removed pascal code

3 files changed, 0 insertions, 1986 deletions

diff --git a/src/lib/SQLite/SQLite3.pas b/src/lib/SQLite/SQLite3.pas
deleted file mode 100644
index 7b7207c4..00000000
--- a/src/lib/SQLite/SQLite3.pas
+++ /dev/null
@@ -1,253 +0,0 @@
-unit SQLite3;
-
-{
-  Simplified interface for SQLite.
-  Updated for Sqlite 3 by Tim Anderson (tim@itwriting.com)
-  Note: NOT COMPLETE for version 3, just minimal functionality
-  Adapted from file created by Pablo Pissanetzky (pablo@myhtpc.net)
-  which was based on SQLite.pas by Ben Hochstrasser (bhoc@surfeu.ch)
-}
-
-{$IFDEF FPC}
-  {$MODE DELPHI}
-  {$H+}            (* use long strings *)
-  {$PACKENUM 4}    (* use 4-byte enums *)
-  {$PACKRECORDS C} (* C/C++-compatible record packing *)
-{$ELSE}
-  {$MINENUMSIZE 4} (* use 4-byte enums *)
-{$ENDIF}
-
-interface
-
-const
-{$IF Defined(MSWINDOWS)}
-  SQLiteDLL = 'sqlite3.dll';
-{$ELSEIF Defined(DARWIN)}
-  SQLiteDLL = 'libsqlite3.dylib';
-  {$linklib libsqlite3}
-{$ELSEIF Defined(UNIX)}
-  SQLiteDLL = 'sqlite3.so';
-{$IFEND}
-
-// Return values for sqlite3_exec() and sqlite3_step()
-
-const
-  SQLITE_OK          =  0; // Successful result
-  (* beginning-of-error-codes *)
-  SQLITE_ERROR       =  1; // SQL error or missing database
-  SQLITE_INTERNAL    =  2; // An internal logic error in SQLite
-  SQLITE_PERM        =  3; // Access permission denied
-  SQLITE_ABORT       =  4; // Callback routine requested an abort
-  SQLITE_BUSY        =  5; // The database file is locked
-  SQLITE_LOCKED      =  6; // A table in the database is locked
-  SQLITE_NOMEM       =  7; // A malloc() failed
-  SQLITE_READONLY    =  8; // Attempt to write a readonly database
-  SQLITE_INTERRUPT   =  9; // Operation terminated by sqlite3_interrupt()
-  SQLITE_IOERR       = 10; // Some kind of disk I/O error occurred
-  SQLITE_CORRUPT     = 11; // The database disk image is malformed
-  SQLITE_NOTFOUND    = 12; // (Internal Only) Table or record not found
-  SQLITE_FULL        = 13; // Insertion failed because database is full
-  SQLITE_CANTOPEN    = 14; // Unable to open the database file
-  SQLITE_PROTOCOL    = 15; // Database lock protocol error
-  SQLITE_EMPTY       = 16; // Database is empty
-  SQLITE_SCHEMA      = 17; // The database schema changed
-  SQLITE_TOOBIG      = 18; // Too much data for one row of a table
-  SQLITE_CONSTRAINT  = 19; // Abort due to contraint violation
-  SQLITE_MISMATCH    = 20; // Data type mismatch
-  SQLITE_MISUSE      = 21; // Library used incorrectly
-  SQLITE_NOLFS       = 22; // Uses OS features not supported on host
-  SQLITE_AUTH        = 23; // Authorization denied
-  SQLITE_FORMAT      = 24; // Auxiliary database format error
-  SQLITE_RANGE       = 25; // 2nd parameter to sqlite3_bind out of range
-  SQLITE_NOTADB      = 26; // File opened that is not a database file
-  SQLITE_ROW         = 100; // sqlite3_step() has another row ready
-  SQLITE_DONE        = 101; // sqlite3_step() has finished executing
-
-  SQLITE_INTEGER = 1;
-  SQLITE_FLOAT   = 2;
-  SQLITE_TEXT    = 3;
-  SQLITE_BLOB    = 4;
-  SQLITE_NULL    = 5;
-
-  SQLITE_UTF8     = 1;
-  SQLITE_UTF16    = 2;
-  SQLITE_UTF16BE  = 3;
-  SQLITE_UTF16LE  = 4;
-  SQLITE_ANY      = 5;
-
-  SQLITE_STATIC    {: TSQLite3Destructor} = Pointer(0);
-  SQLITE_TRANSIENT {: TSQLite3Destructor} = Pointer(-1);
-
-type
-  TSQLiteDB = Pointer;
-  TSQLiteResult = ^PAnsiChar;
-  TSQLiteStmt = Pointer;
-
-type
-  PPAnsiCharArray = ^TPAnsiCharArray; 
-  TPAnsiCharArray = array[0 .. (MaxInt div SizeOf(PAnsiChar))-1] of PAnsiChar;
-
-type
-  TSQLiteExecCallback = function(UserData: Pointer; NumCols: integer; ColValues:
-    PPAnsiCharArray; ColNames: PPAnsiCharArray): integer; cdecl;
-  TSQLiteBusyHandlerCallback = function(UserData: Pointer; P2: integer): integer; cdecl;
-
