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Comparing ibx/trunk/fbintf/client/FBSQLData.pas (file contents):
Revision 47 by tony, Mon Jan 9 15:31:51 2017 UTC vs.
Revision 349 by tony, Mon Oct 18 08:39:40 2021 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, {$IFDEF WINDOWS} Windows, {$ENDIF} IB,  FBActivityMonitor, FBClientAPI,
84	>	FmtBCD;
85
86		type
87
88	<	{ TSQLDataItem }
88	>	{The IExTimeZoneServices is only available in FB4 and onwards}
89	>
90	>	IExTimeZoneServices = interface(ITimeZoneServices)
91	>	['{789c2eeb-c4a7-4fed-837e-0cbdef775904}']
92	>	{encode/decode - used to encode/decode the wire protocol}
93	>	procedure EncodeTimestampTZ(timestamp: TDateTime; timezoneID: TFBTimeZoneID;
94	>	bufptr: PByte); overload;
95	>	procedure EncodeTimestampTZ(timestamp: TDateTime; timezone: AnsiString;
96	>	bufptr: PByte); overload;
97	>	procedure EncodeTimeTZ(time: TDateTime; timezoneID: TFBTimeZoneID; OnDate: TDateTime;
98	>	bufptr: PByte); overload;
99	>	procedure EncodeTimeTZ(time: TDateTime; timezone: AnsiString; OnDate: TDateTime;
100	>	bufptr: PByte); overload;
101	>	procedure DecodeTimestampTZ(bufptr: PByte; var timestamp: TDateTime;
102	>	var dstOffset: smallint; var timezoneID: TFBTimeZoneID); overload;
103	>	procedure DecodeTimestampTZ(bufptr: PByte; var timestamp: TDateTime;
104	>	var dstOffset: smallint; var timezone: AnsiString); overload;
105	>	procedure DecodeTimestampTZEx(bufptr: PByte; var timestamp: TDateTime;
106	>	var dstOffset: smallint; var timezoneID: TFBTimeZoneID); overload;
107	>	procedure DecodeTimestampTZEx(bufptr: PByte; var timestamp: TDateTime;
108	>	var dstOffset: smallint; var timezone: AnsiString); overload;
109	>	procedure DecodeTimeTZ(bufptr: PByte; OnDate: TDateTime; var time: TDateTime;
110	>	var dstOffset: smallint; var timezoneID: TFBTimeZoneID); overload;
111	>	procedure DecodeTimeTZ(bufptr: PByte; OnDate: TDateTime; var time: TDateTime;
112	>	var dstOffset: smallint; var timezone: AnsiString); overload;
113	>	procedure DecodeTimeTZEx(bufptr: PByte; OnDate: TDateTime; var time: TDateTime;
114	>	var dstOffset: smallint; var timezoneID: TFBTimeZoneID); overload;
115	>	procedure DecodeTimeTZEx(bufptr: PByte; OnDate: TDateTime; var time: TDateTime;
116	>	var dstOffset: smallint; var timezone: AnsiString); overload;
117	>	end;
118	>
119	>	{ TSQLDataItem }
120
121		TSQLDataItem = class(TFBInterfacedObject)
122		private
123	+	FFirebirdClientAPI: TFBClientAPI;
124	+	FTimeZoneServices: IExTimeZoneServices;
125		function AdjustScale(Value: Int64; aScale: Integer): Double;
126		function AdjustScaleToInt64(Value: Int64; aScale: Integer): Int64;
127		function AdjustScaleToCurrency(Value: Int64; aScale: Integer): Currency;
128	+	function GetDateFormatStr(IncludeTime: boolean): AnsiString;
129	+	function GetTimeFormatStr: AnsiString;
130	+	function GetTimestampFormatStr: AnsiString;
131		procedure SetAsInteger(AValue: Integer);
132	+	procedure InternalGetAsDateTime(var aDateTime: TDateTime; var dstOffset: smallint;
133	+	var aTimezone: AnsiString; var aTimeZoneID: TFBTimeZoneID);
134		protected
135		function AdjustScaleFromCurrency(Value: Currency; aScale: Integer): Int64;
136		function AdjustScaleFromDouble(Value: Double; aScale: Integer): Int64;
137		procedure CheckActive; virtual;
138	+	procedure CheckTZSupport;
139	+	function GetAttachment: IAttachment; virtual; abstract;
140		function GetSQLDialect: integer; virtual; abstract;
141	+	function GetTimeZoneServices: IExTimeZoneServices; virtual;
142		procedure Changed; virtual;
143		procedure Changing; virtual;
144	<	procedure InternalSetAsString(Value: String); virtual;
145	<	function SQLData: PChar; virtual; abstract;
144	>	procedure InternalSetAsString(Value: AnsiString); virtual;
145	>	function SQLData: PByte; virtual; abstract;
146		function GetDataLength: cardinal; virtual; abstract;
147		function GetCodePage: TSystemCodePage; virtual; abstract;
148		function getCharSetID: cardinal; virtual; abstract;
149	<	function Transliterate(s: string; CodePage: TSystemCodePage): RawByteString;
149	>	function Transliterate(s: AnsiString; CodePage: TSystemCodePage): RawByteString;
150		procedure SetScale(aValue: integer); virtual;
151		procedure SetDataLength(len: cardinal); virtual;
152		procedure SetSQLType(aValue: cardinal); virtual;
153		property DataLength: cardinal read GetDataLength write SetDataLength;
154	<
154	>	property FirebirdClientAPI: TFBClientAPI read FFirebirdClientAPI;
155		public
156	<	function GetSQLType: cardinal; virtual; abstract;
157	<	function GetSQLTypeName: string; overload;
158	<	class function GetSQLTypeName(SQLType: short): string; overload;
159	<	function GetName: string; virtual; abstract;
160	<	function GetScale: integer; virtual; abstract;
156	>	constructor Create(api: TFBClientAPI);
157	>	function GetSQLType: cardinal; virtual; abstract; {Current Field Data SQL Type}
158	>	function GetSQLTypeName: AnsiString; overload;
159	>	class function GetSQLTypeName(SQLType: cardinal): AnsiString; overload;
160	>	function GetStrDataLength: short;
161	>	function GetName: AnsiString; virtual; abstract;
162	>	function GetScale: integer; virtual; abstract; {Current Field Data scale}
163		function GetAsBoolean: boolean;
164		function GetAsCurrency: Currency;
165		function GetAsInt64: Int64;
166	<	function GetAsDateTime: TDateTime;
166	>	function GetAsDateTime: TDateTime; overload;
167	>	procedure GetAsDateTime(var aDateTime: TDateTime; var dstOffset: smallint; var aTimezone: AnsiString); overload;
168	>	procedure GetAsDateTime(var aDateTime: TDateTime; var dstOffset: smallint; var aTimezoneID: TFBTimeZoneID); overload;
169	>	procedure GetAsTime(var aTime: TDateTime; var dstOffset: smallint; var aTimezoneID: TFBTimeZoneID; OnDate: TDateTime); overload;
170	>	procedure GetAsTime(var aTime: TDateTime; var dstOffset: smallint; var aTimezone: AnsiString; OnDate: TDateTime); overload;
171	>	procedure GetAsTime(var aTime: TDateTime; var dstOffset: smallint; var aTimezoneID: TFBTimeZoneID); overload;
172	>	procedure GetAsTime(var aTime: TDateTime; var dstOffset: smallint; var aTimezone: AnsiString); overload;
173	>	function GetAsUTCDateTime: TDateTime;
174		function GetAsDouble: Double;
175		function GetAsFloat: Float;
176		function GetAsLong: Long;
177		function GetAsPointer: Pointer;
178		function GetAsQuad: TISC_QUAD;
179		function GetAsShort: short;
180	<	function GetAsString: String; virtual;
180	>	function GetAsString: AnsiString; virtual;
181		function GetIsNull: Boolean; virtual;
182	<	function getIsNullable: boolean; virtual;
182	>	function GetIsNullable: boolean; virtual;
183		function GetAsVariant: Variant;
184		function GetModified: boolean; virtual;
185	+	function GetDateTimeStrLength(DateTimeFormat: TIBDateTimeFormats): integer;
186	+	function GetAsBCD: tBCD;
187	+	function GetSize: cardinal; virtual; abstract;
188	+	function GetCharSetWidth: integer; virtual; abstract;
189		procedure SetAsBoolean(AValue: boolean); virtual;
190		procedure SetAsCurrency(Value: Currency); virtual;
191		procedure SetAsInt64(Value: Int64); virtual;
192		procedure SetAsDate(Value: TDateTime); virtual;
193		procedure SetAsLong(Value: Long); virtual;
194	<	procedure SetAsTime(Value: TDateTime); virtual;
195	<	procedure SetAsDateTime(Value: TDateTime);
194	>	procedure SetAsTime(Value: TDateTime); overload;
195	>	procedure SetAsTime(aValue: TDateTime; OnDate: TDateTime;aTimeZoneID: TFBTimeZoneID); overload;
196	>	procedure SetAsTime(aValue: TDateTime; OnDate: TDateTime; aTimeZone: AnsiString); overload;
197	>	procedure SetAsDateTime(Value: TDateTime); overload;
198	>	procedure SetAsDateTime(aValue: TDateTime; aTimeZoneID: TFBTimeZoneID); overload;
199	>	procedure SetAsDateTime(aValue: TDateTime; aTimeZone: AnsiString); overload;
200	>	procedure SetAsUTCDateTime(aUTCTime: TDateTime);
201		procedure SetAsDouble(Value: Double); virtual;
202		procedure SetAsFloat(Value: Float); virtual;
203		procedure SetAsPointer(Value: Pointer);
204		procedure SetAsQuad(Value: TISC_QUAD);
205		procedure SetAsShort(Value: short); virtual;
206	<	procedure SetAsString(Value: String); virtual;
206	>	procedure SetAsString(Value: AnsiString); virtual;
207		procedure SetAsVariant(Value: Variant);
208	+	procedure SetAsNumeric(Value: Int64; aScale: integer);
209	+	procedure SetAsBcd(aValue: tBCD); virtual;
210		procedure SetIsNull(Value: Boolean); virtual;
211		procedure SetIsNullable(Value: Boolean); virtual;
212	<	procedure SetName(aValue: string); virtual;
212	>	procedure SetName(aValue: AnsiString); virtual;
213		property AsDate: TDateTime read GetAsDateTime write SetAsDate;
214		property AsBoolean:boolean read GetAsBoolean write SetAsBoolean;
215		property AsTime: TDateTime read GetAsDateTime write SetAsTime;
#	Line 175 | Line 223 | type
223		property AsPointer: Pointer read GetAsPointer write SetAsPointer;
224		property AsQuad: TISC_QUAD read GetAsQuad write SetAsQuad;
225		property AsShort: short read GetAsShort write SetAsShort;
226	<	property AsString: String read GetAsString write SetAsString;
