ViewVC Help

View File | Revision Log | Show Annotations | Download File | View Changeset | Root Listing

root/public/ibx/branches/udr/client/FBSQLData.pas

Comparing ibx/trunk/fbintf/client/FBSQLData.pas (file contents):
Revision 47 by tony, Mon Jan 9 15:31:51 2017 UTC vs.
Revision 309 by tony, Tue Jul 21 08:00:42 2020 UTC

#	Line 60 | Line 60
60		{                                                                        }
61		{************************************************************************}
62		unit FBSQLData;
63	+	{$IFDEF MSWINDOWS}
64	+	{$DEFINE WINDOWS}
65	+	{$ENDIF}
66
67		{$IFDEF FPC}
68	<	{$mode objfpc}{$H+}
68	>	{$mode delphi}
69		{$codepage UTF8}
70		{$interfaces COM}
71		{$ENDIF}
#	Line 73 | Line 76 | unit FBSQLData;
76		methods are needed for SQL parameters only. The string getters and setters
77		are virtual as SQLVar and Array encodings of string data is different.}
78
76	–	{ $define ALLOWDIALECT3PARAMNAMES}
77	–
78	–	{$ifndef ALLOWDIALECT3PARAMNAMES}
79	–
80	–	{ Note on SQL Dialects and SQL Parameter Names
81	–	--------------------------------------------
82	–
83	–	Even when dialect 3 quoted format parameter names are not supported, IBX still processes
84	–	parameter names case insensitive. This does result in some additional overhead
85	–	due to a call to "AnsiUpperCase". This can be avoided by undefining
86	–	"UseCaseInSensitiveParamName" below.
87	–
88	–	Note: do not define "UseCaseSensitiveParamName" when "ALLOWDIALECT3PARAMNAMES"
89	–	is defined. This will not give a useful result.
90	–	}
91	–	{$define UseCaseInSensitiveParamName}
92	–	{$endif}
79
80		interface
81
82		uses
83	<	Classes, SysUtils, IBExternals, IBHeader, IB,  FBActivityMonitor;
83	>	Classes, SysUtils, IBExternals, IBHeader, {$IFDEF WINDOWS} Windows, {$ENDIF} IB,  FBActivityMonitor, FBClientAPI;
84
85		type
86
#	Line 102 | Line 88 | type
88
89		TSQLDataItem = class(TFBInterfacedObject)
90		private
91	+	FFirebirdClientAPI: TFBClientAPI;
92		function AdjustScale(Value: Int64; aScale: Integer): Double;
93		function AdjustScaleToInt64(Value: Int64; aScale: Integer): Int64;
94		function AdjustScaleToCurrency(Value: Int64; aScale: Integer): Currency;
95	+	function GetTimestampFormatStr: AnsiString;
96	+	function GetDateFormatStr(IncludeTime: boolean): AnsiString;
97	+	function GetTimeFormatStr: AnsiString;
98		procedure SetAsInteger(AValue: Integer);
99		protected
100		function AdjustScaleFromCurrency(Value: Currency; aScale: Integer): Int64;
#	Line 113 | Line 103 | type
103		function GetSQLDialect: integer; virtual; abstract;
104		procedure Changed; virtual;
105		procedure Changing; virtual;
106	<	procedure InternalSetAsString(Value: String); virtual;
107	<	function SQLData: PChar; virtual; abstract;
106	>	procedure InternalSetAsString(Value: AnsiString); virtual;
107	>	function SQLData: PByte; virtual; abstract;
108		function GetDataLength: cardinal; virtual; abstract;
109		function GetCodePage: TSystemCodePage; virtual; abstract;
110		function getCharSetID: cardinal; virtual; abstract;
111	<	function Transliterate(s: string; CodePage: TSystemCodePage): RawByteString;
111	>	function Transliterate(s: AnsiString; CodePage: TSystemCodePage): RawByteString;
112		procedure SetScale(aValue: integer); virtual;
113		procedure SetDataLength(len: cardinal); virtual;
114		procedure SetSQLType(aValue: cardinal); virtual;
115		property DataLength: cardinal read GetDataLength write SetDataLength;
116
117		public
118	+	constructor Create(api: TFBClientAPI);
119		function GetSQLType: cardinal; virtual; abstract;
120	<	function GetSQLTypeName: string; overload;
121	<	class function GetSQLTypeName(SQLType: short): string; overload;
122	<	function GetName: string; virtual; abstract;
120	>	function GetSQLTypeName: AnsiString; overload;
121	>	class function GetSQLTypeName(SQLType: short): AnsiString; overload;
122	>	function GetStrDataLength: short;
123	>	function GetName: AnsiString; virtual; abstract;
124		function GetScale: integer; virtual; abstract;
125		function GetAsBoolean: boolean;
126		function GetAsCurrency: Currency;
#	Line 140 | Line 132 | type
132		function GetAsPointer: Pointer;
133		function GetAsQuad: TISC_QUAD;
134		function GetAsShort: short;
135	<	function GetAsString: String; virtual;
135	>	function GetAsString: AnsiString; virtual;
136		function GetIsNull: Boolean; virtual;
137	<	function getIsNullable: boolean; virtual;
137	>	function GetIsNullable: boolean; virtual;
138		function GetAsVariant: Variant;
139		function GetModified: boolean; virtual;
140	+	function GetDateTimeStrLength(DateTimeFormat: TIBDateTimeFormats): integer;
141	+	function GetSize: cardinal; virtual; abstract;
142	+	function GetCharSetWidth: integer; virtual; abstract;
143		procedure SetAsBoolean(AValue: boolean); virtual;
144		procedure SetAsCurrency(Value: Currency); virtual;
145		procedure SetAsInt64(Value: Int64); virtual;
#	Line 157 | Line 152 | type
152		procedure SetAsPointer(Value: Pointer);
153		procedure SetAsQuad(Value: TISC_QUAD);
154		procedure SetAsShort(Value: short); virtual;
155	<	procedure SetAsString(Value: String); virtual;
155	>	procedure SetAsString(Value: AnsiString); virtual;
156		procedure SetAsVariant(Value: Variant);
157	+	procedure SetAsNumeric(Value: Int64; aScale: integer);
158		procedure SetIsNull(Value: Boolean); virtual;
159		procedure SetIsNullable(Value: Boolean); virtual;
160	<	procedure SetName(aValue: string); virtual;
160	>	procedure SetName(aValue: AnsiString); virtual;
161		property AsDate: TDateTime read GetAsDateTime write SetAsDate;
162		property AsBoolean:boolean read GetAsBoolean write SetAsBoolean;