-  //function prototype for define own collate
-  TCollateXCompare = function(UserData: pointer; Buf1Len: integer; Buf1: pointer;
-    Buf2Len: integer; Buf2: pointer): integer; cdecl;
-    
-
-function SQLite3_Open(filename: PAnsiChar; out db: TSQLiteDB): integer; cdecl; external SQLiteDLL name 'sqlite3_open';
-function SQLite3_Close(db: TSQLiteDB): integer; cdecl; external SQLiteDLL name 'sqlite3_close';
-function SQLite3_Exec(db: TSQLiteDB; SQLStatement: PAnsiChar; CallbackPtr: TSQLiteExecCallback; UserData: Pointer; var ErrMsg: PAnsiChar): integer; cdecl; external SQLiteDLL name 'sqlite3_exec';
-function SQLite3_Version(): PAnsiChar; cdecl; external SQLiteDLL name 'sqlite3_libversion';
-function SQLite3_ErrMsg(db: TSQLiteDB): PAnsiChar; cdecl; external SQLiteDLL name 'sqlite3_errmsg';
-function SQLite3_ErrCode(db: TSQLiteDB): integer; cdecl; external SQLiteDLL name 'sqlite3_errcode';
-procedure SQlite3_Free(P: PAnsiChar); cdecl; external SQLiteDLL name 'sqlite3_free';
-function SQLite3_GetTable(db: TSQLiteDB; SQLStatement: PAnsiChar; var ResultPtr: TSQLiteResult; var RowCount: Cardinal; var ColCount: Cardinal; var ErrMsg: PAnsiChar): integer; cdecl; external SQLiteDLL name 'sqlite3_get_table';
-procedure SQLite3_FreeTable(Table: TSQLiteResult); cdecl; external SQLiteDLL name 'sqlite3_free_table';
-function SQLite3_Complete(P: PAnsiChar): boolean; cdecl; external SQLiteDLL name 'sqlite3_complete';
-function SQLite3_LastInsertRowID(db: TSQLiteDB): int64; cdecl; external SQLiteDLL name 'sqlite3_last_insert_rowid';
-procedure SQLite3_Interrupt(db: TSQLiteDB); cdecl; external SQLiteDLL name 'sqlite3_interrupt';
-procedure SQLite3_BusyHandler(db: TSQLiteDB; CallbackPtr: TSQLiteBusyHandlerCallback; UserData: Pointer); cdecl; external SQLiteDLL name 'sqlite3_busy_handler';
-procedure SQLite3_BusyTimeout(db: TSQLiteDB; TimeOut: integer); cdecl; external SQLiteDLL name 'sqlite3_busy_timeout';
-function SQLite3_Changes(db: TSQLiteDB): integer; cdecl; external SQLiteDLL name 'sqlite3_changes';
-function SQLite3_TotalChanges(db: TSQLiteDB): integer; cdecl; external SQLiteDLL name 'sqlite3_total_changes';
-function SQLite3_Prepare(db: TSQLiteDB; SQLStatement: PAnsiChar; nBytes: integer; out hStmt: TSqliteStmt; out pzTail: PAnsiChar): integer; cdecl; external SQLiteDLL name 'sqlite3_prepare';
-function SQLite3_Prepare_v2(db: TSQLiteDB; SQLStatement: PAnsiChar; nBytes: integer; out hStmt: TSqliteStmt; out pzTail: PAnsiChar): integer; cdecl; external SQLiteDLL name 'sqlite3_prepare_v2';
-function SQLite3_ColumnCount(hStmt: TSqliteStmt): integer; cdecl; external SQLiteDLL name 'sqlite3_column_count';
-function SQLite3_ColumnName(hStmt: TSqliteStmt; ColNum: integer): PAnsiChar; cdecl; external SQLiteDLL name 'sqlite3_column_name';
-function SQLite3_ColumnDeclType(hStmt: TSqliteStmt; ColNum: integer): PAnsiChar; cdecl; external SQLiteDLL name 'sqlite3_column_decltype';
-function SQLite3_Step(hStmt: TSqliteStmt): integer; cdecl; external SQLiteDLL name 'sqlite3_step';
-function SQLite3_DataCount(hStmt: TSqliteStmt): integer; cdecl; external SQLiteDLL name 'sqlite3_data_count';
-
-function SQLite3_ColumnBlob(hStmt: TSqliteStmt; ColNum: integer): pointer; cdecl; external SQLiteDLL name 'sqlite3_column_blob';
-function SQLite3_ColumnBytes(hStmt: TSqliteStmt; ColNum: integer): integer; cdecl; external SQLiteDLL name 'sqlite3_column_bytes';
-function SQLite3_ColumnDouble(hStmt: TSqliteStmt; ColNum: integer): double; cdecl; external SQLiteDLL name 'sqlite3_column_double';
-function SQLite3_ColumnInt(hStmt: TSqliteStmt; ColNum: integer): integer; cdecl; external SQLiteDLL name 'sqlite3_column_int';
-function SQLite3_ColumnText(hStmt: TSqliteStmt; ColNum: integer): PAnsiChar; cdecl; external SQLiteDLL name 'sqlite3_column_text';
-function SQLite3_ColumnType(hStmt: TSqliteStmt; ColNum: integer): integer; cdecl; external SQLiteDLL name 'sqlite3_column_type';
