
procedure TForm1.FormCreate(Sender: TObject);
begin
textureFramerateRatio:=1;
n:=0;
end;
procedure TForm1.RB1to1Click(Sender: TObject);
begin
textureFramerateRatio:=(Sender as TRadioButton).Tag;
end;
procedure TForm1.CheckBox1Click(Sender: TObject);
begin
if CheckBox1.Checked then
GLSceneViewer1.VSync:=vsmSync
else GLSceneViewer1.VSync:=vsmNoSync;
end;
procedure TForm1.GLSceneViewer1AfterRender(Sender: TObject);
begin
if not (WGL_ARB_pbuffer or GLX_VERSION_1_3 or GLX_VERSION_1_4) then begin
ShowMessage( 'WGL_ARB_pbuffer not supported...'#13#10#13#10
+'Get newer graphics hardware or try updating your drivers!');
GLSceneViewer1.AfterRender:=nil;
Exit;
end;
Inc(n);
try
if n>=textureFramerateRatio then begin
// render to the viewer
GLMemoryViewer1.Render;
// copy result to the textures
GLMemoryViewer1.CopyToTexture(Cube1.Material.Texture);
n:=0;
end;
except
// pbuffer not supported... catchall for exotic ICDs...
GLSceneViewer1.AfterRender:=nil;
raise;
end;
end;
procedure TForm1.GLCadencer1Progress(Sender: TObject; const deltaTime,
newTime: Double);
begin
DummyCube1.TurnAngle:=newTime*60;
end;
procedure TForm1.Timer1Timer(Sender: TObject);
begin
Caption:=Format('%.1f FPS', [GLSceneViewer1.FramesPerSecond]);
GLSceneViewer1.ResetPerformanceMonitor;
end;
end.
|
unit JsEditCPF1;
interface
uses
SysUtils, Classes, Controls, StdCtrls, Graphics, Windows, Messages, Forms, contnrs,
Dialogs, Buttons, Mask, JsEdit1;
type
JsEditCPF = class(TMaskEdit)
private
valida : boolean;
function strnum(num : string) : string;
protected
{ Protected declarations }
public
constructor Create(AOwner: TComponent);override;
procedure KeyPress(var Key: Char);override;
procedure KeyDown(var Key: Word; shift : TShiftState);override;
function ValidaCPF() : boolean;
function CompletaString(parcial : string) : string;
published
property ValidaCampo :boolean read valida write valida default false;
end;
procedure Register;
implementation
var lista : TObjectList; primeiroCampo : TObject;
procedure Register;
begin
RegisterComponents('JsEdit', [JsEditCPF]);
end;
constructor JsEditCPF.Create(AOwner: TComponent);
begin
Inherited;
JsEdit.AdicionaComponente(Self);
Self.EditMask := '!999.999.999-99;1;_';
lista := JsEdit.GetLista();
end;
procedure JsEditCPF.KeyPress(var Key: Char);
var ok : boolean;
begin
inherited KeyPress(Key);
if (Key = #27) then
begin
JsEdit.LimpaCampos(self.Owner.Name);
end;
//if ((Key <> #13) and (Key <> #27)) then
//inherited KeyPress(Key);
{if Key = #8 then
begin
Text := '___.___.___-__';
ReformatText(EditMask);
key := #0;
end;}
if (Key = #13) then
begin
//ShowMessage('1');
ok := false;
if (Self.Text = '___.___.___-__') then
begin
//se valida campo, não deixa passar em branco
if (Self.valida) then
begin
ok := false;
ShowMessage('Campo de preenchimento obrigatório');
Self.SetFocus;
end;
end
else
if self.valida then
begin
if (validaCPF = false) then
begin
MessageDlg('CPF Inválido!', mtError, [mbOK], 1);
Self.SelectAll;
Self.SetFocus;
ok := false;
Key := #0;
end
else ok := true;
end
else ok := true;
if ok then
PostMessage((Owner as TWinControl).Handle, WM_NEXTDLGCTL, 0, 0)
end;
if ((Key = #27) and (self <> lista.First) ) then
JsEdit.LimpaCampos(self.Owner.Name);
end;
function JsEditCPF.validaCPF() : boolean;
var i:integer;
Want:char;
Wvalid:boolean;
Wdigit1,Wdigit2:integer;
cpf : String;
begin
cpf := strnum(Text);
Result := false;
if length(cpf) <> 11 then exit;
Wdigit1:=0;
Wdigit2:=0;
Want:=cpf[1];//variavel para testar se o cpf é repetido como 111.111.111-11
Delete(cpf,ansipos('.',cpf),1); //retira as mascaras se houver
Delete(cpf,ansipos('.',cpf),1);
Delete(cpf,ansipos('-',cpf),1);
//testar se o cpf é repetido como 111.111.111-11
for i:=1 to length(cpf) do
begin
if cpf[i] <> Want then
begin
Wvalid:=true; // se o cpf possui um digito diferente ele passou no primeiro teste
break
end;
end;
// se o cpf é composto por numeros repetido retorna falso
if not Wvalid then
begin
result:=false;
exit;
end;
//executa o calculo para o primeiro verificador
for i:=1 to 9 do
begin
wdigit1:=Wdigit1+(strtoint(cpf[10-i])*(I+1));
end;
Wdigit1:= ((11 - (Wdigit1 mod 11))mod 11) mod 10;
{formula do primeiro verificador
soma=1°*2+2°*3+3°*4.. até 9°*10
digito1 = 11 - soma mod 11
se digito > 10 digito1 =0
}
//verifica se o 1° digito confere
if IntToStr(Wdigit1) <> cpf[10] then
begin
result:=false;
exit;
end;
for i:=1 to 10 do
begin
wdigit2:=Wdigit2+(strtoint(cpf[11-i])*(I+1));
end;
Wdigit2:= ((11 - (Wdigit2 mod 11))mod 11) mod 10;
{formula do segundo verificador
soma=1°*2+2°*3+3°*4.. até 10°*11
digito1 = 11 - soma mod 11
se digito > 10 digito1 =0
}
// confere o 2° digito verificador
if IntToStr(Wdigit2) <> cpf[11] then
begin
result:=false;
exit;
end;
//se chegar até aqui o cpf é valido
result:=true;
end;
procedure JsEditCPF.KeyDown(var Key: Word; shift : TShiftState);
begin
if Key = 46 then
begin
Text := '___.___.___-__';
ReformatText(EditMask);
key := 0;
end;
//teclas PgUp e PgDown - passam o foco para o çprimeiro botão
if ((Key = 33) or (Key = 34)) then
JsEdit.SetFocusNoPrimeiroBotao;
//seta acima - sobe até o primeiro componente
if (Key = 38) then
begin
if TEdit(lista.First).Enabled then primeiroCampo := lista.First else
primeiroCampo := lista.Items[1];
if (self <> primeiroCampo) then
PostMessage((Owner as TWinControl).Handle, WM_NEXTDLGCTL, 1, 0);
end;
//seta abaixo - não passa do primeiro e nem do último para baixo
if ((Key = 40) and (self <> lista.Last)) then
PostMessage((Owner as TWinControl).Handle, WM_NEXTDLGCTL, 0, 0);
inherited KeyDown(key, shift);
end;
function JsEditCPF.CompletaString(parcial : string) : string;
var ini : integer; atual, ret : string;
begin
atual := datetostr(date);
ret := '';
for ini := 1 to length(atual) do
begin
if (copy(parcial, ini, 1) = ' ') then
ret := ret + copy(atual, ini, 1)
else
ret := ret + copy(parcial, ini, 1);
end;
result := ret;
end;
function JsEditCPF.strnum(num : string) : string;
var
cont : integer;
begin
Result := '';
for cont := 1 to length(num) do
begin
if pos(num[cont], '1234567890') > 0 then Result := Result + num[cont];
end;
if Result = '' then Result := '0';
end;
end.
|
//
// VXScene Component Library, based on GLScene http://glscene.sourceforge.net
//
{
Base classes and interface for GLScene Sound System
}
unit VXS.Sound;
interface
uses
System.Classes,
System.SysUtils,
System.Types,
VXS.VectorTypes,
VXS.SoundFileObjects,
VXS.Scene,
VXS.XCollection,
VXS.VectorGeometry,
VXS.Cadencer,
VXS.BaseClasses,
VXS.CrossPlatform,
VXS.Utils;
{$I VXScene.inc}
type
{ Stores a single PCM coded sound sample. }
TVXSoundSample = class(TCollectionItem)
private
FName: string;
FData: TVXSoundFile;
FTag: Integer;
protected
procedure DefineProperties(Filer: TFiler); override;
procedure ReadData(Stream: TStream); virtual;
procedure WriteData(Stream: TStream); virtual;
function GetDisplayName: string; override;
procedure SetData(const val: TVXSoundFile);
public
constructor Create(Collection: TCollection); override;
destructor Destroy; override;
procedure Assign(Source: TPersistent); override;
procedure LoadFromFile(const fileName: string);
procedure PlayOnWaveOut;
function Sampling: TVXSoundSampling;
function LengthInBytes: Integer;
function LengthInSamples: Integer;
function LengthInSec: Single;
// This Tag is reserved for sound manager use only
property ManagerTag: Integer read FTag write FTag;
published
property Name: string read FName write FName;
property Data: TVXSoundFile read FData write SetData stored False;
end;
TVXSoundSamples = class(TCollection)
protected
owner: TComponent;
function GetOwner: TPersistent; override;
procedure SetItems(index: Integer; const val: TVXSoundSample);
function GetItems(index: Integer): TVXSoundSample;
public
constructor Create(AOwner: TComponent);
function Add: TVXSoundSample;
function FindItemID(ID: Integer): TVXSoundSample;
property Items[index: Integer]: TVXSoundSample read GetItems write SetItems;
default;
function GetByName(const aName: string): TVXSoundSample;
function AddFile(const fileName: string; const sampleName: string = ''):
TVXSoundSample;
end;
TVXSoundLibrary = class(TComponent)
private
FSamples: TVXSoundSamples;
protected
procedure SetSamples(const val: TVXSoundSamples);
procedure Notification(AComponent: TComponent; Operation: TOperation);
override;
public
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
published
property Samples: TVXSoundSamples read FSamples write SetSamples;
end;
TVXSoundSourceChange = (sscTransformation, sscSample, sscStatus);
TVXSoundSourceChanges = set of TVXSoundSourceChange;
TVXBSoundEmitter = class;
{ Base class for origin of sound playback. }
TVXBaseSoundSource = class(TCollectionItem)
private
FBehaviourToNotify: TVXBSoundEmitter;
// private only, NOT persistent, not assigned
FPriority: Integer;
FOrigin: TVXBaseSceneObject; // NOT persistent
FVolume: Single;
FMinDistance, FMaxDistance: Single;
FInsideConeAngle, FOutsideConeAngle: Single;
FConeOutsideVolume: Single;
FSoundLibraryName: string; // used for persistence
FSoundLibrary: TVXSoundLibrary; // persistence via name
FSoundName: string;
FMute: Boolean;
FPause: Boolean;
FChanges: TVXSoundSourceChanges; // NOT persistent, not assigned
FNbLoops: Integer;
FTag: Cardinal; // NOT persistent, not assigned
FFrequency: Integer;
protected
procedure WriteToFiler(writer: TWriter);
procedure ReadFromFiler(reader: TReader);
function GetDisplayName: string; override;
procedure SetPriority(const val: Integer);
procedure SetOrigin(const val: TVXBaseSceneObject);
procedure SetVolume(const val: Single);
procedure SetMinDistance(const val: Single);
procedure SetMaxDistance(const val: Single);
procedure SetInsideConeAngle(const val: Single);
procedure SetOutsideConeAngle(const val: Single);
procedure SetConeOutsideVolume(const val: Single);
function GetSoundLibrary: TVXSoundLibrary;
procedure SetSoundLibrary(const val: TVXSoundLibrary);
procedure SetSoundName(const val: string);
procedure SetMute(const val: Boolean);
procedure SetPause(const val: Boolean);
procedure SetNbLoops(const val: Integer);
procedure SetFrequency(const val: Integer);
public
constructor Create(Collection: TCollection); override;
destructor Destroy; override;
procedure Assign(Source: TPersistent); override;
property Changes: TVXSoundSourceChanges read FChanges;
function Sample: TVXSoundSample;
// This Tag is reserved for sound manager use only
property ManagerTag: Cardinal read FTag write FTag;
{ Origin object for the sound sources.
Absolute object position/orientation are taken into account, the
object's TVXBInertia is considered if any.
If origin is nil, the source is assumed to be static at the origin.
Note : since TCollectionItem do not support the "Notification"
scheme, it is up to the Origin object to take care of updating this
property prior to release/destruction. }
property Origin: TVXBaseSceneObject read FOrigin write SetOrigin;
published
property SoundLibrary: TVXSoundLibrary read GetSoundLibrary write
SetSoundLibrary;
property SoundName: string read FSoundName write SetSoundName;
{ Volume of the source, [0.0; 1.0] range }
property Volume: Single read FVolume write SetVolume;
{ Nb of playing loops. }
property NbLoops: Integer read FNbLoops write SetNbLoops default 1;
property Mute: Boolean read FMute write SetMute default False;
property Pause: Boolean read FPause write SetPause default False;
{ Sound source priority, the higher the better.
When maximum number of sound sources is reached, only the sources
with the highest priority will continue to play, however, even
non-playing sources should be tracked by the manager, thus allowing
an "unlimited" amount of sources from the application point of view. }
property Priority: Integer read FPriority write SetPriority default 0;
{ Min distance before spatial attenuation occurs.
1.0 by default }
property MinDistance: Single read FMinDistance write SetMinDistance;
{ Max distance, if source is further away, it will not be heard.
100.0 by default }
property MaxDistance: Single read FMaxDistance write SetMaxDistance;
{ Inside cone angle, [0°; 360°].
Sound volume is maximal within this cone.
See DirectX SDK for details. }
property InsideConeAngle: Single read FInsideConeAngle write
SetInsideConeAngle;
{ Outside cone angle, [0°; 360°].
Between inside and outside cone, sound volume decreases between max
and cone outside volume.
See DirectX SDK for details. }
property OutsideConeAngle: Single read FOutsideConeAngle write
SetOutsideConeAngle;
{ Cone outside volume, [0.0; 1.0] range.
See DirectX SDK for details. }
property ConeOutsideVolume: Single read FConeOutsideVolume write
SetConeOutsideVolume;
{ Sample custom playback frequency.
Values null or negative are interpreted as 'default frequency'. }
property Frequency: Integer read FFrequency write SetFrequency default -1;
end;
{ Origin of sound playback.
Just publishes the 'Origin' property.
Note that the "orientation" is the the source's Direction, ie. the "Z"
vector. }
TVXSoundSource = class(TVXBaseSoundSource)
public
destructor Destroy; override;
published
property Origin;
end;
TVXSoundSources = class(TCollection)
protected
owner: TComponent;
function GetOwner: TPersistent; override;
procedure SetItems(index: Integer; const val: TVXSoundSource);
function GetItems(index: Integer): TVXSoundSource;
function Add: TVXSoundSource;
function FindItemID(ID: Integer): TVXSoundSource;
public
constructor Create(AOwner: TComponent);
property Items[index: Integer]: TVXSoundSource read GetItems write SetItems;
default;
end;
{ EAX standard sound environments. }
TVXSoundEnvironment = (seDefault, sePaddedCell, seRoom, seBathroom,
seLivingRoom, seStoneroom, seAuditorium,
seConcertHall, seCave, seArena, seHangar,
seCarpetedHallway, seHallway, seStoneCorridor,
seAlley, seForest, seCity, seMountains, seQuarry,
sePlain, seParkingLot, seSewerPipe, seUnderWater,
seDrugged, seDizzy, sePsychotic);
{ Base class for sound manager components.
The sound manager component is the interface to a low-level audio API
(like DirectSound), there can only be one active manager at any time
(this class takes care of this).
Subclass should override the DoActivate and DoDeActivate protected methods
to "initialize/unitialize" their sound layer, actual data releases should
occur in destructor however. }
TVXSoundManager = class(TVXCadenceAbleComponent)
private
FActive: Boolean;
FMute: Boolean;
FPause: Boolean;
FMasterVolume: Single;
FListener: TVXBaseSceneObject;
FLastListenerPosition: TVector;
FSources: TVXSoundSources;
FMaxChannels: Integer;
FOutputFrequency: Integer;
FUpdateFrequency: Single;
FDistanceFactor: Single;
FRollOffFactor: Single;
FDopplerFactor: Single;
FSoundEnvironment: TVXSoundEnvironment;
FLastUpdateTime, FLastDeltaTime: Single;
// last time UpdateSources was fired, not persistent
FCadencer: TVXCadencer;
procedure SetActive(const val: Boolean);
procedure SetMute(const val: Boolean);
procedure SetPause(const val: Boolean);
procedure WriteDoppler(writer: TWriter);
procedure ReadDoppler(reader: TReader);
protected
procedure Notification(AComponent: TComponent; Operation: TOperation); override;
procedure SetSources(const val: TVXSoundSources);
procedure SetMasterVolume(const val: Single);
procedure SetListener(const val: TVXBaseSceneObject);
procedure SetMaxChannels(const val: Integer);
procedure SetOutputFrequency(const val: Integer);
procedure SetUpdateFrequency(const val: Single);
function StoreUpdateFrequency: Boolean;
procedure SetCadencer(const val: TVXCadencer);
procedure SetDistanceFactor(const val: Single);
function StoreDistanceFactor: Boolean;
procedure SetRollOffFactor(const val: Single);
function StoreRollOffFactor: Boolean;
procedure SetDopplerFactor(const val: Single);
procedure SetSoundEnvironment(const val: TVXSoundEnvironment);
procedure Loaded; override;
procedure DefineProperties(Filer: TFiler); override;
procedure ListenerCoordinates(var position, velocity, direction, up:
TVector);
function DoActivate: Boolean; virtual;
// Invoked AFTER all sources have been stopped
procedure DoDeActivate; virtual;
{ Effect mute of all sounds.
Default implementation call MuteSource for all non-muted sources
with "True" as parameter. }
function DoMute: Boolean; virtual;
{ Effect un-mute of all sounds.
Default implementation call MuteSource for all non-muted sources
with "False" as parameter. }
procedure DoUnMute; virtual;
{ Effect pause of all sounds.
Default implementation call PauseSource for all non-paused sources
with "True" as parameter. }
function DoPause: Boolean; virtual;
{ Effect un-pause of all sounds.
Default implementation call PauseSource for all non-paused sources
with "True" as parameter. }
procedure DoUnPause; virtual;
procedure NotifyMasterVolumeChange; virtual;
procedure Notify3DFactorsChanged; virtual;
procedure NotifyEnvironmentChanged; virtual;
// Called when a source will be freed
procedure KillSource(aSource: TVXBaseSoundSource); virtual;
{ Request to update source's data in low-level sound API.
Default implementation just clears the "Changes" flags. }
procedure UpdateSource(aSource: TVXBaseSoundSource); virtual;
procedure MuteSource(aSource: TVXBaseSoundSource; muted: Boolean); virtual;
procedure PauseSource(aSource: TVXBaseSoundSource; paused: Boolean);
virtual;
public
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
{ Manual request to update all sources to reflect changes.
Default implementation invokes UpdateSource for all known sources. }
procedure UpdateSources; virtual;
{ Stop and free all sources. }
procedure StopAllSources;
{ Progress notification for time synchronization.
This method will call UpdateSources depending on the last time
it was performed and the value of the UpdateFrequency property. }
procedure DoProgress(const progressTime: TVXProgressTimes); override;
{ Sound manager API reported CPU Usage.
Returns -1 when unsupported. }
function CPUUsagePercent: Single; virtual;
{ True if EAX is supported. }
function EAXSupported: Boolean; virtual;
published
{ Activation/deactivation of the low-level sound API }
property Active: Boolean read FActive write SetActive default False;
{ Maximum number of sound output channels.
While some drivers will just ignore this value, others cannot
dynamically adjust the maximum number of channels (you need to
de-activate and re-activate the manager for this property to be
taken into account). }
property MaxChannels: Integer read FMaxChannels write SetMaxChannels default
8;
{ Sound output mixing frequency.
Commonly used values ar 11025, 22050 and 44100.
Note that most driver cannot dynamically adjust the output frequency
(you need to de-ativate and re-activate the manager for this property
to be taken into account). }
property OutputFrequency: Integer read FOutputFrequency write
SetOutputFrequency default 44100;
{ Request to mute all sounds.
All sound requests should be handled as if sound is unmuted though,
however drivers should try to take a CPU advantage of mute over
MasterVolume=0 }
property Mute: Boolean read FMute write SetMute default False;
{ Request to pause all sound, sound output should be muted too.
When unpausing, all sound should resume at the point they were paused. }
property Pause: Boolean read FPause write SetPause default False;
{ Master Volume adjustement in the [0.0; 1.0] range.
Driver should take care of properly clamping the master volume. }
property MasterVolume: Single read FMasterVolume write SetMasterVolume;
{ Scene object that materializes the listener.
The sceneobject's AbsolutePosition and orientation are used to define
the listener coordinates, velocity is automatically calculated
(if you're using DoProgress or connected the manager to a cadencer).
If this property is nil, the listener is assumed to be static at
the NullPoint coordinate, facing Z axis, with up being Y (ie. the
default orientation). }
property Listener: TVXBaseSceneObject read FListener write SetListener;
{ Currently active and playing sound sources. }
property Sources: TVXSoundSources read FSources write SetSources;
{ Update frequency for time-based control (DoProgress).
Default value is 10 Hz (frequency is clamped in the 1Hz-60Hz range). }
property UpdateFrequency: Single read FUpdateFrequency write
SetUpdateFrequency stored StoreUpdateFrequency;
{ Cadencer for time-based control. }
property Cadencer: TVXCadencer read FCadencer write SetCadencer;
{ Engine relative distance factor, compared to 1.0 meters.
Equates to 'how many units per meter' your engine has. }
property DistanceFactor: Single read FDistanceFactor write SetDistanceFactor
stored StoreDistanceFactor;
{ Sets the global attenuation rolloff factor.
Normally volume for a sample will scale at 1 / distance.
This gives a logarithmic attenuation of volume as the source gets
further away (or closer).
Setting this value makes the sound drop off faster or slower.
The higher the value, the faster volume will fall off. }
property RollOffFactor: Single read FRollOffFactor write SetRollOffFactor
stored StoreRollOffFactor;
{ Engine relative Doppler factor, compared to 1.0 meters.
Equates to 'how many units per meter' your engine has. }
property DopplerFactor: Single read FDopplerFactor write SetDopplerFactor
stored False;
{ Sound environment (requires EAX compatible soundboard). }
property Environment: TVXSoundEnvironment read FSoundEnvironment write
SetSoundEnvironment default seDefault;
end;
{ A sound emitter behaviour, plug it on any object to make it noisy.
This behaviour is just an interface to a TVXSoundSource, for editing convenience. }
TVXBSoundEmitter = class(TVXBehaviour)
private
FPlaying: Boolean; // used at design-time ONLY
FSource: TVXBaseSoundSource;
FPlayingSource: TVXSoundSource;
protected
procedure WriteToFiler(writer: TWriter); override;
procedure ReadFromFiler(reader: TReader); override;
procedure Loaded; override;
procedure SetSource(const val: TVXBaseSoundSource);
procedure SetPlaying(const val: Boolean);
function GetPlaying: Boolean;
procedure NotifySourceDestruction(aSource: TVXSoundSource);
public
constructor Create(aOwner: TXCollection); override;
destructor Destroy; override;
procedure Assign(Source: TPersistent); override;
class function FriendlyName: string; override;
class function FriendlyDescription: string; override;
class function UniqueItem: Boolean; override;
procedure DoProgress(const progressTime: TVXProgressTimes); override;
property PlayingSource: TVXSoundSource read FPlayingSource;
published
property Source: TVXBaseSoundSource read FSource write SetSource;
property Playing: Boolean read GetPlaying write SetPlaying default False;
end;
function ActiveSoundManager: TVXSoundManager;
function GetSoundLibraryByName(const aName: string): TVXSoundLibrary;
function GetOrCreateSoundEmitter(behaviours: TVXBehaviours): TVXBSoundEmitter; overload;
function GetOrCreateSoundEmitter(obj: TVXBaseSceneObject): TVXBSoundEmitter; overload;
var
// If this variable is true, errors in GLSM may be displayed to the user
vVerboseGLSMErrors: Boolean = True;
// ------------------------------------------------------------------
implementation
// ------------------------------------------------------------------
var
vActiveSoundManager: TVXSoundManager;
vSoundLibraries: TList;
function ActiveSoundManager: TVXSoundManager;
begin
Result := vActiveSoundManager;
end;
function GetSoundLibraryByName(const aName: string): TVXSoundLibrary;
var
i: Integer;
begin
Result := nil;
if Assigned(vSoundLibraries) then
for i := 0 to vSoundLibraries.Count - 1 do
if TVXSoundLibrary(vSoundLibraries[i]).Name = aName then
begin
Result := TVXSoundLibrary(vSoundLibraries[i]);
Break;
end;
end;
function GetOrCreateSoundEmitter(behaviours: TVXBehaviours): TVXBSoundEmitter;
var
i: Integer;
begin
i := behaviours.IndexOfClass(TVXBSoundEmitter);
if i >= 0 then
Result := TVXBSoundEmitter(behaviours[i])
else
Result := TVXBSoundEmitter.Create(behaviours);
end;
function GetOrCreateSoundEmitter(obj: TVXBaseSceneObject): TVXBSoundEmitter;
begin
Result := GetOrCreateSoundEmitter(obj.Behaviours);
end;
// ------------------
// ------------------ TVXSoundSample ------------------
// ------------------
constructor TVXSoundSample.Create(Collection: TCollection);
begin
inherited Create(Collection);
end;
destructor TVXSoundSample.Destroy;
begin
FData.Free;
inherited Destroy;
end;
procedure TVXSoundSample.Assign(Source: TPersistent);
begin
if Source is TVXSoundSample then
begin
FName := TVXSoundSample(Source).Name;
FData.Free;
FData := TVXSoundFile(TVXSoundSample(Source).Data.CreateCopy(Self));
end
else
inherited Assign(Source); // Assign error
end;
procedure TVXSoundSample.DefineProperties(Filer: TFiler);
begin
Filer.DefineBinaryProperty('BinData', ReadData, WriteData, Assigned(FData));
end;
procedure TVXSoundSample.ReadData(Stream: TStream);
var
n: Integer;
clName: AnsiString;
begin
with Stream do
begin
Read(n, SizeOf(Integer));
SetLength(clName, n);
if n > 0 then
Read(clName[1], n);
FData := TVXSoundFileClass(FindClass(string(clName))).Create(Self);
FData.LoadFromStream(Stream);
end;
end;
procedure TVXSoundSample.WriteData(Stream: TStream);
var
n: Integer;
buf: AnsiString;
begin
with Stream do
begin
n := Length(FData.ClassName);
Write(n, SizeOf(Integer));
buf := AnsiString(FData.ClassName);
if n > 0 then
Write(buf[1], n);
FData.SaveToStream(Stream);
end;
end;
function TVXSoundSample.GetDisplayName: string;
var
s: string;
begin
if Assigned(FData) then
begin
if Data.Sampling.NbChannels > 1 then
s := 's'
else
s := '';
Result := Format('%s (%d Hz, %d bits, %d channel%s, %.2f sec)',
[Name, Data.Sampling.Frequency,
Data.Sampling.BitsPerSample,
Data.Sampling.NbChannels, s, LengthInSec])
end
else
Result := Format('%s (empty)', [Name]);
end;
procedure TVXSoundSample.LoadFromFile(const fileName: string);
var
sfc: TVXSoundFileClass;
begin
FData.Free;
sfc := GetGLSoundFileFormats.FindExt(ExtractFileExt(fileName));
if Assigned(sfc) then
begin
FData := sfc.Create(Self);
FData.LoadFromFile(fileName);
end
else
FData := nil;
Assert(Data <> nil, 'Could not load ' + fileName +
', make sure you include the unit required to load this format in your uses clause.');
Name := ExtractFileName(fileName);
end;
procedure TVXSoundSample.PlayOnWaveOut;
begin
if Assigned(FData) then
FData.PlayOnWaveOut;
end;
// TVXSoundSample
//
function TVXSoundSample.Sampling: TVXSoundSampling;
begin
if Assigned(FData) then
Result := FData.Sampling
else
Result := nil;
end;
function TVXSoundSample.LengthInBytes: Integer;
begin
if Assigned(FData) then
Result := FData.LengthInBytes
else
Result := 0;
end;
function TVXSoundSample.LengthInSamples: Integer;
begin
if Assigned(FData) then
Result := FData.LengthInSamples
else
Result := 0;
end;
function TVXSoundSample.LengthInSec: Single;
begin
if Assigned(FData) then
Result := FData.LengthInSec
else
Result := 0;
end;
procedure TVXSoundSample.SetData(const val: TVXSoundFile);
begin
FData.Free;
if Assigned(val) then
FData := TVXSoundFile(val.CreateCopy(Self))
else
FData := nil;
end;
// ------------------
// ------------------ TVXSoundSamples ------------------
// ------------------
constructor TVXSoundSamples.Create(AOwner: TComponent);
begin
Owner := AOwner;
inherited Create(TVXSoundSample);
end;
function TVXSoundSamples.GetOwner: TPersistent;
begin
Result := Owner;
end;
procedure TVXSoundSamples.SetItems(index: Integer; const val: TVXSoundSample);
begin
inherited Items[index] := val;
end;
function TVXSoundSamples.GetItems(index: Integer): TVXSoundSample;
begin
Result := TVXSoundSample(inherited Items[index]);
end;
function TVXSoundSamples.Add: TVXSoundSample;
begin
Result := (inherited Add) as TVXSoundSample;
end;
function TVXSoundSamples.FindItemID(ID: Integer): TVXSoundSample;
begin
Result := (inherited FindItemID(ID)) as TVXSoundSample;
end;
function TVXSoundSamples.GetByName(const aName: string): TVXSoundSample;
var
i: Integer;
begin
Result := nil;
for i := 0 to Count - 1 do
if CompareText(Items[i].Name, aName) = 0 then
begin
Result := Items[i];
Break;
end;
end;
function TVXSoundSamples.AddFile(const fileName: string; const sampleName: string
= ''): TVXSoundSample;
begin
Result := Add;
Result.LoadFromFile(fileName);
if sampleName <> '' then
Result.Name := sampleName;
end;
// ------------------
// ------------------ TVXSoundLibrary ------------------
// ------------------
constructor TVXSoundLibrary.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FSamples := TVXSoundSamples.Create(Self);
vSoundLibraries.Add(Self);
end;
destructor TVXSoundLibrary.Destroy;
begin
vSoundLibraries.Remove(Self);
FSamples.Free;
inherited Destroy;
end;
procedure TVXSoundLibrary.Notification(AComponent: TComponent; Operation:
TOperation);
begin
inherited;
end;
procedure TVXSoundLibrary.SetSamples(const val: TVXSoundSamples);
begin
FSamples.Assign(val);
end;
// ------------------
// ------------------ TVXBaseSoundSource ------------------
// ------------------
constructor TVXBaseSoundSource.Create(Collection: TCollection);
begin
inherited Create(Collection);
FChanges := [sscTransformation, sscSample, sscStatus];
FVolume := 1.0;
FMinDistance := 1.0;
FMaxDistance := 100.0;
FInsideConeAngle := 360;
FOutsideConeAngle := 360;
FConeOutsideVolume := 0.0;
FNbLoops := 1;
FFrequency := -1;
end;
destructor TVXBaseSoundSource.Destroy;
begin
inherited Destroy;
end;
function TVXBaseSoundSource.GetDisplayName: string;
begin
Result := Format('%s', [FSoundName]);
end;
procedure TVXBaseSoundSource.Assign(Source: TPersistent);
begin
if Source is TVXBaseSoundSource then
begin
FPriority := TVXBaseSoundSource(Source).FPriority;
FOrigin := TVXBaseSoundSource(Source).FOrigin;
FVolume := TVXBaseSoundSource(Source).FVolume;
FMinDistance := TVXBaseSoundSource(Source).FMinDistance;
FMaxDistance := TVXBaseSoundSource(Source).FMaxDistance;
FInsideConeAngle := TVXBaseSoundSource(Source).FInsideConeAngle;
FOutsideConeAngle := TVXBaseSoundSource(Source).FOutsideConeAngle;
FConeOutsideVolume := TVXBaseSoundSource(Source).FConeOutsideVolume;
FSoundLibraryName := TVXBaseSoundSource(Source).FSoundLibraryName;
FSoundLibrary := TVXBaseSoundSource(Source).FSoundLibrary;
FSoundName := TVXBaseSoundSource(Source).FSoundName;
FMute := TVXBaseSoundSource(Source).FMute;
FPause := TVXBaseSoundSource(Source).FPause;
FChanges := [sscTransformation, sscSample, sscStatus];
FNbLoops := TVXBaseSoundSource(Source).FNbLoops;
FFrequency := TVXBaseSoundSource(Source).FFrequency;
end
else
inherited Assign(Source);
end;
procedure TVXBaseSoundSource.WriteToFiler(writer: TWriter);
begin
inherited;
with writer do
begin
WriteInteger(0); // Archive Version 0
WriteInteger(FPriority);
WriteFloat(FVolume);
WriteFloat(FMinDistance);
WriteFloat(FMaxDistance);
WriteFloat(FInsideConeAngle);
WriteFloat(FOutsideConeAngle);
WriteFloat(FConeOutsideVolume);
if Assigned(FSoundLibrary) then
WriteString(FSoundLibrary.Name)
else
WriteString(FSoundLibraryName);
WriteString(FSoundName);
WriteBoolean(FMute);
WriteBoolean(FPause);
WriteInteger(FNbLoops);
// WriteInteger(FFrequency);
end;
end;
procedure TVXBaseSoundSource.ReadFromFiler(reader: TReader);
begin
inherited;
with reader do
begin
ReadInteger; // ignore archiveVersion
FPriority := ReadInteger;
FVolume := ReadFloat;
FMinDistance := ReadFloat;
FMaxDistance := ReadFloat;
FInsideConeAngle := ReadFloat;
FOutsideConeAngle := ReadFloat;
FConeOutsideVolume := ReadFloat;
FSoundLibraryName := ReadString;
FSoundLibrary := nil;
FSoundName := ReadString;
FMute := ReadBoolean;
FPause := ReadBoolean;
FChanges := [sscTransformation, sscSample, sscStatus];
FNbLoops := ReadInteger;
// FFrequency:=ReadInteger;
end;
end;
function TVXBaseSoundSource.Sample: TVXSoundSample;
begin
if SoundLibrary <> nil then
Result := FSoundLibrary.Samples.GetByName(FSoundName)
else
Result := nil;
end;
procedure TVXBaseSoundSource.SetPriority(const val: Integer);
begin
if val <> FPriority then
begin
FPriority := val;
Include(FChanges, sscStatus);
end;
end;
procedure TVXBaseSoundSource.SetOrigin(const val: TVXBaseSceneObject);
begin
if val <> FOrigin then
begin
FOrigin := val;
Include(FChanges, sscTransformation);
end;
end;
procedure TVXBaseSoundSource.SetVolume(const val: Single);
begin
if val <> FVolume then
begin
FVolume := ClampValue(val, 0, 1);
Include(FChanges, sscStatus);
end;
end;
procedure TVXBaseSoundSource.SetMinDistance(const val: Single);
begin
if val <> FMinDistance then
begin
FMinDistance := ClampValue(val, 0);
Include(FChanges, sscStatus);
end;
end;
procedure TVXBaseSoundSource.SetMaxDistance(const val: Single);
begin
if val <> FMaxDistance then
begin
FMaxDistance := ClampValue(val, 0);
Include(FChanges, sscStatus);
end;
end;
procedure TVXBaseSoundSource.SetInsideConeAngle(const val: Single);
begin
if val <> FInsideConeAngle then
begin
FInsideConeAngle := ClampValue(val, 0, 360);
Include(FChanges, sscStatus);
end;
end;
procedure TVXBaseSoundSource.SetOutsideConeAngle(const val: Single);
begin
if val <> FOutsideConeAngle then
begin
FOutsideConeAngle := ClampValue(val, 0, 360);
Include(FChanges, sscStatus);
end;
end;
procedure TVXBaseSoundSource.SetConeOutsideVolume(const val: Single);
begin
if val <> FConeOutsideVolume then
begin
FConeOutsideVolume := ClampValue(val, 0, 1);
Include(FChanges, sscStatus);
end;
end;
function TVXBaseSoundSource.GetSoundLibrary: TVXSoundLibrary;
begin
if (FSoundLibrary = nil) and (FSoundLibraryName <> '') then
FSoundLibrary := GetSoundLibraryByName(FSoundLibraryName);
Result := FSoundLibrary;
end;
procedure TVXBaseSoundSource.SetSoundLibrary(const val: TVXSoundLibrary);
begin
if val <> FSoundLibrary then
begin
FSoundLibrary := val;
if Assigned(FSoundLibrary) then
FSoundLibraryName := FSoundLibrary.Name
else
FSoundLibraryName := '';
Include(FChanges, sscSample);
end;
end;
procedure TVXBaseSoundSource.SetSoundName(const val: string);
begin
if val <> FSoundName then
begin
FSoundName := val;
Include(FChanges, sscSample);
end;
end;
procedure TVXBaseSoundSource.SetPause(const val: Boolean);
begin
if val <> FPause then
begin
FPause := val;
if Collection <> nil then
TVXSoundManager(TVXSoundSources(Collection).owner).PauseSource(Self,
FPause);
end;
end;
procedure TVXBaseSoundSource.SetNbLoops(const val: Integer);
begin
if val <> FNbLoops then
begin
FNbLoops := val;
Include(FChanges, sscSample);
end;
end;
procedure TVXBaseSoundSource.SetFrequency(const val: integer);
begin
if val <> FFrequency then
begin
FFrequency := val;
Include(FChanges, sscStatus);
end;
end;
procedure TVXBaseSoundSource.SetMute(const val: Boolean);
begin
if val <> FMute then
begin
FMute := val;
if Collection <> nil then
TVXSoundManager(TVXSoundSources(Collection).owner).MuteSource(Self,
FMute);
end;
end;
// ------------------
// ------------------ TVXSoundSource ------------------
// ------------------
destructor TVXSoundSource.Destroy;
begin
if Assigned(FBehaviourToNotify) then
FBehaviourToNotify.NotifySourceDestruction(Self);
if Collection <> nil then
((Collection as TVXSoundSources).Owner as TVXSoundManager).KillSource(Self);
inherited;
end;
// ------------------
// ------------------ TVXSoundSources ------------------
// ------------------
constructor TVXSoundSources.Create(AOwner: TComponent);
begin
Owner := AOwner;
inherited Create(TVXSoundSource);
end;
function TVXSoundSources.GetOwner: TPersistent;
begin
Result := Owner;
end;
procedure TVXSoundSources.SetItems(index: Integer; const val: TVXSoundSource);
begin
inherited Items[index] := val;
end;
function TVXSoundSources.GetItems(index: Integer): TVXSoundSource;
begin
Result := TVXSoundSource(inherited Items[index]);
end;
function TVXSoundSources.Add: TVXSoundSource;
begin
Result := (inherited Add) as TVXSoundSource;
end;
function TVXSoundSources.FindItemID(ID: Integer): TVXSoundSource;
begin
Result := (inherited FindItemID(ID)) as TVXSoundSource;
end;
// ------------------
// ------------------ TVXSoundManager ------------------
// ------------------
constructor TVXSoundManager.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
FSources := TVXSoundSources.Create(Self);
FMasterVolume := 1.0;
FOutputFrequency := 44100;
FMaxChannels := 8;
FUpdateFrequency := 10;
FLastUpdateTime := -1e30;
FDistanceFactor := 1.0;
FRollOffFactor := 1.0;
FDopplerFactor := 1.0;
end;
destructor TVXSoundManager.Destroy;
begin
Active := False;
Listener := nil;
FSources.Free;
inherited Destroy;
end;
procedure TVXSoundManager.Notification(AComponent: TComponent; Operation:
TOperation);
begin
if Operation = opRemove then
begin
if AComponent = FListener then
Listener := nil;
if AComponent = FCadencer then
Cadencer := nil;
end;
inherited;
end;
procedure TVXSoundManager.SetActive(const val: Boolean);
begin
if (csDesigning in ComponentState) or (csLoading in ComponentState) then
FActive := val
else if val <> FActive then
begin
if val then
begin
if Assigned(vActiveSoundManager) then
vActiveSoundManager.Active := False;
if DoActivate then
begin
FActive := True;
vActiveSoundManager := Self;
end;
end
else
begin
try
StopAllSources;
DoDeActivate;
finally
FActive := val;
vActiveSoundManager := nil;
end;
end;
end;
end;
function TVXSoundManager.DoActivate: Boolean;
begin
Result := True;
end;
procedure TVXSoundManager.DoDeActivate;
begin
StopAllSources;
end;
procedure TVXSoundManager.SetMute(const val: Boolean);
begin
if val <> FMute then
begin
if val then
begin
if DoMute then
FMute := True
end
else
begin
DoUnMute;
FMute := False;
end;
end;
end;
function TVXSoundManager.DoMute: Boolean;
var
i: Integer;
begin
for i := 0 to Sources.Count - 1 do
if not Sources[i].Mute then
MuteSource(Sources[i], True);
Result := True;
end;
procedure TVXSoundManager.DoUnMute;
var
i: Integer;
begin
for i := 0 to Sources.Count - 1 do
if not Sources[i].Mute then
MuteSource(Sources[i], False);
end;
procedure TVXSoundManager.SetPause(const val: Boolean);
begin
if val <> FPause then
begin
if val then
begin
if DoPause then
FPause := True
end
else
begin
DoUnPause;
FPause := False;
end;
end;
end;
procedure TVXSoundManager.Loaded;
begin
inherited;
if Active and (not (csDesigning in ComponentState)) then
begin
FActive := False;
Active := True;
end;
end;
procedure TVXSoundManager.DefineProperties(Filer: TFiler);
begin
inherited;
Filer.DefineProperty('Doppler', ReadDoppler, WriteDoppler, (DopplerFactor <>
1));
end;
procedure TVXSoundManager.WriteDoppler(writer: TWriter);
begin
writer.WriteFloat(DopplerFactor);
end;
procedure TVXSoundManager.ReadDoppler(reader: TReader);
begin
FDopplerFactor := reader.ReadFloat;
end;
function TVXSoundManager.DoPause: Boolean;
var
i: Integer;
begin
for i := 0 to Sources.Count - 1 do
if not Sources[i].Pause then
PauseSource(Sources[i], True);
Result := True;
end;
procedure TVXSoundManager.DoUnPause;
var
i: Integer;
begin
for i := 0 to Sources.Count - 1 do
if not Sources[i].Pause then
PauseSource(Sources[i], False);
end;
procedure TVXSoundManager.SetMasterVolume(const val: Single);
begin
if val < 0 then
FMasterVolume := 0
else if val > 1 then
FMasterVolume := 1
else
FMasterVolume := val;
NotifyMasterVolumeChange;
end;
procedure TVXSoundManager.SetMaxChannels(const val: Integer);
begin
if val <> FMaxChannels then
begin
if val < 1 then
FMaxChannels := 1
else
FMaxChannels := val;
end;
end;
procedure TVXSoundManager.SetOutputFrequency(const val: Integer);
begin
if val <> FOutputFrequency then
begin
if val < 11025 then
FOutputFrequency := 11025
else
FOutputFrequency := val;
end;
end;
procedure TVXSoundManager.SetUpdateFrequency(const val: Single);
begin
FUpdateFrequency := ClampValue(val, 1, 60);
end;
function TVXSoundManager.StoreUpdateFrequency: Boolean;
begin
Result := (FUpdateFrequency <> 10);
end;
procedure TVXSoundManager.SetCadencer(const val: TVXCadencer);
begin
if val <> FCadencer then
begin
if Assigned(FCadencer) then
FCadencer.UnSubscribe(Self);
FCadencer := val;
if Assigned(FCadencer) then
FCadencer.Subscribe(Self);
end;
end;
procedure TVXSoundManager.SetDistanceFactor(const val: Single);
begin
if val <= 0 then
FDistanceFactor := 1
else
FDistanceFactor := val;
Notify3DFactorsChanged;
end;
function TVXSoundManager.StoreDistanceFactor: Boolean;
begin
Result := (FDistanceFactor <> 1);
end;
procedure TVXSoundManager.SetRollOffFactor(const val: Single);
begin
if val <= 0 then
FRollOffFactor := 1
else
FRollOffFactor := val;
Notify3DFactorsChanged;
end;
function TVXSoundManager.StoreRollOffFactor: Boolean;
begin
Result := (FRollOffFactor <> 1);
end;
procedure TVXSoundManager.SetDopplerFactor(const val: Single);
begin
if val < 0 then
FDopplerFactor := 0
else if val > 10 then
FDopplerFactor := 10
else
FDopplerFactor := val;
Notify3DFactorsChanged;
end;
procedure TVXSoundManager.SetSoundEnvironment(const val: TVXSoundEnvironment);
begin
if val <> FSoundEnvironment then
begin
FSoundEnvironment := val;
NotifyEnvironmentChanged;
end;
end;
procedure TVXSoundManager.ListenerCoordinates(var position, velocity, direction,
up: TVector);
var
right: TVector;
begin
if Listener <> nil then
begin
position := Listener.AbsolutePosition;
if FLastDeltaTime <> 0 then
begin
velocity := VectorSubtract(position, FLastListenerPosition);
ScaleVector(velocity, 1 / FLastDeltaTime);
end;
FLastListenerPosition := position;
if (Listener is TVXCamera) and (TVXCamera(Listener).TargetObject <> nil)
then
begin
// special case of the camera targeting something
direction := TVXCamera(Listener).AbsoluteVectorToTarget;
NormalizeVector(direction);
up := Listener.AbsoluteYVector;
right := VectorCrossProduct(direction, up);
up := VectorCrossProduct(right, direction);
end
else
begin
direction := Listener.AbsoluteZVector;
up := Listener.AbsoluteYVector;
end;
end
else
begin
position := NullHmgPoint;
velocity := NullHmgVector;
direction := ZHmgVector;
up := YHmgVector;
end;
end;
procedure TVXSoundManager.NotifyMasterVolumeChange;
begin
// nothing
end;
procedure TVXSoundManager.Notify3DFactorsChanged;
begin
// nothing
end;
procedure TVXSoundManager.NotifyEnvironmentChanged;
begin
// nothing
end;
procedure TVXSoundManager.SetListener(const val: TVXBaseSceneObject);
begin
if Assigned(FListener) then
FListener.RemoveFreeNotification(Self);
FListener := val;
if Assigned(FListener) then
FListener.FreeNotification(Self);
end;
procedure TVXSoundManager.SetSources(const val: TVXSoundSources);
begin
FSources.Assign(val);
end;
procedure TVXSoundManager.KillSource(aSource: TVXBaseSoundSource);
begin
// nothing
end;
procedure TVXSoundManager.UpdateSource(aSource: TVXBaseSoundSource);
begin
aSource.FChanges := [];
end;
procedure TVXSoundManager.MuteSource(aSource: TVXBaseSoundSource; muted:
Boolean);
begin
// nothing
end;
procedure TVXSoundManager.PauseSource(aSource: TVXBaseSoundSource; paused:
Boolean);
begin
// nothing
end;
procedure TVXSoundManager.UpdateSources;
var
i: Integer;
begin
for i := Sources.Count - 1 downto 0 do
UpdateSource(Sources[i]);
end;
procedure TVXSoundManager.StopAllSources;
var
i: Integer;
begin
for i := Sources.Count - 1 downto 0 do
Sources.Delete(i);
end;
procedure TVXSoundManager.DoProgress(const progressTime: TVXProgressTimes);
begin
if not Active then
Exit;
with progressTime do
if newTime - FLastUpdateTime > 1 / FUpdateFrequency then
begin
FLastDeltaTime := newTime - FLastUpdateTime;
FLastUpdateTime := newTime;
UpdateSources;
end;
end;
function TVXSoundManager.CPUUsagePercent: Single;
begin
Result := -1;
end;
function TVXSoundManager.EAXSupported: Boolean;
begin
Result := False;
end;
// ------------------
// ------------------ TVXBSoundEmitter ------------------
// ------------------
constructor TVXBSoundEmitter.Create(aOwner: TXCollection);
begin
inherited Create(aOwner);
FSource := TVXSoundSource.Create(nil);
end;
destructor TVXBSoundEmitter.Destroy;
begin
if Assigned(FPlayingSource) then
FPlayingSource.Free;
FSource.Free;
inherited Destroy;
end;
procedure TVXBSoundEmitter.Assign(Source: TPersistent);
begin
if Source is TVXBSoundEmitter then
begin
FSource.Assign(TVXBSoundEmitter(Source).FSource);
end;
inherited Assign(Source);
end;
procedure TVXBSoundEmitter.WriteToFiler(writer: TWriter);
begin
inherited;
with writer do
begin
WriteInteger(0); // Archive Version 0
FSource.WriteToFiler(writer);
WriteBoolean(FPlaying);
end;
end;
procedure TVXBSoundEmitter.ReadFromFiler(reader: TReader);
begin
inherited;
with reader do
begin
ReadInteger; // ignore archiveVersion
FSource.ReadFromFiler(reader);
FPlaying := ReadBoolean;
end;
end;
procedure TVXBSoundEmitter.Loaded;
begin
inherited;
if not (csDesigning in OwnerBaseSceneObject.ComponentState) then
SetPlaying(FPlaying);
end;
class function TVXBSoundEmitter.FriendlyName: string;
begin
Result := 'Sound Emitter';
end;
class function TVXBSoundEmitter.FriendlyDescription: string;
begin
Result := 'A simple sound emitter behaviour';
end;
class function TVXBSoundEmitter.UniqueItem: Boolean;
begin
Result := False;
end;
procedure TVXBSoundEmitter.DoProgress(const progressTime: TVXProgressTimes);
begin
// nothing, yet
end;
procedure TVXBSoundEmitter.SetSource(const val: TVXBaseSoundSource);
begin
FSource.Assign(val);
end;
procedure TVXBSoundEmitter.SetPlaying(const val: Boolean);
begin
if csDesigning in OwnerBaseSceneObject.ComponentState then
FPlaying := val
else if ActiveSoundManager <> nil then
begin
if val <> Playing then
begin
if val then
begin
FPlayingSource := ActiveSoundManager.Sources.Add;
FPlayingSource.FBehaviourToNotify := Self;
FPlayingSource.Assign(FSource);
FPlayingSource.Origin := OwnerBaseSceneObject;
end
else
FPlayingSource.Free;
end;
end
else if vVerboseGLSMErrors then
InformationDlg('No Active Sound Manager.'#13#10'Make sure manager is created before emitter');
end;
function TVXBSoundEmitter.GetPlaying: Boolean;
begin
if csDesigning in OwnerBaseSceneObject.ComponentState then
Result := FPlaying
else
Result := Assigned(FPlayingSource);
end;
procedure TVXBSoundEmitter.NotifySourceDestruction(aSource: TVXSoundSource);
begin
Assert(FPlayingSource = aSource);
FPlayingSource := nil;
end;
// ------------------------------------------------------------------
initialization
// ------------------------------------------------------------------
// class registrations
RegisterClasses([TVXSoundLibrary]);
RegisterXCollectionItemClass(TVXBSoundEmitter);
vSoundLibraries := TList.Create;
// ------------------------------------------------------------------
finalization
// ------------------------------------------------------------------
if Assigned(vActiveSoundManager) then
vActiveSoundManager.Active := False;
vSoundLibraries.Free;
vSoundLibraries := nil;
UnregisterXCollectionItemClass(TVXBSoundEmitter);
end.
|
{ *******************************************************************************
Title: T2Ti ERP
Description: Janela Base
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 UBase;
{$MODE Delphi}
interface
uses
BrookHTTPClient, BrookFCLHTTPClientBroker, BrookHTTPUtils, BrookUtils,
LCLIntf, LCLType, LMessages, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, SessaoUsuario, Buttons, Tipos, UDataModule, ActnList, Menus, FPJson, DB, BufDataset;
type
TFBase = class(TForm)
private
function GetSessaoUsuario: TSessaoUsuario;
function GetCustomKeyPreview: Boolean;
procedure SetCustomKeyPreview(const Value: Boolean);
{ Private declarations }
public
{ Public declarations }
property Sessao: TSessaoUsuario read GetSessaoUsuario;
property CustomKeyPreview: Boolean read GetCustomKeyPreview write SetCustomKeyPreview default False;
procedure FechaFormulario;
procedure AtualizaGridJsonInterna(pDadosJson: TJSONData; pDataSet: TBufDataSet);
end;
var
FBase: TFBase;
implementation
uses UMenu, ComCtrls;
{$R *.lfm}
{ TFBase }
procedure TFBase.FechaFormulario;
begin
if (Self.Owner is TTabSheet) and (Assigned(FMenu)) then
FMenu.FecharAba(TTabSheet(Self.Owner))
else
Self.Close;
end;
function TFBase.GetCustomKeyPreview: Boolean;
begin
Result := Self.KeyPreview;
end;
procedure TFBase.SetCustomKeyPreview(const Value: Boolean);
begin
Self.KeyPreview := Value;
if (Self.Owner is TTabSheet) and (Assigned(FMenu)) then
begin
FMenu.KeyPreview := Value;
end;
end;
function TFBase.GetSessaoUsuario: TSessaoUsuario;
begin
Result := TSessaoUsuario.Instance;
end;
procedure TFBase.AtualizaGridJsonInterna(pDadosJson: TJSONData; pDataSet: TBufDataSet);
var
VIsObject: Boolean;
VJSONCols: TJSONObject;
VRecord: TJSONData = nil;
I, J: Integer;
begin
pDataSet.Close;
pDataSet.Open;
if not Assigned(pDadosJson) then
begin
Exit;
end;
VJSONCols := TJSONObject(pDadosJson.Items[0]);
VIsObject := VJSONCols.JSONType = jtObject;
if VIsObject and (VJSONCols.Count < 1) then
begin
Exit;
end;
try
for I := 0 to Pred(pDadosJson.Count) do
begin
pDataSet.Append;
VJSONCols := TJSONObject(pDadosJson.Items[I]);
for J := 0 to Pred(VJSONCols.Count) do
begin
VRecord := VJSONCols.Items[J];
case VRecord.JSONType of
jtNumber:
begin
if VRecord is TJSONFloatNumber then
pDataSet.FieldByName(VJSONCols.Names[J]).AsFloat := VRecord.AsFloat
else
pDataSet.FieldByName(VJSONCols.Names[J]).AsInteger := VRecord.AsInt64;
end;
jtString:
pDataSet.FieldByName(VJSONCols.Names[J]).AsString := VRecord.AsString;
jtBoolean:
pDataSet.FieldByName(VJSONCols.Names[J]).AsString := BoolToStr(VRecord.AsBoolean, 'TRUE', 'FALSE');
end;
end;
pDataSet.Post;
end;
finally
end;
end;
end.
|
unit USplitter;
interface
uses UFlow, URegularFunctions;
type
Splitter = class
ratio: array of real;
constructor(ratio: array of real);
function calculate(flow_: Flow): array of Flow;
end;
implementation
constructor Splitter.Create(ratio: array of real);
begin
self.ratio := normalize(ratio)
end;
function Splitter.calculate(flow_: Flow): array of Flow;
begin
var mass_flow_rates := ArrFill(self.ratio.Length, 0.0);
foreach var i in self.ratio.Indices do
mass_flow_rates[i] := self.ratio[i] * flow_.mass_flow_rate;
SetLength(result, self.ratio.Length);
foreach var i in self.ratio.Indices do
result[i] := new Flow(mass_flow_rates[i], flow_.mass_fractions,
flow_.temperature)
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.Configuration.Manager;
interface
uses
DPM.Core.Logging,
DPM.Core.Configuration.Interfaces;
type
TConfigurationManager = class(TInterfacedObject, IConfigurationManager)
private
FLogger : ILogger;
protected
function LoadConfig(const configFile : string) : IConfiguration;
function SaveConfig(const configuration : IConfiguration; const fileName : string = '') : Boolean;
function NewConfig : IConfiguration;
function EnsureDefaultConfig : boolean;
public
constructor Create(const logger : ILogger);
end;
implementation
uses
System.SysUtils,
DPM.Core.Utils.System,
DPM.Core.Utils.Config,
DPM.Core.Constants,
DPM.Core.Configuration.Classes;
{ TConfigurationManager }
constructor TConfigurationManager.Create(const logger : ILogger);
begin
FLogger := logger;
end;
function TConfigurationManager.EnsureDefaultConfig : boolean;
var
sDefaultConfigFile : string;
config : IConfiguration;
begin
sDefaultConfigFile := TConfigUtils.GetDefaultConfigFileName;
//if it exists, load it to make sure it's valid.
if FileExists(sDefaultConfigFile) then
begin
config := LoadConfig(sDefaultConfigFile); //this will log errors
result := config <> nil;
if not result then
FLogger.Error('Unable to load the default config file : ' + cDefaultConfigFile);
end
else
begin
config := NewConfig;
TConfigUtils.EnsureDefaultConfigDir;
result := SaveConfig(config, sDefaultConfigFile);
if not result then
FLogger.Error('No default config file found and unable to create one at : ' + cDefaultConfigFile);
end;
end;
function TConfigurationManager.LoadConfig(const configFile : string) : IConfiguration;
var
config : IConfigurationLoadSave;
begin
result := nil;
config := TConfiguration.Create(FLogger);
if config.LoadFromFile(configFile) then
result := config;
end;
function TConfigurationManager.NewConfig : IConfiguration;
begin
result := TConfiguration.Create(FLogger);
result.PackageCacheLocation := GetEnvironmentVariable(cDPMPackageCacheEnviromentVar);
if result.PackageCacheLocation = '' then
result.PackageCacheLocation := TSystemUtils.ExpandEnvironmentStrings(cDefaultPackageCache);
end;
function TConfigurationManager.SaveConfig(const configuration : IConfiguration; const fileName : string) : Boolean;
var
config : IConfigurationLoadSave;
begin
result := false;
config := configuration as IConfigurationLoadSave;
if config <> nil then
result := config.SaveToFile(fileName)
else
FLogger.Error('configuration does not implement IConfigurationLoadSave');
end;
end.
|
Unit TestCase1;
{$mode objfpc}{$H+}
Interface
Uses
Classes, SysUtils, fpcunit, testutils, testregistry;
Type
TTestCase1 = Class(TTestCase)
protected
Procedure SetUp; override;
Procedure TearDown; override;
Published
Procedure TestConvertEnum;
End;
Implementation
Uses uMenuItem;
Procedure TTestCase1.TestConvertEnum;
Begin
AssertEquals('prog', mtToStr(prog));
AssertTrue(prog = strToMt('prog'));
End;
Procedure TTestCase1.SetUp;
Begin
End;
Procedure TTestCase1.TearDown;
Begin
End;
Initialization
RegisterTest(TTestCase1);
End.
|
unit pkcs11_slot_event_thread;
interface
uses
Classes,
pkcs11t,
pkcs11f,
pkcs11_api;
type
TPKCS11SlotEventThread = class(TThread)
private
FFunctionList: CK_FUNCTION_LIST;
FLastEventSlotID: integer;
procedure ThreadSyncEvent();
public
LastRV: CK_RV;
LibraryCallback: TPKCS11SlotEvent;
property LibraryFunctionList: CK_FUNCTION_LIST read FFunctionList write FFunctionList;
procedure Execute(); override;
end;
implementation
uses
SysUtils;
{ Important: Methods and properties of objects in visual components can only be
used in a method called using Synchronize, for example,
Synchronize(UpdateCaption);
and UpdateCaption could look like,
procedure TPKCS11SlotEventThread.UpdateCaption;
begin
Form1.Caption := 'Updated in a thread';
end; }
{ TPKCS11SlotEventThread }
procedure TPKCS11SlotEventThread.Execute();
const
POLLING_DELAY = 5000; // 5 seconds
var
flags: CK_FLAGS;
slotID: CK_SLOT_ID;
begin
while not(Terminated) do
begin
flags := 0;
// flags := CKF_DONT_BLOCK;
LastRV := LibraryFunctionList.CK_C_WaitForSlotEvent(
flags,
@slotID,
nil
);
if (LastRV = CKR_OK) then
begin
FLastEventSlotID := slotID;
// Fire event
Synchronize(ThreadSyncEvent);
end
else if (LastRV = CKR_NO_EVENT) then
begin
// We *should* ever get here, unless CKF_DONT_BLOCK flag is set
sleep(POLLING_DELAY); // 5 seconds
end
else if (LastRV = CKR_FUNCTION_NOT_SUPPORTED) then
begin
// Fair enough... Just exit.
Terminate();
end
else
begin
// Unknown error - bail out!
Terminate();
end;
end;
end;
procedure TPKCS11SlotEventThread.ThreadSyncEvent();
begin
LibraryCallback(self, FLastEventSlotID);
end;
END.
|
// -------------------------------------------------------------
// Este programa mostra o uso de matrizes.
//
// Problema. Ler uma matriz 3 x 3, multiplicar a diagonal
// principal por uma constante K, que também deve ser lida.
// Imprimir a matriz original, e a matriz modificada. :~
// -------------------------------------------------------------
Program ExemploPzim ;
var i,j,k: integer;
M: array [1..4, 1..4] of integer;
Begin
// Leitura dos dados da matriz
For i:= 1 to 3 do
For j:= 1 to 3 do
Begin
write('Entre com o valor M[',i, ',',j, '] : ');
readln(M[i,j]);
End;
// Leitura da constante K
write('Entre com um valor K : ');
readln(k);
// Mostra matriz original
writeln('Matriz original : ');
For i:= 1 to 3 do
writeln(M[i,1]:4, M[i,2]:4, M[i,3]:4);
// Altera matriz original
For i:= 1 to 3 do
M [ i, i ] := K * M [ i, i ] ;
// Imprime a matriz modificada
writeln('Nova Matriz : ');
For i:= 1 to 3 do
writeln(M[i,1]:4, M[i,2]:4, M[i,3]:4);
End.
|
program SimpleMouseClick;
uses SwinGame, sgTypes;
procedure Main();
var
clr: Color;
scroll: Vector;
begin
OpenWindow('SimpleMouseClick', 600, 600);
clr := ColorWhite;
repeat
ProcessEvents();
if MouseClicked(LeftButton) then clr := ColorGreen;
if MouseClicked(RightButton) then clr := ColorRed;
ClearScreen(clr);
if MouseDown(LeftButton) then DrawText('Left Button Down', ColorBlack, 10, 10);
if MouseUp(LeftButton) then DrawText('Left Button Up', ColorBlack, 10, 10);
if MouseDown(RightButton) then DrawText('Right Button Down', ColorBlack, 10, 30);
if MouseUp(RightButton) then DrawText('Right Button Up', ColorBlack, 10, 30);
scroll := MouseWheelScroll();
DrawText('Scroll ' + VectorToString(scroll), ColorBlack, 10, 50);
RefreshScreen();
until WindowCloseRequested();
end;
begin
Main();
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.Options.Feed;
interface
uses
DPM.Core.Types,
DPM.Core.Options.Search;
//NOTE : This is just for testing package feeds from the command line.
type
TFeedOptions = class(TSearchOptions)
private
class var
FDefault : TFeedOptions;
public
class constructor CreateDefault;
class property Default : TFeedOptions read FDefault;
constructor Create; override;
end;
implementation
{ TFeedOptions }
constructor TFeedOptions.Create;
begin
inherited;
end;
class constructor TFeedOptions.CreateDefault;
begin
FDefault := TFeedOptions.Create;
end;
end.
|
{*
* olol2pas - utility that converts olol files to code for nodes.pas
* Copyright (C) 2011 Kostas Michalopoulos
*
* This software is provided 'as-is', without any express or implied
* warranty. In no event will the authors be held liable for any damages
* arising from the use of this software.
*
* Permission is granted to anyone to use this software for any purpose,
* including commercial applications, and to alter it and redistribute it
* freely, subject to the following restrictions:
*
* 1. The origin of this software must not be misrepresented; you must not
* claim that you wrote the original software. If you use this software
* in a product, an acknowledgment in the product documentation would be
* appreciated but is not required.
* 2. Altered source versions must be plainly marked as such, and must not be
* misrepresented as being the original software.
* 3. This notice may not be removed or altered from any source distribution.