226	>	property AsString: AnsiString read GetAsString write SetAsString;
227		property AsVariant: Variant read GetAsVariant write SetAsVariant;
228		property Modified: Boolean read getModified;
229		property IsNull: Boolean read GetIsNull write SetIsNull;
#	Line 192 | Line 240 | type
240
241		TSQLDataArea = class
242		private
243	+	FCaseSensitiveParams: boolean;
244		function GetColumn(index: integer): TSQLVarData;
245		function GetCount: integer;
246		protected
247	<	FUniqueRelationName: string;
247	>	FUniqueRelationName: AnsiString;
248		FColumnList: array of TSQLVarData;
249		function GetStatement: IStatement; virtual; abstract;
250		function GetPrepareSeqNo: integer; virtual; abstract;
#	Line 205 | Line 254 | type
254		public
255		procedure Initialize; virtual;
256		function IsInputDataArea: boolean; virtual; abstract; {Input to Database}
257	<	procedure PreprocessSQL(sSQL: string; GenerateParamNames: boolean;
258	<	var sProcessedSQL: string);
257	>	procedure PreprocessSQL(sSQL: AnsiString; GenerateParamNames: boolean;
258	>	var sProcessedSQL: AnsiString);
259		function ColumnsInUseCount: integer; virtual;
260	<	function ColumnByName(Idx: string): TSQLVarData;
260	>	function ColumnByName(Idx: AnsiString): TSQLVarData;
261		function CheckStatementStatus(Request: TStatementStatus): boolean; virtual; abstract;
262		procedure GetData(index: integer; var IsNull: boolean; var len: short;
263	<	var data: PChar); virtual;
263	>	var data: PByte); virtual;
264		procedure RowChange;
265		function StateChanged(var ChangeSeqNo: integer): boolean; virtual; abstract;
266	+	property CaseSensitiveParams: boolean read FCaseSensitiveParams
267	+	write FCaseSensitiveParams; {Only used when IsInputDataArea true}
268	+	function CanChangeMetaData: boolean; virtual; abstract;
269		property Count: integer read GetCount;
270		property Column[index: integer]: TSQLVarData read GetColumn;
271	<	property UniqueRelationName: string read FUniqueRelationName;
271	>	property UniqueRelationName: AnsiString read FUniqueRelationName;
272		property Statement: IStatement read GetStatement;
273		property PrepareSeqNo: integer read GetPrepareSeqNo;
274		property TransactionSeqNo: integer read GetTransactionSeqNo;
#	Line 227 | Line 279 | type
279		TSQLVarData = class
280		private
281		FParent: TSQLDataArea;
282	<	FName: string;
282	>	FName: AnsiString;
283		FIndex: integer;
284		FModified: boolean;
285		FUniqueName: boolean;
286		FVarString: RawByteString;
287	+	FColMetaData: IParamMetaData;
288		function GetStatement: IStatement;
289	<	procedure SetName(AValue: string);
289	>	procedure SetName(AValue: AnsiString);
290		protected
291	+	function GetAttachment: IAttachment; virtual; abstract;
292		function GetSQLType: cardinal; virtual; abstract;
293		function GetSubtype: integer; virtual; abstract;
294	<	function GetAliasName: string;  virtual; abstract;
295	<	function GetFieldName: string; virtual; abstract;
296	<	function GetOwnerName: string;  virtual; abstract;
297	<	function GetRelationName: string;  virtual; abstract;
294	>	function GetAliasName: AnsiString;  virtual; abstract;
295	>	function GetFieldName: AnsiString; virtual; abstract;
296	>	function GetOwnerName: AnsiString;  virtual; abstract;
297	>	function GetRelationName: AnsiString;  virtual; abstract;
298		function GetScale: integer; virtual; abstract;
299		function GetCharSetID: cardinal; virtual; abstract;
300	+	function GetCharSetWidth: integer; virtual; abstract;
301		function GetCodePage: TSystemCodePage; virtual; abstract;
302		function GetIsNull: Boolean;   virtual; abstract;
303		function GetIsNullable: boolean; virtual; abstract;
304	<	function GetSQLData: PChar;  virtual; abstract;
305	<	function GetDataLength: cardinal; virtual; abstract;
304	>	function GetSQLData: PByte;  virtual; abstract;
305	>	function GetDataLength: cardinal; virtual; abstract; {current field length}
306	>	function GetSize: cardinal; virtual; abstract; {field length as given by metadata}
307	>	function GetDefaultTextSQLType: cardinal; virtual; abstract;
308		procedure SetIsNull(Value: Boolean); virtual; abstract;
309		procedure SetIsNullable(Value: Boolean);  virtual; abstract;
310	<	procedure SetSQLData(AValue: PChar; len: cardinal); virtual; abstract;
310	>	procedure SetSQLData(AValue: PByte; len: cardinal); virtual; abstract;
311		procedure SetScale(aValue: integer); virtual; abstract;
312		procedure SetDataLength(len: cardinal); virtual; abstract;
313		procedure SetSQLType(aValue: cardinal); virtual; abstract;
314		procedure SetCharSetID(aValue: cardinal); virtual; abstract;
315	+	procedure SetMetaSize(aValue: cardinal); virtual;
316		public
317		constructor Create(aParent: TSQLDataArea; aIndex: integer);
318	<	procedure SetString(aValue: string);
318	>	procedure SetString(aValue: AnsiString);
319		procedure Changed; virtual;
320		procedure RowChange; virtual;
321		function GetAsArray(Array_ID: TISC_QUAD): IArray; virtual; abstract;
#	Line 265 | Line 323 | type
323		function CreateBlob: IBlob; virtual; abstract;
324		function GetArrayMetaData: IArrayMetaData; virtual; abstract;
325		function GetBlobMetaData: IBlobMetaData; virtual; abstract;
326	+	function getColMetadata: IParamMetaData;
327		procedure Initialize; virtual;
328	+	procedure SaveMetaData;
329
330		public
331	<	property AliasName: string read GetAliasName;
332	<	property FieldName: string read GetFieldName;
333	<	property OwnerName: string read GetOwnerName;
334	<	property RelationName: string read GetRelationName;
331	>	property AliasName: AnsiString read GetAliasName;
332	>	property FieldName: AnsiString read GetFieldName;
333	>	property OwnerName: AnsiString read GetOwnerName;
334	>	property RelationName: AnsiString read GetRelationName;
335		property Parent: TSQLDataArea read FParent;
336		property Index: integer read FIndex;
337	<	property Name: string read FName write SetName;
337	>	property Name: AnsiString read FName write SetName;
338		property CharSetID: cardinal read GetCharSetID write SetCharSetID;
339		property SQLType: cardinal read GetSQLType write SetSQLType;
340		property SQLSubtype: integer read GetSubtype;
341	<	property SQLData: PChar read GetSQLData;
341	>	property SQLData: PByte read GetSQLData;
342		property DataLength: cardinal read GetDataLength write SetDataLength;
343		property IsNull: Boolean read GetIsNull write SetIsNull;
344		property IsNullable: Boolean read GetIsNullable write SetIsNullable;
#	Line 296 | Line 356 | type
356		FIBXSQLVAR: TSQLVarData;
357		FOwner: IUnknown;         {Keep reference to ensure Metadata/statement not discarded}
358		FPrepareSeqNo: integer;
299	–	FStatement: IStatement;
359		FChangeSeqNo: integer;
360		protected
361		procedure CheckActive; override;
362	<	function SQLData: PChar; override;
362	>	function GetAttachment: IAttachment; override;
363	>	function SQLData: PByte; override;
364		function GetDataLength: cardinal; override;
365		function GetCodePage: TSystemCodePage; override;
366
#	Line 308 | Line 368 | type
368		constructor Create(aOwner: IUnknown; aIBXSQLVAR: TSQLVarData);
369		destructor Destroy; override;
370		function GetSQLDialect: integer; override;
311	–	property Statement: IStatement read FStatement;
371
372		public
373		{IColumnMetaData}
374		function GetIndex: integer;
375		function GetSQLType: cardinal; override;
376		function getSubtype: integer;
377	<	function getRelationName: string;
378	<	function getOwnerName: string;
379	<	function getSQLName: string;    {Name of the column}
380	<	function getAliasName: string;  {Alias Name of column or Column Name if not alias}
381	<	function GetName: string; override;      {Disambiguated uppercase Field Name}
377	>	function getRelationName: AnsiString;
378	>	function getOwnerName: AnsiString;
379	>	function getSQLName: AnsiString;    {Name of the column}
380	>	function getAliasName: AnsiString;  {Alias Name of column or Column Name if not alias}
381	>	function GetName: AnsiString; override;      {Disambiguated uppercase Field Name}
382		function GetScale: integer; override;
383		function getCharSetID: cardinal; override;
384		function GetIsNullable: boolean; override;
385	<	function GetSize: cardinal;
385	>	function GetSize: cardinal; override;
386	>	function GetCharSetWidth: integer; override;
387		function GetArrayMetaData: IArrayMetaData;
388		function GetBlobMetaData: IBlobMetaData;
389	<	property Name: string read GetName;
389	>	function GetStatement: IStatement;
390	>	function GetTransaction: ITransaction; virtual;
391	>	property Name: AnsiString read GetName;
392		property Size: cardinal read GetSize;
393		property CharSetID: cardinal read getCharSetID;
394		property SQLSubtype: integer read getSubtype;
395		property IsNullable: Boolean read GetIsNullable;
396	+	public
397	+	property Statement: IStatement read GetStatement;
398		end;
399
400		{ TIBSQLData }
401
402		TIBSQLData = class(TColumnMetaData,ISQLData)
403	+	private
404	+	FTransaction: ITransaction;
405		protected
406		procedure CheckActive; override;
407		public