-function SQLite3_ColumnInt64(hStmt: TSqliteStmt; ColNum: integer): Int64; cdecl; external SQLiteDLL name 'sqlite3_column_int64';
-function SQLite3_Finalize(hStmt: TSqliteStmt): integer; cdecl; external SQLiteDLL name 'sqlite3_finalize';
-function SQLite3_Reset(hStmt: TSqliteStmt): integer; cdecl; external SQLiteDLL name 'sqlite3_reset';
-
-// 
-// In the SQL strings input to sqlite3_prepare() and sqlite3_prepare16(),
-// one or more literals can be replace by a wildcard "?" or ":N:" where
-// N is an integer.  These value of these wildcard literals can be set
-// using the routines listed below.
-// 
-// In every case, the first parameter is a pointer to the sqlite3_stmt
-// structure returned from sqlite3_prepare().  The second parameter is the
-// index of the wildcard.  The first "?" has an index of 1.  ":N:" wildcards
-// use the index N.
-// 
-// The fifth parameter to sqlite3_bind_blob(), sqlite3_bind_text(), and
-//sqlite3_bind_text16() is a destructor used to dispose of the BLOB or
-//text after SQLite has finished with it.  If the fifth argument is the
-// special value SQLITE_STATIC, then the library assumes that the information
-// is in static, unmanaged space and does not need to be freed.  If the
-// fifth argument has the value SQLITE_TRANSIENT, then SQLite makes its
-// own private copy of the data.
-// 
-// The sqlite3_bind_* routine must be called before sqlite3_step() after
-// an sqlite3_prepare() or sqlite3_reset().  Unbound wildcards are interpreted
-// as NULL.
-// 
-
-type
-  TSQLite3Destructor = procedure(Ptr: Pointer); cdecl;
-
-function sqlite3_bind_blob(hStmt: TSqliteStmt; ParamNum: integer;
-  ptrData: pointer; numBytes: integer; ptrDestructor: TSQLite3Destructor): integer;
-cdecl; external SQLiteDLL name 'sqlite3_bind_blob';
-function sqlite3_bind_text(hStmt: TSqliteStmt; ParamNum: integer;
-  Text: PAnsiChar; numBytes: integer; ptrDestructor: TSQLite3Destructor): integer;
-cdecl; external SQLiteDLL name 'sqlite3_bind_text';
-function sqlite3_bind_double(hStmt: TSqliteStmt; ParamNum: integer; Data: Double): integer;
-  cdecl; external SQLiteDLL name 'sqlite3_bind_double';
-function sqlite3_bind_int(hStmt: TSqLiteStmt; ParamNum: integer; Data: integer): integer;
-  cdecl; external SQLiteDLL name 'sqlite3_bind_int';
-function sqlite3_bind_int64(hStmt: TSqliteStmt; ParamNum: integer; Data: int64): integer;
-  cdecl; external SQLiteDLL name 'sqlite3_bind_int64';
-function sqlite3_bind_null(hStmt: TSqliteStmt; ParamNum: integer): integer;
-  cdecl; external SQLiteDLL name 'sqlite3_bind_null';
-
-function sqlite3_bind_parameter_index(hStmt: TSqliteStmt; zName: PAnsiChar): integer;
-  cdecl; external SQLiteDLL name 'sqlite3_bind_parameter_index';
-
-function sqlite3_enable_shared_cache(Value: integer): integer; cdecl; external SQLiteDLL name 'sqlite3_enable_shared_cache';
-
-//user collate definiton
-function SQLite3_create_collation(db: TSQLiteDB; Name: PAnsiChar; eTextRep: integer;
-  UserData: pointer; xCompare: TCollateXCompare): integer; cdecl; external SQLiteDLL name 'sqlite3_create_collation';
-
-function SQLiteFieldType(SQLiteFieldTypeCode: Integer): AnsiString;
-function SQLiteErrorStr(SQLiteErrorCode: Integer): AnsiString;
-
-implementation
-
-uses
-  SysUtils;
-
-function SQLiteFieldType(SQLiteFieldTypeCode: Integer): AnsiString;
-begin
-  case SQLiteFieldTypeCode of
-    SQLITE_INTEGER: Result := 'Integer';
-    SQLITE_FLOAT: Result := 'Float';
-    SQLITE_TEXT: Result := 'Text';
-    SQLITE_BLOB: Result := 'Blob';
-    SQLITE_NULL: Result := 'Null';
-  else
-    Result := 'Unknown SQLite Field Type Code "' + IntToStr(SQLiteFieldTypeCode) + '"';
-  end;
-end;
-
-function SQLiteErrorStr(SQLiteErrorCode: Integer): AnsiString;
-begin
-  case SQLiteErrorCode of