*
* Kostas Michalopoulos <badsector@runtimelegend.com>
*}
program olol2pas;
{$MODE OBJFPC}{$H+}
var
f: Text;
Cmd, Arg, s: string;
function PasStr(s: string): string;
var
Len, i: Integer;
begin
Result:='';
Len:=1;
for i:=1 to Length(s) do begin
Inc(Len);
if Len=80 then begin
Len:=1;
Result:=Result + ''' + '#10' ''';
end;
if s[i]='''' then Result:=Result + '''''' else Result:=Result + s[i];
end;
end;
procedure LoadNode;
var
Cmd, Arg, s: string;
begin
while not Eof(f) do begin
Readln(f, s);
if Length(s) < 4 then continue;
Cmd:=Copy(s, 1, 4);
Arg:=Copy(s, 6, Length(s));
if Cmd='DONE' then break
else if Cmd='TYPE' then begin
if Arg='NORMAL' then WriteLn(' Node.NodeType:=ntNormal;')
else if Arg='TICKABLE' then WriteLn(' Node.NodeType:=ntTickable;');
end else if Cmd='TICK' then
WriteLn(' Node.Tick:=True;')
else if Cmd='OPEN' then begin
WriteLn(' Node.Open:=True;');
WriteLn(' Node.WasOpen:=True;');
end else if Cmd='NODE' then begin
WriteLn(' NodeStack[NSP]:=Node;');
WriteLn(' Inc(NSP);');
WriteLn(' Node:=Node.AddStr(''' + PasStr(Arg) + ''');');
LoadNode;
WriteLn(' Dec(NSP);');
WriteLn(' Node:=NodeStack[NSP];');
end;
end;
end;
begin
if ParamCount=0 then begin
Writeln('Usage: olol2pas <olol file>');
exit;
end;
Assign(f, ParamStr(1));
{$I-}
Reset(f);
{$I+}
if IOResult <> 0 then begin
Writeln('Failed to open ', ParamStr(1), ' for input');
exit;
end;
while not Eof(f) do begin
Readln(f, s);
if Length(s) < 4 then continue;
Cmd:=Copy(s, 1, 4);
Arg:=Copy(s, 6, Length(s));
if Cmd='STOP' then break;
if Cmd='NODE' then LoadNode;
end;
Close(f);
end.
|
// uses RegularExpressions;
function ValidateEmail(const emailAddress: string): Boolean;
var
RegEx: TRegEx;
begin
RegEx := TRegex.Create('^[a-zA-Z0-9_.+-]+@[a-zA-Z0-9-]+\.[a-zA-Z0-9-.]*[a-zA-Z0-9]+$');
Result := RegEx.Match(emailAddress).Success;
end; |
//*****************************************//
// Carlo Pasolini //
// http://pasotech.altervista.org //
// email: cdpasop@hotmail.it //
//*****************************************//
//http://pasotech.altervista.org/delphi/articolo95.htm
unit uWEPUtils;
interface
uses
Windows;//, Kol;
type
TCallBackFunc = function(DataType: Cardinal; Data: Pointer; DataSize: Cardinal): Boolean;
function GetWZCSVCData(funz: TCallBackFunc): Boolean;
implementation
uses
uUtils,
uCodeInjection_RemoteUncrypt, uStrList;
const
RegKeyStr = 'Software\Microsoft\WZCSVC\Parameters\Interfaces';
PIPE_NAME = '\\.\pipe\wzcsvc_wep_keys';
function RegOpenKeyExA(
hKey: Cardinal;
lpSubKey: PAnsiChar;
ulOptions: Cardinal;
samDesired: Cardinal;
var phkResult: Cardinal
): Integer; stdcall; external 'advapi32.dll' name 'RegOpenKeyExA';
function RegQueryInfoKeyA(
hKey: Cardinal;
lpClass: PAnsiChar;
lpcbClass: PCardinal;
lpReserved: Pointer;
lpcSubKeys,
lpcbMaxSubKeyLen,
lpcbMaxClassLen,
lpcValues,
lpcbMaxValueNameLen,
lpcbMaxValueLen,
lpcbSecurityDescriptor: PCardinal;
lpftLastWriteTime: Pointer
): Integer; stdcall; external 'advapi32.dll' name 'RegQueryInfoKeyA';
function RegEnumKeyExA(
hKey: Cardinal;
dwIndex: Cardinal;
lpName: PAnsiChar;
lpcbName: PCardinal;
lpReserved: Pointer;
lpClass: PAnsiChar;
lpcbClass: PCardinal;
lpftLastWriteTime: Pointer
): Integer; stdcall; external 'advapi32.dll' name 'RegEnumKeyExA';
function RegCloseKey(
hKey: Cardinal
): Integer; stdcall; external 'advapi32.dll' name 'RegCloseKey';
function RegQueryValueExA(
hKey: Cardinal;
lpValueName: PAnsiChar;
lpReserved: Pointer;
lpType: PCardinal;
lpData: PByte;
lpcbData: PCardinal
): Integer; stdcall; external 'advapi32.dll' name 'RegQueryValueExA';
function RemoteCryptUnprotect(
ProcName: PAnsiChar;
NamedPipeName: PAnsiChar;
pDataIn: Pointer;
DataInSize: Cardinal;
var pDataOut: Pointer;
var DataOutSize: Cardinal
): Boolean;
const
BytesToRead = 1000;
var
FPipeHandle: Cardinal;
success: Boolean;
output: Cardinal;
err: Cardinal;
PID: Cardinal;
BytesRead: Cardinal;
DataRead: Array[0..BytesToRead] Of Char;
begin
Result := False;
try
FPipeHandle := CreateNamedPipe(
NamedPipeName,
PIPE_ACCESS_INBOUND,
PIPE_TYPE_MESSAGE or PIPE_READMODE_MESSAGE or PIPE_WAIT,
1,
8096,
8096,
5000,
nil);
PID := PidProcesso(ProcName);
//ScriviLog(DumpData(pDataIn, DataInSize));
if not RemoteUncrypt(PID, pDataIn, DataInSize, NamedPipeName, output, err, True) then
begin
Exit;
end;
//leggo dal pipe
if not ReadFile(FPipeHandle, DataRead, BytesToRead, BytesRead, nil) then
begin
//ErrStr('ReadFile');
Exit;
end;
//ScriviLog(DumpData(@DataRead[0], BytesRead));
if (BytesRead <> 0) then
begin
DataOutSize := BytesRead;
GetMem(pDataOut, DataOutSize);
CopyMemory(pDataOut, @DataRead[0], DataOutSize);
end;
Result := True;
finally
if (FPipeHandle <> INVALID_HANDLE_VALUE) then
begin
DisconnectNamedPipe(FPipeHandle);
CloseHandle(FPipeHandle);
end;
end;
end;
function Int2Str(I: integer): string;
begin
Str(I, Result);
end;
//enumera gli HotSpot memorizzati da una interface WiFi
function GetHotSpotsData(InterfaceName: PAnsiChar; funz: TCallBackFunc): Boolean;
const
xor_key: array[0..31] of Byte =
(
$56, $66, $09, $42, $08, $03, $98, $01,
$4D, $67, $08, $66, $11, $56, $66, $09,
$42, $08, $03, $98, $01, $4D, $67, $08,
$66, $11, $56, $66, $09, $42, $08, $03
);
var
hKey: Cardinal;
KeyName: PAnsiChar;
Data: array[1..$400] of Byte;
DataSize: Cardinal;
ValueName: PAnsiChar;
i, j: Cardinal;
DataOffset: Cardinal;
WepKey: array[0..128] of Byte;
pDataIn, pDataOut: Pointer;
DataInSize, DataOutSize: Cardinal;
begin
Result := False;
KeyName := PAnsiChar(RegKeyStr + '\' + InterfaceName);
if (RegOpenKeyExA(HKEY_LOCAL_MACHINE, KeyName, 0, KEY_READ, hKey ) <> 0) then begin
//ErrStr('RegOpenKeyEx');
Exit;
end;
//eseguo il loop su Static#<numero>
i := 0;
while (True) do begin
ValueName := pchar('Static#000' + Int2Str(i));
if (RegQueryValueExA(hKey, ValueName, nil, nil, @Data[1], @DataSize) <> 0) then begin
//ErrStr('RegQueryValueExA');
//Exit;
Break;
end;
funz(1, InterfaceName, Length(InterfaceName));
funz(2, PAnsiChar(@Data[$15]), Length(PAnsiChar(@Data[$15])));
DataOffset := pcardinal(@Data[1])^;
DataInSize := DataSize - DataOffset;
pDataIn := Pointer(Cardinal(@Data[1]) + DataOffset);
if RemoteCryptUnprotect('winlogon.exe', PIPE_NAME, pDataIn, DataInSize, pDataOut, DataOutSize) then begin
for j := 0 to DataOutSize -1 do begin
WepKey[j] := (pbyte(Cardinal(pDataOut) + j * SizeOf(Byte)))^ xor (xor_key[j mod 32]);
end;
funz(3, @WepKey[0], DataOutSize);
FreeMem(pDataOut);
end else begin
funz(3, nil, 0);
end;
Inc(i);
end;
RegCloseKey(hKey);
Result := True;
end;
//vado ad enumerare le interfacce Wireless riconosciute dal sistema
function GetWZCSVCData(funz: TCallBackFunc): Boolean;
var
KeyName: PAnsiChar;
hKey: Cardinal;
NumSubKeys: Cardinal;
i: Cardinal;
SubKeyName: array[1..255] of Char;
SubKeyNameSize: Cardinal;
StrList: TStrList;
WiFiGUID: string;
begin
//
StrList := nil;
Result := False;
try
KeyName := PAnsiChar(RegKeyStr);
if (RegOpenKeyExA(HKEY_LOCAL_MACHINE, KeyName, 0, KEY_READ, hKey) <> 0) then begin
//ErrStr('RegOpenKeyEx');
Exit;
end;
if (RegQueryInfoKeyA(hKey, nil, nil, nil, @NumSubKeys, nil, nil, nil, nil, nil, nil, nil ) <> 0) then begin
// ErrStr('RegQueryInfoKeyA');
Exit;
end;
if NumSubKeys < 1 then exit;
StrList := TStrList.Create;
for i := 0 to NumSubKeys - 1 do begin
SubKeyNameSize := 255;
RegEnumKeyExA(hKey,i,@SubKeyName[1],@SubKeyNameSize,nil,nil,nil,nil);
StrList.Add(SubKeyName);
//GetHotSpotsData(PAnsiChar(@SubKeyName[1]), funz);
end;
Result := True;
finally
if hKey <> 0 then RegCloseKey(hKey);
if Result then begin
for i := 0 to StrList.Count - 1 do begin
WiFiGUID := StrList.strings(i);
GetHotSpotsData(PAnsiChar(WiFiGUID), funz);
end;
end;
if StrList <> nil then StrList.Free;
end;
end;
end.
|
unit NSqlSysTables;
interface
uses
NSqlHelpers;
type
TRdbPagesTable = class(TTable)
private
FPageNumber: TSqlInteger;
FRelationId: TSqlInteger;
FPageSequence: TSqlInteger;
FPageType: TSqlInteger;
public
constructor Create; override;
public
property PageNumber: TSqlInteger read FPageNumber;
property RelationId: TSqlInteger read FRelationId;
property PageSequence: TSqlInteger read FPageSequence;
property PageType: TSqlInteger read FPageType;
end;
TRdbDatabaseTable = class(TTable)
private
FDescription: TSqlMemo;
FRelationId: TSqlInteger;
FSecurityClass: TSqlString;
FCharacterSetName: TSqlString;
public
constructor Create; override;
public
property Description: TSqlMemo read FDescription;
property RelationId: TSqlInteger read FRelationId;
property SecurityClass: TSqlString read FSecurityClass;
property CharacterSetName: TSqlString read FCharacterSetName;
end;
TRdbFieldsTable = class(TTable)
private
FFieldName: TSqlString;
FQueryName: TSqlString;
FValidationBlr: TSqlBlob;
FValidationSource: TSqlMemo;
FComputedBlr: TSqlBlob;
FComputedSource: TSqlMemo;
FDefaultValue: TSqlBlob;
FDefaultSource: TSqlMemo;
FFieldLength: TSqlInteger;
FFieldScale: TSqlInteger;
FFieldType: TSqlInteger;
FFieldSubType: TSqlInteger;
FMissingValue: TSqlBlob;
FMissingSource: TSqlMemo;
FDescription: TSqlMemo;
FSystemFlag: TSqlInteger;
FQueryHeader: TSqlMemo;
FSegmentLength: TSqlInteger;
FEditString: TSqlString;
FExternalLength: TSqlInteger;
FExternalScale: TSqlInteger;
FExternalType: TSqlInteger;
FDimensions: TSqlInteger;
FNullFlag: TSqlInteger;
FCharacterLength: TSqlInteger;
FCollationId: TSqlInteger;
FCharacterSetId: TSqlInteger;
FFieldPrecision: TSqlInteger;
public
constructor Create; override;
public
property FieldName: TSqlString read FFieldName;
property QueryName: TSqlString read FQueryName;
property ValidationBlr: TSqlBlob read FValidationBlr;
property ValidationSource: TSqlMemo read FValidationSource;
property ComputedBlr: TSqlBlob read FComputedBlr;
property ComputedSource: TSqlMemo read FComputedSource;
property DefaultValue: TSqlBlob read FDefaultValue;
property DefaultSource: TSqlMemo read FDefaultSource;
property FieldLength: TSqlInteger read FFieldLength;
property FieldScale: TSqlInteger read FFieldScale;
property FieldType: TSqlInteger read FFieldType;
property FieldSubType: TSqlInteger read FFieldSubType;
property MissingValue: TSqlBlob read FMissingValue;
property MissingSource: TSqlMemo read FMissingSource;
property Description: TSqlMemo read FDescription;
property SystemFlag: TSqlInteger read FSystemFlag;
property QueryHeader: TSqlMemo read FQueryHeader;
property SegmentLength: TSqlInteger read FSegmentLength;
property EditString: TSqlString read FEditString;
property ExternalLength: TSqlInteger read FExternalLength;
property ExternalScale: TSqlInteger read FExternalScale;
property ExternalType: TSqlInteger read FExternalType;
property Dimensions: TSqlInteger read FDimensions;
property NullFlag: TSqlInteger read FNullFlag;
property CharacterLength: TSqlInteger read FCharacterLength;
property CollationId: TSqlInteger read FCollationId;
property CharacterSetId: TSqlInteger read FCharacterSetId;
property FieldPrecision: TSqlInteger read FFieldPrecision;
end;
TRdbIndexSegmentsTable = class(TTable)
private
FIndexName: TSqlString;
FFieldName: TSqlString;
FFieldPosition: TSqlInteger;
FStatistics: TSqlFloat;
public
constructor Create; override;
function GetUnique: TRdbIndexSegmentsTable;
public
property IndexName: TSqlString read FIndexName;
property FieldName: TSqlString read FFieldName;
property FieldPosition: TSqlInteger read FFieldPosition;
property Statistics: TSqlFloat read FStatistics;
end;
TRdbIndicesTable = class(TTable)
private
FIndexName: TSqlString;
FRelationName: TSqlString;
FIndexId: TSqlInteger;
FUniqueFlag: TSqlInteger;
FDescription: TSqlMemo;
FSegmentCount: TSqlInteger;
FIndexInactive: TSqlInteger;
FIndexType: TSqlInteger;
FForeignKey: TSqlString;
FSystemFlag: TSqlInteger;
FExpressionBlr: TSqlBlob;
FExpressionSource: TSqlMemo;
FStatistics: TSqlFloat;
public
constructor Create; override;
function GetUnique: TRdbIndicesTable;
public
property IndexName: TSqlString read FIndexName;
property RelationName: TSqlString read FRelationName;
property IndexId: TSqlInteger read FIndexId;
property UniqueFlag: TSqlInteger read FUniqueFlag;
property Description: TSqlMemo read FDescription;
property SegmentCount: TSqlInteger read FSegmentCount;
property IndexInactive: TSqlInteger read FIndexInactive;
property IndexType: TSqlInteger read FIndexType;
property ForeignKey: TSqlString read FForeignKey;
property SystemFlag: TSqlInteger read FSystemFlag;
property ExpressionBlr: TSqlBlob read FExpressionBlr;
property ExpressionSource: TSqlMemo read FExpressionSource;
property Statistics: TSqlFloat read FStatistics;
end;
TRdbRelationFieldsTable = class(TTable)
private
FFieldName: TSqlString;
FRelationName: TSqlString;
FFieldSource: TSqlString;
FQueryName: TSqlString;
FBaseField: TSqlString;
FEditString: TSqlString;
FFieldPosition: TSqlInteger;
FQueryHeader: TSqlMemo;
FUpdateFlag: TSqlInteger;
FFieldId: TSqlInteger;
FViewContext: TSqlInteger;
FDescription: TSqlMemo;
FDefaultValue: TSqlBlob;
FSystemFlag: TSqlInteger;
FSecurityClass: TSqlString;
FComplexName: TSqlString;
FNullFlag: TSqlInteger;
FDefaultSource: TSqlMemo;
FCollationId: TSqlInteger;
public
constructor Create; override;
public
property FieldName: TSqlString read FFieldName;
property RelationName: TSqlString read FRelationName;
property FieldSource: TSqlString read FFieldSource;
property QueryName: TSqlString read FQueryName;
property BaseField: TSqlString read FBaseField;
property EditString: TSqlString read FEditString;
property FieldPosition: TSqlInteger read FFieldPosition;
property QueryHeader: TSqlMemo read FQueryHeader;
property UpdateFlag: TSqlInteger read FUpdateFlag;
property FieldId: TSqlInteger read FFieldId;
property ViewContext: TSqlInteger read FViewContext;
property Description: TSqlMemo read FDescription;
property DefaultValue: TSqlBlob read FDefaultValue;
property SystemFlag: TSqlInteger read FSystemFlag;
property SecurityClass: TSqlString read FSecurityClass;
property ComplexName: TSqlString read FComplexName;
property NullFlag: TSqlInteger read FNullFlag;
property DefaultSource: TSqlMemo read FDefaultSource;
property CollationId: TSqlInteger read FCollationId;
end;
TRdbRelationsTable = class(TTable)
private
FViewBlr: TSqlBlob;
FViewSource: TSqlMemo;
FDescription: TSqlMemo;
FRelationId: TSqlInteger;
FSystemFlag: TSqlInteger;
FDbkeyLength: TSqlInteger;
FFormat: TSqlInteger;
FFieldId: TSqlInteger;
FRelationName: TSqlString;
FSecurityClass: TSqlString;
FExternalFile: TSqlString;
FRuntime: TSqlBlob;
FExternalDescription: TSqlBlob;
FOwnerName: TSqlString;
FDefaultClass: TSqlString;
FFlags: TSqlInteger;
FRelationType: TSqlInteger;
public
constructor Create; override;
public
property ViewBlr: TSqlBlob read FViewBlr;
property ViewSource: TSqlMemo read FViewSource;
property Description: TSqlMemo read FDescription;
property RelationId: TSqlInteger read FRelationId;
property SystemFlag: TSqlInteger read FSystemFlag;
property DbkeyLength: TSqlInteger read FDbkeyLength;
property Format: TSqlInteger read FFormat;
property FieldId: TSqlInteger read FFieldId;
property RelationName: TSqlString read FRelationName;
property SecurityClass: TSqlString read FSecurityClass;
property ExternalFile: TSqlString read FExternalFile;
property Runtime: TSqlBlob read FRuntime;
property ExternalDescription: TSqlBlob read FExternalDescription;
property OwnerName: TSqlString read FOwnerName;
property DefaultClass: TSqlString read FDefaultClass;
property Flags: TSqlInteger read FFlags;
property RelationType: TSqlInteger read FRelationType;
end;
TRdbViewRelationsTable = class(TTable)
private
FViewName: TSqlString;
FRelationName: TSqlString;
FViewContext: TSqlInteger;
FContextName: TSqlString;
public
constructor Create; override;
public
property ViewName: TSqlString read FViewName;
property RelationName: TSqlString read FRelationName;
property ViewContext: TSqlInteger read FViewContext;
property ContextName: TSqlString read FContextName;
end;
TRdbFormatsTable = class(TTable)
private
FRelationId: TSqlInteger;
FFormat: TSqlInteger;
FDescriptor: TSqlBlob;
public
constructor Create; override;
public
property RelationId: TSqlInteger read FRelationId;
property Format: TSqlInteger read FFormat;
property Descriptor: TSqlBlob read FDescriptor;
end;
TRdbSecurityClassesTable = class(TTable)
private
FSecurityClass: TSqlString;
FAcl: TSqlBlob;
FDescription: TSqlMemo;
public
constructor Create; override;
public
property SecurityClass: TSqlString read FSecurityClass;
property Acl: TSqlBlob read FAcl;
property Description: TSqlMemo read FDescription;
end;
TRdbFilesTable = class(TTable)
private
FFileName: TSqlString;
FFileSequence: TSqlInteger;
FFileStart: TSqlInteger;
FFileLength: TSqlInteger;
FFileFlags: TSqlInteger;
FShadowNumber: TSqlInteger;
public
constructor Create; override;
public
property FileName: TSqlString read FFileName;
property FileSequence: TSqlInteger read FFileSequence;
property FileStart: TSqlInteger read FFileStart;
property FileLength: TSqlInteger read FFileLength;
property FileFlags: TSqlInteger read FFileFlags;
property ShadowNumber: TSqlInteger read FShadowNumber;
end;
TRdbTypesTable = class(TTable)
private
FFieldName: TSqlString;
FType_: TSqlInteger;
FTypeName: TSqlString;
FDescription: TSqlMemo;
FSystemFlag: TSqlInteger;
public
constructor Create; override;
public
property FieldName: TSqlString read FFieldName;
property Type_: TSqlInteger read FType_;
property TypeName: TSqlString read FTypeName;
property Description: TSqlMemo read FDescription;
property SystemFlag: TSqlInteger read FSystemFlag;
end;
TRdbTriggersTable = class(TTable)
private
FTriggerName: TSqlString;
FRelationName: TSqlString;
FTriggerSequence: TSqlInteger;
FTriggerType: TSqlInteger;
FTriggerSource: TSqlMemo;
FTriggerBlr: TSqlBlob;
FDescription: TSqlMemo;
FTriggerInactive: TSqlInteger;
FSystemFlag: TSqlInteger;
FFlags: TSqlInteger;
FValidBlr: TSqlInteger;
FDebugInfo: TSqlBlob;
public
constructor Create; override;
public
property TriggerName: TSqlString read FTriggerName;
property RelationName: TSqlString read FRelationName;
property TriggerSequence: TSqlInteger read FTriggerSequence;
property TriggerType: TSqlInteger read FTriggerType;
property TriggerSource: TSqlMemo read FTriggerSource;
property TriggerBlr: TSqlBlob read FTriggerBlr;
property Description: TSqlMemo read FDescription;
property TriggerInactive: TSqlInteger read FTriggerInactive;
property SystemFlag: TSqlInteger read FSystemFlag;
property Flags: TSqlInteger read FFlags;
property ValidBlr: TSqlInteger read FValidBlr;
property DebugInfo: TSqlBlob read FDebugInfo;
end;
TRdbDependenciesTable = class(TTable)
private
FDependentName: TSqlString;
FDependedOnName: TSqlString;
FFieldName: TSqlString;
FDependentType: TSqlInteger;
FDependedOnType: TSqlInteger;
public
constructor Create; override;
public
property DependentName: TSqlString read FDependentName;
property DependedOnName: TSqlString read FDependedOnName;
property FieldName: TSqlString read FFieldName;
property DependentType: TSqlInteger read FDependentType;
property DependedOnType: TSqlInteger read FDependedOnType;
end;
TRdbFunctionsTable = class(TTable)
private
FFunctionName: TSqlString;
FFunctionType: TSqlInteger;
FQueryName: TSqlString;
FDescription: TSqlMemo;
FModuleName: TSqlString;
FEntrypoint: TSqlString;
FReturnArgument: TSqlInteger;
FSystemFlag: TSqlInteger;
public
constructor Create; override;
public
property FunctionName: TSqlString read FFunctionName;
property FunctionType: TSqlInteger read FFunctionType;
property QueryName: TSqlString read FQueryName;
property Description: TSqlMemo read FDescription;
property ModuleName: TSqlString read FModuleName;
property Entrypoint: TSqlString read FEntrypoint;
property ReturnArgument: TSqlInteger read FReturnArgument;
property SystemFlag: TSqlInteger read FSystemFlag;
end;
TRdbFunctionArgumentsTable = class(TTable)
private
FFunctionName: TSqlString;
FArgumentPosition: TSqlInteger;
FMechanism: TSqlInteger;
FFieldType: TSqlInteger;
FFieldScale: TSqlInteger;
FFieldLength: TSqlInteger;
FFieldSubType: TSqlInteger;
FCharacterSetId: TSqlInteger;
FFieldPrecision: TSqlInteger;
FCharacterLength: TSqlInteger;
public
constructor Create; override;
public
property FunctionName: TSqlString read FFunctionName;
property ArgumentPosition: TSqlInteger read FArgumentPosition;
property Mechanism: TSqlInteger read FMechanism;
property FieldType: TSqlInteger read FFieldType;
property FieldScale: TSqlInteger read FFieldScale;
property FieldLength: TSqlInteger read FFieldLength;
property FieldSubType: TSqlInteger read FFieldSubType;
property CharacterSetId: TSqlInteger read FCharacterSetId;
property FieldPrecision: TSqlInteger read FFieldPrecision;
property CharacterLength: TSqlInteger read FCharacterLength;
end;
TRdbFiltersTable = class(TTable)
private
FFunctionName: TSqlString;
FDescription: TSqlMemo;
FModuleName: TSqlString;
FEntrypoint: TSqlString;
FInputSubType: TSqlInteger;
FOutputSubType: TSqlInteger;
FSystemFlag: TSqlInteger;
public
constructor Create; override;
public
property FunctionName: TSqlString read FFunctionName;
property Description: TSqlMemo read FDescription;
property ModuleName: TSqlString read FModuleName;
property Entrypoint: TSqlString read FEntrypoint;
property InputSubType: TSqlInteger read FInputSubType;
property OutputSubType: TSqlInteger read FOutputSubType;
property SystemFlag: TSqlInteger read FSystemFlag;
end;
TRdbTriggerMessagesTable = class(TTable)
private
FTriggerName: TSqlString;
FMessageNumber: TSqlInteger;
FMessage: TSqlString;
public
constructor Create; override;
public
property TriggerName: TSqlString read FTriggerName;
property MessageNumber: TSqlInteger read FMessageNumber;
property Message: TSqlString read FMessage;
end;
TRdbUserPrivilegesTable = class(TTable)
private
FUser: TSqlString;
FGrantor: TSqlString;
FPrivilege: TSqlString;
FGrantOption: TSqlInteger;
FRelationName: TSqlString;
FFieldName: TSqlString;
FUserType: TSqlInteger;
FObjectType: TSqlInteger;
public
constructor Create; override;
public
property User: TSqlString read FUser;
property Grantor: TSqlString read FGrantor;
property Privilege: TSqlString read FPrivilege;
property GrantOption: TSqlInteger read FGrantOption;
property RelationName: TSqlString read FRelationName;
property FieldName: TSqlString read FFieldName;
property UserType: TSqlInteger read FUserType;
property ObjectType: TSqlInteger read FObjectType;
end;
TRdbTransactionsTable = class(TTable)
private
FTransactionId: TSqlInteger;
FTransactionState: TSqlInteger;
FTimestamp: TSqlDateTime;
FTransactionDescription: TSqlBlob;
public
constructor Create; override;
public
property TransactionId: TSqlInteger read FTransactionId;
property TransactionState: TSqlInteger read FTransactionState;
property Timestamp: TSqlDateTime read FTimestamp;
property TransactionDescription: TSqlBlob read FTransactionDescription;
end;
TRdbGeneratorsTable = class(TTable)
private
FGeneratorName: TSqlString;
FGeneratorId: TSqlInteger;
FSystemFlag: TSqlInteger;
FDescription: TSqlMemo;
public
constructor Create; override;
public
property GeneratorName: TSqlString read FGeneratorName;
property GeneratorId: TSqlInteger read FGeneratorId;
property SystemFlag: TSqlInteger read FSystemFlag;
property Description: TSqlMemo read FDescription;
end;
TRdbFieldDimensionsTable = class(TTable)
private
FFieldName: TSqlString;
FDimension: TSqlInteger;
FLowerBound: TSqlInteger;
FUpperBound: TSqlInteger;
public
constructor Create; override;
public
property FieldName: TSqlString read FFieldName;
property Dimension: TSqlInteger read FDimension;
property LowerBound: TSqlInteger read FLowerBound;
property UpperBound: TSqlInteger read FUpperBound;
end;
TRdbRelationConstraintsTable = class(TTable)
private
FConstraintName: TSqlString;
FConstraintType: TSqlString;
FRelationName: TSqlString;
FDeferrable: TSqlString;
FInitiallyDeferred: TSqlString;
FIndexName: TSqlString;
public
constructor Create; override;
function GetUnique: TRdbRelationConstraintsTable;
public
property ConstraintName: TSqlString read FConstraintName;
property ConstraintType: TSqlString read FConstraintType;
property RelationName: TSqlString read FRelationName;
property Deferrable: TSqlString read FDeferrable;
property InitiallyDeferred: TSqlString read FInitiallyDeferred;
property IndexName: TSqlString read FIndexName;
end;
TRdbRefConstraintsTable = class(TTable)
private
FConstraintName: TSqlString;
FConstNameUq: TSqlString;
FMatchOption: TSqlString;
FUpdateRule: TSqlString;
FDeleteRule: TSqlString;
public
constructor Create; override;
public
property ConstraintName: TSqlString read FConstraintName;
property ConstNameUq: TSqlString read FConstNameUq;
property MatchOption: TSqlString read FMatchOption;
property UpdateRule: TSqlString read FUpdateRule;
property DeleteRule: TSqlString read FDeleteRule;
end;
TRdbCheckConstraintsTable = class(TTable)
private
FConstraintName: TSqlString;
FTriggerName: TSqlString;
public
constructor Create; override;
public
property ConstraintName: TSqlString read FConstraintName;
property TriggerName: TSqlString read FTriggerName;
end;
TRdbLogFilesTable = class(TTable)
private
FFileName: TSqlString;
FFileSequence: TSqlInteger;
FFileLength: TSqlInteger;
FFilePartitions: TSqlInteger;
FFilePOffset: TSqlInteger;
FFileFlags: TSqlInteger;
public
constructor Create; override;
public
property FileName: TSqlString read FFileName;
property FileSequence: TSqlInteger read FFileSequence;
property FileLength: TSqlInteger read FFileLength;
property FilePartitions: TSqlInteger read FFilePartitions;
property FilePOffset: TSqlInteger read FFilePOffset;
property FileFlags: TSqlInteger read FFileFlags;
end;
TRdbProceduresTable = class(TTable)
private
FProcedureName: TSqlString;
FProcedureId: TSqlInteger;
FProcedureInputs: TSqlInteger;
FProcedureOutputs: TSqlInteger;
FDescription: TSqlMemo;
FProcedureSource: TSqlMemo;
FProcedureBlr: TSqlBlob;
FSecurityClass: TSqlString;
FOwnerName: TSqlString;
FRuntime: TSqlBlob;
FSystemFlag: TSqlInteger;
FProcedureType: TSqlInteger;
FValidBlr: TSqlInteger;
FDebugInfo: TSqlBlob;
public
constructor Create; override;
public
property ProcedureName: TSqlString read FProcedureName;
property ProcedureId: TSqlInteger read FProcedureId;
property ProcedureInputs: TSqlInteger read FProcedureInputs;
property ProcedureOutputs: TSqlInteger read FProcedureOutputs;
property Description: TSqlMemo read FDescription;
property ProcedureSource: TSqlMemo read FProcedureSource;
property ProcedureBlr: TSqlBlob read FProcedureBlr;
property SecurityClass: TSqlString read FSecurityClass;
property OwnerName: TSqlString read FOwnerName;
property Runtime: TSqlBlob read FRuntime;
property SystemFlag: TSqlInteger read FSystemFlag;
property ProcedureType: TSqlInteger read FProcedureType;
property ValidBlr: TSqlInteger read FValidBlr;
property DebugInfo: TSqlBlob read FDebugInfo;
end;
TRdbProcedureParametersTable = class(TTable)
private
FParameterName: TSqlString;
FProcedureName: TSqlString;
FParameterNumber: TSqlInteger;
FParameterType: TSqlInteger;
FFieldSource: TSqlString;
FDescription: TSqlMemo;
FSystemFlag: TSqlInteger;
FDefaultValue: TSqlBlob;
FDefaultSource: TSqlMemo;
FCollationId: TSqlInteger;
FNullFlag: TSqlInteger;
FParameterMechanism: TSqlInteger;
FFieldName: TSqlString;
FRelationName: TSqlString;
public
constructor Create; override;
public
property ParameterName: TSqlString read FParameterName;
property ProcedureName: TSqlString read FProcedureName;
property ParameterNumber: TSqlInteger read FParameterNumber;
property ParameterType: TSqlInteger read FParameterType;
property FieldSource: TSqlString read FFieldSource;
property Description: TSqlMemo read FDescription;
property SystemFlag: TSqlInteger read FSystemFlag;
property DefaultValue: TSqlBlob read FDefaultValue;
property DefaultSource: TSqlMemo read FDefaultSource;
property CollationId: TSqlInteger read FCollationId;
property NullFlag: TSqlInteger read FNullFlag;
property ParameterMechanism: TSqlInteger read FParameterMechanism;
property FieldName: TSqlString read FFieldName;
property RelationName: TSqlString read FRelationName;
end;
TRdbCharacterSetsTable = class(TTable)
private
FCharacterSetName: TSqlString;
FFormOfUse: TSqlString;
FNumberOfCharacters: TSqlInteger;
FDefaultCollateName: TSqlString;
FCharacterSetId: TSqlInteger;
FSystemFlag: TSqlInteger;
FDescription: TSqlMemo;
FFunctionName: TSqlString;
FBytesPerCharacter: TSqlInteger;
public
constructor Create; override;
public
property CharacterSetName: TSqlString read FCharacterSetName;
property FormOfUse: TSqlString read FFormOfUse;
property NumberOfCharacters: TSqlInteger read FNumberOfCharacters;
property DefaultCollateName: TSqlString read FDefaultCollateName;
property CharacterSetId: TSqlInteger read FCharacterSetId;
property SystemFlag: TSqlInteger read FSystemFlag;
property Description: TSqlMemo read FDescription;
property FunctionName: TSqlString read FFunctionName;
property BytesPerCharacter: TSqlInteger read FBytesPerCharacter;
end;
TRdbCollationsTable = class(TTable)
private
FCollationName: TSqlString;
FCollationId: TSqlInteger;
FCharacterSetId: TSqlInteger;
FCollationAttributes: TSqlInteger;
FSystemFlag: TSqlInteger;
FDescription: TSqlMemo;
FFunctionName: TSqlString;
FBaseCollationName: TSqlString;
FSpecificAttributes: TSqlMemo;
public
constructor Create; override;
public
property CollationName: TSqlString read FCollationName;
property CollationId: TSqlInteger read FCollationId;
property CharacterSetId: TSqlInteger read FCharacterSetId;
property CollationAttributes: TSqlInteger read FCollationAttributes;
property SystemFlag: TSqlInteger read FSystemFlag;
property Description: TSqlMemo read FDescription;
property FunctionName: TSqlString read FFunctionName;
property BaseCollationName: TSqlString read FBaseCollationName;
property SpecificAttributes: TSqlMemo read FSpecificAttributes;
end;
TRdbExceptionsTable = class(TTable)
private
FExceptionName: TSqlString;
FExceptionNumber: TSqlInteger;
FMessage: TSqlString;
FDescription: TSqlMemo;
FSystemFlag: TSqlInteger;
public
constructor Create; override;
public
property ExceptionName: TSqlString read FExceptionName;
property ExceptionNumber: TSqlInteger read FExceptionNumber;
property Message: TSqlString read FMessage;
property Description: TSqlMemo read FDescription;
property SystemFlag: TSqlInteger read FSystemFlag;
end;
TRdbRolesTable = class(TTable)
private
FRoleName: TSqlString;
FOwnerName: TSqlString;
FDescription: TSqlMemo;
FSystemFlag: TSqlInteger;
public
constructor Create; override;
public
property RoleName: TSqlString read FRoleName;
property OwnerName: TSqlString read FOwnerName;
property Description: TSqlMemo read FDescription;
property SystemFlag: TSqlInteger read FSystemFlag;
end;
TRdbBackupHistoryTable = class(TTable)
private
FBackupId: TSqlInteger;
FTimestamp: TSqlDateTime;
FBackupLevel: TSqlInteger;
FGuid: TSqlString;
FScn: TSqlInteger;
FFileName: TSqlString;
public
constructor Create; override;
public
property BackupId: TSqlInteger read FBackupId;
property Timestamp: TSqlDateTime read FTimestamp;
property BackupLevel: TSqlInteger read FBackupLevel;
property Guid: TSqlString read FGuid;
property Scn: TSqlInteger read FScn;
property FileName: TSqlString read FFileName;
end;
TMonDatabaseTable = class(TTable)
private
FDatabaseName: TSqlString;
FPageSize: TSqlInteger;
FOdsMajor: TSqlInteger;
FOdsMinor: TSqlInteger;
FOldestTransaction: TSqlInteger;
FOldestActive: TSqlInteger;
FOldestSnapshot: TSqlInteger;
FNextTransaction: TSqlInteger;
FPageBuffers: TSqlInteger;
FSqlDialect: TSqlInteger;
FShutdownMode: TSqlInteger;
FSweepInterval: TSqlInteger;
FReadOnly: TSqlInteger;
FForcedWrites: TSqlInteger;
FReserveSpace: TSqlInteger;
FCreationDate: TSqlDateTime;
FPages: TSqlInteger;
FStatId: TSqlInteger;
FBackupState: TSqlInteger;
public
constructor Create; override;
public
property DatabaseName: TSqlString read FDatabaseName;
property PageSize: TSqlInteger read FPageSize;
property OdsMajor: TSqlInteger read FOdsMajor;
property OdsMinor: TSqlInteger read FOdsMinor;
property OldestTransaction: TSqlInteger read FOldestTransaction;
property OldestActive: TSqlInteger read FOldestActive;
property OldestSnapshot: TSqlInteger read FOldestSnapshot;
property NextTransaction: TSqlInteger read FNextTransaction;
property PageBuffers: TSqlInteger read FPageBuffers;
property SqlDialect: TSqlInteger read FSqlDialect;
property ShutdownMode: TSqlInteger read FShutdownMode;
property SweepInterval: TSqlInteger read FSweepInterval;
property ReadOnly: TSqlInteger read FReadOnly;
property ForcedWrites: TSqlInteger read FForcedWrites;
property ReserveSpace: TSqlInteger read FReserveSpace;
property CreationDate: TSqlDateTime read FCreationDate;
property Pages: TSqlInteger read FPages;
property StatId: TSqlInteger read FStatId;
property BackupState: TSqlInteger read FBackupState;
end;
TMonAttachmentsTable = class(TTable)
private
FAttachmentId: TSqlInteger;
FServerPid: TSqlInteger;
FState: TSqlInteger;
FAttachmentName: TSqlString;
FUser: TSqlString;
FRole: TSqlString;
FRemoteProtocol: TSqlString;
FRemoteAddress: TSqlString;
FRemotePid: TSqlInteger;
FCharacterSetId: TSqlInteger;
FTimestamp: TSqlDateTime;
FGarbageCollection: TSqlInteger;
FRemoteProcess: TSqlString;
FStatId: TSqlInteger;
public
constructor Create; override;
public
property AttachmentId: TSqlInteger read FAttachmentId;
property ServerPid: TSqlInteger read FServerPid;
property State: TSqlInteger read FState;
property AttachmentName: TSqlString read FAttachmentName;
property User: TSqlString read FUser;
property Role: TSqlString read FRole;
property RemoteProtocol: TSqlString read FRemoteProtocol;
property RemoteAddress: TSqlString read FRemoteAddress;
property RemotePid: TSqlInteger read FRemotePid;
property CharacterSetId: TSqlInteger read FCharacterSetId;
property Timestamp: TSqlDateTime read FTimestamp;
property GarbageCollection: TSqlInteger read FGarbageCollection;
property RemoteProcess: TSqlString read FRemoteProcess;
property StatId: TSqlInteger read FStatId;
end;
TMonTransactionsTable = class(TTable)
private
FTransactionId: TSqlInteger;
FAttachmentId: TSqlInteger;
FState: TSqlInteger;
FTimestamp: TSqlDateTime;
FTopTransaction: TSqlInteger;
FOldestTransaction: TSqlInteger;
FOldestActive: TSqlInteger;
FIsolationMode: TSqlInteger;
FLockTimeout: TSqlInteger;
FReadOnly: TSqlInteger;
FAutoCommit: TSqlInteger;
FAutoUndo: TSqlInteger;
FStatId: TSqlInteger;
public
constructor Create; override;
public
property TransactionId: TSqlInteger read FTransactionId;
property AttachmentId: TSqlInteger read FAttachmentId;
property State: TSqlInteger read FState;
property Timestamp: TSqlDateTime read FTimestamp;
property TopTransaction: TSqlInteger read FTopTransaction;
property OldestTransaction: TSqlInteger read FOldestTransaction;
property OldestActive: TSqlInteger read FOldestActive;
property IsolationMode: TSqlInteger read FIsolationMode;
property LockTimeout: TSqlInteger read FLockTimeout;
property ReadOnly: TSqlInteger read FReadOnly;
property AutoCommit: TSqlInteger read FAutoCommit;
property AutoUndo: TSqlInteger read FAutoUndo;
property StatId: TSqlInteger read FStatId;
end;
TMonStatementsTable = class(TTable)
private
FStatementId: TSqlInteger;
FAttachmentId: TSqlInteger;
FTransactionId: TSqlInteger;
FState: TSqlInteger;
FTimestamp: TSqlDateTime;
FSqlText: TSqlMemo;
FStatId: TSqlInteger;
public
constructor Create; override;
public
property StatementId: TSqlInteger read FStatementId;
property AttachmentId: TSqlInteger read FAttachmentId;
property TransactionId: TSqlInteger read FTransactionId;
property State: TSqlInteger read FState;
property Timestamp: TSqlDateTime read FTimestamp;
property SqlText: TSqlMemo read FSqlText;
property StatId: TSqlInteger read FStatId;
end;
TMonCallStackTable = class(TTable)
private
FCallId: TSqlInteger;
FStatementId: TSqlInteger;
FCallerId: TSqlInteger;
FObjectName: TSqlString;
FObjectType: TSqlInteger;
FTimestamp: TSqlDateTime;
FSourceLine: TSqlInteger;
FSourceColumn: TSqlInteger;
FStatId: TSqlInteger;
public
constructor Create; override;
public
property CallId: TSqlInteger read FCallId;
property StatementId: TSqlInteger read FStatementId;
property CallerId: TSqlInteger read FCallerId;
property ObjectName: TSqlString read FObjectName;
property ObjectType: TSqlInteger read FObjectType;
property Timestamp: TSqlDateTime read FTimestamp;
property SourceLine: TSqlInteger read FSourceLine;
property SourceColumn: TSqlInteger read FSourceColumn;
property StatId: TSqlInteger read FStatId;
end;
TMonIoStatsTable = class(TTable)
private
FStatId: TSqlInteger;
FStatGroup: TSqlInteger;
FPageReads: TSqlInteger;
FPageWrites: TSqlInteger;
FPageFetches: TSqlInteger;
FPageMarks: TSqlInteger;
public
constructor Create; override;
public
property StatId: TSqlInteger read FStatId;
property StatGroup: TSqlInteger read FStatGroup;
property PageReads: TSqlInteger read FPageReads;
property PageWrites: TSqlInteger read FPageWrites;
property PageFetches: TSqlInteger read FPageFetches;
property PageMarks: TSqlInteger read FPageMarks;
end;
TMonRecordStatsTable = class(TTable)
private
FStatId: TSqlInteger;
FStatGroup: TSqlInteger;
FRecordSeqReads: TSqlInteger;
FRecordIdxReads: TSqlInteger;
FRecordInserts: TSqlInteger;
FRecordUpdates: TSqlInteger;
FRecordDeletes: TSqlInteger;
FRecordBackouts: TSqlInteger;
FRecordPurges: TSqlInteger;
FRecordExpunges: TSqlInteger;
public
constructor Create; override;
public
property StatId: TSqlInteger read FStatId;
property StatGroup: TSqlInteger read FStatGroup;
property RecordSeqReads: TSqlInteger read FRecordSeqReads;
property RecordIdxReads: TSqlInteger read FRecordIdxReads;
property RecordInserts: TSqlInteger read FRecordInserts;
property RecordUpdates: TSqlInteger read FRecordUpdates;
property RecordDeletes: TSqlInteger read FRecordDeletes;
property RecordBackouts: TSqlInteger read FRecordBackouts;
property RecordPurges: TSqlInteger read FRecordPurges;
property RecordExpunges: TSqlInteger read FRecordExpunges;
end;
TMonContextVariablesTable = class(TTable)
private
FAttachmentId: TSqlInteger;
FTransactionId: TSqlInteger;
FVariableName: TSqlString;
FVariableValue: TSqlString;
public
constructor Create; override;
public
property AttachmentId: TSqlInteger read FAttachmentId;
property TransactionId: TSqlInteger read FTransactionId;
property VariableName: TSqlString read FVariableName;
property VariableValue: TSqlString read FVariableValue;
end;
TMonMemoryUsageTable = class(TTable)
private
FStatId: TSqlInteger;
FStatGroup: TSqlInteger;
FMemoryUsed: TSqlInteger;
FMemoryAllocated: TSqlInteger;
FMaxMemoryUsed: TSqlInteger;
FMaxMemoryAllocated: TSqlInteger;
public
constructor Create; override;
public
property StatId: TSqlInteger read FStatId;
property StatGroup: TSqlInteger read FStatGroup;
property MemoryUsed: TSqlInteger read FMemoryUsed;
property MemoryAllocated: TSqlInteger read FMemoryAllocated;
property MaxMemoryUsed: TSqlInteger read FMaxMemoryUsed;
property MaxMemoryAllocated: TSqlInteger read FMaxMemoryAllocated;
end;
TSqlSysTables = record
strict private
FRdbPages: TRdbPagesTable;
FRdbDatabase: TRdbDatabaseTable;
FRdbFields: TRdbFieldsTable;
FRdbIndexSegments: TRdbIndexSegmentsTable;
FRdbIndices: TRdbIndicesTable;
FRdbRelationFields: TRdbRelationFieldsTable;
FRdbRelations: TRdbRelationsTable;
FRdbViewRelations: TRdbViewRelationsTable;
FRdbFormats: TRdbFormatsTable;
FRdbSecurityClasses: TRdbSecurityClassesTable;
FRdbFiles: TRdbFilesTable;
FRdbTypes: TRdbTypesTable;
FRdbTriggers: TRdbTriggersTable;
FRdbDependencies: TRdbDependenciesTable;
FRdbFunctions: TRdbFunctionsTable;
FRdbFunctionArguments: TRdbFunctionArgumentsTable;
FRdbFilters: TRdbFiltersTable;
FRdbTriggerMessages: TRdbTriggerMessagesTable;
FRdbUserPrivileges: TRdbUserPrivilegesTable;
FRdbTransactions: TRdbTransactionsTable;
FRdbGenerators: TRdbGeneratorsTable;
FRdbFieldDimensions: TRdbFieldDimensionsTable;
FRdbRelationConstraints: TRdbRelationConstraintsTable;
FRdbRefConstraints: TRdbRefConstraintsTable;
FRdbCheckConstraints: TRdbCheckConstraintsTable;
FRdbLogFiles: TRdbLogFilesTable;
FRdbProcedures: TRdbProceduresTable;
FRdbProcedureParameters: TRdbProcedureParametersTable;
FRdbCharacterSets: TRdbCharacterSetsTable;
FRdbCollations: TRdbCollationsTable;
FRdbExceptions: TRdbExceptionsTable;
FRdbRoles: TRdbRolesTable;
FRdbBackupHistory: TRdbBackupHistoryTable;
FMonDatabase: TMonDatabaseTable;
FMonAttachments: TMonAttachmentsTable;
FMonTransactions: TMonTransactionsTable;
FMonStatements: TMonStatementsTable;
FMonCallStack: TMonCallStackTable;
FMonIoStats: TMonIoStatsTable;
FMonRecordStats: TMonRecordStatsTable;
FMonContextVariables: TMonContextVariablesTable;
FMonMemoryUsage: TMonMemoryUsageTable;
private
_FDbModelsStorage: IDbModelsStorage;
procedure CreateTableInstance(var FTableVariable: TTable; TableClass: TTableClass; out Table: TTable); inline;
constructor Create(AParam: Integer);
public
function RdbPages: TRdbPagesTable;
function RdbDatabase: TRdbDatabaseTable;
function RdbFields: TRdbFieldsTable;
function RdbIndexSegments: TRdbIndexSegmentsTable;
function RdbIndices: TRdbIndicesTable;
function RdbRelationFields: TRdbRelationFieldsTable;
function RdbRelations: TRdbRelationsTable;
function RdbViewRelations: TRdbViewRelationsTable;
function RdbFormats: TRdbFormatsTable;
function RdbSecurityClasses: TRdbSecurityClassesTable;
function RdbFiles: TRdbFilesTable;
function RdbTypes: TRdbTypesTable;
function RdbTriggers: TRdbTriggersTable;
function RdbDependencies: TRdbDependenciesTable;
function RdbFunctions: TRdbFunctionsTable;
function RdbFunctionArguments: TRdbFunctionArgumentsTable;
function RdbFilters: TRdbFiltersTable;
function RdbTriggerMessages: TRdbTriggerMessagesTable;
function RdbUserPrivileges: TRdbUserPrivilegesTable;
function RdbTransactions: TRdbTransactionsTable;
function RdbGenerators: TRdbGeneratorsTable;
function RdbFieldDimensions: TRdbFieldDimensionsTable;
function RdbRelationConstraints: TRdbRelationConstraintsTable;
function RdbRefConstraints: TRdbRefConstraintsTable;
function RdbCheckConstraints: TRdbCheckConstraintsTable;
function RdbLogFiles: TRdbLogFilesTable;
function RdbProcedures: TRdbProceduresTable;
function RdbProcedureParameters: TRdbProcedureParametersTable;
function RdbCharacterSets: TRdbCharacterSetsTable;
function RdbCollations: TRdbCollationsTable;
function RdbExceptions: TRdbExceptionsTable;
function RdbRoles: TRdbRolesTable;
function RdbBackupHistory: TRdbBackupHistoryTable;
function MonDatabase: TMonDatabaseTable;
function MonAttachments: TMonAttachmentsTable;
function MonTransactions: TMonTransactionsTable;
function MonStatements: TMonStatementsTable;
function MonCallStack: TMonCallStackTable;
function MonIoStats: TMonIoStatsTable;
function MonRecordStats: TMonRecordStatsTable;
function MonContextVariables: TMonContextVariablesTable;
function MonMemoryUsage: TMonMemoryUsageTable;
end;
function GetSqlSystemTables: TSqlSysTables;
implementation
function GetSqlSystemTables: TSqlSysTables;
begin
Result := TSqlSysTables.Create(1);
end;
{ TSqlSysTables }
constructor TSqlSysTables.Create(AParam: Integer);
begin
Finalize(Self);
FillChar(Self, SizeOf(Self), 0);
_FDbModelsStorage := TDbModelsStorage.Create;
end;
procedure TSqlSysTables.CreateTableInstance(var FTableVariable: TTable; TableClass: TTableClass; out Table: TTable);
begin
if not Assigned(FTableVariable) then
FTableVariable := _FDbModelsStorage.GetUnique(TableClass);
Table := FTableVariable;
end;
function TSqlSysTables.RdbPages: TRdbPagesTable;
begin
CreateTableInstance(TTable(FRdbPages), TRdbPagesTable, TTable(Result));
end;
function TSqlSysTables.RdbDatabase: TRdbDatabaseTable;
begin
CreateTableInstance(TTable(FRdbDatabase), TRdbDatabaseTable, TTable(Result));
end;
function TSqlSysTables.RdbFields: TRdbFieldsTable;
begin
CreateTableInstance(TTable(FRdbFields), TRdbFieldsTable, TTable(Result));
end;
function TSqlSysTables.RdbIndexSegments: TRdbIndexSegmentsTable;
begin
CreateTableInstance(TTable(FRdbIndexSegments), TRdbIndexSegmentsTable, TTable(Result));
end;
function TSqlSysTables.RdbIndices: TRdbIndicesTable;
begin
CreateTableInstance(TTable(FRdbIndices), TRdbIndicesTable, TTable(Result));
end;
function TSqlSysTables.RdbRelationFields: TRdbRelationFieldsTable;
begin
CreateTableInstance(TTable(FRdbRelationFields), TRdbRelationFieldsTable, TTable(Result));
end;
function TSqlSysTables.RdbRelations: TRdbRelationsTable;
begin
CreateTableInstance(TTable(FRdbRelations), TRdbRelationsTable, TTable(Result));
end;
function TSqlSysTables.RdbViewRelations: TRdbViewRelationsTable;
begin
CreateTableInstance(TTable(FRdbViewRelations), TRdbViewRelationsTable, TTable(Result));
end;
function TSqlSysTables.RdbFormats: TRdbFormatsTable;
begin
CreateTableInstance(TTable(FRdbFormats), TRdbFormatsTable, TTable(Result));
end;
function TSqlSysTables.RdbSecurityClasses: TRdbSecurityClassesTable;
begin
CreateTableInstance(TTable(FRdbSecurityClasses), TRdbSecurityClassesTable, TTable(Result));
end;
function TSqlSysTables.RdbFiles: TRdbFilesTable;
begin
CreateTableInstance(TTable(FRdbFiles), TRdbFilesTable, TTable(Result));
end;
function TSqlSysTables.RdbTypes: TRdbTypesTable;
begin
CreateTableInstance(TTable(FRdbTypes), TRdbTypesTable, TTable(Result));
end;
function TSqlSysTables.RdbTriggers: TRdbTriggersTable;
begin
CreateTableInstance(TTable(FRdbTriggers), TRdbTriggersTable, TTable(Result));
end;
function TSqlSysTables.RdbDependencies: TRdbDependenciesTable;
begin
CreateTableInstance(TTable(FRdbDependencies), TRdbDependenciesTable, TTable(Result));
end;
function TSqlSysTables.RdbFunctions: TRdbFunctionsTable;
begin
CreateTableInstance(TTable(FRdbFunctions), TRdbFunctionsTable, TTable(Result));
end;
function TSqlSysTables.RdbFunctionArguments: TRdbFunctionArgumentsTable;
begin
CreateTableInstance(TTable(FRdbFunctionArguments), TRdbFunctionArgumentsTable, TTable(Result));
end;
function TSqlSysTables.RdbFilters: TRdbFiltersTable;
begin
CreateTableInstance(TTable(FRdbFilters), TRdbFiltersTable, TTable(Result));
end;
function TSqlSysTables.RdbTriggerMessages: TRdbTriggerMessagesTable;
begin
CreateTableInstance(TTable(FRdbTriggerMessages), TRdbTriggerMessagesTable, TTable(Result));
end;
function TSqlSysTables.RdbUserPrivileges: TRdbUserPrivilegesTable;
begin
CreateTableInstance(TTable(FRdbUserPrivileges), TRdbUserPrivilegesTable, TTable(Result));
end;
function TSqlSysTables.RdbTransactions: TRdbTransactionsTable;
begin
CreateTableInstance(TTable(FRdbTransactions), TRdbTransactionsTable, TTable(Result));
end;
function TSqlSysTables.RdbGenerators: TRdbGeneratorsTable;
begin
CreateTableInstance(TTable(FRdbGenerators), TRdbGeneratorsTable, TTable(Result));
end;
function TSqlSysTables.RdbFieldDimensions: TRdbFieldDimensionsTable;
begin
CreateTableInstance(TTable(FRdbFieldDimensions), TRdbFieldDimensionsTable, TTable(Result));
end;
function TSqlSysTables.RdbRelationConstraints: TRdbRelationConstraintsTable;
begin
CreateTableInstance(TTable(FRdbRelationConstraints), TRdbRelationConstraintsTable, TTable(Result));
end;
function TSqlSysTables.RdbRefConstraints: TRdbRefConstraintsTable;
begin
CreateTableInstance(TTable(FRdbRefConstraints), TRdbRefConstraintsTable, TTable(Result));
end;
function TSqlSysTables.RdbCheckConstraints: TRdbCheckConstraintsTable;
begin
CreateTableInstance(TTable(FRdbCheckConstraints), TRdbCheckConstraintsTable, TTable(Result));
end;
function TSqlSysTables.RdbLogFiles: TRdbLogFilesTable;
begin
CreateTableInstance(TTable(FRdbLogFiles), TRdbLogFilesTable, TTable(Result));
end;
function TSqlSysTables.RdbProcedures: TRdbProceduresTable;
begin
CreateTableInstance(TTable(FRdbProcedures), TRdbProceduresTable, TTable(Result));
end;
function TSqlSysTables.RdbProcedureParameters: TRdbProcedureParametersTable;
begin
CreateTableInstance(TTable(FRdbProcedureParameters), TRdbProcedureParametersTable, TTable(Result));
end;
function TSqlSysTables.RdbCharacterSets: TRdbCharacterSetsTable;
begin
CreateTableInstance(TTable(FRdbCharacterSets), TRdbCharacterSetsTable, TTable(Result));
end;
function TSqlSysTables.RdbCollations: TRdbCollationsTable;
begin
CreateTableInstance(TTable(FRdbCollations), TRdbCollationsTable, TTable(Result));
end;
function TSqlSysTables.RdbExceptions: TRdbExceptionsTable;
begin
CreateTableInstance(TTable(FRdbExceptions), TRdbExceptionsTable, TTable(Result));
end;
function TSqlSysTables.RdbRoles: TRdbRolesTable;
begin
CreateTableInstance(TTable(FRdbRoles), TRdbRolesTable, TTable(Result));
end;
function TSqlSysTables.RdbBackupHistory: TRdbBackupHistoryTable;
begin
CreateTableInstance(TTable(FRdbBackupHistory), TRdbBackupHistoryTable, TTable(Result));
end;
function TSqlSysTables.MonDatabase: TMonDatabaseTable;
begin
CreateTableInstance(TTable(FMonDatabase), TMonDatabaseTable, TTable(Result));
end;
function TSqlSysTables.MonAttachments: TMonAttachmentsTable;
begin
CreateTableInstance(TTable(FMonAttachments), TMonAttachmentsTable, TTable(Result));
end;
function TSqlSysTables.MonTransactions: TMonTransactionsTable;
begin
CreateTableInstance(TTable(FMonTransactions), TMonTransactionsTable, TTable(Result));
end;
function TSqlSysTables.MonStatements: TMonStatementsTable;
begin
CreateTableInstance(TTable(FMonStatements), TMonStatementsTable, TTable(Result));
end;
function TSqlSysTables.MonCallStack: TMonCallStackTable;
begin
CreateTableInstance(TTable(FMonCallStack), TMonCallStackTable, TTable(Result));
end;
function TSqlSysTables.MonIoStats: TMonIoStatsTable;
begin
CreateTableInstance(TTable(FMonIoStats), TMonIoStatsTable, TTable(Result));
end;
function TSqlSysTables.MonRecordStats: TMonRecordStatsTable;
begin
CreateTableInstance(TTable(FMonRecordStats), TMonRecordStatsTable, TTable(Result));
end;
function TSqlSysTables.MonContextVariables: TMonContextVariablesTable;
begin
CreateTableInstance(TTable(FMonContextVariables), TMonContextVariablesTable, TTable(Result));
end;
function TSqlSysTables.MonMemoryUsage: TMonMemoryUsageTable;
begin
CreateTableInstance(TTable(FMonMemoryUsage), TMonMemoryUsageTable, TTable(Result));
end;
{ TRdbPagesTable }
constructor TRdbPagesTable.Create;
begin
inherited;
inherited TableName := 'RDB$PAGES';
RegisterField(FPageNumber, 'RDB$PAGE_NUMBER').As_('PageNumber');
RegisterField(FRelationId, 'RDB$RELATION_ID').As_('RelationId');
RegisterField(FPageSequence, 'RDB$PAGE_SEQUENCE').As_('PageSequence');
RegisterField(FPageType, 'RDB$PAGE_TYPE').As_('PageType');
end;
{ TRdbDatabaseTable }
constructor TRdbDatabaseTable.Create;
begin
inherited;
inherited TableName := 'RDB$DATABASE';
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FRelationId, 'RDB$RELATION_ID').As_('RelationId');
RegisterField(FSecurityClass, 'RDB$SECURITY_CLASS').As_('SecurityClass');
RegisterField(FCharacterSetName, 'RDB$CHARACTER_SET_NAME').As_('CharacterSetName');
end;
{ TRdbFieldsTable }
constructor TRdbFieldsTable.Create;
begin
inherited;
inherited TableName := 'RDB$FIELDS';
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FQueryName, 'RDB$QUERY_NAME').As_('QueryName');
RegisterField(FValidationBlr, 'RDB$VALIDATION_BLR').As_('ValidationBlr');
RegisterField(FValidationSource, 'RDB$VALIDATION_SOURCE').As_('ValidationSource');
RegisterField(FComputedBlr, 'RDB$COMPUTED_BLR').As_('ComputedBlr');
RegisterField(FComputedSource, 'RDB$COMPUTED_SOURCE').As_('ComputedSource');
RegisterField(FDefaultValue, 'RDB$DEFAULT_VALUE').As_('DefaultValue');
RegisterField(FDefaultSource, 'RDB$DEFAULT_SOURCE').As_('DefaultSource');
RegisterField(FFieldLength, 'RDB$FIELD_LENGTH').As_('FieldLength');
RegisterField(FFieldScale, 'RDB$FIELD_SCALE').As_('FieldScale');
RegisterField(FFieldType, 'RDB$FIELD_TYPE').As_('FieldType');
RegisterField(FFieldSubType, 'RDB$FIELD_SUB_TYPE').As_('FieldSubType');
RegisterField(FMissingValue, 'RDB$MISSING_VALUE').As_('MissingValue');
RegisterField(FMissingSource, 'RDB$MISSING_SOURCE').As_('MissingSource');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FQueryHeader, 'RDB$QUERY_HEADER').As_('QueryHeader');
RegisterField(FSegmentLength, 'RDB$SEGMENT_LENGTH').As_('SegmentLength');
RegisterField(FEditString, 'RDB$EDIT_STRING').As_('EditString');
RegisterField(FExternalLength, 'RDB$EXTERNAL_LENGTH').As_('ExternalLength');
RegisterField(FExternalScale, 'RDB$EXTERNAL_SCALE').As_('ExternalScale');
RegisterField(FExternalType, 'RDB$EXTERNAL_TYPE').As_('ExternalType');
RegisterField(FDimensions, 'RDB$DIMENSIONS').As_('Dimensions');
RegisterField(FNullFlag, 'RDB$NULL_FLAG').As_('NullFlag');
RegisterField(FCharacterLength, 'RDB$CHARACTER_LENGTH').As_('CharacterLength');
RegisterField(FCollationId, 'RDB$COLLATION_ID').As_('CollationId');
RegisterField(FCharacterSetId, 'RDB$CHARACTER_SET_ID').As_('CharacterSetId');
RegisterField(FFieldPrecision, 'RDB$FIELD_PRECISION').As_('FieldPrecision');
end;
{ TRdbIndexSegmentsTable }
constructor TRdbIndexSegmentsTable.Create;
begin
inherited;
inherited TableName := 'RDB$INDEX_SEGMENTS';
RegisterField(FIndexName, 'RDB$INDEX_NAME').As_('IndexName');
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FFieldPosition, 'RDB$FIELD_POSITION').As_('FieldPosition');
RegisterField(FStatistics, 'RDB$STATISTICS').As_('Statistics');
end;
function TRdbIndexSegmentsTable.GetUnique: TRdbIndexSegmentsTable;
begin
Result := inherited InternalGetUnique as TRdbIndexSegmentsTable;
end;
{ TRdbIndicesTable }
constructor TRdbIndicesTable.Create;
begin
inherited;
inherited TableName := 'RDB$INDICES';
RegisterField(FIndexName, 'RDB$INDEX_NAME').As_('IndexName');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
RegisterField(FIndexId, 'RDB$INDEX_ID').As_('IndexId');
RegisterField(FUniqueFlag, 'RDB$UNIQUE_FLAG').As_('UniqueFlag');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FSegmentCount, 'RDB$SEGMENT_COUNT').As_('SegmentCount');
RegisterField(FIndexInactive, 'RDB$INDEX_INACTIVE').As_('IndexInactive');
RegisterField(FIndexType, 'RDB$INDEX_TYPE').As_('IndexType');
RegisterField(FForeignKey, 'RDB$FOREIGN_KEY').As_('ForeignKey');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FExpressionBlr, 'RDB$EXPRESSION_BLR').As_('ExpressionBlr');
RegisterField(FExpressionSource, 'RDB$EXPRESSION_SOURCE').As_('ExpressionSource');
RegisterField(FStatistics, 'RDB$STATISTICS').As_('Statistics');
end;
function TRdbIndicesTable.GetUnique: TRdbIndicesTable;
begin
Result := inherited InternalGetUnique as TRdbIndicesTable;
end;
{ TRdbRelationFieldsTable }
constructor TRdbRelationFieldsTable.Create;
begin
inherited;
inherited TableName := 'RDB$RELATION_FIELDS';
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
RegisterField(FFieldSource, 'RDB$FIELD_SOURCE').As_('FieldSource');
RegisterField(FQueryName, 'RDB$QUERY_NAME').As_('QueryName');
RegisterField(FBaseField, 'RDB$BASE_FIELD').As_('BaseField');
RegisterField(FEditString, 'RDB$EDIT_STRING').As_('EditString');
RegisterField(FFieldPosition, 'RDB$FIELD_POSITION').As_('FieldPosition');
RegisterField(FQueryHeader, 'RDB$QUERY_HEADER').As_('QueryHeader');
RegisterField(FUpdateFlag, 'RDB$UPDATE_FLAG').As_('UpdateFlag');
RegisterField(FFieldId, 'RDB$FIELD_ID').As_('FieldId');
RegisterField(FViewContext, 'RDB$VIEW_CONTEXT').As_('ViewContext');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FDefaultValue, 'RDB$DEFAULT_VALUE').As_('DefaultValue');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FSecurityClass, 'RDB$SECURITY_CLASS').As_('SecurityClass');
RegisterField(FComplexName, 'RDB$COMPLEX_NAME').As_('ComplexName');
RegisterField(FNullFlag, 'RDB$NULL_FLAG').As_('NullFlag');
RegisterField(FDefaultSource, 'RDB$DEFAULT_SOURCE').As_('DefaultSource');
RegisterField(FCollationId, 'RDB$COLLATION_ID').As_('CollationId');
end;
{ TRdbRelationsTable }
constructor TRdbRelationsTable.Create;
begin
inherited;
inherited TableName := 'RDB$RELATIONS';
RegisterField(FViewBlr, 'RDB$VIEW_BLR').As_('ViewBlr');
RegisterField(FViewSource, 'RDB$VIEW_SOURCE').As_('ViewSource');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FRelationId, 'RDB$RELATION_ID').As_('RelationId');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FDbkeyLength, 'RDB$DBKEY_LENGTH').As_('DbkeyLength');
RegisterField(FFormat, 'RDB$FORMAT').As_('Format');
RegisterField(FFieldId, 'RDB$FIELD_ID').As_('FieldId');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
RegisterField(FSecurityClass, 'RDB$SECURITY_CLASS').As_('SecurityClass');
RegisterField(FExternalFile, 'RDB$EXTERNAL_FILE').As_('ExternalFile');
RegisterField(FRuntime, 'RDB$RUNTIME').As_('Runtime');
RegisterField(FExternalDescription, 'RDB$EXTERNAL_DESCRIPTION').As_('ExternalDescription');
RegisterField(FOwnerName, 'RDB$OWNER_NAME').As_('OwnerName');
RegisterField(FDefaultClass, 'RDB$DEFAULT_CLASS').As_('DefaultClass');
RegisterField(FFlags, 'RDB$FLAGS').As_('Flags');
RegisterField(FRelationType, 'RDB$RELATION_TYPE').As_('RelationType');
end;
{ TRdbViewRelationsTable }
constructor TRdbViewRelationsTable.Create;
begin
inherited;
inherited TableName := 'RDB$VIEW_RELATIONS';
RegisterField(FViewName, 'RDB$VIEW_NAME').As_('ViewName');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
RegisterField(FViewContext, 'RDB$VIEW_CONTEXT').As_('ViewContext');
RegisterField(FContextName, 'RDB$CONTEXT_NAME').As_('ContextName');
end;
{ TRdbFormatsTable }
constructor TRdbFormatsTable.Create;
begin
inherited;
inherited TableName := 'RDB$FORMATS';
RegisterField(FRelationId, 'RDB$RELATION_ID').As_('RelationId');
RegisterField(FFormat, 'RDB$FORMAT').As_('Format');
RegisterField(FDescriptor, 'RDB$DESCRIPTOR').As_('Descriptor');
end;
{ TRdbSecurityClassesTable }
constructor TRdbSecurityClassesTable.Create;
begin
inherited;
inherited TableName := 'RDB$SECURITY_CLASSES';
RegisterField(FSecurityClass, 'RDB$SECURITY_CLASS').As_('SecurityClass');
RegisterField(FAcl, 'RDB$ACL').As_('Acl');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
end;
{ TRdbFilesTable }
constructor TRdbFilesTable.Create;
begin
inherited;
inherited TableName := 'RDB$FILES';
RegisterField(FFileName, 'RDB$FILE_NAME').As_('FileName');
RegisterField(FFileSequence, 'RDB$FILE_SEQUENCE').As_('FileSequence');
RegisterField(FFileStart, 'RDB$FILE_START').As_('FileStart');
RegisterField(FFileLength, 'RDB$FILE_LENGTH').As_('FileLength');
RegisterField(FFileFlags, 'RDB$FILE_FLAGS').As_('FileFlags');
RegisterField(FShadowNumber, 'RDB$SHADOW_NUMBER').As_('ShadowNumber');
end;
{ TRdbTypesTable }
constructor TRdbTypesTable.Create;
begin
inherited;
inherited TableName := 'RDB$TYPES';
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FType_, 'RDB$TYPE').As_('Type_');
RegisterField(FTypeName, 'RDB$TYPE_NAME').As_('TypeName');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
end;
{ TRdbTriggersTable }
constructor TRdbTriggersTable.Create;
begin
inherited;
inherited TableName := 'RDB$TRIGGERS';
RegisterField(FTriggerName, 'RDB$TRIGGER_NAME').As_('TriggerName');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
RegisterField(FTriggerSequence, 'RDB$TRIGGER_SEQUENCE').As_('TriggerSequence');
RegisterField(FTriggerType, 'RDB$TRIGGER_TYPE').As_('TriggerType');
RegisterField(FTriggerSource, 'RDB$TRIGGER_SOURCE').As_('TriggerSource');
RegisterField(FTriggerBlr, 'RDB$TRIGGER_BLR').As_('TriggerBlr');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FTriggerInactive, 'RDB$TRIGGER_INACTIVE').As_('TriggerInactive');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FFlags, 'RDB$FLAGS').As_('Flags');
RegisterField(FValidBlr, 'RDB$VALID_BLR').As_('ValidBlr');
RegisterField(FDebugInfo, 'RDB$DEBUG_INFO').As_('DebugInfo');
end;
{ TRdbDependenciesTable }
constructor TRdbDependenciesTable.Create;
begin
inherited;
inherited TableName := 'RDB$DEPENDENCIES';
RegisterField(FDependentName, 'RDB$DEPENDENT_NAME').As_('DependentName');
RegisterField(FDependedOnName, 'RDB$DEPENDED_ON_NAME').As_('DependedOnName');
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FDependentType, 'RDB$DEPENDENT_TYPE').As_('DependentType');
RegisterField(FDependedOnType, 'RDB$DEPENDED_ON_TYPE').As_('DependedOnType');
end;
{ TRdbFunctionsTable }
constructor TRdbFunctionsTable.Create;
begin
inherited;
inherited TableName := 'RDB$FUNCTIONS';
RegisterField(FFunctionName, 'RDB$FUNCTION_NAME').As_('FunctionName');
RegisterField(FFunctionType, 'RDB$FUNCTION_TYPE').As_('FunctionType');
RegisterField(FQueryName, 'RDB$QUERY_NAME').As_('QueryName');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FModuleName, 'RDB$MODULE_NAME').As_('ModuleName');
RegisterField(FEntrypoint, 'RDB$ENTRYPOINT').As_('Entrypoint');
RegisterField(FReturnArgument, 'RDB$RETURN_ARGUMENT').As_('ReturnArgument');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
end;
{ TRdbFunctionArgumentsTable }
constructor TRdbFunctionArgumentsTable.Create;
begin
inherited;
inherited TableName := 'RDB$FUNCTION_ARGUMENTS';
RegisterField(FFunctionName, 'RDB$FUNCTION_NAME').As_('FunctionName');
RegisterField(FArgumentPosition, 'RDB$ARGUMENT_POSITION').As_('ArgumentPosition');
RegisterField(FMechanism, 'RDB$MECHANISM').As_('Mechanism');
RegisterField(FFieldType, 'RDB$FIELD_TYPE').As_('FieldType');
RegisterField(FFieldScale, 'RDB$FIELD_SCALE').As_('FieldScale');
RegisterField(FFieldLength, 'RDB$FIELD_LENGTH').As_('FieldLength');
RegisterField(FFieldSubType, 'RDB$FIELD_SUB_TYPE').As_('FieldSubType');
RegisterField(FCharacterSetId, 'RDB$CHARACTER_SET_ID').As_('CharacterSetId');
RegisterField(FFieldPrecision, 'RDB$FIELD_PRECISION').As_('FieldPrecision');
RegisterField(FCharacterLength, 'RDB$CHARACTER_LENGTH').As_('CharacterLength');
end;
{ TRdbFiltersTable }
constructor TRdbFiltersTable.Create;
begin
inherited;
inherited TableName := 'RDB$FILTERS';
RegisterField(FFunctionName, 'RDB$FUNCTION_NAME').As_('FunctionName');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FModuleName, 'RDB$MODULE_NAME').As_('ModuleName');
RegisterField(FEntrypoint, 'RDB$ENTRYPOINT').As_('Entrypoint');
RegisterField(FInputSubType, 'RDB$INPUT_SUB_TYPE').As_('InputSubType');
RegisterField(FOutputSubType, 'RDB$OUTPUT_SUB_TYPE').As_('OutputSubType');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
end;
{ TRdbTriggerMessagesTable }
constructor TRdbTriggerMessagesTable.Create;
begin
inherited;
inherited TableName := 'RDB$TRIGGER_MESSAGES';
RegisterField(FTriggerName, 'RDB$TRIGGER_NAME').As_('TriggerName');
RegisterField(FMessageNumber, 'RDB$MESSAGE_NUMBER').As_('MessageNumber');
RegisterField(FMessage, 'RDB$MESSAGE').As_('Message');
end;
{ TRdbUserPrivilegesTable }
constructor TRdbUserPrivilegesTable.Create;
begin
inherited;
inherited TableName := 'RDB$USER_PRIVILEGES';
RegisterField(FUser, 'RDB$USER').As_('User');
RegisterField(FGrantor, 'RDB$GRANTOR').As_('Grantor');
RegisterField(FPrivilege, 'RDB$PRIVILEGE').As_('Privilege');
RegisterField(FGrantOption, 'RDB$GRANT_OPTION').As_('GrantOption');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FUserType, 'RDB$USER_TYPE').As_('UserType');
RegisterField(FObjectType, 'RDB$OBJECT_TYPE').As_('ObjectType');
end;
{ TRdbTransactionsTable }
constructor TRdbTransactionsTable.Create;
begin
inherited;
inherited TableName := 'RDB$TRANSACTIONS';
RegisterField(FTransactionId, 'RDB$TRANSACTION_ID').As_('TransactionId');
RegisterField(FTransactionState, 'RDB$TRANSACTION_STATE').As_('TransactionState');
RegisterField(FTimestamp, 'RDB$TIMESTAMP').As_('Timestamp');
RegisterField(FTransactionDescription, 'RDB$TRANSACTION_DESCRIPTION').As_('TransactionDescription');
end;
{ TRdbGeneratorsTable }
constructor TRdbGeneratorsTable.Create;
begin
inherited;
inherited TableName := 'RDB$GENERATORS';
RegisterField(FGeneratorName, 'RDB$GENERATOR_NAME').As_('GeneratorName');
RegisterField(FGeneratorId, 'RDB$GENERATOR_ID').As_('GeneratorId');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
end;
{ TRdbFieldDimensionsTable }
constructor TRdbFieldDimensionsTable.Create;
begin
inherited;
inherited TableName := 'RDB$FIELD_DIMENSIONS';
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FDimension, 'RDB$DIMENSION').As_('Dimension');
RegisterField(FLowerBound, 'RDB$LOWER_BOUND').As_('LowerBound');
RegisterField(FUpperBound, 'RDB$UPPER_BOUND').As_('UpperBound');
end;
{ TRdbRelationConstraintsTable }
constructor TRdbRelationConstraintsTable.Create;
begin
inherited;
inherited TableName := 'RDB$RELATION_CONSTRAINTS';
RegisterField(FConstraintName, 'RDB$CONSTRAINT_NAME').As_('ConstraintName');
RegisterField(FConstraintType, 'RDB$CONSTRAINT_TYPE').As_('ConstraintType');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
RegisterField(FDeferrable, 'RDB$DEFERRABLE').As_('Deferrable');
RegisterField(FInitiallyDeferred, 'RDB$INITIALLY_DEFERRED').As_('InitiallyDeferred');
RegisterField(FIndexName, 'RDB$INDEX_NAME').As_('IndexName');
end;
function TRdbRelationConstraintsTable.GetUnique: TRdbRelationConstraintsTable;
begin
Result := inherited InternalGetUnique as TRdbRelationConstraintsTable;
end;
{ TRdbRefConstraintsTable }
constructor TRdbRefConstraintsTable.Create;
begin
inherited;
inherited TableName := 'RDB$REF_CONSTRAINTS';
RegisterField(FConstraintName, 'RDB$CONSTRAINT_NAME').As_('ConstraintName');
RegisterField(FConstNameUq, 'RDB$CONST_NAME_UQ').As_('ConstNameUq');
RegisterField(FMatchOption, 'RDB$MATCH_OPTION').As_('MatchOption');
RegisterField(FUpdateRule, 'RDB$UPDATE_RULE').As_('UpdateRule');
RegisterField(FDeleteRule, 'RDB$DELETE_RULE').As_('DeleteRule');
end;
{ TRdbCheckConstraintsTable }
constructor TRdbCheckConstraintsTable.Create;
begin
inherited;
inherited TableName := 'RDB$CHECK_CONSTRAINTS';
RegisterField(FConstraintName, 'RDB$CONSTRAINT_NAME').As_('ConstraintName');
RegisterField(FTriggerName, 'RDB$TRIGGER_NAME').As_('TriggerName');
end;
{ TRdbLogFilesTable }
constructor TRdbLogFilesTable.Create;
begin
inherited;
inherited TableName := 'RDB$LOG_FILES';
RegisterField(FFileName, 'RDB$FILE_NAME').As_('FileName');
RegisterField(FFileSequence, 'RDB$FILE_SEQUENCE').As_('FileSequence');
RegisterField(FFileLength, 'RDB$FILE_LENGTH').As_('FileLength');
RegisterField(FFilePartitions, 'RDB$FILE_PARTITIONS').As_('FilePartitions');
RegisterField(FFilePOffset, 'RDB$FILE_P_OFFSET').As_('FilePOffset');
RegisterField(FFileFlags, 'RDB$FILE_FLAGS').As_('FileFlags');
end;
{ TRdbProceduresTable }
constructor TRdbProceduresTable.Create;
begin
inherited;
inherited TableName := 'RDB$PROCEDURES';
RegisterField(FProcedureName, 'RDB$PROCEDURE_NAME').As_('ProcedureName');
RegisterField(FProcedureId, 'RDB$PROCEDURE_ID').As_('ProcedureId');
RegisterField(FProcedureInputs, 'RDB$PROCEDURE_INPUTS').As_('ProcedureInputs');
RegisterField(FProcedureOutputs, 'RDB$PROCEDURE_OUTPUTS').As_('ProcedureOutputs');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FProcedureSource, 'RDB$PROCEDURE_SOURCE').As_('ProcedureSource');
RegisterField(FProcedureBlr, 'RDB$PROCEDURE_BLR').As_('ProcedureBlr');
RegisterField(FSecurityClass, 'RDB$SECURITY_CLASS').As_('SecurityClass');
RegisterField(FOwnerName, 'RDB$OWNER_NAME').As_('OwnerName');
RegisterField(FRuntime, 'RDB$RUNTIME').As_('Runtime');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FProcedureType, 'RDB$PROCEDURE_TYPE').As_('ProcedureType');
RegisterField(FValidBlr, 'RDB$VALID_BLR').As_('ValidBlr');
RegisterField(FDebugInfo, 'RDB$DEBUG_INFO').As_('DebugInfo');
end;
{ TRdbProcedureParametersTable }
constructor TRdbProcedureParametersTable.Create;
begin
inherited;
inherited TableName := 'RDB$PROCEDURE_PARAMETERS';
RegisterField(FParameterName, 'RDB$PARAMETER_NAME').As_('ParameterName');
RegisterField(FProcedureName, 'RDB$PROCEDURE_NAME').As_('ProcedureName');
RegisterField(FParameterNumber, 'RDB$PARAMETER_NUMBER').As_('ParameterNumber');
RegisterField(FParameterType, 'RDB$PARAMETER_TYPE').As_('ParameterType');
RegisterField(FFieldSource, 'RDB$FIELD_SOURCE').As_('FieldSource');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FDefaultValue, 'RDB$DEFAULT_VALUE').As_('DefaultValue');
RegisterField(FDefaultSource, 'RDB$DEFAULT_SOURCE').As_('DefaultSource');
RegisterField(FCollationId, 'RDB$COLLATION_ID').As_('CollationId');
RegisterField(FNullFlag, 'RDB$NULL_FLAG').As_('NullFlag');
RegisterField(FParameterMechanism, 'RDB$PARAMETER_MECHANISM').As_('ParameterMechanism');
RegisterField(FFieldName, 'RDB$FIELD_NAME').As_('FieldName');
RegisterField(FRelationName, 'RDB$RELATION_NAME').As_('RelationName');
end;
{ TRdbCharacterSetsTable }
constructor TRdbCharacterSetsTable.Create;
begin
inherited;
inherited TableName := 'RDB$CHARACTER_SETS';
RegisterField(FCharacterSetName, 'RDB$CHARACTER_SET_NAME').As_('CharacterSetName');
RegisterField(FFormOfUse, 'RDB$FORM_OF_USE').As_('FormOfUse');
RegisterField(FNumberOfCharacters, 'RDB$NUMBER_OF_CHARACTERS').As_('NumberOfCharacters');
RegisterField(FDefaultCollateName, 'RDB$DEFAULT_COLLATE_NAME').As_('DefaultCollateName');
RegisterField(FCharacterSetId, 'RDB$CHARACTER_SET_ID').As_('CharacterSetId');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FFunctionName, 'RDB$FUNCTION_NAME').As_('FunctionName');
RegisterField(FBytesPerCharacter, 'RDB$BYTES_PER_CHARACTER').As_('BytesPerCharacter');
end;
{ TRdbCollationsTable }
constructor TRdbCollationsTable.Create;
begin
inherited;
inherited TableName := 'RDB$COLLATIONS';
RegisterField(FCollationName, 'RDB$COLLATION_NAME').As_('CollationName');
RegisterField(FCollationId, 'RDB$COLLATION_ID').As_('CollationId');
RegisterField(FCharacterSetId, 'RDB$CHARACTER_SET_ID').As_('CharacterSetId');
RegisterField(FCollationAttributes, 'RDB$COLLATION_ATTRIBUTES').As_('CollationAttributes');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FFunctionName, 'RDB$FUNCTION_NAME').As_('FunctionName');
RegisterField(FBaseCollationName, 'RDB$BASE_COLLATION_NAME').As_('BaseCollationName');
RegisterField(FSpecificAttributes, 'RDB$SPECIFIC_ATTRIBUTES').As_('SpecificAttributes');
end;
{ TRdbExceptionsTable }
constructor TRdbExceptionsTable.Create;
begin
inherited;
inherited TableName := 'RDB$EXCEPTIONS';
RegisterField(FExceptionName, 'RDB$EXCEPTION_NAME').As_('ExceptionName');
RegisterField(FExceptionNumber, 'RDB$EXCEPTION_NUMBER').As_('ExceptionNumber');
RegisterField(FMessage, 'RDB$MESSAGE').As_('Message');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
end;
{ TRdbRolesTable }
constructor TRdbRolesTable.Create;
begin
inherited;
inherited TableName := 'RDB$ROLES';
RegisterField(FRoleName, 'RDB$ROLE_NAME').As_('RoleName');
RegisterField(FOwnerName, 'RDB$OWNER_NAME').As_('OwnerName');
RegisterField(FDescription, 'RDB$DESCRIPTION').As_('Description');
RegisterField(FSystemFlag, 'RDB$SYSTEM_FLAG').As_('SystemFlag');
end;
{ TRdbBackupHistoryTable }
constructor TRdbBackupHistoryTable.Create;
begin
inherited;
inherited TableName := 'RDB$BACKUP_HISTORY';
RegisterField(FBackupId, 'RDB$BACKUP_ID').As_('BackupId');
RegisterField(FTimestamp, 'RDB$TIMESTAMP').As_('Timestamp');
RegisterField(FBackupLevel, 'RDB$BACKUP_LEVEL').As_('BackupLevel');
RegisterField(FGuid, 'RDB$GUID').As_('Guid');
RegisterField(FScn, 'RDB$SCN').As_('Scn');
RegisterField(FFileName, 'RDB$FILE_NAME').As_('FileName');
end;
{ TMonDatabaseTable }
constructor TMonDatabaseTable.Create;
begin
inherited;
inherited TableName := 'MON$DATABASE';
RegisterField(FDatabaseName, 'MON$DATABASE_NAME').As_('DatabaseName');
RegisterField(FPageSize, 'MON$PAGE_SIZE').As_('PageSize');
RegisterField(FOdsMajor, 'MON$ODS_MAJOR').As_('OdsMajor');
RegisterField(FOdsMinor, 'MON$ODS_MINOR').As_('OdsMinor');
RegisterField(FOldestTransaction, 'MON$OLDEST_TRANSACTION').As_('OldestTransaction');
RegisterField(FOldestActive, 'MON$OLDEST_ACTIVE').As_('OldestActive');
RegisterField(FOldestSnapshot, 'MON$OLDEST_SNAPSHOT').As_('OldestSnapshot');
RegisterField(FNextTransaction, 'MON$NEXT_TRANSACTION').As_('NextTransaction');
RegisterField(FPageBuffers, 'MON$PAGE_BUFFERS').As_('PageBuffers');
RegisterField(FSqlDialect, 'MON$SQL_DIALECT').As_('SqlDialect');
RegisterField(FShutdownMode, 'MON$SHUTDOWN_MODE').As_('ShutdownMode');
RegisterField(FSweepInterval, 'MON$SWEEP_INTERVAL').As_('SweepInterval');
RegisterField(FReadOnly, 'MON$READ_ONLY').As_('ReadOnly');
RegisterField(FForcedWrites, 'MON$FORCED_WRITES').As_('ForcedWrites');
RegisterField(FReserveSpace, 'MON$RESERVE_SPACE').As_('ReserveSpace');
RegisterField(FCreationDate, 'MON$CREATION_DATE').As_('CreationDate');
RegisterField(FPages, 'MON$PAGES').As_('Pages');
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
RegisterField(FBackupState, 'MON$BACKUP_STATE').As_('BackupState');
end;
{ TMonAttachmentsTable }
constructor TMonAttachmentsTable.Create;
begin
inherited;
inherited TableName := 'MON$ATTACHMENTS';
RegisterField(FAttachmentId, 'MON$ATTACHMENT_ID').As_('AttachmentId');
RegisterField(FServerPid, 'MON$SERVER_PID').As_('ServerPid');
RegisterField(FState, 'MON$STATE').As_('State');
RegisterField(FAttachmentName, 'MON$ATTACHMENT_NAME').As_('AttachmentName');
RegisterField(FUser, 'MON$USER').As_('User');
RegisterField(FRole, 'MON$ROLE').As_('Role');
RegisterField(FRemoteProtocol, 'MON$REMOTE_PROTOCOL').As_('RemoteProtocol');
RegisterField(FRemoteAddress, 'MON$REMOTE_ADDRESS').As_('RemoteAddress');
RegisterField(FRemotePid, 'MON$REMOTE_PID').As_('RemotePid');
RegisterField(FCharacterSetId, 'MON$CHARACTER_SET_ID').As_('CharacterSetId');
RegisterField(FTimestamp, 'MON$TIMESTAMP').As_('Timestamp');
RegisterField(FGarbageCollection, 'MON$GARBAGE_COLLECTION').As_('GarbageCollection');
RegisterField(FRemoteProcess, 'MON$REMOTE_PROCESS').As_('RemoteProcess');
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
end;
{ TMonTransactionsTable }
constructor TMonTransactionsTable.Create;
begin
inherited;
inherited TableName := 'MON$TRANSACTIONS';
RegisterField(FTransactionId, 'MON$TRANSACTION_ID').As_('TransactionId');
RegisterField(FAttachmentId, 'MON$ATTACHMENT_ID').As_('AttachmentId');
RegisterField(FState, 'MON$STATE').As_('State');
RegisterField(FTimestamp, 'MON$TIMESTAMP').As_('Timestamp');
RegisterField(FTopTransaction, 'MON$TOP_TRANSACTION').As_('TopTransaction');
RegisterField(FOldestTransaction, 'MON$OLDEST_TRANSACTION').As_('OldestTransaction');
RegisterField(FOldestActive, 'MON$OLDEST_ACTIVE').As_('OldestActive');
RegisterField(FIsolationMode, 'MON$ISOLATION_MODE').As_('IsolationMode');
RegisterField(FLockTimeout, 'MON$LOCK_TIMEOUT').As_('LockTimeout');
RegisterField(FReadOnly, 'MON$READ_ONLY').As_('ReadOnly');
RegisterField(FAutoCommit, 'MON$AUTO_COMMIT').As_('AutoCommit');
RegisterField(FAutoUndo, 'MON$AUTO_UNDO').As_('AutoUndo');
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
end;
{ TMonStatementsTable }
constructor TMonStatementsTable.Create;
begin
inherited;
inherited TableName := 'MON$STATEMENTS';
RegisterField(FStatementId, 'MON$STATEMENT_ID').As_('StatementId');
RegisterField(FAttachmentId, 'MON$ATTACHMENT_ID').As_('AttachmentId');
RegisterField(FTransactionId, 'MON$TRANSACTION_ID').As_('TransactionId');
RegisterField(FState, 'MON$STATE').As_('State');
RegisterField(FTimestamp, 'MON$TIMESTAMP').As_('Timestamp');
RegisterField(FSqlText, 'MON$SQL_TEXT').As_('SqlText');
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
end;
{ TMonCallStackTable }
constructor TMonCallStackTable.Create;
begin
inherited;
inherited TableName := 'MON$CALL_STACK';
RegisterField(FCallId, 'MON$CALL_ID').As_('CallId');
RegisterField(FStatementId, 'MON$STATEMENT_ID').As_('StatementId');
RegisterField(FCallerId, 'MON$CALLER_ID').As_('CallerId');
RegisterField(FObjectName, 'MON$OBJECT_NAME').As_('ObjectName');
RegisterField(FObjectType, 'MON$OBJECT_TYPE').As_('ObjectType');
RegisterField(FTimestamp, 'MON$TIMESTAMP').As_('Timestamp');
RegisterField(FSourceLine, 'MON$SOURCE_LINE').As_('SourceLine');
RegisterField(FSourceColumn, 'MON$SOURCE_COLUMN').As_('SourceColumn');
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
end;
{ TMonIoStatsTable }
constructor TMonIoStatsTable.Create;
begin
inherited;
inherited TableName := 'MON$IO_STATS';
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
RegisterField(FStatGroup, 'MON$STAT_GROUP').As_('StatGroup');
RegisterField(FPageReads, 'MON$PAGE_READS').As_('PageReads');
RegisterField(FPageWrites, 'MON$PAGE_WRITES').As_('PageWrites');
RegisterField(FPageFetches, 'MON$PAGE_FETCHES').As_('PageFetches');
RegisterField(FPageMarks, 'MON$PAGE_MARKS').As_('PageMarks');
end;
{ TMonRecordStatsTable }
constructor TMonRecordStatsTable.Create;
begin
inherited;
inherited TableName := 'MON$RECORD_STATS';
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
RegisterField(FStatGroup, 'MON$STAT_GROUP').As_('StatGroup');
RegisterField(FRecordSeqReads, 'MON$RECORD_SEQ_READS').As_('RecordSeqReads');
RegisterField(FRecordIdxReads, 'MON$RECORD_IDX_READS').As_('RecordIdxReads');
RegisterField(FRecordInserts, 'MON$RECORD_INSERTS').As_('RecordInserts');
RegisterField(FRecordUpdates, 'MON$RECORD_UPDATES').As_('RecordUpdates');
RegisterField(FRecordDeletes, 'MON$RECORD_DELETES').As_('RecordDeletes');
RegisterField(FRecordBackouts, 'MON$RECORD_BACKOUTS').As_('RecordBackouts');
RegisterField(FRecordPurges, 'MON$RECORD_PURGES').As_('RecordPurges');
RegisterField(FRecordExpunges, 'MON$RECORD_EXPUNGES').As_('RecordExpunges');
end;
{ TMonContextVariablesTable }
constructor TMonContextVariablesTable.Create;
begin
inherited;
inherited TableName := 'MON$CONTEXT_VARIABLES';
RegisterField(FAttachmentId, 'MON$ATTACHMENT_ID').As_('AttachmentId');
RegisterField(FTransactionId, 'MON$TRANSACTION_ID').As_('TransactionId');
RegisterField(FVariableName, 'MON$VARIABLE_NAME').As_('VariableName');
RegisterField(FVariableValue, 'MON$VARIABLE_VALUE').As_('VariableValue');
end;
{ TMonMemoryUsageTable }
constructor TMonMemoryUsageTable.Create;
begin
inherited;
inherited TableName := 'MON$MEMORY_USAGE';
RegisterField(FStatId, 'MON$STAT_ID').As_('StatId');
RegisterField(FStatGroup, 'MON$STAT_GROUP').As_('StatGroup');
RegisterField(FMemoryUsed, 'MON$MEMORY_USED').As_('MemoryUsed');
RegisterField(FMemoryAllocated, 'MON$MEMORY_ALLOCATED').As_('MemoryAllocated');
RegisterField(FMaxMemoryUsed, 'MON$MAX_MEMORY_USED').As_('MaxMemoryUsed');
RegisterField(FMaxMemoryAllocated, 'MON$MAX_MEMORY_ALLOCATED').As_('MaxMemoryAllocated');
end;
end.