408	+	function GetTransaction: ITransaction; override;
409		function GetIsNull: Boolean; override;
410		function GetAsArray: IArray;
411		function GetAsBlob: IBlob; overload;
412		function GetAsBlob(BPB: IBPB): IBlob; overload;
413	<	function GetAsString: String; override;
413	>	function GetAsString: AnsiString; override;
414		property AsBlob: IBlob read GetAsBlob;
415		end;
416
417	+	{ TSQLParamMetaData }
418	+
419	+	TSQLParamMetaData = class(TFBInterfacedObject,IParamMetaData)
420	+	private
421	+	FSQLType: cardinal;
422	+	FSQLSubType: integer;
423	+	FScale: integer;
424	+	FCharSetID: cardinal;
425	+	FNullable: boolean;
426	+	FSize: cardinal;
427	+	FCodePage: TSystemCodePage;
428	+	public
429	+	constructor Create(src: TSQLVarData);
430	+	{IParamMetaData}
431	+	function GetSQLType: cardinal;
432	+	function GetSQLTypeName: AnsiString;
433	+	function getSubtype: integer;
434	+	function getScale: integer;
435	+	function getCharSetID: cardinal;
436	+	function getCodePage: TSystemCodePage;
437	+	function getIsNullable: boolean;
438	+	function GetSize: cardinal;
439	+	property SQLType: cardinal read GetSQLType;
440	+	end;
441	+
442		{ TSQLParam }
443
444	<	TSQLParam = class(TIBSQLData,ISQLParam)
444	>	TSQLParam = class(TIBSQLData,ISQLParam,ISQLData)
445		protected
446		procedure CheckActive; override;
447		procedure Changed; override;
448	<	procedure InternalSetAsString(Value: String); override;
448	>	procedure InternalSetAsString(Value: AnsiString); override;
449		procedure SetScale(aValue: integer); override;
450		procedure SetDataLength(len: cardinal); override;
451		procedure SetSQLType(aValue: cardinal); override;
452		public
453		procedure Clear;
454	+	function getColMetadata: IParamMetaData;
455		function GetModified: boolean; override;
456		function GetAsPointer: Pointer;
457	<	procedure SetName(Value: string); override;
457	>	function GetAsString: AnsiString; override;
458	>	procedure SetName(Value: AnsiString); override;
459		procedure SetIsNull(Value: Boolean);  override;
460		procedure SetIsNullable(Value: Boolean); override;
461		procedure SetAsArray(anArray: IArray);
#	Line 372 | Line 466 | type
466		procedure SetAsInt64(AValue: Int64);
467		procedure SetAsDate(AValue: TDateTime);
468		procedure SetAsLong(AValue: Long);
469	<	procedure SetAsTime(AValue: TDateTime);
470	<	procedure SetAsDateTime(AValue: TDateTime);
469	>	procedure SetAsTime(AValue: TDateTime); overload;
470	>	procedure SetAsTime(aValue: TDateTime; OnDate: TDateTime; aTimeZoneID: TFBTimeZoneID); overload;
471	>	procedure SetAsTime(aValue: TDateTime; OnDate: TDateTime; aTimeZone: AnsiString); overload;
472	>	procedure SetAsTime(aValue: TDateTime; aTimeZoneID: TFBTimeZoneID); overload;
473	>	procedure SetAsTime(aValue: TDateTime; aTimeZone: AnsiString); overload;
474	>	procedure SetAsDateTime(AValue: TDateTime); overload;
475	>	procedure SetAsDateTime(aValue: TDateTime; aTimeZoneID: TFBTimeZoneID); overload;
476	>	procedure SetAsDateTime(aValue: TDateTime; aTimeZone: AnsiString); overload;
477		procedure SetAsDouble(AValue: Double);
478		procedure SetAsFloat(AValue: Float);
479		procedure SetAsPointer(AValue: Pointer);
480		procedure SetAsShort(AValue: Short);
481	<	procedure SetAsString(AValue: String); override;
481	>	procedure SetAsString(AValue: AnsiString); override;
482		procedure SetAsVariant(AValue: Variant);
483		procedure SetAsBlob(aValue: IBlob);
484		procedure SetAsQuad(AValue: TISC_QUAD);
485		procedure SetCharSetID(aValue: cardinal);
486	+	procedure SetAsBcd(aValue: tBCD);
487
488		property AsBlob: IBlob read GetAsBlob write SetAsBlob;
489		property IsNullable: Boolean read GetIsNullable write SetIsNullable;
#	Line 401 | Line 502 | type
502		destructor Destroy; override;
503		public
504		{IMetaData}
505	<	function GetUniqueRelationName: string;
505	>	function GetUniqueRelationName: AnsiString;
506		function getCount: integer;
507		function getColumnMetaData(index: integer): IColumnMetaData;
508	<	function ByName(Idx: String): IColumnMetaData;
508	>	function ByName(Idx: AnsiString): IColumnMetaData;
509		end;
510
511		{ TSQLParams }
#	Line 423 | Line 524 | type
524		{ISQLParams}
525		function getCount: integer;
526		function getSQLParam(index: integer): ISQLParam;
527	<	function ByName(Idx: String): ISQLParam ;
527	>	function ByName(Idx: AnsiString): ISQLParam ;
528		function GetModified: Boolean;
529	+	function GetHasCaseSensitiveParams: Boolean;
530		end;
531
532		{ TResults }
#	Line 443 | Line 545 | type
545		constructor Create(aResults: TSQLDataArea);
546		{IResults}
547		function getCount: integer;
548	<	function ByName(Idx: String): ISQLData;
548	>	function ByName(Idx: AnsiString): ISQLData;
549		function getSQLData(index: integer): ISQLData;
550	<	procedure GetData(index: integer; var IsNull:boolean; var len: short; var data: PChar);
550	>	procedure GetData(index: integer; var IsNull:boolean; var len: short; var data: PByte);
551	>	function GetStatement: IStatement;
552		function GetTransaction: ITransaction; virtual;
553		procedure SetRetainInterfaces(aValue: boolean);
554		end;
555
556		implementation
557
558	<	uses FBMessages, FBClientAPI, variants, IBUtils, FBTransaction;
558	>	uses FBMessages, variants, IBUtils, FBTransaction, DateUtils;
559	>
560	>	{ TSQLParamMetaData }
561	>
562	>	constructor TSQLParamMetaData.Create(src: TSQLVarData);
563	>	begin
564	>	inherited Create;
565	>	FSQLType := src.GetSQLType;
566	>	FSQLSubType := src.getSubtype;
567	>	FScale := src.GetScale;
568	>	FCharSetID := src.getCharSetID;
569	>	FNullable := src.GetIsNullable;
570	>	FSize := src.GetSize;
571	>	FCodePage := src.GetCodePage;
572	>	end;
573	>
574	>	function TSQLParamMetaData.GetSQLType: cardinal;
575	>	begin
576	>	Result := FSQLType;
577	>	end;
578	>
579	>	function TSQLParamMetaData.GetSQLTypeName: AnsiString;
580	>	begin
581	>	Result := TSQLDataItem.GetSQLTypeName(FSQLType);
582	>	end;
583	>
584	>	function TSQLParamMetaData.getSubtype: integer;
585	>	begin
586	>	Result := FSQLSubType;
587	>	end;
588	>
589	>	function TSQLParamMetaData.getScale: integer;
590	>	begin
591	>	Result := FScale;
592	>	end;
593	>
594	>	function TSQLParamMetaData.getCharSetID: cardinal;
595	>	begin
596	>	Result := FCharSetID;
597	>	end;
598	>
599	>	function TSQLParamMetaData.getCodePage: TSystemCodePage;
600	>	begin
601	>	Result :=  FCodePage;
602	>	end;
603	>
604	>	function TSQLParamMetaData.getIsNullable: boolean;
605	>	begin
606	>	Result :=  FNullable;
607	>	end;
608	>
609	>	function TSQLParamMetaData.GetSize: cardinal;
610	>	begin
611	>	Result := FSize;
612	>	end;
613
614		{ TSQLDataArea }
615
#	Line 472 | Line 629 | procedure TSQLDataArea.SetUniqueRelation
629		var
630		i: Integer;
631		bUnique: Boolean;
632	<	RelationName: string;
632	>	RelationName: AnsiString;
633		begin
634		bUnique := True;
635		for i := 0 to ColumnsInUseCount - 1 do
#	Line 503 | Line 660 | begin
660		Column[i].Initialize;
661		end;
662
663	<	procedure TSQLDataArea.PreprocessSQL(sSQL: string; GenerateParamNames: boolean;
664	<	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}
528	<
529	<	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]);
663	>	procedure TSQLDataArea.PreprocessSQL(sSQL: AnsiString; GenerateParamNames: boolean;
664	>	var sProcessedSQL: AnsiString);
665
666	<	sParamName := '';
540	<	iLenSQL := Length(sSQL);
541	<	GetMem(StrBuffer,iLenSQL + 1);
542	<	slNames := TStringList.Create;
543	<	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;
666	>	var slNames: TStrings;
667
668	<	CommentState:
669	<	begin
670	<	if (cNextChar = #0) then
671	<	IBError(ibxeSQLParseError, [SEOFInComment])
672	<	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);
668	>	procedure SetColumnNames(slNames: TStrings);
669	>	var i, j: integer;
670	>	found: boolean;
671	>	begin
672	>	found := false;
673		SetCount(slNames.Count);
674		for i := 0 to slNames.Count - 1 do
675		begin
#	Line 705 | Line 690 | begin
690		Column[i].UniqueName := not found;
691		end;
692		end;
693	+	end;
694	+
695	+	begin
696	+	if not IsInputDataArea then
697	+	IBError(ibxeNotPermitted,[nil]);
698	+
699	+	slNames := TStringList.Create;
700	+	try
701	+	sProcessedSQL := TSQLParamProcessor.Execute(sSQL,GenerateParamNames,slNames);
702	+	SetColumnNames(slNames);
703		finally
704		slNames.Free;
710	–	FreeMem(StrBuffer);
705		end;
706		end;
707
#	Line 716 | Line 710 | begin
710		Result := Count;
711		end;
712
713	<	function TSQLDataArea.ColumnByName(Idx: string): TSQLVarData;
713	>	function TSQLDataArea.ColumnByName(Idx: AnsiString): TSQLVarData;
714		var
715	<	s: String;
715	>	s: AnsiString;
716		i: Integer;
717		begin
718	<	{$ifdef UseCaseInSensitiveParamName}
719	<	s := AnsiUpperCase(Idx);
720	<	{$else}
718	>	if not IsInputDataArea or not CaseSensitiveParams then
719	>	s := AnsiUpperCase(Idx)
720	>	else
721		s := Idx;
722	<	{$endif}
722	>
723		for i := 0 to Count - 1 do
724		if Column[i].Name = s then
725		begin
#	Line 736 | Line 730 | begin
730		end;
731
732		procedure TSQLDataArea.GetData(index: integer; var IsNull: boolean;
733	<	var len: short; var data: PChar);