-    SQLITE_OK: Result := 'Successful result';
-    SQLITE_ERROR: Result := 'SQL error or missing database';
-    SQLITE_INTERNAL: Result := 'An internal logic error in SQLite';
-    SQLITE_PERM: Result := 'Access permission denied';
-    SQLITE_ABORT: Result := 'Callback routine requested an abort';
-    SQLITE_BUSY: Result := 'The database file is locked';
-    SQLITE_LOCKED: Result := 'A table in the database is locked';
-    SQLITE_NOMEM: Result := 'A malloc() failed';
-    SQLITE_READONLY: Result := 'Attempt to write a readonly database';
-    SQLITE_INTERRUPT: Result := 'Operation terminated by sqlite3_interrupt()';
-    SQLITE_IOERR: Result := 'Some kind of disk I/O error occurred';
-    SQLITE_CORRUPT: Result := 'The database disk image is malformed';
-    SQLITE_NOTFOUND: Result := '(Internal Only) Table or record not found';
-    SQLITE_FULL: Result := 'Insertion failed because database is full';
-    SQLITE_CANTOPEN: Result := 'Unable to open the database file';
-    SQLITE_PROTOCOL: Result := 'Database lock protocol error';
-    SQLITE_EMPTY: Result := 'Database is empty';
-    SQLITE_SCHEMA: Result := 'The database schema changed';
-    SQLITE_TOOBIG: Result := 'Too much data for one row of a table';
-    SQLITE_CONSTRAINT: Result := 'Abort due to contraint violation';
-    SQLITE_MISMATCH: Result := 'Data type mismatch';
-    SQLITE_MISUSE: Result := 'Library used incorrectly';
-    SQLITE_NOLFS: Result := 'Uses OS features not supported on host';
-    SQLITE_AUTH: Result := 'Authorization denied';
-    SQLITE_FORMAT: Result := 'Auxiliary database format error';
-    SQLITE_RANGE: Result := '2nd parameter to sqlite3_bind out of range';
-    SQLITE_NOTADB: Result := 'File opened that is not a database file';
-    SQLITE_ROW: Result := 'sqlite3_step() has another row ready';
-    SQLITE_DONE: Result := 'sqlite3_step() has finished executing';
-  else
-    Result := 'Unknown SQLite Error Code "' + IntToStr(SQLiteErrorCode) + '"';
-  end;
-end;
-
-function ColValueToStr(Value: PAnsiChar): AnsiString;
-begin
-  if (Value = nil) then
-    Result := 'NULL'
-  else
-    Result := Value;
-end;
-
-
-end.
-
diff --git a/src/lib/SQLite/SQLiteTable3.pas b/src/lib/SQLite/SQLiteTable3.pas
deleted file mode 100644
index 3aed54a4..00000000
--- a/src/lib/SQLite/SQLiteTable3.pas
+++ /dev/null
@@ -1,1500 +0,0 @@
-unit SQLiteTable3;
-
-{
-  Simple classes for using SQLite's exec and get_table.
-
-  TSQLiteDatabase wraps the calls to open and close an SQLite database.
-  It also wraps SQLite_exec for queries that do not return a result set
-
-  TSQLiteTable wraps execution of SQL query.
-  It run query and read all returned rows to internal buffer.
-  It allows accessing fields by name as well as index and can move through a
-  result set forward and backwards, or randomly to any row.
-
-  TSQLiteUniTable wraps execution of SQL query.
-  It run query as TSQLiteTable, but reading just first row only!
-  You can step to next row (until not EOF) by 'Next' method.
-  You cannot step backwards! (So, it is called as UniDirectional result set.)
-  It not using any internal buffering, this class is very close to Sqlite API.
-  It allows accessing fields by name as well as index on actual row only.
-  Very good and fast for sequentional scanning of large result sets with minimal
-    memory footprint.
-
-  Warning! Do not close TSQLiteDatabase before any TSQLiteUniTable,
-    because query is closed on TSQLiteUniTable destructor and database connection
-    is used during TSQLiteUniTable live!
-
-  SQL parameter usage:
-    You can add named parameter values by call set of AddParam* methods.
-    Parameters will be used for first next SQL statement only.
-    Parameter name must be prefixed by ':', '$' or '@' and same prefix must be
-    used in SQL statement!