163		property AsTime: TDateTime read GetAsDateTime write SetAsTime;
#	Line 175 | Line 171 | type
171		property AsPointer: Pointer read GetAsPointer write SetAsPointer;
172		property AsQuad: TISC_QUAD read GetAsQuad write SetAsQuad;
173		property AsShort: short read GetAsShort write SetAsShort;
174	<	property AsString: String read GetAsString write SetAsString;
174	>	property AsString: AnsiString read GetAsString write SetAsString;
175		property AsVariant: Variant read GetAsVariant write SetAsVariant;
176		property Modified: Boolean read getModified;
177		property IsNull: Boolean read GetIsNull write SetIsNull;
#	Line 192 | Line 188 | type
188
189		TSQLDataArea = class
190		private
191	+	FCaseSensitiveParams: boolean;
192		function GetColumn(index: integer): TSQLVarData;
193		function GetCount: integer;
194		protected
195	<	FUniqueRelationName: string;
195	>	FUniqueRelationName: AnsiString;
196		FColumnList: array of TSQLVarData;
197		function GetStatement: IStatement; virtual; abstract;
198		function GetPrepareSeqNo: integer; virtual; abstract;
#	Line 205 | Line 202 | type
202		public
203		procedure Initialize; virtual;
204		function IsInputDataArea: boolean; virtual; abstract; {Input to Database}
205	<	procedure PreprocessSQL(sSQL: string; GenerateParamNames: boolean;
206	<	var sProcessedSQL: string);
205	>	procedure PreprocessSQL(sSQL: AnsiString; GenerateParamNames: boolean;
206	>	var sProcessedSQL: AnsiString);
207		function ColumnsInUseCount: integer; virtual;
208	<	function ColumnByName(Idx: string): TSQLVarData;
208	>	function ColumnByName(Idx: AnsiString): TSQLVarData;
209		function CheckStatementStatus(Request: TStatementStatus): boolean; virtual; abstract;
210		procedure GetData(index: integer; var IsNull: boolean; var len: short;
211	<	var data: PChar); virtual;
211	>	var data: PByte); virtual;
212		procedure RowChange;
213		function StateChanged(var ChangeSeqNo: integer): boolean; virtual; abstract;
214	+	property CaseSensitiveParams: boolean read FCaseSensitiveParams
215	+	write FCaseSensitiveParams; {Only used when IsInputDataArea true}
216		property Count: integer read GetCount;
217		property Column[index: integer]: TSQLVarData read GetColumn;
218	<	property UniqueRelationName: string read FUniqueRelationName;
218	>	property UniqueRelationName: AnsiString read FUniqueRelationName;
219		property Statement: IStatement read GetStatement;
220		property PrepareSeqNo: integer read GetPrepareSeqNo;
221		property TransactionSeqNo: integer read GetTransactionSeqNo;
#	Line 227 | Line 226 | type
226		TSQLVarData = class
227		private
228		FParent: TSQLDataArea;
229	<	FName: string;
229	>	FName: AnsiString;
230		FIndex: integer;
231		FModified: boolean;
232		FUniqueName: boolean;
233		FVarString: RawByteString;
234		function GetStatement: IStatement;
235	<	procedure SetName(AValue: string);
235	>	procedure SetName(AValue: AnsiString);
236		protected
237		function GetSQLType: cardinal; virtual; abstract;
238		function GetSubtype: integer; virtual; abstract;
239	<	function GetAliasName: string;  virtual; abstract;
240	<	function GetFieldName: string; virtual; abstract;
241	<	function GetOwnerName: string;  virtual; abstract;
242	<	function GetRelationName: string;  virtual; abstract;
239	>	function GetAliasName: AnsiString;  virtual; abstract;
240	>	function GetFieldName: AnsiString; virtual; abstract;
241	>	function GetOwnerName: AnsiString;  virtual; abstract;
242	>	function GetRelationName: AnsiString;  virtual; abstract;
243		function GetScale: integer; virtual; abstract;
244		function GetCharSetID: cardinal; virtual; abstract;
245	+	function GetCharSetWidth: integer; virtual; abstract;
246		function GetCodePage: TSystemCodePage; virtual; abstract;
247		function GetIsNull: Boolean;   virtual; abstract;
248		function GetIsNullable: boolean; virtual; abstract;
249	<	function GetSQLData: PChar;  virtual; abstract;
249	>	function GetSQLData: PByte;  virtual; abstract;
250		function GetDataLength: cardinal; virtual; abstract;
251		procedure SetIsNull(Value: Boolean); virtual; abstract;
252		procedure SetIsNullable(Value: Boolean);  virtual; abstract;
253	<	procedure SetSQLData(AValue: PChar; len: cardinal); virtual; abstract;
253	>	procedure SetSQLData(AValue: PByte; len: cardinal); virtual; abstract;
254		procedure SetScale(aValue: integer); virtual; abstract;
255		procedure SetDataLength(len: cardinal); virtual; abstract;
256		procedure SetSQLType(aValue: cardinal); virtual; abstract;
257		procedure SetCharSetID(aValue: cardinal); virtual; abstract;
258		public
259		constructor Create(aParent: TSQLDataArea; aIndex: integer);
260	<	procedure SetString(aValue: string);
260	>	procedure SetString(aValue: AnsiString);
261		procedure Changed; virtual;
262		procedure RowChange; virtual;
263		function GetAsArray(Array_ID: TISC_QUAD): IArray; virtual; abstract;
#	Line 268 | Line 268 | type
268		procedure Initialize; virtual;
269
270		public
271	<	property AliasName: string read GetAliasName;
272	<	property FieldName: string read GetFieldName;
273	<	property OwnerName: string read GetOwnerName;
274	<	property RelationName: string read GetRelationName;
271	>	property AliasName: AnsiString read GetAliasName;
272	>	property FieldName: AnsiString read GetFieldName;
273	>	property OwnerName: AnsiString read GetOwnerName;
274	>	property RelationName: AnsiString read GetRelationName;
275		property Parent: TSQLDataArea read FParent;
276		property Index: integer read FIndex;
277	<	property Name: string read FName write SetName;
277	>	property Name: AnsiString read FName write SetName;