733	>	var len: short; var data: PByte);
734		begin
735		//Do Nothing
736		end;
#	Line 755 | Line 749 | begin
749		Result := FParent.Statement;
750		end;
751
752	<	procedure TSQLVarData.SetName(AValue: string);
752	>	procedure TSQLVarData.SetName(AValue: AnsiString);
753		begin
754	<	if FName = AValue then Exit;
761	<	{$ifdef UseCaseInSensitiveParamName}
762	<	if Parent.IsInputDataArea then
754	>	if not Parent.IsInputDataArea or not Parent.CaseSensitiveParams then
755		FName := AnsiUpperCase(AValue)
756		else
765	–	{$endif}
757		FName := AValue;
758		end;
759
760	+	procedure TSQLVarData.SetMetaSize(aValue: cardinal);
761	+	begin
762	+	//Ignore
763	+	end;
764	+
765	+	procedure TSQLVarData.SaveMetaData;
766	+	begin
767	+	FColMetaData := TSQLParamMetaData.Create(self);
768	+	end;
769	+
770		constructor TSQLVarData.Create(aParent: TSQLDataArea; aIndex: integer);
771		begin
772		inherited Create;
#	Line 774 | Line 775 | begin
775		FUniqueName := true;
776		end;
777
778	<	procedure TSQLVarData.SetString(aValue: string);
778	>	procedure TSQLVarData.SetString(aValue: AnsiString);
779		begin
780		{we take full advantage here of reference counted strings. When setting a string
781		value, a reference is kept in FVarString and a pointer to it placed in the
782	<	SQLVar. This avoids string copies. Note that PChar is guaranteed to point to
782	>	SQLVar. This avoids string copies. Note that PAnsiChar is guaranteed to point to
783		a zero byte when the string is empty, neatly avoiding a nil pointer error.}
784
785		FVarString := aValue;
786	<	SQLType := SQL_TEXT;
787	<	SetSQLData(PChar(FVarString),Length(aValue));
786	>	if SQLType = SQL_BLOB then
787	>	SetMetaSize(GetAttachment.GetInlineBlobLimit);
788	>	SQLType := GetDefaultTextSQLType;
789	>	Scale := 0;
790	>	SetSQLData(PByte(PAnsiChar(FVarString)),Length(aValue));
791		end;
792
793		procedure TSQLVarData.Changed;
#	Line 797 | Line 801 | begin
801		FVarString := '';
802		end;
803
804	+	function TSQLVarData.getColMetadata: IParamMetaData;
805	+	begin
806	+	Result := FColMetaData;
807	+	end;
808	+
809		procedure TSQLVarData.Initialize;
810
811	<	function FindVarByName(idx: string; limit: integer): TSQLVarData;
811	>	function FindVarByName(idx: AnsiString; limit: integer): TSQLVarData;
812		var
813		k: integer;
814		begin
#	Line 814 | Line 823 | procedure TSQLVarData.Initialize;
823
824		var
825		j, j_len: Integer;
826	<	st: String;
827	<	sBaseName: string;
826	>	st: AnsiString;
827	>	sBaseName: AnsiString;
828		begin
829		RowChange;
830
#	Line 902 | Line 911 | function TSQLDataItem.AdjustScaleToCurre
911		var
912		Scaling : Int64;
913		i : Integer;
914	<	FractionText, PadText, CurrText: string;
914	>	FractionText, PadText, CurrText: AnsiString;
915		begin
916		Result := 0;
917		Scaling := 1;
#	Line 921 | Line 930 | begin
930		FractionText := IntToStr(abs(Value mod Scaling));
931		for i := Length(FractionText) to -aScale -1 do
932		PadText := '0' + PadText;
933	+	{$IF declared(DefaultFormatSettings)}
934	+	with DefaultFormatSettings do
935	+	{$ELSE}
936	+	{$IF declared(FormatSettings)}
937	+	with FormatSettings do
938	+	{$IFEND}
939	+	{$IFEND}
940		if Value < 0 then
941	<	CurrText := '-' + IntToStr(Abs(Value div Scaling)) + DefaultFormatSettings.DecimalSeparator + PadText + FractionText
941	>	CurrText := '-' + IntToStr(Abs(Value div Scaling)) + DecimalSeparator + PadText + FractionText
942		else
943	<	CurrText := IntToStr(Abs(Value div Scaling)) + DefaultFormatSettings.DecimalSeparator + PadText + FractionText;
943	>	CurrText := IntToStr(Abs(Value div Scaling)) + DecimalSeparator + PadText + FractionText;
944		try
945		result := StrToCurr(CurrText);
946		except
#	Line 936 | Line 952 | begin
952		result := Value;
953		end;
954
955	+	function TSQLDataItem.GetDateFormatStr(IncludeTime: boolean): AnsiString;
956	+	begin
957	+	{$IF declared(DefaultFormatSettings)}
958	+	with DefaultFormatSettings do
959	+	{$ELSE}
960	+	{$IF declared(FormatSettings)}
961	+	with FormatSettings do
962	+	{$IFEND}
963	+	{$IFEND}
964	+	case GetSQLDialect of
965	+	1:
966	+	if IncludeTime then
967	+	result := ShortDateFormat + ' ' + LongTimeFormat
968	+	else
969	+	result := ShortDateFormat;
970	+	3:
971	+	result := ShortDateFormat;
972	+	end;
973	+	end;
974	+
975	+	function TSQLDataItem.GetTimeFormatStr: AnsiString;
976	+	begin
977	+	{$IF declared(DefaultFormatSettings)}
978	+	with DefaultFormatSettings do
979	+	{$ELSE}
980	+	{$IF declared(FormatSettings)}
981	+	with FormatSettings do
982	+	{$IFEND}
983	+	{$IFEND}
984	+	Result := 'hh' + TimeSeparator + 'nn' + TimeSeparator + 'ss' + '.zzzz';;
985	+	end;
986	+
987	+	function TSQLDataItem.GetTimestampFormatStr: AnsiString;
988	+	begin
989	+	{$IF declared(DefaultFormatSettings)}
990	+	with DefaultFormatSettings do
991	+	{$ELSE}
992	+	{$IF declared(FormatSettings)}
993	+	with FormatSettings do
994	+	{$IFEND}
995	+	{$IFEND}
996	+	Result := ShortDateFormat + ' ' +  'hh' + TimeSeparator + 'nn' + TimeSeparator + 'ss' + '.zzzz';
997	+	end;
998	+
999		procedure TSQLDataItem.SetAsInteger(AValue: Integer);
1000		begin
1001		SetAsLong(aValue);
1002		end;
1003
1004	+	procedure TSQLDataItem.InternalGetAsDateTime(var aDateTime: TDateTime;
1005	+	var dstOffset: smallint; var aTimezone: AnsiString;
1006	+	var aTimeZoneID: TFBTimeZoneID);
1007	+	begin
1008	+	CheckActive;
1009	+	aDateTime := 0;
1010	+	dstOffset := 0;
1011	+	aTimezone := '';
1012	+	aTimeZoneID := TimeZoneID_GMT;
1013	+	if not IsNull then
1014	+	with FFirebirdClientAPI do
1015	+	case SQLType of
1016	+	SQL_TEXT, SQL_VARYING:
1017	+	if not ParseDateTimeTZString(AsString,aDateTime,aTimeZone) then
1018	+	IBError(ibxeInvalidDataConversion, [nil]);
1019	+	SQL_TYPE_DATE:
1020	+	aDateTime := SQLDecodeDate(SQLData);
1021	+	SQL_TYPE_TIME:
1022	+	aDateTime := SQLDecodeTime(SQLData);
1023	+	SQL_TIMESTAMP:
1024	+	aDateTime := SQLDecodeDateTime(SQLData);
1025	+	SQL_TIMESTAMP_TZ:
1026	+	begin
1027	+	GetTimeZoneServices.DecodeTimestampTZ(SQLData,aDateTime,dstOffset,aTimeZone);
1028	+	aTimeZoneID := PISC_TIMESTAMP_TZ(SQLData)^.time_zone;
1029	+	end;
1030	+	SQL_TIMESTAMP_TZ_EX:
1031	+	begin
1032	+	GetTimeZoneServices.DecodeTimestampTZEx(SQLData,aDateTime,dstOffset,aTimeZone);
1033	+	aTimeZoneID := PISC_TIMESTAMP_TZ_EX(SQLData)^.time_zone;
1034	+	end;
1035	+	SQL_TIME_TZ:
1036	+	with GetTimeZoneServices do
1037	+	begin
1038	+	DecodeTimeTZ(SQLData,GetTimeTZDate,aDateTime,dstOffset,aTimeZone);
1039	+	aTimeZoneID := PISC_TIME_TZ(SQLData)^.time_zone;
1040	+	end;
1041	+	SQL_TIME_TZ_EX:
1042	+	with GetTimeZoneServices do
1043	+	begin
1044	+	DecodeTimeTZEx(SQLData,GetTimeTZDate,aDateTime,dstOffset,aTimeZone);
1045	+	aTimeZoneID := PISC_TIME_TZ_EX(SQLData)^.time_zone;
1046	+	end;
1047	+	else
1048	+	IBError(ibxeInvalidDataConversion, [nil]);
1049	+	end;
1050	+	end;
1051	+
1052		function TSQLDataItem.AdjustScaleFromCurrency(Value: Currency; aScale: Integer
1053		): Int64;
1054		var
#	Line 989 | Line 1097 | begin
1097		end
1098		else
1099		result := trunc(Value);
1100	+	//  writeln('Adjusted ',Value,' to ',Result);
1101		end;
1102
1103		procedure TSQLDataItem.CheckActive;
#	Line 996 | Line 1105 | begin
1105		//Do nothing by default
1106		end;
1107
1108	+	procedure TSQLDataItem.CheckTZSupport;
1109	+	begin
1110	+	if not FFirebirdClientAPI.HasTimeZoneSupport then
1111	+	IBError(ibxeNoTimezoneSupport,[]);
1112	+	end;
1113	+
1114	+	function TSQLDataItem.GetTimeZoneServices: IExTimeZoneServices;
1115	+	begin
1116	+	if FTimeZoneServices = nil then
1117	+	begin
1118	+	if not GetAttachment.HasTimeZoneSupport then
1119	+	IBError(ibxeNoTimezoneSupport,[]);
1120	+	GetAttachment.GetTimeZoneServices.QueryInterface(IExTimeZoneServices,FTimeZoneServices);
1121	+	end;
1122	+	Result := FTimeZoneServices;
1123	+	end;
1124	+
1125		procedure TSQLDataItem.Changed;
1126		begin
1127		//Do nothing by default
#	Line 1006 | Line 1132 | begin
1132		//Do nothing by default
1133		end;
1134
1135	<	procedure TSQLDataItem.InternalSetAsString(Value: String);
1135	>	procedure TSQLDataItem.InternalSetAsString(Value: AnsiString);
1136		begin
1137		//Do nothing by default
1138		end;
1139
1140	<	function TSQLDataItem.Transliterate(s: string; CodePage: TSystemCodePage
1140	>	function TSQLDataItem.Transliterate(s: AnsiString; CodePage: TSystemCodePage
1141		): RawByteString;
1142		begin
1143		Result := s;
#	Line 1034 | Line 1160 | begin
1160		//Do nothing by default
1161		end;
1162
1163	<	function TSQLDataItem.GetSQLTypeName: string;
1163	>	constructor TSQLDataItem.Create(api: TFBClientAPI);
1164	>	begin
1165	>	inherited Create;
1166	>	FFirebirdClientAPI := api;
1167	>	end;
1168	>
1169	>	function TSQLDataItem.GetSQLTypeName: AnsiString;
1170		begin
1171		Result := GetSQLTypeName(GetSQLType);
1172		end;
1173
1174	<	class function TSQLDataItem.GetSQLTypeName(SQLType: short): string;
1174	>	class function TSQLDataItem.GetSQLTypeName(SQLType: cardinal): AnsiString;
1175		begin
1176		Result := 'Unknown';
1177		case SQLType of
#	Line 1050 | Line 1182 | begin
1182		SQL_LONG:             Result := 'SQL_LONG';