-    Sample:
-      table.AddParamText(':str', 'some value');
-      s := table.GetTableString('SELECT value FROM sometable WHERE id=:str');
-
-   Notes from Andrew Retmanski on prepared queries
-   The changes are as follows:
-
-   SQLiteTable3.pas
-   - Added new boolean property Synchronised (this controls the SYNCHRONOUS pragma as I found that turning this OFF increased the write performance in my application)
-   - Added new type TSQLiteQuery (this is just a simple record wrapper around the SQL string and a TSQLiteStmt pointer)
-   - Added PrepareSQL method to prepare SQL query - returns TSQLiteQuery
-   - Added ReleaseSQL method to release previously prepared query
-   - Added overloaded BindSQL methods for Integer and String types - these set new values for the prepared query parameters
-   - Added overloaded ExecSQL method to execute a prepared TSQLiteQuery
-
-   Usage of the new methods should be self explanatory but the process is in essence:
-
-   1. Call PrepareSQL to return TSQLiteQuery 2. Call BindSQL for each parameter in the prepared query 3. Call ExecSQL to run the prepared query 4. Repeat steps 2 & 3 as required 5. Call ReleaseSQL to free SQLite resources
-
-   One other point - the Synchronised property throws an error if used inside a transaction.
-
-   Acknowledments
-   Adapted by Tim Anderson (tim@itwriting.com)
-   Originally created by Pablo Pissanetzky (pablo@myhtpc.net)
-   Modified and enhanced by Lukas Gebauer
-   Modified and enhanced by Tobias Gunkel
-}
-
-interface
-
-{$IFDEF FPC}
-  {$MODE Delphi}{$H+}
-{$ENDIF}
-
-uses
-  {$IFDEF MSWINDOWS}
-  Windows,
-  {$ENDIF}
-  SQLite3, Classes, SysUtils;
-
-const
-
-  dtInt = 1;
-  dtNumeric = 2;
-  dtStr = 3;
-  dtBlob = 4;
-  dtNull = 5;
-
-type
-
-  ESQLiteException = class(Exception)
-  end;
-
-  TSQliteParam = class
-  public
-    name: string;
-    valuetype: integer;
-    valueinteger: int64;
-    valuefloat: double;
-    valuedata: string;
-  end;
-
-  THookQuery = procedure(Sender: TObject; SQL: String) of object;
-
-  TSQLiteQuery = record
-    SQL: String;
-    Statement: TSQLiteStmt;
-  end;
-
-  TSQLiteTable = class;
-  TSQLiteUniTable = class;
-
-  TSQLiteDatabase = class
-  private
-    fDB: TSQLiteDB;
-    fInTrans: boolean;
-    fSync: boolean;
-    fParams: TList;
-    FOnQuery: THookQuery;
-    procedure RaiseError(s: string; SQL: string);
-    procedure SetParams(Stmt: TSQLiteStmt);
-    procedure BindData(Stmt: TSQLiteStmt; const Bindings: array of const);
-    function GetRowsChanged: integer;
-  protected
-    procedure SetSynchronised(Value: boolean);
-    procedure DoQuery(value: string); 
-  public
-    constructor Create(const FileName: string);
-    destructor Destroy; override;
-    function GetTable(const SQL: Ansistring): TSQLiteTable; overload;
-    function GetTable(const SQL: Ansistring; const Bindings: array of const): TSQLiteTable; overload;
-    procedure ExecSQL(const SQL: Ansistring); overload;
-    procedure ExecSQL(const SQL: Ansistring; const Bindings: array of const); overload;
-    procedure ExecSQL(Query: TSQLiteQuery); overload;
-    function PrepareSQL(const SQL: Ansistring): TSQLiteQuery;
-    procedure BindSQL(Query: TSQLiteQuery; const Index: Integer; const Value: Integer); overload;
-    procedure BindSQL(Query: TSQLiteQuery; const Index: Integer; const Value: String); overload;
-    procedure ReleaseSQL(Query: TSQLiteQuery);
-    function GetUniTable(const SQL: Ansistring): TSQLiteUniTable; overload;
-    function GetUniTable(const SQL: Ansistring; const Bindings: array of const): TSQLiteUniTable; overload;
-    function GetTableValue(const SQL: Ansistring): int64; overload;
-    function GetTableValue(const SQL: Ansistring; const Bindings: array of const): int64; overload;
-    function GetTableString(const SQL: Ansistring): string; overload;
-    function GetTableString(const SQL: Ansistring; const Bindings: array of const): string; overload;
-    procedure GetTableStrings(const SQL: Ansistring; const Value: TStrings);
-    procedure UpdateBlob(const SQL: Ansistring; BlobData: TStream);
-    procedure BeginTransaction;
-    procedure Commit;
-    procedure Rollback;