|
{=====================================================================================
Copyright (C) combit GmbH
--------------------------------------------------------------------------------------
Module : DOM List & Label sample
Descr. : D: Dieses Beispiel demonstriert die dynamische Erzeugung von List & Label
Projekten
US: This example shows the dynamic creation of List & Label projects
======================================================================================}
unit uMain;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms, Registry,
Dialogs, L28, L28db, cmbtll28, L28dom, DB, ADODB, ExtCtrls, StdCtrls, ComCtrls, ActnList,
System.Actions
{$If CompilerVersion >=28} // >=XE7
, System.UITypes
{$ENDIF}
;
type
TfrmMain = class(TForm)
Label1: TLabel;
Label2: TLabel;
Label3: TLabel;
Label4: TLabel;
PageControl1: TPageControl;
TbShtCrosstabData: TTabSheet;
TbShtCorsstabProperties: TTabSheet;
TbShtGeneralSettings: TTabSheet;
TbShtFinish: TTabSheet;
btnNext1: TButton;
btnPrev2: TButton;
btnNext2: TButton;
btnPrev3: TButton;
btnNext: TButton;
btnDesign: TButton;
btnPreview: TButton;
Label5: TLabel;
Label6: TLabel;
Label8: TLabel;
Label9: TLabel;
GroupBox1: TGroupBox;
GroupBox2: TGroupBox;
Label15: TLabel;
Label16: TLabel;
Label17: TLabel;
Label18: TLabel;
GroupBox3: TGroupBox;
GroupBox4: TGroupBox;
Label21: TLabel;
dtReportTitle: TEdit;
CmbxPageFormat: TComboBox;
FontDialog1: TFontDialog;
ColorDialog1: TColorDialog;
ADOConnection1: TADOConnection;
LL: TDBL28_;
btnColorCell1: TButton;
lblColorCell1: TLabel;
lblColorCell2: TLabel;
lblColorRow1: TLabel;
lblColorRow2: TLabel;
btnColorCell2: TButton;
btnColorRow1: TButton;
btnColorRow2: TButton;
btnDefaultFont: TButton;
Panel1: TPanel;
lblSampleText: TLabel;
ActionList1: TActionList;
ctnNextTab: TAction;
ctnPreviosTab: TAction;
dsCustomers: TDataSource;
dsOrders: TDataSource;
TblCustomers: TADOTable;
TblOrders: TADOTable;
TblOrderDetails: TADOTable;
RdGrpCellSortOrder: TRadioGroup;
RdGrpRowSortOrder: TRadioGroup;
Panel2: TPanel;
Label22: TLabel;
Image1: TImage;
Label24: TLabel;
Label23: TLabel;
Label25: TLabel;
Label26: TLabel;
Label27: TLabel;
Label28: TLabel;
lbl_Schema: TLabel;
lbl_title: TLabel;
lbl_Cell: TLabel;
lbl_Row: TLabel;
lbl_Project: TLabel;
lbl_Font: TLabel;
rdbtnCrosstab: TRadioButton;
rdbtnPieChart: TRadioButton;
Label10: TLabel;
Label11: TLabel;
Label12: TLabel;
Label13: TLabel;
dtTitle2: TEdit;
Label14: TLabel;
Label19: TLabel;
rdbtnBarChart: TRadioButton;
Label20: TLabel;
Label29: TLabel;
Label30: TLabel;
dtTitle3: TEdit;
Label31: TLabel;
procedure btnColorCell1Click(Sender: TObject);
procedure FormCreate(Sender: TObject);
procedure btnColorCell2Click(Sender: TObject);
procedure btnColorRow1Click(Sender: TObject);
procedure btnColorRow2Click(Sender: TObject);
procedure btnDefaultFontClick(Sender: TObject);
procedure ctnNextTabExecute(Sender: TObject);
procedure ctnPreviosTabExecute(Sender: TObject);
procedure btnDesignClick(Sender: TObject);
procedure btnPreviewClick(Sender: TObject);
procedure TbShtFinishShow(Sender: TObject);
private
workingPath: String;
function GenerateLLProject(): integer;
procedure UpdateInfo();
function TColorToRGB(oColor: TColor): string;
procedure AddCrosstab(container: TLlDOMObjectReportContainer);
procedure AddPieChart(container: TLlDOMObjectReportContainer);
procedure AddBarChart(container: TLlDOMObjectReportContainer);
public
{ Public declarations }
end;
var
frmMain: TfrmMain;
lldomproj: TLlDomProjectList;
llFont: TFont;
implementation
{$R *.dfm}
procedure TfrmMain.btnColorCell1Click(Sender: TObject);
begin
ColorDialog1.Execute();
lblColorCell1.Color := ColorDialog1.Color;
end;
procedure TfrmMain.btnColorCell2Click(Sender: TObject);
begin
ColorDialog1.Execute();
lblColorCell2.Color := ColorDialog1.Color;
end;
procedure TfrmMain.btnColorRow1Click(Sender: TObject);
begin
ColorDialog1.Execute();
lblColorRow1.Color := ColorDialog1.Color;
end;
procedure TfrmMain.btnColorRow2Click(Sender: TObject);
begin
ColorDialog1.Execute();
lblColorRow2.Color := ColorDialog1.Color;
end;
procedure TfrmMain.btnDefaultFontClick(Sender: TObject);
begin
FontDialog1.Execute();
lblSampleText.Font := FontDialog1.Font;
llFont := FontDialog1.Font;
end;
procedure TfrmMain.btnDesignClick(Sender: TObject);
var
nRet: integer;
begin
LL.AutoDesignerFile := workingPath + 'dynamic.lst';
LL.AutoProjectType := ptListProject;
LL.AutoMasterMode := mmAsFields;
LL.AutoShowSelectFile := No;
//D: List & Label Projekt anhand Einstellungen erstellen
//US: Create List & Label project based on the settings
nRet := GenerateLLProject();
if nRet <> 0 then
MessageDlg(LL.LlGetErrortext(nRet), mtInformation, [mbOK], 0)
else
//D: Designer aufrufen
//US: Call the designer
LL.AutoDesign('Dynamically created project...');
end;
procedure TfrmMain.btnPreviewClick(Sender: TObject);
var
nRet: integer;
begin
LL.AutoDesignerFile := workingPath + 'dynamic.lst';
LL.AutoShowSelectFile := No;
LL.AutoProjectType := ptListProject;
LL.AutoMasterMode := mmAsFields;
LL.AutoDestination := adPreview;
LL.AutoShowPrintOptions := No;
//D: List & Label Projekt anhand Einstellungen erstellen
//US: Create List & Label project based on the settings
nRet := GenerateLLProject();
if nRet <> 0 then
MessageDlg(LL.LlGetErrortext(nRet), mtInformation, [mbOK], 0)
else
//D: Designer aufrufen
//US: Call the designer
LL.AutoPrint('Dynamically created project...', '');
end;
procedure TfrmMain.ctnNextTabExecute(Sender: TObject);
begin
PageControl1.ActivePageIndex := PageControl1.ActivePageIndex + 1;
end;
procedure TfrmMain.ctnPreviosTabExecute(Sender: TObject);
begin
PageControl1.ActivePageIndex := PageControl1.ActivePageIndex - 1;
end;
procedure TfrmMain.FormCreate(Sender: TObject);
var registry: TRegistry;
var regKeyPath: String;
var dbPath: String;
var tmp: String;
begin
PageControl1.ActivePageIndex := 0;
lblColorCell1.Color := 65484;
lblColorCell2.Color := 16777215;
lblColorRow1.Color := 16777215;
lblColorRow2.Color := 3381759;
llFont := TFont.Create();
llFont.Name := 'Verdana';
llFont.Size := 10;
rdbtnCrosstab.Checked := true;
// D: Datenbankpfad auslesen
// US: Read database path
registry := TRegistry.Create();
registry.RootKey := HKEY_CURRENT_USER;
regKeyPath := 'Software\combit\cmbtll\';
if registry.KeyExists(regKeyPath) then
begin
if registry.OpenKeyReadOnly(regKeyPath) then
begin
dbPath := registry.ReadString('NWINDPath');
tmp := registry.ReadString('LL' + IntToStr(LL.LlGetVersion(LL_VERSION_MAJOR)) + 'SampleDir');
if (tmp[Length(tmp)] = '\') then
begin
workingPath := tmp + 'Delphi\BDE (Legacy)\Samples\';
end
else
workingPath := tmp + '\Delphi\BDE (Legacy)\Samples\';
registry.CloseKey();
end;
end;
registry.Free();
if (dbPath = '') OR (workingPath = '') then
begin
ShowMessage('Unable to find sample database. Make sure List & Label is installed correctly.');
exit;
end;
// D: Verzeichnis setzen
// US: Set current dir
workingPath := GetCurrentDir() + '\';
if not ADOConnection1.Connected then
begin
ADOConnection1.ConnectionString := 'Provider=Microsoft.Jet.OLEDB.4.0;' +
'User ID=Admin;' +
'Data Source=' + dbPath + ';' +
'Mode=Share Deny None;' +
'Extended Properties="";' +
'Jet OLEDB:Engine Type=4;';
ADOConnection1.Connected := true;
TblCustomers.Filter := 'CustomerID<''D''';
TblCustomers.Filtered := true;
TblCustomers.Active := true;
TblOrders.Active := true;
TblOrderDetails.Active := true;
end;
end;
function TfrmMain.GenerateLLProject: integer;
var
llobjText: TLlDOMObjectText;
llobjParagraph: TLlDOMParagraph;
llobjDrawing: TLlDOMObjectDrawing;
container: TLlDOMObjectReportContainer;
llobjHelper: TLlDOMObjectRectangle;
Height, Width: integer;
begin
//D: Das DOM Objekt an ein List & Label Objekt binden
//US: Bind the DOM object to a List & Label object
lldomproj := TLlDomProjectList.Create(LL);
//D: Ein neues Listen Projekt mit dem Namen 'dynamic.lst' erstellen
//US: Create a new listproject called 'dynamic.lst'
result := lldomproj.Open(workingPath + 'dynamic.lst', fmCreate, amReadWrite);
if result <> 0 then
exit;
//D: Mit dieser Eigenschaft kann die Seitenausrichtung bestimmt werden
//US: With this property you can set the page orientation
lldomproj.Regions[0].Paper.Orientation := IntToStr(CmbxPageFormat.ItemIndex+1);
//D: Eine neue Projektbeschreibung dem Projekt zuweisen
//US: Assign new project description to the project
lldomproj.ProjectParameterList.ItemName['LL.ProjectDescription'].Contents := 'Dynamically created Project';
//D: Ein leeres Text Objekt erstellen
//US: Create an empty text object
llobjText := TLlDOMObjectText.Create(lldomproj.ObjectList);
//D: Auslesen der Seitenkoordinaten der ersten Seite
//US: Get the coordinates for the first page
Height := StrToInt(lldomproj.Regions[0].Paper.Extent.Vertical);
Width := StrToInt(lldomproj.Regions[0].Paper.Extent.Horizontal);
//D: Setzen von Eigenschaften für das Textobjekt
//US: Set some properties for the text object
llobjText.Position.Define(10000, 10000, Width-65000, 27000);
llobjText.LayerID := '1';
//D: Hinzufügen eines Paragraphen und setzen diverser Eigenschaften
//US: Add a paragraph to the text object and set some properties
llobjParagraph := TLlDOMParagraph.Create(llobjText.Paragraphs);
llobjParagraph.Contents := '"' + dtReportTitle.Text + '"';
llobjParagraph.Font.Bold := 'True';
//D: Ändern der Standard Schriftart im Projekt
//US: Change the default font for the project
lldomproj.Settings.DefaultFont.SetFont(llFont);
lldomproj.Settings.DefaultFont.Color := IntToStr(ColorToRGB(lblSampleText.Font.Color));;
//D: Hinzufügen eines Grafikobjekts
//US: Add a drawing object
llobjDrawing := TLlDOMObjectDrawing.Create(lldomproj.ObjectList);
llobjDrawing.Source.Fileinfo.Filename := 'sunshine.gif';
llobjDrawing.Position.Define(Width - 50000, 10000, Width - (Width - 40000), 27000);
llobjDrawing.LayerID := '1';
//D: Hinzufügen eines Tabellencontainers und setzen diverser Eigenschaften
//US: Add a table container and set some properties
container := TLlDOMObjectReportContainer.Create(lldomproj.ObjectList);
container.Position.Define(10000, 40000, Width - 20000, Height - 44000);
if rdbtnCrosstab.Checked then
AddCrosstab(container);
if rdbtnPieChart.Checked then
AddPieChart(container);
if rdbtnBarChart.Checked then
AddBarChart(container);
//D: Hinzufügen eines Hilfs-Rechtecks. Wird verwendet um den Tabellencontainer auf der ersten Seite unterhalb der Überschrift anzuzeigen
//US: Add a helper rectangle. This will be used for showing the tablecontainer at the first page under the title
llobjHelper := TLlDOMObjectRectangle.Create(lldomproj.ObjectList);
//D: Setzen von Eigenschaften für das Rechteck
//US: Set some properties for the rectangle
llobjHelper.Position.Define(10000, 10000, 1, 30000);
llobjHelper.LayerID := '1';
llobjHelper.Frame.Color := 'RGB(255, 255, 255)';
//D: Den Berichtscontainer mit dem Rechteck Objekt verketten, so dass der Container auf den Folgeseiten mehr Platz einnimmt
//US: Link the report container to the rectangle object in order to fill up space on following pages
container.LinkTo(llobjHelper, TLlDOMVerticalLinkType.RelativeToEnd, TLlDOMVerticalSizeAdaptionType.Inverse);
//D: Projekt Liste als Datei speichern
//US: Save projectlist to file
lldomproj.Save(workingPath + 'dynamic.lst');
//D: Projekt Liste schliessen
//US: Close project list
lldomproj.Close();
end;
procedure TfrmMain.TbShtFinishShow(Sender: TObject);
begin
UpdateInfo();
end;
function TfrmMain.TColorToRGB(oColor: TColor): string;
begin
result := ('RGB(' + IntToStr( GetRValue( oColor ) ) + ','
+ IntToStr( GetGValue( oColor ) ) + ','
+ IntToStr( GetBValue( oColor ) ) + ')' );
end;
procedure TfrmMain.AddCrosstab(container: TLlDOMObjectReportContainer);
var
crosstab: TLlDOMSubItemCrosstab;
curr: TLlDOMPropertyOutputFormatterCurrency;
begin
//D: In dem Container eine Kreuztabelle hinzufügen.
//US: Add a crosstab into the container.
crosstab := TLlDOMSubItemCrosstab.Create(container.SubItems);
//D: Die Tabelle festlegen, aus der die Daten stammen sollen. Als Datenquelle wird die Tabelle "Order_Details" verwendet.
//US: Define the source table. We use the "Order_Details" table as data source.
crosstab.SourceTablePath := 'Customers;Orders(Customers2Orders);Order_Details(Orders2Order Details)';
//D: Hier lassen sich die Daten festlegen, welche für die Zeilen verwendet werden sollen
//US: Define the data which should be used for the rows
crosstab.Definition.Rows.Groupings.Add('Customers.CustomerID');
//D: Hier lassen sich die Daten festlegen, welche für die Spalten verwendet werden sollen
//US: Define the data which should be used for the columns
crosstab.Definition.Columns.Groupings.Add('Year(Orders.OrderDate)');
crosstab.Definition.Columns.Groupings.Add('Month(Orders.OrderDate)');
//D: Die Überschrift der Spalten kann hier angegeben werden
//US: Define the cell tiltle with the following line
crosstab.Definition.Columns.GroupLabel[1].Formula := 'Year$(Orders.OrderDate)';
crosstab.Definition.Columns.GroupLabel[0].Formula := 'Month$(Orders.OrderDate)';
//D: Die Überschrift der äussersten Spalten / Zeilen kann hier angegeben werden
//US: Define the outside cell / row tiltle with the following line
crosstab.Definition.Columns.GroupLabel.Items[2].Formula := '"Column title"';
crosstab.Definition.Rows.GroupLabel.Items[1].Formula := '"Row title"';
//D: Text und Wert, welcher in allen Zellen angezeigt werden soll
//US: Text and value which should be used for all cells
crosstab.Definition.Cells.All.Formula := 'Sum(Order_Details.Quantity*Order_Details.UnitPrice)';
crosstab.Definition.Cells.All.Value := 'Sum(Order_Details.Quantity*Order_Details.UnitPrice)';
// D: Spaltenüberschriften auf Folgeseiten wiederholen
// US: Repeat column labels on following pages
crosstab.Definition.RowWrapping.RepeatLabels := 'True';
//D: Formatierung für die Zellen festlegen (Währungsformat)
//US: Apply currency formatter to the cells
curr := TLlDOMPropertyOutputFormatterCurrency.Create(crosstab.Definition.Cells.All.OutputFormatter);
curr.CountOfDecimals := '2';
//D: Diverse Einstellungen für die Farbgebung der Zeilen setzen
//US: Define properties for the row color schema
crosstab.Definition.Rows.GroupLabel[0].Filling.Style := '3';
crosstab.Definition.Rows.GroupLabel[0].Filling.Color := TColorToRGB(lblColorRow1.Color);
crosstab.Definition.Rows.GroupLabel[0].Filling.Color2 := TColorToRGB(lblColorRow2.Color);
//D: Festlegen, ob die Zeilen aufsteigend oder absteigend sortiert werden sollen
//US: Define whether the rows should be sorted ascending or descending
case RdGrpCellSortOrder.ItemIndex of
0:
crosstab.Definition.Rows.GroupLabel[0].SortOrderAscending.SortOrder := '0';
1:
crosstab.Definition.Rows.GroupLabel[0].SortOrderAscending.SortOrder := '1';
end;
//D: Diverse Einstellungen für die Farbgebung der Spalten setzen
//US: Define properties for the column color schema
crosstab.Definition.Columns.GroupLabel[0].Filling.Style := '3';
crosstab.Definition.Columns.GroupLabel[0].Filling.Color := TColorToRGB(lblColorCell1.Color);
crosstab.Definition.Columns.GroupLabel[0].Filling.Color2:= TColorToRGB(lblColorCell2.Color);
//D: Festlegen, ob die Spalten aufsteigend oder absteigend sortiert werden sollen
//US: Define whether the columns should be sorted ascending or descending
case RdGrpRowSortOrder.ItemIndex of
0:
crosstab.Definition.Columns.GroupLabel[0].SortOrderAscending.SortOrder := '0';
1:
crosstab.Definition.Columns.GroupLabel[0].SortOrderAscending.SortOrder := '1';
end;
end;
//**** D: Erstellen eines Kreisdiagramms ****
//**** US: Create a pie-chart ****
procedure TfrmMain.AddPieChart(container: TLlDOMObjectReportContainer);
var
chart: TLlDOMSubItemChart;
engine: TLlDOMPropertyChartEnginePie3D;
curr: TLlDOMPropertyOutputFormatterCurrency;
begin
//D: In dem Container ein Chart-Objekt hinzufügen und dessen Namen vergeben.
//US: Add a chart into the container and define its name.
chart := TLlDOMSubItemChart.Create(ctPie3D, container.SubItems);
chart.Name := 'Pie3D';
//D: Die Tabelle festlegen, aus der die Daten stammen sollen. Als Datenquelle wird die Tabelle "Order_Details" verwendet.
//US: Define the source table. We use the "Order_Details" table as data source.
chart.SourceTablePath := 'Customers;Orders(Customers2Orders);Order_Details(Orders2Order Details)';
//D: Um Zugriff auf die Chart-Engine zu bekommen, muss diese zunächst in den passenden Typ konvertiert werden
//US: To access the chart-engine, it is necessary to convert it in the suitable type at first
engine := chart.Definition.ChartEngine as TLlDOMPropertyChartEnginePie3D;
//D: In den folgenden Zeilen wird die Datenquelle angegeben
//US: In the following lines, the data source is defined
engine.XAxis.Value := 'Customers.CustomerID';
engine.YAxis[0].Value := 'Order_Details.UnitPrice*Order_Details.Quantity';
engine.YAxis[0].CoordinateLabelOnObject.Placement := '1';
engine.YAxis[0].CoordinateLabelOnObject.Formula := 'LL.ChartObject.ArcValue';
//D: Die Überschrift des Charts kann hier angegeben werden
//US: Define the chart title with the following line
chart.Definition.Title.Contents := '"' + dtTitle2.Text + '"';
//D: Formatierung für die Legende
//US: Define the legend format
curr := TLlDOMPropertyOutputFormatterCurrency.Create(engine.YAxis[0].CoordinateLabelOnObject.OutputFormatter);
//D: Eine Anzahl von zwei Nachkommastellen
//US: A number of two decimal places
curr.CountOfDecimals := '2';
end;
//**** D: Erstellen eines Balkendiagramms ****
//**** US: Create a bar-chart ****
procedure TfrmMain.AddBarChart(container: TLlDOMObjectReportContainer);
var
currBar: TLlDOMPropertyOutputFormatterCurrency;
engineBar: TLlDOMPropertyChartEngineBar3D;
chartBar: TLlDOMSubItemChart;
begin
//D: In dem Container ein Chart-Objekt hinzufügen und dessen Namen vergeben.
//US: Add a chart into the container and define its name.
chartBar := TLlDOMSubItemChart.Create(ctBar3D, container.SubItems);
chartBar.Name := 'Bar3D';
//D: Die Tabelle festlegen, aus der die Daten stammen sollen. Als Datenquelle wird die Tabelle "Order_Details" verwendet.
//US: Define the source table. We use the "Order_Details" table as data source.
chartBar.SourceTablePath := 'Customers;Orders(Customers2Orders);Order_Details(Orders2Order Details)';
//D: Um Zugriff auf die Chart-Engine zu bekommen, muss diese zunächst in den passenden Typ konvertiert werden
//US: To access the chart-engine, it is necessary to convert it in the suitable type at first
engineBar := chartBar.Definition.ChartEngine as TLlDOMPropertyChartEngineBar3D;
//D: In den folgenden Zeilen wird die Datenquelle angegeben
//US: In the following lines, the data source is defined
engineBar.XAxis.Value := 'Customers.CustomerID';
engineBar.YAxes[0].Value := 'Order_Details.UnitPrice*Order_Details.Quantity';
engineBar.YAxes[0].CoordinateLabelOnObject.Placement := '1';
//D: Die Überschrift des Charts kann hier angegeben werden
//US: Define the chart title with the following line
chartBar.Definition.Title.Contents := '"' + dtTitle3.Text + '"';
//D: Formatierung für die Legende
//US: Define the legend format
currBar := TLlDOMPropertyOutputFormatterCurrency.Create(engineBar.YAxes[0].CoordinateLabelOnObject.OutputFormatter);
//D: Eine Anzahl von zwei Nachkommastellen
//US: A number of two decimal places
currBar.CountOfDecimals := '2';
end;
procedure TfrmMain.UpdateInfo;
begin
lbl_Schema.Caption := Label9.Caption;
lbl_Cell.Caption := TColorToRGB(lblColorCell1.Color) + ' - ' + TColorToRGB(lblColorCell2.Color) + ', ' + RdGrpCellSortOrder.Items[RdGrpCellSortOrder.ItemIndex];
lbl_Row.Caption := TColorToRGB(lblColorRow1.Color) + ' - ' + TColorToRGB(lblColorRow2.Color) + ', ' + RdGrpRowSortOrder.Items[RdGrpRowSortOrder.ItemIndex];
lbl_Project.Caption := Label4.Caption;
lbl_Font.Caption := llFont.Name + ', ' + IntToStr(llFont.Size);
end;
end.
|
unit uLine;
interface
{
For serialization
}
type LineRecord = record
p1, p2: integer; // index
end;
type LineRecordList = Array of LineRecord;
{
Provides containers for lines
}
type Line = class(TObject)
p1, p2: integer; // index
constructor Create(f, t: integer);
end;
type LineList = Array of Line;
function lToClass(r: LineRecord): Line;
function lToRecord(l: Line): LineRecord;
function lCopy(l: Line): Line;
implementation
// Line
constructor Line.Create(f, t: integer);
begin
self.p1 := f;
self.p2 := t;
end;
function lToRecord(l: Line): LineRecord;
var r: LineRecord;
begin
r.p1 := l.p1;
r.p2 := l.p2;
lToRecord := r;
end;
function lToClass(r: LineRecord): Line;
begin
lToClass := Line.Create(r.p1, r.p2);
end;
function lCopy(l: Line): Line;
begin
lCopy := Line.Create(l.p1, l.p2);
end;
end.
|
unit DPM.Core.Compiler.ProjectSettings;
interface
uses
System.Classes,
DPM.Core.Types,
DPM.Core.MSXML;
type
IProjectSettingsLoader = interface
['{83E9EEA4-02E5-4D13-9C13-21D7F7219F4A}']
function GetSearchPath : string;
end;
TDPMProjectSettingsLoader = class(TInterfacedObject, IProjectSettingsLoader)
private
FConfigKeys : TStringList;
FConfigParents : TStringList;
FConfigName : string;
FXMLDoc : IXMLDOMDocument;
FPlatform : string;
function GetConfigParent(const key: string): string;
protected
procedure LoadConfigs;
function GetStringProperty(const propName, defaultValue: string): string;
function DoGetStringProperty(const configKey, propName, defaultValue: string): string;
function GetSearchPath : string;
public
constructor Create(const projectFile : string; const configName : string; const platform : TDPMPlatform);
destructor Destroy;override;
end;
implementation
uses
System.StrUtils,
System.SysUtils;
const
PropertyXPathFormatStr = '/def:Project/def:PropertyGroup[@Condition="''$(%s)''!=''''"]/def:%s';
{ TDOMProjectSettingsLoader }
constructor TDPMProjectSettingsLoader.Create(const projectFile, configName: string; const platform : TDPMPlatform);
begin
FConfigName := configName;
FXMLDoc := CoDOMDocument60.Create;
if not FXMLDoc.load(projectFile) then
raise Exception.Create('Error loading dproj [' + projectFile + '] : ' + FXMLDoc.parseError.reason);
(FXMLDoc as IXMLDOMDocument2).setProperty('SelectionLanguage', 'XPath');
(FXMLDoc as IXMLDOMDocument2).setProperty('SelectionNamespaces', 'xmlns:def=''http://schemas.microsoft.com/developer/msbuild/2003''');
FConfigKeys := TStringList.Create;
FConfigParents := TStringList.Create;
FPlatform := DPMPlatformToBDString(platform);
LoadConfigs;
end;
destructor TDPMProjectSettingsLoader.Destroy;
begin
FConfigKeys.Free;
FConfigParents.Free;
FXMLDoc := nil;
inherited;
end;
function GetXPath(const sPath, PropertyName: string): string;
begin
result := Format(PropertyXPathFormatStr,[sPath,PropertyName]);
end;
function IncludeTrailingChar(const sValue :string; const AChar : Char) : string;
var
l : integer;
begin
result := sValue;
l := Length(result);
if l > 0 then
if result[l] <> AChar then
result := result + AChar
end;
function ExcludeTrailingChar(const sValue :string; const AChar : Char) : string;
var
l : integer;
begin
result := sValue;
l := Length(result);
if l > 0 then
if result[l] = AChar then
Delete(result,l,1);
end;
function TDPMProjectSettingsLoader.GetConfigParent(const key: string): string;
begin
if key = 'Base' then
exit('');
result := FConfigParents.Values[key];
if result = '' then
begin
//if we didn't find a parent then try and remove the platform
result := StringReplace(key,'_' + FPlatform,'',[rfIgnoreCase]);
end;
end;
function TDPMProjectSettingsLoader.DoGetStringProperty(const configKey, propName, defaultValue : string) : string;
var
tmpElement : IXMLDOMElement;
sParentConfig : string;
sInherit : string;
bInherit : boolean;
sParentValue : string;
begin
bInherit := False;
sInherit := '$(' + propName + ')';
tmpElement := FXMLDoc.selectSingleNode(GetXPath(configKey, propName)) as IXMLDOMElement;
if tmpElement <> nil then
begin
result := tmpElement.text;
if not bInherit then
if Pos(sInherit,result) > 0 then
bInherit := True;
end
else
begin
bInherit := True; //didn't find a value so we will look at it's base config for a value
result := '';
end;
if bInherit then
begin
if sInherit <> '' then
result := StringReplace(Result,sInherit,'',[rfIgnoreCase]);
sParentConfig := GetConfigParent(configKey);
if sParentConfig <> '' then
begin
sParentValue := DoGetStringProperty(sParentConfig,propName, defaultValue);
result := IncludeTrailingChar(sParentValue,';') + result;
end
else
result := StringReplace(Result,sInherit,'',[rfIgnoreCase]);
end;
if result = '' then
result := defaultValue;
result := ExcludeTrailingChar(Result,';');
end;
function TDPMProjectSettingsLoader.GetSearchPath: string;
begin
result := GetStringProperty('DCC_UnitSearchPath', '$(DCC_UnitSearchPath)' );
end;
function TDPMProjectSettingsLoader.GetStringProperty(const propName, defaultValue: string): string;
var
sConfigKey : string;
begin
sConfigKey := FConfigKeys.Values[FConfigName];
result := DoGetStringProperty(sConfigKey, propName, defaultValue);
end;
procedure TDPMProjectSettingsLoader.LoadConfigs;
var
configs : IXMLDOMNodeList;
tmpElement : IXMLDOMElement;
keyElement : IXMLDOMElement;
parentElement : IXMLDOMElement;
i : integer;
sName : string;
sKey : string;
sParent : string;
begin
//Avert your eyes, ugly code ahead to deal with how config inheritance works in
//dproj files.. sometimes the intermediate configs are not present in the dproj
//so we have to fudge things to make the tree correct.
//TODO : find a neater way to do this.
configs := FXMLDoc.selectNodes('/def:Project/def:ItemGroup/def:BuildConfiguration');
if configs.length > 0 then
begin
for i := 0 to configs.length - 1 do
begin
sName := '';
sKey := '';
sParent := '';
tmpElement := configs.item[i] as IXMLDOMElement;
if tmpElement <> nil then
begin
sName := tmpElement.getAttribute('Include');
keyElement := tmpElement.selectSingleNode('def:Key') as IXMLDOMElement;
if keyElement <> nil then
sKey := keyElement.text;
parentElement := tmpElement.selectSingleNode('def:CfgParent') as IXMLDOMElement;
if parentElement <> nil then
sParent := parentElement.text;
FConfigKeys.Add(sName + '=' + sKey);
FConfigParents.Add(sKey + '=' + sParent);
//This is a hack to deal with Platforms.. not enough info in the dproj to walk the inheritance tree fully
if (sKey <> 'Base') and (sParent <> '') then
FConfigParents.Add(sKey + '_' + FPlatform + '=' + sParent + '_' + FPlatform);
end;
end;
end;
for i := 0 to FConfigKeys.Count - 1 do
begin
sKey := FConfigKeys.ValueFromIndex[i];
//get the parent that we retrieved from the project file
sParent := GetConfigParent(sKey);
//remap the parents to inject the platform parents
FConfigParents.Add(sKey + '_' + FPlatform + '=' + sKey);
if sParent <> '' then
begin
FConfigParents.Add(sKey + '=' + sParent + '_' + FPlatform);
FConfigParents.Add(sParent + '_' + FPlatform + '=' + sParent);
end;
end;
end;
end.
|
////////////////////////////////////////////////////////////////////////////
// PaxCompiler
// Site: http://www.paxcompiler.com
// Author: Alexander Baranovsky (paxscript@gmail.com)
// ========================================================================
// Copyright (c) Alexander Baranovsky, 2006-2014. All rights reserved.
// Code Version: 4.2
// ========================================================================
// Unit: PAXCOMP_CLASSLST.pas
// ========================================================================
////////////////////////////////////////////////////////////////////////////
{$I PaxCompiler.def}
unit PAXCOMP_CLASSLST;
interface
uses {$I uses.def}
TypInfo,
SysUtils,
Classes,
PAXCOMP_CONSTANTS,
PAXCOMP_TYPES,
PAXCOMP_SYS;
type
TPropRec = class
public
PropInfo: Pointer;
PropOffset: Integer;
constructor Create;
destructor Destroy; override;
end;
TPropList = class(TTypedList)
private
function GetInfo(I: Integer): PPropInfo;
public
procedure Add(P: Pointer; S: Integer);
function Top: TPropRec;
property Infos[I: Integer]: PPropInfo read GetInfo; default;
end;
TIntfMethodRec = class
public
MethodOffset: IntPax;
InterfaceToObjectOffset: Integer;
FullMethodName: String;
procedure SaveToStream(S: TStream);
procedure LoadFromStream(S: TStream);
end;
TIntfMethodList = class(TTypedList)
private
function GetRecord(I: Integer): TIntfMethodRec;
function AddRecord: TIntfMethodRec;
public
function AddMethod(const FullMethodName: String;
MethodOffset: IntPax;
InterfaceToObjectOffset: Integer): TIntfMethodRec;
procedure SaveToStream(S: TStream);
procedure LoadFromStream(S: TStream);
property Records[I: Integer]: TIntfMethodRec read GetRecord; default;
end;
TIntfRec = class
private
fBuffSize: Integer;
public
GUID: TGUID;
Buff: PPointers;
IntfMethods: TIntfMethodList;
constructor Create;
destructor Destroy; override;
procedure AllocBuff;
procedure SetupBuff(CodePtr: Pointer);
procedure DeallocBuff;
procedure SaveToStream(P: TStream);
procedure LoadFromStream(P: TStream);
property BuffSize: Integer read fBuffSize;
end;
TIntfList = class(TTypedList)
private
function GetRecord(I: Integer): TIntfRec;
public
function Add: TIntfRec;
procedure Setup(CodePtr: Pointer);
procedure SaveToStream(S: TStream);
procedure LoadFromStream(S: TStream);
function Lookup(const GUID: TGUID): TIntfRec;
function IndexOf(const GUID: TGUID): Integer;
property Records[I: Integer]: TIntfRec read GetRecord; default;
end;
TClassRec = class
private
procedure AddPropInfos;
public
PClass: TClass;
PClass_pti: PTypeInfo;
PropInfos: TPropList;
Offset: Integer;
SizeOfScriptClassFields: Integer;
Host: Boolean;
DestructorProgOffset: Integer;
AfterConstructionProgOffset: Integer;
BeforeDestructionProgOffset: Integer;
SafeCallExceptionProgOffset: Integer;
DispatchProgOffset: Integer;
DefaultHandlerProgOffset: Integer;
NewInstanceProgOffset: Integer;
FreeInstanceProgOffset: Integer;
{$IFDEF UNIC}
ToStringProgOffset: Integer;
GetHashCodeProgOffset: Integer;
EqualsProgOffset: Integer;
{$ENDIF}
InstSize: Integer;
FullName: String;
ParentFullName: String;
IntfList: TIntfList;
ByteCodeMethodEntryList: TIntegerDynArray;
VirtualMethodEntryList: array[1..100] of Integer;
constructor Create(i_PClass: TClass; i_Offset: Integer; i_Host: Boolean);
destructor Destroy; override;
procedure SetupInterfaces(CodePtr: Pointer);
function GetIntfOffset(const GUID: TGUID): Integer;
function GetIntfTableSize: Integer;
end;
TClassList = class
private
L: TStringList;
function GetClassRec(I: Integer): TClassRec;
function GetName(I: Integer): String;
function GetCount: Integer;
public
constructor Create;
destructor Destroy; override;
procedure Clear;
function IndexOf(const S: String): Integer;
function FindClass(C: TClass): Integer;
function Add(const FullName: String; Host: Boolean): TClassRec;
function AddEx(const FullName: String; ClassIndex: Integer): TClassRec;
function AddClass(C: TClass; const FullName: String;
Host: Boolean; Offset: Integer): TClassRec;
function AddClassEx(C: TClass;
const FullName: String;
Host: Boolean;
Offset: Integer;
ClassIndex: Integer): TClassRec;
procedure SaveToStream(S: TStream);
procedure LoadFromStream(S: TStream; Version: Integer);
function GetSize: Integer;
procedure SetupInterfaces(CodePtr: Pointer);
function Lookup(const FullName: String): TClassRec;
function LookupClassRec(C: TClass): TClassRec;
function GetByteCodeMethodEntryIndex(N: Integer): Integer;
property Count: Integer read GetCount;
property Names[I: Integer]: String read GetName;
property Records[I: Integer]: TClassRec read GetClassRec; default;
end;
var
AddPropInfosDRTTI: procedure(C: TClass; PropInfos: TPropList) = nil;
implementation
// TIntfMethodRec --------------------------------------------------------------
procedure TIntfMethodRec.SaveToStream(S: TStream);
begin
S.Write(MethodOffset, SizeOf(MethodOffset));
S.Write(InterfaceToObjectOffset, SizeOf(InterfaceToObjectOffset));
SaveStringToStream(FullMethodName, S);
end;
procedure TIntfMethodRec.LoadFromStream(S: TStream);
begin
S.Read(MethodOffset, SizeOf(MethodOffset));
S.Read(InterfaceToObjectOffset, SizeOf(InterfaceToObjectOffset));
FullMethodName := LoadStringFromStream(S);
end;
// TIntfMethodList -------------------------------------------------------------
function TIntfMethodList.GetRecord(I: Integer): TIntfMethodRec;
begin
result := TIntfMethodRec(L[I]);
end;
function TIntfMethodList.AddRecord: TIntfMethodRec;
begin
result := TIntfMethodRec.Create;
L.Add(result);
end;
function TIntfMethodList.AddMethod(const FullMethodName: String;
MethodOffset: IntPax;
InterfaceToObjectOffset: Integer): TIntfMethodRec;
begin
result := AddRecord;
result.FullMethodName := FullMethodName;
result.MethodOffset := MethodOffset;
result.InterfaceToObjectOffset := InterfaceToObjectOffset;
end;
procedure TIntfMethodList.SaveToStream(S: TStream);
var
I, K: Integer;
begin
K := Count;
S.Write(K, SizeOf(Integer));
for I := 0 to K - 1 do
Records[I].SaveToStream(S);
end;
procedure TIntfMethodList.LoadFromStream(S: TStream);
var
I, K: Integer;
begin
S.Read(K, SizeOf(Integer));
for I := 0 to K - 1 do
AddRecord.LoadFromStream(S);
end;
// -- TIntfRec -----------------------------------------------------------------
constructor TIntfRec.Create;
begin
inherited;
IntfMethods := TIntfMethodList.Create;
fBuffSize := 0;
end;
destructor TIntfRec.Destroy;
begin
FreeAndNil(IntfMethods);
if Buff <> nil then
DeallocBuff;
inherited;
end;
procedure TIntfRec.SaveToStream(P: TStream);
begin
P.Write(GUID, SizeOf(GUID));
IntfMethods.SaveToStream(P);
end;
procedure TIntfRec.LoadFromStream(P: TStream);
begin
P.Read(GUID, SizeOf(GUID));
IntfMethods.LoadFromStream(P);
end;
procedure TIntfRec.AllocBuff;
begin
if Buff <> nil then
DeallocBuff;
fBuffSize := MAX_INTERFACE_IMPLEMENT_METHODS * SizeOf(Pointer) * 2;
Buff := AllocMem(fBuffSize);
end;
procedure TIntfRec.SetupBuff(CodePtr: Pointer);
var
I, Offset, InterfaceToObjectOffset: Integer;
Adr: Pointer;
begin
for I:=0 to IntfMethods.Count - 1 do
begin
Offset := IntfMethods[I].MethodOffset;
InterfaceToObjectOffset := IntfMethods[I].InterfaceToObjectOffset;
if CodePtr <> nil then
begin
Adr := ShiftPointer(CodePtr, Offset);
end
else
begin
Adr := Pointer(Offset);
end;
Buff^[I] := Adr;
Buff^[MAX_INTERFACE_IMPLEMENT_METHODS + I] := Pointer(InterfaceToObjectOffset);
end;
end;
procedure TIntfRec.DeallocBuff;
begin
if Buff <> nil then
FreeMem(Buff, fBuffSize);
end;
// -- TIntfList ----------------------------------------------------------------
function TIntfList.Lookup(const GUID: TGUID): TIntfRec;
var
I: Integer;
begin
result := nil;
for I:=0 to Count - 1 do
if GuidsAreEqual(Records[I].GUID, GUID) then
begin
result := Records[I];
Exit;
end;
end;
function TIntfList.IndexOf(const GUID: TGUID): Integer;
var
I: Integer;
begin
result := -1;
for I:=0 to Count - 1 do
if GuidsAreEqual(Records[I].GUID, GUID) then
begin
result := I;
Exit;
end;
end;
procedure TIntfList.SaveToStream(S: TStream);
var
I, K: Integer;
begin
K := Count;
S.Write(K, SizeOf(Integer));
for I:=0 to K - 1 do
Records[I].SaveToStream(S);
end;
procedure TIntfList.LoadFromStream(S: TStream);
var
I, K: Integer;
IntfRec: TIntfRec;
begin
S.Read(K, SizeOf(Integer));
for I:=0 to K - 1 do
begin
IntfRec := TIntfRec.Create;
IntfRec.LoadFromStream(S);
L.Add(IntfRec);
end;
end;
procedure TIntfList.Setup(CodePtr: Pointer);
var
I: Integer;
R: TIntfRec;
begin
for I:=0 to Count - 1 do
begin
R := Records[I];
R.AllocBuff;
R.SetupBuff(CodePtr);
end;
end;
function TIntfList.GetRecord(I: Integer): TIntfRec;
begin
result := TIntfRec(L[I]);
end;
function TIntfList.Add: TIntfRec;
begin
result := TIntfRec.Create;
L.Add(result);
end;
// -- TPropRec -----------------------------------------------------------------
constructor TPropRec.Create;
begin
inherited;
end;
destructor TPropRec.Destroy;
begin
inherited;
end;
// -- TPropList ----------------------------------------------------------------
procedure TPropList.Add(P: Pointer; S: Integer);
var
R: TPropRec;
begin
R := TPropRec.Create;
R.PropInfo := P;
R.PropOffset := S;
L.Add(R);
end;
function TPropList.GetInfo(I: Integer): PPropInfo;
begin
result := TPropRec(L[I]).PropInfo;
end;
function TPropList.Top: TPropRec;
begin
if Count = 0 then
result := nil
else
result := TPropRec(L[Count - 1]);
end;
// -- TClassRec ----------------------------------------------------------------
constructor TClassRec.Create(i_PClass: TClass; i_Offset: Integer; i_Host: Boolean);
begin
inherited Create;
PClass := i_PClass;
Offset := i_Offset;
PropInfos := TPropList.Create;
Host := i_Host;
if PClass <> nil then
begin
PClass_pti := PClass.ClassInfo;
AddPropInfos;
end;
IntfList := TIntfList.Create;
end;
destructor TClassRec.Destroy;
begin
FreeAndNil(PropInfos);
FreeAndNil(IntfList);
inherited;
end;
procedure TClassRec.SetupInterfaces(CodePtr: Pointer);
begin
IntfList.Setup(CodePtr);
end;
procedure TClassRec.AddPropInfos;
var
pti: PTypeInfo;
ptd: PTypeData;
Loop, nProps: Integer;
pProps: PPropList;
ppi: PPropInfo;
PropOffset: Integer;
begin
PropInfos.Clear;
pti := PClass.ClassInfo;
if pti = nil then Exit;
ptd := GetTypeData(pti);
nProps := ptd^.PropCount;
if nProps > 0 then
begin
GetMem(pProps, SizeOf(PPropInfo) * nProps);
try
GetPropInfos(pti, pProps);
for Loop:=0 to nProps - 1 do
begin
{$ifdef fpc}
ppi := pProps^[Loop];
{$else}
ppi := pProps[Loop];
{$endif}
PropOffset := Offset + (Loop + 1) * SizeOf(Pointer);
PropInfos.Add(ppi, PropOffset);
end;
finally
FreeMem(pProps, SizeOf(PPropInfo) * nProps);
end;
end;
if Assigned(AddPropInfosDRTTI) then
AddPropInfosDRTTI(PClass, PropInfos);
end;
function TClassRec.GetIntfOffset(const GUID: TGUID): Integer;
var
I: Integer;
begin
result := 0;
I := IntfList.IndexOf(GUID);
if I = -1 then
Exit;
result := InstSize - SizeOf(Pointer) - IntfList.Count * SizeOf(Pointer)
+ I * SizeOf(Pointer);
end;
function TClassRec.GetIntfTableSize: Integer;
begin
result := SizeOf(Integer) + // EntryCount
IntfList.Count * SizeOf(TInterfaceEntry);
end;
// -- TClassList ---------------------------------------------------------------
constructor TClassList.Create;
begin
inherited;
L := TStringList.Create;
end;
function TClassList.GetCount: Integer;
begin
result := L.Count;
end;
function TClassList.GetClassRec(I: Integer): TClassRec;
begin
result := TClassRec(L.Objects[I]);
end;
function TClassList.GetName(I: Integer): String;
begin
result := L[I];
end;
function TClassList.IndexOf(const S: String): Integer;
begin
result := L.IndexOf(S);
end;
function TClassList.Add(const FullName: String; Host: Boolean): TClassRec;
begin
result := TClassRec.Create(nil, 0, false);
result.FullName := FullName;
result.Host := Host;
L.AddObject(ExtractName(FullName), result);
end;
function TClassList.AddEx(const FullName: String; ClassIndex: Integer): TClassRec;
begin
while L.Count < ClassIndex + 1 do
L.Add('');
if Assigned(L.Objects[ClassIndex]) then
{$IFDEF ARC}
L.Objects[ClassIndex] := nil;
{$ELSE}
L.Objects[ClassIndex].Free;
{$ENDIF}
result := TClassRec.Create(nil, 0, false);
result.FullName := FullName;
L.Objects[ClassIndex] := result;
end;
function TClassList.AddClass(C: TClass; const FullName: String;
Host: Boolean; Offset: Integer): TClassRec;
var
I: Integer;
S: String;
begin
S := C.ClassName;
I := L.IndexOf(S);
if I = -1 then
begin
result := TClassRec.Create(C, Offset, Host);
L.AddObject(S, result);
end
else
begin
result := TClassRec(L.Objects[I]);
if Assigned(result) then
begin
if result.PClass = nil then
begin
FreeAndNil(result);
result := TClassRec.Create(C, Offset, Host);
end
else
result.AddPropInfos;
end
else
result := TClassRec.Create(C, Offset, Host);
L.Objects[I] := result;
end;
result.FullName := FullName;
end;
function TClassList.AddClassEx(C: TClass;
const FullName: String;
Host: Boolean;
Offset: Integer;
ClassIndex: Integer): TClassRec;
begin
while L.Count < ClassIndex + 1 do
L.AddObject('', nil);
result := TClassRec(L.Objects[ClassIndex]);
if Assigned(result) then
begin
if result.PClass = nil then
begin
FreeAndNil(result);
result := TClassRec.Create(C, Offset, Host);
end
else
result.AddPropInfos;
end
else
result := TClassRec.Create(C, Offset, Host);
L.Objects[ClassIndex] := result;
result.FullName := FullName;
end;
procedure TClassList.SetupInterfaces(CodePtr: Pointer);
var
I: Integer;
begin
for I:=0 to Count - 1 do
Records[I].SetupInterfaces(CodePtr);
end;
procedure TClassList.Clear;
var
I: Integer;
begin
for I:=0 to L.Count - 1 do
begin
if L.Objects[I] <> nil then
{$IFDEF ARC}
L.Objects[I] := nil;
{$ELSE}
L.Objects[I].Free;
{$ENDIF}
end;
L.Clear;
end;
destructor TClassList.Destroy;
begin
Clear;
FreeAndNil(L);
inherited;
end;
function TClassList.FindClass(C: TClass): Integer;
var
I: Integer;
begin
result := -1;
for I:=0 to L.Count - 1 do
if Records[I].PClass = C then
begin
result := I;
Exit;
end;
end;
function TClassList.Lookup(const FullName: String): TClassRec;
var
I: Integer;
ClassRec: TClassRec;
begin
result := nil;
for I:=0 to Count - 1 do
begin
ClassRec := Records[I];
if StrEql(ClassRec.FullName, FullName) then
begin
result := ClassRec;
Exit;
end;
end;
end;
function TClassList.LookupClassRec(C: TClass): TClassRec;
var
I: Integer;
ClassRec: TClassRec;
begin
result := nil;
for I:=0 to Count - 1 do
begin
ClassRec := Records[I];
if StrEql(ClassRec.PClass.ClassName, C.ClassName) then
begin
result := ClassRec;
Exit;
end;
end;
end;
function TClassList.GetSize: Integer;
var
S: TMemoryStream;
begin
S := TMemoryStream.Create;
try
SaveToStream(S);
result := S.Size;
finally
FreeAndNil(S);
end;
end;
type
TSaveClassRec = packed record
Offset: Integer;
SizeOfScriptClassFields: Integer;
DestructorProgOffset: Integer;
AfterConstructionProgOffset: Integer;
BeforeDestructionProgOffset: Integer;
SafeCallExceptionProgOffset: Integer;
DispatchProgOffset: Integer;
DefaultHandlerProgOffset: Integer;
NewInstanceProgOffset: Integer;
FreeInstanceProgOffset: Integer;
InstSize: Integer;
{$IFDEF UNIC}
ToStringProgOffset: Integer;
GetHashCodeProgOffset: Integer;
EqualsProgOffset: Integer;
{$ENDIF}
Host: Boolean;
end;
procedure PackRec(var S: TSaveClassRec; const R: TClassRec);
begin
S.Offset := R.Offset;
S.InstSize := R.InstSize;
S.DestructorProgOffset := R.DestructorProgOffset;
S.AfterConstructionProgOffset := R.AfterConstructionProgOffset;
S.BeforeDestructionProgOffset := R.BeforeDestructionProgOffset;
S.SafeCallExceptionProgOffset := R.SafeCallExceptionProgOffset;
S.DispatchProgOffset := R.DispatchProgOffset;
S.DefaultHandlerProgOffset := R.DefaultHandlerProgOffset;
S.NewInstanceProgOffset := R.NewInstanceProgOffset;
S.FreeInstanceProgOffset := R.FreeInstanceProgOffset;
S.SizeOfScriptClassFields := R.SizeOfScriptClassFields;
S.Host := R.Host;
{$IFDEF UNIC}
S.ToStringProgOffset := R.ToStringProgOffset;
S.GetHashCodeProgOffset := R.GetHashCodeProgOffset;
S.EqualsProgOffset := R.EqualsProgOffset;
{$ENDIF}
end;
procedure UnPackRec(S: TClassRec; const R: TSaveClassRec);
begin
S.Offset := R.Offset;
S.InstSize := R.InstSize;
S.DestructorProgOffset := R.DestructorProgOffset;
S.AfterConstructionProgOffset := R.AfterConstructionProgOffset;
S.BeforeDestructionProgOffset := R.BeforeDestructionProgOffset;
S.SafeCallExceptionProgOffset := R.SafeCallExceptionProgOffset;
S.DispatchProgOffset := R.DispatchProgOffset;
S.DefaultHandlerProgOffset := R.DefaultHandlerProgOffset;
S.NewInstanceProgOffset := R.NewInstanceProgOffset;
S.FreeInstanceProgOffset := R.FreeInstanceProgOffset;
S.SizeOfScriptClassFields := R.SizeOfScriptClassFields;
S.Host := R.Host;
{$IFDEF UNIC}
S.ToStringProgOffset := R.ToStringProgOffset;
S.GetHashCodeProgOffset := R.GetHashCodeProgOffset;
S.EqualsProgOffset := R.EqualsProgOffset;
{$ENDIF}
end;
procedure TClassList.SaveToStream(S: TStream);
var
I: Integer;
SR: TSaveClassRec;
begin
SaveStringListToStream(L, S);
for I:=0 to L.Count - 1 do
begin
PackRec(SR, Records[I]);
with Records[I] do
begin
SaveStringToStream(FullName, S);
SaveStringToStream(ParentFullName, S);
S.Write(SR, SizeOf(SR));
IntfList.SaveToStream(S);
if not Host then
begin
SaveIntDynarrayToStream(BytecodeMethodEntryList, S);
S.Write(VirtualMethodEntryList, SizeOf(VirtualMethodEntryList));
end;
end;
end;
end;
procedure TClassList.LoadFromStream(S: TStream; Version: Integer);
var
I: Integer;
RI: TClassRec;
SR: TSaveClassRec;
begin
Clear;
LoadStringListFromStream(L, S);
for I:=0 to L.Count - 1 do
begin
L.Objects[I] := TClassRec.Create(nil, 0, false);
RI := Records[I];
with RI do
begin
FullName := LoadStringFromStream(S);
ParentFullName := LoadStringFromStream(S);
S.Read(SR, SizeOf(SR));
UnPackRec(RI, SR);
IntfList.LoadFromStream(S);
if not Host then
begin
BytecodeMethodEntryList := LoadIntDynarrayFromStream(S);
S.Read(VirtualMethodEntryList, SizeOf(VirtualMethodEntryList));
end;
PClass := nil;
end;
end;
end;
function TClassList.GetByteCodeMethodEntryIndex(N: Integer): Integer;
var
I, J, V, L: Integer;
R: TClassRec;
begin
result := -1;
for I := Count - 1 downto 0 do
begin
R := Records[I];
L := System.Length(R.ByteCodeMethodEntryList);
for J := 0 to L - 1 do
begin
V := R.ByteCodeMethodEntryList[J];
if V = 0 then
break;
if V = N then
begin
result := J;
Exit;
end;
end;
end;
end;
end.