1183		SQL_SHORT:            Result := 'SQL_SHORT';
1184		SQL_TIMESTAMP:        Result := 'SQL_TIMESTAMP';
1185	+	SQL_TIMESTAMP_TZ:     Result := 'SQL_TIMESTAMP_TZ';
1186	+	SQL_TIMESTAMP_TZ_EX:  Result := 'SQL_TIMESTAMP_TZ_EX';
1187		SQL_BLOB:             Result := 'SQL_BLOB';
1188		SQL_D_FLOAT:          Result := 'SQL_D_FLOAT';
1189		SQL_ARRAY:            Result := 'SQL_ARRAY';
#	Line 1057 | Line 1191 | begin
1191		SQL_TYPE_TIME:        Result := 'SQL_TYPE_TIME';
1192		SQL_TYPE_DATE:        Result := 'SQL_TYPE_DATE';
1193		SQL_INT64:            Result := 'SQL_INT64';
1194	+	SQL_TIME_TZ:          Result := 'SQL_TIME_TZ';
1195	+	SQL_TIME_TZ_EX:       Result := 'SQL_TIME_TZ_EX';
1196	+	SQL_DEC_FIXED:        Result := 'SQL_DEC_FIXED';
1197	+	SQL_DEC16:            Result := 'SQL_DEC16';
1198	+	SQL_DEC34:            Result := 'SQL_DEC34';
1199	+	SQL_INT128:           Result := 'SQL_INT128';
1200	+	SQL_NULL:             Result := 'SQL_NULL';
1201	+	SQL_BOOLEAN:          Result := 'SQL_BOOLEAN';
1202		end;
1203		end;
1204
1205	+	function TSQLDataItem.GetStrDataLength: short;
1206	+	begin
1207	+	with FFirebirdClientAPI do
1208	+	if SQLType = SQL_VARYING then
1209	+	Result := DecodeInteger(SQLData, 2)
1210	+	else
1211	+	Result := DataLength;
1212	+	end;
1213	+
1214		function TSQLDataItem.GetAsBoolean: boolean;
1215		begin
1216		CheckActive;
#	Line 1099 | Line 1250 | begin
1250		result := AdjustScaleToCurrency(PInt64(SQLData)^,
1251		Scale);
1252		SQL_DOUBLE, SQL_FLOAT, SQL_D_FLOAT:
1253	<	result := Trunc(AsDouble);
1253	>	result := Round(AsDouble);
1254	>
1255	>	SQL_DEC_FIXED,
1256	>	SQL_DEC16,
1257	>	SQL_DEC34,
1258	>	SQL_INT128:
1259	>	if not BCDToCurr(GetAsBCD,Result) then
1260	>	IBError(ibxeInvalidDataConversion, [nil]);
1261	>
1262		else
1263		IBError(ibxeInvalidDataConversion, [nil]);
1264		end;
#	Line 1129 | Line 1288 | begin
1288		result := AdjustScaleToInt64(PInt64(SQLData)^,
1289		Scale);
1290		SQL_DOUBLE, SQL_FLOAT, SQL_D_FLOAT:
1291	<	result := Trunc(AsDouble);
1291	>	result := Round(AsDouble);
1292		else
1293		IBError(ibxeInvalidDataConversion, [nil]);
1294		end;
1295		end;
1296
1297		function TSQLDataItem.GetAsDateTime: TDateTime;
1298	+	var aTimezone: AnsiString;
1299	+	aTimeZoneID: TFBTimeZoneID;
1300	+	dstOffset: smallint;
1301	+	begin
1302	+	InternalGetAsDateTime(Result,dstOffset,aTimeZone,aTimeZoneID);
1303	+	end;
1304	+
1305	+	procedure TSQLDataItem.GetAsDateTime(var aDateTime: TDateTime;
1306	+	var dstOffset: smallint; var aTimezone: AnsiString);
1307	+	var aTimeZoneID: TFBTimeZoneID;
1308	+	begin
1309	+	InternalGetAsDateTime(aDateTime,dstOffset,aTimeZone,aTimeZoneID);
1310	+	end;
1311	+
1312	+	procedure TSQLDataItem.GetAsDateTime(var aDateTime: TDateTime; var dstOffset: smallint;
1313	+	var aTimezoneID: TFBTimeZoneID);
1314	+	var aTimezone: AnsiString;
1315	+	begin
1316	+	InternalGetAsDateTime(aDateTime,dstOffset,aTimeZone,aTimeZoneID);
1317	+	end;
1318	+
1319	+	procedure TSQLDataItem.GetAsTime(var aTime: TDateTime; var dstOffset: smallint;
1320	+	var aTimezoneID: TFBTimeZoneID; OnDate: TDateTime);
1321	+	var aTimeZone: AnsiString;
1322		begin
1323		CheckActive;
1324	<	result := 0;
1324	>	aTime := 0;
1325	>	dstOffset := 0;
1326		if not IsNull then
1327	<	with FirebirdClientAPI do
1327	>	with FFirebirdClientAPI do
1328		case SQLType of
1329	<	SQL_TEXT, SQL_VARYING: begin
1330	<	try
1331	<	result := StrToDate(AsString);
1332	<	except
1333	<	on E: EConvertError do IBError(ibxeInvalidDataConversion, [nil]);
1329	>	SQL_TIME_TZ:
1330	>	begin
1331	>	GetTimeZoneServices.DecodeTimeTZ(SQLData,OnDate,aTime,dstOffset,aTimeZone);
1332	>	aTimeZoneID := PISC_TIME_TZ(SQLData)^.time_zone;
1333	>	end;
1334	>	SQL_TIME_TZ_EX:
1335	>	begin
1336	>	GetTimeZoneServices.DecodeTimeTZEx(SQLData,OnDate,aTime,dstOffset,aTimeZone);
1337	>	aTimeZoneID := PISC_TIME_TZ_EX(SQLData)^.time_zone;
1338		end;
1339	+	else
1340	+	IBError(ibxeInvalidDataConversion, [nil]);
1341	+	end;
1342	+	end;
1343	+
1344	+	procedure TSQLDataItem.GetAsTime(var aTime: TDateTime; var dstOffset: smallint;
1345	+	var aTimezone: AnsiString; OnDate: TDateTime);
1346	+	begin
1347	+	CheckActive;
1348	+	aTime := 0;
1349	+	dstOffset := 0;
1350	+	if not IsNull then
1351	+	with FFirebirdClientAPI do
1352	+	case SQLType of
1353	+	SQL_TIME_TZ:
1354	+	GetTimeZoneServices.DecodeTimeTZ(SQLData,OnDate,aTime,dstOffset,aTimeZone);
1355	+	SQL_TIME_TZ_EX:
1356	+	GetTimeZoneServices.DecodeTimeTZEx(SQLData,OnDate,aTime,dstOffset,aTimeZone);
1357	+	else
1358	+	IBError(ibxeInvalidDataConversion, [nil]);
1359	+	end;
1360	+	end;
1361	+
1362	+	procedure TSQLDataItem.GetAsTime(var aTime: TDateTime; var dstOffset: smallint;
1363	+	var aTimezoneID: TFBTimeZoneID);
1364	+	begin
1365	+	GetAsTime(aTime,dstOffset,aTimeZoneID,GetTimeZoneServices.GetTimeTZDate);
1366	+	end;
1367	+
1368	+	procedure TSQLDataItem.GetAsTime(var aTime: TDateTime; var dstOffset: smallint;
1369	+	var aTimezone: AnsiString);
1370	+	begin
1371	+	GetAsTime(aTime,dstOffset,aTimeZone,GetTimeZoneServices.GetTimeTZDate);
1372	+	end;
1373	+
1374	+	function TSQLDataItem.GetAsUTCDateTime: TDateTime;
1375	+	var aTimezone: AnsiString;
1376	+	begin
1377	+	CheckActive;
1378	+	result := 0;
1379	+	aTimezone := '';
1380	+	if not IsNull then
1381	+	with FFirebirdClientAPI do
1382	+	case SQLType of
1383	+	SQL_TEXT, SQL_VARYING:
1384	+	begin
1385	+	if not ParseDateTimeTZString(AsString,Result,aTimeZone) then
1386	+	IBError(ibxeInvalidDataConversion, [nil]);
1387	+	Result := GetTimeZoneServices.LocalTimeToGMT(Result,aTimeZone);
1388		end;
1389		SQL_TYPE_DATE:
1390		result := SQLDecodeDate(SQLData);
1391	<	SQL_TYPE_TIME:
1391	>	SQL_TYPE_TIME,
1392	>	SQL_TIME_TZ,
1393	>	SQL_TIME_TZ_EX:
1394		result := SQLDecodeTime(SQLData);
1395	<	SQL_TIMESTAMP:
1395	>	SQL_TIMESTAMP,
1396	>	SQL_TIMESTAMP_TZ,
1397	>	SQL_TIMESTAMP_TZ_EX:
1398		result := SQLDecodeDateTime(SQLData);
1399		else
1400		IBError(ibxeInvalidDataConversion, [nil]);
1401	<	end;
1401	>	end;
1402		end;
1403
1404		function TSQLDataItem.GetAsDouble: Double;
#	Line 1185 | Line 1426 | begin
1426		result := PFloat(SQLData)^;
1427		SQL_DOUBLE, SQL_D_FLOAT:
1428		result := PDouble(SQLData)^;
1429	+	SQL_DEC_FIXED,
1430	+	SQL_DEC16,
1431	+	SQL_DEC34,
1432	+	SQL_INT128:
1433	+	Result := BCDToDouble(GetAsBCD);
1434		else
1435		IBError(ibxeInvalidDataConversion, [nil]);
1436		end;
#	Line 1221 | Line 1467 | begin
1467		end;
1468		end;
1469		SQL_SHORT:
1470	<	result := Trunc(AdjustScale(Int64(PShort(SQLData)^),
1470	>	result := Round(AdjustScale(Int64(PShort(SQLData)^),
1471		Scale));
1472		SQL_LONG:
1473	<	result := Trunc(AdjustScale(Int64(PLong(SQLData)^),
1473	>	result := Round(AdjustScale(Int64(PLong(SQLData)^),
1474		Scale));
1475		SQL_INT64:
1476	<	result := Trunc(AdjustScale(PInt64(SQLData)^, Scale));
1476	>	result := Round(AdjustScale(PInt64(SQLData)^, Scale));
1477		SQL_DOUBLE, SQL_FLOAT, SQL_D_FLOAT:
1478	<	result := Trunc(AsDouble);
1478	>	result := Round(AsDouble);
1479	>	SQL_DEC_FIXED,
1480	>	SQL_DEC16,
1481	>	SQL_DEC34,
1482	>	SQL_INT128:
1483	>	Result := BCDToInteger(GetAsBCD);
1484		else
1485	<	IBError(ibxeInvalidDataConversion, [nil]);
1485	>	IBError(ibxeInvalidDataConversion, [GetSQLTypeName]);
1486		end;
1487		end;
1488
#	Line 1269 | Line 1520 | begin
1520		end;
1521		end;
1522
1523	+	{Copied from LazUTF8}
1524
1525	<	function TSQLDataItem.GetAsString: String;
1525	>	function UTF8CodepointSizeFull(p: PAnsiChar): integer;
1526	>	const TopBitSetMask   = $80; {%10000000}
1527	>	Top2BitsSetMask = $C0; {%11000000}
1528	>	Top3BitsSetMask = $E0; {%11100000}
1529	>	Top4BitsSetMask = $F0; {%11110000}
1530	>	Top5BitsSetMask = $F8; {%11111000}
1531	>	begin
1532	>	case p^ of
1533	>	#0..#191: // %11000000
1534	>	// regular single byte character (#0 is a character, this is Pascal ;)
1535	>	Result:=1;
1536	>	#192..#223: // p^ and %11100000 = %11000000
1537	>	begin
1538	>	// could be 2 byte character
1539	>	if (ord(p[1]) and Top2BitsSetMask) = TopBitSetMask then
1540	>	Result:=2
1541	>	else
1542	>	Result:=1;
1543	>	end;
1544	>	#224..#239: // p^ and %11110000 = %11100000
1545	>	begin
1546	>	// could be 3 byte character
1547	>	if ((ord(p[1]) and Top2BitsSetMask) = TopBitSetMask)
1548	>	and ((ord(p[2]) and Top2BitsSetMask) = TopBitSetMask) then
1549	>	Result:=3
1550	>	else
1551	>	Result:=1;
1552	>	end;
1553	>	#240..#247: // p^ and %11111000 = %11110000
1554	>	begin
1555	>	// could be 4 byte character
1556	>	if ((ord(p[1]) and Top2BitsSetMask) = TopBitSetMask)
1557	>	and ((ord(p[2]) and Top2BitsSetMask) = TopBitSetMask)
1558	>	and ((ord(p[3]) and Top2BitsSetMask) = TopBitSetMask) then
1559	>	Result:=4
1560	>	else
1561	>	Result:=1;
1562	>	end;
1563	>	else
1564	>	Result:=1;
1565	>	end;
1566	>	end;
1567	>
1568	>	{Returns the byte length of a UTF8 string with a fixed charwidth}
1569	>
1570	>	function GetStrLen(p: PAnsiChar; FieldWidth, MaxDataLength: cardinal): integer;
1571	>	var i: integer;
1572	>	cplen: integer;
1573	>	s: AnsiString;
1574	>	begin
1575	>	Result := 0;
1576	>	s := strpas(p);
1577	>	for i := 1 to FieldWidth do
1578	>	begin