-    function TableExists(TableName: string): boolean;
-    function ContainsColumn(Table: String; Column: String) : boolean;
-    function GetLastInsertRowID: int64;
-    function GetLastChangedRows: int64;
-    procedure SetTimeout(Value: integer);
-    function Version: string;
-    procedure AddCustomCollate(name: string; xCompare: TCollateXCompare);
-    //adds collate named SYSTEM for correct data sorting by user's locale
-    Procedure AddSystemCollate;
-    procedure ParamsClear;
-    procedure AddParamInt(name: string; value: int64);
-    procedure AddParamFloat(name: string; value: double);
-    procedure AddParamText(name: string; value: string);
-    procedure AddParamNull(name: string);
-    property DB: TSQLiteDB read fDB;
-  published
-    property IsTransactionOpen: boolean read fInTrans;
-    //database rows that were changed (or inserted or deleted) by the most recent SQL statement
-    property RowsChanged : integer read getRowsChanged;
-    property Synchronised: boolean read FSync write SetSynchronised;
-    property OnQuery: THookQuery read FOnQuery write FOnQuery;
-  end;
-
-  TSQLiteTable = class
-  private
-    fResults: TList;
-    fRowCount: cardinal;
-    fColCount: cardinal;
-    fCols: TStringList;
-    fColTypes: TList;
-    fRow: cardinal;
-    function GetFields(I: cardinal): string;
-    function GetEOF: boolean;
-    function GetBOF: boolean;
-    function GetColumns(I: integer): string;
-    function GetFieldByName(FieldName: string): string;
-    function GetFieldIndex(FieldName: string): integer;
-    function GetCount: integer;
-    function GetCountResult: integer;
-  public
-    constructor Create(DB: TSQLiteDatabase; const SQL: Ansistring); overload;
-    constructor Create(DB: TSQLiteDatabase; const SQL: Ansistring; const Bindings: array of const); overload;
-    destructor Destroy; override;
-    function FieldAsInteger(I: cardinal): int64;
-    function FieldAsBlob(I: cardinal): TMemoryStream;
-    function FieldAsBlobText(I: cardinal): string;
-    function FieldIsNull(I: cardinal): boolean;
-    function FieldAsString(I: cardinal): string;
-    function FieldAsDouble(I: cardinal): double;
-    function Next: boolean;
-    function Previous: boolean;
-    property EOF: boolean read GetEOF;
-    property BOF: boolean read GetBOF;
-    property Fields[I: cardinal]: string read GetFields;
-    property FieldByName[FieldName: string]: string read GetFieldByName;
-    property FieldIndex[FieldName: string]: integer read GetFieldIndex;
-    property Columns[I: integer]: string read GetColumns;
-    property ColCount: cardinal read fColCount;
-    property RowCount: cardinal read fRowCount;
-    property Row: cardinal read fRow;
-    function MoveFirst: boolean;
-    function MoveLast: boolean;
-    function MoveTo(position: cardinal): boolean;
-    property Count: integer read GetCount;
-    // The property CountResult is used when you execute count(*) queries.
-    // It returns 0 if the result set is empty or the value of the
-    // first field as an integer.
-    property CountResult: integer read GetCountResult;
-  end;
-
-  TSQLiteUniTable = class
-  private
-    fColCount: cardinal;
-    fCols: TStringList;
-    fRow: cardinal;
-    fEOF: boolean;
-    fStmt: TSQLiteStmt;
-    fDB: TSQLiteDatabase;
-    fSQL: string;
-    function GetFields(I: cardinal): string;
-    function GetColumns(I: integer): string;
-    function GetFieldByName(FieldName: string): string;
-    function GetFieldIndex(FieldName: string): integer;
-  public
-    constructor Create(DB: TSQLiteDatabase; const SQL: Ansistring); overload;
-    constructor Create(DB: TSQLiteDatabase; const SQL: Ansistring; const Bindings: array of const); overload;
-    destructor Destroy; override;
-    function FieldAsInteger(I: cardinal): int64;
-    function FieldAsBlob(I: cardinal): TMemoryStream;
-    function FieldAsBlobPtr(I: cardinal; out iNumBytes: integer): Pointer;
-    function FieldAsBlobText(I: cardinal): string;
-    function FieldIsNull(I: cardinal): boolean;
-    function FieldAsString(I: cardinal): string;
-    function FieldAsDouble(I: cardinal): double;
-    function Next: boolean;
-    property EOF: boolean read FEOF;