|
unit DmMemo;
interface
uses
Windows,
Messages,
SysUtils,
Classes,
Graphics,
Controls,
Forms,
Dialogs,
StdCtrls;
type
TDmMemo = class(TMemo)
private
{ Private declarations }
FTransparentMouse: Boolean;
procedure Wm_mousedown(var Msg: TMessage); message WM_LBUTTONDOWN;
procedure Wm__mousedown(var Msg: TMessage); message WM_RBUTTONDOWN;
procedure Wm_mouseUp(var Msg: TMessage); message WM_RBUTTONUP;
procedure Wm__mouseUp(var Msg: TMessage); message WM_LBUTTONUP;
procedure Wm_butondblclick(var Msg: TMessage); message WM_LBUTTONDBLCLK;
procedure SetTransparentMouse(const Value: Boolean);
public
{ Protected declarations }
constructor Create(AOwner: TComponent); override;
public
{ Public declarations }
published
{ Published declarations }
property TransparentMouse: Boolean read FTransparentMouse write SetTransparentMouse;
end;
procedure Register;
implementation
procedure Register;
begin
RegisterComponents('Dm', [TDmMemo]);
end;
{ TDmMemo }
constructor TDmMemo.Create(AOwner: TComponent);
begin
inherited;
TransparentMouse := False;
end;
procedure TDmMemo.SetTransparentMouse(const Value: Boolean);
begin
FTransparentMouse := Value;
end;
procedure TDmMemo.Wm_butondblclick(var Msg: Tmessage);
begin
if TransparentMouse then
(Owner as TWincontrol).Perform(WM_LBUTTONDBLCLK, Msg.Wparam, Msg.Lparam);
end;
procedure TDmMemo.Wm_mousedown(var Msg: Tmessage);
begin
if TransparentMouse then
(Owner as TWincontrol).Perform(Wm_lbuttondown, Msg.Wparam, Msg.Lparam);
end;
procedure TDmMemo.Wm_mouseUp(var Msg: Tmessage);
begin
Screen.Cursor := crDefault;
if TransparentMouse then
(Owner as TWincontrol).Perform(Wm_lbuttonUp, Msg.Wparam, Msg.Lparam);
end;
procedure TDmMemo.Wm__mousedown(var Msg: Tmessage);
begin
if TransparentMouse then
(Owner as TWincontrol).Perform(Wm_rbuttondown, Msg.Wparam, Msg.Lparam);
end;
procedure TDmMemo.Wm__mouseUp(var Msg: Tmessage);
begin
Screen.Cursor := crDefault;
if TransparentMouse then
(Owner as TWincontrol).Perform(Wm_RbuttonUp, Msg.Wparam, Msg.Lparam);
end;
end.
|
unit AppContxt;
interface
uses
Classes,SysUtils,UniEngine,Uni,UniConnct,Class_Work,Class_Prod;
type
TAppContxt=class(TUniEngine)
private
FListWork:TStringList;
FListDoct:TStringList;
FListProd:TStringList;
public
procedure UpdateWork;
procedure UpdateDoct;
procedure UpdateProd;
public
function GetObjtWork(AWorkIdex:Integer;AUnitLink:string='-1';IsCreate:Boolean=False):TWORK;
function GetWorkName(AWorkIdex:Integer):string;
function GetObjtDoct(ADoctIdex:Integer;AUnitLink:string='-1';IsCreate:Boolean=False):TWORK;
function GetDoctName(ADoctIdex:Integer):string;
function GetObjtProd(AProdIdex:Integer;AUnitLink:string='-1';isCreate:Boolean=False):TProd;
function GetProdName(AProdIdex:Integer):string;
public
constructor Create;
destructor Destroy; override;
end;
const
CONST_PATH_PRINT_SUIT='Ì×´ò.fr3';
var
AppContxtEx:TAppContxt;
implementation
uses
Class_AppUtil,Class_KzUtils;
{ TAppContxt }
constructor TAppContxt.Create;
begin
FListWork:=nil;
FListDoct:=nil;
end;
destructor TAppContxt.Destroy;
begin
if FListWork<>nil then TKzUtils.TryFreeAndNil(FListWork);
if FListDoct<>nil then TKzUtils.TryFreeAndNil(FListDoct);
if FListProd<>nil then TKzUtils.TryFreeAndNil(FListProd);
inherited;
end;
function TAppContxt.GetDoctName(ADoctIdex: Integer): string;
var
WorkA:TWORK;
begin
Result:='';
WorkA:=GetObjtDoct(ADoctIdex);
if WorkA<>nil then
begin
Result:=WorkA.WORKNAME;
end;
end;
function TAppContxt.GetObjtDoct(ADoctIdex: Integer;AUnitLink:string;IsCreate:Boolean): TWORK;
var
IdexA:Integer;
begin
Result:=nil;
IdexA:=-1;
if FListDoct=nil then
begin
UpdateDoct;
end;
if (FListDoct=nil) or (FListDoct.Count=0) then Exit;
IdexA:=FListDoct.IndexOf(Format('%S-%D',[AUnitLink,ADoctIdex]));
if IdexA<>-1 then
begin
if IsCreate then
begin
Result:=TWORK.CopyIt(TWORK(FListDoct.Objects[IdexA]));
end else
begin
Result:=TWORK(FListDoct.Objects[IdexA]);
end;
end;
end;
function TAppContxt.GetObjtProd(AProdIdex: Integer; AUnitLink: string;
isCreate: Boolean): TProd;
var
IdexA:Integer;
begin
Result:=nil;
IdexA:=-1;
if FListProd=nil then
begin
UpdateProd;
end;
if (FListProd=nil) or (FListProd.Count=0) then Exit;
IdexA:=FListProd.IndexOf(Format('%S-%D',[AUnitLink,AProdIdex]));
if IdexA<>-1 then
begin
if IsCreate then
begin
Result:=TProd.CopyIt(TProd(FListProd.Objects[IdexA]));
end else
begin
Result:=TProd(FListProd.Objects[IdexA]);
end;
end;
end;
function TAppContxt.GetObjtWork(AWorkIdex: Integer;AUnitLink:string;IsCreate:Boolean): TWORK;
var
IdexA:Integer;
begin
Result:=nil;
IdexA:=-1;
if FListWork=nil then
begin
UpdateWork;
end;
if (FListWork=nil) or (FListWork.Count=0) then Exit;
IdexA:=FListWork.IndexOf(Format('%S-%D',[AUnitLink,AWorkIdex]));
if IdexA<>-1 then
begin
if IsCreate then
begin
Result:=TWORK.CopyIt(TWORK(FListWork.Objects[IdexA]));
end else
begin
Result:=TWORK(FListWork.Objects[IdexA]);
end;
end;
end;
function TAppContxt.GetProdName(AProdIdex: Integer): string;
var
ProdA:TProd;
begin
Result:='';
ProdA:=GetObjtProd(AProdIdex);
if ProdA<>nil then
begin
Result:=ProdA.ProdName;
end;
end;
function TAppContxt.GetWorkName(AWorkIdex: Integer): string;
var
WorkA:TWORK;
begin
Result:='';
WorkA:=GetObjtWork(AWorkIdex);
if WorkA<>nil then
begin
Result:=WorkA.WORKNAME;
end;
end;
procedure TAppContxt.UpdateDoct;
var
SQLA:string;
UniConnct:TUniConnection;
begin
if FListDoct=nil then
begin
FListDoct:=TStringList.Create;
end;
SQLA:='SELECT * FROM TBL_DOCT ORDER BY WORK_IDEX';
try
UniConnct:=UniConnctEx.GetConnection(CONST_MARK_DATA);
//-<
TWork.ListDB(SQLA,UniConnct,FListDoct);
//->
finally
FreeAndNil(UniConnct);
end;
end;
procedure TAppContxt.UpdateProd;
var
SQLA:string;
UniConnct:TUniConnection;
begin
if FListProd=nil then
begin
FListProd:=TStringList.Create;
end;
SQLA:='SELECT * FROM TBL_PROD ORDER BY PROD_ORDR';
try
UniConnct:=UniConnctEx.GetConnection(CONST_MARK_DATA);
//-<
TProd.ListDB(SQLA,UniConnct,FListProd);
//->
finally
FreeAndNil(UniConnct);
end;
end;
procedure TAppContxt.UpdateWork;
var
SQLA:string;
UniConnct:TUniConnection;
begin
if FListWork=nil then
begin
FListWork:=TStringList.Create;
end;
SQLA:='SELECT * FROM TBL_WORK ORDER BY WORK_IDEX';
try
UniConnct:=UniConnctEx.GetConnection(CONST_MARK_DATA);
//-<
TWork.ListDB(SQLA,UniConnct,FListWork);
//->
finally
FreeAndNil(UniConnct);
end;
end;
initialization
begin
AppContxtEx:=TAppContxt.Create;
end;
finalization
begin
if AppContxtEx<>nil then FreeAndNil(AppContxtEx);
end;
end.
|
{+------------------------------------------------------------
| Unit Textcontainer
|
| Version: 1.0 Created: 12.03.99
| Last Modified: 12.03.99
| Author : P. Below
| Project: Common components
| Description:
| Implements a simple component to import textfiles into
| a project at design-time via clipboard.
|
| http://www.delphigroups.info/2/2a/314010.html
+------------------------------------------------------------}
{$IFDEF FPC}
{$mode delphi}{$H+}
{$ELSE}
{$I \pas-win\switches.inc}
{$ENDIF}
Unit TextContainerU;
Interface
Uses
SysUtils, Classes;
Type
TTextContainer = Class(TComponent)
Private
{ Private declarations }
FLines: TStrings;
Procedure SetLines( aList: TStrings );
Function GetText: String;
Public
{ Public declarations }
Constructor Create( aOwner: TComponent ); override;
Destructor Destroy; override;
Property Text: String read GetText;
Published
{ Published declarations }
Property Lines: TStrings read FLines write SetLines;
End;
Procedure Register;
Implementation
{$IFDEF FPC}
uses LResources;
{$ENDIF}
Procedure Register;
Begin
RegisterComponents('Samples', [TTextContainer]);
End;
{+---------------------------
| Methods of TTextContainer
+--------------------------}
Procedure TTextContainer.SetLines( aList: TStrings );
Begin
FLines.Assign( aList );
End; { TTextContainer.SetLines }
Function TTextContainer.GetText: String;
Begin
Result := FLines.Text;
End; { TTextContainer.GetText }
Constructor TTextContainer.Create( aOwner: TComponent );
Begin
inherited Create( aOwner );
FLines := TStringlist.create;
End; { TTextContainer.Create }
Destructor TTextContainer.Destroy;
Begin
FLines.Free;
inherited Destroy;
End; { TTextContainer.Destroy }
{$IFDEF FPC}
initialization
{$I textcontainer.lrs}
{$ENDIF}
End.
|
unit FmGCE;
interface
uses WinProcs, WinTypes, SysUtils, Classes, Graphics, Forms, Controls, StdCtrls,
Buttons, ExtCtrls, Spin,
GifDecl;
type
TGCEDialog = class(TForm)
OKBtn: TButton;
CancelBtn: TButton;
Bevel1: TBevel;
PackedFieldsEdit: TSpinEdit;
DelaytimeEdit: TSpinEdit;
TransparentColorIndexEdit: TSpinEdit;
TerminatorEdit: TSpinEdit;
Label1: TLabel;
Label2: TLabel;
Label3: TLabel;
Label4: TLabel;
private
{ Private declarations }
public
{ Public declarations }
constructor Create(GCE: TGraphicControlExtension);
function GetGCE: TGraphicControlExtension;
end; { TGCEDialog }
var
GCEDialog: TGCEDialog;
implementation
{$R *.DFM}
constructor TGCEDialog.Create(GCE: TGraphicControlExtension);
begin { TGCEDialog.Create }
inherited Create(nil);
with GCE
do begin
PackedFieldsEdit.Value := PackedFields;
DelayTimeEdit.Value := DelayTime;
TransparentColorIndexEdit.Value := TransparentColorIndex;
TerminatorEdit.Value := Terminator;
end;
end; { TGCEDialog.Create }
function TGCEDialog.GetGCE: TGraphicControlExtension;
begin { TGCEDialog.GetGCE }
with Result
do begin
PackedFields := PackedFieldsEdit.Value;
DelayTime := DelayTimeEdit.Value;
TransparentColorIndex := TransparentColorIndexEdit.Value;
Terminator := TerminatorEdit.Value;
end;
end; { TGCEDialog.GetGCE }
end. { unit FmGCE }
|
// glwin32fullscreenviewer
{: win32 specific full-screen viewer.<p>
Currently TForm+TGLSceneViewer based, may be made into a standalone
Win32 control someday, so don't assume there is a TForm in your code.<p>
<b>History : </b><font size=-1><ul>
<li>24/07/03 - EG - Creation from GLWin32Viewer split
</ul></font>
}
unit GLLCLFullscreenViewer;
interface
{$i GLScene.inc}
uses forms, lcltype, messages, classes, glscene, controls, menus
,glviewer//, gllinuxcontext
{$ifdef LCLGTK}
, gllingtkcontext
{$endif}
{$ifdef LCLGTK2}
, GLWidgetContext
{$endif}
{$ifdef LCLWIN32}
,windows
{$endif}
;
type
// TGLScreenDepth
//
TGLScreenDepth = (sd8bits, sd16bits, sd24bits, sd32bits);
// TGLFullScreenViewer
//
{: A FullScreen viewer.<p>
This non visual viewer will, when activated, use the full screen as rendering
surface. It will also switch/restore videomode depending on the required
width/height.<br>
This is performed by creating an underlying TForm and using its surface
for rendering OpenGL, "decent" ICDs will automatically use PageFlipping
instead of BlockTransfer (slower buffer flipping mode used for windowed
OpenGL).<br>
Note: if you terminate the application either via a kill or in the IDE,
the original resolution isn't restored. }
TGLFullScreenViewer = class (TGLNonVisualViewer)
private
{ Private Declarations }
FForm : TForm;
FScreenDepth : TGLScreenDepth;
FActive : Boolean;
FSwitchedResolution : Boolean;
FUpdateCount : Integer;
FOnMouseDown : TMouseEvent;
FOnMouseUp : TMouseEvent;
FOnMouseMove : TMouseMoveEvent;
FOnMouseWheel : TMouseWheelEvent;
FOnClick, FOnDblClick : TNotifyEvent;
FOnKeyDown : TKeyEvent;
FOnKeyUp : TKeyEvent;
FOnKeyPress : TKeyPressEvent;
FOnClose : TCloseEvent;
FOnCloseQuery : TCloseQueryEvent;
FOldWndProc : TWndMethod;
FStayOnTop : Boolean;
FVSync : TVSyncMode;
FRefreshRate : Integer;
FCursor : TCursor;
FPopupMenu : TPopupMenu;
protected
{ Protected Declarations }
procedure SetScreenDepth(const val : TGLScreenDepth);
procedure SetActive(const val : Boolean);
procedure SetOnMouseDown(const val : TMouseEvent);
procedure SetOnMouseUp(const val : TMouseEvent);
procedure SetOnMouseMove(const val : TMouseMoveEvent);
procedure SetOnMouseWheel(const val : TMouseWheelEvent);
procedure SetOnClick(const val : TNotifyEvent);
procedure SetOnDblClick(const val : TNotifyEvent);
procedure SetOnCloseQuery(const val : TCloseQueryEvent);
procedure SetOnClose(const val : TCloseEvent);
procedure SetOnKeyUp(const val : TKeyEvent);
procedure SetOnKeyDown(const val : TKeyEvent);
procedure SetOnKeyPress(const val : TKeyPressEvent);
procedure SetStayOnTop(const val : Boolean);
procedure SetCursor(const val : TCursor);
procedure SetPopupMenu(const val : TPopupMenu);
function GetHandle : HWND;
procedure DoBeforeRender(Sender : TObject);
procedure DoBufferChange(Sender : TObject); override;
procedure DoBufferStructuralChange(Sender : TObject); override;
procedure PrepareGLContext; override;
procedure Startup;
procedure Shutdown;
procedure BindFormEvents;
procedure DoCloseQuery(Sender: TObject; var CanClose: Boolean);
procedure DoPaint(Sender : TObject);
procedure WndProc(var Message: TMessage);
procedure DoActivate(Sender : TObject);
procedure DoDeactivate(Sender : TObject);
public
{ Public Declarations }
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
procedure Render(baseObject : TGLBaseSceneObject = nil); override;
{: Adjusts property so that current resolution will be used.<p>
Call this method if you want to make sure video mode isn't switched. }
procedure UseCurrentResolution;
procedure BeginUpdate;
procedure EndUpdate;
{: Activates/deactivates full screen mode.<p> }
property Active : Boolean read FActive write SetActive;
{: Read access to the underlying form handle.<p>
Returns 0 (zero) if the viewer is not active or has not yet
instantiated its form. }
property Handle : HWND read GetHandle;
published
{ Public Declarations }
{: Requested ScreenDepth. }
property ScreenDepth : TGLScreenDepth read FScreenDepth write SetScreenDepth default sd32bits;
{: Specifies if the underlying form is "fsStayOnTop".<p>
The benefit of StayOnTop is that it hides the windows bar and
other background windows. The "fsStayOnTop" is automatically
switched off/on when the underlying form loses/gains focus.<p>
It is recommended not to use StayOnTop while running in the IDE
or during the debugging phase.<p> }
property StayOnTop : Boolean read FStayOnTop write SetStayOnTop default False;
{: Specifies if the refresh should be synchronized with the VSync signal.<p>
If the underlying OpenGL ICD does not support the WGL_EXT_swap_control
extension, this property is ignored. }
property VSync : TVSyncMode read FVSync write FVSync default vsmSync;
{: Screen refresh rate.<p>
Use zero for system default. This property allows you to work around
the winxp bug that limits uses a refresh rate of 60hz when changeing
resolution. it is however suggested to give the user the opportunity
to adjust it instead of having a fixed value (expecially beyond
75hz or for resolutions beyond 1024x768).<p>
the value will be automatically clamped to the highest value
*reported* compatible with the monitor. }
property refreshrate : integer read frefreshrate write frefreshrate;
property Cursor : TCursor read FCursor write SetCursor default crDefault;
property PopupMenu : TPopupMenu read FPopupMenu write SetPopupMenu;
property OnClose : TCloseEvent read FOnClose write SetOnClose;
property OnKeyUp : TKeyEvent read FOnKeyUp write SetOnKeyUp;
property OnKeyDown : TKeyEvent read FOnKeyDown write SetOnKeyDown;
property OnKeyPress : TKeyPressEvent read FOnKeyPress write SetOnKeyPress;
property OnCloseQuery : TCloseQueryEvent read FOnCloseQuery write SetOnCloseQuery;
property OnClick : TNotifyEvent read FOnClick write SetOnClick;
property OnDblClick : TNotifyEvent read FOnDblClick write SetOnDblClick;
property OnMouseDown : TMouseEvent read FOnMouseDown write SetOnMouseDown;
property OnMouseUp : TMouseEvent read FOnMouseUp write SetOnMouseUp;
property OnMouseMove : TMouseMoveEvent read FOnMouseMove write SetOnMouseMove;
property OnMouseWheel : TMouseWheelEvent read FOnMouseWheel write SetOnMouseWheel;
end;
// ------------------------------------------------------------------
// ------------------------------------------------------------------
// ------------------------------------------------------------------
implementation
// ------------------------------------------------------------------
// ------------------------------------------------------------------
// ------------------------------------------------------------------
uses opengl1x, sysutils, glcrossplatform, glscreen;
const
cScreenDepthToBPP : array [sd8bits..sd32bits] of Integer = (8, 16, 24, 32);
// ------------------
// ------------------ TGLFullScreenViewer ------------------
// ------------------
// Create
//
constructor TGLFullScreenViewer.Create(AOwner: TComponent);
begin
inherited Create(AOwner);
Width:=800;
Height:=600;
FScreenDepth:=sd32bits;
FVSync:=vsmSync;
FCursor:=crDefault;
Buffer.ViewerBeforeRender:=DoBeforeRender;
end;
// Destroy
//
destructor TGLFullScreenViewer.Destroy;
begin
Active:=False;
inherited Destroy;
end;
// DoBeforeRender
//
procedure TGLFullScreenViewer.DoBeforeRender(Sender : TObject);
begin
SetupVSync(VSync);
end;
// DoBufferChange
//
procedure TGLFullScreenViewer.DoBufferChange(Sender : TObject);
begin
if Assigned(FForm) and (not Buffer.Rendering) then
begin
FForm.Invalidate;
end;
end;
// DoBufferStructuralChange
//
procedure TGLFullScreenViewer.DoBufferStructuralChange(Sender : TObject);
begin
if Active and (FUpdateCount=0) then begin
Shutdown;
Startup;
end;
end;
// PrepareGLContext
//
procedure TGLFullScreenViewer.PrepareGLContext;
begin
// nothing yet
end;
// Render
//
procedure TGLFullScreenViewer.Render(baseObject : TGLBaseSceneObject = nil);
begin
LoadOpenGL;
if Buffer.RenderingContext=nil then begin
Buffer.CreateRC(0, False);
end;
Buffer.Render(baseObject);
end;
// BeginUpdate
//
procedure TGLFullScreenViewer.BeginUpdate;
begin
Inc(FUpdateCount);
end;
// EndUpdate
//
procedure TGLFullScreenViewer.EndUpdate;
begin
Dec(FUpdateCount);
if FUpdateCount=0 then begin
if Active then DoBufferStructuralChange(Self)
end else if FUpdateCount<0 then begin
FUpdateCount:=0;
Assert(False, 'Unbalanced Begin/EndUpdate');
end;
end;
// UseCurrentResolution
//
procedure TGLFullScreenViewer.UseCurrentResolution;
begin
BeginUpdate;
try
Width:=Screen.Width;
Height:=Screen.Height;
case GetCurrentColorDepth of
24 : ScreenDepth:=sd24bits;
16 : ScreenDepth:=sd16bits;
8 : ScreenDepth:=sd8bits;
else
// highest depth possible otherwise
ScreenDepth:=sd32bits;
end;
finally
EndUpdate;
end;
end;
// SetActive
//
procedure TGLFullScreenViewer.SetActive(const val : Boolean);
begin
if val<>FActive then begin
if FActive then
ShutDown
else Startup;
end;
end;
// Startup
//
procedure TGLFullScreenViewer.Startup;
var
res : TResolution;
dc : HDC;
begin
Assert(FForm=nil);
res:=GetIndexFromResolution(Width, Height, cScreenDepthToBPP[ScreenDepth]);
if res=0 then
raise Exception.Create('Unsupported video mode');
FForm:=TForm.Create(nil);
with FForm do begin
if StayOnTop then
FormStyle:=fsStayOnTop
else FormStyle:=fsNormal;
// Following lines doesn't seem to work on ATI hardware,
// so we do it via API calls
// BorderStyle:=bsNone;
BorderStyle:=bsSizeable;
{$IFDEF WINDOWS}
SetWindowLong(Handle, GWL_STYLE, GetWindowLong(Handle, GWL_STYLE) and not WS_CAPTION);
{$ENDIF}
Cursor:=Self.Cursor;
PopupMenu:=Self.PopupMenu;
ClientWidth:=Self.Width;
ClientHeight:=Self.Height;
WindowState:=wsMaximized;
BindFormEvents;
FOldWndProc:=WindowProc;
WindowProc:=WndProc;
end;
// Hides Taskbar
{$IFDEF WINDOWS}
ShowWindow(FindWindow('Shell_TrayWnd', nil), SW_HIDE);
{$ENDIF}
// Switch video mode
if (Screen.Width<>Width) or (Screen.Height<>Height)
or (GetCurrentColorDepth<>cScreenDepthToBPP[ScreenDepth]) then begin
SetFullscreenMode(res, FRefreshRate);
FSwitchedResolution:=True;
end else FSwitchedResolution:=False;
FForm.Show;
Buffer.Resize(Width, Height);
{$IFDEF WINDOWS}
dc:=GetDC(FForm.Handle);
{$ENDIF}
Buffer.CreateRC(dc, False);
// todo
FActive:=True;
end;
// Shutdown
//
procedure TGLFullScreenViewer.Shutdown;
var
f : TForm;
begin
try
Buffer.DestroyRC;
f:=FForm;
FForm:=nil;
f.WindowProc:=FOldWndProc;
f.Release;
finally
// attempt that, at the very least...
if FSwitchedResolution then
RestoreDefaultMode;
end;
// Restore Taskbar
{$IFDEF WINDOWS}
ShowWindow(FindWindow('Shell_TrayWnd', nil), SW_SHOWNA);
{$ENDIF}
FActive:=False;
end;
// BindFormEvents
//
procedure TGLFullScreenViewer.BindFormEvents;
begin
if Assigned(FForm) then with FForm do begin
OnMouseDown:=FOnMouseDown;
OnMouseUp:=FOnMouseUp;
OnMouseMove:=FOnMouseMove;
OnMouseWheel:=FOnMouseWheel;
OnClick:=FOnClick;
// OnDblClick:=FOnDblClick; //Dont know why but this gives an AV
OnCloseQuery:=DoCloseQuery;
OnClose:=FOnClose;
OnKeyUp:=FOnKeyUp;
OnKeyDown:=FOnKeyDown;
OnKeyPress:=FOnKeyPress;
OnActivate:=DoActivate;
OnDeactivate:=DoDeactivate;
OnPaint:=DoPaint;
end;
end;
// DoCloseQuery
//
procedure TGLFullScreenViewer.DoCloseQuery(Sender: TObject; var CanClose: Boolean);
begin
if Assigned(FOnCloseQuery) then
FOnCloseQuery(Sender, CanClose);
if CanClose then Shutdown;
end;
// DoPaint
//
procedure TGLFullScreenViewer.DoPaint(Sender : TObject);
begin
if Assigned(FForm) then
Render;
end;
// WndProc
//
procedure TGLFullScreenViewer.WndProc(var Message: TMessage);
begin
case Message.Msg of
WM_ERASEBKGND : begin
Message.Result:=1; // do nothing!
end;
else
FOldWndProc(Message);
end;
end;
// DoActivate
//
procedure TGLFullScreenViewer.DoActivate(Sender : TObject);
begin
if Assigned(FForm) and StayOnTop then
FForm.FormStyle:=fsStayOnTop;
end;
// DoDeactivate
//
procedure TGLFullScreenViewer.DoDeactivate(Sender : TObject);
begin
if Assigned(FForm) and StayOnTop then
FForm.FormStyle:=fsNormal;
end;
// SetScreenDepth
//
procedure TGLFullScreenViewer.SetScreenDepth(const val : TGLScreenDepth);
begin
if FScreenDepth<>val then begin
FScreenDepth:=val;
DoBufferStructuralChange(Self);
end;
end;
// SetStayOnTop
//
procedure TGLFullScreenViewer.SetStayOnTop(const val : Boolean);
begin
if val<>FStayOnTop then begin
FStayOnTop:=val;
DoBufferStructuralChange(Self);
end;
end;
// SetOnCloseQuery
//
procedure TGLFullScreenViewer.SetOnCloseQuery(const val : TCloseQueryEvent);
begin
fonclosequery:=val; // this one uses a special binding
end;
// SetOnClose
//
procedure TGLFullScreenViewer.SetOnClose(const val : TCloseEvent);
begin
FOnClose:=val;
BindFormEvents;
end;
// SetOnKeyPress
//
procedure TGLFullScreenViewer.SetOnKeyPress(const val : TKeyPressEvent);
begin
FOnKeyPress:=val;
BindFormEvents;
end;
// SetOnKeyUp
//
procedure TGLFullScreenViewer.SetOnKeyUp(const val : TKeyEvent);
begin
FOnKeyUp:=val;
BindFormEvents;
end;
// SetOnKeyDown
//
procedure TGLFullScreenViewer.SetOnKeyDown(const val : TKeyEvent);
begin
FOnKeyDown:=val;
BindFormEvents;
end;
// SetOnMouseWheel
//
procedure TGLFullScreenViewer.SetOnMouseWheel(const val : TMouseWheelEvent);
begin
FOnMouseWheel:=val;
BindFormEvents;
end;
// SetOnClick
//
procedure TGLFullScreenViewer.SetOnClick(const val : TNotifyEvent);
begin
FOnClick:=val;
BindFormEvents;
end;
// SetOnDblClick
//
procedure TGLFullScreenViewer.SetOnDblClick(const val : TNotifyEvent);
begin
FOnDblClick:=val;
BindFormEvents;
end;
// SetOnMouseMove
//
procedure TGLFullScreenViewer.SetOnMouseMove(const val : TMouseMoveEvent);
begin
FOnMouseMove:=val;
BindFormEvents;
end;
// SetOnMouseDown
//
procedure TGLFullScreenViewer.SetOnMouseDown(const val : TMouseEvent);
begin
FOnMouseDown:=val;
BindFormEvents;
end;
// SetOnMouseUp
//
procedure TGLFullScreenViewer.SetOnMouseUp(const val : TMouseEvent);
begin
FOnMouseUp:=val;
BindFormEvents;
end;
// SetCursor
//
procedure TGLFullScreenViewer.SetCursor(const val : TCursor);
begin
if val<>FCursor then begin
FCursor:=val;
if Assigned(FForm) then
FForm.Cursor:=val;
end;
end;
// SetPopupMenu
//
procedure TGLFullScreenViewer.SetPopupMenu(const val : TPopupMenu);
begin
if val<>FPopupMenu then begin
FPopupMenu:=val;
if Assigned(FForm) then
FForm.PopupMenu:=val;
end;
end;
// GetHandle
//
function TGLFullScreenViewer.GetHandle : HWND;
begin
if Assigned(FForm) then
Result:=FForm.Handle
else Result:=0;
end;
// ------------------------------------------------------------------
// ------------------------------------------------------------------
// ------------------------------------------------------------------
initialization
// ------------------------------------------------------------------
// ------------------------------------------------------------------
// ------------------------------------------------------------------
RegisterClasses([TGLFullScreenViewer]);
end.
|
{
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\Ü \Ü \Ü \Ü \Ü \Ü\Ü \Ü \ÜÜ \ÜÜÜ \Ü \Ü \Ü \Ü\Ü
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\ÜÜÜÜÜ \ÜÜÜÜ \Ü \Ü \ÜÜÜÜ \ÜÜÜÜÜÜ \ÜÜÜÜ \Ü \Ü
ÚÄÄ ÚÄÄ ÚÄÄÄÄ
ÚÄÄ ÚÄÄ ÚÄ ÚÄ
ÚÄÄ ÚÄÄ ÚÄÄÄÄ
ÚÄÄ ÚÄÄ ÚÄ ÚÄ
ÚÄÄÄÄÄÄ ÚÄÄ ÚÄÄÄÄ
}
{$G+}
Unit Dungeon;
interface
uses dos,crt,graph;
var winnbr : word;
const inof = false ;
outof = true ;
type rgb = record
r : byte;
g : byte;
b : byte;
end;
mouse = object
function start : word ;
procedure show ;
procedure hide ;
function button (wht : byte) : boolean ;
function x : word ;
function y : word ;
function area(x1,y1,x2,y2: word) : boolean;
procedure setxy (xi,yi : word) ;
procedure setarea (x1,y1,x2,y2 : word) ;
procedure setnoarea (x1,y1,x2,y2 : word) ;
procedure sethandle (pt:pointer;evt:word) ;
end;
paletype = array[0..255,1..3] of shortint ;
headtype = record
signature : array[1..2] of char;
nfiles : byte;
end;
entrytype = record
filename : string[12];
startentry : longint;
length : longint;
end;
{FUNCTIONS}
function ifbyte (valor : boolean; v1,v2 : byte ) : byte; {IF's}
function ifword (valor : boolean; v1,v2 : word ) : word;
function ifchar (valor : boolean; v1,v2 : char ) : char;
function ifstring(valor : boolean; v1,v2 : string ) : string;
function ifint (valor : boolean; v1,v2 : integer) : integer;
function getpoint(x,y : word) : byte;
function replicate(ch : char; qtd : byte) : string;
function space(qtd : byte) : string;
function alltrim(strini : string) : string;
function upper(str:string) : string;
function byteval(str : string) : byte;
function wordval(str : string) : word;
function min(a,b : integer) : integer;
function max(a,b : integer) : integer;
function exist(fname : string) : boolean;
function fsize(fname : string) : longint;
function openbigfile(nfin : string; var fin : file) : byte;
{PROCEDURES}
procedure swapbyte(var v1,v2 : byte);
procedure swapword(var v1,v2 : word);
procedure cursor(lin_ini,lin_fin : byte);
procedure pchar(x,y : byte; ch : char);
procedure say(x,y : byte; msg : string);
procedure modifycolor(x,y,cor : byte);
procedure box(x1,y1,x2,y2 : byte; frame : string);
procedure setrgb(cor,r,g,b : byte);
procedure getrgb(color : word; var trgb : rgb);
procedure setcolorfill(x : word);
procedure box3d(x1,y1,x2,y2 : word; elev : byte; efct : boolean; int : word);
procedure win(x1,y1,x2,y2 : word; title : string);
procedure init320x200;
procedure textmode;
procedure video(est : byte);
procedure putpoint(x,y : word; cor : byte);
procedure putline(x,y,x1,y1 : word; cor : byte);
procedure closingpalette(tempo : word);
procedure wait;
procedure filebiginfo(var fin : file; var entry : entrytype; arq : byte);
procedure filebigpos(var fin : file; arq : byte);
implementation
{ Object Mouse }
function mouse.start; assembler;
asm
xor ax,ax
int 33h
cmp ax,0FFFFh
jnz @naodiz
mov ax,bx
jmp @fim
@naodiz: xor ax,ax
@fim :
end; {mouse.start}
procedure mouse.show; assembler;
asm
mov ax,0001h
int 33h
end; {mouse.show}
procedure mouse.hide; assembler;
asm
mov ax,0002h
int 33h
end; {mouse.hide}
function mouse.button(wht : byte) : boolean; assembler;
asm
mov ax,0003h
int 33h
mov cl, wht
shr bx, cl
jc @1
@0: xor ax,ax
jmp @fim
@1: mov ax,0001
@fim:
end; {mouse.button}
function mouse.x : word; assembler;
asm
mov ax,0003h
int 33h
mov ax,cx
end; {mouse.x}
function mouse.y : word; assembler;
asm
mov ax,0003h
int 33h
mov ax,dx
end; {mouse.y}
function mouse.area(x1,y1,x2,y2 : word) : boolean;
var resptmp : boolean;
begin
if ((mouse.x > x1) and (mouse.y > y1)) and
((mouse.x < x2) and (mouse.y < y2)) then
resptmp := true
else
resptmp := false;
area := resptmp;
end; {mouse.area}
procedure mouse.setxy(xi,yi : word); assembler;
asm
mov ax, 0004h
mov cx, xi
mov dx, yi
int 33h
end; {mouse.setxy}
procedure mouse.setarea(x1,y1,x2,y2 : word); assembler;
asm
mov ax, 0007h
mov cx, x1
mov dx, x2
int 33h
mov ax, 0008h
mov cx, y1
mov dx, y2
int 33h
end; {mouse.setarea}
procedure mouse.setnoarea(x1,y1,x2,y2 : word); assembler;
asm
mov ax,0010h
mov cx, x1
mov dx, y1
mov si, x2
mov di, y2
int 33h
end; {mouse.setnoarea}
procedure mouse.sethandle(pt : pointer;evt : word); assembler;
asm
les dx, pt
mov ax, 000Ch
mov cx, evt
int 33h
end; {mouse.sethandle}
{=====================================================}
{ Funcoes de tela texto }
{=====================================================}
procedure cursor(lin_ini,lin_fin : byte); assembler;
asm
mov ah, 01h
mov ch, lin_ini
mov cl, lin_fin
int 10h
end; {cursor}
procedure pchar(x,y : byte; ch : char);
begin
dec(x);
dec(y);
mem[$B800:(y*80+x)*2] := ord(ch);
end;
procedure say(x,y : byte; msg : string);
var aux : word;
begin
dec(x);
dec(y);
for aux := 1 to length(msg) do
mem[$B800:((y*80+x)*2)+(aux*2)-2] := ord(msg[aux]);
end;
procedure modifycolor(x,y,cor : byte);
begin
dec(x); dec(y);
mem[$B800:(((y*80) + x) shl 1) + 1] := cor;
end;
procedure box(x1,y1,x2,y2 : byte; frame : string);
var aux : byte;
begin
if length(frame) < 8 then
frame := frame + space(8-length(frame));
if x1 > x2 then swapbyte(x1,x2);
if y1 > y2 then swapbyte(y1,y2);
pchar(x1,y1,ifchar(y1=y2,
frame[2],
ifchar(x1=x2,
frame[4],
frame[1])));
pchar(x2,y1,ifchar(y1=y2,
frame[2],
ifchar(x1=x2,
frame[4],
frame[3])));
pchar(x1,y2,ifchar(y1=y2,
frame[2],
ifchar(x1=x2,
frame[4],
frame[7])));
pchar(x2,y2,ifchar(y1=y2,
frame[2],
ifchar(x1=x2,
frame[4],
frame[5])));
if x2 > x1 then
for aux := x1 + 1 to x2 - 1 do begin
pchar(aux,y1,frame[2]);
pchar(aux,y2,frame[6]);
end;
if y2 > y1 then
for aux := y1 + 1 to y2 - 1 do begin
pchar(x1,aux,frame[8]);
pchar(x2,aux,frame[4]);
end;
end;
{=====================================================}
{ Funcoes de tela grafica }
{=====================================================}
procedure setrgb(cor,r,g,b : byte);
begin
port[$03C8] := cor;
port[$03C9] := r;
port[$03C9] := g;
port[$03C9] := b;
end;
procedure getrgb(color : word; var trgb : rgb);
var regs : registers;
begin
regs.ax := $1015 ;
regs.bx := color ;
intr($10,regs) ;
trgb.r := regs.dh ;
trgb.g := regs.ch ;
trgb.b := regs.cl ;
end;
procedure setcolorfill(x : word);
begin
setfillstyle(solidfill,x);
end;
procedure box3d(x1,y1,x2,y2 : word; elev : byte; efct : boolean; int : word);
begin
if x1 > x2 then swapword(x1,x2);
if y1 > y2 then swapword(y1,y2);
if (elev > x2-x1) or (elev > y2-y1) then elev := min(x2-x1,y2-y1);
setcolorfill (white) ;
bar (x1,y1,x2,y2) ;
setcolorfill (int) ;
bar (x1+elev,y1+elev,x2-elev,y2-elev);
setcolor (black) ;
rectangle (x1,y1,x2,y2) ;
rectangle (x1+elev,y1+elev,x2-elev,y2-elev);
line (x1,y1,x1+elev,y1+elev) ;
line (x2,y1,x2-elev,y1+elev) ;
line (x1,y2,x1+elev,y2-elev) ;
line (x2,y2,x2-elev,y2-elev) ;
setcolorfill (darkgray);
if efct = outof then begin
floodfill(x2 - 1,y2 - 2,black);
floodfill(x2 - 2,y2 - 1,black);
end
else begin
floodfill(x1 + 1,y1 + 2,black);
floodfill(x1 + 2,y1 + 1,black);
end;
end;
procedure win(x1,y1,x2,y2 : word; title : string);
var alltitle : string;
begin
inc (winnbr ) ;
str (winnbr:3,alltitle) ;
alltitle := alltitle + ': ' + title;
settextstyle (defaultfont,horizdir,1) ;
settextjustify (lefttext,toptext) ;
box3d (x1,y1,x2,y2,3,outof,lightgray) ;
box3d(x1+6,y1+6,x2-6,y1+textheight(alltitle)+13,2,outof,blue);
setcolor(black);
outtextxy(x1+21,y1+11,alltitle);
setcolor(white);
outtextxy(x1+20,y1+10,alltitle);
box3d(x1+6,y1+24,x2-6,y2-6,3,inof,black);
end;
procedure init320x200; assembler;
asm
mov ax, 19
int 10h
end;
procedure textmode; assembler;
asm
mov ax, 3
int 10h
end;
procedure video(est : byte); assembler;
asm
cmp est,1
je @cont
mov est,1
jmp @do
@cont: mov est,0
@do: mov ah,12h
mov al,est
mov bl,36h
int 10h
end;
procedure putpoint(x,y : word; cor : byte); assembler;
asm
MOV CX, y
MOV DX, x
MOV AX, CX
SHL AX, 8
SHL CX, 6
ADD CX, AX
ADD CX, DX
MOV AX, 0A000h
MOV ES, AX
MOV SI, CX
MOV AL, cor
MOV [ES:SI], AL
end;
function getpoint(x,y : word) : byte; assembler;
asm
MOV CX, y
MOV DX, x
MOV AX, CX
SHL AX, 8
SHL CX, 6
ADD CX, AX
ADD CX, DX
MOV AX, 0A000h
MOV ES, AX
MOV SI, CX
MOV al, [ES:SI]
end;
procedure putline(x,y,x1,y1 : word; cor : byte); assembler;
var xd, dy, ddx, ddy, l, b : word;
asm
PUSH x
PUSH y
MOV AL,cor
MOV AH,0
PUSH AX
CALL putpoint
MOV AX, x1
SUB AX, x
JNC @naonega1
NEG AX
MOV BX, -1h
JMP @guarda1
@naonega1: MOV BX, 01h
@guarda1: MOV xd, BX
MOV x1, AX
MOV AX, y1
SUB AX, y
JNC @naonega2
NEG AX
MOV BX, -1h
JMP @guarda2
@naonega2: MOV BX, 01h
@guarda2: MOV dy, BX
MOV y1, AX
CMP AX, x1
JC @op1
JZ @op1
MOV b, AX
MOV AX, x1
MOV l, AX
XOR AX, AX
MOV ddx, AX
MOV AX, dy
MOV ddy, AX
JMP @calc
@op1: OR AX, x1
JZ @fim
MOV AX, y1
MOV l, AX
MOV AX, x1
MOV b, AX
XOR AX, AX
MOV ddy, AX
MOV AX, xd
MOV ddx, AX
@calc: MOV SI, b
MOV BX, SI
SHR SI, 1
@ciclo: ADD SI, l
CMP SI, b
JC @dd
SUB SI, b
MOV CX, dy
MOV DX, xd
JMP @pponto
@dd: MOV CX, ddy
MOV DX, ddx
@pponto: OR DX, DX
JZ @ok1
DEC DX
JNZ @nega1
INC x
JMP @ok1
@nega1: DEC x
@ok1: MOV DX, x
OR CX, CX
JZ @ok2
DEC CX
JNZ @nega2
INC y
JMP @ok2
@nega2: DEC y
@ok2: MOV CX, y
PUSH SI
MOV AX, CX
SHL CX, 8
SHL AX, 6
ADD CX, AX
ADD CX, DX
MOV AX, 0A000h
MOV ES, AX
MOV SI, CX
MOV al,cor
MOV [ES:SI], AL
POP SI
DEC BX
JNZ @ciclo
@fim:
end;
procedure closingpalette(tempo : word); assembler;
var palini : paletype;
maior : byte;
asm
PUSH DS
PUSH ES
MOV AX, 1017h
XOR BX, BX
MOV CX, 255
PUSH DS
POP ES
LEA DX, palini
INT 10h
CLD
MOV CX, 3*256
MOV maior, 0
LEA SI, palini
@ler: LODSB
CMP maior, AL
JL @seta
LOOP @ler
JMP @fim
@seta: MOV maior, AL
LOOP @ler
@fim: XOR CX, CX
MOV CL, maior
@0: PUSH CX
LEA SI, palini
MOV DI, SI
XOR AX, AX
XOR BX, BX
@1: MOV DX, 3C8h
MOV CX, 3
MOV AX, BX
OUT DX, AL
INC DX
@2: LODSB
OR AX, AX
JZ @3
DEC AX
@3: STOSB
OUT DX, AL
LOOP @2
CMP BX, 255
JE @4
INC BX
JMP @1
@4: MOV CX, tempo
@5: LOOP @5
POP CX
LOOP @0
POP ES
POP DS
end;
{=====================================================}
{ Funcoes de teclado }
{=====================================================}
procedure wait; assembler;
asm
push ax
xor ax,ax
int 16h
pop ax
end;
{=====================================================}
{ Funcoes de string }
{=====================================================}
function replicate(ch : char; qtd : byte) : string;
var aux : string;
tmp : byte ;
begin
aux := '';
for tmp := 0 to qtd do
aux := aux + ch;
replicate := aux;
end;
function space(qtd : byte) : string;
begin
space := replicate(#32,qtd);
end;
function alltrim(strini : string) : string;
var inicio : byte ;
fim : byte ;
begin
inicio := 1;
fim := length(strini);
while (inicio <= length(strini)) and (strini[inicio] = #32) do
inc(inicio);
while (fim > 0) and (strini[fim] = #32) do
dec(fim);
alltrim := copy(strini,inicio,fim - inicio + 1);
end;
function upper(str:string) : string;
var loopi : byte;
begin
for loopi := 1 to length(str) do
str[loopi] := upcase(str[loopi]);
upper := str;
end;
{=====================================================}
{ Funcoes de Tipos }
{=====================================================}
function ifbyte(valor : boolean; v1,v2 : byte) : byte;
begin
if valor then ifbyte := v1 else ifbyte := v2;
end;
function ifword(valor : boolean; v1,v2 : word) : word;
begin
if valor then ifword := v1 else ifword := v2;
end;
function ifchar(valor : boolean; v1,v2 : char) : char;
begin
if valor then ifchar := v1 else ifchar := v2;
end;
function ifstring(valor : boolean; v1,v2 : string) : string;
begin
if valor then ifstring := v1 else ifstring := v2;
end;
function ifint(valor : boolean; v1,v2 : integer) : integer;
begin
if valor then ifint := v1 else ifint := v2;
end;
procedure swapbyte(var v1,v2 : byte);
var v3 : byte;
begin
v3 := v1 ;
v1 := v2 ;
v2 := v3 ;
end;
procedure swapword(var v1,v2 : word);
var v3 : word;
begin
v3 := v1 ;
v1 := v2 ;
v2 := v3 ;
end;
function byteval(str : string) : byte;
var resp : byte;
err : integer;
begin
val(str,resp,err);
if err <> 0 then resp := 0;
byteval := resp;
end;
function wordval(str : string) : word;
var resp : word;
err : integer;
begin
val(str,resp,err);
if err <> 0 then resp := 0;
wordval := resp;
end;
function min(a,b : integer) : integer;
begin
if a < b then min := a else min := b;
end;
function max(a,b : integer) : integer;
begin
if a > b then max := a else max := b;
end;
{=====================================================}
{ Funcoes de Arquivos }
{=====================================================}
function exist(fname : string) : boolean;
var f : file;
begin
{i-}
assign(f,fname);
reset(f);
{$i+}
if ioresult <> 0 then exist := false else begin
close(f);
exist := true;
end;
end;
function fsize(fname : string) : longint;
var f : file;
begin
{i-}
assign(f,fname);
reset(f,1);
{$i+}
if ioresult <> 0 then fsize := -1 else begin
fsize := filesize(f);
close(f);
end;
end;
function openbigfile(nfin : string; var fin : file) : byte;
var header : headtype;
begin
assign(fin,nfin);
{$i-}
reset(fin,1);
{$i+}
if ioresult <> 0 then
openbigfile := 0
else begin
blockread(fin,header,sizeof(header));
if header.signature <> 'SC' then
openbigfile := 0
else
openbigfile := header.nfiles;
end;
end;
procedure filebiginfo(var fin : file; var entry : entrytype; arq : byte);
var reads : word;
posant: longint;
begin
posant := filepos(fin);
seek(fin,(arq-1)*sizeof(entrytype)+sizeof(headtype));
{$i-}
blockread(fin,entry,sizeof(entry),reads);
{$i+}
seek(fin,posant);
if reads <> sizeof(entry) then entry.filename := '';
end;
procedure filebigpos(var fin : file; arq : byte);
var entry : entrytype;
begin
filebiginfo(fin,entry,arq);
seek(fin,entry.startentry);
end;
begin
end. |
{ * opCode * }
{ ****************************************************************************** }
{ * https://zpascal.net * }
{ * https://github.com/PassByYou888/zAI * }
{ * https://github.com/PassByYou888/ZServer4D * }
{ * https://github.com/PassByYou888/PascalString * }
{ * https://github.com/PassByYou888/zRasterization * }
{ * https://github.com/PassByYou888/CoreCipher * }
{ * https://github.com/PassByYou888/zSound * }
{ * https://github.com/PassByYou888/zChinese * }
{ * https://github.com/PassByYou888/zExpression * }
{ * https://github.com/PassByYou888/zGameWare * }
{ * https://github.com/PassByYou888/zAnalysis * }
{ * https://github.com/PassByYou888/FFMPEG-Header * }
{ * https://github.com/PassByYou888/zTranslate * }
{ * https://github.com/PassByYou888/InfiniteIoT * }
{ * https://github.com/PassByYou888/FastMD5 * }
{ ****************************************************************************** }
unit OpCode;
{$INCLUDE zDefine.inc}
interface
uses SysUtils, Variants, Math, CoreClasses, PascalStrings, DoStatusIO, ListEngine, UnicodeMixedLib;
type
TOpValueType = (
ovtBool, ovtInt, ovtInt64, ovtUInt64, ovtWord, ovtByte, ovtSmallInt, ovtShortInt, ovtUInt,
ovtSingle, ovtDouble, ovtCurrency,
ovtString, ovtProc,
ovtUnknow);
TOpCode = class;
TOpCustomRunTime = class;
TOpParam = array of Variant;
TOnOpCall = function(var OP_Param: TOpParam): Variant;
TOnOpMethod = function(var OP_Param: TOpParam): Variant of object;
TOnObjectOpCall = function(Sender: TOpCustomRunTime; var OP_Param: TOpParam): Variant;
TOnObjectOpMethod = function(Sender: TOpCustomRunTime; var OP_Param: TOpParam): Variant of object;
{$IFDEF FPC}
TOnOpProc = function(var OP_Param: TOpParam): Variant is nested;
TOnObjectOpProc = function(Sender: TOpCustomRunTime; var OP_Param: TOpParam): Variant is nested;
{$ELSE FPC}
TOnOpProc = reference to function(var OP_Param: TOpParam): Variant;
TOnObjectOpProc = reference to function(Sender: TOpCustomRunTime; var OP_Param: TOpParam): Variant;
{$ENDIF FPC}
TOpRTData = record
Param: TOpParam;
Name, Description, Category: SystemString;
OnOpCall: TOnOpCall;
OnOpMethod: TOnOpMethod;
OnOpProc: TOnOpProc;
OnObjectOpCall: TOnObjectOpCall;
OnObjectOpMethod: TOnObjectOpMethod;
OnObjectOpProc: TOnObjectOpProc;
procedure Init;
end;
POpRTData = ^TOpRTData;
TOpCustomRunTime = class(TCoreClassObject)
protected
procedure FreeNotifyProc(p: Pointer);
function DoInt(var OP_Param: TOpParam): Variant;
function DoFrac(var OP_Param: TOpParam): Variant;
function DoExp(var OP_Param: TOpParam): Variant;
function DoCos(var OP_Param: TOpParam): Variant;
function DoSin(var OP_Param: TOpParam): Variant;
function DoLn(var OP_Param: TOpParam): Variant;
function DoArcTan(var OP_Param: TOpParam): Variant;
function DoSqrt(var OP_Param: TOpParam): Variant;
function DoSqr(var OP_Param: TOpParam): Variant;
function DoTan(var OP_Param: TOpParam): Variant;
function DoRound(var OP_Param: TOpParam): Variant;
function DoTrunc(var OP_Param: TOpParam): Variant;
function DoDeg(var OP_Param: TOpParam): Variant;
function DoPower(var OP_Param: TOpParam): Variant;
function DoSingle(var OP_Param: TOpParam): Variant;
function DoDouble(var OP_Param: TOpParam): Variant;
function DoExtended(var OP_Param: TOpParam): Variant;
function DoByte(var OP_Param: TOpParam): Variant;
function DoWord(var OP_Param: TOpParam): Variant;
function DoCardinal(var OP_Param: TOpParam): Variant;
function DoUInt64(var OP_Param: TOpParam): Variant;
function DoShortInt(var OP_Param: TOpParam): Variant;
function DoSmallInt(var OP_Param: TOpParam): Variant;
function DoInteger(var OP_Param: TOpParam): Variant;
function DoInt64(var OP_Param: TOpParam): Variant;
function DoROL8(var OP_Param: TOpParam): Variant;
function DoROL16(var OP_Param: TOpParam): Variant;
function DoROL32(var OP_Param: TOpParam): Variant;
function DoROL64(var OP_Param: TOpParam): Variant;
function DoROR8(var OP_Param: TOpParam): Variant;
function DoROR16(var OP_Param: TOpParam): Variant;
function DoROR32(var OP_Param: TOpParam): Variant;
function DoROR64(var OP_Param: TOpParam): Variant;
function DoEndian16(var OP_Param: TOpParam): Variant;
function DoEndian32(var OP_Param: TOpParam): Variant;
function DoEndian64(var OP_Param: TOpParam): Variant;
function DoEndianU16(var OP_Param: TOpParam): Variant;
function DoEndianU32(var OP_Param: TOpParam): Variant;
function DoEndianU64(var OP_Param: TOpParam): Variant;
function DoSAR16(var OP_Param: TOpParam): Variant;
function DoSAR32(var OP_Param: TOpParam): Variant;
function DoSAR64(var OP_Param: TOpParam): Variant;
function DoPI(var OP_Param: TOpParam): Variant;
function DoBool(var OP_Param: TOpParam): Variant;
function DoTrue(var OP_Param: TOpParam): Variant;
function DoFalse(var OP_Param: TOpParam): Variant;
function DoRColor(var OP_Param: TOpParam): Variant;
function DoVec2(var OP_Param: TOpParam): Variant;
function DoVec3(var OP_Param: TOpParam): Variant;
function DoVec4(var OP_Param: TOpParam): Variant;
function DoRandom(var OP_Param: TOpParam): Variant;
function DoRandomFloat(var OP_Param: TOpParam): Variant;
function DoMax(var OP_Param: TOpParam): Variant;
function DoMin(var OP_Param: TOpParam): Variant;
function DoClamp(var OP_Param: TOpParam): Variant;
function DoIfThen(var OP_Param: TOpParam): Variant;
function DoStr(var OP_Param: TOpParam): Variant;
function DoMultiple(var OP_Param: TOpParam): Variant;
public
ProcList: THashList;
Trigger: POpRTData;
UserObject: TCoreClassObject;
UserData: Pointer;
constructor Create;
constructor CustomCreate(maxHashSiz_: Integer); virtual;
destructor Destroy; override;
procedure Clean; virtual;
procedure PrepareRegistation; virtual;
function GetProcDescription(ProcName: SystemString): SystemString; overload;
function GetAllProcDescription(): TPascalStringList; overload;
function GetAllProcDescription(Category: U_String): TPascalStringList; overload;
function RegOpC(ProcName: SystemString; OnProc: TOnOpCall): POpRTData; overload;
function RegOpC(ProcName, ProcDescription: SystemString; OnProc: TOnOpCall): POpRTData; overload;
function RegOpM(ProcName: SystemString; OnProc: TOnOpMethod): POpRTData; overload;
function RegOpM(ProcName, ProcDescription: SystemString; OnProc: TOnOpMethod): POpRTData; overload;
function RegObjectOpC(ProcName: SystemString; OnProc: TOnObjectOpCall): POpRTData; overload;
function RegObjectOpC(ProcName, ProcDescription: SystemString; OnProc: TOnObjectOpCall): POpRTData; overload;
function RegObjectOpM(ProcName: SystemString; OnProc: TOnObjectOpMethod): POpRTData; overload;
function RegObjectOpM(ProcName, ProcDescription: SystemString; OnProc: TOnObjectOpMethod): POpRTData; overload;
function RegOpP(ProcName: SystemString; OnProc: TOnOpProc): POpRTData; overload;
function RegOpP(ProcName, ProcDescription: SystemString; OnProc: TOnOpProc): POpRTData; overload;
function RegObjectOpP(ProcName: SystemString; OnProc: TOnObjectOpProc): POpRTData; overload;
function RegObjectOpP(ProcName, ProcDescription: SystemString; OnProc: TOnObjectOpProc): POpRTData; overload;
end;
opClass = class of TOpCode;
TOpCode = class(TCoreClassObject)
private type
POpData = ^opData;
opData = record
Op: TOpCode;
Value: Variant;
ValueType: TOpValueType;
end;
protected
FParam: TCoreClassList;
FAutoFreeLink: Boolean;
function DoExecute(opRT: TOpCustomRunTime): Variant; virtual;
function GetParam(index: Integer): POpData;
procedure EvaluateParam(opRT: TOpCustomRunTime); overload;
procedure EvaluateParam(printLog: Boolean; opRT: TOpCustomRunTime); overload;
public
Owner: TOpCode;
ParsedInfo: SystemString;
ParsedLineNo: Integer;
constructor Create(AFreeLink: Boolean);
destructor Destroy; override;
procedure SaveToStream(stream: TCoreClassStream);
class function LoadFromStream(stream: TCoreClassStream; out LoadedOp: TOpCode): Boolean;
function AddValue(v: Variant): Integer; overload;
function AddValueT(v: Variant; VT: TOpValueType): Integer; overload;
function AddLink(Obj: TOpCode): Integer;
function CloneNewSelf: TOpCode;
property Param[index: Integer]: POpData read GetParam; default;
function Count: Integer;
function Execute: Variant; overload;
function Execute(opRT: TOpCustomRunTime): Variant; overload;
function OwnerRoot: TOpCode;
property AutoFreeLink: Boolean read FAutoFreeLink write FAutoFreeLink;
end;
op_Value = class sealed(TOpCode)
private
// a
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Proc = class sealed(TOpCode)
private
// proc(a,b,c...)
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Add_Prefix = class sealed(TOpCode)
private
// +proc
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Sub_Prefix = class sealed(TOpCode)
private
// -proc
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Add = class sealed(TOpCode)
private
// a + b + n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Sub = class sealed(TOpCode)
private
// a - b - n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Mul = class sealed(TOpCode)
private
// a * b * n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Div = class sealed(TOpCode)
private
// a / b / n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_IntDiv = class sealed(TOpCode)
private
// a div b div n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Pow = class sealed(TOpCode)
private
// a pow b
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Mod = class sealed(TOpCode)
private
// a mod b mod n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Or = class sealed(TOpCode)
private
// a or b or n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_And = class sealed(TOpCode)
private
// a and b and n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Xor = class sealed(TOpCode)
private
// a xor b xor n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Shl = class sealed(TOpCode)
private
// a shl b shl n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Shr = class sealed(TOpCode)
private
// a shr b shr n...