278		property CharSetID: cardinal read GetCharSetID write SetCharSetID;
279		property SQLType: cardinal read GetSQLType write SetSQLType;
280		property SQLSubtype: integer read GetSubtype;
281	<	property SQLData: PChar read GetSQLData;
281	>	property SQLData: PByte read GetSQLData;
282		property DataLength: cardinal read GetDataLength write SetDataLength;
283		property IsNull: Boolean read GetIsNull write SetIsNull;
284		property IsNullable: Boolean read GetIsNullable write SetIsNullable;
#	Line 296 | Line 296 | type
296		FIBXSQLVAR: TSQLVarData;
297		FOwner: IUnknown;         {Keep reference to ensure Metadata/statement not discarded}
298		FPrepareSeqNo: integer;
299	–	FStatement: IStatement;
299		FChangeSeqNo: integer;
300		protected
301		procedure CheckActive; override;
302	<	function SQLData: PChar; override;
302	>	function SQLData: PByte; override;
303		function GetDataLength: cardinal; override;
304		function GetCodePage: TSystemCodePage; override;
305
#	Line 308 | Line 307 | type
307		constructor Create(aOwner: IUnknown; aIBXSQLVAR: TSQLVarData);
308		destructor Destroy; override;
309		function GetSQLDialect: integer; override;
311	–	property Statement: IStatement read FStatement;
310
311		public
312		{IColumnMetaData}
313		function GetIndex: integer;
314		function GetSQLType: cardinal; override;
315		function getSubtype: integer;
316	<	function getRelationName: string;
317	<	function getOwnerName: string;
318	<	function getSQLName: string;    {Name of the column}
319	<	function getAliasName: string;  {Alias Name of column or Column Name if not alias}
320	<	function GetName: string; override;      {Disambiguated uppercase Field Name}
316	>	function getRelationName: AnsiString;
317	>	function getOwnerName: AnsiString;
318	>	function getSQLName: AnsiString;    {Name of the column}
319	>	function getAliasName: AnsiString;  {Alias Name of column or Column Name if not alias}
320	>	function GetName: AnsiString; override;      {Disambiguated uppercase Field Name}
321		function GetScale: integer; override;
322		function getCharSetID: cardinal; override;
323		function GetIsNullable: boolean; override;
324	<	function GetSize: cardinal;
324	>	function GetSize: cardinal; override;
325	>	function GetCharSetWidth: integer; override;
326		function GetArrayMetaData: IArrayMetaData;
327		function GetBlobMetaData: IBlobMetaData;
328	<	property Name: string read GetName;
328	>	function GetStatement: IStatement;
329	>	function GetTransaction: ITransaction; virtual;
330	>	property Name: AnsiString read GetName;
331		property Size: cardinal read GetSize;
332		property CharSetID: cardinal read getCharSetID;
333		property SQLSubtype: integer read getSubtype;
334		property IsNullable: Boolean read GetIsNullable;
335	+	public
336	+	property Statement: IStatement read GetStatement;
337		end;
338
339		{ TIBSQLData }
340
341		TIBSQLData = class(TColumnMetaData,ISQLData)
342	+	private
343	+	FTransaction: ITransaction;
344		protected
345		procedure CheckActive; override;
346		public
347	+	function GetTransaction: ITransaction; override;
348		function GetIsNull: Boolean; override;
349		function GetAsArray: IArray;
350		function GetAsBlob: IBlob; overload;
351		function GetAsBlob(BPB: IBPB): IBlob; overload;
352	<	function GetAsString: String; override;
352	>	function GetAsString: AnsiString; override;
353		property AsBlob: IBlob read GetAsBlob;
354		end;
355
#	Line 353 | Line 359 | type
359		protected
360		procedure CheckActive; override;
361		procedure Changed; override;
362	<	procedure InternalSetAsString(Value: String); override;
362	>	procedure InternalSetAsString(Value: AnsiString); override;
363		procedure SetScale(aValue: integer); override;
364		procedure SetDataLength(len: cardinal); override;
365		procedure SetSQLType(aValue: cardinal); override;
#	Line 361 | Line 367 | type
367		procedure Clear;
368		function GetModified: boolean; override;
369		function GetAsPointer: Pointer;
370	<	procedure SetName(Value: string); override;
370	>	procedure SetName(Value: AnsiString); override;
371		procedure SetIsNull(Value: Boolean);  override;
372		procedure SetIsNullable(Value: Boolean); override;
373		procedure SetAsArray(anArray: IArray);
#	Line 378 | Line 384 | type
384		procedure SetAsFloat(AValue: Float);
385		procedure SetAsPointer(AValue: Pointer);
386		procedure SetAsShort(AValue: Short);
387	<	procedure SetAsString(AValue: String); override;
387	>	procedure SetAsString(AValue: AnsiString); override;
388		procedure SetAsVariant(AValue: Variant);
389		procedure SetAsBlob(aValue: IBlob);
390		procedure SetAsQuad(AValue: TISC_QUAD);
#	Line 401 | Line 407 | type
407		destructor Destroy; override;
408		public
409		{IMetaData}
410	<	function GetUniqueRelationName: string;
410	>	function GetUniqueRelationName: AnsiString;
411		function getCount: integer;
412		function getColumnMetaData(index: integer): IColumnMetaData;
413	<	function ByName(Idx: String): IColumnMetaData;
413	>	function ByName(Idx: AnsiString): IColumnMetaData;
414		end;
415
416		{ TSQLParams }
#	Line 423 | Line 429 | type
429		{ISQLParams}
430		function getCount: integer;
431		function getSQLParam(index: integer): ISQLParam;
432	<	function ByName(Idx: String): ISQLParam ;
432	>	function ByName(Idx: AnsiString): ISQLParam ;
433		function GetModified: Boolean;
434	+	function GetHasCaseSensitiveParams: Boolean;
435		end;
436
437		{ TResults }
#	Line 443 | Line 450 | type
450		constructor Create(aResults: TSQLDataArea);
451		{IResults}
452		function getCount: integer;
453	<	function ByName(Idx: String): ISQLData;
453	>	function ByName(Idx: AnsiString): ISQLData;
454		function getSQLData(index: integer): ISQLData;