-    property Fields[I: cardinal]: string read GetFields;
-    property FieldByName[FieldName: string]: string read GetFieldByName;
-    property FieldIndex[FieldName: string]: integer read GetFieldIndex;
-    property Columns[I: integer]: string read GetColumns;
-    property ColCount: cardinal read fColCount;
-    property Row: cardinal read fRow;
-  end;
-
-procedure DisposePointer(ptr: pointer); cdecl;
-
-{$IFDEF MSWINDOWS}
-function SystemCollate(Userdta: pointer; Buf1Len: integer; Buf1: pointer;
-    Buf2Len: integer; Buf2: pointer): integer; cdecl;
-{$ENDIF}
-
-implementation
-
-procedure DisposePointer(ptr: pointer); cdecl;
-begin
-  if assigned(ptr) then
-    freemem(ptr);
-end;
-
-{$IFDEF MSWINDOWS}
-function SystemCollate(Userdta: pointer; Buf1Len: integer; Buf1: pointer;
-    Buf2Len: integer; Buf2: pointer): integer; cdecl;
-begin
-  Result := CompareStringW(LOCALE_USER_DEFAULT, 0, PWideChar(Buf1), Buf1Len,
-    PWideChar(Buf2), Buf2Len) - 2;
-end;
-{$ENDIF}
-
-//------------------------------------------------------------------------------
-// TSQLiteDatabase
-//------------------------------------------------------------------------------
-
-constructor TSQLiteDatabase.Create(const FileName: string);
-var
-  Msg: PAnsiChar;
-  iResult: integer;
-  utf8FileName: UTF8string;
-begin
-  inherited Create;
-  fParams := TList.Create;
-
-  self.fInTrans := False;
-
-  Msg := nil;
-  try
-    utf8FileName := UTF8String(FileName);
-    iResult := SQLite3_Open(PAnsiChar(utf8FileName), Fdb);
-
-    if iResult <> SQLITE_OK then
-      if Assigned(Fdb) then
-      begin
-        Msg := Sqlite3_ErrMsg(Fdb);
-        raise ESqliteException.CreateFmt('Failed to open database "%s" : %s',
-          [FileName, Msg]);
-      end
-      else
-        raise ESqliteException.CreateFmt('Failed to open database "%s" : unknown error',
-          [FileName]);
-
-//set a few configs
-//L.G. Do not call it here. Because busy handler is not setted here,
-// any share violation causing exception!
-
-//    self.ExecSQL('PRAGMA SYNCHRONOUS=NORMAL;');
-//    self.ExecSQL('PRAGMA temp_store = MEMORY;');
-
-  finally
-    if Assigned(Msg) then
-      SQLite3_Free(Msg);
-  end;
-
-end;
-
-//..............................................................................
-
-destructor TSQLiteDatabase.Destroy;
-begin
-  if self.fInTrans then
-    self.Rollback;  //assume rollback
-  if Assigned(fDB) then
-    SQLite3_Close(fDB);
-  ParamsClear;    
-  fParams.Free;
-  inherited;
-end;
-
-function TSQLiteDatabase.GetLastInsertRowID: int64;
-begin
-  Result := Sqlite3_LastInsertRowID(self.fDB);
-end;
-
-function TSQLiteDatabase.GetLastChangedRows: int64;
-begin
-  Result := SQLite3_TotalChanges(self.fDB);
-end;
-
-//..............................................................................
-
-procedure TSQLiteDatabase.RaiseError(s: string; SQL: string);
-//look up last error and raise an exception with an appropriate message
-var
-  Msg: PAnsiChar;
-  ret : integer;
-begin
-
-  Msg := nil;
-
-  ret := sqlite3_errcode(self.fDB);
-  if ret <> SQLITE_OK then
-    Msg := sqlite3_errmsg(self.fDB);
-
-  if Msg <> nil then
-    raise ESqliteException.CreateFmt(s +'.'#13'Error [%d]: %s.'#13'"%s": %s', [ret, SQLiteErrorStr(ret),SQL, Msg])
-  else
-    raise ESqliteException.CreateFmt(s, [SQL, 'No message']);
-
-end;
-
-procedure TSQLiteDatabase.SetSynchronised(Value: boolean);
-begin
-  if Value <> fSync then
-  begin
-    if Value then
-      ExecSQL('PRAGMA synchronous = ON;')
-    else
-      ExecSQL('PRAGMA synchronous = OFF;');
-    fSync := Value;
-  end;
-end;
-
-procedure TSQLiteDatabase.BindData(Stmt: TSQLiteStmt; const Bindings: array of const);
-var
-  BlobMemStream: TCustomMemoryStream;
-  BlobStdStream: TStream;
-  DataPtr: Pointer;
-  DataSize: integer;
-  AnsiStr: AnsiString;
-  AnsiStrPtr: PAnsiString;
-  I: integer;
-begin
-  for I := 0 to High(Bindings) do
-  begin
-    case Bindings[I].VType of
-      vtString,
-      vtAnsiString, vtPChar,
-      vtWideString, vtPWideChar,
-      vtChar, vtWideChar:
-      begin
-        case Bindings[I].VType of
-          vtString: begin // ShortString
-            AnsiStr := Bindings[I].VString^;