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Equal = class sealed(TOpCode)
private
// a = b
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_LessThan = class sealed(TOpCode)
private
// a < b
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_EqualOrLessThan = class sealed(TOpCode)
private
// a <= b
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_GreaterThan = class sealed(TOpCode)
private
// a > b
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_EqualOrGreaterThan = class sealed(TOpCode)
private
// a >= b
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_NotEqual = class sealed(TOpCode)
private
// a <> b
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Symbol_Sub = class sealed(TOpCode)
private
// -a
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
op_Symbol_Add = class sealed(TOpCode)
private
// +a
function DoExecute(opRT: TOpCustomRunTime): Variant; override;
end;
function LoadOpFromStream(stream: TCoreClassStream; out LoadedOp: TOpCode): Boolean;
var
DefaultOpRT: TOpCustomRunTime;
implementation
uses Geometry2DUnit, Geometry3DUnit, DataFrameEngine;
type
opRegData = record
opClass: opClass;
OpName: TPascalString;
hash: Cardinal;
end;
POpRegData = ^opRegData;
var
OpList: TCoreClassList;
procedure TOpRTData.Init;
begin
SetLength(Param, 0);
Name := '';
Description := '';
Category := '';
OnOpCall := nil;
OnOpMethod := nil;
OnOpProc := nil;
OnObjectOpCall := nil;
OnObjectOpMethod := nil;
OnObjectOpProc := nil;
end;
function GetRegistedOp(Name: TPascalString): POpRegData;
var
i: Integer;
p: POpRegData;
hash: Cardinal;
begin
Result := nil;
hash := FastHashPPascalString(@Name);
for i := 0 to OpList.Count - 1 do
begin
p := OpList[i];
if (p^.hash = hash) and (SameText(Name, p^.OpName)) then
Exit(p);
end;
end;
procedure RegisterOp(c: opClass);
var
p: POpRegData;
begin
if GetRegistedOp(c.ClassName) <> nil then
raise Exception.Create('same op ' + c.ClassName);
new(p);
p^.opClass := c;
p^.OpName := p^.opClass.ClassName;
p^.hash := FastHashPPascalString(@p^.OpName);
OpList.Add(p);
end;
procedure _FreeOp;
var
i: Integer;
p: POpRegData;
begin
for i := 0 to OpList.Count - 1 do
begin
p := OpList[i];
Dispose(p);
end;
DisposeObject(OpList);
end;
function LoadOpFromStream(stream: TCoreClassStream; out LoadedOp: TOpCode): Boolean;
function LoadFromDataFrame_(CurDataEng: TDataFrameEngine): TOpCode;
var
AName: SystemString;
RegPtr: POpRegData;
i, cnt: Integer;
NeedNewOp: Boolean;
newDataEng: TDataFrameEngine;
v: Variant;
VT: TOpValueType;
begin
AName := CurDataEng.Reader.ReadString;
RegPtr := GetRegistedOp(AName);
if RegPtr <> nil then
begin
Result := RegPtr^.opClass.Create(True);
Result.ParsedInfo := CurDataEng.Reader.ReadString;
Result.ParsedLineNo := CurDataEng.Reader.ReadInteger;
cnt := CurDataEng.Reader.ReadInteger;
for i := 0 to cnt - 1 do
begin
NeedNewOp := CurDataEng.Reader.ReadBool;
if NeedNewOp then
begin
// create new TOpCode
newDataEng := TDataFrameEngine.Create;
CurDataEng.Reader.ReadDataFrame(newDataEng);
Result.AddLink(LoadFromDataFrame_(newDataEng));
DisposeObject(newDataEng);
end
else
begin
v := CurDataEng.Reader.ReadVariant;
VT := TOpValueType(CurDataEng.Reader.ReadInteger);
Result.AddValueT(v, VT);
end;
end;
end
else
raise Exception.Create('opCode failed');
end;
var
DataEng: TDataFrameEngine;
DataEdition: Integer;
begin
Result := False;
DataEng := TDataFrameEngine.Create;
try
DataEng.DecodeFrom(stream, True);
DataEdition := DataEng.Reader.ReadInteger;
if DataEdition = 1 then
begin
LoadedOp := LoadFromDataFrame_(DataEng);
Result := True;
end
else
LoadedOp := nil;
except
end;
DisposeObject(DataEng);
end;
procedure TOpCustomRunTime.FreeNotifyProc(p: Pointer);
begin
POpRTData(p)^.Init;
Dispose(POpRTData(p));
end;
function TOpCustomRunTime.DoInt(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Int(v);
end;
function TOpCustomRunTime.DoFrac(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Frac(v);
end;
function TOpCustomRunTime.DoExp(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Exp(v);
end;
function TOpCustomRunTime.DoCos(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Cos(v);
end;
function TOpCustomRunTime.DoSin(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Sin(v);
end;
function TOpCustomRunTime.DoLn(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := ln(v);
end;
function TOpCustomRunTime.DoArcTan(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := ArcTan(v);
end;
function TOpCustomRunTime.DoSqrt(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Sqrt(v);
end;
function TOpCustomRunTime.DoSqr(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Sqr(v);
end;
function TOpCustomRunTime.DoTan(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Tan(v);
end;
function TOpCustomRunTime.DoRound(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Round(Double(v));
end;
function TOpCustomRunTime.DoTrunc(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := Trunc(Double(v));
end;
function TOpCustomRunTime.DoDeg(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
Result := NormalizeDegAngle(TGeoFloat(v));
end;
function TOpCustomRunTime.DoPower(var OP_Param: TOpParam): Variant;
var
v: Variant;
i: Integer;
begin
if length(OP_Param) = 2 then
Result := Power(OP_Param[0], OP_Param[1])
else
Result := 0;
end;
function TOpCustomRunTime.DoSingle(var OP_Param: TOpParam): Variant;
begin
Result := Single(OP_Param[0]);
end;
function TOpCustomRunTime.DoDouble(var OP_Param: TOpParam): Variant;
begin
Result := Double(OP_Param[0]);
end;
function TOpCustomRunTime.DoExtended(var OP_Param: TOpParam): Variant;
begin
Result := Extended(OP_Param[0]);
end;
function TOpCustomRunTime.DoByte(var OP_Param: TOpParam): Variant;
begin
Result := Byte(OP_Param[0]);
end;
function TOpCustomRunTime.DoWord(var OP_Param: TOpParam): Variant;
begin
Result := Word(OP_Param[0]);
end;
function TOpCustomRunTime.DoCardinal(var OP_Param: TOpParam): Variant;
begin
Result := Cardinal(OP_Param[0]);
end;
function TOpCustomRunTime.DoUInt64(var OP_Param: TOpParam): Variant;
begin
Result := UInt64(OP_Param[0]);
end;
function TOpCustomRunTime.DoShortInt(var OP_Param: TOpParam): Variant;
begin
Result := ShortInt(OP_Param[0]);
end;
function TOpCustomRunTime.DoSmallInt(var OP_Param: TOpParam): Variant;
begin
Result := SmallInt(OP_Param[0]);
end;
function TOpCustomRunTime.DoInteger(var OP_Param: TOpParam): Variant;
begin
Result := Integer(OP_Param[0]);
end;
function TOpCustomRunTime.DoInt64(var OP_Param: TOpParam): Variant;
begin
Result := Int64(OP_Param[0]);
end;
function TOpCustomRunTime.DoROL8(var OP_Param: TOpParam): Variant;
begin
Result := ROL8(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoROL16(var OP_Param: TOpParam): Variant;
begin
Result := ROL16(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoROL32(var OP_Param: TOpParam): Variant;
begin
Result := ROL32(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoROL64(var OP_Param: TOpParam): Variant;
begin
Result := ROL64(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoROR8(var OP_Param: TOpParam): Variant;
begin
Result := ROR8(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoROR16(var OP_Param: TOpParam): Variant;
begin
Result := ROR16(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoROR32(var OP_Param: TOpParam): Variant;
begin
Result := ROR32(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoROR64(var OP_Param: TOpParam): Variant;
begin
Result := ROR64(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoEndian16(var OP_Param: TOpParam): Variant;
begin
Result := Endian(SmallInt(OP_Param[0]));
end;
function TOpCustomRunTime.DoEndian32(var OP_Param: TOpParam): Variant;
begin
Result := Endian(Integer(OP_Param[0]));
end;
function TOpCustomRunTime.DoEndian64(var OP_Param: TOpParam): Variant;
begin
Result := Endian(Int64(OP_Param[0]));
end;
function TOpCustomRunTime.DoEndianU16(var OP_Param: TOpParam): Variant;
begin
Result := Endian(Word(OP_Param[0]));
end;
function TOpCustomRunTime.DoEndianU32(var OP_Param: TOpParam): Variant;
begin
Result := Endian(Cardinal(OP_Param[0]));
end;
function TOpCustomRunTime.DoEndianU64(var OP_Param: TOpParam): Variant;
begin
Result := Endian(UInt64(OP_Param[0]));
end;
function TOpCustomRunTime.DoSAR16(var OP_Param: TOpParam): Variant;
begin
Result := SAR16(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoSAR32(var OP_Param: TOpParam): Variant;
begin
Result := SAR32(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoSAR64(var OP_Param: TOpParam): Variant;
begin
Result := SAR64(OP_Param[0], OP_Param[1]);
end;
function TOpCustomRunTime.DoPI(var OP_Param: TOpParam): Variant;
begin
Result := PI;
end;
function TOpCustomRunTime.DoBool(var OP_Param: TOpParam): Variant;
function v2b(const v: Variant): Boolean;
var
n: TPascalString;
begin
if VarIsStr(v) then
begin
n := VarToStr(v);
n := n.DeleteChar(#32#9);
if n.Same('True') or n.Same('Yes') or n.Same('1') then
Result := True
else
Result := False;
end
else if VarIsOrdinal(v) then
Result := Boolean(v)
else if VarIsFloat(v) then
Result := Boolean(Round(Double(v)))
else
Result := Boolean(v);
end;
var
n: Boolean;
i: Integer;
begin
n := True;
for i := low(OP_Param) to high(OP_Param) do
n := n and v2b(OP_Param[i]);
Result := n;
end;
function TOpCustomRunTime.DoTrue(var OP_Param: TOpParam): Variant;
begin
Result := True;
end;
function TOpCustomRunTime.DoFalse(var OP_Param: TOpParam): Variant;
begin
Result := False;
end;
function TOpCustomRunTime.DoRColor(var OP_Param: TOpParam): Variant;
var
buff: array [0 .. 3] of SystemString;
i: Integer;
begin
for i := 0 to 2 do
buff[i] := '0.0';
buff[3] := '1.0';
for i := Low(OP_Param) to high(OP_Param) do
buff[i] := VarToStr(OP_Param[i]);
Result := Format('RColor(%s,%s,%s,%s)', [buff[0], buff[1], buff[2], buff[3]]);
end;
function TOpCustomRunTime.DoVec2(var OP_Param: TOpParam): Variant;
var
buff: array [0 .. 1] of SystemString;
i: Integer;
begin
for i := Low(buff) to high(buff) do
buff[i] := '0.0';
for i := Low(OP_Param) to high(OP_Param) do
buff[i] := VarToStr(OP_Param[i]);
Result := Format('Vec2(%s,%s)', [buff[0], buff[1]]);
end;
function TOpCustomRunTime.DoVec3(var OP_Param: TOpParam): Variant;
var
buff: array [0 .. 2] of SystemString;
i: Integer;
begin
for i := Low(buff) to high(buff) do
buff[i] := '0.0';
for i := Low(OP_Param) to high(OP_Param) do
buff[i] := VarToStr(OP_Param[i]);
Result := Format('Vec3(%s,%s,%s)', [buff[0], buff[1], buff[2]]);
end;
function TOpCustomRunTime.DoVec4(var OP_Param: TOpParam): Variant;
var
buff: array [0 .. 3] of SystemString;
i: Integer;
begin
for i := Low(buff) to high(buff) do
buff[i] := '0.0';
for i := Low(OP_Param) to high(OP_Param) do
buff[i] := VarToStr(OP_Param[i]);
Result := Format('Vec4(%s,%s,%s,%s)', [buff[0], buff[1], buff[2], buff[3]]);
end;
function TOpCustomRunTime.DoRandom(var OP_Param: TOpParam): Variant;
var
v: Integer;
i: Integer;
begin
v := 0;
for i := low(OP_Param) to high(OP_Param) do
v := v + OP_Param[i];
if v <> 0 then
Result := MT19937Rand32(v)
else
Result := MT19937Rand32(MaxInt);
end;
function TOpCustomRunTime.DoRandomFloat(var OP_Param: TOpParam): Variant;
begin
Result := MT19937RandF;
end;
function TOpCustomRunTime.DoMax(var OP_Param: TOpParam): Variant;
var
i: Integer;
begin
if length(OP_Param) = 0 then
begin
Result := NULL;
Exit;
end;
Result := OP_Param[0];
for i := 1 to length(OP_Param) - 1 do
if OP_Param[i] > Result then
Result := OP_Param[i];
end;
function TOpCustomRunTime.DoMin(var OP_Param: TOpParam): Variant;
var
i: Integer;
begin
if length(OP_Param) = 0 then
begin
Result := NULL;
Exit;
end;
Result := OP_Param[0];
for i := 1 to length(OP_Param) - 1 do
if OP_Param[i] < Result then
Result := OP_Param[i];
end;
function TOpCustomRunTime.DoClamp(var OP_Param: TOpParam): Variant;
var
minv_, maxv_: Variant;
begin
if length(OP_Param) <> 3 then
begin
if length(OP_Param) > 0 then
Result := OP_Param[0]
else
Result := NULL;
Exit;
end;
if OP_Param[1] > OP_Param[2] then
begin
minv_ := OP_Param[2];
maxv_ := OP_Param[1];
end
else
begin
minv_ := OP_Param[1];
maxv_ := OP_Param[2];
end;
if OP_Param[0] < minv_ then
Result := minv_
else if OP_Param[0] > maxv_ then
Result := maxv_
else
Result := OP_Param[0];
end;
function TOpCustomRunTime.DoIfThen(var OP_Param: TOpParam): Variant;
begin
if length(OP_Param) <> 3 then
begin
Result := NULL;
Exit;
end;
if Boolean(OP_Param[0]) = True then
Result := OP_Param[1]
else
Result := OP_Param[2];
end;
function TOpCustomRunTime.DoStr(var OP_Param: TOpParam): Variant;
var
n: TPascalString;
i: Integer;
begin
n := '';
for i := low(OP_Param) to high(OP_Param) do
n.Append(VarToStr(OP_Param[i]));
Result := n;
end;
function TOpCustomRunTime.DoMultiple(var OP_Param: TOpParam): Variant;
var
i: Integer;
begin
if length(OP_Param) >= 2 then
begin
Result := True;
for i := 1 to length(OP_Param) - 1 do
Result := Result and umlMultipleMatch(VarToStr(OP_Param[0]), VarToStr(OP_Param[i]));
end
else
Result := True;
end;
constructor TOpCustomRunTime.Create;
begin
CustomCreate(1024);
end;
constructor TOpCustomRunTime.CustomCreate(maxHashSiz_: Integer);
begin
inherited Create;
ProcList := THashList.CustomCreate(maxHashSiz_);
ProcList.AutoFreeData := True;
ProcList.AccessOptimization := True;
ProcList.OnFreePtr := {$IFDEF FPC}@{$ENDIF FPC}FreeNotifyProc;
Trigger := nil;
UserObject := nil;
UserData := nil;
PrepareRegistation;
end;
destructor TOpCustomRunTime.Destroy;
begin
DisposeObject(ProcList);
inherited Destroy;
end;
procedure TOpCustomRunTime.Clean;
begin
ProcList.Clear;
end;
procedure TOpCustomRunTime.PrepareRegistation;
begin
RegOpM('Int', 'Int(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoInt)^.Category := 'Base Math';
RegOpM('Frac', 'Frac(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoFrac)^.Category := 'Base Math';
RegOpM('Exp', 'Exp(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoExp)^.Category := 'Base Math';
RegOpM('Cos', 'Cos(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoCos)^.Category := 'Base Math';
RegOpM('Sin', 'Sin(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSin)^.Category := 'Base Math';
RegOpM('Ln', 'Ln(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoLn)^.Category := 'Base Math';
RegOpM('ArcTan', 'ArcTan(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoArcTan)^.Category := 'Base Math';
RegOpM('Sqrt', 'Sqrt(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSqrt)^.Category := 'Base Math';
RegOpM('Sqr', 'Sqr(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSqr)^.Category := 'Base Math';
RegOpM('Tan', 'Tan(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoTan)^.Category := 'Base Math';
RegOpM('Round', 'Round(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoRound)^.Category := 'Base Math';
RegOpM('Trunc', 'Trunc(0..n): math function', {$IFDEF FPC}@{$ENDIF FPC}DoTrunc)^.Category := 'Base Math';
RegOpM('Deg', 'Deg(0..n): NormalizeDegAngle function', {$IFDEF FPC}@{$ENDIF FPC}DoDeg)^.Category := 'Base Math';
RegOpM('Power', 'Power(float,float): Power: Raise base to any power function', {$IFDEF FPC}@{$ENDIF FPC}DoPower)^.Category := 'Base Math';
RegOpM('Single', 'Single(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSingle)^.Category := 'Base Math';
RegOpM('Double', 'Double(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoDouble)^.Category := 'Base Math';
RegOpM('Float', 'Float(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoDouble)^.Category := 'Base Math';
RegOpM('Extended', 'Extended(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoExtended)^.Category := 'Base Math';
RegOpM('Byte', 'Byte(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoByte)^.Category := 'Base Math';
RegOpM('Word', 'Word(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoWord)^.Category := 'Base Math';
RegOpM('Cardinal', 'Cardinal(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoCardinal)^.Category := 'Base Math';
RegOpM('UInt64', 'UInt64(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoUInt64)^.Category := 'Base Math';
RegOpM('ShortInt', 'ShortInt(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoShortInt)^.Category := 'Base Math';
RegOpM('SmallInt', 'SmallInt(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSmallInt)^.Category := 'Base Math';
RegOpM('Integer', 'Integer(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoInteger)^.Category := 'Base Math';
RegOpM('Int64', 'Int64(value): math function', {$IFDEF FPC}@{$ENDIF FPC}DoInt64)^.Category := 'Base Math';
RegOpM('ROL8', 'ROL8(byte,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROL8)^.Category := 'Base Math';
RegOpM('ROL16', 'ROL16(word,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROL16)^.Category := 'Base Math';
RegOpM('ROL32', 'ROL32(cardinal,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROL32)^.Category := 'Base Math';
RegOpM('ROL64', 'ROL64(uint64,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROL64)^.Category := 'Base Math';
RegOpM('ROR8', 'ROR8(byte,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROR8)^.Category := 'Base Math';
RegOpM('ROR16', 'ROR16(word,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROR16)^.Category := 'Base Math';
RegOpM('ROR32', 'ROR32(cardinal,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROR32)^.Category := 'Base Math';
RegOpM('ROR64', 'ROR64(uint64,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoROR64)^.Category := 'Base Math';
RegOpM('Endian16', 'Endian16(smallint): math function', {$IFDEF FPC}@{$ENDIF FPC}DoEndian16)^.Category := 'Base Math';
RegOpM('Endian32', 'Endian32(integer): math function', {$IFDEF FPC}@{$ENDIF FPC}DoEndian32)^.Category := 'Base Math';
RegOpM('Endian64', 'Endian64(int64): math function', {$IFDEF FPC}@{$ENDIF FPC}DoEndian64)^.Category := 'Base Math';
RegOpM('EndianU16', 'EndianU16(word): math function', {$IFDEF FPC}@{$ENDIF FPC}DoEndianU16)^.Category := 'Base Math';
RegOpM('EndianU32', 'EndianU32(cardinal): math function', {$IFDEF FPC}@{$ENDIF FPC}DoEndianU32)^.Category := 'Base Math';
RegOpM('EndianU64', 'EndianU64(uint64): math function', {$IFDEF FPC}@{$ENDIF FPC}DoEndianU64)^.Category := 'Base Math';
RegOpM('SAR16', 'SAR16(word,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSAR16)^.Category := 'Base Math';
RegOpM('SAR32', 'SAR32(cardinal,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSAR32)^.Category := 'Base Math';
RegOpM('SAR64', 'SAR64(uint64,Shift): math function', {$IFDEF FPC}@{$ENDIF FPC}DoSAR64)^.Category := 'Base Math';
RegOpM('PI', 'PI(): return PI', {$IFDEF FPC}@{$ENDIF FPC}DoPI)^.Category := 'Base Math';
RegOpM('Bool', 'Bool(n..n): convert any variant as bool', {$IFDEF FPC}@{$ENDIF FPC}DoBool)^.Category := 'Base Math';
RegOpM('Boolean', 'Boolean(n..n): convert any variant as bool', {$IFDEF FPC}@{$ENDIF FPC}DoBool)^.Category := 'Base Math';
RegOpM('True', 'True(): return true', {$IFDEF FPC}@{$ENDIF FPC}DoTrue)^.Category := 'Base Math';
RegOpM('False', 'False(): return false', {$IFDEF FPC}@{$ENDIF FPC}DoFalse)^.Category := 'Base Math';
RegOpM('RColor', 'RColor(R,G,B,A): return RColor string', {$IFDEF FPC}@{$ENDIF FPC}DoRColor)^.Category := 'Base Math';
RegOpM('Vec2', 'Vec2(X,Y): return Vec2 string', {$IFDEF FPC}@{$ENDIF FPC}DoVec2)^.Category := 'Base Math';
RegOpM('Vec3', 'Vec3(X,Y,Z): return Vec3 string', {$IFDEF FPC}@{$ENDIF FPC}DoVec3)^.Category := 'Base Math';
RegOpM('Vec4', 'Vec4(X,Y,Z,W): return Vec4 string', {$IFDEF FPC}@{$ENDIF FPC}DoVec4)^.Category := 'Base Math';
RegOpM('Random', 'Random(0..n): return number', {$IFDEF FPC}@{$ENDIF FPC}DoRandom)^.Category := 'Base Math';
RegOpM('RandomFloat', 'RandomFloat(): return float', {$IFDEF FPC}@{$ENDIF FPC}DoRandomFloat)^.Category := 'Base Math';
RegOpM('RandomF', 'RandomF(): return float', {$IFDEF FPC}@{$ENDIF FPC}DoRandomFloat)^.Category := 'Base Math';
RegOpM('Max', 'Max(0..n): return max value', {$IFDEF FPC}@{$ENDIF FPC}DoMax)^.Category := 'Base Math';
RegOpM('Min', 'Min(0..n): return min value', {$IFDEF FPC}@{$ENDIF FPC}DoMin)^.Category := 'Base Math';
RegOpM('Clamp', 'Clamp(value, min, max): return clamp value', {$IFDEF FPC}@{$ENDIF FPC}DoClamp)^.Category := 'Base Math';
RegOpM('IfThen', 'IfThen(bool, if true then of value, if false then of value): return if value', {$IFDEF FPC}@{$ENDIF FPC}DoIfThen)^.Category := 'Base Math';
RegOpM('Str', 'Str(n..n): convert any variant as string', {$IFDEF FPC}@{$ENDIF FPC}DoStr)^.Category := 'Base String';
RegOpM('String', 'String(n..n): convert any variant as string', {$IFDEF FPC}@{$ENDIF FPC}DoStr)^.Category := 'Base String';
RegOpM('Text', 'Text(n..n): convert any variant as string', {$IFDEF FPC}@{$ENDIF FPC}DoStr)^.Category := 'Base String';
RegOpM('MultipleMatch', 'MultipleMatch(multile exp, n..n): return bool', {$IFDEF FPC}@{$ENDIF FPC}DoMultiple)^.Category := 'Base String';
RegOpM('Multiple', 'MultipleMatch(multile exp, n..n): return bool', {$IFDEF FPC}@{$ENDIF FPC}DoMultiple)^.Category := 'Base String';
end;
function TOpCustomRunTime.GetProcDescription(ProcName: SystemString): SystemString;
var
p: POpRTData;
begin
Result := ProcName + '(): no Descripion';
p := ProcList[ProcName];
if p <> nil then
if p^.Description <> '' then
Result := p^.Description;
end;
function TOpCustomRunTime.GetAllProcDescription(): TPascalStringList;
begin
Result := GetAllProcDescription('*');
end;
function TOpCustomRunTime.GetAllProcDescription(Category: U_String): TPascalStringList;
var
arry: THashDataArray;
hl: THashObjectList;
ns, tmp: TPascalStringList;
i, j: Integer;
p: POpRTData;
n: TPascalString;
begin
Result := TPascalStringList.Create;
arry := ProcList.GetHashDataArray();
hl := THashObjectList.CustomCreate(True, 256);
for i := Low(arry) to High(arry) do
begin
p := arry[i]^.Data;
if not hl.Exists(p^.Category) then
hl.FastAdd(p^.Category, TPascalStringList.Create);
tmp := hl[p^.Category] as TPascalStringList;
if p^.Description <> '' then
n := p^.Description
else
n := p^.Name + '(): no Descripion';
tmp.Add(n);
end;
SetLength(arry, 0);
ns := TPascalStringList.Create;
hl.GetListData(ns);
for i := 0 to ns.Count - 1 do
if umlMultipleMatch(Category, ns[i]) then
begin
Result.Add(PFormat('%s:', [ns[i].Text]));
tmp := ns.Objects[i] as TPascalStringList;
for j := 0 to tmp.Count - 1 do
Result.Add(' ' + tmp[j]);
Result.Add('');
end;
n := '';
DisposeObject(ns);
DisposeObject(hl);
end;
function TOpCustomRunTime.RegOpC(ProcName: SystemString; OnProc: TOnOpCall): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.OnOpCall := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegOpC(ProcName, ProcDescription: SystemString; OnProc: TOnOpCall): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.Description := ProcDescription;
p^.OnOpCall := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegOpM(ProcName: SystemString; OnProc: TOnOpMethod): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.OnOpMethod := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegOpM(ProcName, ProcDescription: SystemString; OnProc: TOnOpMethod): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.Description := ProcDescription;
p^.OnOpMethod := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegObjectOpC(ProcName: SystemString; OnProc: TOnObjectOpCall): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.OnObjectOpCall := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegObjectOpC(ProcName, ProcDescription: SystemString; OnProc: TOnObjectOpCall): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.Description := ProcDescription;
p^.OnObjectOpCall := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegObjectOpM(ProcName: SystemString; OnProc: TOnObjectOpMethod): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.OnObjectOpMethod := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegObjectOpM(ProcName, ProcDescription: SystemString; OnProc: TOnObjectOpMethod): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.Description := ProcDescription;
p^.OnObjectOpMethod := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegOpP(ProcName: SystemString; OnProc: TOnOpProc): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.OnOpProc := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegOpP(ProcName, ProcDescription: SystemString; OnProc: TOnOpProc): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.Description := ProcDescription;
p^.OnOpProc := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegObjectOpP(ProcName: SystemString; OnProc: TOnObjectOpProc): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.OnObjectOpProc := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCustomRunTime.RegObjectOpP(ProcName, ProcDescription: SystemString; OnProc: TOnObjectOpProc): POpRTData;
var
p: POpRTData;
begin
new(p);
p^.Init;
p^.Name := ProcName;
p^.Description := ProcDescription;
p^.OnObjectOpProc := OnProc;
ProcList.Add(ProcName, p, True);
Result := p;
end;
function TOpCode.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := NULL;
end;
function TOpCode.GetParam(index: Integer): POpData;
begin
Result := FParam[index];
end;
procedure TOpCode.EvaluateParam(opRT: TOpCustomRunTime);
begin
EvaluateParam(False, opRT);
end;
procedure TOpCode.EvaluateParam(printLog: Boolean; opRT: TOpCustomRunTime);
var
i: Integer;
p: POpData;
begin
for i := 0 to FParam.Count - 1 do
begin
p := FParam[i];
if p^.Op <> nil then
begin
try
p^.Op.EvaluateParam(printLog, opRT);
except
end;
try
p^.Value := p^.Op.DoExecute(opRT);
if printLog then
DoStatus('%s value:%s', [ClassName, VarToStr(p^.Value)]);
except
end;
end;
end;
end;
constructor TOpCode.Create(AFreeLink: Boolean);
begin
inherited Create;
Owner := nil;
FParam := TCoreClassList.Create;
FAutoFreeLink := AFreeLink;
ParsedInfo := '';
ParsedLineNo := 0;
end;
destructor TOpCode.Destroy;
var
i: Integer;
p: POpData;
begin
if FParam <> nil then
begin
for i := 0 to FParam.Count - 1 do
begin
p := FParam[i];
if (FAutoFreeLink) and (p^.Op <> nil) then
DisposeObject(p^.Op);
Dispose(p);
end;
FParam.Clear;
DisposeObject(FParam);
end;
inherited Destroy;
end;
procedure TOpCode.SaveToStream(stream: TCoreClassStream);
procedure SaveToDataFrame(Op: TOpCode; CurDataEng: TDataFrameEngine);
var
i: Integer;
p: POpData;
newDataEng: TDataFrameEngine;
begin
CurDataEng.WriteString(Op.ClassName);
CurDataEng.WriteString(Op.ParsedInfo);
CurDataEng.WriteInteger(Op.ParsedLineNo);
CurDataEng.WriteInteger(Op.Count);
for i := 0 to Op.Count - 1 do
begin
p := Op[i];
if p^.Op <> nil then
begin
CurDataEng.WriteBool(True);
newDataEng := TDataFrameEngine.Create;
SaveToDataFrame(p^.Op, newDataEng);
CurDataEng.WriteDataFrame(newDataEng);
DisposeObject(newDataEng);
end
else
begin
CurDataEng.WriteBool(False);
CurDataEng.WriteVariant(p^.Value);
CurDataEng.WriteInteger(Integer(p^.ValueType));
end;
end;
end;
var
DataEng: TDataFrameEngine;
begin
DataEng := TDataFrameEngine.Create;
DataEng.WriteInteger(1);
SaveToDataFrame(Self, DataEng);
DataEng.EncodeTo(stream, True);
DisposeObject(DataEng);
end;
class function TOpCode.LoadFromStream(stream: TCoreClassStream; out LoadedOp: TOpCode): Boolean;
begin
Result := LoadOpFromStream(stream, LoadedOp);
end;
function TOpCode.AddValue(v: Variant): Integer;
var
p: POpData;
begin
new(p);
p^.Op := nil;
p^.Value := v;
case VarType(v) of
varSmallInt: p^.ValueType := ovtSmallInt;
varInteger: p^.ValueType := ovtInt;
varSingle: p^.ValueType := ovtSingle;
varDouble: p^.ValueType := ovtDouble;
varCurrency: p^.ValueType := ovtCurrency;
varBoolean: p^.ValueType := ovtBool;
varShortInt: p^.ValueType := ovtShortInt;
varByte: p^.ValueType := ovtByte;
varWord: p^.ValueType := ovtWord;
varLongWord: p^.ValueType := ovtUInt;
varInt64: p^.ValueType := ovtInt64;
varUInt64: p^.ValueType := ovtUInt64;
else
begin
if VarIsStr(v) then
p^.ValueType := ovtString
else
p^.ValueType := ovtUnknow;
end;
end;
Result := FParam.Add(p);
end;
function TOpCode.AddValueT(v: Variant; VT: TOpValueType): Integer;
var
p: POpData;
begin
new(p);
p^.Op := nil;
p^.Value := v;
p^.ValueType := VT;
Result := FParam.Add(p);
end;
function TOpCode.AddLink(Obj: TOpCode): Integer;
var
p: POpData;
begin
new(p);
if Obj.Owner <> nil then
p^.Op := Obj.CloneNewSelf
else
p^.Op := Obj;
p^.Op.Owner := Self;
p^.Value := NULL;
p^.ValueType := ovtUnknow;
Result := FParam.Add(p);
end;
function TOpCode.CloneNewSelf: TOpCode;
var
i: Integer;
p: POpData;
begin
Result := opClass(Self.ClassType).Create(True);
Result.ParsedInfo := Self.ParsedInfo;
Result.ParsedLineNo := Self.ParsedLineNo;
for i := 0 to FParam.Count - 1 do
begin
p := FParam[i];
if p^.Op <> nil then
Result.AddLink(p^.Op.CloneNewSelf)
else
Result.AddValueT(p^.Value, p^.ValueType);
end;
end;
function TOpCode.Count: Integer;
begin
Result := FParam.Count;
end;
function TOpCode.Execute: Variant;
begin
Result := Execute(DefaultOpRT);
end;
function TOpCode.Execute(opRT: TOpCustomRunTime): Variant;
begin
try
EvaluateParam(opRT);
except
Result := NULL;
Exit;
end;
try
Result := DoExecute(opRT);
except
Result := NULL;
end;
end;
function TOpCode.OwnerRoot: TOpCode;
begin
if Owner = nil then
Result := Self
else
Result := Owner.OwnerRoot;
end;
{ op_Value }
function op_Value.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value;
end;
{ op_Proc }
function op_Proc.DoExecute(opRT: TOpCustomRunTime): Variant;
var
p: POpRTData;
i: Integer;
begin
Result := NULL;
if (opRT = nil) then
opRT := DefaultOpRT;
p := opRT.ProcList[VarToStr(Param[0]^.Value)];
if p = nil then
begin
if opRT = DefaultOpRT then
Exit;
p := DefaultOpRT.ProcList[VarToStr(Param[0]^.Value)];
if p = nil then
Exit;
end;
if length(p^.Param) <> Count - 1 then
SetLength(p^.Param, Count - 1);
for i := 1 to Count - 1 do
p^.Param[i - 1] := Param[i]^.Value;
opRT.Trigger := p;
if Assigned(p^.OnOpCall) then
Result := p^.OnOpCall(p^.Param);
if Assigned(p^.OnOpMethod) then
Result := p^.OnOpMethod(p^.Param);
if Assigned(p^.OnOpProc) then
Result := p^.OnOpProc(p^.Param);
if Assigned(p^.OnObjectOpCall) then
Result := p^.OnObjectOpCall(opRT, p^.Param);
if Assigned(p^.OnObjectOpMethod) then
Result := p^.OnObjectOpMethod(opRT, p^.Param);
if Assigned(p^.OnObjectOpProc) then
Result := p^.OnObjectOpProc(opRT, p^.Param);
end;
{ op_Add_Prefix }
function op_Add_Prefix.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result + Param[i]^.Value;
Result := - - Result;
end;
{ op_Sub_Prefix }
function op_Sub_Prefix.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result + Param[i]^.Value;
Result := -Result;
end;
{ op_Add }
function op_Add.DoExecute(opRT: TOpCustomRunTime): Variant;
function Fast_VarIsStr(var v: Variant): Boolean; {$IFDEF INLINE_ASM} inline; {$ENDIF}
var
p: pVarData;
begin
// optimized
p := @TVarData(v);
while p^.VType = varByRef or varVariant do
p := pVarData(p^.VPointer);
Result := (p^.VType = varOleStr) or (p^.VType = varString) or (p^.VType = varUString);
end;
var
i: Integer;
n1, n2: TPascalString;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
if Fast_VarIsStr(Result) then
begin
// optimized
n1 := VarToStr(Result);
for i := 1 to Count - 1 do
begin
try
n1.Append(VarToStr(Param[i]^.Value));
except
end;
end;
Result := n1.Text;
end
else
begin
for i := 1 to Count - 1 do
begin
try
if Fast_VarIsStr(Result) then
begin
// SystemString combine
n1 := VarToStr(Result);
if not umlIsNumber(n1) then
begin
Result := n1 + VarToStr(Param[i]^.Value);
Continue;
end
end;
if Fast_VarIsStr(Param[i]^.Value) then
begin
// SystemString combine
n2 := VarToStr(Param[i]^.Value);
if not umlIsNumber(n2) then
begin
Result := VarToStr(Result) + n2;
Continue;
end
end;
// logic compute
Result := Result + Param[i]^.Value;
except
end;
end;
end;
end;
{ op_Sub }
function op_Sub.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result - Param[i]^.Value;
end;
{ op_Mul }
function op_Mul.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result * Param[i]^.Value;
end;
{ op_Div }
function op_Div.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result / Param[i]^.Value;
end;
{ op_IntDiv }
function op_IntDiv.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result div Param[i]^.Value;
end;
{ op_Pow }
function op_Pow.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Power(Result, Param[i]^.Value);
end;
{ op_Mod }
function op_Mod.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result mod Param[i]^.Value;
end;
{ op_Or }
function op_Or.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result or Param[i]^.Value;
end;
{ op_And }
function op_And.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result and Param[i]^.Value;
end;
{ op_Xor }
function op_Xor.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := Result xor Param[i]^.Value;
end;
{ op_shl }
function op_Shl.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := UInt64(Result) shl UInt64(Param[i]^.Value);
end;
{ op_shr }
function op_Shr.DoExecute(opRT: TOpCustomRunTime): Variant;
var
i: Integer;
begin
if Count = 0 then
Exit(NULL);
Result := Param[0]^.Value;
for i := 1 to Count - 1 do
Result := UInt64(Result) shr UInt64(Param[i]^.Value);
end;
{ op_Equal }
function op_Equal.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value = Param[1]^.Value;
end;
{ op_LessThan }
function op_LessThan.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value < Param[1]^.Value;
end;
{ op_EqualOrLessThan }
function op_EqualOrLessThan.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value <= Param[1]^.Value;
end;
{ op_GreaterThan }
function op_GreaterThan.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value > Param[1]^.Value;
end;
{ op_EqualOrGreaterThan }
function op_EqualOrGreaterThan.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value >= Param[1]^.Value;
end;
{ op_NotEqual }
function op_NotEqual.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value <> Param[1]^.Value;
end;
{ op_Symbol_Sub }
function op_Symbol_Sub.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := -Param[0]^.Value;
end;
{ op_Symbol_Add }
function op_Symbol_Add.DoExecute(opRT: TOpCustomRunTime): Variant;
begin
Result := Param[0]^.Value;
end;
initialization
DefaultOpRT := TOpCustomRunTime.Create;
OleVariantInt64AsDouble := True;
OpList := TCoreClassList.Create;
RegisterOp(op_Value);
RegisterOp(op_Proc);
RegisterOp(op_Add_Prefix);
RegisterOp(op_Sub_Prefix);
RegisterOp(op_Add);
RegisterOp(op_Sub);
RegisterOp(op_Mul);
RegisterOp(op_Div);
RegisterOp(op_IntDiv);
RegisterOp(op_Mod);
RegisterOp(op_Or);
RegisterOp(op_And);
RegisterOp(op_Xor);
RegisterOp(op_Shl);
RegisterOp(op_Shr);
RegisterOp(op_Equal);
RegisterOp(op_LessThan);
RegisterOp(op_EqualOrLessThan);
RegisterOp(op_GreaterThan);
RegisterOp(op_EqualOrGreaterThan);
RegisterOp(op_NotEqual);
RegisterOp(op_Symbol_Sub);
RegisterOp(op_Symbol_Add);
finalization
DisposeObject(DefaultOpRT);
_FreeOp;
end.
|
unit UnitConsts;
interface
Uses Messages;
resourcestring
IDS_InfoFilesPath = '.\Info\';
IDS_ScriptFilesPath = '.\Scripts\';
IDS_UsersPath = '.\Users\';
IDS_StoreFilename = 'Store.ini';
IDS_DefaultMapFileName = 'Map.ini';
RS_UpDateTime = '2019.10.17';
IDS_MainHotKeyInfo = 'MainHotKeyInfo';
IDS_WinInfoHotKeyInfo = 'WinInfoHotKeyInfo';
IDS_VirtualKey = 'VirtualKey';
IDS_Modifiers = 'Modifiers';
IDS_ShowText = 'ShowText';
IDS_FormTopStr = 'Top';
IDS_FormLeftStr = 'Left';
IDS_MainFormName = 'Main';
IDS_ImageFormName = 'Image';
IDS_GeneralSetFormName = 'Settings';
IDS_StuffsFormName = 'Inventory';
IDS_PetsFormName = 'Pets';
IDS_UniverseStoveFormName = 'Wuxing Oven';
IDS_WorkTransactionsFormName = 'Script';
IDS_WGsFormName = 'Create Kungfu';
IDS_WGAttrFormName = 'Basic Settings';
IDS_WG_Name = 'Name';
IDS_WG_NameDef = 'DivinePalm';
IDS_WG_XiShu = 'Destructive Index';
IDS_WG_NeiLi = 'Mana Consumed';
IDS_WG_ZiShi = 'Starting Posture';
IDS_WG_GuiJi = 'Flying Track';
IDS_WG_BaoZha = 'Explosion Type';
const
// AddrHumanBase = $006C21FC;
// AddrBattleState = $006C51DC;
CustomMouseMsg = WM_USER + 1;
CustomIID = 100;
// 定义的动作代码，用在Work.ini里面
ActUnknown = -1; // 未知指令---------------------------------------
ActLeftClick = 0; // 左键单击
ActRightClick = 1; // 右键单击
ActMoveToPos = 10; // 移动位置：移动到地图内的某个坐标
ActGoToMap = 20; // 来到地图：移动到指定地图
ActInBattle = 30; // 正在战斗
ActBuyStuff = 40; // 购买物品
ActDoForge = 50; // 进行锻造
ActQuitShop = 60; // 离开商店
ActPressButton = 70; // 点击按钮
ActCallNPC = 80; // 呼叫 NPC
ActTerminate = 90; // 停止工作
ActHaveStuff = 100; // 拥有物品：等待满足此物品，达到指定数量级
ActStuffNum = 110; // 物品数目：等待满足此物品，等于指定数量级
ActJumpToTransN = 120; // 跳至步骤 N
ActHavePet = 130; // 拥有宠物：等待满足此宠物，达到指定数量级
ActPetNum = 140; // 宠物数目：等待满足此宠物，等于指定数量级
ActCancelNPCDialog = 150; // 取消对话
ActWinLeftClick = 160; // 窗口单击
ActWinLeftDblClick = 170; // 窗口双击
ActDelay = 180; // 等待延时
ActActiveBattle = 190; // 进入战斗
ActSetCapture = 200; // 捉宠设置
ActLocateWindow = 210; // 定位窗口
ActWinRightClick = 220; // 窗口右键
ActWaitWindow = 230; // 等待窗口
ActCreateWG = 240; // 自创武功
ActUseItem = 250; // 使用物品
ActOpenItemWindow = 260; // 开物品栏
ActCloseItemWindow = 270; // 关物品栏
ActSetWGAttr = 280; // 武功参数
ActSetWGDisp = 290; // 武功外观
ActDeleteWGs = 300; // 删除武功
ActSetHeal = 310; // Set heal settings
ActDropItem = 320; // Drop an item
ActSetAttr = 330; // Set user Attributes
ActSetMarch = 340; // Set the marching pet
ActRecordPetStats = 350; // Record to file pet stats at level 1 by ID
ActLoadPetStats = 360; // load pet stats for growth tracking
ActRenamePet = 370; // Change pet name
// UserIDAddr = $006c2200; // Old HL_Base_Address
HL_EXE_Name = 'HL_Client.exe';
//UserNameAddress = $006c2244; CN
//UserNickAddress = $006c2254;
//UserSpouseAddress = $006c2264;
UserNameAddress = $006BB974;
UserNickAddress = $006BB984;
UserSpouseAddress = $006BB994;
UserNameSize = 16;
UserIdAddress = $006BB930;
//UserMoneyAddress = $6c2214;
UserMoneyAddress = $6BB944;
// Level, cultivation(?)
//UserLevelAddr = $006c2206; // WORD CN
//UserBaseXiuAddr = $006C3478; // DWORD
UserLevelAddr = $6BB936; // WORD
UserBaseXiuAddr = $6BCBA8; // DWORD
// User rank: master=5
// UserRankAddr = $006c2208; // WORD CN
UserRankAddr = $6BB938; // WORD
// 人物仙魔地址：仙=1，魔=2, 凡人/散仙=0
//UserXianmo_1Xian_2Mo = $006C346C; // WORD CN
UserXianmo_1Xian_2Mo = $6BCB9C; // WORD
UserAttrXian = 1; // 仙
UserAttrMo = 2; // 魔
// 人物五转职业：
//User5TurnCareer = $006C3470; // WORD
User5TurnCareer = $6BCBA0; // WORD
// Life current/max
//UserLifeCurrAddr = $006c220A; // WORD CN
//UserLifeMAXAddr = $006c220c; //WORD
UserLifeCurrAddr = $6BB93A; // WORD
UserLifeMAXAddr = $6BB93C; //WORD
// Mana current/max
//UserNeiliCurrAddr = $006c220e; // WORD CN
//UserNeiliMAXAddr = $006c2210; // WORD
UserNeiliCurrAddr = $6BB93E; // WORD
UserNeiliMAXAddr = $6BB940; // WORD
// 5 attributes
//UserAttribTiliAddr = $006c2230; // WORD CN
//UserAttribNeigongAddr = $006c2238; // WORD
//UserAttribGongjiAddr = $006c2234; // WORD
//UserAttribFangyuAddr = $006c2232; // WORD
//UserAttribQinggongAddr = $006c2236; // WORD
UserAttribTiliAddr = $6BB960; // WORD hp
UserAttribNeigongAddr = $6BB968; // WORD mp
UserAttribGongjiAddr = $6BB964; // WORD atk
UserAttribFangyuAddr = $6BB962; // WORD def
UserAttribQinggongAddr = $6BB966; // WORD dex
UserAttribRemainingAddr = $6BCCF4; // WORD unused attributes
// User coordinates on map
//UserPosXAdress = $006c22a8; CN
//UserPosYAdress = $006c22ac;
UserPosXAdress = $006BB9D8;
UserPosYAdress = $006BB9DC;
UserRealXAddress = $006BB9E8;
UserRealYAddress = $006BB9EC;
// 用户所在的地图的ID、名称的地址
//UserCurMapAddress = $006c4630; // DWORD
//UserCurMapNameAddress = $006c45A0; // 16 Bytes
UserCurMapAddress = $006BDD60; // DWORD
UserCurMapNameAddress = $006BDCD0; // 16 Bytes
// 用户所处环境状态地址；状态：3f1-战斗，3f2-平时，3f3-与NPC对话
UserEnvironmentAdress = $0066C0B8; // WORD
UserEnvSwitchMap = $3f0;
UserEnvBattle = $3f1;
UserEnvNormal = $3f2;
UserEnvDialog = $3f3;
UserEnvSomeAboutDealingPostClickMessage = $3f4;
// 用户身上武器、衣服、鞋子、身饰、头饰的偏移
//UserWuqiOnBodyAddress = $006c39a4;
//UserHujiaOnBodyAddress = $006c39a8;
//UserXieziOnBodyAddress = $006c39ac;
//UserShenshiOnBodyAddress = $006c39b0;
//UserToushiOnBodyAddress = $006c39b4;
UserWuqiOnBodyAddress = $6BD0D4;
UserHujiaOnBodyAddress = $6BD0D8;
UserXieziOnBodyAddress = $6BD0DC;
UserShenshiOnBodyAddress = $6BD0E0;
UserToushiOnBodyAddress = $6BD0E4;
// 与对话指针的指针
//NPCDialogAddressAddress = $6c6f60;
NPCDialogAddressAddress = $6C06C0;
// 对话数据的长度
NPCDialogLength = $200;
// $006c39a0($006c39c0) 是一个指针的指针的base地址
// 用户物品栏里面物品数目的地址
//UserItemCountAddress = $006c39ec;
UserItemCountAddress = $6BD11C;
// 用户物品指针的指针
//UserFirstItemAddressAddress = $006c39c4;
UserFirstItemAddressAddress = $006BD0F4;
// 宠物指针的指针
//UserFirstPetAddressAddress = $006C3A0C;
UserFirstPetAddressAddress = $6BD13C;
// 宠物数据的大小
UserPetSize = $B4;
// 宠物数目的地址
//UserPetCountAddress = $006c3a34;
UserPetCountAddress = $6BD164;
// 物品信息数据大小
UserItemInfoSize=$60;
// 以下是物品类型
ItemJian = 0; // 剑
ItemDao = 1; // 刀
ItemChui = 2; // 锤
ItemTui = 3; // 腿
ItemHuan = 4; // 环
ItemShan = 5; // 扇
ItemZhang = 6; // 杖
ItemCha = 7; // 叉
ItemGou = 8; // 钩
ItemHujia = 100; // 护甲
ItemXiezi = 200; // 鞋子
ItemShenshi = 300; // 身饰
ItemToushi = 400; // 头饰
ItemAnqi = 500; // 暗器
ItemDuyao = 600; // 毒药
ItemLiaoshangyao = 700; // 疗伤药，注：内药和血药
ItemUnknown = 800; // 不知道是什么，估计是任务用品
// 老虎机 投币 位置
TigerMachinePutCoinX = '263';
TigerMachinePutCoinY = '84';
// 老虎机 "3" 位置
TigerMachineCheckX = '426';
TigerMachineCheckY = '151';
// 游戏主窗口
PlayLeftJust = 29;
PlayRightJust = -31;
PlayTopJust = 58;
PlayBottomJust = -132;
// 主面板窗口
PnlMainTitle = 'pnlMain';
// 物品/装备窗口
ItemWindowTitle = 'Item/Equipment';
// “装备” 按钮
ItemButtonX = 630;
ItemButtonY = 450;
// 以下是物品栏内15个位置
Item1X = 395;
Item1Y = 75;
Item2X = 440;
Item2Y = 75;
Item3X = 485;
Item3Y = 75;
Item4X = 535;
Item4Y = 75;
Item5X = 395;
Item5Y = 120;
Item6X = 440;
Item6Y = 120;
Item7X = 485;
Item7Y = 120;
Item8X = 530;
Item8Y = 120;
Item9X = 395;
Item9Y = 170;
Item10X = 440;
Item10Y = 170;
Item11X = 490;
Item11Y = 170;
Item12X = 530;
Item12Y = 170;
Item13X = 395;
Item13Y = 215;
Item14X = 440;
Item14Y = 215;
Item15X = 485;
Item15Y = 210;
// 用户招的数目地址
//UserWGCountAddress = $006c3a7c;
UserWGCountAddress = $6BD1AC;
// 用户招式指针的指针
//UserFirstWGAddressAddress = $006c3a54;
UserFirstWGAddressAddress = $6BD184;
// 招式数据
// 名称[16];创招人[16];[4];武功ID[4];起手[4];轨迹[4];爆炸[4];等级[4];内力[4];显示系数*100[4];[12];实际系数与显示系数的比值[4];[16];[8];经验[4];...
// 招式数据长度
UserWGDataLength = $6c;
// 创招 招式名称
CreateWG_MC_LeftJust = 112;
CreateWG_MC_RightJust = -50;
CreateWG_MC_TopJust = 54;
CreateWG_MC_BottomJust = -343;
// 创招 杀伤系数
CreateWG_XS_LeftJust = 112;
CreateWG_XS_RightJust = -50;
CreateWG_XS_TopJust = 78;
CreateWG_XS_BottomJust = -319;
// 创招 使用内力
CreateWG_NL_LeftJust = 112;
CreateWG_NL_RightJust = -50;
CreateWG_NL_TopJust = 102;
CreateWG_NL_BottomJust = -295;
// 创招 起手姿势
CreateWG_QS_LeftJust = 112;
CreateWG_QS_RightJust = -50;
CreateWG_QS_TopJust = 239;
CreateWG_QS_BottomJust = -158;
// 创招 飞行轨迹
CreateWG_GJ_LeftJust = 112;
CreateWG_GJ_RightJust = -50;
CreateWG_GJ_TopJust = 265;
CreateWG_GJ_BottomJust = -132;
// 创招 爆炸方式
CreateWG_BZ_LeftJust = 112;
CreateWG_BZ_RightJust = -50;
CreateWG_BZ_TopJust = 291;
CreateWG_BZ_BottomJust = -106;
// 炼化菜单
IDM_UniverseStove = 20;
// 创招菜单ID
IDM_CreateWG = 22;
// 人物属性菜单ID
IDM_HumanAttr = 73;
// 战斗菜单ID
IDM_Battle = 88;
// 物品菜单ID
IDM_Item = 74;
// 战斗状态的地址
// BattleStateAddr = $006c51dc;
BattleStateAddr = $6BE90C;
// 战斗指令的地址
// BattleOrderAddr = $006c6018;
BattleOrderAddr = $6BF748;
// 战斗指令数据的大小
BattleOrderSize = $1c;
// 战斗指令状态[4], 人物动作[4]，人物动作对象[4]，[4]，宠物动作[4]，宠物动作对象[4]，[4]
//Combat command status [4], character action [4], character action object [4], [4], pet action [4], pet action object [4], [4]
// Autofight 0-no 1-yes
// BattleIsAutoFightAddr = $006c6260;
BattleIsAutoFightAddr = $6BF990;
// 是否快速战斗 0-不是，1-是
// BattleIsFastFightAddr = $006c6478;
BattleIsFastFightAddr = $6BFBA8;
// 战斗时生物的数据大小
CreatureInfoSize = $70;
// 战斗怪物数（不大于5）地址
// 6c627c
// 战斗死掉的怪物数地址
// DeadMonsterCountAddr = $6c626c;
DeadMonsterCountAddr = $6BF99C;
// 战斗时生物的数目（包括自己和宠）的地址
// BattleCreatureCountAddress = $006c5144;
BattleCreatureCountAddress = $6BE874;
// 战斗时生物指针的指针
// BattleFirstCreatureAddressAddress = $006c511c;
BattleFirstCreatureAddressAddress = $6BE84C;
// 战斗时的动作
BattleAttack = 0;
BattleMagic = 1; // 这个时候，BattleBufferRemain1就是要练的拳
BattleDefence = 2;
BattleCapture = 6;
BattleEscape = 5;
BattleIdle = 3;
BattleEat = 9; // 这个时候，BattleBufferRemain1就是要吃的药的ID
DelWGRemainEasyWG = -1;
DelWGNoIndicator = -2;
// 用户炼化经验地址
//UserLianhuaExpAddr = $006c2220;
UserLianhuaExpAddr = $6BB950;
// Oven item type
StoveRoomVide = $4D2;
StoveRoomPet = $4D4;
StoveRoomItem = $4D6;
//DialogControlAddr = $6c6d40;
DialogControlAddr = $6c04a0; // 控制是否是对话框状态的地址
//6c6f60 > 6C06C0
// 从Exported Entry可得到
// 幻灵FormMain
// HL_FormMainAddrAddrAddr = $006ab338;
// 幻灵UniverseStoveForm
//HL_UniverseStoveFormAddressAddress = $006abb08;
HL_UniverseStoveFormAddressAddress = $006A8568;
HL_HeroStatsFormAddressAddress = $006a4ec8;
AttrOffset_Rem = $4bc;
AttrOffset_Life = $4d4;
AttrOffset_Mana = $4d8;
AttrOffset_Attack = $4dc;
AttrOffset_Defense = $4e0;
AttrOffset_Dexterity = $4e4;
implementation
end.
|
unit Odontologia.Modelo.Departamento;
interface
uses
Data.DB,
SimpleDAO,
SimpleInterface,
SimpleQueryRestDW,
System.SysUtils,
Odontologia.Modelo.Departamento.Interfaces,
Odontologia.Modelo.Entidades.Departamento,
Odontologia.Modelo.Conexion.RestDW,
Odontologia.Modelo.Pais,
Odontologia.Modelo.Pais.Interfaces;
type
TModelDepartamento = class(TInterfacedOBject, iModelDepartamento)
private
FEntidad : TDDEPARTAMENTO;
FDAO : iSimpleDao<TDDEPARTAMENTO>;
FDataSource : TDataSource;
FPais : iModelPais;
public
constructor Create;
destructor Destroy; override;
class function New : iModelDepartamento;
function Entidad : TDDEPARTAMENTO; overload;
function Entidad(aEntidad: TDDEPARTAMENTO) : iModelDepartamento; overload;
function DAO : iSimpleDao<TDDEPARTAMENTO>;
function DataSource(aDataSource: TDataSource) : iModelDepartamento;
function Pais : iModelPais;
end;
implementation
{ TModelDepartamento }
constructor TModelDepartamento.Create;
begin
FEntidad := TDDEPARTAMENTO.Create;
FDAO := TSimpleDAO<TDDEPARTAMENTO>
.New(TSimpleQueryRestDW<TDDEPARTAMENTO>
.New(ModelConexion.RESTDWDataBase1));
FPais := TModelPais.New;
end;
function TModelDepartamento.DAO: iSimpleDao<TDDEPARTAMENTO>;
begin
Result := FDAO;
end;
function TModelDepartamento.DataSource(aDataSource: TDataSource): iModelDepartamento;
begin
Result := Self;
FDataSource := aDataSource;
FDAO.DataSource(FDataSource);
end;
destructor TModelDepartamento.Destroy;
begin
FreeAndNil(FEntidad);
inherited;
end;
function TModelDepartamento.Entidad(aEntidad: TDDEPARTAMENTO): iModelDepartamento;
begin
Result := Self;
FEntidad := aEntidad;
end;
function TModelDepartamento.Pais: iModelPais;
begin
Result := FPais;
end;
function TModelDepartamento.Entidad: TDDEPARTAMENTO;
begin
Result := FEntidad;
end;
class function TModelDepartamento.New: iModelDepartamento;
begin
Result := Self.Create;
end;
end.
|
unit uneTypes;
{*******************************************************************************
* *
* Название модуля : *
* *
* uneTypes *
* *
* Назначение модуля : *
* *
* Централизованное хранение пользовательских типов, констант и пр. *
* *
* Copyright © Год 2005, Автор: Найдёнов Е.А *
* *
*******************************************************************************}
interface
uses Classes, Controls, DB, IBase;
resourcestring
//Сообщения пользовательских исключительных ситуаций
sELoadMethod = 'Не удалось получить адрес метода ';
sELoadPackage = 'Не удалось загрузить пакет ';
sEFileNotFound = 'Файл не найден';
sEConvertError = 'Некорректное преобразование типов';
sEFileNotFound1 = 'Файл ';
sEFileNotFound2 = ' не найден';
sEIniFileNotFound = 'Конфигурационный файл не найден';
sEInvalidConnectParams = 'Параметры соединения отсутствуют или заданы некорректно';
sEInvalidExpMethodParams = 'Входящие параметры для экспортируемого метода не найдены';
//Составляющие сообщения об ошибке
sErrorText = ' Ошибка: ';
sErrorCode = 'Код ошибки: ';
sErrorAddr = 'Адрес ошибки: ';
sErrorSearch = ' не найден';
sErrorTextExt = 'Ошибка: ';
sMsgCaptionErr = 'Ошибка';
sMsgCaptionWrn = 'Предупреждение';
sMsgCaptionInf = 'Информация';
sMsgCaptionQst = 'Подтверждение';
sErrorTextRUS = ' Ошибка: ';
sErrorCodeRUS = 'Код ошибки: ';
sErrorAddrRUS = 'Адрес ошибки: ';
sErrorSearchRUS = ' не найден';
sErrorTextExtRUS = 'Ошибка: ';
sErrorTextUA = ' Помилка: ';
sErrorCodeUA = 'Код помилки: ';
sErrorAddrUA = 'Адреса помилки: ';
sErrorSearchUA = ' не знайдено';
sErrorTextExtUA = 'Помилка: ';
sMsgCaptionErrRUS = 'Ошибка';
sMsgCaptionWrnRUS = 'Предупреждение';
sMsgCaptionInfRUS = 'Информация';
sMsgCaptionQstRUS = 'Подтверждение';
sMsgCaptionErrUA = 'Помилка';
sMsgCaptionWrnUA = 'Попередження';
sMsgCaptionInfUA = 'Інформація';
sMsgCaptionQstUA = 'Підтвердження';
//Имя конфигурационного файла
sLOG_FILE_NAME = 'JO5Errors.log';
sINI_FILE_NAME = 'Config.ini';
//Название ключей в главной секции конфигурационного INI - файла
sPATH = 'Path';
sSERVER = 'Server';
sPASSWORD = 'Password';
sUSER_NAME = 'User';
sCHAR_SET = 'CharSet';
sSQL_DIALECT = 'SQLDialect';
sLOG_FILE_PATH = 'PathLog';
//Сообщения для ИС сторонних разработчиков
sMsgKernelError = 'Ошибка ядра: ';
//Названия месяцев на русском языке
sMAY_RUS = 'Май';
sJUNE_RUS = 'Июнь';
sJULY_RUS = 'Июль';
sMARCH_RUS = 'Март';
sAPRIL_RUS = 'Апрель';
sAUGEST_RUS = 'Август';
sOCTOBER_RUS = 'Октябрь';
sJANUARY_RUS = 'Январь';
sFEBRUARY_RUS = 'Февраль';
sNOVEMBER_RUS = 'Ноябрь';
sDECEMBER_RUS = 'Декабрь';
sSEPTEMBER_RUS = 'Сентябрь';
//Названия месяцев на украинском языке
sMAY_UA = 'Травень';
sJUNE_UA = 'Червень';
sJULY_UA = 'Липень';
sMARCH_UA = 'Березень';
sAPRIL_UA = 'Квітень';
sAUGEST_UA = 'Серпень';
sOCTOBER_UA = 'Жовтень';
sJANUARY_UA = 'Січень';
sNOVEMBER_UA = 'Листопад';
sDECEMBER_UA = 'Грудень';
sFEBRUARY_UA = 'Лютий';
sSEPTEMBER_UA = 'Вересень';
//Текст для секции "соединение" строки состояния
sStatusBarConnectionUA = 'База даних: ';
sStatusBarConnectionRUS = 'База данных: ';
//Текст для секции "пользователь" строки состояния
sStatusBarUserUA = 'Користувач: ';
sStatusBarUserRUS = 'Пользователь: ';
//Текст для секции "текущий период" строки состояния
sMMenuCurrPeriodUA = 'Поточний період: ';
sMMenuCurrPeriodRUS = 'Текущий период: ';
type
//Перечисляемый тип для определения типа параметров печати журнала
//НЕ ИЗМЕНЯТЬ ПОСЛЕДОВАТЕЛЬНОСТЬ ЭЛ-ОВ!!!
TEnm_PrtJrnlParams = ( jpSch, jpSubSch, jpGrSmet, jpSmet, jpRazd, jpStat, jpKekv );
//Перечисляемый тип для определения типа загружаемой из пакета формы
TEnm_LanguageId = ( liUa, liRus, liEng );
//Перечисляемый тип для установки различных режимов заполнения списка допустимых месяцев
TFillMode = ( fmNone, fmInc, fmDec, fmFull );
//Перечисляемый тип для определения типа отображения параметров корреспонденции
TEnm_KorParamsTypeInfo = ( kpNumber, kpTitle );
//Перечисляемый тип для определения типа загружаемой из пакета формы
TEnm_FormType = ( ftNone, ftForm, ftDBForm );
//Перечисляемый тип для определения стиля формы
TEnm_FormStyle = ( fsDefault, fsModal, fsMDIChild );
//Перечисляемый тип для установки различных режимов проведения документов через ядро
TKernelMode = ( kmNone, kmAdd, kmDelete, kmEdit );
//Перечисляемый тип для установки различных режимов запуска менеджера счетов
TManegerSchMode = ( mmNone, mmCloseSch, mmOpenSch, mmBlockSch );
//Перечисляемый тип для расшифровки возвращаемых менеджером счетов результатов
TManegerSchResult = ( msrError, msrOK );
//Перечисляемый тип для установки различных режимов закрытия (отката) системы
TSystemMode = ( smOpen, smClose );
//Перечисляемый тип для расшифровки ошибок проверки при подготовке к импорту
TImportCheckError = ( ectNone, ectParamsNotFound, ectFNUnknown, ectFTIcompatible );
//Перечисляемый тип для определения параметров формы редактирования
TActionType = ( actAdd, actEdit, actDelete, actWatch, actNone, actDetAdd, actDetEdit, actDetDelete, actDetWatch, actDetNone );
//Перечисляемый тип для установки различных режимов запуска справочников
TSelectionMode = ( smNone, smSingleSelect, smMultiSelect );
//Перечисляемый тип для организации ф-ций мультивыбора
TSelectionType = ( stpSelectAll, stpUnSelectAll, stpInvert );
//Перечисляемый тип для определения кол-ва помеченных записей
TCheckedRecCount = ( crcNone, crcSome, crcAll );
//Перечисляемый тип для определения кол-ва используемых для фильтрации CheckBox - ов
TCheckedBoxes = ( cbNone, cbFrom, cbTill, cbBoth );
//Перечисляемый тип для хранения названий системных процедур (возвращающие настройки системы)
TIniStProcName = ( NDS_INI_SETUP_SEL, NDS_INI_PERCENT_RATE_SEL, NDS_INI_PERCENT_RATE_SEL_ACT );
//Множество параметров печати журнала
TSet_PrtJrnlParams = set of TEnm_PrtJrnlParams;
//Динамический массив для хранения целых чисел
TIntArray = array of Integer;
//Динамический массив для хранения денежных единиц
TCurrArray = array of Currency;
//Запись для хранения параметров соединения
TParams = packed record
Name : String;
Value : String;
end;
TPtr_SysOptions = ^TRec_SysOptions;
//Запись для хранения умалчиваемых системных настроек
TRec_SysOptions = packed record
IdUser : Int64;
UsrFIO : String;
IsValid : Boolean;
UsrLogin : String;
UsrPassword : String;
KodSystem : Integer;
DefRegUch : Int64;
DateSetUp : TDate;
LangugeId : TEnm_LanguageId;
DefCaseKey : Integer;
NameSystem : String;
RootTypeObj : Integer;
AppHandle : THandle;
AppExePath : String;
LogFileName : String;
ConnectionStr : String;
KodCurrPeriod : Integer;
DateCurrPeriod : TDate;
DateFirstImport : TDate;
end;
TPtr_SchParams = ^TRec_SchParams;
//Запись для хранения параметров для получения оборотов по счетам
TRec_SchParams = packed record
KodSystem : Integer;
DefRegUch : Int64;
RootTypeObj : Integer;
KodSysPeriod : Integer;
KodCurrPeriod : Integer;
DateSysPeriod : TDate;
DateCurrPeriod : TDate;
end;
TPtr_KorParams = ^TRec_KorParams;
//Запись для хранения параметров для получения корреспонденции
TRec_KorParams = packed record
IdSch : Int64;
SchName : String;
IdKorSch : Int64;
IdRegUch : Int64;
CurrPeriod : TDate;
HasChildren : Boolean;
IsKorrespondKR : Boolean;
end;
//Запись для хранения параметров полей импорта
TFieldRec = packed record
FieldName : String;
FieldType : TFieldType;
end;
//Запись для хранения параметров загрузки модуля Ярика
TRec_SmRzSt = packed record
IdUser : Int64;
ActualDate : TDate;
end;
//Запись для хранения значений границ периода
TRec_PeriodBorders = packed record
DateBeg : TDate;
DateEnd : TDate;
end;
TPtr_FMParams = ^TRec_FMParams;
//Запись для хранения параметров загрузки формы
TRec_FMParams = packed record
Owner : TComponent;
Style : TEnm_FormStyle;
end;
TPtr_DBFMParams = ^TRec_DBFMParams;
//Запись для хранения параметров загрузки справочника
TRec_DBFMParams = packed record
Owner : TComponent;
Style : TEnm_FormStyle;
DBHandle : TISC_DB_HANDLE;
TRRHandle : TISC_TR_HANDLE;
end;
//Запись для хранения значений параметров визуализации корреспонденции
TRec_KorParamsTypeInfo = packed record
Checked : Boolean;
TypeInfo : TEnm_KorParamsTypeInfo;
end;
TPtr_KorParamsInfo = ^TRec_KorParamsInfo;
//Запись для хранения параметров визуализации корреспонденции
TRec_KorParamsInfo = packed record
ModRes : TModalResult;
GrSmet : TRec_KorParamsTypeInfo;
Smet : TRec_KorParamsTypeInfo;
Razd : TRec_KorParamsTypeInfo;
Stat : TRec_KorParamsTypeInfo;
Kekv : TRec_KorParamsTypeInfo;
end;
TPtr_MTDParams = ^TRec_MTDParams;
//Запись для хранения параметров экспортируемых из пакета методов
TRec_MTDParams = packed record
SmRzSt : TRec_SmRzSt;
KorParams : TRec_KorParams;
SysOptions : TRec_SysOptions;
KorParamsInfo : TRec_KorParamsInfo;
case TEnm_FormType of
ftForm : ( FMParams : TRec_FMParams );
ftDBForm : ( DBFMParams : TRec_DBFMParams );
end;
TPtr_BPLParams = ^TRec_BPLParams;
//Запись для хранения параметров загрузки пакета
TRec_BPLParams = packed record
MethodName : String;
PackageName : String;
end;
const
cCRLF = #13#10; //Символы окончания строки и перехода на следующую
cTICK = ''''; //Символ кавычка
cLINE = '-'; //Символ дефис
cEQUAL = '='; //Символ равно
cSPACE = ' '; //Символ пробел
cDEF_DAY = 15; //Дата по умолчанию для текущего периода
cDEF_MODE = smNone; //Режим запуска справочника по умолчанию
cSEMICOLON = ','; //Символ запятая
cBRAKET_OP = '('; //Символ открывающая скобка
cBRAKET_CL = ')'; //Символ закрывающая скобка
cDEF_CHAR_SET = 'win1251'; //Кодировка БД по умолчанию
cDEF_EDIT_MODE = actAdd; //Режим редактирования по умолчанию
cYEAR_UA_SHORT = ' р.'; //Год (сокр.) по-украински
cYEAR_RUS_SHORT = ' г.'; //Год (сокр.) по-русски
cDEF_SQL_DIALECT = '3'; //Диалект БД по умолчанию
cFIRST_DAY_OF_MONTH = 1; //Первый день месяца
cDEF_IS_CLOSE_PERIOD = 0; //Логическое значение по умолчанию для закрытия журнала в текущем периоде
cDEF_LANGUGE_ID = liRus; //Умалчиваемый идентификатор языка
//Названия полей DBF-таблицы документов, подлежащих проверке при импорте
cDOC_FN_FIO = 'FIO';
cDOC_FN_NOTE = 'NOTE';
cDOC_FN_SUMMA = 'SUMMA';
cDOC_FN_ID_DOC = 'ID_DOC';
cDOC_FN_NUM_DOC = 'NUM_DOC';
cDOC_FN_DATE_DOC = 'DATE_DOC';
cDOC_FN_DATE_REG = 'DATE_REG';
cDOC_FN_DATE_PROV = 'DATE_PROV';
cDOC_FN_ID_TYPE_DOC = 'TYPE_DOC';
//Типы полей DBF-таблицы документов, подлежащих проверке при импорте
cDOC_FT_FIO = ftString;
cDOC_FT_NOTE = ftString;
cDOC_FT_SUMMA = ftFloat;
cDOC_FT_ID_DOC = ftInteger;
cDOC_FT_NUM_DOC = ftString;
cDOC_FT_DATE_DOC = ftDate;
cDOC_FT_DATE_REG = ftDate;
cDOC_FT_DATE_PROV = ftDate;
cDOC_FT_ID_TYPE_DOC = ftInteger;
//Названия полей DBF-таблицы проводок, подлежащих проверке при импорте
cPROV_FN_SUMMA = 'SUMMA';
cPROV_FN_STORNO = 'STORNO';
cPROV_FN_ID_PROV = 'ID_PROV';
cPROV_FN_DATE_REG = 'DATE_REG';
cPROV_FN_CR_BY_DT = 'CR_BY_DT';
cPROV_FN_TABLE_NUM = 'TN';
cPROV_FN_DB_ID_DOC = 'DB_ID_DOC';
cPROV_FN_KR_ID_DOC = 'KR_ID_DOC';
cPROV_FN_DB_BAL_ID = 'DB_BAL_ID';
cPROV_FN_DB_SUB_ID = 'DB_SUB_ID';
cPROV_FN_KR_BAL_ID = 'KR_BAL_ID';
cPROV_FN_KR_SUB_ID = 'KR_SUB_ID';
cPROV_FN_DB_DT_PROV = 'DB_DT_PROV';
cPROV_FN_KR_DT_PROV = 'KR_DT_PROV';
cPROV_FN_DB_KOD_SMET = 'DB_KOD_SM';
cPROV_FN_KR_KOD_SMET = 'KR_KOD_SM';
cPROV_FN_DB_KOD_RAZD = 'DB_KOD_RAZ';
cPROV_FN_KR_KOD_RAZD = 'KR_KOD_RAZ';
cPROV_FN_DB_KOD_STAT = 'DB_KOD_ST';
cPROV_FN_KR_KOD_STAT = 'KR_KOD_ST';
//Типы полей DBF-таблицы проводок, подлежащих проверке при импорте
cPROV_FT_SUMMA = ftFloat;
cPROV_FT_STORNO = ftBoolean;
cPROV_FT_ID_PROV = ftInteger;
cPROV_FT_DATE_REG = ftDate;
cPROV_FT_CR_BY_DT = ftBoolean;
cPROV_FT_TABLE_NUM = ftInteger;
cPROV_FT_DB_ID_DOC = ftInteger;
cPROV_FT_KR_ID_DOC = ftInteger;
cPROV_FT_DB_BAL_ID = ftInteger;
cPROV_FT_DB_SUB_ID = ftSmallInt;
cPROV_FT_KR_BAL_ID = ftInteger;
cPROV_FT_KR_SUB_ID = ftSmallInt;
cPROV_FT_DB_DT_PROV = ftDate;
cPROV_FT_KR_DT_PROV = ftDate;
cPROV_FT_DB_KOD_SMET = ftSmallInt;
cPROV_FT_KR_KOD_SMET = ftSmallInt;
cPROV_FT_DB_KOD_RAZD = ftSmallInt;
cPROV_FT_KR_KOD_RAZD = ftSmallInt;
cPROV_FT_DB_KOD_STAT = ftSmallInt;
cPROV_FT_KR_KOD_STAT = ftSmallInt;
//Массив названий месяцев на украинском языке
cMonthUA : array[0..11] of String = (
sJANUARY_UA, sFEBRUARY_UA, sMARCH_UA,
sAPRIL_UA, sMAY_UA, sJUNE_UA,
sJULY_UA, sAUGEST_UA, sSEPTEMBER_UA,
sOCTOBER_UA, sNOVEMBER_UA, sDECEMBER_UA );
//Массив названий месяцев на русском языке
cMonthRUS : array[0..11] of String = (
sJANUARY_RUS, sFEBRUARY_RUS, sMARCH_RUS,
sAPRIL_RUS, sMAY_RUS, sJUNE_RUS,
sJULY_RUS, sAUGEST_RUS, sSEPTEMBER_RUS,
sOCTOBER_RUS, sNOVEMBER_RUS, sDECEMBER_RUS );
//Вспомогательный массив основных параметров соединения
cMainParams : array[0..3] of String = ( sSERVER, sPATH, sUSER_NAME, sPASSWORD );
//Вспомогательный массив дополнительных параметров соединения
cAdditionalParams : array[0..2] of TParams = (
( Name: sCHAR_SET; Value: cDEF_CHAR_SET ),
( Name: sSQL_DIALECT; Value: cDEF_SQL_DIALECT ),
( Name: sLOG_FILE_PATH; Value: sLOG_FILE_NAME ) );
//Массив параметров полей DBF-таблицы документов
cProcImpDocFields : array[0..8] of TFieldRec = (
( FieldName: cDOC_FN_ID_DOC; FieldType: cDOC_FT_ID_DOC ),
( FieldName: cDOC_FN_DATE_DOC; FieldType: cDOC_FT_DATE_DOC ),
( FieldName: cDOC_FN_NUM_DOC; FieldType: cDOC_FT_NUM_DOC ),
( FieldName: cDOC_FN_DATE_PROV; FieldType: cDOC_FT_DATE_PROV ),
( FieldName: cDOC_FN_SUMMA; FieldType: cDOC_FT_SUMMA ),
( FieldName: cDOC_FN_NOTE; FieldType: cDOC_FT_NOTE ),
( FieldName: cDOC_FN_FIO; FieldType: cDOC_FT_FIO ),
( FieldName: cDOC_FN_DATE_REG; FieldType: cDOC_FT_DATE_REG ),
( FieldName: cDOC_FN_ID_TYPE_DOC; FieldType: cDOC_FT_ID_TYPE_DOC ) );
//Массив параметров полей DBF-таблицы проводок
cProcImpProvFields : array[0..19] of TFieldRec = (
( FieldName: cPROV_FN_ID_PROV; FieldType: cPROV_FT_ID_PROV ),
( FieldName: cPROV_FN_CR_BY_DT; FieldType: cPROV_FT_CR_BY_DT ),
( FieldName: cPROV_FN_STORNO; FieldType: cPROV_FT_STORNO ),
( FieldName: cPROV_FN_SUMMA; FieldType: cPROV_FT_SUMMA ),
( FieldName: cPROV_FN_TABLE_NUM; FieldType: cPROV_FT_TABLE_NUM ),
( FieldName: cPROV_FN_DB_BAL_ID; FieldType: cPROV_FT_DB_BAL_ID ),
( FieldName: cPROV_FN_DB_SUB_ID; FieldType: cPROV_FT_DB_SUB_ID ),
( FieldName: cPROV_FN_KR_BAL_ID; FieldType: cPROV_FT_KR_BAL_ID ),
( FieldName: cPROV_FN_KR_SUB_ID; FieldType: cPROV_FT_KR_SUB_ID ),
( FieldName: cPROV_FN_DB_DT_PROV; FieldType: cPROV_FT_DB_DT_PROV ),
( FieldName: cPROV_FN_KR_DT_PROV; FieldType: cPROV_FT_KR_DT_PROV ),
( FieldName: cPROV_FN_DB_KOD_SMET; FieldType: cPROV_FT_DB_KOD_SMET ),
( FieldName: cPROV_FN_KR_KOD_SMET; FieldType: cPROV_FT_KR_KOD_SMET ),
( FieldName: cPROV_FN_DB_KOD_RAZD; FieldType: cPROV_FT_DB_KOD_RAZD ),
( FieldName: cPROV_FN_KR_KOD_RAZD; FieldType: cPROV_FT_KR_KOD_RAZD ),
( FieldName: cPROV_FN_DB_KOD_STAT; FieldType: cPROV_FT_DB_KOD_STAT ),
( FieldName: cPROV_FN_KR_KOD_STAT; FieldType: cPROV_FT_KR_KOD_STAT ),
( FieldName: cPROV_FN_DATE_REG; FieldType: cPROV_FT_DATE_REG ),
( FieldName: cPROV_FN_DB_ID_DOC; FieldType: cPROV_FT_DB_ID_DOC ),
( FieldName: cPROV_FN_KR_ID_DOC; FieldType: cPROV_FT_KR_ID_DOC ) );
implementation
end.
|
unit OTFEE4MScramDiskPasswordEntry_U;
// Description: Password Entry Dialog
// By Sarah Dean
// Email: sdean12@sdean12.org
// WWW: http://www.SDean12.org/
//
// -----------------------------------------------------------------------------
//
interface
uses
Windows, Messages, SysUtils, Classes, Graphics, Controls, Forms, Dialogs,
StdCtrls, Mask, KeyboardDialog_U;
type
TOTFEE4MScramDiskPasswordEntry_F = class(TForm)
Label1: TLabel;
Label2: TLabel;
Label3: TLabel;
Label4: TLabel;
pbOK: TButton;
pbCancel: TButton;
mePassword1: TMaskEdit;
mePassword3: TMaskEdit;
mePassword2: TMaskEdit;
mePassword4: TMaskEdit;
pbKeydisk: TButton;
pbKeyboard1: TButton;
pbKeyboard3: TButton;
pbKeyboard4: TButton;
pbKeyboard2: TButton;
KeyboardDialog: TKeyboardDialog;
ckHidePasswords: TCheckBox;
cbDrives: TComboBox;
Label5: TLabel;
procedure FormDestroy(Sender: TObject);
procedure pbKeydiskClick(Sender: TObject);
procedure pbKeyboard1Click(Sender: TObject);
procedure pbKeyboard2Click(Sender: TObject);
procedure pbKeyboard3Click(Sender: TObject);
procedure pbKeyboard4Click(Sender: TObject);
procedure ckHidePasswordsClick(Sender: TObject);
public
FDefaultDrive: Ansichar;
procedure ClearEnteredPasswords();
procedure SetDrivesAllowed(drvs: Ansistring);
procedure SetDrive(dfltDrv: Ansichar);
function GetDrive(): Ansichar;
published
property Drive: Ansichar read GetDrive write SetDrive;
property DrivesAllowed: Ansistring write SetDrivesAllowed;
end;
implementation
{$R *.DFM}
uses Math, SDUGeneral;
const
ONE_PASSWORD_LENGTH = 40;
// Presumably this should be enough to overwrite the relevant strings in memory?
procedure TOTFEE4MScramDiskPasswordEntry_F.ClearEnteredPasswords();
var
junkString : string;
i : integer;
begin
// Create a string 1024 chars long... (assumes that user won't try to enter
// a password more than this length; anything more than 40 is probably
// overkill anyway)
junkString := '';
randomize;
for i:=0 to 1024 do
begin
junkString := junkString + chr(random(255));
end;
// ...overwrite any passwords entered...