455	<	procedure GetData(index: integer; var IsNull:boolean; var len: short; var data: PChar);
455	>	procedure GetData(index: integer; var IsNull:boolean; var len: short; var data: PByte);
456	>	function GetStatement: IStatement;
457		function GetTransaction: ITransaction; virtual;
458		procedure SetRetainInterfaces(aValue: boolean);
459		end;
460
461		implementation
462
463	<	uses FBMessages, FBClientAPI, variants, IBUtils, FBTransaction;
463	>	uses FBMessages, variants, IBUtils, FBTransaction, DateUtils;
464
465		{ TSQLDataArea }
466
#	Line 472 | Line 480 | procedure TSQLDataArea.SetUniqueRelation
480		var
481		i: Integer;
482		bUnique: Boolean;
483	<	RelationName: string;
483	>	RelationName: AnsiString;
484		begin
485		bUnique := True;
486		for i := 0 to ColumnsInUseCount - 1 do
#	Line 503 | Line 511 | begin
511		Column[i].Initialize;
512		end;
513
514	<	procedure TSQLDataArea.PreprocessSQL(sSQL: string; GenerateParamNames: boolean;
515	<	var sProcessedSQL: string);
508	<	var
509	<	cCurChar, cNextChar, cQuoteChar: Char;
510	<	sParamName: String;
511	<	j, i, iLenSQL, iSQLPos: Integer;
512	<	iCurState {$ifdef ALLOWDIALECT3PARAMNAMES}, iCurParamState {$endif}: Integer;
513	<	iParamSuffix: Integer;
514	<	slNames: TStrings;
515	<	StrBuffer: PChar;
516	<	found: boolean;
517	<
518	<	const
519	<	DefaultState = 0;
520	<	CommentState = 1;
521	<	QuoteState = 2;
522	<	ParamState = 3;
523	<	ArrayDimState = 4;
524	<	{$ifdef ALLOWDIALECT3PARAMNAMES}
525	<	ParamDefaultState = 0;
526	<	ParamQuoteState = 1;
527	<	{$endif}
514	>	procedure TSQLDataArea.PreprocessSQL(sSQL: AnsiString; GenerateParamNames: boolean;
515	>	var sProcessedSQL: AnsiString);
516
517	<	procedure AddToProcessedSQL(cChar: Char);
530	<	begin
531	<	StrBuffer[iSQLPos] := cChar;
532	<	Inc(iSQLPos);
533	<	end;
534	<
535	<	begin
536	<	if not IsInputDataArea then
537	<	IBError(ibxeNotPermitted,[nil]);
517	>	var slNames: TStrings;
518
519	<	sParamName := '';
520	<	iLenSQL := Length(sSQL);
521	<	GetMem(StrBuffer,iLenSQL + 1);
522	<	slNames := TStringList.Create;
523	<	try
544	<	{ Do some initializations of variables }
545	<	iParamSuffix := 0;
546	<	cQuoteChar := '''';
547	<	i := 1;
548	<	iSQLPos := 0;
549	<	iCurState := DefaultState;
550	<	{$ifdef ALLOWDIALECT3PARAMNAMES}
551	<	iCurParamState := ParamDefaultState;
552	<	{$endif}
553	<	{ Now, traverse through the SQL string, character by character,
554	<	picking out the parameters and formatting correctly for InterBase }
555	<	while (i <= iLenSQL) do begin
556	<	{ Get the current token and a look-ahead }
557	<	cCurChar := sSQL[i];
558	<	if i = iLenSQL then
559	<	cNextChar := #0
560	<	else
561	<	cNextChar := sSQL[i + 1];
562	<	{ Now act based on the current state }
563	<	case iCurState of
564	<	DefaultState:
565	<	begin
566	<	case cCurChar of
567	<	'''', '"':
568	<	begin
569	<	cQuoteChar := cCurChar;
570	<	iCurState := QuoteState;
571	<	end;
572	<	'?', ':':
573	<	begin
574	<	iCurState := ParamState;
575	<	AddToProcessedSQL('?');
576	<	end;
577	<	'/': if (cNextChar = '*') then
578	<	begin
579	<	AddToProcessedSQL(cCurChar);
580	<	Inc(i);
581	<	iCurState := CommentState;
582	<	end;
583	<	'[':
584	<	begin
585	<	AddToProcessedSQL(cCurChar);
586	<	Inc(i);
587	<	iCurState := ArrayDimState;
588	<	end;
589	<	end;
590	<	end;
591	<
592	<	ArrayDimState:
593	<	begin
594	<	case cCurChar of
595	<	':',',','0'..'9',' ',#9,#10,#13:
596	<	begin
597	<	AddToProcessedSQL(cCurChar);
598	<	Inc(i);
599	<	end;
600	<	else
601	<	begin
602	<	AddToProcessedSQL(cCurChar);
603	<	Inc(i);
604	<	iCurState := DefaultState;
605	<	end;
606	<	end;
607	<	end;
608	<
609	<	CommentState:
610	<	begin
611	<	if (cNextChar = #0) then
612	<	IBError(ibxeSQLParseError, [SEOFInComment])
613	<	else if (cCurChar = '*') then begin
614	<	if (cNextChar = '/') then
615	<	iCurState := DefaultState;
616	<	end;
617	<	end;
618	<	QuoteState: begin
619	<	if cNextChar = #0 then
620	<	IBError(ibxeSQLParseError, [SEOFInString])
621	<	else if (cCurChar = cQuoteChar) then begin
622	<	if (cNextChar = cQuoteChar) then begin
623	<	AddToProcessedSQL(cCurChar);
624	<	Inc(i);
625	<	end else
626	<	iCurState := DefaultState;
627	<	end;
628	<	end;
629	<	ParamState:
630	<	begin
631	<	{ collect the name of the parameter }
632	<	{$ifdef ALLOWDIALECT3PARAMNAMES}
633	<	if iCurParamState = ParamDefaultState then
634	<	begin
635	<	if cCurChar = '"' then
636	<	iCurParamState := ParamQuoteState
637	<	else
638	<	{$endif}
639	<	if (cCurChar in ['A'..'Z', 'a'..'z', '0'..'9', '_', '$']) then
640	<	sParamName := sParamName + cCurChar
641	<	else if GenerateParamNames then
642	<	begin
643	<	sParamName := 'IBXParam' + IntToStr(iParamSuffix); {do not localize}
644	<	Inc(iParamSuffix);
645	<	iCurState := DefaultState;
646	<	slNames.AddObject(sParamName,self); //Note local convention
647	<	//add pointer to self to mark entry
648	<	sParamName := '';
649	<	end
650	<	else
651	<	IBError(ibxeSQLParseError, [SParamNameExpected]);
652	<	{$ifdef ALLOWDIALECT3PARAMNAMES}
653	<	end
654	<	else begin
655	<	{ determine if Quoted parameter name is finished }
656	<	if cCurChar = '"' then
657	<	begin
658	<	Inc(i);
659	<	slNames.Add(sParamName);
660	<	SParamName := '';
661	<	iCurParamState := ParamDefaultState;
662	<	iCurState := DefaultState;
663	<	end
664	<	else
665	<	sParamName := sParamName + cCurChar
666	<	end;
667	<	{$endif}
668	<	{ determine if the unquoted parameter name is finished }
669	<	if {$ifdef ALLOWDIALECT3PARAMNAMES}(iCurParamState <> ParamQuoteState) and {$endif}
670	<	(iCurState <> DefaultState) then
671	<	begin
672	<	if not (cNextChar in ['A'..'Z', 'a'..'z',
673	<	'0'..'9', '_', '$']) then begin