1579	>	cplen := UTF8CodepointSizeFull(p);
1580	>	Inc(p,cplen);
1581	>	Inc(Result,cplen);
1582	>	if Result >= MaxDataLength then
1583	>	begin
1584	>	Result := MaxDataLength;
1585	>	Exit;
1586	>	end;
1587	>	end;
1588	>	end;
1589	>
1590	>	function TSQLDataItem.GetAsString: AnsiString;
1591		var
1592	<	sz: PChar;
1592	>	sz: PByte;
1593		str_len: Integer;
1594		rs: RawByteString;
1595	+	aTimeZone: AnsiString;
1596	+	aDateTime: TDateTime;
1597	+	dstOffset: smallint;
1598		begin
1599		CheckActive;
1600		result := '';
1601		{ Check null, if so return a default string }
1602		if not IsNull then
1603	<	with FirebirdClientAPI do
1603	>	with FFirebirdClientAPI do
1604		case SQLType of
1605		SQL_BOOLEAN:
1606		if AsBoolean then
#	Line 1292 | Line 1612 | begin
1612		begin
1613		sz := SQLData;
1614		if (SQLType = SQL_TEXT) then
1615	<	str_len := DataLength
1615	>	begin
1616	>	if GetCodePage = cp_utf8 then
1617	>	str_len := GetStrLen(PAnsiChar(sz),GetSize div GetCharSetWidth,DataLength)
1618	>	else
1619	>	str_len := DataLength
1620	>	end
1621		else begin
1622	<	str_len := DecodeInteger(SQLData, 2);
1622	>	str_len := DecodeInteger(sz, 2);
1623		Inc(sz, 2);
1624		end;
1625	<	SetString(rs, sz, str_len);
1625	>	SetString(rs, PAnsiChar(sz), str_len);
1626		SetCodePage(rs,GetCodePage,false);
1627	<	if (SQLType = SQL_TEXT) and (GetCharSetID <> 1) then
1303	<	Result := TrimRight(rs)
1304	<	else
1305	<	Result := rs
1627	>	Result := rs;
1628		end;
1629	+
1630		SQL_TYPE_DATE:
1631	<	case GetSQLDialect of
1309	<	1 : result := DateTimeToStr(AsDateTime);
1310	<	3 : result := DateToStr(AsDateTime);
1311	<	end;
1312	<	SQL_TYPE_TIME :
1313	<	result := TimeToStr(AsDateTime);
1631	>	Result := DateToStr(GetAsDateTime);
1632		SQL_TIMESTAMP:
1633	<	result := FormatDateTime(FormatSettings.ShortDateFormat + ' ' +
1634	<	FormatSettings.LongTimeFormat+'.zzz',AsDateTime);
1633	>	Result := FBFormatDateTime(GetTimestampFormatStr,GetAsDateTime);
1634	>	SQL_TYPE_TIME:
1635	>	Result := FBFormatDateTime(GetTimeFormatStr,GetAsDateTime);
1636	>	SQL_TIMESTAMP_TZ,
1637	>	SQL_TIMESTAMP_TZ_EX:
1638	>	with GetAttachment.GetTimeZoneServices do
1639	>	begin
1640	>	if GetTZTextOption = tzGMT then
1641	>	Result := FBFormatDateTime(GetTimestampFormatStr,GetAsUTCDateTime)
1642	>	else
1643	>	begin
1644	>	GetAsDateTime(aDateTime,dstOffset,aTimeZone);
1645	>	if GetTZTextOption = tzOffset then
1646	>	Result := FBFormatDateTime(GetTimestampFormatStr,aDateTime) + ' ' + FormatTimeZoneOffset(dstOffset)
1647	>	else
1648	>	Result := FBFormatDateTime(GetTimestampFormatStr,aDateTime) + ' ' + aTimeZone;
1649	>	end;
1650	>	end;
1651	>	SQL_TIME_TZ,
1652	>	SQL_TIME_TZ_EX:
1653	>	with GetAttachment.GetTimeZoneServices do
1654	>	begin
1655	>	if GetTZTextOption = tzGMT then
1656	>	Result := FBFormatDateTime(GetTimeFormatStr,GetAsUTCDateTime)
1657	>	else
1658	>	begin
1659	>	GetAsTime(aDateTime,dstOffset,aTimeZone,GetTimeTZDate);
1660	>	if GetTZTextOption = tzOffset then
1661	>	Result := FBFormatDateTime(GetTimeFormatStr,aDateTime) + ' ' + FormatTimeZoneOffset(dstOffset)
1662	>	else
1663	>	Result := FBFormatDateTime(GetTimeFormatStr,aDateTime) + ' ' + aTimeZone;
1664	>	end;
1665	>	end;
1666	>
1667		SQL_SHORT, SQL_LONG:
1668		if Scale = 0 then
1669		result := IntToStr(AsLong)
#	Line 1330 | Line 1680 | begin
1680		result := FloatToStr(AsDouble);
1681		SQL_DOUBLE, SQL_FLOAT, SQL_D_FLOAT:
1682		result := FloatToStr(AsDouble);
1683	+
1684	+	SQL_DEC16,
1685	+	SQL_DEC34:
1686	+	result := BCDToStr(GetAsBCD);
1687	+
1688	+	SQL_DEC_FIXED,
1689	+	SQL_INT128:
1690	+	result := Int128ToStr(SQLData,scale);
1691	+
1692		else
1693		IBError(ibxeInvalidDataConversion, [nil]);
1694		end;
#	Line 1341 | Line 1700 | begin
1700		Result := false;
1701		end;
1702
1703	<	function TSQLDataItem.getIsNullable: boolean;
1703	>	function TSQLDataItem.GetIsNullable: boolean;
1704		begin
1705		CheckActive;
1706		Result := false;
1707		end;
1708
1709		function TSQLDataItem.GetAsVariant: Variant;
1710	+	var ts: TDateTime;
1711	+	dstOffset: smallint;
1712	+	timezone: AnsiString;
1713		begin
1714		CheckActive;
1715		if IsNull then
#	Line 1361 | Line 1723 | begin
1723		result := AsString;
1724		SQL_TIMESTAMP, SQL_TYPE_DATE, SQL_TYPE_TIME:
1725		result := AsDateTime;
1726	+	SQL_TIMESTAMP_TZ,
1727	+	SQL_TIME_TZ,
1728	+	SQL_TIMESTAMP_TZ_EX,
1729	+	SQL_TIME_TZ_EX:
1730	+	begin
1731	+	GetAsDateTime(ts,dstOffset,timezone);
1732	+	result := VarArrayOf([ts,dstOffset,timezone]);
1733	+	end;
1734		SQL_SHORT, SQL_LONG:
1735		if Scale = 0 then
1736		result := AsLong
#	Line 1379 | Line 1749 | begin
1749		result := AsDouble;
1750		SQL_BOOLEAN:
1751		result := AsBoolean;
1752	+	SQL_DEC_FIXED,
1753	+	SQL_DEC16,
1754	+	SQL_DEC34,
1755	+	SQL_INT128:
1756	+	result := VarFmtBCDCreate(GetAsBcd);
1757		else
1758		IBError(ibxeInvalidDataConversion, [nil]);
1759		end;
#	Line 1389 | Line 1764 | begin
1764		Result := false;
1765		end;
1766
1767	+	function TSQLDataItem.GetDateTimeStrLength(DateTimeFormat: TIBDateTimeFormats
1768	+	): integer;
1769	+	begin
1770	+	case DateTimeFormat of
1771	+	dfTimestamp:
1772	+	Result := Length(GetTimestampFormatStr);
1773	+	dfDateTime:
1774	+	Result := Length(GetDateFormatStr(true));
1775	+	dfTime:
1776	+	Result := Length(GetTimeFormatStr);
1777	+	dfTimestampTZ:
1778	+	Result := Length(GetTimestampFormatStr) + 6; {assume time offset format}
1779	+	dfTimeTZ:
1780	+	Result := Length(GetTimeFormatStr)+ 6;
1781	+	else
1782	+	Result := 0;
1783	+	end;end;
1784	+
1785	+	function TSQLDataItem.GetAsBCD: tBCD;
1786	+
1787	+	begin
1788	+	CheckActive;
1789	+	if IsNull then
1790	+	with Result do
1791	+	begin
1792	+	FillChar(Result,sizeof(Result),0);
1793	+	Precision := 1;
1794	+	exit;
1795	+	end;
1796	+
1797	+	case SQLType of
1798	+	SQL_DEC16,
1799	+	SQL_DEC34:
1800	+	with FFirebirdClientAPI do
1801	+	Result := SQLDecFloatDecode(SQLType,  SQLData);
1802	+
1803	+	SQL_DEC_FIXED,
1804	+	SQL_INT128:
1805	+	with FFirebirdClientAPI do
1806	+	Result := StrToBCD(Int128ToStr(SQLData,scale));
1807	+	else
1808	+	if not CurrToBCD(GetAsCurrency,Result) then
1809	+	IBError(ibxeBadBCDConversion,[]);
1810	+	end;
1811	+	end;
1812	+
1813
1814		procedure TSQLDataItem.SetIsNull(Value: Boolean);
1815		begin
#	Line 1400 | Line 1821 | begin
1821		//ignore unless overridden
1822		end;
1823
1824	<	procedure TSQLDataItem.SetName(aValue: string);
1824	>	procedure TSQLDataItem.SetName(aValue: AnsiString);
1825		begin
1826		//ignore unless overridden
1827		end;
#	Line 1452 | Line 1873 | begin
1873
1874		SQLType := SQL_TYPE_DATE;
1875		DataLength := SizeOf(ISC_DATE);
1876	<	with FirebirdClientAPI do
1876	>	with FFirebirdClientAPI do
1877		SQLEncodeDate(Value,SQLData);
1878		Changed;
1879		end;
#	Line 1472 | Line 1893 | begin
1893
1894		SQLType := SQL_TYPE_TIME;
1895		DataLength := SizeOf(ISC_TIME);
1896	<	with FirebirdClientAPI do
1896	>	with FFirebirdClientAPI do
1897		SQLEncodeTime(Value,SQLData);
1898		Changed;
1899		end;
1900
1901	+	procedure TSQLDataItem.SetAsTime(aValue: TDateTime; OnDate: TDateTime; aTimeZoneID: TFBTimeZoneID);
1902	+	begin
1903	+	CheckActive;
1904	+	CheckTZSupport;
1905	+	if GetSQLDialect < 3 then
1906	+	begin
1907	+	AsDateTime := aValue;
1908	+	exit;
1909	+	end;
1910	+
1911	+	Changing;
1912	+	if IsNullable then
1913	+	IsNull := False;
1914	+
1915	+	SQLType := SQL_TIME_TZ;
1916	+	DataLength := SizeOf(ISC_TIME_TZ);
1917	+	GetTimeZoneServices.EncodeTimeTZ(aValue, aTimeZoneID,OnDate,SQLData);
1918	+	Changed;
1919	+	end;
1920	+
1921	+	procedure TSQLDataItem.SetAsTime(aValue: TDateTime; OnDate: TDateTime; aTimeZone: AnsiString);
1922	+	begin
1923	+	CheckActive;
1924	+	CheckTZSupport;
1925	+	if GetSQLDialect < 3 then
1926	+	begin
1927	+	AsDateTime := aValue;
1928	+	exit;
1929	+	end;
1930	+
1931	+	Changing;
1932	+	if IsNullable then
1933	+	IsNull := False;
1934	+
1935	+	SQLType := SQL_TIME_TZ;
1936	+	DataLength := SizeOf(ISC_TIME_TZ);
1937	+	GetTimeZoneServices.EncodeTimeTZ(aValue, aTimeZone,OnDate,SQLData);
1938	+	Changed;
1939	+	end;
1940	+
1941		procedure TSQLDataItem.SetAsDateTime(Value: TDateTime);
1942		begin
1943		CheckActive;
#	Line 1486 | Line 1947 | begin
1947		Changing;
1948		SQLType := SQL_TIMESTAMP;
1949		DataLength := SizeOf(ISC_TIME) + sizeof(ISC_DATE);
1950	<	with FirebirdClientAPI do
1950	>	with FFirebirdClientAPI do
1951		SQLEncodeDateTime(Value,SQLData);
1952		Changed;
1953		end;
1954
1955	+	procedure TSQLDataItem.SetAsDateTime(aValue: TDateTime;
1956	+	aTimeZoneID: TFBTimeZoneID);
1957	+	begin
1958	+	CheckActive;
1959	+	CheckTZSupport;
1960	+	if IsNullable then
1961	+	IsNull := False;
1962	+
1963	+	Changing;
1964	+	SQLType := SQL_TIMESTAMP_TZ;
1965	+	DataLength := SizeOf(ISC_TIMESTAMP_TZ);
1966	+	GetTimeZoneServices.EncodeTimestampTZ(aValue,aTimeZoneID,SQLData);
1967	+	Changed;
1968	+	end;
1969	+
1970	+	procedure TSQLDataItem.SetAsDateTime(aValue: TDateTime; aTimeZone: AnsiString
1971	+	);
1972	+	begin
1973	+	CheckActive;
1974	+	CheckTZSupport;
1975	+	if IsNullable then
1976	+	IsNull := False;
1977	+
1978	+	Changing;
1979	+	SQLType := SQL_TIMESTAMP_TZ;