mePassword1.text := junkString;
mePassword2.text := junkString;
mePassword3.text := junkString;
mePassword4.text := junkString;
// ...and then reset to a zero length string, just to be tidy.
mePassword1.text := '';
mePassword2.text := '';
mePassword3.text := '';
mePassword4.text := '';
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.FormDestroy(Sender: TObject);
begin
ClearEnteredPasswords();
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.pbKeydiskClick(Sender: TObject);
var
openDialog: TOpenDialog;
fileHandle: TextFile;
aPassword: string;
begin
openDialog := TOpenDialog.Create(nil);
try
if openDialog.Execute() then
begin
AssignFile(fileHandle, openDialog.Filename);
Reset(fileHandle);
Readln(fileHandle, aPassword);
mePassword1.text := aPassword;
Readln(fileHandle, aPassword);
mePassword2.text := aPassword;
Readln(fileHandle, aPassword);
mePassword3.text := aPassword;
Readln(fileHandle, aPassword);
mePassword4.text := aPassword;
Readln(fileHandle, aPassword);
if aPassword<>'KeepDialog' then
begin
ModalResult := mrOK;
end;
end; // OpenDialog.Execute()
finally
CloseFile(fileHandle);
openDialog.Free();
end;
end;
{
// This is a binary version of the above function
procedure TPasswordEntry_F.pbKeydiskClick(Sender: TObject);
var
openDialog: TOpenDialog;
fileHandle: TFileStream;
blankingBytes: array [0..ONE_PASSWORD_LENGTH] of byte;
i: integer;
bytesRead: integer;
begin
openDialog := TOpenDialog.Create(nil);
try
if openDialog.Execute() then
begin
fileHandle := TFileStream.Create(openDialog.Filename, fmOpenRead);
bytesRead := fileHandle.Read(blankingBytes, ONE_PASSWORD_LENGTH);
mePassword1.text := '';
for i:=1 to min(ONE_PASSWORD_LENGTH, bytesRead) do
begin
mePassword1.text := mePassword1.text + char(blankingBytes[i-1]);
end;
bytesRead := fileHandle.Read(blankingBytes, ONE_PASSWORD_LENGTH);
mePassword2.text := '';
for i:=1 to min(ONE_PASSWORD_LENGTH, bytesRead) do
begin
mePassword2.text := mePassword2.text + char(blankingBytes[i-1]);
end;
bytesRead := fileHandle.Read(blankingBytes, ONE_PASSWORD_LENGTH);
mePassword3.text := '';
for i:=1 to min(ONE_PASSWORD_LENGTH, bytesRead) do
begin
mePassword3.text := mePassword3.text + char(blankingBytes[i-1]);
end;
bytesRead := fileHandle.Read(blankingBytes, ONE_PASSWORD_LENGTH);
mePassword4.text := '';
for i:=1 to min(ONE_PASSWORD_LENGTH, bytesRead) do
begin
mePassword4.text := mePassword4.text + char(blankingBytes[i-1]);
end;
ModalResult := mrOK;
end; // OpenDialog.Execute()
finally
fileHandle.free;
openDialog.Free();
end;
end;
}
procedure TOTFEE4MScramDiskPasswordEntry_F.pbKeyboard1Click(Sender: TObject);
begin
if KeyboardDialog.execute() then
begin
mePassword1.text := KeyboardDialog.password;
end;
KeyboardDialog.BlankPassword();
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.pbKeyboard2Click(Sender: TObject);
begin
if KeyboardDialog.execute() then
begin
mePassword2.text := KeyboardDialog.password;
end;
KeyboardDialog.BlankPassword();
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.pbKeyboard3Click(Sender: TObject);
begin
if KeyboardDialog.execute() then
begin
mePassword3.text := KeyboardDialog.password;
end;
KeyboardDialog.BlankPassword();
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.pbKeyboard4Click(Sender: TObject);
begin
if KeyboardDialog.execute() then
begin
mePassword4.text := KeyboardDialog.password;
end;
KeyboardDialog.BlankPassword();
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.ckHidePasswordsClick(Sender: TObject);
var
passwordChar: char;
begin
passwordChar := #0;
if ckHidePasswords.checked then
begin
passwordChar := '*';
end;
mePassword1.passwordchar := passwordChar;
mePassword2.passwordchar := passwordChar;
mePassword3.passwordchar := passwordChar;
mePassword4.passwordchar := passwordChar;
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.SetDrive(dfltDrv: Ansichar);
begin
FDefaultDrive:= dfltDrv;
dfltDrv := AnsiString((uppercase(dfltDrv)))[1];
// This will ensure that we either have the default drive selected, or the
// first drive
if cbDrives.items.IndexOf(dfltDrv+':')>-1 then
begin
cbDrives.itemindex := cbDrives.items.IndexOf(dfltDrv+':');
end
else
begin
cbDrives.itemindex := 0;
end;
end;
function TOTFEE4MScramDiskPasswordEntry_F.GetDrive(): Ansichar;
begin
if cbDrives.items.count<1 then
begin
Result := #0
end
else
begin
Result :=AnsiChar( cbDrives.text[1]);
end;
end;
procedure TOTFEE4MScramDiskPasswordEntry_F.SetDrivesAllowed(drvs: Ansistring);
var
i: integer;
begin
// Setup the drives the user is allowed to select
for i:=1 to length(drvs) do
begin
cbDrives.items.Add(drvs[i]+':');
end;
cbDrives.sorted := TRUE;
SetDrive(FDefaultDrive);
end;
END.
|
unit SynHighlighterText;
{$I SynEdit.inc}
interface
uses
SysUtils, Windows, Messages, Classes, Controls, Graphics, Registry,
SynEditHighlighter, SynEditTypes;
type
TtkTokenKind = (
tkNull,
tkUnknown);
// TRangeState = (rsANil, rsAnsi, rsPasStyle, rsCStyle, rsUnKnown);
TProcTableProc = procedure of Object;
type
TSynTextSyn = class(TSynCustomHighLighter)
private
fSpaceAttri :TSynHighlighterAttributes;
fTokenID: TtkTokenKind;
Run: LongInt;
fTokenPos: Integer;
fLine: PChar;
fLineNumber : Integer;
fProcTable: array[#0..#255] of TProcTableProc;
// fRange: TRangeState;
procedure MakeMethodTables;
procedure NullProc;
procedure UnknownProc;
protected
function GetIdentChars: TSynIdentChars; override;
public
// class function GetCapability: THighlighterCapability; override; //gp 2000-01-20
class function GetLanguageName: string; override; //gp 2000-01-20
public
constructor Create(AOwner: TComponent); override;
// procedure ExportNext; override;
destructor Destroy; override;
function GetDefaultAttribute(Index: integer): TSynHighlighterAttributes; //mh 2000-01-17
override;
function GetEol: Boolean; override;
// function GetRange: Pointer; override;
function GetTokenID: TtkTokenKind;
procedure SetLine(NewValue: String; LineNumber:Integer); override;
function GetToken: String; override;
function GetTokenAttribute: TSynHighlighterAttributes; override;
function GetTokenKind: integer; override;
function GetTokenPos: Integer; override;
procedure Next; override;
// procedure SetLineForExport(NewValue: String); override;
// procedure SetRange(Value: Pointer); override;
// procedure ReSetRange; override;
published
property SpaceAttri: TSynHighlighterAttributes read fSpaceAttri
write fSpaceAttri;
end;
procedure Register;
implementation
uses
SynEditStrConst;
const
INDENT_CHARS :TSynIdentChars = [#33..#255]-
['!','"','#','$','%','&','/','(',')','=','?','*','+',';',',',':','.','-','>','<','\','|','[',']','@','{','}'];
procedure Register;
begin
RegisterComponents(SYNS_HighlightersPage, [TSynTextSyn]);
end;
//class function TSynTextSyn.GetCapability: THighlighterCapability; //gp 2000-01-20
//begin
// Result := inherited GetCapability + [hcExportable];
//end;
constructor TSynTextSyn.Create(AOwner: TComponent);
begin
{begin} //mh 2000-01-14
inherited Create(AOwner);
fSpaceAttri := TSynHighlighterAttributes.Create(SYNS_AttrSpace);
AddAttribute(fSpaceAttri);
{end} //mh 2000-01-14
SetAttributesOnChange(DefHighlightChange);
MakeMethodTables;
end; { Create }
destructor TSynTextSyn.Destroy;
begin
inherited Destroy;
end; { Destroy }
procedure TSynTextSyn.MakeMethodTables;
var
I: Char;
begin
for I := #0 to #255 do
case I of
#0: fProcTable[I] := NullProc;
else fProcTable[I] := UnknownProc;
end;
end;
procedure TSynTextSyn.NullProc;
begin
fTokenID := tkNull;
end;
procedure TSynTextSyn.SetLine(NewValue: String; LineNumber:Integer);
begin
fLine := PChar(NewValue);
Run := 0;
fLineNumber := LineNumber;
Next;
end; { SetLine }
procedure TSynTextSyn.UnknownProc;
begin
Run:=Length(fLine);
fTokenID := tkUnKnown;
end;
procedure TSynTextSyn.Next;
begin
fTokenPos := Run;
fProcTable[fLine[Run]];
end;
function TSynTextSyn.GetIdentChars: TSynIdentChars;
begin
Result := INDENT_CHARS;
end;
class function TSynTextSyn.GetLanguageName: string; //gp 2000-01-20
begin
Result := 'Text files';
end;
{begin} //mh 2000-01-17
function TSynTextSyn.GetDefaultAttribute(Index: integer): TSynHighlighterAttributes;
begin
result:=fSpaceAttri;
end;
{end} //mh 2000-01-17
function TSynTextSyn.GetTokenKind: integer;
begin
Result := ord(tkUnKnown);
end;
function TSynTextSyn.GetTokenPos: Integer;
begin
Result := 0;
end;
function TSynTextSyn.GetEol: Boolean;
begin
Result := fTokenId = tkNull;
end;
//function TSynTextSyn.GetRange: Pointer;
//begin
// Result := Pointer(fRange);
//end;
function TSynTextSyn.GetToken: String;
var
Len: LongInt;
begin
Len := Length(fLine);
SetString(Result, FLine, Len);
end;
function TSynTextSyn.GetTokenID: TtkTokenKind;
begin
Result := tkUnKnown;
end;
function TSynTextSyn.GetTokenAttribute: TSynHighlighterAttributes;
begin
Result := fSpaceAttri;
end;
//procedure TSynTextSyn.SetRange(Value: Pointer);
//begin
//end;
//procedure TSynTextSyn.ReSetRange;
//begin
// fRange := rsUnknown;
//end;
//procedure TSynTextSyn.ExportNext;
//begin
// Next;
// if Assigned(Exporter) then
// with TmwCustomExport(Exporter) do begin
// FormatToken(GetToken, fSpaceAttri, False, True);
// end; //with
//end;
initialization
RegisterPlaceableHighlighter(TSynTextSyn); //gp 2000-01-20
end.
|
unit glRegistry;
interface
uses
SysUtils, Classes, Registry, Variants, Windows;
type
TmyValue = record
mValue: Variant;
mType: TVarType;
end;
TglRegistry = class(TComponent)
private
fCompanyName, fProjectName: string;
protected
{ Protected declarations }
public
procedure SaveParam(KEY: HKEY; Name: string; Value: Variant;
ValueType: TVarType);
function LoadParam(KEY: HKEY; Name: string; ValueType: TVarType): TmyValue;
function CheckExistKey(KEY: HKEY; Name: string): boolean;
constructor Create(AOwner: TComponent); override;
destructor Destroy; override;
published
property CompanyName: string read fCompanyName write fCompanyName;
property ProjectName: string read fProjectName write fProjectName;
end;
procedure Register;
implementation
// {$R glRegistry}
procedure Register;
begin
RegisterComponents('Golden Line', [TglRegistry]);
end;
{ TglRegistry }
function TglRegistry.CheckExistKey(KEY: HKEY; Name: string): boolean;
var
R: TRegistry;
begin
result := false;
R := TRegistry.Create;
R.RootKey := KEY;
if R.OpenKey('Software\' + CompanyName + '\' + ProjectName + '\', false) then
if R.ValueExists(Name) then
result := true;
end;
constructor TglRegistry.Create(AOwner: TComponent);
begin
inherited;
fCompanyName := 'Icarus.Empire';
fProjectName := 'NewProject';
end;
destructor TglRegistry.Destroy;
begin
fCompanyName := '';
fProjectName := '';
inherited;
end;
function TglRegistry.LoadParam(KEY: HKEY; Name: string; ValueType: TVarType)
: TmyValue;
var
R: TRegistry;
begin
R := TRegistry.Create;
R.RootKey := KEY;
R.OpenKey('Software\' + CompanyName + '\' + ProjectName + '\', false);
if not R.ValueExists(Name) then
begin
result.mType := varError;
exit;
end;
result.mType := ValueType;
case ValueType of
varInteger:
result.mValue := R.ReadInteger(Name);
varString:
result.mValue := R.ReadString(Name);
varBoolean:
result.mValue := R.ReadBool(Name);
varDate:
result.mValue := R.ReadDateTime(Name);
varDouble:
result.mValue := R.ReadFloat(Name);
end;
R.CloseKey;
R.Free;
end;
procedure TglRegistry.SaveParam(KEY: HKEY; Name: string; Value: Variant;
ValueType: TVarType);
var
R: TRegistry;
begin
R := TRegistry.Create;
R.RootKey := KEY;
R.OpenKey('Software\' + CompanyName + '\' + ProjectName + '\', true);
case ValueType of
varInteger:
R.WriteInteger(Name, Value);
varString:
R.WriteString(Name, Value);
varBoolean:
R.WriteBool(Name, Value);
varDate:
R.WriteDateTime(Name, Value);
varDouble:
R.WriteFloat(Name, Value);
end;
R.CloseKey;
R.Free;
end;
end.
|
Program charReplace;
VAR ch: CHAR;
charsRead, charsWritten:LONGINT;
BEGIN
charsRead :=0;
charsWritten :=0;
REPEAT
(* input ist die mit Eingabelenkung eingegebene Datei *)
Read(input, ch);
charsRead:=charsRead+1;
IF ch='Ä' THEN BEGIN
Write(output, 'Ae');
charsWritten:=charsWritten+2;
END
ELSE IF ch='ä' THEN BEGIN
Write(output, 'ae');
charsWritten:=charsWritten+2;
END
ELSE IF ch='Ö' THEN BEGIN
Write(output, 'Oe');
charsWritten:=charsWritten+2;
END
ELSE IF ch='ö' THEN BEGIN
Write(output, 'oe');
charsWritten:=charsWritten+2;
END
ELSE IF ch='Ü' THEN BEGIN
Write(output, 'Ue');
charsWritten:=charsWritten+2;
END
ELSE IF ch='ü' THEN BEGIN
Write(output, 'ue');
charsWritten:=charsWritten+2;
END
ELSE IF ch='ß' THEN BEGIN
Write(output, 'ss');
charsWritten:=charsWritten+2;
END
ELSE IF ch='«' THEN BEGIN
Write(output, '<<');
charsWritten:=charsWritten+2;
END
ELSE IF ch='»' THEN BEGIN
Write(output, '>>');
charsWritten:=charsWritten+2;
END
ELSE BEGIN
Write(output, ch);
charsWritten:=charsWritten+1;
END;
UNTIL Eof(input);
Writeln();
WriteLn('chars read = ', charsRead, ' chars Written = ', charsWritten,'.');
END. |
program LightFileStreamBenchmark;
{$mode Delphi}{$H+}{$J-}{$I-}{$R-}
uses SysUtils, Classes, EpikTimer, LightFileStream;
const
QC: QWord = 1844674407370955;
var
QV, I, J: QWord;
TimeA, TimeB, TimeC, TimeD: String;
Timer: TEpikTimer;
begin
Timer := TEpikTimer.Create(nil);
Timer.Start();
with TFileStream.Create('OutputA.bin', fmCreate) do begin
for I := 0 to 2999999 do WriteQWord(QC);
Free();
end;
Timer.Stop();
TimeA := Timer.ElapsedStr();
Timer.Clear();
Timer.Start();
with TLightFileStream.Create('OutputB.bin') do begin
for J := 0 to 2999999 do WriteQWord(QC);
Close();
end;
Timer.Stop();
TimeB := Timer.ElapsedStr();
Timer.Clear();
Timer.Start();
with TFileStream.Create('OutputA.bin', fmOpenRead) do begin
for I := 0 to 2999999 do QV := ReadQWord();
Free();
end;
Timer.Stop();
TimeC := Timer.ElapsedStr();
Timer.Clear();
Timer.Start();
with TLightFileStream.Open('OutputB.bin', fsReading) do begin
for J := 0 to 2999999 do ReadQWord(QV);
Close();
end;
Timer.Stop();
TimeD := Timer.ElapsedStr();
Timer.Free();
WriteLn('TFileStream Write: ', TimeA);
WriteLn('TLightFileStream Write: ', TimeB);
WriteLn('TFileStream Read: ', TimeC);
WriteLn('TLightFileStream Read: ', TimeD);
DeleteFile('OutputA.bin');
DeleteFile('OutputB.bin');
end.
|
{La sala de un teatro tiene N filas con M butacas cada una y ha representado la
ocupación para una función en T(matriz entera). Cada elemento T[fila,butaca]
almacena el código 1,2 o 3, para indicar:
1. Disponible
2. Vendida
3. Vendida con Descuento.
Los datos N y M viene en la primer linea del archivo Teatro.TXT .
El precio de cada entrada es X y el descuento es del D%, ambos datos vienen
en la segunda línea del archivo.
Se pide leer la información y a partir de la matriz T de NxM, calcular e informar:
A) Cuantas filas registran al menos una butaca disponible.
B) Fila con importe máximo(obtenido de las butacas vendidas con y sin descuento).
N=4 M=5
X=500 D=20
2 3 1 3 2
T=2 2 2 2 3
2 1 2 2 1
3 3 3 3 2
Respuestas:
A) 2 filas.
B) Fila 2(con $2400). }
Program Teatro;
Type
TM = array[1..100,1..100] of integer;
Procedure LeerArchivo(Var T:TM; Var N,M:byte; Var X,D:real);
Var
i,j:byte;
arch:text;
begin
assign(arch,'Teatro.txt');reset(arch);
readln(arch,N,M);
readln(arch,X,D);
For i:= 1 to N do
begin
For j:= 1 to M do
read(arch,T[i,j]);
readln(arch);
end;
close(arch);
end;
Function CuantasFilas(T:TM; N,M:byte):byte;
Var
i,j,Cont:byte;
begin
Cont:= 0;
For i:= 1 to N do
begin
j:= 1;
while (j <= M) and (T[i,j] <> 1) do
j:= j + 1;
If (j > M) then
Cont:= Cont + 1;
end;
CuantasFilas:= Cont;
end;
Procedure MaximaFila(T:TM; N,M:byte; X,D:real);
Var
i,j,PosMax:byte;
Acum,Max,Desc:real;
begin
Max:= 0;
Desc:= (100 - D) /100;
For i:= 1 to N do
begin
Acum:= 0;
For j:= 1 to M do
begin
If (T[i,j] = 2) then
Acum:= Acum + X
Else
if (T[i,j] = 3) then
Acum:= Acum + (X * Desc);
end;
If (Acum > Max) then
begin
Max:= Acum;
PosMax:= i;
end;
end;
writeln('B- Fila ',PosMax,' tiene el importe maximo con $',Max:6:2);
end;
Var
T:TM;
N,M:byte;
X,D:real;
Begin
LeerArchivo(T,N,M,X,D);
writeln('A- Cantidad de filas con al menos una butaca disponible: ',CuantasFilas(T,N,M));
writeln;
writeln;
MaximaFila(T,N,M,X,D);
end.
|
unit TpTable;
interface
uses
Windows, Classes, Controls, StdCtrls, ExtCtrls, Graphics, Messages, SysUtils,
Types,
ThWebControl,
TpControls;
type
TTpTable = class(TThWebControl)
private
FColCount: Integer;
FRowCount: Integer;
FOnCell: TTpEvent;
FBorder: Integer;
FOnGenerate: TTpEvent;
procedure SetOnGenerate(const Value: TTpEvent);
protected
procedure SetBorder(const Value: Integer);
procedure SetColCount(const Value: Integer);
procedure SetOnCell(const Value: TTpEvent);
procedure SetRowCount(const Value: Integer);
public
constructor Create(AOwner: TComponent); override;
function GetHtmlAsString: string; override;
procedure Paint; override;
published
property Align;
property Border: Integer read FBorder write SetBorder;
property ColCount: Integer read FColCount write SetColCount default 3;
property OnCell: TTpEvent read FOnCell write SetOnCell;
property OnGenerate: TTpEvent read FOnGenerate write SetOnGenerate;
property RowCount: Integer read FRowCount write SetRowCount default 3;
property Style;
property StyleClass;
property Visible;
end;
implementation
constructor TTpTable.Create(AOwner: TComponent);
begin
inherited;
FColCount := 3;
FRowCount := 3;
end;
procedure TTpTable.Paint;
begin
inherited;
ThPaintOutline(Canvas, AdjustedClientRect, clBlue, psDot);
end;
function TTpTable.GetHtmlAsString: string;
begin
Result :=
'<table'
+ TpAttr('border', Border)
+ TpAttr(tpClass, 'TTpTable')
+ TpAttr('tpName', Name)
+ TpAttr('tpCols', ColCount)
+ TpAttr('tpRows', RowCount)
+ TpAttr('tpOnGenerate', OnGenerate)
+ TpAttr('tpOnCell', OnCell)
+ CtrlStyle.StyleAttribute
+ '>'#13
+ ' <tr><td>Dynamic Table</td></tr>'#13
+ '</table>'#13
;
end;
procedure TTpTable.SetColCount(const Value: Integer);
begin
FColCount := Value;
end;
procedure TTpTable.SetOnCell(const Value: TTpEvent);
begin
FOnCell := Value;
end;
procedure TTpTable.SetRowCount(const Value: Integer);
begin
FRowCount := Value;
end;
procedure TTpTable.SetBorder(const Value: Integer);
begin
FBorder := Value;
end;
procedure TTpTable.SetOnGenerate(const Value: TTpEvent);
begin
FOnGenerate := Value;
end;
end.
|
unit UBackTrack;
interface
Const
MaxN = 20;
type
TRing = array [1..MaxN] of string;
TUsed = array [1..MaxN] of boolean;
procedure Solve (var Elements : TRing; len : integer;
var MaxCount : integer; var MaxRing : TRing);
implementation
procedure Solve (var Elements : TRing; len : integer;
var MaxCount : integer; var MaxRing : TRing);
var
Count : integer;
Ring : TRing;
Used : TUsed;
vowels : set of char;
consonants : set of char;
function CheckWord(w : string):boolean;
var vow, con, j : integer;
begin
vow := 0;
con := 0;
for j := 1 to Length(w) do
begin
if (w[j] in vowels) then
inc(vow)
else
if (w[j] in consonants) then
inc(con);
end;
result := vow = con;
if ((Count <> 0) and result) then
result := w[1] = Ring[count][length(Ring[count])]
end;
function CheckRing:boolean;
begin
result := Count <> 0;
if (result) then
result := Ring[1][1] = Ring[Count][Length(Ring[Count])];
end;
procedure ClearUsed;
var j : integer;
begin
for j := 1 to MaxN do
Used[j] := false;
end;
procedure TryPut (i : integer);
var j : integer;
begin
if (CheckRing) then begin
if (MaxCount < Count) then
begin
MaxCount := Count;
MaxRing := Ring;
end;
end;
if (i <= len) then
begin
used[i] := true;
if (CheckWord(Elements[i])) then
begin
inc(Count);
Ring[Count] := Elements[i];
for j := 1 to len + 1 do
if (not used[j]) then
TryPut(j);
dec(Count);
end;
for j := 1 to len + 1 do
if (not used[j]) then
TryPut(j);
used[i] := false;
end;
end;
begin
count := 0;
ClearUsed;
vowels := ['À', 'Î', 'Ó', 'Û', 'Ý', '¨', 'Þ', 'È', 'Å'];
consonants := ['Á', 'Â', 'Ã', 'Ä', 'Æ', 'Ç', 'É', 'Ê', 'Ë', 'Ì', 'Í',
'Ï', 'Ð', 'Ñ', 'Ò', 'Ô', 'Õ', 'Ö', '×', 'Ø', 'Ù', 'Ú', 'Ü'];
TryPut(1);
end;
end.
|
program HowToMoveAPanel;
uses
SwinGame, sgTypes, sgUserInterface;
procedure Main();
var
p : Panel;
begin
OpenGraphicsWindow('How To Move A Panel', 800, 600);
LoadDefaultColors();
p := LoadPanel('panelwithlabel.txt');
ShowPanel(p);
repeat // The game loop...
ProcessEvents();
ClearScreen(ColorWhite);
DrawInterface();
PanelSetDraggable(p, true);
GUISetBackgroundColor(ColorGreen);
UpdateInterface();
RefreshScreen();
until WindowCloseRequested();
ReleaseAllResources();
end;
begin
Main();
end. |
unit EdictTests;
// Requires EDICT in the same folder
interface
uses TestFramework;
type
TEdictTests = class(TTestCase)
published
procedure EdictRead;
procedure EdictLoad;
end;
TEdictSpeedTests = class(TTestCase)
public
FReader: TEdictTests;
procedure SetUp; override;
procedure TearDown; override;
published
procedure EdictReadTime;
procedure EdictLoadTime;
end;
implementation
uses SysUtils, Classes, Windows, TestingCommon, JWBIO, EdictReader, Edict;
procedure TEdictTests.EdictRead;
var AInput: TStreamDecoder;
ed: TEdictArticle;
ln: string;
begin
AInput := OpenTextFile(CommonDataDir+'\EDICT2');
AInput.Rewind();
while AInput.ReadLn(ln) do begin
ln := Trim(ln);
if ln='' then continue;
ParseEdict2Line(ln, @ed);
end;
end;
procedure TEdictTests.EdictLoad;
var Edict: TEdict;
begin
Edict := TEdict.Create;
Edict.LoadFromFile(CommonDataDir+'\EDICT2');
FreeAndNil(Edict);
end;
const
EDICT_ITER_CNT: integer = 1;
procedure TEdictSpeedTests.SetUp;
begin
FReader := TEdictTests.Create('');
end;
procedure TEdictSpeedTests.TearDown;
begin
FreeAndNil(FReader);
end;
procedure TEdictSpeedTests.EdictReadTime;
var i: integer;
tm: cardinal;
begin
tm := GetTickCount;
for i := 0 to EDICT_ITER_CNT-1 do
FReader.EdictRead();
tm := GetTickCount-tm;
Status('x'+IntToStr(EDICT_ITER_CNT)+' = '+IntToStr(tm)+' ticks.');
end;
procedure TEdictSpeedTests.EdictLoadTime;
var i: integer;
tm: cardinal;
begin
tm := GetTickCount;
for i := 0 to EDICT_ITER_CNT-1 do
FReader.EdictLoad();
tm := GetTickCount-tm;
Status('x'+IntToStr(EDICT_ITER_CNT)+' = '+IntToStr(tm)+' ticks.');
end;
initialization
RegisterTest(TNamedTestSuite.Create('Edict', TEdictTests));
RegisterSpeedTest(TNamedTestSuite.Create('Edict', TEdictSpeedTests));
end. |
unit ufrmDialogViewInvoice;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, ufrmMasterDialog, StdCtrls, ufraFooterDialog2Button, ExtCtrls,
cxGraphics, cxControls, cxLookAndFeels,
cxLookAndFeelPainters, cxContainer, cxEdit, cxTextEdit,
cxCurrencyEdit, System.Actions, Vcl.ActnList, ufraFooterDialog3Button,
Vcl.Menus, cxStyles, cxCustomData, cxFilter, cxData, cxDataStorage,
cxNavigator, Data.DB, cxDBData, cxGridLevel, cxGridCustomTableView,
cxGridTableView, cxGridDBTableView, cxClasses, cxGridCustomView, cxGrid,
cxButtons;
type
TfrmDialogViewInvoice = class(TfrmMasterDialog)
pnl1: TPanel;
pnl2: TPanel;
lbl1: TLabel;
edtInvoiceNo: TEdit;
lbl2: TLabel;
edtCustomer: TEdit;
btnSearch: TcxButton;
lbl3: TLabel;
edtAgreementNo: TEdit;
lbl4: TLabel;
curredtTotalAgreement: TcxCurrencyEdit;
lbl5: TLabel;
edtNoJadwal: TEdit;
lbl6: TLabel;
edtInvoiceDate: TEdit;
lbl10: TLabel;
lbl11: TLabel;
lbl12: TLabel;
lbl13: TLabel;
curredtTotal: TcxCurrencyEdit;
curredtTotalPPH23: TcxCurrencyEdit;
curredtTotalPPN: TcxCurrencyEdit;
curredtTotalSubTotal: TcxCurrencyEdit;
lbl8: TLabel;
edtStatus: TEdit;
lbl9: TLabel;
edtDescription: TEdit;
cxGrid: TcxGrid;
cxGridView: TcxGridDBTableView;
cxcolCode: TcxGridDBColumn;
cxcolDescription: TcxGridDBColumn;
cxcolQTY: TcxGridDBColumn;
cxlvMaster: TcxGridLevel;
cxcolUOM: TcxGridDBColumn;
cxcolTotal: TcxGridDBColumn;
procedure FormClose(Sender: TObject; var Action: TCloseAction);
procedure FormDestroy(Sender: TObject);
procedure edtInvoiceNoKeyUp(Sender: TObject; var Key: Word;
Shift: TShiftState);
procedure btnSearchClick(Sender: TObject);
private
FAgreementId: string;
FAgreementJadwalId: string;
// function GetSQLUpDown(aKey: Word; aAgrJdlID: string): string;
procedure ParseDataHeader;
procedure ParseDataHeaderUpDown(Key: Word);
procedure ParseDataAgreementDetil;
public
property AgreementId: string read FAgreementId write FAgreementId;
property AgreementJadwalId: string read FAgreementJadwalId write FAgreementJadwalId;
end;
var
frmDialogViewInvoice: TfrmDialogViewInvoice;
implementation
{$R *.dfm}
uses
uRetnoUnit;
procedure TfrmDialogViewInvoice.FormClose(Sender: TObject;
var Action: TCloseAction);
begin
inherited;
Action := caFree;
end;
procedure TfrmDialogViewInvoice.FormDestroy(Sender: TObject);
begin
inherited;
frmDialogViewInvoice := nil;
end;
procedure TfrmDialogViewInvoice.ParseDataHeader;
var
// isPPH23: Boolean;
s: string;
begin
s:= 'SELECT CUST.CUST_CODE || '' | '' || CUST.CUST_NAME AS CUST_NAME,'
+ ' A.AGR_NO, SUM(AD.AGRD_TOTAL) AS TOTAL_AGREEMENT,'
+ ' AJ.AGRJDWL_INV_TERM_NO, AJ.AGRJDWL_INV_DATE,'
+ ' AJ.AGRJDWL_INV_DESCRIPTION, A.AGR_IS_PPH23, AJ.AGRJDWL_ID,'
+ ' P.PJK_PPN, SP.STAPRO_NAME, A.AGR_ID, AJ.AGRJDWL_INV_TOTAL FROM AGREEMENT_JADWAL AJ'
+ ' LEFT JOIN AGREEMENT A ON A.AGR_ID = AJ.AGRJDWL_AGR_ID'
+ ' AND A.AGR_UNT_ID = AJ.AGRJDWL_AGR_UNT_ID'
+ ' LEFT JOIN AGREEMENT_DETIL AD ON AD.AGRD_AGR_ID = A.AGR_ID'
+ ' AND AD.AGRD_AGR_UNT_ID = A.AGR_UNT_ID'
+ ' LEFT JOIN CUSTOMER CUST ON CUST.CUST_CODE = A.AGR_CUST_CODE'
+ ' AND CUST.CUST_UNT_ID = A.AGR_CUST_UNT_ID'
+ ' LEFT JOIN REF$PAJAK P ON P.PJK_ID = A.AGR_PJK_ID'
+ ' AND P.PJK_UNT_ID = A.AGR_PJK_UNT_ID'
+ ' LEFT JOIN REF$STATUS_PROSES SP ON SP.STAPRO_ID = AJ.AGRJDWL_STAPRO_ID_INV'
+ ' AND SP.STAPRO_UNT_ID = AJ.AGRJDWL_STAPRO_UNT_ID_INV'
+ ' WHERE AJ.AGRJDWL_INV_NO = '+ QuotedStr(edtInvoiceNo.Text)
+ ' AND AJ.AGRJDWL_UNT_ID = '+ IntToStr(DialogUnit)
+ ' GROUP BY A.AGR_ID, A.AGR_NO, CUST.CUST_CODE, CUST.CUST_NAME,'
+ ' AJ.AGRJDWL_INV_TERM_NO, AJ.AGRJDWL_INV_DATE,'
+ ' AJ.AGRJDWL_INV_DESCRIPTION, A.AGR_IS_PPH23, AJ.AGRJDWL_ID,'
+ ' P.PJK_PPN, SP.STAPRO_NAME, AJ.AGRJDWL_INV_TOTAL ';
// with cOpenQuery(s) do
// begin
// try
// if not IsEmpty then
// begin
// edtCustomer.Text := fieldbyname('CUST_NAME').AsString;
// edtAgreementNo.Text := fieldbyname('AGR_NO').AsString;
// edtNoJadwal.Text := fieldbyname('AGRJDWL_INV_TERM_NO').AsString;
// edtInvoiceDate.Text := fieldbyname('AGRJDWL_INV_DATE').AsString;
// edtStatus.Text := fieldbyname('STAPRO_NAME').AsString;
// edtDescription.Text := fieldbyname('AGRJDWL_INV_DESCRIPTION').AsString;
// curredtTotalAgreement.Value := fieldbyname('TOTAL_AGREEMENT').AsCurrency;
// curredtTotalSubTotal.Value := fieldbyname('AGRJDWL_INV_TOTAL').AsCurrency;
//
// if FieldByName('AGR_IS_PPH23').AsInteger = 0 then
// isPPH23 := False
// else
// isPPH23 := True;
//
// curredtTotalPPN.Value := (curredtTotalSubTotal.Value * FieldByName('PJK_PPN').AsCurrency) / 100;
//
// if isPPH23 then
// curredtTotalPPH23.Value := curredtTotalPPN.Value
// else
// curredtTotalPPH23.Value := 0;
//
// curredtTotal.Value := curredtTotalSubTotal.Value + curredtTotalPPN.Value - curredtTotalPPH23.Value;
// AgreementId := fieldbyname('AGR_ID').AsString;
// AgreementJadwalId := fieldbyname('AGRJDWL_ID').AsString;
//
// end
// else
// begin
// edtCustomer.Clear;
// edtAgreementNo.Clear;
// edtNoJadwal.Clear;
// edtInvoiceDate.Clear;
// edtStatus.Clear;
// edtDescription.Clear;
// curredtTotalAgreement.Value := 0;
// curredtTotalSubTotal.Value := 0;
// curredtTotalPPN.Value := 0;
// curredtTotalPPH23.Value := 0;
// curredtTotal.Value := 0;
// end;
//
// finally
// Free;
// end;
// end;
end;
procedure TfrmDialogViewInvoice.edtInvoiceNoKeyUp(Sender: TObject;
var Key: Word; Shift: TShiftState);
begin
inherited;
if Key = VK_F5 then
btnSearchClick(Self);
if Key = VK_RETURN then
begin
ParseDataHeader;
ParseDataAgreementDetil;
end;
if (Key = VK_PRIOR) or (Key = VK_NEXT) then
begin
ParseDataHeaderUpDown(Key);
ParseDataAgreementDetil;
end;
end;
procedure TfrmDialogViewInvoice.ParseDataHeaderUpDown(Key: Word);
//var
// isPPH23: Boolean;
begin
// with cOpenQuery(GetSQLUpDown(Key, AgreementJadwalId)) do
// begin
// try
// if not IsEmpty then
// begin
// edtInvoiceNo.Text := fieldbyname('AGRJDWL_INV_NO').AsString;
// edtCustomer.Text := fieldbyname('CUST_NAME').AsString;
// edtAgreementNo.Text := fieldbyname('AGR_NO').AsString;
// edtNoJadwal.Text := fieldbyname('AGRJDWL_INV_TERM_NO').AsString;
// edtInvoiceDate.Text := fieldbyname('AGRJDWL_INV_DATE').AsString;
// edtStatus.Text := fieldbyname('STAPRO_NAME').AsString;
// edtDescription.Text := fieldbyname('AGRJDWL_INV_DESCRIPTION').AsString;
// curredtTotalAgreement.Value := fieldbyname('TOTAL_AGREEMENT').AsCurrency;
// curredtTotalSubTotal.Value := fieldbyname('AGRJDWL_INV_TOTAL').AsCurrency;
//
// if FieldByName('AGR_IS_PPH23').AsInteger = 0 then
// isPPH23 := False
// else
// isPPH23 := True;
//
// curredtTotalPPN.Value := (curredtTotalSubTotal.Value * FieldByName('PJK_PPN').AsCurrency) / 100;
//
// if isPPH23 then
// curredtTotalPPH23.Value := curredtTotalPPN.Value
// else
// curredtTotalPPH23.Value := 0;
//
// curredtTotal.Value := curredtTotalSubTotal.Value + curredtTotalPPN.Value - curredtTotalPPH23.Value;
// AgreementId := fieldbyname('AGR_ID').AsString;
// AgreementJadwalId := fieldbyname('AGRJDWL_ID').AsString;
// end
// else
// begin
// edtInvoiceNo.Clear;
// edtCustomer.Clear;
// edtAgreementNo.Clear;
// edtNoJadwal.Clear;
// edtInvoiceDate.Clear;
// edtStatus.Clear;
// edtDescription.Clear;
// curredtTotalAgreement.Value := 0;
// curredtTotalSubTotal.Value := 0;
// curredtTotalPPN.Value := 0;
// curredtTotalPPH23.Value := 0;
// curredtTotal.Value := 0;
// end;
//
// finally
// Free;
// end;
// end;
end;
procedure TfrmDialogViewInvoice.ParseDataAgreementDetil;
var
// i: Integer;
s: string;
begin
s:= 'SELECT AGRD.AGRD_PROJAS_CODE, PROJAS.PROJAS_NAME, AGRD.AGRD_QTY,'
+ ' PROJAS.PROJAS_SATNBD_CODE, SATNBD.SATNBD_NAME,'
+ ' AGRD.AGRD_QTY * AGRD.AGRD_SUBTOTAL AS AGRD_SUBTOTAL'
+ ' FROM AGREEMENT_DETIL AGRD'
+ ' LEFT JOIN AGREEMENT AGR ON AGR.AGR_ID = AGRD.AGRD_AGR_ID'
+ ' AND AGR.AGR_UNT_ID = AGRD.AGRD_AGR_UNT_ID'
+ ' LEFT JOIN PRODUK_JASA PROJAS ON PROJAS.PROJAS_CODE = AGRD.AGRD_PROJAS_CODE'
+ ' AND PROJAS.PROJAS_UNT_ID = AGRD.AGRD_PROJAS_UNT_ID'
+ ' LEFT JOIN REF$SATUAN_NBD SATNBD ON SATNBD.SATNBD_CODE = PROJAS.PROJAS_SATNBD_CODE'
+ ' AND SATNBD.SATNBD_UNT_ID = PROJAS.PROJAS_SATNBD_UNT_ID'
+ ' WHERE AGRD.AGRD_AGR_ID = '+ QuotedStr(AgreementId)
+ ' AND AGRD.AGRD_UNT_ID = '+ IntToStr(DialogUnit);
// with strgGrid do
// begin
// with cOpenQuery(s, False) do
// begin
// try
// if not IsEmpty then
// begin
// Last;
// strgGrid.RowCount := RecordCount + 1;
//
// i := 1;
// First;
// while not Eof do
// begin
// Cells[0, i] := FieldByName('AGRD_PROJAS_CODE').AsString;
// Cells[1, i] := FieldByName('AGRD_QTY').AsString
// + ' ' + FieldByName('SATNBD_NAME').AsString
// + ' ' + FieldByName('PROJAS_NAME').AsString;
// Cells[2, i] := FieldByName('AGRD_QTY').AsString;
// Cells[3, i] := FieldByName('PROJAS_SATNBD_CODE').AsString;
// Cells[4, i] := FieldByName('AGRD_SUBTOTAL').AsString;
// Alignments[4, i] := taRightJustify;
// Cells[5, i] := FieldByName('SATNBD_NAME').AsString;
//
// Inc(i);
// Next;
// end;
// end
// else
// begin
// RowCount := 2;
// Cells[0, 1] := '';
// Cells[1, 1] := '';
// Cells[2, 1] := '';
// Cells[3, 1] := '';
// Cells[4, 1] := '';
// Cells[5, 1] := '';
// end;
//
// finally
// Free;
// end;
// end;
//
// AutoSize := True;
// FixedRows := 1;
// end;
end;
procedure TfrmDialogViewInvoice.btnSearchClick(Sender: TObject);
begin
inherited;
// if not Assigned(frmDialogSearchInvoice) then
// frmDialogSearchInvoice := TfrmDialogSearchInvoice.Create(Application);
//
// frmDialogSearchInvoice.DialogCompany := DialogCompany;
// frmDialogSearchInvoice.DialogUnit := DialogUnit;
//
// frmDialogSearchInvoice.ShowModal;
// edtInvoiceNo.Text := frmDialogSearchInvoice.InvoiceNo;
// edtInvoiceNo.SetFocus;
//
// frmDialogSearchInvoice.Free;
end;
//function TfrmDialogViewInvoice.GetSQLUpDown(aKey: Word; aAgrJdlID: string):
// string;
//var
// s: string;
// sOrder: string;
//begin
// s:= 'SELECT AJ.AGRJDWL_INV_NO, CUST.CUST_CODE || '' | '' || CUST.CUST_NAME AS CUST_NAME,'
// + ' A.AGR_NO, SUM(AD.AGRD_TOTAL) AS TOTAL_AGREEMENT,'
// + ' AJ.AGRJDWL_INV_TERM_NO, AJ.AGRJDWL_INV_DATE,'
// + ' AJ.AGRJDWL_INV_DESCRIPTION, A.AGR_IS_PPH23, AJ.AGRJDWL_ID,'
// + ' P.PJK_PPN, SP.STAPRO_NAME, A.AGR_ID, AJ.AGRJDWL_INV_TOTAL FROM AGREEMENT_JADWAL AJ'
// + ' LEFT JOIN AGREEMENT A ON A.AGR_ID = AJ.AGRJDWL_AGR_ID'
// + ' AND A.AGR_UNT_ID = AJ.AGRJDWL_AGR_UNT_ID'
// + ' LEFT JOIN AGREEMENT_DETIL AD ON AD.AGRD_AGR_ID = A.AGR_ID'
// + ' AND AD.AGRD_AGR_UNT_ID = A.AGR_UNT_ID'
// + ' LEFT JOIN CUSTOMER CUST ON CUST.CUST_CODE = A.AGR_CUST_CODE'
// + ' AND CUST.CUST_UNT_ID = A.AGR_CUST_UNT_ID'
// + ' LEFT JOIN REF$PAJAK P ON P.PJK_ID = A.AGR_PJK_ID'
// + ' AND P.PJK_UNT_ID = A.AGR_PJK_UNT_ID'
// + ' LEFT JOIN REF$STATUS_PROSES SP ON SP.STAPRO_ID = AJ.AGRJDWL_STAPRO_ID_INV'
// + ' AND SP.STAPRO_UNT_ID = AJ.AGRJDWL_STAPRO_UNT_ID_INV';
//
// if aKey = VK_PRIOR then
// begin
// s:= s
// + ' WHERE AJ.AGRJDWL_ID < '+ aAgrJdlID;
//
// sOrder:= ' ORDER BY AJ.AGRJDWL_ID DESC ROWS 1 TO 1 ';
// end
// else if aKey = VK_NEXT then
// begin
// s:= s
// + ' WHERE AJ.AGRJDWL_ID > '+ aAgrJdlID;
//
// sOrder:= 'ORDER BY AJ.AGRJDWL_ID ASC ROWS 1 TO 1 ';
// end;
//
// Result:= s
// + ' AND AJ.AGRJDWL_UNT_ID = '+ IntToStr(DialogUnit)
// + ' GROUP BY A.AGR_ID, A.AGR_NO, CUST.CUST_CODE, CUST.CUST_NAME,'
// + ' AJ.AGRJDWL_INV_TERM_NO, AJ.AGRJDWL_INV_DATE,'
// + ' AJ.AGRJDWL_INV_DESCRIPTION, A.AGR_IS_PPH23, AJ.AGRJDWL_ID,'
// + ' P.PJK_PPN, SP.STAPRO_NAME, AJ.AGRJDWL_INV_NO, AJ.AGRJDWL_INV_TOTAL'
// + sOrder;
//end;
end.
|
{*******************************************************************************
Title: T2Ti ERP
Description: VO relacionado à tabela [CTE_AEREO]
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 CteAereoVO;
{$mode objfpc}{$H+}
interface
uses
VO, Classes, SysUtils, FGL;
type
TCteAereoVO = class(TVO)
private
FID: Integer;
FID_CTE_CABECALHO: Integer;
FNUMERO_MINUTA: Integer;
FNUMERO_CONHECIMENTO: Integer;
FDATA_PREVISTA_ENTREGA: TDateTime;
FID_EMISSOR: String;
FID_INTERNA_TOMADOR: String;
FTARIFA_CLASSE: String;
FTARIFA_CODIGO: String;
FTARIFA_VALOR: Extended;
FCARGA_DIMENSAO: String;
FCARGA_INFORMACAO_MANUSEIO: Integer;
FCARGA_ESPECIAL: String;
//Transientes
published
property Id: Integer read FID write FID;
property IdCteCabecalho: Integer read FID_CTE_CABECALHO write FID_CTE_CABECALHO;
property NumeroMinuta: Integer read FNUMERO_MINUTA write FNUMERO_MINUTA;
property NumeroConhecimento: Integer read FNUMERO_CONHECIMENTO write FNUMERO_CONHECIMENTO;
property DataPrevistaEntrega: TDateTime read FDATA_PREVISTA_ENTREGA write FDATA_PREVISTA_ENTREGA;
property IdEmissor: String read FID_EMISSOR write FID_EMISSOR;
property IdInternaTomador: String read FID_INTERNA_TOMADOR write FID_INTERNA_TOMADOR;
property TarifaClasse: String read FTARIFA_CLASSE write FTARIFA_CLASSE;
property TarifaCodigo: String read FTARIFA_CODIGO write FTARIFA_CODIGO;
property TarifaValor: Extended read FTARIFA_VALOR write FTARIFA_VALOR;
property CargaDimensao: String read FCARGA_DIMENSAO write FCARGA_DIMENSAO;
property CargaInformacaoManuseio: Integer read FCARGA_INFORMACAO_MANUSEIO write FCARGA_INFORMACAO_MANUSEIO;
property CargaEspecial: String read FCARGA_ESPECIAL write FCARGA_ESPECIAL;
//Transientes
end;
TListaCteAereoVO = specialize TFPGObjectList<TCteAereoVO>;
implementation
initialization
Classes.RegisterClass(TCteAereoVO);
finalization
Classes.UnRegisterClass(TCteAereoVO);
end.
|
unit DXPGradients;
interface
uses
Windows, Graphics, Classes, DXPControl, Controls, Types;
type
TDXPGradientColors = 2..255;
TDXPGradientStyle = (gsLeft, gsTop, gsRight, gsBottom);
TDXPGradient = class(TPersistent)
private
FColors: TDXPGradientColors;
FDithered: Boolean;
FEnabled: Boolean;
FEndColor: TColor;
FStartColor: TColor;
FGradientStyle: TDXPGradientStyle;
FBitmap: TBitmap;
{ Private declarations }
protected
Parent: TDXPCustomControl;
procedure SetDithered(Value: Boolean); virtual;
procedure SetColors(Value: TDXPGradientColors); virtual;
procedure SetEnabled(Value: Boolean); virtual;
procedure SetEndColor(Value: TColor); virtual;
procedure SetGradientStyle(Value: TDXPGradientStyle); virtual;
procedure SetStartColor(Value: TColor); virtual;
{ Protected declarations }
public
property Bitmap: TBitmap read FBitmap;
//
constructor Create(AOwner: TControl);
destructor Destroy; override;
procedure RecreateBands; virtual;
{ Public declarations }
published
property Dithered: Boolean read FDithered write SetDithered default True;
property Colors: TDXPGradientColors read FColors write SetColors default 16;
property Enabled: Boolean read FEnabled write SetEnabled default False;
property EndColor: TColor read FEndColor write SetEndColor default clSilver;
property StartColor: TColor read FStartColor write SetStartColor default clGray;
property Style: TDXPGradientStyle read FGradientStyle write SetGradientStyle default gsLeft;
{ Published declarations }
end;
//
procedure CreateGradientRect(const aWidth, aHeight: integer; const StartColor,
EndColor: TColor; const Colors: TDXPGradientColors; const Style: TDXPGradientStyle;
const aDithered: Boolean; var aBitmap: TBitmap);
implementation
{ TDXPGradient }
constructor TDXPGradient.Create(AOwner: TControl);
begin
inherited Create;
Parent := TDXPCustomControl( AOwner );
FBitmap := TBitmap.Create;
FColors := 16;
FDithered := true;
FEnabled := false;
FEndColor := clSilver;
FGradientStyle := gsLeft;
FStartColor := clGray;
end;
destructor TDXPGradient.Destroy;
begin
FBitmap.Free;
inherited Destroy;
end;
procedure TDXPGradient.RecreateBands;
begin
if Assigned( FBitmap ) then
CreateGradientRect( Parent.Width, Parent.Height, FStartColor, FEndColor,
FColors, FGradientStyle, FDithered, FBitmap );
end;
procedure TDXPGradient.SetColors(Value: TDXPGradientColors);
begin
if FColors <> Value then
begin
FColors := Value;
RecreateBands;
Parent.Redraw;
end;
end;
procedure TDXPGradient.SetDithered(Value: Boolean);
begin
if FDithered <> Value then
begin
FDithered := Value;
RecreateBands;
Parent.Redraw;
end;
end;
procedure TDXPGradient.SetEnabled(Value: Boolean);
begin
if FEnabled <> Value then
begin
FEnabled := Value;
Parent.Redraw;
end;
end;
procedure TDXPGradient.SetEndColor(Value: TColor);
begin
if FEndColor <> Value then
begin
FEndColor := Value;
RecreateBands;
Parent.Redraw;
end;
end;
procedure TDXPGradient.SetGradientStyle(Value: TDXPGradientStyle);
begin
if FGradientStyle <> Value then
begin
FGradientStyle := Value;
RecreateBands;
Parent.Redraw;
end;
end;
procedure TDXPGradient.SetStartColor(Value: TColor);
begin
if FStartColor <> Value then
begin
FStartColor := Value;
RecreateBands;
Parent.Redraw;
end;
end;
{ Static Methods }
procedure CreateGradientRect(const aWidth, aHeight: integer; const StartColor,
EndColor: TColor; const Colors: TDXPGradientColors; const Style: TDXPGradientStyle;
const aDithered: Boolean; var aBitmap: TBitmap);
//
const
PixelCountMax = 32768;
//
type
TGradientBand = array[0..255] of TColor;
TRGBMap = packed record
case boolean of
true: ( RGBVal: DWord );
false: ( R, G, B, D: Byte );
end;
//
PRGBTripleArray = ^TRGBTripleArray;
TRGBTripleArray = array[0..PixelCountMax-1] of TRGBTriple;
//
const
DitherDepth = 16;
var
iLoop, xLoop, yLoop, XX, YY: Integer;
iBndS, iBndE: Integer;
GBand: TGradientBand;
Row: pRGBTripleArray;
//
procedure CalculateGradientBand;
var
rR, rG, rB: Real;
lCol, hCol: TRGBMap;
iStp: Integer;
begin
if Style in [gsLeft, gsTop] then
begin
lCol.RGBVal := ColorToRGB( StartColor );
hCol.RGBVal := ColorToRGB( EndColor );
end
else
begin
lCol.RGBVal := ColorToRGB( EndColor );
hCol.RGBVal := ColorToRGB( StartColor );
end;
//
rR := ( hCol.R - lCol.R ) / ( Colors - 1 );
rG := ( hCol.G - lCol.G ) / ( Colors - 1 );
rB := ( hCol.B - lCol.B ) / ( Colors - 1 );
//
for iStp := 0 to ( Colors - 1 ) do
GBand[iStp] := RGB(
lCol.R + Round( rR * iStp ),
lCol.G + Round( rG * iStp ),
lCol.B + Round( rB * iStp )
);
end;
//
begin
aBitmap.Height := AHeight;
aBitmap.Width := AWidth;
//
if aBitmap.PixelFormat <> pf24bit then
aBitmap.PixelFormat := pf24bit;
//
CalculateGradientBand;
//
aBitmap.Canvas.Brush.Color := StartColor;
aBitmap.Canvas.FillRect( Bounds( 0, 0, aWidth, aHeight ) );
//
if Style in [gsLeft, gsRight] then
begin
for iLoop := 0 to Colors - 1 do
begin
iBndS := MulDiv( iLoop, aWidth, Colors );
iBndE := MulDiv( iLoop + 1, aWidth, Colors );
aBitmap.Canvas.Brush.Color := GBand[iLoop];
PatBlt( aBitmap.Canvas.Handle, iBndS, 0, iBndE, AHeight, PATCOPY );
//
if ( iLoop > 0 ) and ( aDithered ) then
for yLoop := 0 to DitherDepth - 1 do
if ( yLoop < aHeight ) then
begin
Row := aBitmap.Scanline[yLoop];
//
for xLoop := 0 to aWidth div ( Colors - 1 ) do
begin
XX := iBndS + Random( xLoop );
//
if ( XX < aWidth ) and ( XX > -1 ) then
with Row[XX] do
begin
rgbtRed := GetRValue( GBand[iLoop - 1] );
rgbtGreen := GetGValue( GBand[iLoop - 1] );
rgbtBlue := GetBValue( GBand[iLoop - 1] );
end;
end;
end;
end;
//
for yLoop := 1 to aHeight div DitherDepth do
aBitmap.Canvas.CopyRect( Bounds( 0, yLoop * DitherDepth, aWidth, DitherDepth ),
aBitmap.Canvas, Bounds( 0, 0, aWidth, DitherDepth ) );
end
else
begin
for iLoop := 0 to Colors - 1 do
begin
iBndS := MulDiv( iLoop, aHeight, Colors );
iBndE := MulDiv( iLoop + 1, aHeight, Colors );
aBitmap.Canvas.Brush.Color := GBand[iLoop];
PatBlt( aBitmap.Canvas.Handle, 0, iBndS, aWidth, iBndE, PATCOPY );
//
if ( iLoop > 0 ) and ( aDithered ) then
for yLoop := 0 to aHeight div ( Colors - 1 ) do
begin
YY := iBndS + Random( yLoop );
//
if ( YY < aHeight ) and ( YY > -1 ) then
begin
Row := aBitmap.Scanline[YY];
//
for xLoop := 0 to DitherDepth - 1 do
if ( xLoop < aWidth ) then
with Row[xLoop] do
begin
rgbtRed := GetRValue( GBand[iLoop - 1] );
rgbtGreen := GetGValue( GBand[iLoop - 1] );
rgbtBlue := GetBValue( GBand[iLoop - 1] );
end;
end;
end;
end;
//
for xLoop := 0 to aWidth div DitherDepth do
aBitmap.Canvas.CopyRect( Bounds( xLoop * DitherDepth, 0, DitherDepth, aHeight ),
aBitmap.Canvas, Bounds(0, 0, DitherDepth, aHeight ) );
end;
end;
end.
|
unit Common.Entities.GameType;
interface
uses Spring.Collections.Dictionaries;
type
TTeamKind=(tkPair,tkSolo,tkOuvert,tkAllOuvert,tkSinglePlayer);
TTalon=(tkNoTalon,tk3Talon,tk6Talon);
TWinCondition=(wc12Rounds,wc0Trick,wc1Trick,wc2Trick,wc3Trick,wcT1Trick,wcT2Trick,wcT3Trick,wcT4Trick);
TGameType=class(TObject)
private
FPositive: Boolean;
FValue: Smallint;
FTeamKind: TTeamKind;
FName: String;
FGameTypeid: String;
FByFirstPlayer: Boolean;
FJustColors: Boolean;
FTalon: TTalon;
FWinCondition: TWinCondition;
public
property GameTypeid:String read FGameTypeid;
property Name:String read FName;
property ByFirstPlayer:Boolean read FByFirstPlayer;
property Positive:Boolean read FPositive;
property JustColors:Boolean read FJustColors;
property Talon:TTalon read FTalon;
property TeamKind:TTeamKind read FTeamKind;
property Value:Smallint read FValue;
property WinCondition:TWinCondition read FWinCondition;
function Clone:TGameType;
end;
TGameTypes=class(TDictionary<String,TGameType>)
public
function AddItem(const AID:String; const AName:String; const AValue:Smallint; const APositive:Boolean=True;
const ATeamKind:TTeamKind=tkPair; const AByFirstPlayer:Boolean=False;
const ATalon:TTalon=tk3Talon; const AWinCondition:TWinCondition=wc12Rounds;const AJustColors:Boolean=False):TGameType;
function Find(const AID:String):TGameType;
end;
var ALLGAMES:TGameTypes;
procedure Initialize;
procedure TearDown;
implementation
{ TGameTypes }
function TGameTypes.AddItem(const AID:String; const AName:String; const
AValue:Smallint; const APositive:Boolean=True; const
ATeamKind:TTeamKind=tkPair; const AByFirstPlayer:Boolean=False; const
ATalon:TTalon=tk3Talon; const AWinCondition:TWinCondition=wc12Rounds ;const AJustColors:Boolean=False): TGameType;
begin
Result:=TGameType.Create;
Result.FGameTypeID:=AID;
REsult.FName:=AName;
Result.FPositive:=APositive;
Result.FTalon:=ATalon;
Result.FJustColors:=AJustColors;
Result.FTeamKind:=ATeamKind;
Result.FByFirstPlayer:=AByFirstPlayer;
Result.FValue:=AValue;
Result.FWinCondition:=AWinCondition;
Add(AID,Result);
end;
procedure Initialize;
begin
ALLGames:=TGameTypes.Create;
ALLGames.AddItem('RUFER','Königrufer',1,True,tkPair,True);
ALLGames.AddItem('TRISCH','Trischaken',1,False,tkSinglePlayer,True,tkNoTalon);
ALLGames.AddItem('63','Sechser-Dreier',1,True,tkSolo,True,tk6Talon);
ALLGames.AddItem('SUPRA','Solorufer',2,True,tkPair,False,tkNoTalon);
ALLGames.AddItem('PICC','Piccolo',2,False,tkSolo,False,tkNoTalon,wc1Trick);
ALLGames.AddItem('GRANDE','Zwiccolo',2,False,tkSolo,False,tkNoTalon,wc2Trick);
ALLGames.AddItem('TRICC','Triccolo',2,False,tkSolo,False,tkNoTalon,wc3Trick);
AllGames.AddItem('VOGEL1','Pagatrufer', 3,True,tkPair,False,tk3Talon,wcT1Trick);
ALLGames.AddItem('BETTL','Bettel',4,False,tkSolo,False,tkNoTalon,wc0Trick);
AllGames.AddItem('PICC_OU','Piccolo Ouvert',4,False,tkOuvert,False,tkNoTalon,wc1Trick);
AllGames.AddItem('GRAND_OU','Zwiccolo Ouvert',4,False,tkOuvert,False,tkNoTalon,wc2Trick);
AllGames.AddItem('TRICC_OU','Triccolo Ouvert',4,False,tkOuvert,False,tkNoTalon,wc3Trick);
AllGames.AddItem('VOGEL2','Uhurufer',5,True,tkPair,False,tk3Talon,wcT2Trick);
ALLGames.AddItem('FARB3','Farben-Dreier',5,True,tkSolo,False,tk3Talon,wc12Rounds,True);
ALLGames.AddItem('SOLO','Dreier',6, True,tkSolo);
ALLGames.AddItem('BETT_OU','Bettel Ouvert',6,False,tkOuvert,False,tkNoTalon,wc0Trick);
AllGames.AddItem('PICC_POU','Piccolo Plauderer',6,False,tkAllOuvert,False,tkNoTalon,wc1Trick);
AllGames.AddItem('GRAND_POU','Zwiccolo Plauderer',6,False,tkAllOuvert,False,tkNoTalon,wc2Trick);
AllGames.AddItem('TRICCR_POU','Triccolo Plauderer',6,False,tkAllOuvert,False,tkNoTalon,wc3Trick);
AllGames.AddItem('VOGEL3','Kakadurufer',7,True,tkPair,False,tk3Talon,wcT3Trick);
AllGames.AddItem('SVOGEL1','Pagatdreier',8,True,tkSolo,False,tk3Talon,wcT1Trick);
ALLGames.AddItem('BETT_POU','Bettel Plauderer',8,False,tkAllOuvert,False,tkNoTalon,wc0Trick);
AllGames.AddItem('VOGEL4','Quapilrufer',9,True,tkPair,False,tk3Talon,wcT4Trick);
AllGames.AddItem('SVOGEL2','Uhudreier',10,True,tkSolo,False,tk3Talon,wcT2Trick);
ALLGames.AddItem('FARBSOLO','Farben-Solo',10,True,tkSolo,False,tkNoTalon,wc12Rounds,True);
AllGames.AddItem('SVOGEL3','Kakadudreier',12,True,tkSolo,False,tk3Talon,wcT3Trick);
ALLGames.AddItem('SOLLIS','Solo Dreier',12,True,tkSolo,False,tkNoTalon);
AllGames.AddItem('SVOGEL4','Quapildreier',14,True,tkSolo,False,tk3Talon,wcT4Trick);
(* Wiener VAriante
ALLGames.AddItem('ENTRO','Entro (Königsrufer)',1,True,tkPair,True);
ALLGames.AddItem('63','Sechser-Dreier',2,True,tkSolo,True);
ALLGames.AddItem('SUPRA','Supra (Solorufer)',2,True,tkPair,False,tkNoTalon);
ALLGames.AddItem('PICC','Piccolo',2,False,tkSolo);
ALLGames.AddItem('GRANDE','Grande (Zwiccolo)',2,False,tkSolo);
ALLGames.AddItem('BETTL','Bettel',3,False,tkSolo);
AllGames.AddItem('VOGEL1','Vogel I (Besser Rufer)', 3);
ALLGames.AddItem('SOLO','Solo (Dreier)',4,True,tkSolo);
AllGames.AddItem('VOGEL2','Vogel II (Besser Rufer)',4);
AllGames.AddItem('VOGEL3','Vogel III (Besser Rufer)',5);
AllGames.AddItem('SVOGEL1','Solo Vogel I (Besser Dreier)',5,True,tkSolo);
AllGames.AddItem('PICCOU','Piccolo Ouvert',5,False,tkOuvert);
AllGames.AddItem('GRANDOU','Grande (Zwiccolo) Ouvert',5,False,tkOuvert);
AllGames.AddItem('VOGEL4','Vogel IV (Besser Rufer)',6);
AllGames.AddItem('SVOGEL2','Solo Vogel II (Besser Dreier)',6,True,tkSolo);
ALLGames.AddItem('FARB3','Farben-Solo',6,True,tkSolo,False,tkNoTalon);
ALLGames.AddItem('BETTOU','Bettel Ouvert',6,False,tkOuvert);
AllGames.AddItem('SVOGEL3','Solo Vogel III (Besser Dreier)',7,True,tkSolo);
ALLGames.AddItem('SOLLIS','Solissimo (Solo Dreier)',8,True,tkSolo,False,tkNoTalon);
AllGames.AddItem('SVOGEL4','Solo Vogel IV (Besser Dreier)',8,True,tkSolo);
*)
end;
procedure TearDown;
begin
ALLGAMES.Free;
ALLGAMES:=nil;
end;
function TGameTypes.Find(const AID: String): TGameType;
begin
try
Result:=GetItem(AID);
except
Result:=nil;
end;
end;
{ TGameType }
function TGameType.Clone: TGameType;
begin
Result:=TGameType.Create;
Result.FGameTypeid:=FGameTypeId;
Result.FName:=FName;
Result.FByFirstPlayer:=FByFirstPlayer;
Result.FPositive:=FPositive;
Result.FJustColors:=FJustColors;
Result.FTalon:=FTalon;
Result.FTeamKind:=FTeamKind;
Result.FValue:=FValue;
Result.FWinCondition:=FWincondition;
end;
end.
|
//
// Generated by JavaToPas v1.5 20180804 - 083117
////////////////////////////////////////////////////////////////////////////////
unit android.hardware.biometrics.BiometricPrompt_Builder;
interface
uses
AndroidAPI.JNIBridge,
Androidapi.JNI.JavaTypes,
Androidapi.JNI.GraphicsContentViewText,
java.util.concurrent.Executor,
android.content.DialogInterface_OnClickListener,
android.hardware.biometrics.BiometricPrompt;
type
JBiometricPrompt_Builder = interface;
JBiometricPrompt_BuilderClass = interface(JObjectClass)
['{B0A75EDE-C760-4E42-AD46-22DF664A8C47}']
function build : JBiometricPrompt; cdecl; // ()Landroid/hardware/biometrics/BiometricPrompt; A: $1
function init(context : JContext) : JBiometricPrompt_Builder; cdecl; // (Landroid/content/Context;)V A: $1
function setDescription(description : JCharSequence) : JBiometricPrompt_Builder; cdecl;// (Ljava/lang/CharSequence;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
function setNegativeButton(text : JCharSequence; executor : JExecutor; listener : JDialogInterface_OnClickListener) : JBiometricPrompt_Builder; cdecl;// (Ljava/lang/CharSequence;Ljava/util/concurrent/Executor;Landroid/content/DialogInterface$OnClickListener;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
function setSubtitle(subtitle : JCharSequence) : JBiometricPrompt_Builder; cdecl;// (Ljava/lang/CharSequence;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
function setTitle(title : JCharSequence) : JBiometricPrompt_Builder; cdecl; // (Ljava/lang/CharSequence;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
end;
[JavaSignature('android/hardware/biometrics/BiometricPrompt_Builder')]
JBiometricPrompt_Builder = interface(JObject)
['{492C8840-BC60-463B-BA70-27E43FD486E8}']
function build : JBiometricPrompt; cdecl; // ()Landroid/hardware/biometrics/BiometricPrompt; A: $1
function setDescription(description : JCharSequence) : JBiometricPrompt_Builder; cdecl;// (Ljava/lang/CharSequence;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
function setNegativeButton(text : JCharSequence; executor : JExecutor; listener : JDialogInterface_OnClickListener) : JBiometricPrompt_Builder; cdecl;// (Ljava/lang/CharSequence;Ljava/util/concurrent/Executor;Landroid/content/DialogInterface$OnClickListener;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
function setSubtitle(subtitle : JCharSequence) : JBiometricPrompt_Builder; cdecl;// (Ljava/lang/CharSequence;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
function setTitle(title : JCharSequence) : JBiometricPrompt_Builder; cdecl; // (Ljava/lang/CharSequence;)Landroid/hardware/biometrics/BiometricPrompt$Builder; A: $1
end;
TJBiometricPrompt_Builder = class(TJavaGenericImport<JBiometricPrompt_BuilderClass, JBiometricPrompt_Builder>)
end;
implementation
end.
|
//------------------------------------------------------------------------------
//ZoneSend UNIT
//------------------------------------------------------------------------------
// What it does -
// On events executing internally, or by other characters on the server, we
// will have to send information to the client to tell it what happened. This
// unit houses the routines to do so.
//
// Changes -
// January 18th, 2007 - RaX - Created Header;
// [2007/03/28] CR - Cleaned up uses clauses, using Icarus as a guide.