674	<	Inc(i);
675	<	iCurState := DefaultState;
676	<	slNames.Add(sParamName);
677	<	sParamName := '';
678	<	end;
679	<	end;
680	<	end;
681	<	end;
682	<	if (iCurState <> ParamState) and (i <= iLenSQL) then
683	<	AddToProcessedSQL(sSQL[i]);
684	<	Inc(i);
685	<	end;
686	<	AddToProcessedSQL(#0);
687	<	sProcessedSQL := strpas(StrBuffer);
519	>	procedure SetColumnNames(slNames: TStrings);
520	>	var i, j: integer;
521	>	found: boolean;
522	>	begin
523	>	found := false;
524		SetCount(slNames.Count);
525		for i := 0 to slNames.Count - 1 do
526		begin
#	Line 705 | Line 541 | begin
541		Column[i].UniqueName := not found;
542		end;
543		end;
544	+	end;
545	+
546	+	begin
547	+	if not IsInputDataArea then
548	+	IBError(ibxeNotPermitted,[nil]);
549	+
550	+	slNames := TStringList.Create;
551	+	try
552	+	sProcessedSQL := TSQLParamProcessor.Execute(sSQL,GenerateParamNames,slNames);
553	+	SetColumnNames(slNames);
554		finally
555		slNames.Free;
710	–	FreeMem(StrBuffer);
556		end;
557		end;
558
#	Line 716 | Line 561 | begin
561		Result := Count;
562		end;
563
564	<	function TSQLDataArea.ColumnByName(Idx: string): TSQLVarData;
564	>	function TSQLDataArea.ColumnByName(Idx: AnsiString): TSQLVarData;
565		var
566	<	s: String;
566	>	s: AnsiString;
567		i: Integer;
568		begin
569	<	{$ifdef UseCaseInSensitiveParamName}
570	<	s := AnsiUpperCase(Idx);
571	<	{$else}
569	>	if not IsInputDataArea or not CaseSensitiveParams then
570	>	s := AnsiUpperCase(Idx)
571	>	else
572		s := Idx;
573	<	{$endif}
573	>
574		for i := 0 to Count - 1 do
575		if Column[i].Name = s then
576		begin
#	Line 736 | Line 581 | begin
581		end;
582
583		procedure TSQLDataArea.GetData(index: integer; var IsNull: boolean;
584	<	var len: short; var data: PChar);
584	>	var len: short; var data: PByte);
585		begin
586		//Do Nothing
587		end;
#	Line 755 | Line 600 | begin
600		Result := FParent.Statement;
601		end;
602
603	<	procedure TSQLVarData.SetName(AValue: string);
603	>	procedure TSQLVarData.SetName(AValue: AnsiString);
604		begin
605	<	if FName = AValue then Exit;
761	<	{$ifdef UseCaseInSensitiveParamName}
762	<	if Parent.IsInputDataArea then
605	>	if not Parent.IsInputDataArea or not Parent.CaseSensitiveParams then
606		FName := AnsiUpperCase(AValue)
607		else
765	–	{$endif}
608		FName := AValue;
609		end;
610
#	Line 774 | Line 616 | begin
616		FUniqueName := true;
617		end;
618
619	<	procedure TSQLVarData.SetString(aValue: string);
619	>	procedure TSQLVarData.SetString(aValue: AnsiString);
620		begin
621		{we take full advantage here of reference counted strings. When setting a string
622		value, a reference is kept in FVarString and a pointer to it placed in the
623	<	SQLVar. This avoids string copies. Note that PChar is guaranteed to point to
623	>	SQLVar. This avoids string copies. Note that PAnsiChar is guaranteed to point to
624		a zero byte when the string is empty, neatly avoiding a nil pointer error.}
625
626		FVarString := aValue;
627		SQLType := SQL_TEXT;
628	<	SetSQLData(PChar(FVarString),Length(aValue));
628	>	Scale := 0;
629	>	SetSQLData(PByte(PAnsiChar(FVarString)),Length(aValue));
630		end;
631
632		procedure TSQLVarData.Changed;
#	Line 799 | Line 642 | end;
642
643		procedure TSQLVarData.Initialize;
644
645	<	function FindVarByName(idx: string; limit: integer): TSQLVarData;
645	>	function FindVarByName(idx: AnsiString; limit: integer): TSQLVarData;
646		var
647		k: integer;
648		begin
#	Line 814 | Line 657 | procedure TSQLVarData.Initialize;
657
658		var
659		j, j_len: Integer;
660	<	st: String;
661	<	sBaseName: string;
660	>	st: AnsiString;
661	>	sBaseName: AnsiString;
662		begin
663		RowChange;
664
#	Line 902 | Line 745 | function TSQLDataItem.AdjustScaleToCurre
745		var
746		Scaling : Int64;
747		i : Integer;
748	<	FractionText, PadText, CurrText: string;
748	>	FractionText, PadText, CurrText: AnsiString;
749		begin
750		Result := 0;
751		Scaling := 1;
#	Line 921 | Line 764 | begin
764		FractionText := IntToStr(abs(Value mod Scaling));
765		for i := Length(FractionText) to -aScale -1 do
766		PadText := '0' + PadText;
767	+	{$IF declared(DefaultFormatSettings)}
768	+	with DefaultFormatSettings do
769	+	{$ELSE}
770	+	{$IF declared(FormatSettings)}
771	+	with FormatSettings do
772	+	{$IFEND}
773	+	{$IFEND}
774		if Value < 0 then
775	<	CurrText := '-' + IntToStr(Abs(Value div Scaling)) + DefaultFormatSettings.DecimalSeparator + PadText + FractionText
775	>	CurrText := '-' + IntToStr(Abs(Value div Scaling)) + DecimalSeparator + PadText + FractionText
776		else
777	<	CurrText := IntToStr(Abs(Value div Scaling)) + DefaultFormatSettings.DecimalSeparator + PadText + FractionText;
777	>	CurrText := IntToStr(Abs(Value div Scaling)) + DecimalSeparator + PadText + FractionText;
778		try
779		result := StrToCurr(CurrText);
780		except
#	Line 936 | Line 786 | begin
786		result := Value;
787		end;
788
789	+	function TSQLDataItem.GetDateFormatStr(IncludeTime: boolean): AnsiString;
790	+	begin
791	+	{$IF declared(DefaultFormatSettings)}
792	+	with DefaultFormatSettings do
793	+	{$ELSE}
794	+	{$IF declared(FormatSettings)}
795	+	with FormatSettings do
796	+	{$IFEND}
797	+	{$IFEND}
798	+	case GetSQLDialect of
799	+	1:
800	+	if IncludeTime then
801	+	result := ShortDateFormat + ' ' + LongTimeFormat
802	+	else
803	+	result := ShortDateFormat;
804	+	3:
805	+	result := ShortDateFormat;
806	+	end;
807	+	end;
808	+
809	+	function TSQLDataItem.GetTimeFormatStr: AnsiString;
810	+	begin
811	+	{$IF declared(DefaultFormatSettings)}
812	+	with DefaultFormatSettings do
813	+	{$ELSE}
814	+	{$IF declared(FormatSettings)}
815	+	with FormatSettings do
816	+	{$IFEND}