1980	+	DataLength := SizeOf(ISC_TIMESTAMP_TZ);
1981	+	GetTimeZoneServices.EncodeTimestampTZ(aValue,aTimeZone,SQLData);
1982	+	Changed;
1983	+	end;
1984	+
1985	+	procedure TSQLDataItem.SetAsUTCDateTime(aUTCTime: TDateTime);
1986	+	begin
1987	+	SetAsDateTime(aUTCTime,TimeZoneID_GMT);
1988	+	end;
1989	+
1990		procedure TSQLDataItem.SetAsDouble(Value: Double);
1991		begin
1992		CheckActive;
#	Line 1576 | Line 2072 | begin
2072		Changed;
2073		end;
2074
2075	<	procedure TSQLDataItem.SetAsString(Value: String);
2075	>	procedure TSQLDataItem.SetAsString(Value: AnsiString);
2076		begin
2077		InternalSetAsString(Value);
2078		end;
#	Line 1586 | Line 2082 | begin
2082		CheckActive;
2083		if VarIsNull(Value) then
2084		IsNull := True
2085	+	else
2086	+	if VarIsArray(Value) then {must be datetime plus timezone}
2087	+	SetAsDateTime(Value[0],AnsiString(Value[1]))
2088		else case VarType(Value) of
2089		varEmpty, varNull:
2090		IsNull := True;
#	Line 1608 | Line 2107 | begin
2107		IBError(ibxeNotSupported, [nil]);
2108		varByRef, varDispatch, varError, varUnknown, varVariant:
2109		IBError(ibxeNotPermitted, [nil]);
2110	+	else
2111	+	if VarIsFmtBCD(Value) then
2112	+	SetAsBCD(VarToBCD(Value))
2113	+	else
2114	+	IBError(ibxeNotSupported, [nil]);
2115		end;
2116		end;
2117
2118	+	procedure TSQLDataItem.SetAsNumeric(Value: Int64; aScale: integer);
2119	+	begin
2120	+	CheckActive;
2121	+	Changing;
2122	+	if IsNullable then
2123	+	IsNull := False;
2124	+
2125	+	SQLType := SQL_INT64;
2126	+	Scale := aScale;
2127	+	DataLength := SizeOf(Int64);
2128	+	PInt64(SQLData)^ := Value;
2129	+	Changed;
2130	+	end;
2131	+
2132	+	procedure TSQLDataItem.SetAsBcd(aValue: tBCD);
2133	+	var C: Currency;
2134	+	begin
2135	+	CheckActive;
2136	+	Changing;
2137	+	if IsNullable then
2138	+	IsNull := False;
2139	+
2140	+
2141	+	with FFirebirdClientAPI do
2142	+	if aValue.Precision <= 16 then
2143	+	begin
2144	+	if not HasDecFloatSupport then
2145	+	IBError(ibxeDecFloatNotSupported,[]);
2146	+
2147	+	SQLType := SQL_DEC16;
2148	+	DataLength := 8;
2149	+	SQLDecFloatEncode(aValue,SQLType,SQLData);
2150	+	end
2151	+	else
2152	+	if aValue.Precision <= 34 then
2153	+	begin
2154	+	if not HasDecFloatSupport then
2155	+	IBError(ibxeDecFloatNotSupported,[]);
2156	+
2157	+	SQLType := SQL_DEC34;
2158	+	DataLength := 16;
2159	+	SQLDecFloatEncode(aValue,SQLType,SQLData);
2160	+	end
2161	+	else
2162	+	if aValue.Precision <= 38 then
2163	+	begin
2164	+	if not HasInt128Support then
2165	+	IBError(ibxeInt128NotSupported,[]);
2166	+
2167	+	SQLType := SQL_INT128;
2168	+	DataLength := 16;
2169	+	StrToInt128(scale,BcdToStr(aValue),SQLData);
2170	+	end
2171	+	else
2172	+	IBError(ibxeBCDOverflow,[BCDToStr(aValue)]);
2173	+
2174	+	Changed;
2175	+	end;
2176	+
2177		procedure TSQLDataItem.SetAsBoolean(AValue: boolean);
2178		begin
2179		CheckActive;
#	Line 1641 | Line 2204 | begin
2204		IBError(ibxeStatementNotPrepared, [nil]);
2205		end;
2206
2207	<	function TColumnMetaData.SQLData: PChar;
2207	>	function TColumnMetaData.GetAttachment: IAttachment;
2208	>	begin
2209	>	Result := GetStatement.GetAttachment;
2210	>	end;
2211	>
2212	>	function TColumnMetaData.SQLData: PByte;
2213		begin
2214		Result := FIBXSQLVAR.SQLData;
2215		end;
#	Line 1658 | Line 2226 | end;
2226
2227		constructor TColumnMetaData.Create(aOwner: IUnknown; aIBXSQLVAR: TSQLVarData);
2228		begin
2229	<	inherited Create;
2229	>	inherited Create(aIBXSQLVAR.GetStatement.GetAttachment.getFirebirdAPI as TFBClientAPI);
2230		FIBXSQLVAR := aIBXSQLVAR;
2231		FOwner := aOwner;
2232		FPrepareSeqNo := FIBXSQLVAR.Parent.PrepareSeqNo;
#	Line 1694 | Line 2262 | begin
2262		result := FIBXSQLVAR.SQLSubtype;
2263		end;
2264
2265	<	function TColumnMetaData.getRelationName: string;
2265	>	function TColumnMetaData.getRelationName: AnsiString;
2266		begin
2267		CheckActive;
2268		result :=  FIBXSQLVAR.RelationName;
2269		end;
2270
2271	<	function TColumnMetaData.getOwnerName: string;
2271	>	function TColumnMetaData.getOwnerName: AnsiString;
2272		begin
2273		CheckActive;
2274		result :=  FIBXSQLVAR.OwnerName;
2275		end;
2276
2277	<	function TColumnMetaData.getSQLName: string;
2277	>	function TColumnMetaData.getSQLName: AnsiString;
2278		begin
2279		CheckActive;
2280		result :=  FIBXSQLVAR.FieldName;
2281		end;
2282
2283	<	function TColumnMetaData.getAliasName: string;
2283	>	function TColumnMetaData.getAliasName: AnsiString;
2284		begin
2285		CheckActive;
2286		result := FIBXSQLVAR.AliasName;
2287		end;
2288
2289	<	function TColumnMetaData.GetName: string;
2289	>	function TColumnMetaData.GetName: AnsiString;
2290		begin
2291		CheckActive;
2292		Result := FIBXSQLVAR. Name;
#	Line 1745 | Line 2313 | end;
2313		function TColumnMetaData.GetSize: cardinal;
2314		begin
2315		CheckActive;
2316	<	result := FIBXSQLVAR.DataLength;
2316	>	result := FIBXSQLVAR.GetSize;
2317	>	end;
2318	>
2319	>	function TColumnMetaData.GetCharSetWidth: integer;
2320	>	begin
2321	>	CheckActive;
2322	>	result := FIBXSQLVAR.GetCharSetWidth;
2323		end;
2324
2325		function TColumnMetaData.GetArrayMetaData: IArrayMetaData;
#	Line 1760 | Line 2334 | begin
2334		result := FIBXSQLVAR.GetBlobMetaData;
2335		end;
2336
2337	+	function TColumnMetaData.GetStatement: IStatement;
2338	+	begin
2339	+	Result := FIBXSQLVAR.GetStatement;
2340	+	end;
2341	+
2342	+	function TColumnMetaData.GetTransaction: ITransaction;
2343	+	begin
2344	+	Result := GetStatement.GetTransaction;
2345	+	end;
2346	+
2347		{ TIBSQLData }
2348
2349		procedure TIBSQLData.CheckActive;
#	Line 1779 | Line 2363 | begin
2363		IBError(ibxeBOF,[nil]);
2364		end;
2365
2366	+	function TIBSQLData.GetTransaction: ITransaction;
2367	+	begin
2368	+	if FTransaction = nil then
2369	+	Result := inherited GetTransaction
2370	+	else
2371	+	Result := FTransaction;
2372	+	end;
2373	+
2374		function TIBSQLData.GetIsNull: Boolean;
2375		begin
2376		CheckActive;
#	Line 1803 | Line 2395 | begin
2395		result := FIBXSQLVAR.GetAsBlob(AsQuad,BPB);
2396		end;
2397
2398	<	function TIBSQLData.GetAsString: String;
2398	>	function TIBSQLData.GetAsString: AnsiString;
2399		begin
2400		CheckActive;
2401		Result := '';
#	Line 1821 | Line 2413 | end;
2413
2414		{ TSQLParam }
2415
2416	<	procedure TSQLParam.InternalSetAsString(Value: String);
2416	>	procedure TSQLParam.InternalSetAsString(Value: AnsiString);
2417	>
2418	>	procedure DoSetString;
2419	>	begin
2420	>	Changing;
2421	>	FIBXSQLVar.SetString(Transliterate(Value,GetCodePage));
2422	>	Changed;
2423	>	end;
2424	>
2425		var b: IBlob;
2426	+	dt: TDateTime;
2427	+	timezone: AnsiString;
2428	+	FloatValue: Double;
2429	+	Int64Value: Int64;
2430	+	BCDValue: TBCD;
2431	+	aScale: integer;
2432		begin
2433		CheckActive;
2434		if IsNullable then
2435		IsNull := False;
2436	<	case SQLTYPE of
2436	>	with FFirebirdClientAPI do
2437	>	case getColMetaData.SQLTYPE of
2438		SQL_BOOLEAN:
2439	<	if CompareText(Value,STrue) = 0 then
2439	>	if AnsiCompareText(Value,STrue) = 0 then
2440		AsBoolean := true
2441		else
2442	<	if CompareText(Value,SFalse) = 0 then
2442	>	if AnsiCompareText(Value,SFalse) = 0 then
2443		AsBoolean := false
2444		else
2445		IBError(ibxeInvalidDataConversion,[nil]);
2446
2447		SQL_BLOB:
2448	+	if Length(Value) < GetAttachment.GetInlineBlobLimit then
2449	+	DoSetString
2450	+	else
2451		begin
2452		Changing;
2453		b := FIBXSQLVAR.CreateBlob;
#	Line 1848 | Line 2458 | begin
2458
2459		SQL_VARYING,
2460		SQL_TEXT:
2461	+	DoSetString;
2462	+
2463	+	SQL_SHORT,
2464	+	SQL_LONG,
2465	+	SQL_INT64:
2466	+	{If the string contains an integer then convert and set directly}
2467	+	if TryStrToInt64(Value,Int64Value) then
2468	+	SetAsInt64(Int64Value)
2469	+	else
2470	+	if getColMetaData.getScale = 0 then {integer expected but non-integer string}
2471		begin
2472	<	Changing;
2473	<	FIBXSQLVar.SetString(Transliterate(Value,GetCodePage));
2474	<	Changed;
2475	<	end;
2472	>	if TryStrToFloat(Value,FloatValue) then
2473	>	{truncate it if the column is limited to an integer}
2474	>	SetAsInt64(Trunc(FloatValue))
2475	>	else
2476	>	DoSetString;
2477	>	end
2478	>	else
2479	>	if TryStrToFloat(Value,FloatValue) then
2480	>	begin
2481	>	aScale := getColMetaData.getScale;
2482	>	{Set as int64 with adjusted scale}
2483	>	SetAsNumeric(AdjustScaleFromDouble(FloatValue,aScale),aScale)
2484	>	end
2485	>	else
2486	>	DoSetString;
2487
2488	<	SQL_SHORT,
2489	<	SQL_LONG,
2490	<	SQL_INT64:
2491	<	SetAsInt64(StrToInt(Value));
2492	<
2493	<	SQL_D_FLOAT,
2494	<	SQL_DOUBLE,
2495	<	SQL_FLOAT:
1865	<	SetAsDouble(StrToFloat(Value));
2488	>	SQL_DEC_FIXED,
2489	>	SQL_DEC16,
2490	>	SQL_DEC34,
2491	>	SQL_INT128:
2492	>	if TryStrToBCD(Value,BCDValue) then
2493	>	SetAsBCD(BCDValue)
2494	>	else
2495	>	DoSetString;
2496
2497	<	SQL_TIMESTAMP:
2498	<	SetAsDateTime(StrToDateTime(Value));
2497	>	SQL_D_FLOAT,
2498	>	SQL_DOUBLE,
2499	>	SQL_FLOAT:
2500	>	if TryStrToFloat(Value,FloatValue) then
2501	>	SetAsDouble(FloatValue)
2502	>	else
2503	>	DoSetString;
2504
2505	<	SQL_TYPE_DATE:
2506	<	SetAsDate(StrToDateTime(Value));
2505	>	SQL_TIMESTAMP:
2506	>	if TryStrToDateTime(Value,dt) then
2507	>	SetAsDateTime(dt)