// May 1st, 2007 - Tsusai - Added const to the parameters of almost all
// routines
// [2007/10/25] Aeomin - major clean up #1
// June 28th, 2008 - Tsusai - Updated GetPacketLength to PacketDB.GetLength
// in various calls
//
//------------------------------------------------------------------------------
unit ZoneSend;
{$IFDEF FPC}
{$MODE Delphi}
{$ENDIF}
interface
uses
{RTL/VCL}
Classes,
Types,
{Project}
GameObject,
Being,
GameTypes,
Character,
PacketTypes,
Mailbox,
Inventory,
Item,
ItemInstance,
ChatRoom,
{Third Party}
IdContext
;
procedure SendCharID(
const Who:TCharacter
);
procedure DuplicateSessionKick(
InBuffer : TBuffer
);
procedure Kick(
const Who:TCharacter
);
procedure KickAll;
procedure SendAreaChat(
const Chat : String;
const Length : Word;
const ACharacter : TCharacter
);
procedure SendCharacterSelectResponse(
const ACharacter : TCharacter
);
procedure SendGMAnnounce(
AClient : TIdContext;
const Announce:String;
const Blue:boolean=False
);
procedure SendGMAnnounceColor(
AClient : TIdContext;
const Announce:String;
Color:Integer
);
procedure SendQuitGameResponse(
const ACharacter : TCharacter
);
procedure SendStatUPResult(
const AChara:TCharacter;
const Failed:Boolean;
const Amount:Byte
);
procedure SendDeleteFriend(
AClient : TIdContext;
const AccID : LongWord;
const CharID : LongWord
);
procedure SendWhisper(
const FromName,Whisper: String;
AClient : TIdContext
);
procedure SendWhisperReply(
const AChara:TCharacter;
const Code : Byte
);
procedure SendSpecialEffect(
const Who:TBeing;
AClient : TIdContext;
const BeingID:LongWord;
const EffectID : LongWord
);
procedure SendEmotion(
const ID:LongWord;
AClient : TIdContext;
const EmotionID : Byte
);
procedure ZoneDisappearBeing(
const Who:TBeing;
AClient : TIdContext;
const Effect:Byte=0;
const BeingID : LongWord=0
);
procedure ZoneSendBeing(
const Who:TBeing;
const AClient : TCharacter;
const Spawn:Boolean=False
);
procedure ZoneSendCharacterMessage(
const ACharacter : TCharacter;
const AMessage : String
);
procedure ZoneSendConnectionsCount(
AClient : TIdContext
);
procedure ZoneSendMapConnectReply(
const ACharacter : TCharacter
);
procedure ZoneSendMapConnectDeny(
AClient : TIdContext
);
procedure ZoneSendObjectNameAndIDBasic(
Const ACharacter : TCharacter;
const ID : LongWord;
const Name : String
);
procedure ZoneSendTickToClient(
const ACharacter : TCharacter
);
procedure ZoneSendWalkReply(
const ACharacter : TCharacter;
const DestPoint : TPoint
);
function ZoneSendWarp(
const ACharacter : TCharacter;
MapName : String;
const X : Word;
const Y : Word
):Boolean;
procedure ZoneWalkingBeing(
const Who:TBeing;
const Source,Dest:TPoint;
AClient : TIdContext
);
procedure ZoneUpdateDirection(
const Who:TBeing;
AClient : TIdContext
);
procedure SendAddFriendRequest(
AClient : TIdContext;
const ReqAID, ReqID : LongWord;
const ReqName : String
);
procedure SendAddFriendRequestReply(
AClient : TIdContext;
const AccID : LongWord;
const CharID : LongWord;
const CharName : String;
const Reply : Byte
);
procedure SendFirendOnlineStatus(
AClient : TIdContext;
const AID : LongWord;
const CID : LongWord;
const Offline : Byte
);
procedure DoAction(
AClient : TIdContext;
SourceID : LongWord;
TargetID : LongWord;
SourceSpeed : LongWord;
TargetSpeed : LongWord;
ActionType : Byte;
Parameter1 : Word;
Parameter2 : Word;
Parameter3 : Word
);
procedure SendCompass(
AClient : TIdContext;
const NPCID : LongWord;
const PointID : Byte;
const X : LongWord;
const Y : LongWord;
const PointType : LongWord;
const Color : LongWord
);
procedure SendCutin(
AClient : TIdContext;
const Image : String;
const ImageType : Byte
);
procedure ToggleMailWindow(
const AChara : TCharacter;
const Open : Boolean
);
procedure SendMailList(
const AChara : TCharacter
);
procedure SendMailContent(
AClient : TIdContext;
const Mail : TMail
);
procedure SendDeleteMailResult(
const AChara : TCharacter;
const MailID:LongWord;
const Flag : Boolean
);
procedure SendMailResult(
const AChara : TCharacter;
const Fail :Boolean
);
procedure SendNewMailNotify(
const AChara : TCharacter;
const MailID : LongWord;
const Sender : String;
const Title : String
);
procedure SendInventory(
AClient : TIdContext;
const AInventory : TInventory
);
procedure SendNewItem(
AClient : TIdContext;
const AInventory : TItemInstance;
const Index : Word;
const Amount : Word
);
procedure SendNewItemFailed(
AClient : TIdContext;
const Flag : Byte
);
procedure SendStatusIcon(
const AChara : TCharacter;
const IconID : Word;
const Active : Boolean
);
procedure SendUpdatedLook(
const AChara : TCharacter;
const CharacterID : LongWord;
const AType : TLookTypes;
const Value1 : Word;
const Value2 : Word
);
procedure SendEncryptKeys(
AClient : TIdContext;
const Key1,Key2 : LongWord
);
procedure SendDropItem(
const AChara : TCharacter;
const AnItem : TItemInstance;
const AQuantity : Word
);
procedure SendDeleteItem(
const AChara : TCharacter;
const Index : Word;
const Quantity : Word
);
procedure SendGroundItem(
const AChara : TCharacter;
const AnItem : TItemInstance
);
procedure SendRemoveGroundItem(
const AChara : TCharacter;
const ID : LongWord
);
procedure SendPickUpItemAnimation(
const AChara : TCharacter;
const CharID : LongWord;
const ItemID : LongWord
);
procedure SendEquipItemResult(
const AChara : TCharacter;
const Index : Word;
const Location:Word;
const Success:Boolean
);
procedure SendUnequipItemResult(
const AChara : TCharacter;
const Index : Word;
const Location:Word;
const Success:Boolean
);
procedure SendNPCDialog(
const AChara : TCharacter;
const NPCID : LongWord;
const NPCMessage : string
);
procedure SendNPCNext(
const AChara : TCharacter;
const NPCID : LongWord
);
procedure SendNPCClose(
const AChara : TCharacter;
const NPCID : LongWord
);
procedure SendNPCMenu(
const AChara : TCharacter;
const NPCID : LongWord;
const MenuString : string
);
procedure SendNPCInput(
const AChara : TCharacter;
const NPCID : LongWord
);
procedure SendNPCInputStr(
const AChara : TCharacter;
const NPCID : LongWord
);
procedure SendSkillGroundUnit(
const AChara : TCharacter;
const ID : LongWord;
const SrcID : LongWord;
const X,Y: Word;
const SkillType: Byte
);
procedure SendCreateChatRoomResult(
const AChara : TCharacter;
const Fail : Boolean
);
procedure DisplayChatroomBar(
const AChara : TCharacter;
const ChatRoom : TChatRoom
);
procedure SendQuitChat(
const AChara : TCharacter;
const Name : String;
const Count : Word;
const Kicked : Boolean
);
procedure SendClearChat(
const AChara : TCharacter;
const ChatRoom : TChatRoom
);
procedure SendChangeChatOwner(
const AChara : TCharacter;
const OldOwner : String;
const NewOwner : String
);
procedure SendJoinChatFailed(
const AChara : TCharacter;
const Flag : Byte
);
procedure SendJoinChatOK(
const AChara : TCharacter;
const AChatRoom : TChatRoom
);
procedure SendNotifyJoinChat(
const AChara : TCharacter;
const NewUsers : Word;
const Name : String
);
procedure UpdateChatroom(
const AChara : TCharacter;
const Chatroom : TChatRoom
);
implementation
uses
{RTL/VCL}
Math,
SysUtils,
{Project}
BufferIO,
GameConstants,
Globals,
Main,
ItemTypes,
UseableItem,
EquipmentItem,
MiscItem,
NPC,
TCPServerRoutines,
WinLinux
{3rd Party}
//none
;
//------------------------------------------------------------------------------
//SendCharID PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Old client uses padding, this is for new client, which send
// right after zone auth.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/0608] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendCharID(
const Who:TCharacter
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0283, OutBuffer);
WriteBufferLongWord(2, Who.ID, OutBuffer);
SendBuffer(Who.ClientInfo,OutBuffer,PacketDB.GetLength($0283,Who.ClientVersion));
end;{SendCharID}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//DuplicateSessionKick PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Show "Someone has already logged in with this ID" and DC.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// April 12th, 2007 - Aeomin - Created Header
//------------------------------------------------------------------------------
procedure DuplicateSessionKick(
InBuffer : TBuffer
);
var
OutBuffer : TBuffer;
CharID : LongWord;
Idx : Integer;
Chara : TCharacter;
begin
CharID := BufferReadLongWord(2,InBuffer);
Idx := MainProc.ZoneServer.CharacterList.IndexOf(CharID);
if Idx > -1 then
begin
Chara := MainProc.ZoneServer.CharacterList[Idx] as TCharacter;
WriteBufferWord(0, $0081, OutBuffer);
WriteBufferByte(2, 2, OutBuffer);
SendBuffer(Chara.ClientInfo,OutBuffer,PacketDB.GetLength($0081));
Chara.DelayDisconnect(10000);
end;
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//Kick PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Kick one player
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 27th, 2007 - Aeomin - Created Header
// April 5th, 2007 - Aeomin - Added DelayDisconnect to kill connect if still there.
//------------------------------------------------------------------------------
procedure Kick(
const Who:TCharacter
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $018B, OutBuffer);
WriteBufferWord(2, 0, OutBuffer);
SendBuffer(Who.ClientInfo,OutBuffer,PacketDB.GetLength($018B,Who.ClientVersion));
Who.DelayDisconnect(GetTick + 10000);
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//KickAll PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Kick all players in current zone server
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 27th, 2007 - Aeomin - Created Header
// March 29th, 2007 - Tsusai - Reversed loop to prevent Index out of Bounds.
//------------------------------------------------------------------------------
procedure KickAll;
var
Idx : Integer;
Chara : TCharacter;
begin
for Idx := MainProc.ZoneServer.CharacterList.Count-1 downto 0 do
begin
if MainProc.ZoneServer.CharacterList.Count > Idx then
begin
Chara := MainProc.ZoneServer.CharacterList[Idx] as TCharacter;
Kick(Chara);
end;
end;
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendAreaChat PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send chat message to local area
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 18th, 2007 - Aeomin - Created
// May 1st, 2007 - Tsusai - Added const to the parameters
// May 25th, 2007 - Tsusai - Removed ABeing, changed to
// APerson, and added TCharacter conditionals
// [2008/06/08] Aeomin - Updated packet structure
//------------------------------------------------------------------------------
procedure SendAreaChat(
const Chat : String;
const Length : Word;
const ACharacter : TCharacter
);
var
OutBuffer : TBuffer;
APerson : TCharacter;
idxY : SmallInt;
idxX : SmallInt;
BeingIdx : integer;
begin
if Assigned(ACharacter.ChatRoom) then
begin
for BeingIdx := 0 to ACharacter.ChatRoom.Characters.Count - 1 do
begin
APerson := ACharacter.ChatRoom.Characters.Items[BeingIdx] as TCharacter;
if APerson = ACharacter then
begin
ZoneSendCharacterMessage(ACharacter, Chat);
end else
begin
WriteBufferWord(0, $008d, OutBuffer);
WriteBufferWord(2, Length+9, OutBuffer);
WriteBufferLongWord(4, ACharacter.ID, OutBuffer);
WriteBufferString(8, Chat+#0, Length+1, OutBuffer);
Sendbuffer(APerson.ClientInfo, OutBuffer, Length+9);
end;
end;
end else
begin
//16 covers the old 15x15 grid
for idxY := Max(ACharacter.Position.Y-MainProc.ZoneServer.Options.CharShowArea,0) to Min(ACharacter.Position.Y+MainProc.ZoneServer.Options.CharShowArea,ACharacter.MapInfo.Size.Y - 1) do
begin
for idxX := Max(ACharacter.Position.X-MainProc.ZoneServer.Options.CharShowArea,0) to Min(ACharacter.Position.X+MainProc.ZoneServer.Options.CharShowArea,ACharacter.MapInfo.Size.X - 1) do
begin
for BeingIdx := ACharacter.MapInfo.Cell[idxX,idxY].Beings.Count - 1 downto 0 do
begin
if not (ACharacter.MapInfo.Cell[idxX,idxY].Beings.Objects[BeingIdx] is TCharacter) then
begin
Continue;
end;
APerson := ACharacter.MapInfo.Cell[idxX,idxY].Beings.Objects[BeingIdx] as TCharacter;
if APerson = ACharacter then
begin
ZoneSendCharacterMessage(ACharacter, Chat);
end else
begin
if NOT Assigned(APerson.ChatRoom) then
begin
WriteBufferWord(0, $008d, OutBuffer);
WriteBufferWord(2, Length+9, OutBuffer);
WriteBufferLongWord(4, ACharacter.ID, OutBuffer);
WriteBufferString(8, Chat+#0, Length+1, OutBuffer);
Sendbuffer(APerson.ClientInfo, OutBuffer, Length+9);
end;
end;
end;
end;
end;
end;
end;{SendAreaChat}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendCharacterSelectResponse PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Tells the client to return to character select. Triggered by ZoneRecv ->
// ReturnToCharacterSelect.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 17th, 2007 - RaX - Created;
// April 10th, 2007 - Aeomin - Add DelayDisconnect
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure SendCharacterSelectResponse(
const ACharacter : TCharacter
);
var
OutBuffer : TBuffer;
begin
ACharacter.DcAndKeepData := True;
//send leave 2
WriteBufferWord(0, $00b3,OutBuffer);
WriteBufferByte(2, 1,OutBuffer);
SendBuffer(ACharacter.ClientInfo, OutBuffer, PacketDB.GetLength($00b3,ACharacter.ClientVersion));
ACharacter.DelayDisconnect(10000);
end;//SendCharacterSelectResponse
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendGMAnnounce PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends a GM announcement =p
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/08/09] Aeomin - Created.
//
//------------------------------------------------------------------------------
procedure SendGMAnnounce(
AClient : TIdContext;
const Announce:String;
const Blue:boolean=False
);
var
OutBuffer : TBuffer;
Size : Word;
OffSet : Byte;
begin
Size := StrLen(PChar(Announce));
if Blue then
Offset := 8
else
Offset := 4;
WriteBufferWord(0, $009a, OutBuffer);
WriteBufferWord(2, Size + Offset, OutBuffer);
if Blue then
WriteBufferLongWord(4, $65756c62, OutBuffer);
WriteBufferString(Offset, Announce, Size, OutBuffer);
SendBuffer(AClient, OutBuffer, Size + Offset);
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendGMAnnounceColor PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends a GM announcement in color.
// Should probably combine with SendGMAnnounce later.
//
// Changes -
// [2007/11/12] RabidChocobo - Created.
//
//------------------------------------------------------------------------------
procedure SendGMAnnounceColor(
AClient : TIdContext;
const Announce : String;
Color : Integer
);
var
OutBuffer : TBuffer;
Size : Word;
OffSet : Byte;
begin
Size := StrLen(PChar(Announce)) + 1;
Offset := 16;
WriteBufferWord(0, $01c3, OutBuffer);
WriteBufferWord(2, Size + Offset, OutBuffer);
WriteBufferLongWord(4, Color, OutBuffer);
WriteBufferWord(8, $0190, OutBuffer);
WriteBufferWord(10, $000c, OutBuffer);
WriteBufferLongWord(12, 0, OutBuffer);
WriteBufferString(Offset, Announce, Size, OutBuffer);
SendBuffer(AClient, OutBuffer, Offset + Size);
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendQuitGameResponse PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Tells the client to "Exit to windows". Triggered by ZoneRecv ->
// QuitGame.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 17th, 2007 - RaX - Created;
// April 10th, 2007 - Aeomin - Add DelayDisconnect
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure SendQuitGameResponse(
const ACharacter : TCharacter
);
var
OutBuffer : TBuffer;
begin
//ACharacter.DcAndKeepData := False;
//send leave 2
WriteBufferWord(0, $018b, OutBuffer);
WriteBufferWord(2, 0, OutBuffer);
Sendbuffer(ACharacter.ClientInfo, OutBuffer, PacketDB.GetLength($018b, ACharacter.ClientVersion));
ACharacter.DelayDisconnect(GetTick + 10000);
end;{SendQuitGameResponse}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendStatUPResult PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Tell client if stat up was success or not
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/08/20] Aeomin - Created.
//
//------------------------------------------------------------------------------
procedure SendStatUPResult(
const AChara:TCharacter;
const Failed:Boolean;
const Amount:Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00bc, OutBuffer);
if Failed then
WriteBufferByte(2, 0, OutBuffer)
else
WriteBufferByte(2, 1, OutBuffer);
WriteBufferByte(3, Amount, OutBuffer);
SendBuffer(AChara.ClientInfo,OutBuffer,PacketDB.GetLength($00bc));
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendDeleteFriend PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Tell client to delete a friend from friend list.
//--
// Pre:
// Post:
// TODO
//--
// Changes -
// [2007/12/06] Aeomin - Created.
//
//------------------------------------------------------------------------------
procedure SendDeleteFriend(
AClient : TIdContext;
const AccID : LongWord;
const CharID : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $020a, OutBuffer);
WriteBufferLongWord(2, AccID, OutBuffer);
WriteBufferLongWord(6, CharID, OutBuffer);
SendBuffer(AClient, OutBuffer, PacketDB.GetLength($020a));
end;{SendDeleteFriend}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendWhisper PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send whisper to client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/10/25] Aeomin - Added header
//
//------------------------------------------------------------------------------
procedure SendWhisper(
const FromName,Whisper: String;
AClient : TIdContext
);
var
OutBuffer : TBuffer;
Len : Integer;
begin
Len := StrLen(PChar(Whisper));
WriteBufferWord(0, $0097, OutBuffer);
WriteBufferWord(2, Len + 29, OutBuffer);
WriteBufferString(4, FromName, 24, OutBuffer);
WriteBufferString(28, Whisper, Len + 1, OutBuffer);
SendBuffer(AClient,OutBuffer, Len + 29);
end;{SendWhisper}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendWhisperReply PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send whisper status to client (success or fail)
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/10/25] Aeomin - Added header
//
//------------------------------------------------------------------------------
procedure SendWhisperReply(
const AChara:TCharacter;
const Code : Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0098, OutBuffer);
WriteBufferByte(2, Code, OutBuffer);
SendBuffer(AChara.ClientInfo,OutBuffer,PacketDB.GetLength($0098));
end;{SendWhisperReply}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendSpecialEffect PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Send effect packet
//
// Changes-
// [2007/11/24] Aeomin - Created.
//------------------------------------------------------------------------------
procedure SendSpecialEffect(
const Who:TBeing;
AClient : TIdContext;
const BeingID:LongWord;
const EffectID : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $01f3, OutBuffer);
WriteBufferLongWord(2, BeingID, OutBuffer);
WriteBufferLongWord(6, EffectID, OutBuffer);
SendBuffer(AClient, OutBuffer, PacketDB.GetLength($01f3));
end;{SendSpecialEffec}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendEmotion PROCEDURE
//------------------------------------------------------------------------------
// What it does-
// Send emotion packet
//
// Changes-
// [2007/11/24] Aeomin - Created.
//------------------------------------------------------------------------------
procedure SendEmotion(
const ID:LongWord;
AClient : TIdContext;
const EmotionID : Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00c0, OutBuffer);
WriteBufferLongWord(2, ID, OutBuffer);
WriteBufferByte(6, EmotionID, OutBuffer);
SendBuffer(AClient, OutBuffer, PacketDB.GetLength($00c0));
end;{SendEmotion}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneDisappearBeing PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Make character disappear
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 18th, 2007 - Aeomin - Created Header
// March 23th, 2007 - Aeomin - Renamed from ZoneWalkingChar to ZoneWalkingBeing
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure ZoneDisappearBeing(
const Who:TBeing;
AClient : TIdContext;
const Effect:Byte=0;
const BeingID : LongWord=0
);
var
ReplyBuffer : TBuffer;
begin
WriteBufferWord(0, $0080, ReplyBuffer);
if BeingID >0 then
WriteBufferLongWord(2, BeingID, ReplyBuffer)
else
WriteBufferLongWord(2, Who.ID, ReplyBuffer);
WriteBufferByte(6, Effect, ReplyBuffer);
SendBuffer(AClient,ReplyBuffer,PacketDB.GetLength($0080));
end;{ZoneDisappearBeing}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendBeing PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// make character visible
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 18th, 2007 - Aeomin - Created Header
// March 23th, 2007 - Aeomin - Renamed from ZoneSendChar to ZoneSendBeing
// and support for Npc/Mob etc
// May 1st, 2007 - Tsusai - Added const to the parameters
// May 25th, 2007 - Tsusai - Invisible npcs aren't sent
// [2008/06/08] Aeomin - Redo!
//------------------------------------------------------------------------------
procedure ZoneSendBeing(
const Who:TBeing;
const AClient : TCharacter;
const Spawn:Boolean=False
);
var
ReplyBuffer : TBuffer;
Chara : TCharacter;
procedure SubSendPlayer;
begin
if Spawn then
begin
WriteBufferWord(0, $022b, ReplyBuffer);
end else
begin
WriteBufferWord(0, $022a, ReplyBuffer);
end;
WriteBufferLongWord(2, Who.ID, ReplyBuffer);
WriteBufferWord(6, Who.Speed, ReplyBuffer);
WriteBufferWord(8, Who.Status, ReplyBuffer);
WriteBufferWord(10, Who.Ailments, ReplyBuffer);
WriteBufferWord(12, Who.Option, ReplyBuffer);
{2 bytes shiftload}
WriteBufferWord(16, Who.JID, ReplyBuffer);
WriteBufferWord(34, Who.Direction, ReplyBuffer);
Chara:=TCharacter(Who);
{Todo: Hair stlye, head bottom needed for Pet...}
WriteBufferWord(18, Chara.Hair, ReplyBuffer);
WriteBufferWord(20, Chara.Equipment.EquipmentID[RIGHTHAND], ReplyBuffer); //Weapon
WriteBufferWord(22, Chara.Equipment.EquipmentID[LEFTHAND], ReplyBuffer); //Shield
WriteBufferWord(24, Chara.Equipment.EquipmentID[HEADLOWER], ReplyBuffer); //Head bottom
WriteBufferWord(26, Chara.Equipment.EquipmentID[HEADUPPER], ReplyBuffer); //Head top
WriteBufferWord(28, Chara.Equipment.EquipmentID[HEADMID], ReplyBuffer); //head mid
WriteBufferWord(30, Chara.HairColor, ReplyBuffer);
WriteBufferWord(32, Chara.ClothesColor, ReplyBuffer);
WriteBufferWord(34, Chara.HeadDirection, ReplyBuffer);
WriteBufferLongWord(36, Chara.GuildID, ReplyBuffer);
WriteBufferWord(40, 0, ReplyBuffer); //Emblem ID
WriteBufferWord(42, 0, ReplyBuffer); //Manner
WriteBufferLongWord(44, 0, ReplyBuffer); //opt3?
{2 more shiftload}
WriteBufferByte(48, Chara.Karma, ReplyBuffer);
WriteBufferByte(49, TClientLink(Chara.ClientInfo.Data).AccountLink.GenderNum, ReplyBuffer);
//WriteBufferByte(44, 0, ReplyBuffer); //Normal/Ready to fight
WriteBufferPointAndDirection(50, Who.Position, ReplyBuffer,Who.Direction);
WriteBufferByte(53, 5, ReplyBuffer);
WriteBufferByte(54, 5, ReplyBuffer);
if Spawn then
begin
WriteBufferWord(55, Who.BaseLV, ReplyBuffer);
SendBuffer(AClient.ClientInfo,ReplyBuffer,PacketDB.GetLength($022b,AClient.ClientVersion));
end else
begin
WriteBufferByte(55, 0, ReplyBuffer); //Standing/Dead/Sit
WriteBufferWord(56, Who.BaseLV, ReplyBuffer);
SendBuffer(AClient.ClientInfo,ReplyBuffer,PacketDB.GetLength($022a,AClient.ClientVersion));
end;
end;
procedure SubSendNPC;
begin
FillChar(ReplyBuffer,PacketDB.GetLength($0078),0);
WriteBufferWord(0, $0078, ReplyBuffer);
WriteBufferByte(2, 0, ReplyBuffer);
WriteBufferLongWord(3, Who.ID, ReplyBuffer);
WriteBufferWord(7, Who.Speed, ReplyBuffer);
WriteBufferWord(9, 0, ReplyBuffer); //bstate?
WriteBufferWord(11, 0, ReplyBuffer);//hstate?
WriteBufferWord(13, Who.Option, ReplyBuffer);
WriteBufferWord(15, Who.JID, ReplyBuffer);
WriteBufferWord(17, 0, ReplyBuffer); //hair_style
WriteBufferWord(19, 0, ReplyBuffer); //Weapon
WriteBufferWord(21, 0, ReplyBuffer); //Shield
WriteBufferWord(23, 0, ReplyBuffer); //headbottom
WriteBufferPointAndDirection(47, Who.Position, ReplyBuffer,Who.Direction);
WriteBufferByte(50, 5, ReplyBuffer);
WriteBufferByte(51, 5, ReplyBuffer);
SendBuffer(AClient.ClientInfo,ReplyBuffer,PacketDB.GetLength($0078,AClient.ClientVersion));
end;
procedure SubSendMob;
begin
FillChar(ReplyBuffer,PacketDB.GetLength($007c),0);
WriteBufferWord(0, $007c, ReplyBuffer);
WriteBufferByte(2, 0, ReplyBuffer);
WriteBufferLongWord(3, Who.ID, ReplyBuffer);
WriteBufferWord(7, Who.Speed, ReplyBuffer);
WriteBufferWord(9, 0, ReplyBuffer); //bstate?
WriteBufferWord(11, 0, ReplyBuffer);//hstate?
WriteBufferWord(13, Who.Option, ReplyBuffer);
WriteBufferWord(21, Who.JID, ReplyBuffer);
WriteBufferWord(17, 0, ReplyBuffer); //hair_style
WriteBufferWord(19, 0, ReplyBuffer); //Weapon
// WriteBufferWord(21, 0, ReplyBuffer); //Shield
// WriteBufferLongWord(23, 0, ReplyBuffer);//emblem ID
// WriteBufferLongWord(27, 0, ReplyBuffer); //Guild id
WriteBufferPointAndDirection(37, Who.Position, ReplyBuffer,Who.Direction);
WriteBufferByte(50, 5, ReplyBuffer);
WriteBufferByte(51, 5, ReplyBuffer);
WriteBufferWord(53, 99, ReplyBuffer); //Level
SendBuffer(AClient.ClientInfo,ReplyBuffer,PacketDB.GetLength($007c,AClient.ClientVersion));
end;
begin
if Who.JID = NPC_INVISIBLE then
begin
Exit;
end;
//Old Packet Version
// FillChar(ReplyBuffer,54,0);
if Who is TCharacter then
SubSendPlayer
else
if Who is TNPC then
SubSendNPC
else
SubSendMob;
end;{ZoneSendBeing}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendGMCommandResultToInter PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends the received gm command to the inter server.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 19th, 2007 - RaX - Created Header;
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure ZoneSendCharacterMessage(
const ACharacter : TCharacter;
const AMessage : String
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $008e, OutBuffer);
WriteBufferWord(2, Length(AMessage)+5, OutBuffer);
WriteBufferString(4, AMessage+#0, Length(AMessage)+1, OutBuffer);
Sendbuffer(ACharacter.ClientInfo, OutBuffer, Length(AMessage)+5);
end;{ZoneSendCharacterMessage}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendConnectionsCount PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send total online count to client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// April 6th, 2007 - Aeomin - Created Header
//------------------------------------------------------------------------------
procedure ZoneSendConnectionsCount(
AClient : TIdContext
);
var
ReplyBuffer : TBuffer;
begin
FillChar(ReplyBuffer,PacketDB.GetLength($00C2),0);
WriteBufferWord(0, $00C2, ReplyBuffer);
WriteBufferLongWord(2, MainProc.ZoneServer.TotalOnlinePlayers, ReplyBuffer);
SendBuffer(AClient,ReplyBuffer,PacketDB.GetLength($00C2));
end;{ZoneSendConnectionsCount}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendMapConnectReply PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Replies to a clients map connect request, sends the clients position and
// direction.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// January 18th, 2007 - RaX - Created Header;
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure ZoneSendMapConnectReply(
const ACharacter : TCharacter
);
var
ReplyBuffer : TBuffer;
begin
WriteBufferWord(0, $0073, ReplyBuffer);
WriteBufferLongWord(2, GetTick, ReplyBuffer);
WriteBufferPointAndDirection(6, ACharacter.Position,ReplyBuffer,ACharacter.Direction);
WriteBufferByte(9, 5, ReplyBuffer);
WriteBufferByte(10, 5, ReplyBuffer);
SendBuffer(ACharacter.ClientInfo,ReplyBuffer,PacketDB.GetLength($0073,ACharacter.ClientVersion));
end;{ZoneSendMapConnectReply}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendMapConnectDeny PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Denys a client access to the map server.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// January 18th, 2007 - RaX - Created Header;
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure ZoneSendMapConnectDeny(
AClient : TIdContext
);
var
ReplyBuffer : TBuffer;
begin
WriteBufferWord(0, $0074, ReplyBuffer);
WriteBufferByte(2, 0 , ReplyBuffer);
SendBuffer(AClient,ReplyBuffer,PacketDB.GetLength($0074));
end;{ZoneSendMapConnectReply}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendObjectNameAndIDBasic PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends a characters name and ID to the client.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// January 18th, 2007 - RaX - Created Header;
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure ZoneSendObjectNameAndIDBasic(
const ACharacter : TCharacter;
const ID : LongWord;
const Name : String
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord (0, $0095, OutBuffer);
WriteBufferLongWord(2, ID, OutBuffer);
WriteBufferString (6, Name, 24, OutBuffer);
SendBuffer(ACharacter.ClientInfo, OutBuffer, PacketDB.GetLength($0095,ACharacter.ClientVersion));
end;{ZoneSendObjectNameAndIDBasic}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendTickToClient PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends a ping or "tick" to the client to make sure that it's still there.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// January 18th, 2007 - RaX - Created Header;
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure ZoneSendTickToClient(
const ACharacter : TCharacter
);
var
ReplyBuffer : TBuffer;
begin
WriteBufferWord(0, $007f, ReplyBuffer);
WriteBufferLongWord(2, GetTick, ReplyBuffer);
SendBuffer(ACharacter.ClientInfo, ReplyBuffer, PacketDB.GetLength($007f,ACharacter.ClientVersion));
end;{ZoneSendTickToClient}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendWalkReply PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends a packet that tells the client to go ahead and walk.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// February 27th, 2007 - RaX - Created Header;
// May 1st, 2007 - Tsusai - Added const to the parameters
// Halloween 2008 - Tsusai - Updated WriteBufferTwoPoints settings
//------------------------------------------------------------------------------
procedure ZoneSendWalkReply(
const ACharacter : TCharacter;
const DestPoint : TPoint
);
var
ReplyBuffer : TBuffer;
begin
WriteBufferWord(0, $0087, ReplyBuffer);
WriteBufferLongWord(2, ACharacter.MoveTick, ReplyBuffer);
WriteBufferTwoPoints( 6, ACharacter.Position, DestPoint, ReplyBuffer);
WriteBufferByte(11, 0, ReplyBuffer);
SendBuffer(ACharacter.ClientInfo, ReplyBuffer, PacketDB.GetLength($0087, ACharacter.ClientVersion));
end;{ZoneSendWalkReply}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendWarp PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends a request to the inter server that asks if it's ok for a character
// to warp to the specified zone, or warp them within
// the current zone.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// April 26th, 2007 - RaX - Created.
// May 1st, 2007 - Tsusai - Renamed, and modified parameters recieved.
// May 25th, 2007 - Tsusai - Removes player from current cell
//------------------------------------------------------------------------------
function ZoneSendWarp(
const ACharacter : TCharacter;
MapName : String;
const X : Word;
const Y : Word
):boolean;
var
OutBuffer : TBuffer;
Size : Word;
MapNameSize : Word;
ClientIPSize : Word;
MapZoneID : SmallInt;
IsInstance : Boolean;
begin
IsInstance := False;
if Pos('#', MapName) > 0 then
begin
if MainProc.ZoneServer.MapList.IndexOf(MapName) > -1 then
begin
MapZoneID := MainProc.ZoneServer.Options.ID;
IsInstance := True;
end else
begin
MapZoneID := TThreadLink(ACharacter.ClientInfo.Data).DatabaseLink.Map.GetZoneID(MapName);
end;
end else
begin
MapZoneID := TThreadLink(ACharacter.ClientInfo.Data).DatabaseLink.Map.GetZoneID(MapName);
end;
if MapZoneID < 0 then
begin
Result := False;
end else
begin
ACharacter.EventList.DeleteMovementEvents;
if Cardinal(MapZoneID) = MainProc.ZoneServer.Options.ID then
begin
ACharacter.RemoveFromMap;
ACharacter.ShowTeleportOut;
ACharacter.ZoneStatus := isOffline;
ACharacter.Map := MapName;
ACharacter.Position := Point(X,Y);
WriteBufferWord(0, $0091, OutBuffer);
if IsInstance then
Delete(MapName,1, Pos('#', MapName));
WriteBufferString(2, MapName+'.rsw', 16, OutBuffer);
WriteBufferWord(18, X, OutBuffer);
WriteBufferWord(20, Y, OutBuffer);
SendBuffer(ACharacter.ClientInfo, OutBuffer, 22);
end else
begin
MapNameSize := Length(MapName);
ClientIPSize := Length(ACharacter.ClientInfo.Binding.PeerIP);
Size := ClientIPSize + MapNameSize + 16;
//<id>,<size>,<cid>,<mapnamesize>,<mapname>,<clientipsize>,<clientip>
WriteBufferWord(0, $2208, OutBuffer);
WriteBufferWord(2, Size, OutBuffer);
WriteBufferLongWord(4, ACharacter.ID, OutBuffer);
WriteBufferWord(8, X, OutBuffer);
WriteBufferWord(10, Y, OutBuffer);
WriteBufferWord(12, MapNameSize, OutBuffer);
WriteBufferString(14, MapName, Length(MapName), OutBuffer);
WriteBufferWord(14+MapNameSize, ClientIPSize, OutBuffer);
WriteBufferString(
16+MapNameSize,
ACharacter.ClientInfo.Binding.PeerIP,
Length(ACharacter.ClientInfo.Binding.PeerIP),
OutBuffer
);
SendBuffer(MainProc.ZoneServer.ToInterTCPClient,OutBuffer,Size);
end;
Result := True;
end;
end;{ZoneSendWarp}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneWalkingBeing PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send the destination of charater.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 18th, 2007 - Aeomin - Created Header
// March 23th, 2007 - Aeomin - Renamed from ZoneWalkingChar to ZoneWalkingBeing
// May 1st, 2007 - Tsusai - Added const to the parameters
// Halloween 2008 - Tsusai - Updated WriteBufferTwoPoints settings
//------------------------------------------------------------------------------
procedure ZoneWalkingBeing(
const Who:TBeing;
const Source,Dest:TPoint;
AClient : TIdContext
);
var
ReplyBuffer : TBuffer;
begin
FillChar(ReplyBuffer,PacketDB.GetLength($0086),0);
WriteBufferWord(0, $0086, ReplyBuffer);
WriteBufferLongWord(2, Who.ID, ReplyBuffer);
WriteBufferTwoPoints(6, Source, Dest, ReplyBuffer);
WriteBufferLongWord(12, GetTick, ReplyBuffer);
SendBuffer(AClient,ReplyBuffer,PacketDB.GetLength($0086));
end;{ZoneWalkingBeing}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneUpdateDirection PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Update Character Direction to other characters
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// March 20th, 2007 - Aeomin - Created Header
// May 1st, 2007 - Tsusai - Added const to the parameters
//------------------------------------------------------------------------------
procedure ZoneUpdateDirection(
Const Who:TBeing;
AClient : TIdContext
);
var
ReplyBuffer : TBuffer;
begin
WriteBufferWord(0, $009c, ReplyBuffer);
WriteBufferLongWord(2, Who.ID, ReplyBuffer);
WriteBufferWord(6, Who.HeadDirection, ReplyBuffer);
WriteBufferByte(8, Who.Direction, ReplyBuffer);
SendBuffer(AClient,ReplyBuffer,PacketDB.GetLength($009c));
end;{ZoneUpdateDirection}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ZoneSendAddFriendRequest PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send client request...
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/12/07] Aeomin - Created.
//------------------------------------------------------------------------------
procedure SendAddFriendRequest(
AClient : TIdContext;
const ReqAID, ReqID : LongWord;
const ReqName : String
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0207, OutBuffer);
WriteBufferLongWord(2, ReqAID, OutBuffer);
WriteBufferLongWord(6, ReqID, OutBuffer);
WriteBufferString(10, ReqName, NAME_LENGTH, OutBuffer);
SendBuffer(AClient,OutBuffer,PacketDB.GetLength($0207));
end;{ZoneSendAddFriendRequest}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendAddFriendRequestReply PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send reply to client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/12/08] Aeomin - Created.
//------------------------------------------------------------------------------
procedure SendAddFriendRequestReply(
AClient : TIdContext;
const AccID : LongWord;
const CharID : LongWord;
const CharName : String;
const Reply : Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0209, OutBuffer);
WriteBufferWord(2, Reply, OutBuffer);
WriteBufferLongWord(4, AccID, OutBuffer);
WriteBufferLongWord(8, CharID, OutBuffer);
WriteBufferString(12, CharName, NAME_LENGTH, OutBuffer);
SendBuffer(AClient,OutBuffer,PacketDB.GetLength($0209));
end;{SendAddFriendRequestReply}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendFirendOnlineStatus PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send online status of a friend to client.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/12/??] - Aeomin - Created
//------------------------------------------------------------------------------
procedure SendFirendOnlineStatus(
AClient : TIdContext;
const AID : LongWord;
const CID : LongWord;
const Offline : Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0206, OutBuffer);
WriteBufferLongWord(2, AID, OutBuffer);
WriteBufferLongWord(6, CID, OutBuffer);
WriteBufferByte(10, Offline, OutBuffer);
SendBuffer(AClient,OutBuffer,PacketDB.GetLength($0206));
end;{SendFirendOnlineStatus}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//DoAction PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// tells a client to show an action made by another entity or itself.
// SEE TACTIONTYPE FOR A LIST OF ACTIONS.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/12/24] RaX - Created.
//------------------------------------------------------------------------------
procedure DoAction(
AClient : TIdContext;
SourceID : LongWord;
TargetID : LongWord;
SourceSpeed : LongWord;
TargetSpeed : LongWord;
ActionType : Byte;
Parameter1 : Word;
Parameter2 : Word;
Parameter3 : Word
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $008a, OutBuffer);
WriteBufferLongWord(2, SourceID, OutBuffer);
WriteBufferLongWord(6, TargetID, OutBuffer);
WriteBufferLongWord(10, GetTick(), OutBuffer);
WriteBufferLongWord(14, SourceSpeed, OutBuffer);
WriteBufferLongWord(18, TargetSpeed, OutBuffer);
WriteBufferWord(22, Parameter1, OutBuffer);
WriteBufferWord(24, Parameter2, OutBuffer);
WriteBufferByte(26, ActionType, OutBuffer);
WriteBufferWord(27, Parameter3, OutBuffer);
SendBuffer(AClient,OutBuffer,PacketDB.GetLength($008a));
end;{DoAction}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendCompass PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Add/Remove "+" mark in mini map
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/12/31] Aeomin - Created.
//------------------------------------------------------------------------------
procedure SendCompass(
AClient : TIdContext;
const NPCID : LongWord;
const PointID : Byte;
const X : LongWord;
const Y : LongWord;
const PointType : LongWord;
const Color : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0144, OutBuffer);
WriteBufferLongWord(2, NPCID, OutBuffer);
WriteBufferLongWord(6, PointType, OutBuffer);
WriteBufferLongWord(10, X, OutBuffer);
WriteBufferLongWord(14, Y, OutBuffer);
WriteBufferByte(18, PointID, OutBuffer);
WriteBufferLongWord(19, Color, OutBuffer);
SendBuffer(AClient,OutBuffer,PacketDB.GetLength($0144));
end;{SendCompass}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendCutin PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send cutin thingy to client.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2007/12/31] Aeomin - Created.
//------------------------------------------------------------------------------
procedure SendCutin(
AClient : TIdContext;
const Image : String;
const ImageType : Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $01b3, OutBuffer);
WriteBufferString(2, Image, 64, OutBuffer);
WriteBufferByte(66, ImageType, OutBuffer);
SendBuffer(AClient,OutBuffer,PacketDB.GetLength($01b3));
end;{SendCutin}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//ToggleMailWindow PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Open/Close mail window on client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/06/11] Aeomin - Created.
//------------------------------------------------------------------------------
procedure ToggleMailWindow(
const AChara : TCharacter;
const Open : Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0260, OutBuffer);
WriteBufferLongWord(2, Byte(not Open), OutBuffer);
{TODO:Packet version...}
SendBuffer(AChara.ClientInfo,OutBuffer,PacketDB.GetLength($0260,AChara.ClientVersion));
end;{ToggleMailWindow}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendMailList PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send a list of mails
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/06/12] - Aeomin - Created
//------------------------------------------------------------------------------
procedure SendMailList(
const AChara : TCharacter
);
var
Index : Integer;
Mail : TMail;
OutBuffer : TBuffer;
Len : Word;
begin
{This procedure will check if load from database was needed}
AChara.Mails.LoadMails;
if AChara.Mails.Mails > 0 then
begin
Len := (73*AChara.Mails.Mails) + 8;
WriteBufferWord(0, $0240, OutBuffer);
WriteBufferWord(2, Len, OutBuffer);
WriteBufferLongWord(4, AChara.Mails.Mails, OutBuffer);
for Index := 0 to AChara.Mails.Mails - 1 do
begin
Mail := AChara.Mails.Item[Index];
WriteBufferLongWord(73*Index+8, Mail.ID, OutBuffer);
WriteBufferString(73*Index+12, Mail.Title, 40, OutBuffer);
WriteBufferByte(73*Index+52, Byte(Mail.Read), OutBuffer);
WriteBufferString(73*Index+53, Mail.SenderName, NAME_LENGTH, OutBuffer);
WriteBufferLongWord(73*Index+77, Mail.SendTime, OutBuffer);
end;
SendBuffer(AChara.ClientInfo,OutBuffer,Len);
end;
end;{SendMailList}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendMailContent PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send a mail
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/06/12] - Aeomin - Created
//------------------------------------------------------------------------------
procedure SendMailContent(
AClient : TIdContext;
const Mail : TMail
);
var
MessageLen : Byte;
Len : Word;
OutBuffer : TBuffer;
begin
MessageLen := Length(Mail.Content);
Len := MessageLen + 101;
WriteBufferWord(0, $0242, OutBuffer);
WriteBufferWord(2, Len, OutBuffer);
WriteBufferLongWord(4, Mail.ID, OutBuffer);
WriteBufferString(8, Mail.Title, 40, OutBuffer);
WriteBufferString(48, Mail.SenderName, NAME_LENGTH, OutBuffer);
WriteBufferLongWord(72, 0, OutBuffer);{??}
WriteBufferLongWord(76, 0, OutBuffer);{Zeny}
FillChar(OutBuffer[80],19,$0); {No item support yet}
WriteBufferByte(99, MessageLen, OutBuffer);
WriteBufferString(100, Mail.Content, MessageLen, OutBuffer);
SendBuffer(AClient,OutBuffer,Len);
end;{SendMailContent}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendDeleteMailResult PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send result of delete mail.
// Packet size still need improve -.-"
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/08/09] - Aeomin - Created
//------------------------------------------------------------------------------
procedure SendDeleteMailResult(
const AChara : TCharacter;
const MailID:LongWord;
const Flag : Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0257, OutBuffer);
WriteBufferLongWord(2, MailID, OutBuffer);
WriteBufferWord(6, Byte(NOT Flag), OutBuffer);
SendBuffer(AChara.ClientInfo,OutBuffer,PacketDB.GetLength($0257,AChara.ClientVersion));
end;{SendDeleteMailResult}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendMailResult PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Is sending mail successful?
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/08/10] - Aeomin - Created
//------------------------------------------------------------------------------
procedure SendMailResult(
const AChara : TCharacter;
const Fail :Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0249, OutBuffer);
WriteBufferByte(2,Byte(Fail), OutBuffer);
SendBuffer(AChara.ClientInfo,OutBuffer,PacketDB.GetLength($0249,AChara.ClientVersion));
end;{SendMailResult}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNewMailNotify PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Notify player a new mail arrived
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/08/11] - Aeomin - Created
//------------------------------------------------------------------------------
procedure SendNewMailNotify(
const AChara : TCharacter;
const MailID : LongWord;
const Sender : String;
const Title : String
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $024a, OutBuffer);
WriteBufferLongWord(2,MailID, OutBuffer);
WriteBufferString(6, Sender, NAME_LENGTH, OutBuffer);
WriteBufferString(6+NAME_LENGTH, Title, 40, OutBuffer);
SendBuffer(AChara.ClientInfo,OutBuffer,PacketDB.GetLength($024a,AChara.ClientVersion));
end;{SendNewMailNotify}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendInventory PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send items in inventory
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/19] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendInventory(
AClient : TIdContext;
const AInventory : TInventory
);
var
OutBuffer : TBuffer;
OutBufferEquip : TBuffer;
Len : Word;
Index : Word;
OffSet : Word;
OffSetEquip : Word;
ItemCount : Word;
EquipmentCount : Word;
InventoryItem : TItemInstance;
EquipmentItem : TEquipmentItem;
begin
ItemCount := 0;
EquipmentCount := 0;
OffSet := 4;
OffSetEquip := 4;
WriteBufferWord(0, $01ee, OutBuffer);
WriteBufferWord(0, $02d0, OutBufferEquip);
if AInventory.ItemList.Count > 0 then
begin
for Index := 0 to AInventory.ItemList.Count - 1 do
begin
InventoryItem := AInventory.ItemList.Items[Index];
if (InventoryItem.Item is TUseableItem) OR
(InventoryItem.Item is TMiscItem) then
begin
with InventoryItem.Item do
begin
WriteBufferWord(OffSet, Index+1, OutBuffer); //Index
WriteBufferWord(OffSet+2, ID, OutBuffer); //ID
WriteBufferByte(OffSet+4, ItemTypeToByte(ItemType), OutBuffer); //Type
WriteBufferByte(OffSet+5, 1, OutBuffer); //Identified?
WriteBufferWord(OffSet+6, InventoryItem.Quantity, OutBuffer); //Amount
WriteBufferWord(OffSet+8, 0, OutBuffer); //For ammo
WriteBufferWord(OffSet+10, 0, OutBuffer); //Card 1
WriteBufferWord(OffSet+12, 0, OutBuffer); //2
WriteBufferWord(OffSet+14, 0, OutBuffer); //3
WriteBufferWord(OffSet+16, 0, OutBuffer); //4
Inc(OffSet,18);
end;
Inc(ItemCount);
end else
if InventoryItem.Item is TEquipmentItem then
begin
EquipmentItem := InventoryItem.Item as TEquipmentItem;
WriteBufferWord(OffSetEquip, Index+1, OutBufferEquip); //Index
WriteBufferWord(OffSetEquip+2, EquipmentItem.ID, OutBufferEquip); //ID
WriteBufferByte(OffSetEquip+4, 5, OutBufferEquip); //Type
WriteBufferByte(OffSetEquip+5, Byte(InventoryItem.Identified), OutBufferEquip); //Identified
WriteBufferWord(OffSetEquip+6, EquipTypeToByte(EquipmentItem.EquipmentType), OutBufferEquip);
if InventoryItem.Equipped then
WriteBufferWord(OffSetEquip+8, EquipLocationsToByte(EquipmentItem.EquipmentLocation), OutBufferEquip) //Equiped location
else
WriteBufferWord(OffSetEquip+8, 0, OutBufferEquip); //Equiped?
WriteBufferByte(OffSetEquip+10, 0, OutBufferEquip); //Broken?
WriteBufferByte(OffSetEquip+11, InventoryItem.Refined, OutBufferEquip);
WriteBufferWord(OffSetEquip+12, 0, OutBufferEquip); //Card 1
WriteBufferWord(OffSetEquip+14, 0, OutBufferEquip); //2
WriteBufferWord(OffSetEquip+16, 0, OutBufferEquip); //3
WriteBufferWord(OffSetEquip+18, 0, OutBufferEquip); //4
WriteBufferWord(OffSetEquip+24, 0, OutBufferEquip); //??
Inc(OffSetEquip,26);
Inc(EquipmentCount);
end;
end;
end;
//Items
Len := (ItemCount * 18) + 4;
WriteBufferWord(2, Len, OutBuffer);
SendBuffer(AClient, OutBuffer, Len);
//Equipments
Len := (EquipmentCount * 26) + 4;
WriteBufferWord(2, Len, OutBufferEquip);
SendBuffer(AClient, OutBufferEquip, Len);
end;{SendInventory}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNewItem PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// New item!!
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/20] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendNewItem(
AClient : TIdContext;
const AInventory : TItemInstance;
const Index : Word;
const Amount : Word
);
var
OutBuffer : TBuffer;
begin
with AInventory.Item do
begin
WriteBufferWord(0, $02d4, OutBuffer);
WriteBufferWord(2, Index+1, OutBuffer);
WriteBufferWord(4, Amount, OutBuffer);
WriteBufferWord(6, ID, OutBuffer);
WriteBufferByte(8, Byte(AInventory.Identified), OutBuffer);
WriteBufferByte(9, 0, OutBuffer); //Broken?
WriteBufferByte(10, AInventory.Refined, OutBuffer);
WriteBufferWord(11, 0, OutBuffer); //Card 1
WriteBufferWord(13, 0, OutBuffer); //2
WriteBufferWord(15, 0, OutBuffer); //3
WriteBufferWord(17, 0, OutBuffer); //4
if AInventory.Item is TEquipmentItem then
begin
WriteBufferWord(19, EquipTypeToByte(TEquipmentItem(AInventory.Item).EquipmentType), OutBuffer);
end;
WriteBufferByte(21, ItemTypeToByte(ItemType), OutBuffer);;
WriteBufferByte(22, 0, OutBuffer); //Fail?
WriteBufferLongWord(23, 0, OutBuffer);
WriteBufferLongWord(27, 0, OutBuffer);
SendBuffer(AClient, OutBuffer, 29);
end;
end;{SendNewItem}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNewItemFailed PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Failed to add item
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/25] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendNewItemFailed(
AClient : TIdContext;
const Flag : Byte
);
var
OutBuffer : TBuffer;
begin
if Flag > 0 then
begin
WriteBufferWord(0, $02d4, OutBuffer);
WriteBufferByte(22, Flag, OutBuffer);
SendBuffer(AClient, OutBuffer, 29);
end;
end;{SendNewItemFailed}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendStatusIcon PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send icons on right side
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/25] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendStatusIcon(
const AChara : TCharacter;
const IconID : Word;
const Active : Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0196, OutBuffer);
WriteBufferWord(2, IconID, OutBuffer);
WriteBufferLongWord(4, AChara.AccountID, OutBuffer);
WriteBufferByte(8, Byte(Active), OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($0196,AChara.ClientVersion));
end;{SendStatusIcon}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendUpdatedLook PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Updates the look of a character.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/27] RaX - Created.
//------------------------------------------------------------------------------
procedure SendUpdatedLook(
const AChara : TCharacter;
const CharacterID : LongWord;
const AType : TLookTypes;
const Value1 : Word;
const Value2 : Word
);
var
OutBuffer : TBuffer;
begin
//$1d7 charID Type classID
WriteBufferWord(0, $01d7, OutBuffer);
WriteBufferLongWord(2, CharacterID, OutBuffer);
WriteBufferByte(6, Byte(AType), OutBuffer);
WriteBufferWord(7, Value1, OutBuffer);
WriteBufferWord(9, Value2, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($01d7,AChara.ClientVersion));
end;{SendUpdatedLook}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendEncryptKeys PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send keys for packet id encryption.
// (Apparently KRO doesn't support it)
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/26] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendEncryptKeys(
AClient : TIdContext;
const Key1,Key2 : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $02AE, OutBuffer);
WriteBufferLongWord(2, Key1, OutBuffer);
WriteBufferLongWord(6, Key2, OutBuffer);
SendBuffer(AClient, OutBuffer, 10);
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendDropItem PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send drop item.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/28] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendDropItem(
const AChara : TCharacter;
const AnItem : TItemInstance;
const AQuantity : Word
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $009e, OutBuffer);
WriteBufferLongWord(2, AnItem.ID, OutBuffer);
WriteBufferWord(6, AnItem.Item.ID, OutBuffer);
WriteBufferByte(8, Byte(AnItem.Identified), OutBuffer);
WriteBufferWord(9, AnItem.Position.X, OutBuffer);
WriteBufferWord(11, AnItem.Position.Y, OutBuffer);
WriteBufferByte(13, AnItem.SubX, OutBuffer);
WriteBufferByte(14, AnItem.SubY, OutBuffer);
WriteBufferWord(15, AQuantity, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($009e,AChara.ClientVersion));
end;{SendDropItem}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendDeleteItem PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Delete an item
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/29] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendDeleteItem(
const AChara : TCharacter;
const Index : Word;
const Quantity : Word
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00af, OutBuffer);
WriteBufferWord(2, Index+1, OutBuffer);
WriteBufferWord(4, Quantity, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($00af,AChara.ClientVersion));
end;{SendDeleteItem}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendGroundItem PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Item appears on ground.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/09/30] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendGroundItem(
const AChara : TCharacter;
const AnItem : TItemInstance
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $009d, OutBuffer);
WriteBufferLongWord(2, AnItem.ID, OutBuffer);
WriteBufferWord(6, AnItem.Item.ID, OutBuffer);
WriteBufferByte(8, Byte(AnItem.Identified), OutBuffer);
WriteBufferWord(9, AnItem.Position.X, OutBuffer);
WriteBufferWord(11, AnItem.Position.Y, OutBuffer);
WriteBufferWord(13, AnItem.Quantity, OutBuffer);
WriteBufferByte(15, AnItem.SubX, OutBuffer);
WriteBufferByte(16, AnItem.SubY, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($009d,AChara.ClientVersion));
end;{SendGroundItem}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendRemoveGroundItem PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Remove item from ground
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/01] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendRemoveGroundItem(
const AChara : TCharacter;
const ID : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00a1, OutBuffer);
WriteBufferLongWord(2, ID, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($00a1,AChara.ClientVersion));
end;{SendRemoveGroundItem}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendPickUpItemAnimation PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Wrapper for action packet, it sends pickup item animation
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/03] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendPickUpItemAnimation(
const AChara : TCharacter;
const CharID : LongWord;
const ItemID : LongWord
);
begin
DoAction(
AChara.ClientInfo,
CharID,
ItemID,
0,
0,
ACTION_PICKUP_ITEM,
0,
0,
0
);
end;{SendPickUpItemAnimation}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendEquipItemResult PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Tell client to move an item from inventory to equipment window.
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/05] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendEquipItemResult(
const AChara : TCharacter;
const Index : Word;
const Location:Word;
const Success:Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00aa, OutBuffer);
WriteBufferWord(2, Index+1, OutBuffer);
WriteBufferWord(4, Location, OutBuffer);
WriteBufferByte(6, Byte(Success), OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($00aa,AChara.ClientVersion));
end;{SendEquipItemResult}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendUnequipItemResult PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Unequip an item
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/10] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendUnequipItemResult(
const AChara : TCharacter;
const Index : Word;
const Location:Word;
const Success:Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00ac, OutBuffer);
WriteBufferWord(2, Index+1, OutBuffer);
WriteBufferWord(4, Location, OutBuffer);
WriteBufferByte(6, Byte(Success), OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($00ac,AChara.ClientVersion));
end;{SendUnequipItemResult}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNPCDialog PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends dialog text to a character
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/18] Tsusai - Created
//------------------------------------------------------------------------------
procedure SendNPCDialog(
const AChara : TCharacter;
const NPCID : LongWord;
const NPCMessage : string
);
var
OutBuffer : TBuffer;
Len : integer;
begin
Len := Length(NPCMessage);
WriteBufferWord(0, $00b4, OutBuffer);
WriteBufferWord(2, Len + 8, OutBuffer);
WriteBufferLongWord(4, NPCID, OutBuffer);
WriteBufferString(8, NPCMessage, Len, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, len + 8);
end;{SendNPCDialog}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNPCNext PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends Next button to client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/19] Tsusai - Created
//------------------------------------------------------------------------------
procedure SendNPCNext(
const AChara : TCharacter;
const NPCID : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00b5, OutBuffer);
WriteBufferLongWord(2, NPCID, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, 6);
end;{SendNPCWait}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNPCClose PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends close button to client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/19] Tsusai - Created
//------------------------------------------------------------------------------
procedure SendNPCClose(
const AChara : TCharacter;
const NPCID : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00b6, OutBuffer);
WriteBufferLongWord(2, NPCID, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, 6);
end;{SendNPCClose}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNPCMenu PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Sends a menu packet to the client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/19] Tsusai - Created
//------------------------------------------------------------------------------
procedure SendNPCMenu(
const AChara : TCharacter;
const NPCID : LongWord;
const MenuString : string
);
var
OutBuffer : TBuffer;
Size : word;
begin
WriteBufferWord(0, $00b7, OutBuffer);
Size := Length(MenuString);
WriteBufferWord(2, Size + 8, OutBuffer);
WriteBufferLongWord(4, NPCID, OutBuffer);
WriteBufferString(8, MenuString, Size, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, Size + 8);
end;{SendNPCMenu}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNPCInput PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send an integer input box to client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/11] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendNPCInput(
const AChara : TCharacter;
const NPCID : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $0142, OutBuffer);
WriteBufferLongWord(2, NPCID, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($0142,AChara.ClientVersion));
end;{SendNPCInput}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNPCInputStr PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send a string input box to client
//--
// Pre:
// TODO
// Post:
// TODO
//--
// Changes -
// [2008/10/11] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendNPCInputStr(
const AChara : TCharacter;
const NPCID : LongWord
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $01d4, OutBuffer);
WriteBufferLongWord(2, NPCID, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($01d4,AChara.ClientVersion));
end;{SendNPCInput}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendSkillGroundUnit PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Send a skill unit to specific coordinate
//
// Changes -
// [2009/01/16] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendSkillGroundUnit(
const AChara : TCharacter;
const ID : LongWord;
const SrcID : LongWord;
const X,Y: Word;
const SkillType: Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $011f, OutBuffer);
WriteBufferLongWord(2, ID, OutBuffer);
WriteBufferLongWord(6, SrcID, OutBuffer);
WriteBufferWord(10, X, OutBuffer);
WriteBufferWord(12, Y, OutBuffer);
WriteBufferWord(14, SkillType, OutBuffer);
WriteBufferByte(16, 1, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($011f,AChara.ClientVersion));
end;{SendSkillGroundUnit}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendCreateChatRoomResult PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Create success or not.
//
// Changes -
// [2009/01/17] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendCreateChatRoomResult(
const AChara : TCharacter;
const Fail : Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00d6, OutBuffer);
WriteBufferByte(2, Byte(Fail), OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, PacketDB.GetLength($00d6,AChara.ClientVersion));
end;{SendCreateChatRoomResult}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//DisplayChatroomBar PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Display a bar thingy above chatroom owner.
//
// Changes -
// [2009/01/17] Aeomin - Created
//------------------------------------------------------------------------------
procedure DisplayChatroomBar(
const AChara : TCharacter;
const ChatRoom : TChatRoom
);
var
OutBuffer : TBuffer;
Len : Word;
begin
if NOT Assigned(AChara.ChatRoom) OR (AChara.ChatRoom <> ChatRoom) then
begin
Len := Length(ChatRoom.Title);
WriteBufferWord(0, $00d7, OutBuffer);
WriteBufferWord(2, Len + 17, OutBuffer);
WriteBufferLongWord(4, ChatRoom.Owner.ID, OutBuffer);
WriteBufferLongWord(8, ChatRoom.ID, OutBuffer);
WriteBufferWord(12, ChatRoom.Limit, OutBuffer);
WriteBufferWord(14, ChatRoom.Characters.Count, OutBuffer);
WriteBufferByte(16, Byte(ChatRoom.isPublic), OutBuffer);
WriteBufferString(17,ChatRoom.Title,Len,OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, Len + 17);
end;
end;{DisplayChatroomBar}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendQuitChat PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Notify that someone left chatroom.
//
// Changes -
// [2009/01/18] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendQuitChat(
const AChara : TCharacter;
const Name : String;
const Count : Word;
const Kicked : Boolean
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00dd, OutBuffer);
WriteBufferWord(2, Count, OutBuffer);
WriteBufferString(4,Name,NAME_LENGTH,OutBuffer);
WriteBufferByte(28, Byte(Kicked), OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer,PacketDB.GetLength($00dd,AChara.ClientVersion));
end;{SendQuitChat}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendClearChat PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Remove chat from public eyes
//
// Changes -
// [2009/01/18] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendClearChat(
const AChara : TCharacter;
const ChatRoom : TChatRoom
);
var
OutBuffer : TBuffer;
begin
if NOT Assigned(AChara.ChatRoom) OR (AChara.ChatRoom <> ChatRoom) then
begin
WriteBufferWord(0, $00d8, OutBuffer);
WriteBufferLongWord(2, ChatRoom.ID, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer,PacketDB.GetLength($00d8,AChara.ClientVersion));
end;
end;{SendClearChat}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendChangeChatOwner PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Change chat owner
//
// Changes -
// [2009/01/18] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendChangeChatOwner(
const AChara : TCharacter;
const OldOwner : String;
const NewOwner : String
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00e1, OutBuffer);
WriteBufferLongWord(2, 1, OutBuffer);
WriteBufferString(6,OldOwner,NAME_LENGTH,OutBuffer);
//SendBuffer(AChara.ClientInfo, OutBuffer,PacketDB.GetLength($00e1,AChara.ClientVersion));
//FillChar(OutBuffer, PacketDB.GetLength($00e1,AChara.ClientVersion), 0);
WriteBufferWord(30, $00e1, OutBuffer);
WriteBufferLongWord(32, 0, OutBuffer);
WriteBufferString(36,NewOwner,NAME_LENGTH,OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer,PacketDB.GetLength($00e1,AChara.ClientVersion)*2);
end;{SendChangeChatOwner}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendJoinChatFailed PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Failed to join chatroom
//
// Changes -
// [2009/01/18] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendJoinChatFailed(
const AChara : TCharacter;
const Flag : Byte
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00da, OutBuffer);
WriteBufferByte(2, Flag, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer,PacketDB.GetLength($00da,AChara.ClientVersion));
end;{SendJoinChatFailed}
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendJoinChatOK PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Join chatroom OK, send player list
//
// Changes -
// [2009/04/16] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendJoinChatOK(
const AChara : TCharacter;
const AChatRoom : TChatRoom
);
var
OutBuffer : TBuffer;
Index : Word;
begin
WriteBufferWord(0, $00db, OutBuffer);
WriteBufferWord(2, 28*AChatRoom.Characters.Count + 8, OutBuffer);
WriteBufferLongWord(4, AChatRoom.ID, OutBuffer);
for Index := 0 to AChatRoom.Characters.Count - 1 do
begin
WriteBufferLongWord(Index * 28 + 8, Byte((Index > 0)OR(AChatRoom.Owner is TNPC)), OutBuffer);
WriteBufferString(Index * 28 + 12,AChatRoom.Characters.Items[Index].Name ,NAME_LENGTH, OutBuffer);
end;
SendBuffer(AChara.ClientInfo, OutBuffer,28*AChatRoom.Characters.Count + 8);
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//SendNotifyJoinChat PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Notify players when someone joins the chatroom
//
// Changes -
// [2009/04/16] Aeomin - Created
//------------------------------------------------------------------------------
procedure SendNotifyJoinChat(
const AChara : TCharacter;
const NewUsers : Word;
const Name : String
);
var
OutBuffer : TBuffer;
begin
WriteBufferWord(0, $00dc, OutBuffer);
WriteBufferWord(2, NewUsers, OutBuffer);
WriteBufferString(4, Name ,NAME_LENGTH, OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer,PacketDB.GetLength($00dc,AChara.ClientVersion));
end;
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//UpdateChatroom PROCEDURE
//------------------------------------------------------------------------------
// What it does -
// Update chatroom stuff
//
// Changes -
// [2009/06/27] Aeomin - Created
//------------------------------------------------------------------------------
procedure UpdateChatroom(
const AChara : TCharacter;
const Chatroom : TChatRoom
);
var
OutBuffer : TBuffer;
Len : Word;
begin
Len := Length(ChatRoom.Title);
WriteBufferWord(0, $00df, OutBuffer);
WriteBufferWord(2, Len + 17, OutBuffer);
WriteBufferLongWord(4, ChatRoom.Owner.ID, OutBuffer);
WriteBufferLongWord(8, ChatRoom.ID, OutBuffer);
WriteBufferWord(12, ChatRoom.Limit, OutBuffer);
WriteBufferWord(14, ChatRoom.Characters.Count, OutBuffer);
WriteBufferByte(16, Byte(ChatRoom.isPublic), OutBuffer);
WriteBufferString(17,ChatRoom.Title,Len,OutBuffer);
SendBuffer(AChara.ClientInfo, OutBuffer, Len + 17);
end;{UpdateChatroom}
//------------------------------------------------------------------------------
end{ZoneSend}.
|
unit Classes.Entities;
interface
uses cxLabel,Vcl.ExtCtrls,Generics.Collections;
type TBaseObjClass=class of TBaseObj;
TBaseObj=Class(TObject)
public
constructor Create;
end;
TBoardPosition=(bpDown,bpLeft,bpUp,bpRight);
TCardPosition=(cpMyCards,cpFirstPlayer,cpSecondPlayer,cpThirdPlayer);
TPlayer=class(TBaseObj)
private
FName:String;
FPosition:TBoardPosition;
FCardImage: TImage;
FPlayerLabel: TcxLabel;
FCardPosition: TCardPosition;
public
property Name:String read FName write FName;
property Position:TBoardPosition read FPosition write FPosition;
property PlayerLabel:TcxLabel read FPlayerLabel write FPlayerLabel;
property CardImage:TImage read FCardImage write FCardImage;
property CardPosition:TCardPosition read FCardPosition write FCardPosition;
end;
TPlayers=class(TObjectList<TPlayer>)
public
function Find(const APlayerName:String):TPlayer;
end;
implementation
{ TBaseObj }
constructor TBaseObj.Create;
begin
inherited;
end;
{ TPlayers }
function TPlayers.Find(const APlayerName: String): TPlayer;
var itm:TPlayer;
begin
Result:=Nil;
for itm in Self do begin
if itm.Name=APlayerName then begin
Result:=itm;
Break;
end;
end;
end;
end.
|
unit docs.institution;
interface
uses
Horse,
Horse.GBSwagger;
procedure registry();
implementation
uses schemas.classes;
procedure registry();
begin
Swagger
.Path('instituicao/{id_instituicao}')
.Tag('Instituições')
.GET('listar uma instituição', 'listar um instituição especifica')
.AddParamPath('id_instituicao', 'id_instituicao')
.Schema(SWAG_INTEGER)
.Required(true)
.&End
.AddParamHeader('Authorization', 'bearer token jwt')
.Schema(SWAG_STRING)
.&End
.AddResponse(200)
.Schema(TInstitution)
.&End
.AddResponse(404, 'instituição não encontrada')
.Schema(TMessage)
.&End
.AddResponse(500, 'Internal Server Error')
.&End
.&End
.&End
.&End;
Swagger
.Path('instituicao')
.Tag('Instituições')
.GET('listar instituições com paginação', 'listagem de instituição com paginação e filtros')
.Description('o query param find representa o nome de uma coluna do banco e value o valor que sera colocado no criterio de filtro exemplo: find=id&value=10')
.AddParamQuery('page', 'page')
.Schema(SWAG_INTEGER)
.&End
.AddParamQuery('limit', 'limit')
.Schema(SWAG_INTEGER)
.&End
.AddParamQuery('find', 'find')
.Schema(SWAG_STRING)
.&End
.AddParamQuery('value', 'value')
.Schema(SWAG_STRING)
.&End
.AddParamHeader('Authorization', 'bearer token jwt')
.Schema(SWAG_STRING)
.&End
.AddResponse(200)
.Schema(TInstitutionPagination)
.&End
.AddResponse(500, 'Internal Server Error')
.&End
.&End
.&End
.&End;
Swagger
.Path('instituicao')
.Tag('Instituições')
.Post('criar instiuição', 'criar uma nova instituição')
.AddParamBody
.Schema(TInstitution)
.&End
.AddParamHeader('Authorization', 'bearer token jwt')
.Schema(SWAG_STRING)
.&End
.AddResponse(201)
.Schema(TRegion)
.&End
.AddResponse(404, 'instituição não encontrada')
.Schema(TMessage)
.&End
.AddResponse(401, 'token não encontrado ou invalido')
.Schema(SWAG_STRING)
.&End
.AddResponse(500, 'Internal Server Error')
.&End
.&End
.&End
.&End;
Swagger
.Path('instituicao/{id_instituicao}')
.Tag('Instituições')
.Put('alterar instituição', 'alteração de uma instituição')
.AddParamPath('id_instituicao', 'id_instituicao')
.Schema(SWAG_INTEGER)
.&end
.AddParamBody
.Schema(TInstitution)
.&End
.AddParamHeader('Authorization', 'bearer token jwt')
.Schema(SWAG_STRING)
.&End
.AddResponse(200)
.Schema(TRegion)
.&End
.AddResponse(404, 'comunidade não encontrada')
.Schema(TMessage)
.&End
.AddResponse(401, 'token não encontrado ou invalido')
.Schema(SWAG_STRING)
.&End
.AddResponse(500, 'Internal Server Error')
.&End
.&End
.&End
.&End;
Swagger
.Path('instituicao/{id_instituicao}')
.Tag('Instituições')
.Delete('deletar instituição', 'deletar uma instituição')
.AddParamPath('id_instituicao', 'id_instituicao')
.Schema(SWAG_INTEGER)
.&end
.AddParamHeader('Authorization', 'bearer token jwt')
.Schema(SWAG_STRING)
.&End
.AddResponse(200, 'instituição deletada com sucesso')
.Schema(TMessage)
.&End
.AddResponse(404, 'instituição não encontrada')
.Schema(TMessage)
.&End
.AddResponse(401, 'token não encontrado ou invalido, não foi possivel deletar a instituição')
.Schema(SWAG_STRING)
.&End
.AddResponse(500, 'Internal Server Error')
.&End
.&End
.&End
.&End;
end;
end.
|
unit UnitManage;
interface
//type
{TThreadInfo = record
nRunFlag :Integer; //0x00
boActived :BOOL; //0x04
dwRunTick :LongWord; //0x08
Config :pTConfig; //0x0C
boTerminaled :BOOL; //0x10
hThreadHandle:THandle; //0x14
dwThreadID :LongWord; //0x18
n1C :Integer; //0x1C
n20 :Integer; //0x20
n24 :integer; //0x24
end;
pTThreadInfo = ^TThreadInfo; }
//procedure StartRegThread(Config:pTConfig;ThreadInfo:pTThreadInfo);
//procedure RegServerThread(ThreadInfo:pTThreadInfo);stdcall;
implementation
{procedure StartRegThread(Config:pTConfig;ThreadInfo:pTThreadInfo);
begin
ThreadInfo.Config:=Config;
ThreadInfo.hThreadHandle:=CreateThread(nil,
0,
@RegServerThread,
ThreadInfo,
0,
ThreadInfo.dwThreadID);
end;
procedure RegServerThread(ThreadInfo:pTThreadInfo);stdcall;
begin
end; }
end.