817	+	{$IFEND}
818	+	Result := LongTimeFormat;
819	+	end;
820	+
821	+	function TSQLDataItem.GetTimestampFormatStr: AnsiString;
822	+	begin
823	+	{$IF declared(DefaultFormatSettings)}
824	+	with DefaultFormatSettings do
825	+	{$ELSE}
826	+	{$IF declared(FormatSettings)}
827	+	with FormatSettings do
828	+	{$IFEND}
829	+	{$IFEND}
830	+	Result := ShortDateFormat + ' ' +  LongTimeFormat + '.zzz';
831	+	end;
832	+
833		procedure TSQLDataItem.SetAsInteger(AValue: Integer);
834		begin
835		SetAsLong(aValue);
#	Line 1006 | Line 900 | begin
900		//Do nothing by default
901		end;
902
903	<	procedure TSQLDataItem.InternalSetAsString(Value: String);
903	>	procedure TSQLDataItem.InternalSetAsString(Value: AnsiString);
904		begin
905		//Do nothing by default
906		end;
907
908	<	function TSQLDataItem.Transliterate(s: string; CodePage: TSystemCodePage
908	>	function TSQLDataItem.Transliterate(s: AnsiString; CodePage: TSystemCodePage
909		): RawByteString;
910		begin
911		Result := s;
#	Line 1034 | Line 928 | begin
928		//Do nothing by default
929		end;
930
931	<	function TSQLDataItem.GetSQLTypeName: string;
931	>	constructor TSQLDataItem.Create(api: TFBClientAPI);
932	>	begin
933	>	inherited Create;
934	>	FFirebirdClientAPI := api;
935	>	end;
936	>
937	>	function TSQLDataItem.GetSQLTypeName: AnsiString;
938		begin
939		Result := GetSQLTypeName(GetSQLType);
940		end;
941
942	<	class function TSQLDataItem.GetSQLTypeName(SQLType: short): string;
942	>	class function TSQLDataItem.GetSQLTypeName(SQLType: short): AnsiString;
943		begin
944		Result := 'Unknown';
945		case SQLType of
#	Line 1060 | Line 960 | begin
960		end;
961		end;
962
963	+	function TSQLDataItem.GetStrDataLength: short;
964	+	begin
965	+	with FFirebirdClientAPI do
966	+	if SQLType = SQL_VARYING then
967	+	Result := DecodeInteger(SQLData, 2)
968	+	else
969	+	Result := DataLength;
970	+	end;
971	+
972		function TSQLDataItem.GetAsBoolean: boolean;
973		begin
974		CheckActive;
#	Line 1140 | Line 1049 | begin
1049		CheckActive;
1050		result := 0;
1051		if not IsNull then
1052	<	with FirebirdClientAPI do
1052	>	with FFirebirdClientAPI do
1053		case SQLType of
1054		SQL_TEXT, SQL_VARYING: begin
1055		try
#	Line 1269 | Line 1178 | begin
1178		end;
1179		end;
1180
1181	+	{Copied from LazUTF8}
1182	+
1183	+	function UTF8CodepointSizeFull(p: PAnsiChar): integer;
1184	+	const TopBitSetMask   = $80; {%10000000}
1185	+	Top2BitsSetMask = $C0; {%11000000}
1186	+	Top3BitsSetMask = $E0; {%11100000}
1187	+	Top4BitsSetMask = $F0; {%11110000}
1188	+	Top5BitsSetMask = $F8; {%11111000}
1189	+	begin
1190	+	case p^ of
1191	+	#0..#191: // %11000000
1192	+	// regular single byte character (#0 is a character, this is Pascal ;)
1193	+	Result:=1;
1194	+	#192..#223: // p^ and %11100000 = %11000000
1195	+	begin
1196	+	// could be 2 byte character
1197	+	if (ord(p[1]) and Top2BitsSetMask) = TopBitSetMask then
1198	+	Result:=2
1199	+	else
1200	+	Result:=1;
1201	+	end;
1202	+	#224..#239: // p^ and %11110000 = %11100000
1203	+	begin
1204	+	// could be 3 byte character
1205	+	if ((ord(p[1]) and Top2BitsSetMask) = TopBitSetMask)
1206	+	and ((ord(p[2]) and Top2BitsSetMask) = TopBitSetMask) then
1207	+	Result:=3
1208	+	else
1209	+	Result:=1;
1210	+	end;
1211	+	#240..#247: // p^ and %11111000 = %11110000
1212	+	begin
1213	+	// could be 4 byte character
1214	+	if ((ord(p[1]) and Top2BitsSetMask) = TopBitSetMask)
1215	+	and ((ord(p[2]) and Top2BitsSetMask) = TopBitSetMask)
1216	+	and ((ord(p[3]) and Top2BitsSetMask) = TopBitSetMask) then
1217	+	Result:=4
1218	+	else
1219	+	Result:=1;
1220	+	end;
1221	+	else
1222	+	Result:=1;
1223	+	end;
1224	+	end;
1225	+
1226	+	{Returns the byte length of a UTF8 string with a fixed charwidth}
1227
1228	<	function TSQLDataItem.GetAsString: String;
1228	>	function GetStrLen(p: PAnsiChar; CharWidth, MaxDataLength: cardinal): integer;
1229	>	var i: integer;
1230	>	cplen: integer;
1231	>	s: AnsiString;
1232	>	begin
1233	>	Result := 0;
1234	>	s := strpas(p);
1235	>	for i := 1 to CharWidth do
1236	>	begin
1237	>	cplen := UTF8CodepointSizeFull(p);
1238	>	Inc(p,cplen);
1239	>	Inc(Result,cplen);
1240	>	if Result >= MaxDataLength then
1241	>	begin
1242	>	Result := MaxDataLength;
1243	>	Exit;
1244	>	end;
1245	>	end;
1246	>	end;
1247	>
1248	>	function TSQLDataItem.GetAsString: AnsiString;
1249		var
1250	<	sz: PChar;
1250	>	sz: PByte;
1251		str_len: Integer;
1252		rs: RawByteString;
1253		begin
#	Line 1280 | Line 1255 | begin
1255		result := '';
1256		{ Check null, if so return a default string }
1257		if not IsNull then
1258	<	with FirebirdClientAPI do
1258	>	with FFirebirdClientAPI do
1259		case SQLType of
1260		SQL_BOOLEAN:
1261		if AsBoolean then
#	Line 1292 | Line 1267 | begin
1267		begin
1268		sz := SQLData;
1269		if (SQLType = SQL_TEXT) then
1270	<	str_len := DataLength
1270	>	begin
1271	>	if GetCodePage = cp_utf8 then
1272	>	str_len := GetStrLen(PAnsiChar(sz),GetSize div GetCharSetWidth,DataLength)
1273	>	else
1274	>	str_len := DataLength
1275	>	end
1276		else begin
1277	<	str_len := DecodeInteger(SQLData, 2);
1277	>	str_len := DecodeInteger(sz, 2);
1278		Inc(sz, 2);
1279		end;
1280	<	SetString(rs, sz, str_len);
1280	>	SetString(rs, PAnsiChar(sz), str_len);
1281		SetCodePage(rs,GetCodePage,false);
1282	<	if (SQLType = SQL_TEXT) and (GetCharSetID <> 1) then
1303	<	Result := TrimRight(rs)
1304	<	else
1305	<	Result := rs
1282	>	Result := rs;
1283		end;
1284		SQL_TYPE_DATE:
1285	<	case GetSQLDialect of
1309	<	1 : result := DateTimeToStr(AsDateTime);
1310	<	3 : result := DateToStr(AsDateTime);
1311	<	end;
1285	>	result := FormatDateTime(GetDateFormatStr(TimeOf(AsDateTime)<>0),AsDateTime);