2508	>	else
2509	>	DoSetString;
2510
2511	<	SQL_TYPE_TIME:
2512	<	SetAsTime(StrToDateTime(Value));
2511	>	SQL_TYPE_DATE:
2512	>	if TryStrToDateTime(Value,dt) then
2513	>	SetAsDate(dt)
2514	>	else
2515	>	DoSetString;
2516
2517	<	else
2518	<	IBError(ibxeInvalidDataConversion,[nil]);
2517	>	SQL_TYPE_TIME:
2518	>	if TryStrToDateTime(Value,dt) then
2519	>	SetAsTime(dt)
2520	>	else
2521	>	DoSetString;
2522	>
2523	>	SQL_TIMESTAMP_TZ,
2524	>	SQL_TIMESTAMP_TZ_EX:
2525	>	if ParseDateTimeTZString(value,dt,timezone) then
2526	>	SetAsDateTime(dt,timezone)
2527	>	else
2528	>	DoSetString;
2529	>
2530	>	SQL_TIME_TZ,
2531	>	SQL_TIME_TZ_EX:
2532	>	if ParseDateTimeTZString(value,dt,timezone,true) then
2533	>	SetAsTime(dt,GetAttachment.GetTimeZoneServices.GetTimeTZDate,timezone)
2534	>	else
2535	>	DoSetString;
2536	>
2537	>	else
2538	>	IBError(ibxeInvalidDataConversion,[GetSQLTypeName(getColMetaData.SQLTYPE)]);
2539		end;
2540		end;
2541
#	Line 1912 | Line 2573 | begin
2573		IsNull := true;
2574		end;
2575
2576	+	function TSQLParam.getColMetadata: IParamMetaData;
2577	+	begin
2578	+	Result := FIBXSQLVAR.getColMetadata;
2579	+	end;
2580	+
2581		function TSQLParam.GetModified: boolean;
2582		begin
2583		CheckActive;
#	Line 1925 | Line 2591 | begin
2591		Result := inherited GetAsPointer;
2592		end;
2593
2594	<	procedure TSQLParam.SetName(Value: string);
2594	>	function TSQLParam.GetAsString: AnsiString;
2595	>	var rs: RawByteString;
2596	>	begin
2597	>	Result := '';
2598	>	if (SQLType = SQL_VARYING) and not IsNull then
2599	>	{SQLData points to start of string - default is to length word}
2600	>	begin
2601	>	CheckActive;
2602	>	SetString(rs,PAnsiChar(SQLData),DataLength);
2603	>	SetCodePage(rs,GetCodePage,false);
2604	>	Result := rs;
2605	>	end
2606	>	else
2607	>	Result := inherited GetAsString;
2608	>	end;
2609	>
2610	>	procedure TSQLParam.SetName(Value: AnsiString);
2611		begin
2612		CheckActive;
2613		FIBXSQLVAR.Name := Value;
#	Line 2116 | Line 2798 | begin
2798		end;
2799		end;
2800
2801	+	procedure TSQLParam.SetAsTime(aValue: TDateTime; OnDate: TDateTime; aTimeZoneID: TFBTimeZoneID);
2802	+	var i: integer;
2803	+	OldSQLVar: TSQLVarData;
2804	+	begin
2805	+	if FIBXSQLVAR.UniqueName then
2806	+	inherited SetAsTime(AValue,OnDate, aTimeZoneID)
2807	+	else
2808	+	with FIBXSQLVAR.Parent do
2809	+	begin
2810	+	for i := 0 to Count - 1 do
2811	+	if Column[i].Name = Name then
2812	+	begin
2813	+	OldSQLVar := FIBXSQLVAR;
2814	+	FIBXSQLVAR := Column[i];
2815	+	try
2816	+	inherited SetAsTime(AValue,OnDate, aTimeZoneID);
2817	+	finally
2818	+	FIBXSQLVAR := OldSQLVar;
2819	+	end;
2820	+	end;
2821	+	end;
2822	+	end;
2823	+
2824	+	procedure TSQLParam.SetAsTime(aValue: TDateTime; OnDate: TDateTime; aTimeZone: AnsiString);
2825	+	var i: integer;
2826	+	OldSQLVar: TSQLVarData;
2827	+	begin
2828	+	if FIBXSQLVAR.UniqueName then
2829	+	inherited SetAsTime(AValue,OnDate,aTimeZone)
2830	+	else
2831	+	with FIBXSQLVAR.Parent do
2832	+	begin
2833	+	for i := 0 to Count - 1 do
2834	+	if Column[i].Name = Name then
2835	+	begin
2836	+	OldSQLVar := FIBXSQLVAR;
2837	+	FIBXSQLVAR := Column[i];
2838	+	try
2839	+	inherited SetAsTime(AValue,OnDate,aTimeZone);
2840	+	finally
2841	+	FIBXSQLVAR := OldSQLVar;
2842	+	end;
2843	+	end;
2844	+	end;
2845	+	end;
2846	+
2847	+	procedure TSQLParam.SetAsTime(aValue: TDateTime; aTimeZoneID: TFBTimeZoneID);
2848	+	begin
2849	+	SetAsTime(aValue,GetTimeZoneServices.GetTimeTZDate,aTimeZoneID);
2850	+	end;
2851	+
2852	+	procedure TSQLParam.SetAsTime(aValue: TDateTime; aTimeZone: AnsiString);
2853	+	begin
2854	+	SetAsTime(aValue,GetTimeZoneServices.GetTimeTZDate,aTimeZone);
2855	+	end;
2856	+
2857		procedure TSQLParam.SetAsDateTime(AValue: TDateTime);
2858		var i: integer;
2859		OldSQLVar: TSQLVarData;
#	Line 2139 | Line 2877 | begin
2877		end;
2878		end;
2879
2880	+	procedure TSQLParam.SetAsDateTime(aValue: TDateTime; aTimeZoneID: TFBTimeZoneID
2881	+	);
2882	+	var i: integer;
2883	+	OldSQLVar: TSQLVarData;
2884	+	begin
2885	+	if FIBXSQLVAR.UniqueName then
2886	+	inherited SetAsDateTime(AValue,aTimeZoneID)
2887	+	else
2888	+	with FIBXSQLVAR.Parent do
2889	+	begin
2890	+	for i := 0 to Count - 1 do
2891	+	if Column[i].Name = Name then
2892	+	begin
2893	+	OldSQLVar := FIBXSQLVAR;
2894	+	FIBXSQLVAR := Column[i];
2895	+	try
2896	+	inherited SetAsDateTime(AValue,aTimeZoneID);
2897	+	finally
2898	+	FIBXSQLVAR := OldSQLVar;
2899	+	end;
2900	+	end;
2901	+	end;
2902	+	end;
2903	+
2904	+	procedure TSQLParam.SetAsDateTime(aValue: TDateTime; aTimeZone: AnsiString);
2905	+	var i: integer;
2906	+	OldSQLVar: TSQLVarData;
2907	+	begin
2908	+	if FIBXSQLVAR.UniqueName then
2909	+	inherited SetAsDateTime(AValue,aTimeZone)
2910	+	else
2911	+	with FIBXSQLVAR.Parent do
2912	+	begin
2913	+	for i := 0 to Count - 1 do
2914	+	if Column[i].Name = Name then
2915	+	begin
2916	+	OldSQLVar := FIBXSQLVAR;
2917	+	FIBXSQLVAR := Column[i];
2918	+	try
2919	+	inherited SetAsDateTime(AValue,aTimeZone);
2920	+	finally
2921	+	FIBXSQLVAR := OldSQLVar;
2922	+	end;
2923	+	end;
2924	+	end;
2925	+	end;
2926	+
2927		procedure TSQLParam.SetAsDouble(AValue: Double);
2928		var i: integer;
2929		OldSQLVar: TSQLVarData;
#	Line 2231 | Line 3016 | begin
3016		end;
3017		end;
3018
3019	<	procedure TSQLParam.SetAsString(AValue: String);
3019	>	procedure TSQLParam.SetAsString(AValue: AnsiString);
3020		var i: integer;
3021		OldSQLVar: TSQLVarData;
3022		begin
#	Line 2319 | Line 3104 | begin
3104		FIBXSQLVAR.SetCharSetID(aValue);
3105		end;
3106
3107	+	procedure TSQLParam.SetAsBcd(aValue: tBCD);
3108	+	var i: integer;
3109	+	OldSQLVar: TSQLVarData;
3110	+	begin
3111	+	if FIBXSQLVAR.UniqueName then
3112	+	inherited SetAsBcd(AValue)
3113	+	else
3114	+	with FIBXSQLVAR.Parent do
3115	+	begin
3116	+	for i := 0 to Count - 1 do
3117	+	if Column[i].Name = Name then
3118	+	begin
3119	+	OldSQLVar := FIBXSQLVAR;
3120	+	FIBXSQLVAR := Column[i];
3121	+	try
3122	+	inherited SetAsBcd(AValue);
3123	+	finally
3124	+	FIBXSQLVAR := OldSQLVar;
3125	+	end;
3126	+	end;
3127	+	end;
3128	+	end;
3129	+
3130		{ TMetaData }
3131
3132		procedure TMetaData.CheckActive;
#	Line 2344 | Line 3152 | begin
3152		inherited Destroy;
3153		end;
3154
3155	<	function TMetaData.GetUniqueRelationName: string;
3155	>	function TMetaData.GetUniqueRelationName: AnsiString;
3156		begin
3157		CheckActive;
3158		Result := FMetaData.UniqueRelationName;
#	Line 2372 | Line 3180 | begin
3180		end;
3181		end;
3182
3183	<	function TMetaData.ByName(Idx: String): IColumnMetaData;
3183	>	function TMetaData.ByName(Idx: AnsiString): IColumnMetaData;
3184		var aIBXSQLVAR: TSQLVarData;
3185		begin
3186		CheckActive;
#	Line 2432 | Line 3240 | begin
3240		end;
3241		end;
3242
3243	<	function TSQLParams.ByName(Idx: String): ISQLParam;
3243	>	function TSQLParams.ByName(Idx: AnsiString): ISQLParam;
3244		var aIBXSQLVAR: TSQLVarData;
3245		begin
3246		CheckActive;
#	Line 2457 | Line 3265 | begin
3265		end;
3266		end;
3267
3268	+	function TSQLParams.GetHasCaseSensitiveParams: Boolean;
3269	+	begin
3270	+	Result := FSQLParams.CaseSensitiveParams;
3271	+	end;
3272	+
3273		{ TResults }
3274
3275		procedure TResults.CheckActive;
#	Line 2469 | Line 3282 | begin
3282		if not FResults.CheckStatementStatus(ssPrepared)  then
3283		IBError(ibxeStatementNotPrepared, [nil]);
3284
3285	<	with GetTransaction as TFBTransaction do
3285	>	with GetTransaction do
3286		if not InTransaction or (FResults.TransactionSeqNo <> FTransactionSeqNo) then
3287		IBError(ibxeInterfaceOutofDate,[nil]);
3288		end;
3289
3290		function TResults.GetISQLData(aIBXSQLVAR: TSQLVarData): ISQLData;
3291	+	var col: TIBSQLData;
3292		begin
3293		if (aIBXSQLVAR.Index < 0) or (aIBXSQLVAR.Index >= getCount) then
3294		IBError(ibxeInvalidColumnIndex,[nil]);
3295
3296		if not HasInterface(aIBXSQLVAR.Index) then
3297		AddInterface(aIBXSQLVAR.Index, TIBSQLData.Create(self,aIBXSQLVAR));
3298	<	Result := TIBSQLData(GetInterface(aIBXSQLVAR.Index));
3298	>	col := TIBSQLData(GetInterface(aIBXSQLVAR.Index));
3299	>	col.FTransaction := GetTransaction;
3300	>	Result := col;
3301		end;
3302
3303		constructor TResults.Create(aResults: TSQLDataArea);
#	Line 2500 | Line 3316 | begin
3316		Result := FResults.Count;
3317		end;
3318
3319	<	function TResults.ByName(Idx: String): ISQLData;
3319	>	function TResults.ByName(Idx: AnsiString): ISQLData;
3320		var col: TSQLVarData;
3321		begin
3322		Result := nil;
#	Line 2532 | Line 3348 | begin
3348		end;
3349
3350		procedure TResults.GetData(index: integer; var IsNull: boolean; var len: short;
3351	<	var data: PChar);
3351	>	var data: PByte);
3352		begin
3353		CheckActive;
3354		FResults.GetData(index,IsNull, len,data);
3355		end;
3356
3357	+	function TResults.GetStatement: IStatement;
3358	+	begin
3359	+	Result := FStatement;
3360	+	end;
3361	+
3362		function TResults.GetTransaction: ITransaction;
3363		begin
3364		Result := FStatement.GetTransaction;
#	Line 2548 | Line 3369 | begin
3369		RetainInterfaces := aValue;
3370		end;
3371
2551	–
3372		end.
3373

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