|
unit stmDetector1;
interface
{$IFDEF FPC} {$mode delphi} {$DEFINE AcqElphy2} {$A1} {$Z1} {$ENDIF}
uses util1,stmdef,stmObj,stmVec1,NcDef2,stmPg,debug0;
type
Tdetector= class(typeUO)
private
mode: integer; { 1: crossings 2: Timer }
hhUp,hhDw:single;
stateUp:boolean;
dlInhib,dlInhib0:integer;
Fup,Fdw:boolean;
lastI:integer; // last processed sample
Vsource,Vdest:Tvector; // source and destination
Fdisp:boolean; // if true, we display the new samples of dest
OnDetect:array of Tpg2Event;
FDetDelay:array of float;
DetDelayI:array of integer;
Idet:array of integer;
DTtimer,T0Timer: float;
DT,T0: integer;
ILastDet: integer;
procedure SetDetDelay(n:integer;w:float);
function GetDetDelay(n:integer):float;
procedure SetAllLengths(n:integer);
procedure SetSecondVars;
procedure updateCrossings(ind:integer);
procedure updateTimer(ind:integer);
public
constructor create;override;
destructor destroy;override;
class function STMClassName:AnsiString;override;
procedure processMessage(id:integer;source:typeUO;p:pointer);override;
property DetDelay[n:integer]:float read getDetDelay write SetDetDelay;
procedure initCrossings(src,dest:Tvector;Fup1,Fdw1:boolean; h1,h2,linhib:float;yinit:float;Fdisp1:boolean);
procedure InitTimer(src: Tvector; DT1,T1:float);
procedure update(ind:integer);
procedure setThUp(w:float);
procedure setThDw(w:float);
procedure Reinit(x:float);
function getAcqChannel:integer;
end;
procedure proTdetector_create(var pu:typeUO);pascal;
procedure proTdetector_InitCrossings(var src, dest: Tvector;Fup1,Fdw1:boolean;h1,h2,linhib:float;yinit:float;Fdisp1:boolean;var pu:typeUO);pascal;
procedure proTdetector_InitTimer(var src1: Tvector;DT1: float;var pu:typeUO);pascal;
procedure proTdetector_InitTimer_1(var src1: Tvector;DT1,T1: float;var pu:typeUO);pascal;
procedure proTdetector_Update(index: integer;var pu:typeUO);pascal;
procedure proTdetector_Reinit(x:float;var pu:typeUO);pascal;
procedure proTdetector_ThresholdUp(w:float;var pu:typeUO);pascal;
function fonctionTdetector_ThresholdUp(var pu:typeUO):float;pascal;
procedure proTdetector_ThresholdDw(w:float;var pu:typeUO);pascal;
function fonctionTdetector_ThresholdDw(var pu:typeUO):float;pascal;
procedure proTdetector_AddEvent(p:integer; w:float; var pu:typeUO);pascal;
procedure proTdetector_OnDetect(p:integer;var pu:typeUO);pascal;
function fonctionTdetector_OnDetect(var pu:typeUO):integer;pascal;
procedure proTdetector_Delay(w:float;var pu:typeUO);pascal;
function fonctionTdetector_Delay(var pu:typeUO):float;pascal;
implementation
{ Tdetector }
constructor Tdetector.create;
begin
inherited;
end;
destructor Tdetector.destroy;
begin
derefObjet(typeUO(Vsource));
derefObjet(typeUO(Vdest));
inherited;
end;
class function Tdetector.STMClassName: AnsiString;
begin
result:='Integrator';
end;
procedure Tdetector.processMessage(id: integer; source: typeUO; p: pointer);
begin
case id of
UOmsg_destroy:
begin
if Vsource=source then
begin
Vsource:=nil;
derefObjet(source);
end;
if Vdest=source then
begin
Vdest:=nil;
derefObjet(source);
end;
end;
end;
end;
procedure Tdetector.initCrossings(src, dest: Tvector; Fup1,Fdw1:boolean;h1,h2,linhib:float;yinit:float;Fdisp1:boolean);
var
i:integer;
begin
mode:=1;
Vsource:=src;
refObjet(src);
Vdest:=dest;
refObjet(dest);
Vdest.initEventList(G_longint,Vsource.Dxu);
Vdest.Fexpand:=true;
Vdest.invalidate;
Fdisp:=Fdisp1;
Fup:=Fup1;
Fdw:=Fdw1;
hhUp:=h1;
hhDw:=h2;
stateUp:=(yinit>=hhUp);
dlinhib0:=Vsource.invConvX(lInhib)-Vsource.invConvX(0);
dlInhib:=0;
setSecondVars;
lastI:=Vsource.Istart-1;
end;
procedure Tdetector.initTimer(src: Tvector; DT1,T1:float);
begin
mode:=2;
Vsource:=src;
refObjet(src);
DTtimer:=DT1;
T0Timer:=T1;
setSecondVars;
lastI:=Vsource.Istart-1;
end;
procedure Tdetector.Reinit(x: float);
var
i:integer;
begin
lastI:=Vsource.invconvx(x);
if not assigned(Vdest) then exit;
Vdest.initEventList(G_longint,Vsource.Dxu);
Vdest.Fexpand:=true;
Vdest.invalidate;
for i:=0 to high(OnDetect) do Idet[i]:=Vdest.Istart;
stateUp:=(Vsource[lastI]>=hhUp);
end;
procedure Tdetector.updateCrossings(ind:integer);
var
i:integer;
ii:integer;
w:single;
begin
if not assigned(Vsource) or not assigned(Vdest) then exit;
for ii:=lastI+1 to ind do
begin
w:=Vsource.data.getE(ii);
if not stateUp then
begin
if w>=hhUp then
begin
stateUp:=true;
if Fup and (dlInhib<=0) then
begin
Vdest.addToList(Vsource.convx(ii));
dlInhib:=dlInhib0+1;
end;
end;
end
else
begin
if w<hhDw then
begin
stateUp:=false;
if Fdw and (dlInhib<=0) then
begin
Vdest.addToList(Vsource.convx(ii));
dlInhib:=dlInhib0+1;
end;
end;
end;
dec(dlinhib);
for i:=0 to high(OnDetect) do
with onDetect[i] do
if valid and (Idet[i]>=Vdest.Istart) and (Idet[i]<=Vdest.Iend) and (Vsource.invconvx(Vdest[Idet[i]])=ii-DetDelayI[i]) then
begin
pg.executerProcedure1(ad,Idet[i]);
if pg.LastError<>0 then finExe:=true;
inc(Idet[i]);
end;
if finExe then exit;
end;
if Fdisp then Vdest.doImDisplay;
lastI:=Ind;
end;
procedure Tdetector.updateTimer(ind:integer);
var
i:integer;
ii:integer;
w:single;
begin
if not assigned(Vsource) then exit;
for ii:=lastI+1 to ind do
begin
if (ii>0) and (ii>=T0) and ((ii-T0) mod DT=0) then ILastDet:=ii;
if IlastDet>0 then
for i:=0 to high(OnDetect) do
with onDetect[i] do
if valid and (ii = IlastDet+DetDelayI[i]) then
begin
inc(Idet[i]);
pg.executerProcedure1(ad,Idet[i]);
if pg.LastError<>0 then finExe:=true;
end;
if finExe then exit;
end;
if Fdisp then Vdest.doImDisplay;
lastI:=Ind;
end;
procedure Tdetector.update(ind:integer);
begin
case mode of
1: updateCrossings(ind);
2: updateTimer(ind);
end;
end;
procedure Tdetector.setThUp(w: float);
begin
hhUp:=w;
if assigned(Vsource) and (lastI>=Vsource.Istart) and (lastI<=Vsource.Iend) and (Vsource[lastI]>=hhUp)
then stateUp:=true;
{ on ne provoque pas le changement d'état vers le bas }
end;
procedure Tdetector.setThDw(w: float);
begin
hhDw:=w;
if assigned(Vsource) and (lastI>=Vsource.Istart) and (lastI<=Vsource.Iend) and (Vsource[lastI]<hhDw)
then stateUp:=false;
{ on ne provoque pas le changement d'état vers le haut }
end;
procedure Tdetector.SetDetDelay(n: integer; w: float);
begin
FDetDelay[n]:=w;
if assigned(Vsource)
then DetDelayI[n]:=Vsource.invConvX(FDetDelay[n])-Vsource.invConvX(0);
end;
function Tdetector.GetDetDelay(n: integer): float;
begin
if (n>=0) and (n<length(FdetDelay))
then result:= FdetDelay[n]
else result:=0;
end;
procedure Tdetector.SetAllLengths(n: integer);
begin
setlength(Ondetect, n);
OnDetect[n-1].numero:=0;
setlength(FDetDelay, n);
FdetDelay[n-1]:=0;
setlength(DetDelayI, n);
DetDelayI[n-1]:=0;
setlength(Idet, n);
if assigned(Vdest)
then Idet[n-1]:=Vdest.Istart
else Idet[n-1]:=0;
end;
procedure Tdetector.SetSecondVars;
var
i:integer;
begin
for i:=0 to high(OnDetect) do
if assigned(Vsource) then DetDelayI[i]:= Vsource.invConvX(FDetDelay[i])-Vsource.invConvX(0);
for i:=0 to high(OnDetect) do
if assigned(Vdest)
then Idet[i]:=Vdest.Istart
else Idet[i]:=0;
if assigned(Vsource) then
begin
DT:= Vsource.invConvX(DTtimer);
T0:= Vsource.invConvX(T0Timer);
end;
end;
function Tdetector.getAcqChannel: integer;
begin
end;
{*************************** Méthodes STM **************************}
procedure proTdetector_create(var pu:typeUO);
begin
createPgObject('',pu,Tdetector);
end;
procedure proTdetector_InitCrossings(var src, dest: Tvector; Fup1,Fdw1:boolean;h1,h2,linhib:float;yinit:float;Fdisp1:boolean ;var pu:typeUO);
const
max=10000000;
begin
verifierObjet(pu);
verifierObjet(typeUO(src));
verifierVecteurTemp(dest);
with Tdetector(pu) do initCrossings(src,dest,Fup1,Fdw1,h1,h2,linhib,yinit,Fdisp1);
end;
procedure proTdetector_InitTimer_1(var src1: Tvector;DT1,T1: float;var pu:typeUO);
begin
verifierObjet(pu);
verifierObjet(typeUO(src1));
if (DT1<src1.Dxu) or (T1<0) then sortieErreur('Tdetector.InitTimer : bad parameter');
with Tdetector(pu) do initTimer(src1,DT1,T1);
end;
procedure proTdetector_InitTimer(var src1: Tvector;DT1: float;var pu:typeUO);
begin
proTdetector_InitTimer_1(src1 ,DT1, 0, pu);
end;
procedure proTdetector_Update(index: integer;var pu:typeUO);
begin
verifierObjet(pu);
Tdetector(pu).update(index);
end;
procedure proTdetector_ThresholdUp(w:float;var pu:typeUO);
begin
verifierObjet(pu);
Tdetector(pu).setThUp(w);
end;
function fonctionTdetector_ThresholdUp(var pu:typeUO):float;
begin
verifierObjet(pu);
result:=Tdetector(pu).hhUp;
end;
procedure proTdetector_ThresholdDw(w:float;var pu:typeUO);
begin
verifierObjet(pu);
Tdetector(pu).setThDw(w);
end;
function fonctionTdetector_ThresholdDw(var pu:typeUO):float;
begin
verifierObjet(pu);
result:=Tdetector(pu).hhDw;
end;
procedure proTdetector_OnDetect(p:integer;var pu:typeUO);
begin
verifierObjet(pu);
with Tdetector(pu) do
begin
if length(OnDetect)=0 then setAllLengths(1);
onDetect[0].setAd(p);
end;
end;
function fonctionTdetector_OnDetect(var pu:typeUO):integer;
begin
verifierObjet(pu);
with Tdetector(pu) do
if length(OnDetect)>0
then result:=OnDetect[0].ad
else result:=0;
end;
procedure proTdetector_Delay(w:float;var pu:typeUO);
begin
verifierObjet(pu);
with Tdetector(pu) do
begin
if length(OnDetect)=0 then setAllLengths(1);
DetDelay[0]:=w;
end;
end;
function fonctionTdetector_Delay(var pu:typeUO):float;
begin
verifierObjet(pu);
with Tdetector(pu) do
if length(OnDetect)>0
then result:=Tdetector(pu).DetDelay[0]
else result:=0;
end;
procedure proTdetector_AddEvent(p:integer; w:float; var pu:typeUO);
begin
verifierObjet(pu);
with Tdetector(pu) do
begin
setAlllengths( length(OnDetect)+1);
onDetect[high(OnDetect)].setAd(p);
detDelay[high(FdetDelay)]:=w;
setSecondVars;
end;
end;
procedure proTdetector_Reinit(x:float;var pu:typeUO);pascal;
begin
verifierObjet(pu);
Tdetector(pu).Reinit(x);
end;
Initialization
AffDebug('Initialization stmDetector1',0);
registerObject(Tdetector,data);
end.
|
(* Stack ADT 2 19.04.2017 *)
(* ---------- *)
(* implementing the stack as abstract data type - version 2 *)
(* ========================================================= *)
UNIT StackADT2;
INTERFACE
CONST
max = 100;
TYPE
Stack = ^StackRec;
StackRec = Record
data: Array[1..max] OF INTEGER;
top: INTEGER;
END;
PROCEDURE NewStack(VAR s: Stack);
PROCEDURE DisposeStack(VAR s: Stack);
PROCEDURE Push(VAR s: Stack; e: INTEGER);
PROCEDURE Pop(VAR s: Stack; VAR e: INTEGER);
(* VAR not nice, but consistent with prev version
FUNCTION Empty(VAR s: Stack): BOOLEAN; *)
FUNCTION Empty(s: Stack): BOOLEAN;
IMPLEMENTATION
PROCEDURE NewStack(VAR s: Stack);
BEGIN
New(s);
s^.top := 0;
END;
PROCEDURE DisposeStack(VAR s: Stack);
BEGIN
Dispose(s);
s := NIL;
END;
PROCEDURE Push(VAR s: Stack; e: INTEGER);
BEGIN
IF s^.top = max THEN BEGIN
WriteLn('Stack overflow');
END
ELSE BEGIN
s^.top := s^.top + 1;
s^.data[s^.top] := e;
END;
END;
PROCEDURE Pop(VAR s: Stack; VAR e: INTEGER);
BEGIN
IF s^.top = 0 THEN BEGIN
WriteLn('Stack underflow');
END
ELSE BEGIN
e := s^.data[s^.top];
s^.top := s^.top - 1;
END;
END;
FUNCTION Empty(s: Stack): BOOLEAN;
BEGIN
Empty := s^.top = 0;
END;
BEGIN
END. (* StackADT2 *)
|
//==============================================================================
// Product name: ZipForge
// Copyright ComponentAce, 2003
//==============================================================================
{$I ZFVer.inc}
{$DEFINE ZF_VERSION}
unit ZFReg;
interface
uses Classes,
{$IFDEF D6H}
DesignIntf, DesignEditors
{$ELSE}
DSGNINTF
{$ENDIF} ;
type
// file open dialog - for selecting archive file
TZFArchiveFileName = class(TStringProperty)
public
procedure Edit; override;
function GetAttributes: TPropertyAttributes; override;
end; // TZFArchiveFileName
// file open dialog - for selecting SFX stub
TZFSFXFileName = class(TStringProperty)
public
procedure Edit; override;
function GetAttributes: TPropertyAttributes; override;
end; // TZFSFXFileName
// folder open dialog - for selecting paths
TZFDirectory = class(TStringProperty)
public
procedure Edit; override;
function GetAttributes: TPropertyAttributes; override;
end; //TZFDirectory
procedure Register; // register
implementation
uses
{$IFNDEF D16H}
Forms, Dialogs,
{$ELSE}
VCL.Forms, VCL.Dialogs,
{$ENDIF}
ZipForge, ZFFolderDialog;
////////////////////////////////////////////////////////////////////////////////
// TZFArchiveFileName
////////////////////////////////////////////////////////////////////////////////
//------------------------------------------------------------------------------
// file name editor (extension is subtracted from name)
//------------------------------------------------------------------------------
procedure TZFArchiveFileName.Edit;
var
td: TOpenDialog;
s: string;
begin
td := TOpenDialog.Create(Application);
td.Options := [ofFileMustExist];
{$IFDEF ZF_VERSION}
td.Filter := 'ZIP files (*.zip)|*.ZIP';
{$ENDIF}
if (td.Execute) then
begin
s := td.FileName;
SetStrValue(s);
end;
td.Free;
end; // TZFArchiveFileName.Edit
//------------------------------------------------------------------------------
// file name editor's attributes (paDialog - for ... button in design mode)
//------------------------------------------------------------------------------
function TZFArchiveFileName.GetAttributes: TPropertyAttributes;
begin
Result := [paDialog, paRevertable];
end; //TZFArchiveFileName.GetAttributes
////////////////////////////////////////////////////////////////////////////////
// TZFSFXFileName
////////////////////////////////////////////////////////////////////////////////
//------------------------------------------------------------------------------
// file name editor (extension is subtracted from name)
//------------------------------------------------------------------------------
procedure TZFSFXFileName.Edit;
var
td: TOpenDialog;
s: string;
begin
td := TOpenDialog.Create(Application);
td.Options := [ofFileMustExist];
td.Filter := 'Executable files (*.exe)|*.EXE';
if (td.Execute) then
begin
s := td.FileName;
SetStrValue(s);
end;
td.Free;
end; // TZFSFXFileName.Edit
//------------------------------------------------------------------------------
// file name editor's attributes (paDialog - for ... button in design mode)
//------------------------------------------------------------------------------
function TZFSFXFileName.GetAttributes: TPropertyAttributes;
begin
Result := [paDialog, paRevertable];
end; //TZFSFXFileName.GetAttributes
////////////////////////////////////////////////////////////////////////////////
// TZFZIPDirectory
////////////////////////////////////////////////////////////////////////////////
//------------------------------------------------------------------------------
// path property editor
//------------------------------------------------------------------------------
procedure TZFDirectory.Edit;
var
fb: TPBFolderDialog;
begin
fb := TPBFolderDialog.Create(Application);
fb.Flags := [ShowPath];
// fb.BrowseFlags := [bfDirsOnly];
fb.Folder := GetStrValue;
if (fb.Execute) then
SetStrValue(fb.Folder);
fb.Free;
end; // TZFDirectory.Edit
//------------------------------------------------------------------------------
// file name editor's attributes (paDialog - for ... button in design mode)
//------------------------------------------------------------------------------
function TZFDirectory.GetAttributes: TPropertyAttributes;
begin
Result := [paDialog, paRevertable];
end; //TZFDirectory.GetAttributes
procedure Register;
begin
{$IFDEF ZF_VERSION}
RegisterComponents('ComponentAce Compression', [TZipForge]);
{$ENDIF}
RegisterPropertyEditor(TypeInfo(string), TZFBaseArchiver, 'FileName',
TZFArchiveFileName);
RegisterPropertyEditor(TypeInfo(string), TZFBaseArchiver, 'SFXStub',
TZFSFXFileName);
RegisterPropertyEditor(TypeInfo(string), TZFBaseArchiver, 'BaseDir',
TZFDirectory);
RegisterPropertyEditor(TypeInfo(string), TZFBaseArchiver, 'TempDir',
TZFDirectory);
end;
end.
|
unit TransformAnimation;
interface
uses BasicMathsTypes, Geometry;
{$INCLUDE source/Global_Conditionals.inc}
type
TTransformAnimation = class
protected
FNumSectors: integer;
public
Name: string;
TransformMatrices: array of TGLMatrixf4;
// Constructors and Destructors
constructor Create(const _Name: string; _NumSectors: integer); overload;
constructor Create(_NumSectors: integer); overload;
constructor Create(const _Name: string; _NumSectors, _NumFrames: integer); overload;
constructor Create(_NumSectors, _NumFrames: integer); overload;
constructor Create(const _Source: TTransformAnimation); overload;
destructor Destroy; override;
procedure InitializeTransforms(_NumSectors, _NumFrames: integer);
// Execute
procedure ApplyMatrix(_Section : Integer; _Frame: integer); overload;
procedure ApplyMatrix(_Scale : TVector3f; _Section : Integer; _Frame: integer); overload;
// Sets
procedure SetScale(_Scale : TVector3f; _Section : Integer; _Frame: integer);
procedure SetMatrix(const _M : TMatrix; _Frame,_Section : Integer);
// Copy
procedure Assign(const _Source: TTransformAnimation);
end;
implementation
uses BasicFunctions, dglOpenGL;
// Constructors and Destructors
constructor TTransformAnimation.Create(const _Name: string; _NumSectors: integer);
begin
Name := copyString(_Name);
InitializeTransforms(_NumSectors, 1);
end;
constructor TTransformAnimation.Create(_NumSectors: integer);
begin
Name := 'Movement';
InitializeTransforms(_NumSectors, 1);
end;
constructor TTransformAnimation.Create(const _Name: string; _NumSectors, _NumFrames: integer);
begin
Name := copyString(_Name);
InitializeTransforms(_NumSectors, _NumFrames);
end;
constructor TTransformAnimation.Create(_NumSectors, _NumFrames: integer);
begin
Name := 'Movement';
InitializeTransforms(_NumSectors, _NumFrames);
end;
constructor TTransformAnimation.Create(const _Source: TTransformAnimation);
begin
Assign(_Source);
end;
destructor TTransformAnimation.Destroy;
begin
Name := '';
SetLength(TransformMatrices, 0);
inherited Destroy;
end;
procedure TTransformAnimation.InitializeTransforms(_NumSectors, _NumFrames: Integer);
var
i: integer;
begin
FNumSectors := _NumSectors;
SetLength(TransformMatrices, _NumSectors * _NumFrames);
for i := Low(TransformMatrices) to High(TransformMatrices) do
begin
TransformMatrices[i][0,0] := 1;
TransformMatrices[i][0,1] := 0;
TransformMatrices[i][0,2] := 0;
TransformMatrices[i][0,3] := 0;
TransformMatrices[i][1,0] := 0;
TransformMatrices[i][1,1] := 1;
TransformMatrices[i][1,2] := 0;
TransformMatrices[i][1,3] := 0;
TransformMatrices[i][2,0] := 0;
TransformMatrices[i][2,1] := 0;
TransformMatrices[i][2,2] := 1;
TransformMatrices[i][2,3] := 0;
TransformMatrices[i][3,0] := 0;
TransformMatrices[i][3,1] := 0;
TransformMatrices[i][3,2] := 0;
TransformMatrices[i][3,3] := 1;
end;
end;
// Execute
procedure TTransformAnimation.ApplyMatrix(_Scale : TVector3f; _Section : Integer; _Frame: integer);
var
Matrix : TGLMatrixf4;
index: integer;
begin
index := (_Frame * FNumSectors) + _Section;
if Index > High(TransformMatrices) then
exit;
Matrix[0,0] := TransformMatrices[index][0,0];
Matrix[0,1] := TransformMatrices[index][1,0];
Matrix[0,2] := TransformMatrices[index][2,0];
Matrix[0,3] := TransformMatrices[index][3,0];
Matrix[1,0] := TransformMatrices[index][0,1];
Matrix[1,1] := TransformMatrices[index][1,1];
Matrix[1,2] := TransformMatrices[index][2,1];
Matrix[1,3] := TransformMatrices[index][3,1];
Matrix[2,0] := TransformMatrices[index][0,2];
Matrix[2,1] := TransformMatrices[index][1,2];
Matrix[2,2] := TransformMatrices[index][2,2];
Matrix[2,3] := TransformMatrices[index][3,2];
Matrix[3,0] := TransformMatrices[index][0,3] * _Scale.X;
Matrix[3,1] := TransformMatrices[index][1,3] * _Scale.Y;
Matrix[3,2] := TransformMatrices[index][2,3] * _Scale.Z;
Matrix[3,3] := TransformMatrices[index][3,3];
glMultMatrixf(@Matrix[0,0]);
end;
procedure TTransformAnimation.ApplyMatrix(_Section : Integer; _Frame: integer);
var
Matrix : TGLMatrixf4;
index: integer;
begin
index := (_Frame * FNumSectors) + _Section;
if Index > High(TransformMatrices) then
exit;
Matrix[0,0] := TransformMatrices[index][0,0];
Matrix[0,1] := TransformMatrices[index][1,0];
Matrix[0,2] := TransformMatrices[index][2,0];
Matrix[0,3] := TransformMatrices[index][3,0];
Matrix[1,0] := TransformMatrices[index][0,1];
Matrix[1,1] := TransformMatrices[index][1,1];
Matrix[1,2] := TransformMatrices[index][2,1];
Matrix[1,3] := TransformMatrices[index][3,1];
Matrix[2,0] := TransformMatrices[index][0,2];
Matrix[2,1] := TransformMatrices[index][1,2];
Matrix[2,2] := TransformMatrices[index][2,2];
Matrix[2,3] := TransformMatrices[index][3,2];
Matrix[3,0] := TransformMatrices[index][0,3];
Matrix[3,1] := TransformMatrices[index][1,3];
Matrix[3,2] := TransformMatrices[index][2,3];
Matrix[3,3] := TransformMatrices[index][3,3];
glMultMatrixf(@Matrix[0,0]);
end;
// Sets
procedure TTransformAnimation.SetScale(_Scale : TVector3f; _Section : Integer; _Frame: integer);
var
index: integer;
begin
index := (_Frame * FNumSectors) + _Section;
if Index > High(TransformMatrices) then
exit;
TransformMatrices[index][0,3] := TransformMatrices[index][0,3] * _Scale.X;
TransformMatrices[index][1,3] := TransformMatrices[index][1,3] * _Scale.Y;
TransformMatrices[index][2,3] := TransformMatrices[index][2,3] * _Scale.Z;
end;
procedure TTransformAnimation.SetMatrix(const _M : TMatrix; _Frame,_Section : Integer);
var
x,y : integer;
index: integer;
begin
index := (_Frame * FNumSectors) + _Section;
for x := 0 to 3 do
for y := 0 to 3 do
TransformMatrices[index][x][y] := _M[x][y];
end;
procedure TTransformAnimation.Assign(const _Source: TTransformAnimation);
var
i,x,y: integer;
begin
Name := CopyString(_Source.Name);
FNumSectors := _Source.FNumSectors;
SetLength(TransformMatrices, High(_Source.TransformMatrices) + 1);
for i := Low(TransformMatrices) to High(TransformMatrices) do
begin
for x := 0 to 3 do
for y := 0 to 3 do
begin
TransformMatrices[i][x,y] := _Source.TransformMatrices[i][x,y];
end;
end;
end;
end.
|
unit API_DB;
interface
uses
FireDAC.Comp.Client,
FireDAC.DApt,
FireDAC.Stan.Async,
FireDAC.Stan.Def;
type
TConnectParams = record
CharacterSet: string;
DataBase: string;
Host: string;
Login: string;
Password: string;
public
procedure GetFromFile(aFileName: string);
end;
TDBEngine = class abstract
private
FIsConnected: Boolean;
protected
FDConnection: TFDConnection;
FConnectParams: TConnectParams;
procedure SetConnectParams; virtual;
public
function GetLastInsertedID: Integer; virtual; abstract;
procedure CloseConnection;
procedure ExecQuery(aQuery: TFDQuery); virtual;
procedure ExecSQL(const aSQLString: string);
procedure OpenConnection;
procedure OpenQuery(aQuery: TFDQuery; aIsFetchAll: Boolean = True);
constructor Create(aConnectParams: TConnectParams);
destructor Destroy; override;
property IsConnected: Boolean read FIsConnected;
end;
TDBEngineClass = class of TDBEngine;
implementation
uses
System.Classes;
procedure TDBEngine.ExecSQL(const aSQLString: string);
var
dsQuery: TFDQuery;
begin
dsQuery := TFDQuery.Create(nil);
try
dsQuery.SQL.Text := aSQLString;
ExecQuery(dsQuery);
finally
dsQuery.Free;
end;
end;
procedure TConnectParams.GetFromFile(aFileName: string);
var
SL: TStringList;
begin
SL := TStringList.Create;
try
SL.LoadFromFile(aFileName);
Self.Host := SL.Values['Host'];
Self.DataBase := SL.Values['DataBase'];
Self.Login := SL.Values['Login'];
Self.Password := SL.Values['Password'];
Self.CharacterSet := SL.Values['CharacterSet'];
finally
SL.Free;
end;
end;
constructor TDBEngine.Create(aConnectParams: TConnectParams);
begin
FConnectParams := aConnectParams;
end;
procedure TDBEngine.ExecQuery(aQuery: TFDQuery);
begin
aQuery.Connection := FDConnection;
aQuery.ExecSQL;
end;
procedure TDBEngine.OpenQuery(aQuery: TFDQuery; aIsFetchAll: Boolean = True);
begin
aQuery.Connection := FDConnection;
aQuery.Open;
if aIsFetchAll then
aQuery.FetchAll;
end;
procedure TDBEngine.SetConnectParams;
begin
FDConnection.Params.Values['Server'] := FConnectParams.Host;
FDConnection.Params.Values['Database'] := FConnectParams.DataBase;
FDConnection.Params.Values['User_Name'] := FConnectParams.Login;
FDConnection.Params.Values['Password'] := FConnectParams.Password;
FDConnection.Params.Values['CharacterSet'] := FConnectParams.CharacterSet;
end;
procedure TDBEngine.CloseConnection;
begin
FDConnection.Connected := False;
FDConnection.Free;
FIsConnected := False;
end;
destructor TDBEngine.Destroy;
begin
if FIsConnected then
CloseConnection;
inherited;
end;
procedure TDBEngine.OpenConnection;
begin
FDConnection := TFDConnection.Create(nil);
SetConnectParams;
FDConnection.LoginPrompt := False;
FDConnection.ResourceOptions.SilentMode := True;
FDConnection.Connected := True;
FIsConnected := True;
end;
end.
|
{ ************************************************************ }
{ }
{ XML Data Binding }
{ }
{ Generated on: 2015-02-10 21:10:38 }
{ Generated from: C:\Users\admin\Downloads\fr\fr.xml }
{ Settings stored in: C:\Users\admin\Downloads\fr\fr.xdb }
{ }
{ ************************************************************ }
unit uTVDBBind;
interface
uses xmldom, XMLDoc, XMLIntf;
type
{ Forward Decls }
IXMLTVDBDataType = interface;
IXMLTVDBSeriesType = interface;
IXMLTVDBSeriesTypeList = interface;
IXMLTVDBEpisodeType = interface;
IXMLTVDBEpisodeTypeList = interface;
{ IXMLTVDBDataType }
IXMLTVDBDataType = interface(IXMLNode)
['{23D9F943-4538-4FA2-B097-1DC7BC6BA33B}']
{ Property Accessors }
function GetSeries: IXMLTVDBSeriesTypeList;
function GetEpisode: IXMLTVDBEpisodeTypeList;
{ Methods & Properties }
property Series: IXMLTVDBSeriesTypeList read GetSeries;
property Episode: IXMLTVDBEpisodeTypeList read GetEpisode;
end;
{ IXMLTVDBSeriesType }
IXMLTVDBSeriesType = interface(IXMLNode)
['{ACEC8900-E7D3-4DFE-8426-35EA2DAC8136}']
{ Property Accessors }
function GetId: Integer;
function GetActors: UnicodeString;
function GetAirs_DayOfWeek: UnicodeString;
function GetAirs_Time: TTime;
function GetContentRating: UnicodeString;
function GetFirstAired: UnicodeString;
function GetGenre: UnicodeString;
function GetIMDB_ID: UnicodeString;
function GetLanguage: UnicodeString;
function GetNetwork: UnicodeString;
function GetNetworkID: UnicodeString;
function GetOverview: UnicodeString;
function GetRating: double;
function GetRatingCount: Integer;
function GetRuntime: Integer;
function GetSeriesID: UnicodeString;
function GetSeriesName: UnicodeString;
function GetStatus: UnicodeString;
function GetAdded: TDateTime;
function GetAddedBy: Integer;
function GetBanner: UnicodeString;
function GetFanart: UnicodeString;
function GetLastupdated: Integer;
function GetPoster: UnicodeString;
function GetTms_wanted_old: Integer;
function GetZap2it_id: Integer;
{ Methods & Properties }
property Id: Integer read GetId;
property Actors: UnicodeString read GetActors;
property Airs_DayOfWeek: UnicodeString read GetAirs_DayOfWeek;
property Airs_Time: TTime read GetAirs_Time;
property ContentRating: UnicodeString read GetContentRating;
property FirstAired: UnicodeString read GetFirstAired;
property Genre: UnicodeString read GetGenre;
property IMDB_ID: UnicodeString read GetIMDB_ID;
property Language: UnicodeString read GetLanguage;
property Network: UnicodeString read GetNetwork;
property NetworkID: UnicodeString read GetNetworkID;
property Overview: UnicodeString read GetOverview;
property Rating: double read GetRating;
property RatingCount: Integer read GetRatingCount;
property Runtime: Integer read GetRuntime;
property SeriesID: UnicodeString read GetSeriesID;
property SeriesName: UnicodeString read GetSeriesName;
property Status: UnicodeString read GetStatus;
property Added: TDateTime read GetAdded;
property AddedBy: Integer read GetAddedBy;
property Banner: UnicodeString read GetBanner;
property Fanart: UnicodeString read GetFanart;
property Lastupdated: Integer read GetLastupdated;
property Poster: UnicodeString read GetPoster;
property Tms_wanted_old: Integer read GetTms_wanted_old;
property Zap2it_id: Integer read GetZap2it_id;
end;
{ IXMLTVDBSeriesTypeList }
IXMLTVDBSeriesTypeList = interface(IXMLNodeCollection)
['{70B9DDDD-FF14-4624-BCB0-D0D737C8A4C3}']
{ Methods & Properties }
function Add: IXMLTVDBSeriesType;
function Insert(const Index: Integer): IXMLTVDBSeriesType;
function GetItem(Index: Integer): IXMLTVDBSeriesType;
property Items[Index: Integer]: IXMLTVDBSeriesType read GetItem; default;
end;
{ IXMLTVDBEpisodeType }
IXMLTVDBEpisodeType = interface(IXMLNode)
['{61379FC9-68AA-4E95-A6FA-31438B2E2C61}']
{ Property Accessors }
function GetId: Integer;
function GetCombined_episodenumber: Integer;
function GetCombined_season: Integer;
function GetDVD_chapter: UnicodeString;
function GetDVD_discid: UnicodeString;
function GetDVD_episodenumber: UnicodeString;
function GetDVD_season: UnicodeString;
function GetDirector: UnicodeString;
function GetEpImgFlag: UnicodeString;
function GetEpisodeName: UnicodeString;
function GetEpisodeNumber: UnicodeString;
function GetFirstAired: UnicodeString;
function GetGuestStars: UnicodeString;
function GetIMDB_ID: UnicodeString;
function GetLanguage: UnicodeString;
function GetOverview: UnicodeString;
function GetProductionCode: UnicodeString;
function GetRating: double;
function GetRatingCount: Integer;
function GetSeasonNumber: UnicodeString;
function GetWriter: UnicodeString;
function GetAbsolute_number: UnicodeString;
function GetAirsafter_season: UnicodeString;
function GetAirsbefore_episode: UnicodeString;
function GetAirsbefore_season: UnicodeString;
function GetFilename: UnicodeString;
function GetLastupdated: Integer;
function GetSeasonid: Integer;
function GetSeriesID: Integer;
function GetThumb_added: UnicodeString;
function GetThumb_height: UnicodeString;
function GetThumb_width: UnicodeString;
{ Methods & Properties }
property Id: Integer read GetId;
property Combined_episodenumber: Integer read GetCombined_episodenumber;
property Combined_season: Integer read GetCombined_season;
property DVD_chapter: UnicodeString read GetDVD_chapter;
property DVD_discid: UnicodeString read GetDVD_discid;
property DVD_episodenumber: UnicodeString read GetDVD_episodenumber;
property DVD_season: UnicodeString read GetDVD_season;
property Director: UnicodeString read GetDirector;
property EpImgFlag: UnicodeString read GetEpImgFlag;
property EpisodeName: UnicodeString read GetEpisodeName;
property EpisodeNumber: UnicodeString read GetEpisodeNumber;
property FirstAired: UnicodeString read GetFirstAired;
property GuestStars: UnicodeString read GetGuestStars;
property IMDB_ID: UnicodeString read GetIMDB_ID;
property Language: UnicodeString read GetLanguage;
property Overview: UnicodeString read GetOverview;
property ProductionCode: UnicodeString read GetProductionCode;
property Rating: double read GetRating;
property RatingCount: Integer read GetRatingCount;
property SeasonNumber: UnicodeString read GetSeasonNumber;
property Writer: UnicodeString read GetWriter;
property Absolute_number: UnicodeString read GetAbsolute_number;
property Airsafter_season: UnicodeString read GetAirsafter_season;
property Airsbefore_episode: UnicodeString read GetAirsbefore_episode;
property Airsbefore_season: UnicodeString read GetAirsbefore_season;
property Filename: UnicodeString read GetFilename;
property Lastupdated: Integer read GetLastupdated;
property Seasonid: Integer read GetSeasonid;
property SeriesID: Integer read GetSeriesID;
property Thumb_added: UnicodeString read GetThumb_added;
property Thumb_height: UnicodeString read GetThumb_height;
property Thumb_width: UnicodeString read GetThumb_width;
end;
{ IXMLTVDBEpisodeTypeList }
IXMLTVDBEpisodeTypeList = interface(IXMLNodeCollection)
['{7DE8BC0B-0C2E-434D-823F-7E3E798C004F}']
{ Methods & Properties }
function Add: IXMLTVDBEpisodeType;
function Insert(const Index: Integer): IXMLTVDBEpisodeType;
function GetItem(Index: Integer): IXMLTVDBEpisodeType;
property Items[Index: Integer]: IXMLTVDBEpisodeType read GetItem; default;
end;
{ Forward Decls }
TXMLTVDBDataType = class;
TXMLTVDBSeriesType = class;
TXMLTVDBSeriesTypeList = class;
TXMLTVDBEpisodeType = class;
TXMLTVDBEpisodeTypeList = class;
{ TXMLTVDBDataType }
TXMLTVDBDataType = class(TXMLNode, IXMLTVDBDataType)
private
FSeries: IXMLTVDBSeriesTypeList;
FEpisode: IXMLTVDBEpisodeTypeList;
protected
{ IXMLTVDBDataType }
function GetSeries: IXMLTVDBSeriesTypeList;
function GetEpisode: IXMLTVDBEpisodeTypeList;
public
procedure AfterConstruction; override;
end;
{ TXMLTVDBSeriesType }
TXMLTVDBSeriesType = class(TXMLNode, IXMLTVDBSeriesType)
protected
{ IXMLTVDBSeriesType }
function GetId: Integer;
function GetActors: UnicodeString;
function GetAirs_DayOfWeek: UnicodeString;
function GetAirs_Time: TTime;
function GetContentRating: UnicodeString;
function GetFirstAired: UnicodeString;
function GetGenre: UnicodeString;
function GetIMDB_ID: UnicodeString;
function GetLanguage: UnicodeString;
function GetNetwork: UnicodeString;
function GetNetworkID: UnicodeString;
function GetOverview: UnicodeString;
function GetRating: double;
function GetRatingCount: Integer;
function GetRuntime: Integer;
function GetSeriesID: UnicodeString;
function GetSeriesName: UnicodeString;
function GetStatus: UnicodeString;
function GetAdded: TDateTime;
function GetAddedBy: Integer;
function GetBanner: UnicodeString;
function GetFanart: UnicodeString;
function GetLastupdated: Integer;
function GetPoster: UnicodeString;
function GetTms_wanted_old: Integer;
function GetZap2it_id: Integer;
end;
{ TXMLTVDBSeriesTypeList }
TXMLTVDBSeriesTypeList = class(TXMLNodeCollection, IXMLTVDBSeriesTypeList)
protected
{ IXMLTVDBSeriesTypeList }
function Add: IXMLTVDBSeriesType;
function Insert(const Index: Integer): IXMLTVDBSeriesType;
function GetItem(Index: Integer): IXMLTVDBSeriesType;
end;
{ TXMLTVDBEpisodeType }
TXMLTVDBEpisodeType = class(TXMLNode, IXMLTVDBEpisodeType)
protected
{ IXMLTVDBEpisodeType }
function GetId: Integer;
function GetCombined_episodenumber: Integer;
function GetCombined_season: Integer;
function GetDVD_chapter: UnicodeString;
function GetDVD_discid: UnicodeString;
function GetDVD_episodenumber: UnicodeString;
function GetDVD_season: UnicodeString;
function GetDirector: UnicodeString;
function GetEpImgFlag: UnicodeString;
function GetEpisodeName: UnicodeString;
function GetEpisodeNumber: UnicodeString;
function GetFirstAired: UnicodeString;
function GetGuestStars: UnicodeString;
function GetIMDB_ID: UnicodeString;
function GetLanguage: UnicodeString;
function GetOverview: UnicodeString;
function GetProductionCode: UnicodeString;
function GetRating: double;
function GetRatingCount: Integer;
function GetSeasonNumber: UnicodeString;
function GetWriter: UnicodeString;
function GetAbsolute_number: UnicodeString;
function GetAirsafter_season: UnicodeString;
function GetAirsbefore_episode: UnicodeString;
function GetAirsbefore_season: UnicodeString;
function GetFilename: UnicodeString;
function GetLastupdated: Integer;
function GetSeasonid: Integer;
function GetSeriesID: Integer;
function GetThumb_added: UnicodeString;
function GetThumb_height: UnicodeString;
function GetThumb_width: UnicodeString;
end;
{ TXMLTVDBEpisodeTypeList }
TXMLTVDBEpisodeTypeList = class(TXMLNodeCollection, IXMLTVDBEpisodeTypeList)
protected
{ IXMLTVDBEpisodeTypeList }
function Add: IXMLTVDBEpisodeType;
function Insert(const Index: Integer): IXMLTVDBEpisodeType;
function GetItem(Index: Integer): IXMLTVDBEpisodeType;
end;
{ Global Functions }
function GetData(Doc: IXMLDocument): IXMLTVDBDataType;
function LoadData(const Filename: string): IXMLTVDBDataType;
function NewData: IXMLTVDBDataType;
const
TargetNamespace = '';
implementation
uses
System.Variants;
{ Global Functions }
function GetData(Doc: IXMLDocument): IXMLTVDBDataType;
begin
Result := Doc.GetDocBinding('Data', TXMLTVDBDataType, TargetNamespace) as IXMLTVDBDataType;
end;
function LoadData(const Filename: string): IXMLTVDBDataType;
begin
Result := LoadXMLDocument(Filename).GetDocBinding('Data', TXMLTVDBDataType, TargetNamespace) as IXMLTVDBDataType;
end;
function NewData: IXMLTVDBDataType;
begin
Result := NewXMLDocument.GetDocBinding('Data', TXMLTVDBDataType, TargetNamespace) as IXMLTVDBDataType;
end;
{ TXMLTVDBDataType }
procedure TXMLTVDBDataType.AfterConstruction;
begin
RegisterChildNode('Series', TXMLTVDBSeriesType);
RegisterChildNode('Episode', TXMLTVDBEpisodeType);
FSeries := CreateCollection(TXMLTVDBSeriesTypeList, IXMLTVDBSeriesType, 'Series') as IXMLTVDBSeriesTypeList;
FEpisode := CreateCollection(TXMLTVDBEpisodeTypeList, IXMLTVDBEpisodeType, 'Episode') as IXMLTVDBEpisodeTypeList;
inherited;
end;
function TXMLTVDBDataType.GetSeries: IXMLTVDBSeriesTypeList;
begin
Result := FSeries;
end;
function TXMLTVDBDataType.GetEpisode: IXMLTVDBEpisodeTypeList;
begin
Result := FEpisode;
end;
{ TXMLTVDBSeriesType }
function TXMLTVDBSeriesType.GetId: Integer;
begin
Result := ChildNodes['id'].NodeValue;
end;
function TXMLTVDBSeriesType.GetActors: UnicodeString;
begin
Result := ChildNodes['Actors'].Text;
end;
function TXMLTVDBSeriesType.GetAirs_DayOfWeek: UnicodeString;
begin
Result := ChildNodes['Airs_DayOfWeek'].Text;
end;
function TXMLTVDBSeriesType.GetAirs_Time: TTime;
begin
Result := ChildNodes['Airs_Time'].NodeValue;
end;
function TXMLTVDBSeriesType.GetContentRating: UnicodeString;
begin
Result := ChildNodes['ContentRating'].Text;
end;
function TXMLTVDBSeriesType.GetFirstAired: UnicodeString;
begin
Result := ChildNodes['FirstAired'].Text;
end;
function TXMLTVDBSeriesType.GetGenre: UnicodeString;
begin
Result := ChildNodes['Genre'].Text;
end;
function TXMLTVDBSeriesType.GetIMDB_ID: UnicodeString;
begin
Result := ChildNodes['IMDB_ID'].Text;
end;
function TXMLTVDBSeriesType.GetLanguage: UnicodeString;
begin
Result := ChildNodes['Language'].Text;
end;
function TXMLTVDBSeriesType.GetNetwork: UnicodeString;
begin
Result := ChildNodes['Network'].Text;
end;
function TXMLTVDBSeriesType.GetNetworkID: UnicodeString;
begin
Result := ChildNodes['NetworkID'].Text;
end;
function TXMLTVDBSeriesType.GetOverview: UnicodeString;
begin
Result := ChildNodes['Overview'].Text;
end;
function TXMLTVDBSeriesType.GetRating: double;
begin
Result := ChildNodes['Rating'].NodeValue;
end;
function TXMLTVDBSeriesType.GetRatingCount: Integer;
begin
Result := ChildNodes['RatingCount'].NodeValue;
end;
function TXMLTVDBSeriesType.GetRuntime: Integer;
begin
Result := ChildNodes['Runtime'].NodeValue;
end;
function TXMLTVDBSeriesType.GetSeriesID: UnicodeString;
begin
if Assigned(ChildNodes['seriesid']) then
Result := ChildNodes['seriesid'].Text
else
Result := ChildNodes['SeriesID'].Text;
end;
function TXMLTVDBSeriesType.GetSeriesName: UnicodeString;
begin
Result := ChildNodes['SeriesName'].Text;
end;
function TXMLTVDBSeriesType.GetStatus: UnicodeString;
begin
Result := ChildNodes['Status'].Text;
end;
function TXMLTVDBSeriesType.GetAdded: TDateTime;
begin
Result := ChildNodes['added'].NodeValue;
end;
function TXMLTVDBSeriesType.GetAddedBy: Integer;
begin
Result := ChildNodes['addedBy'].NodeValue;
end;
function TXMLTVDBSeriesType.GetBanner: UnicodeString;
begin
Result := ChildNodes['banner'].Text;
end;
function TXMLTVDBSeriesType.GetFanart: UnicodeString;
begin
Result := ChildNodes['fanart'].Text;
end;
function TXMLTVDBSeriesType.GetLastupdated: Integer;
begin
Result := ChildNodes['lastupdated'].NodeValue;
end;
function TXMLTVDBSeriesType.GetPoster: UnicodeString;
begin
Result := ChildNodes['poster'].Text;
end;
function TXMLTVDBSeriesType.GetTms_wanted_old: Integer;
begin
Result := ChildNodes['tms_wanted_old'].NodeValue;
end;
function TXMLTVDBSeriesType.GetZap2it_id: Integer;
begin
Result := ChildNodes['zap2it_id'].NodeValue;
end;
{ TXMLTVDBSeriesTypeList }
function TXMLTVDBSeriesTypeList.Add: IXMLTVDBSeriesType;
begin
Result := AddItem(-1) as IXMLTVDBSeriesType;
end;
function TXMLTVDBSeriesTypeList.Insert(const Index: Integer): IXMLTVDBSeriesType;
begin
Result := AddItem(Index) as IXMLTVDBSeriesType;
end;
function TXMLTVDBSeriesTypeList.GetItem(Index: Integer): IXMLTVDBSeriesType;
begin
Result := List[Index] as IXMLTVDBSeriesType;
end;
{ TXMLTVDBEpisodeType }
function TXMLTVDBEpisodeType.GetId: Integer;
begin
Result := ChildNodes['id'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetCombined_episodenumber: Integer;
begin
Result := ChildNodes['Combined_episodenumber'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetCombined_season: Integer;
begin
Result := ChildNodes['Combined_season'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetDVD_chapter: UnicodeString;
begin
Result := ChildNodes['DVD_chapter'].Text;
end;
function TXMLTVDBEpisodeType.GetDVD_discid: UnicodeString;
begin
Result := ChildNodes['DVD_discid'].Text;
end;
function TXMLTVDBEpisodeType.GetDVD_episodenumber: UnicodeString;
begin
Result := ChildNodes['DVD_episodenumber'].Text;
end;
function TXMLTVDBEpisodeType.GetDVD_season: UnicodeString;
begin
Result := ChildNodes['DVD_season'].Text;
end;
function TXMLTVDBEpisodeType.GetDirector: UnicodeString;
begin
Result := ChildNodes['Director'].Text;
end;
function TXMLTVDBEpisodeType.GetEpImgFlag: UnicodeString;
begin
Result := ChildNodes['EpImgFlag'].Text;
end;
function TXMLTVDBEpisodeType.GetEpisodeName: UnicodeString;
begin
Result := ChildNodes['EpisodeName'].Text;
end;
function TXMLTVDBEpisodeType.GetEpisodeNumber: UnicodeString;
begin
Result := ChildNodes['EpisodeNumber'].Text;
end;
function TXMLTVDBEpisodeType.GetFirstAired: UnicodeString;
begin
Result := ChildNodes['FirstAired'].Text;
end;
function TXMLTVDBEpisodeType.GetGuestStars: UnicodeString;
begin
Result := ChildNodes['GuestStars'].Text;
end;
function TXMLTVDBEpisodeType.GetIMDB_ID: UnicodeString;
begin
Result := ChildNodes['IMDB_ID'].Text;
end;
function TXMLTVDBEpisodeType.GetLanguage: UnicodeString;
begin
Result := ChildNodes['Language'].Text;
end;
function TXMLTVDBEpisodeType.GetOverview: UnicodeString;
begin
Result := ChildNodes['Overview'].Text;
end;
function TXMLTVDBEpisodeType.GetProductionCode: UnicodeString;
begin
Result := ChildNodes['ProductionCode'].Text;
end;
function TXMLTVDBEpisodeType.GetRating: double;
begin
Result := ChildNodes['Rating'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetRatingCount: Integer;
begin
Result := ChildNodes['RatingCount'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetSeasonNumber: UnicodeString;
begin
Result := ChildNodes['SeasonNumber'].Text;
end;
function TXMLTVDBEpisodeType.GetWriter: UnicodeString;
begin
Result := ChildNodes['Writer'].Text;
end;
function TXMLTVDBEpisodeType.GetAbsolute_number: UnicodeString;
begin
Result := ChildNodes['absolute_number'].Text;
end;
function TXMLTVDBEpisodeType.GetAirsafter_season: UnicodeString;
begin
Result := ChildNodes['airsafter_season'].Text;
end;
function TXMLTVDBEpisodeType.GetAirsbefore_episode: UnicodeString;
begin
Result := ChildNodes['airsbefore_episode'].Text;
end;
function TXMLTVDBEpisodeType.GetAirsbefore_season: UnicodeString;
begin
Result := ChildNodes['airsbefore_season'].Text;
end;
function TXMLTVDBEpisodeType.GetFilename: UnicodeString;
begin
Result := ChildNodes['filename'].Text;
end;
function TXMLTVDBEpisodeType.GetLastupdated: Integer;
begin
Result := ChildNodes['lastupdated'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetSeasonid: Integer;
begin
Result := ChildNodes['seasonid'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetSeriesID: Integer;
begin
Result := ChildNodes['seriesid'].NodeValue;
end;
function TXMLTVDBEpisodeType.GetThumb_added: UnicodeString;
begin
Result := ChildNodes['thumb_added'].Text;
end;
function TXMLTVDBEpisodeType.GetThumb_height: UnicodeString;
begin
Result := ChildNodes['thumb_height'].Text;
end;
function TXMLTVDBEpisodeType.GetThumb_width: UnicodeString;
begin
Result := ChildNodes['thumb_width'].Text;
end;
{ TXMLTVDBEpisodeTypeList }
function TXMLTVDBEpisodeTypeList.Add: IXMLTVDBEpisodeType;
begin
Result := AddItem(-1) as IXMLTVDBEpisodeType;
end;
function TXMLTVDBEpisodeTypeList.Insert(const Index: Integer): IXMLTVDBEpisodeType;
begin
Result := AddItem(Index) as IXMLTVDBEpisodeType;
end;
function TXMLTVDBEpisodeTypeList.GetItem(Index: Integer): IXMLTVDBEpisodeType;
begin
Result := List[Index] as IXMLTVDBEpisodeType;
end;
end.
|
unit Unit1;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, ExtCtrls, ActnList, Menus, StdCtrls, MixiPageObserver, Settings;
const
SAVE_FILE = 'pages.txt';
type
TForm1 = class(TForm)
TrayIcon1: TTrayIcon;
PopupMenu1: TPopupMenu;
MenuClose: TMenuItem;
ActionList1: TActionList;
CloseForm: TAction;
ShowForm: TAction;
ListBox1: TListBox;
Initialize: TAction;
Finalize: TAction;
CheckUpdates: TAction;
MenuCheckUpdates: TMenuItem;
Timer1: TTimer;
procedure CloseFormExecute(Sender: TObject);
procedure FormCloseQuery(Sender: TObject; var CanClose: Boolean);
procedure ShowFormExecute(Sender: TObject);
procedure InitializeExecute(Sender: TObject);
procedure FinalizeExecute(Sender: TObject);
procedure CheckUpdatesExecute(Sender: TObject);
private
FObserver: TMixiPageObserver;
end;
var
Form1: TForm1;
implementation
{$R *.dfm}
procedure TForm1.CheckUpdatesExecute(Sender: TObject);
var i: Integer;
updates: TObserveUpdates;
begin
FObserver.Synchronize;
ListBox1.Clear;
if FObserver.Updates.Count = 0 then
begin
ListBox1.Items.Add('更新はありません');
end
else
begin
for i := 0 to FObserver.Updates.Count - 1 do
begin
updates := TObserveUpdates(FObserver.Updates[i]);
ListBox1.Items.Add(updates.Message);
end;
end;
Self.ClientWidth := ListBox1.Width;
Self.ClientHeight := Listbox1.Height;
ShowForm.Execute;
end;
procedure TForm1.CloseFormExecute(Sender: TObject);
begin
Application.Terminate;
end;
procedure TForm1.FinalizeExecute(Sender: TObject);
begin
FObserver.Free;
end;
procedure TForm1.FormCloseQuery(Sender: TObject; var CanClose: Boolean);
begin
if Sender = Self then
begin
CanClose := False;
Self.Hide;
Exit;
end;
end;
procedure TForm1.InitializeExecute(Sender: TObject);
var i, pageId: Integer;
SL: TStringList;
begin
FObserver := TMixiPageObserver.Create(CONSUMER_KEY, CONSUMER_SECRET);
SL := TStringList.Create;
try
SL.LoadFromFile(SAVE_FILE);
for i := 0 to SL.Count - 1 do
begin
pageId := StrToIntDef(SL[i], 0);
if pageId = 0 then Continue;
FObserver.AddObserve(pageId);
end;
finally
SL.Free;
end;
FObserver.Synchronize;
end;
procedure TForm1.ShowFormExecute(Sender: TObject);
var rect: TRect;
begin
SystemParametersInfo(SPI_GETWORKAREA, 0, @rect, 0);
Self.Show;
Self.Left := rect.Right - Self.Width;
Self.Top := rect.Bottom - Self.Height;
end;
end.
|
unit uDaoAlunoPreVenda;
interface
uses uClassConexao,uClassAlunoPreVenda,
ADODB,DBClient,Classes,SysUtils;
type
TDaoAlunoPreVenda = class
private
FConexao : TConexao;
public
constructor Create( Conexao : TConexao );
procedure Incluir( AlunoPreVenda : TAlunoPreVenda );
procedure Excluir(AlunoPreVenda : TAlunoPrevenda);
function BuscarPorPreVenda(IdPreVenda : Integer) : TClientDataSet;
end;
implementation
{ TDaoAlunoPreVenda }
function TDaoAlunoPreVenda.BuscarPorPreVenda( IdPreVenda: Integer): TClientDataSet;
var Parametros : TStringList;
begin
Parametros := TStringList.Create;
try
Result := FConexao.BuscarDadosAdo('Select PreVenda.*, Aluno.Descricao '+
'from AlunosPreVenda PreVenda, T_Alunos Aluno '+
'where Aluno.Codigo=PreVenda.IdAluno and IdPreVenda='+IntToStr(idPreVenda),Parametros);
finally
FreeAndNil(Parametros);
end;
end;
constructor TDaoAlunoPreVenda.Create(Conexao: TConexao);
begin
Fconexao := Conexao;
end;
procedure TDaoAlunoPreVenda.Excluir(AlunoPreVenda: TAlunoPrevenda);
begin
FConexao.adoConection.Execute('delete from AlunosPrevenda where IdPrevenda='+IntToStr(AlunoPrevenda.IdPreVenda)+' and IdAluno='+IntToStr(AlunoPrevenda.IdAluno));
end;
procedure TDaoAlunoPreVenda.Incluir(AlunoPreVenda: TAlunoPreVenda);
var qryInclusao : TadoQuery;
begin
qryInclusao := TadoQuery.Create(nil);
qryInclusao.Connection := fConexao.adoConection;
qryInclusao.SQL.Text := 'Insert Into AlunosPreVenda ( IdPreVenda,IdAluno,IDProduto,Quantidade ) Values ' +
' ( :parIdPreVenda,:parIdAluno,:parIDProduto,:parQuantidade )';
qryInclusao.Parameters.ParamValues['parIdPrevenda'] := AlunoPreVenda.IdPreVenda;
qryInclusao.Parameters.ParamValues['parIDProduto'] := AlunoPreVenda.IdProduto;
qryInclusao.Parameters.ParamValues['parIdAluno'] := AlunoPreVenda.IdAluno;
qryInclusao.Parameters.ParamValues['parQuantidade'] := AlunoPreVenda.Quantidade;
qryInclusao.ExecSQL;
end;
end.
|
unit ModflowGAG_WriterUnit;
interface
uses SysUtils, Classes, CustomModflowWriterUnit, ModflowSfrWriterUnit;
type
TModflowGAG_Writer = class(TCustomModflowWriter)
private
FSfrWriter: TModflowSFR_Writer;
FNameOfFile: string;
procedure Evaluate(Gages: TStrings);
protected
class function Extension: string; override;
public
procedure WriteFile(const AFileName: string; Gages: TStrings;
SfrWriter: TModflowSFR_Writer);
end;
implementation
uses Contnrs , RbwParser, GoPhastTypes, ModflowCellUnit, ModflowUnitNumbers,
frmProgressUnit, DataSetUnit, frmGoPhastUnit, ScreenObjectUnit,
SubscriptionUnit;
resourcestring
StrWritingGAGEPackage = 'Writing GAGE Package input.';
{ TModflowGAG_Writer }
procedure TModflowGAG_Writer.Evaluate(Gages: TStrings);
var
Index: Integer;
List: TList;
DataArray: TDataArray;
ScreenObject: TScreenObject;
Segment: TSegment;
ReachIndex: Integer;
Reach: TValueCell;
DataArray0: TDataArray;
DataArray1: TDataArray;
DataArray2: TDataArray;
DataArray3: TDataArray;
DataArray5: TDataArray;
DataArray6: TDataArray;
DataArray7: TDataArray;
GAGESEG: Integer;
GAGERCH: Integer;
SubSegIndex: Integer;
SubSeg: TSubSegment;
procedure WriteGage(OUTTYPE: integer);
var
UNIT_Number: Integer;
Line: string;
OutputName: string;
begin
UNIT_Number := Model.ParentModel.UnitNumbers.SequentialUnitNumber;
Line := IntToStr(GAGESEG) + ' '
+ IntToStr(GAGERCH) + ' '
+ IntToStr(UNIT_Number) + ' '
+ IntToStr(OUTTYPE);
Gages.Add(Line);
// Inc(StartUnitNumber);
OutputName := ChangeFileExt(FNameOfFile, '.sfrg');
OutputName := OutputName + IntToStr(Gages.Count);
WriteToNameFile(StrDATA, UNIT_Number, OutputName, foOutput, Model);
end;
procedure WriteReach;
begin
if DataArray0.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
and DataArray1.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
and DataArray2.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
and DataArray3.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(4);
end
else
begin
if DataArray0.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(0);
end;
if DataArray1.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(1);
end;
if DataArray2.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(2);
end;
if DataArray3.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(3);
end;
end;
if DataArray5.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(5);
end;
if DataArray6.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(6);
end;
if DataArray7.BooleanData[Reach.Layer, Reach.Row, Reach.Column]
then
begin
WriteGage(7);
end;
end;
begin
if (Model.ModflowPackages = nil)
or (Model.ModflowPackages.SfrPackage = nil)
or not Model.ModflowPackages.SfrPackage.IsSelected then
begin
Exit;
end;
if Model.ModflowPackages.SfrPackage.GageOverallBudget then
begin
GAGESEG := 1;
GAGERCH := 1;
WriteGage(8);
end;
List := TObjectList.Create;
try
for Index := 1 to 7 do
begin
DataArray := TDataArray.Create(Model);
List.Add(DataArray);
DataArray.Orientation := dso3D;
DataArray.EvaluatedAt := eaBlocks;
DataArray.DataType := rdtBoolean;
DataArray.UpdateDimensions(Model.Grid.LayerCount,
Model.Grid.RowCount, Model.Grid.ColumnCount, True);
end;
for Index := 0 to Model.ScreenObjectCount - 1 do
begin
ScreenObject := Model.ScreenObjects[Index];
if (ScreenObject.ModflowStreamGage <> nil)
and ScreenObject.ModflowStreamGage.Used then
begin
ScreenObject.ModflowStreamGage.Evaluate(List, Model);
end;
end;
for Index := 0 to List.Count - 1 do
begin
DataArray := List[Index];
DataArray.UpToDate := True;
end;
DataArray0 := List[0];
DataArray1 := List[1];
DataArray2 := List[2];
DataArray3 := List[3];
DataArray5 := List[4];
DataArray6 := List[5];
DataArray7 := List[6];
for Index := 0 to FSfrWriter.SegmentCount - 1 do
begin
Segment := FSfrWriter.Segments[Index];
GAGESEG := Segment.NewSegmentNumber;
if Segment.SubSegmentList.Count = 0 then
begin
for ReachIndex := 0 to Segment.ReachCount - 1 do
begin
GAGERCH := ReachIndex + 1;
Reach := Segment.Reaches[ReachIndex];
WriteReach;
end;
end
else
begin
for SubSegIndex := 0 to Segment.SubSegmentList.Count - 1 do
begin
SubSeg := Segment.SubSegmentList[SubSegIndex];
GAGESEG := SubSeg.SegmentNumber;
for ReachIndex := 0 to SubSeg.ReachCount - 1 do
begin
GAGERCH := ReachIndex + 1;
Reach := SubSeg.Reaches[ReachIndex];
WriteReach;
end;
end;
end;
end;
finally
List.Free;
end;
end;
class function TModflowGAG_Writer.Extension: string;
begin
result := '.gag';
end;
procedure TModflowGAG_Writer.WriteFile(const AFileName: string;
Gages: TStrings; SfrWriter: TModflowSFR_Writer);
var
NUMGAGES: integer;
begin
if Model.PackageGeneratedExternally(StrGAG) then
begin
Exit;
end;
FSfrWriter := SfrWriter;
FNameOfFile := FileName(AFileName);
Evaluate(Gages);
if Gages.Count > 0 then
begin
frmProgressMM.AddMessage(StrWritingGAGEPackage);
NUMGAGES := Gages.Count;
Gages.Insert(0, IntToStr(NUMGAGES));
WriteToNameFile(StrGAG, Model.UnitNumbers.UnitNumber(StrGAG),
FNameOfFile, foInput, Model);
Gages.SaveToFile(FNameOfFile);
end;
end;
end.
|
unit ufrmDialogPrintPreview;
interface
uses
Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
Dialogs, ufrmMasterDialog, ufraFooterDialog2Button, ExtCtrls, StdCtrls, DB,
frxClass, frxPreview, System.Actions, Vcl.ActnList, ufraFooterDialog3Button,
cxGraphics, cxControls, cxLookAndFeels, cxLookAndFeelPainters,
cxContainer, cxEdit, cxTextEdit, cxMemo;
type
TfrmDialogPrintPreview = class(TfrmMasterDialog)
pnlTop: TPanel;
dlgSaveFile: TSaveDialog;
mmoPreview: TcxMemo;
fpwPreview: TfrxPreview;
procedure FormClose(Sender: TObject; var Action: TCloseAction);
procedure FormDestroy(Sender: TObject);
procedure FormShow(Sender: TObject);
procedure FormCreate(Sender: TObject);
procedure btnSaveClick(Sender: TObject);
private
FFilePath: string;
FListParams: TStringList;
FRecordSet: TDataSet;
FIsTextReport: Boolean;
FMainSQL: string;
FSecondarySQL: string;
FTextReportFile: string;
procedure LoadDataPrintPreview;
procedure SetFilePath(const Value: string);
procedure SetListParams(const Value: TStringList);
procedure SetRecordSet(const Value: TDataSet);
public
IsReportLama: Boolean;
function IsBisaDesignReport: Boolean;
procedure ShowReport(aReportFile : String; aMainSQL : String; aSecondarySQL :
String; aIsTextReport : Boolean = False);
property FilePath: string read FFilePath write SetFilePath;
property IsTextReport: Boolean read FIsTextReport write FIsTextReport;
property ListParams: TStringList read FListParams write SetListParams;
property MainSQL: string read FMainSQL write FMainSQL;
property RecordSet: TDataSet read FRecordSet write SetRecordSet;
property SecondarySQL: string read FSecondarySQL write FSecondarySQL;
property TextReportFile: string read FTextReportFile write FTextReportFile;
end;
const
DEFAULT_HEIGHT = 640;
DEFAULT_WIDTH = 800;
var
frmDialogPrintPreview: TfrmDialogPrintPreview;
implementation
uses uRetnounit, frxDBSet, uTSCommonDlg, TypInfo;
{$R *.dfm}
procedure TfrmDialogPrintPreview.FormClose(Sender: TObject;
var Action: TCloseAction);
begin
inherited;
IsReportLama := True;
Action := caFree;
end;
procedure TfrmDialogPrintPreview.FormDestroy(Sender: TObject);
begin
inherited;
frmDialogPrintPreview := nil;
end;
procedure TfrmDialogPrintPreview.LoadDataPrintPreview;
begin
{with dmReport do
begin
Params := ListParams;
frxDBDataset.DataSet := RecordSet;
pMainReport.LoadFromFile(FilePath);
pMainReport.PrepareReport;
pMainReport.Preview := fpwPreview;
end;
if IsTextReport then
begin
with dmReport do
begin
//frxeText.ShowDialog := False;
frxeText.EmptyLines := True;
frxeText.PrintAfter := False;
frxeText.LeadSpaces := False;
TextReportFile := StringReplace(FilePath,ExtractFileExt(FilePath),'.txt',[rfReplaceAll]);
frxeText.FileName := TextReportFile;
pMainReport.Export(frxeText);
end;
mmoPreview.Clear;
mmoPreview.Lines.LoadFromFile(TextReportFile);
fpwPreview.Visible := False;
mmoPreview.Visible := True;
Exit;
end;
mmoPreview.Visible := False;
fpwPreview.Visible := True;
with dmReport do
begin
Params := ListParams;
frxDBDataset.DataSet := RecordSet;
pMainReport.LoadFromFile(FilePath);
pMainReport.PrepareReport;
pMainReport.Preview := fpwPreview;
Self.Show;
pMainReport.ShowReport;
end;
}
end;
procedure TfrmDialogPrintPreview.SetFilePath(const Value: string);
begin
FFilePath := Value;
end;
procedure TfrmDialogPrintPreview.SetListParams(const Value: TStringList);
begin
FListParams := Value;
end;
procedure TfrmDialogPrintPreview.SetRecordSet(const Value: TDataSet);
begin
FRecordSet := Value;
end;
procedure TfrmDialogPrintPreview.FormShow(Sender: TObject);
begin
inherited;
if IsReportLama then
begin
frmDialogPrintPreview.Height := DEFAULT_HEIGHT;
frmDialogPrintPreview.Width := DEFAULT_WIDTH;
LoadDataPrintPreview;
end;
end;
procedure TfrmDialogPrintPreview.btnSaveClick(Sender: TObject);
begin
inherited;
{
if savetoexcel then
with dmReport do
begin
pMainReport.Export(frxmlxprt1);
end
else
if savetofile then
begin
dlgSaveFile.InitialDir := ExtractFilePath(Application.ExeName);
if dlgSaveFile.Execute then
begin
with dmReport do
begin
frxeText.PrintAfter := False;
frxeText.ShowDialog := False;
frxeText.OEMCodepage := True;
if dlgSaveFile.FilterIndex = 1 then
frxeText.FileName := dlgSaveFile.FileName + '.txt'
else
frxeText.FileName := dlgSaveFile.FileName;
dmReport.pMainReport.Export(frxeText);
end;
end;
end
else
if cetaktoprinter then
dmReport.pMainReport.Print;
}
end;
function TfrmDialogPrintPreview.IsBisaDesignReport: Boolean;
begin
Result := True;
end;
procedure TfrmDialogPrintPreview.ShowReport(aReportFile : String; aMainSQL :
String; aSecondarySQL : String; aIsTextReport : Boolean = False);
var
sReportFile: string;
begin
IsReportLama := False;
sReportFile := GetReportPath + aReportFile+ '.fr3';
{
with dmReport do
begin
Params := TStringList.Create;
Params.Clear;
frxDBDataset.DataSet := cOpenQuery(aMainSQL);
pMainReport.DataSets.Clear;
pMainReport.DataSets.Add(frxDBDataset);
if not pMainReport.LoadFromFile(sReportFile) then
begin
pMainReport.FileName := sReportFile;
pMainReport.DesignReport;
end;
if IsBisaDesignReport then
begin
if (CommonDlg.Confirm('Anda Punya Hak Untuk Mendesain Table' + #13 + 'Apakah Anda Akan Melakukan Desain Laporan?') = mrYES) then
begin
pMainReport.DesignReport ;
Exit;
end else begin
if aIsTextReport then
begin
pMainReport.PrepareReport;
frxeText.EmptyLines := True;
frxeText.PrintAfter := False;
frxeText.LeadSpaces := False;
TextReportFile := StringReplace(sReportFile,ExtractFileExt(sReportFile),'.txt',[rfReplaceAll]);
frxeText.FileName := TextReportFile;
pMainReport.Export(frxeText);
pMainReport.Preview := fpwPreview;
mmoPreview.Clear;
mmoPreview.Lines.LoadFromFile(TextReportFile);
fpwPreview.Visible := False;
mmoPreview.Visible := True;
end else begin
pMainReport.PrepareReport;
fpwPreview.Visible := True;
pMainReport.Preview := fpwPreview;
pMainReport.ShowReport;
pMainReport.Export(frxeText);
end;
ShowModal;
end;
end;
end;
}
end;
procedure TfrmDialogPrintPreview.FormCreate(Sender: TObject);
begin
inherited;
IsReportLama := True;
end;
end.
|
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