1286		SQL_TYPE_TIME :
1287	<	result := TimeToStr(AsDateTime);
1287	>	result := FormatDateTime(GetTimeFormatStr,AsDateTime);
1288		SQL_TIMESTAMP:
1289	<	result := FormatDateTime(FormatSettings.ShortDateFormat + ' ' +
1316	<	FormatSettings.LongTimeFormat+'.zzz',AsDateTime);
1289	>	result := FormatDateTime(GetTimestampFormatStr,AsDateTime);
1290		SQL_SHORT, SQL_LONG:
1291		if Scale = 0 then
1292		result := IntToStr(AsLong)
#	Line 1341 | Line 1314 | begin
1314		Result := false;
1315		end;
1316
1317	<	function TSQLDataItem.getIsNullable: boolean;
1317	>	function TSQLDataItem.GetIsNullable: boolean;
1318		begin
1319		CheckActive;
1320		Result := false;
#	Line 1389 | Line 1362 | begin
1362		Result := false;
1363		end;
1364
1365	+	function TSQLDataItem.GetDateTimeStrLength(DateTimeFormat: TIBDateTimeFormats
1366	+	): integer;
1367	+	begin
1368	+	case DateTimeFormat of
1369	+	dfTimestamp:
1370	+	Result := Length(GetTimestampFormatStr);
1371	+	dfDateTime:
1372	+	Result := Length(GetDateFormatStr(true));
1373	+	dfTime:
1374	+	Result := Length(GetTimeFormatStr);
1375	+	else
1376	+	Result := 0;
1377	+	end;
1378	+	end;
1379	+
1380
1381		procedure TSQLDataItem.SetIsNull(Value: Boolean);
1382		begin
#	Line 1400 | Line 1388 | begin
1388		//ignore unless overridden
1389		end;
1390
1391	<	procedure TSQLDataItem.SetName(aValue: string);
1391	>	procedure TSQLDataItem.SetName(aValue: AnsiString);
1392		begin
1393		//ignore unless overridden
1394		end;
#	Line 1452 | Line 1440 | begin
1440
1441		SQLType := SQL_TYPE_DATE;
1442		DataLength := SizeOf(ISC_DATE);
1443	<	with FirebirdClientAPI do
1443	>	with FFirebirdClientAPI do
1444		SQLEncodeDate(Value,SQLData);
1445		Changed;
1446		end;
#	Line 1472 | Line 1460 | begin
1460
1461		SQLType := SQL_TYPE_TIME;
1462		DataLength := SizeOf(ISC_TIME);
1463	<	with FirebirdClientAPI do
1463	>	with FFirebirdClientAPI do
1464		SQLEncodeTime(Value,SQLData);
1465		Changed;
1466		end;
#	Line 1486 | Line 1474 | begin
1474		Changing;
1475		SQLType := SQL_TIMESTAMP;
1476		DataLength := SizeOf(ISC_TIME) + sizeof(ISC_DATE);
1477	<	with FirebirdClientAPI do
1477	>	with FFirebirdClientAPI do
1478		SQLEncodeDateTime(Value,SQLData);
1479		Changed;
1480		end;
#	Line 1576 | Line 1564 | begin
1564		Changed;
1565		end;
1566
1567	<	procedure TSQLDataItem.SetAsString(Value: String);
1567	>	procedure TSQLDataItem.SetAsString(Value: AnsiString);
1568		begin
1569		InternalSetAsString(Value);
1570		end;
#	Line 1611 | Line 1599 | begin
1599		end;
1600		end;
1601
1602	+	procedure TSQLDataItem.SetAsNumeric(Value: Int64; aScale: integer);
1603	+	begin
1604	+	CheckActive;
1605	+	Changing;
1606	+	if IsNullable then
1607	+	IsNull := False;
1608	+
1609	+	SQLType := SQL_INT64;
1610	+	Scale := aScale;
1611	+	DataLength := SizeOf(Int64);
1612	+	PInt64(SQLData)^ := Value;
1613	+	Changed;
1614	+	end;
1615	+
1616		procedure TSQLDataItem.SetAsBoolean(AValue: boolean);
1617		begin
1618		CheckActive;
#	Line 1641 | Line 1643 | begin
1643		IBError(ibxeStatementNotPrepared, [nil]);
1644		end;
1645
1646	<	function TColumnMetaData.SQLData: PChar;
1646	>	function TColumnMetaData.SQLData: PByte;
1647		begin
1648		Result := FIBXSQLVAR.SQLData;
1649		end;
#	Line 1658 | Line 1660 | end;
1660
1661		constructor TColumnMetaData.Create(aOwner: IUnknown; aIBXSQLVAR: TSQLVarData);
1662		begin
1663	<	inherited Create;
1663	>	inherited Create(aIBXSQLVAR.GetStatement.GetAttachment.getFirebirdAPI as TFBClientAPI);
1664		FIBXSQLVAR := aIBXSQLVAR;
1665		FOwner := aOwner;
1666		FPrepareSeqNo := FIBXSQLVAR.Parent.PrepareSeqNo;
#	Line 1694 | Line 1696 | begin
1696		result := FIBXSQLVAR.SQLSubtype;
1697		end;
1698
1699	<	function TColumnMetaData.getRelationName: string;
1699	>	function TColumnMetaData.getRelationName: AnsiString;
1700		begin
1701		CheckActive;
1702		result :=  FIBXSQLVAR.RelationName;
1703		end;
1704
1705	<	function TColumnMetaData.getOwnerName: string;
1705	>	function TColumnMetaData.getOwnerName: AnsiString;
1706		begin
1707		CheckActive;
1708		result :=  FIBXSQLVAR.OwnerName;
1709		end;
1710
1711	<	function TColumnMetaData.getSQLName: string;
1711	>	function TColumnMetaData.getSQLName: AnsiString;
1712		begin
1713		CheckActive;
1714		result :=  FIBXSQLVAR.FieldName;
1715		end;
1716
1717	<	function TColumnMetaData.getAliasName: string;
1717	>	function TColumnMetaData.getAliasName: AnsiString;
1718		begin
1719		CheckActive;
1720		result := FIBXSQLVAR.AliasName;
1721		end;
1722
1723	<	function TColumnMetaData.GetName: string;
1723	>	function TColumnMetaData.GetName: AnsiString;
1724		begin
1725		CheckActive;
1726		Result := FIBXSQLVAR. Name;
#	Line 1748 | Line 1750 | begin
1750		result := FIBXSQLVAR.DataLength;
1751		end;
1752
1753	+	function TColumnMetaData.GetCharSetWidth: integer;
1754	+	begin
1755	+	CheckActive;
1756	+	result := FIBXSQLVAR.GetCharSetWidth;
1757	+	end;
1758	+
1759		function TColumnMetaData.GetArrayMetaData: IArrayMetaData;
1760		begin
1761		CheckActive;
#	Line 1760 | Line 1768 | begin
1768		result := FIBXSQLVAR.GetBlobMetaData;
1769		end;
1770
1771	+	function TColumnMetaData.GetStatement: IStatement;
1772	+	begin
1773	+	Result := FIBXSQLVAR.GetStatement;
1774	+	end;
1775	+
1776	+	function TColumnMetaData.GetTransaction: ITransaction;
1777	+	begin
1778	+	Result := GetStatement.GetTransaction;
1779	+	end;
1780	+
1781		{ TIBSQLData }
1782
1783		procedure TIBSQLData.CheckActive;
#	Line 1779 | Line 1797 | begin
1797		IBError(ibxeBOF,[nil]);
1798		end;
1799
1800	+	function TIBSQLData.GetTransaction: ITransaction;
1801	+	begin
1802	+	if FTransaction = nil then
1803	+	Result := inherited GetTransaction
1804	+	else
1805	+	Result := FTransaction;
1806	+	end;
1807	+
1808		function TIBSQLData.GetIsNull: Boolean;
1809		begin
1810		CheckActive;
#	Line 1803 | Line 1829 | begin
1829		result := FIBXSQLVAR.GetAsBlob(AsQuad,BPB);
1830		end;
1831
1832	<	function TIBSQLData.GetAsString: String;
1832	>	function TIBSQLData.GetAsString: AnsiString;
1833		begin
1834		CheckActive;
1835		Result := '';
#	Line 1821 | Line 1847 | end;
1847
1848		{ TSQLParam }
1849
1850	<	procedure TSQLParam.InternalSetAsString(Value: String);
1850	>	procedure TSQLParam.InternalSetAsString(Value: AnsiString);
1851	>
1852	>	procedure DoSetString;
1853	>	begin
1854	>	Changing;
1855	>	FIBXSQLVar.SetString(Transliterate(Value,GetCodePage));
1856	>	Changed;
1857	>	end;
1858	>
1859		var b: IBlob;
1860	+	dt: TDateTime;
1861	+	CurrValue: Currency;
1862	+	FloatValue: single;
1863		begin
1864		CheckActive;
1865		if IsNullable then
1866		IsNull := False;
1867		case SQLTYPE of
1868		SQL_BOOLEAN:
1869	<	if CompareText(Value,STrue) = 0 then
1869	>	if AnsiCompareText(Value,STrue) = 0 then
1870		AsBoolean := true
1871		else
1872	<	if CompareText(Value,SFalse) = 0 then
1872	>	if AnsiCompareText(Value,SFalse) = 0 then
1873		AsBoolean := false
1874		else
1875		IBError(ibxeInvalidDataConversion,[nil]);
#	Line 1848 | Line 1885 | begin
1885
1886		SQL_VARYING,
1887		SQL_TEXT:
1888	<	begin
1852	<	Changing;
1853	<	FIBXSQLVar.SetString(Transliterate(Value,GetCodePage));
1854	<	Changed;
1855	<	end;
1888	>	DoSetString;
1889
1890		SQL_SHORT,
1891		SQL_LONG,
1892		SQL_INT64:
1893	<	SetAsInt64(StrToInt(Value));
1893	>	if TryStrToCurr(Value,CurrValue) then
1894	>	SetAsNumeric(AdjustScaleFromCurrency(CurrValue,GetScale),GetScale)
1895	>	else
1896	>	DoSetString;
1897
1898		SQL_D_FLOAT,
1899		SQL_DOUBLE,
1900		SQL_FLOAT:
1901	<	SetAsDouble(StrToFloat(Value));
1901	>	if TryStrToFloat(Value,FloatValue) then
1902	>	SetAsDouble(FloatValue)
1903	>	else
1904	>	DoSetString;
1905
1906		SQL_TIMESTAMP:
1907	<	SetAsDateTime(StrToDateTime(Value));
1907	>	if TryStrToDateTime(Value,dt) then
1908	>	SetAsDateTime(dt)
1909	>	else
1910	>	DoSetString;
1911
1912		SQL_TYPE_DATE:
1913	<	SetAsDate(StrToDateTime(Value));
1913	>	if TryStrToDateTime(Value,dt) then
1914	>	SetAsDate(dt)
1915	>	else
1916	>	DoSetString;
1917
1918		SQL_TYPE_TIME:
1919	<	SetAsTime(StrToDateTime(Value));
1919	>	if TryStrToDateTime(Value,dt) then
1920	>	SetAsTime(dt)
1921	>	else
1922	>	DoSetString;
1923
1924		else
1925		IBError(ibxeInvalidDataConversion,[nil]);
#	Line 1925 | Line 1973 | begin
1973		Result := inherited GetAsPointer;
1974		end;
1975
1976	<	procedure TSQLParam.SetName(Value: string);
1976	>	procedure TSQLParam.SetName(Value: AnsiString);
1977		begin
1978		CheckActive;
1979		FIBXSQLVAR.Name := Value;
#	Line 2231 | Line 2279 | begin
2279		end;
2280		end;
2281
2282	<	procedure TSQLParam.SetAsString(AValue: String);
2282	>	procedure TSQLParam.SetAsString(AValue: AnsiString);
2283		var i: integer;
2284		OldSQLVar: TSQLVarData;
2285		begin
#	Line 2344 | Line 2392 | begin
2392		inherited Destroy;
2393		end;
2394
2395	<	function TMetaData.GetUniqueRelationName: string;
2395	>	function TMetaData.GetUniqueRelationName: AnsiString;
2396		begin
2397		CheckActive;
2398		Result := FMetaData.UniqueRelationName;
#	Line 2372 | Line 2420 | begin
2420		end;
2421		end;
2422
2423	<	function TMetaData.ByName(Idx: String): IColumnMetaData;
2423	>	function TMetaData.ByName(Idx: AnsiString): IColumnMetaData;
2424		var aIBXSQLVAR: TSQLVarData;
2425		begin
2426		CheckActive;
#	Line 2432 | Line 2480 | begin
2480		end;
2481		end;
2482
2483	<	function TSQLParams.ByName(Idx: String): ISQLParam;
2483	>	function TSQLParams.ByName(Idx: AnsiString): ISQLParam;
2484		var aIBXSQLVAR: TSQLVarData;
2485		begin
2486		CheckActive;
#	Line 2457 | Line 2505 | begin
2505		end;
2506		end;
2507
2508	+	function TSQLParams.GetHasCaseSensitiveParams: Boolean;
2509	+	begin
2510	+	Result := FSQLParams.CaseSensitiveParams;
2511	+	end;
2512	+
2513		{ TResults }
2514
2515		procedure TResults.CheckActive;
#	Line 2475 | Line 2528 | begin
2528		end;
2529
2530		function TResults.GetISQLData(aIBXSQLVAR: TSQLVarData): ISQLData;
2531	+	var col: TIBSQLData;
2532		begin
2533		if (aIBXSQLVAR.Index < 0) or (aIBXSQLVAR.Index >= getCount) then
2534		IBError(ibxeInvalidColumnIndex,[nil]);
2535
2536		if not HasInterface(aIBXSQLVAR.Index) then
2537		AddInterface(aIBXSQLVAR.Index, TIBSQLData.Create(self,aIBXSQLVAR));
2538	<	Result := TIBSQLData(GetInterface(aIBXSQLVAR.Index));
2538	>	col := TIBSQLData(GetInterface(aIBXSQLVAR.Index));
2539	>	col.FTransaction := GetTransaction;
2540	>	Result := col;
2541		end;
2542
2543		constructor TResults.Create(aResults: TSQLDataArea);
#	Line 2500 | Line 2556 | begin
2556		Result := FResults.Count;
2557		end;
2558
2559	<	function TResults.ByName(Idx: String): ISQLData;
2559	>	function TResults.ByName(Idx: AnsiString): ISQLData;
2560		var col: TSQLVarData;
2561		begin
2562		Result := nil;
#	Line 2532 | Line 2588 | begin
2588		end;
2589
2590		procedure TResults.GetData(index: integer; var IsNull: boolean; var len: short;
2591	<	var data: PChar);
2591	>	var data: PByte);
2592		begin
2593		CheckActive;
2594		FResults.GetData(index,IsNull, len,data);
2595		end;
2596
2597	+	function TResults.GetStatement: IStatement;
2598	+	begin
2599	+	Result := FStatement;
2600	+	end;
2601	+
2602		function TResults.GetTransaction: ITransaction;
2603		begin
2604		Result := FStatement.GetTransaction;
#	Line 2548 | Line 2609 | begin
2609		RetainInterfaces := aValue;
2610		end;
2611
2551	–
2612		end.
2613

Diff Legend

–	Removed lines
+	Added lines
<	Changed lines
>	Changed lines