-            DataPtr := PAnsiChar(AnsiStr);
-            DataSize := Length(AnsiStr)+1;
-          end;
-          vtPChar: begin
-            DataPtr := Bindings[I].VPChar;
-            DataSize := -1;
-          end;
-          vtAnsiString: begin
-            AnsiStrPtr := PAnsiString(@Bindings[I].VAnsiString);
-            DataPtr := PAnsiChar(AnsiStrPtr^);
-            DataSize := Length(AnsiStrPtr^)+1;
-          end;
-          vtPWideChar: begin
-            AnsiStr := UTF8Encode(WideString(Bindings[I].VPWideChar));
-            DataPtr := PAnsiChar(AnsiStr);
-            DataSize := -1;
-          end;
-          vtWideString: begin
-            AnsiStr := UTF8Encode(PWideString(@Bindings[I].VWideString)^);
-            DataPtr := PAnsiChar(AnsiStr);
-            DataSize := -1;
-          end;
-          vtChar: begin
-            AnsiStr := AnsiString(Bindings[I].VChar);
-            DataPtr := PAnsiChar(AnsiStr);
-            DataSize := 2;
-          end;
-          vtWideChar: begin
-            AnsiStr := UTF8Encode(WideString(Bindings[I].VWideChar));
-            DataPtr := PAnsiChar(AnsiStr);
-            DataSize := -1;
-          end;
-          else
-            raise ESqliteException.Create('Unknown string-type');
-        end;
-        if (sqlite3_bind_text(Stmt, I+1, DataPtr, DataSize, SQLITE_STATIC) <> SQLITE_OK) then
-          RaiseError('Could not bind text', 'BindData');
-      end;
-      vtInteger:
-        if (sqlite3_bind_int(Stmt, I+1, Bindings[I].VInteger) <> SQLITE_OK) then
-          RaiseError('Could not bind integer', 'BindData');
-      vtInt64:
-        if (sqlite3_bind_int64(Stmt, I+1, Bindings[I].VInt64^) <> SQLITE_OK) then
-          RaiseError('Could not bind int64', 'BindData');
-      vtExtended:
-        if (sqlite3_bind_double(Stmt, I+1, Bindings[I].VExtended^) <> SQLITE_OK) then
-          RaiseError('Could not bind extended', 'BindData');
-      vtBoolean:
-        if (sqlite3_bind_int(Stmt, I+1, Integer(Bindings[I].VBoolean)) <> SQLITE_OK) then
-          RaiseError('Could not bind boolean', 'BindData');
-      vtPointer:
-      begin
-        if (Bindings[I].VPointer = nil) then
-        begin
-          if (sqlite3_bind_null(Stmt, I+1) <> SQLITE_OK) then
-            RaiseError('Could not bind null', 'BindData');
-        end
-        else
-          raise ESqliteException.Create('Unhandled pointer (<> nil)');
-      end;
-      vtObject:
-      begin
-        if (Bindings[I].VObject is TCustomMemoryStream) then
-        begin
-          BlobMemStream := TCustomMemoryStream(Bindings[I].VObject);
-          if (sqlite3_bind_blob(Stmt, I+1, @PAnsiChar(BlobMemStream.Memory)[BlobMemStream.Position],
-              BlobMemStream.Size-BlobMemStream.Position, SQLITE_STATIC) <> SQLITE_OK) then
-          begin
-            RaiseError('Could not bind BLOB', 'BindData');
-          end;
-        end
-        else if (Bindings[I].VObject is TStream) then
-        begin
-          BlobStdStream := TStream(Bindings[I].VObject);
-          DataSize := BlobStdStream.Size;
-
-          GetMem(DataPtr, DataSize);
-          if (DataPtr = nil) then
-            raise ESqliteException.Create('Error getting memory to save blob');
-
-          BlobStdStream.Position := 0;
-          BlobStdStream.Read(DataPtr^, DataSize);
-
-          if (sqlite3_bind_blob(stmt, I+1, DataPtr, DataSize, @DisposePointer) <> SQLITE_OK) then
-            RaiseError('Could not bind BLOB', 'BindData');
-        end
-        else             
-          raise ESqliteException.Create('Unhandled object-type in binding');
-      end
-      else 
-      begin
-        raise ESqliteException.Create('Unhandled binding');
-      end;
-    end;
-  end;
-end;
-
-procedure TSQLiteDatabase.ExecSQL(const SQL: Ansistring);
-begin
-  ExecSQL(SQL, []);
-end;
-
-procedure TSQLiteDatabase.ExecSQL(const SQL: Ansistring; const Bindings: array of const);
-var
-  Stmt: TSQLiteStmt;
-  NextSQLStatement: PAnsiChar;
-  iStepResult: integer;
-begin
-  try
-    if Sqlite3_Prepare_v2(self.fDB, PAnsiChar(SQL), -1, Stmt, NextSQLStatement) <>
-      SQLITE_OK then
-      RaiseError('Error executing SQL', SQL);
-    if (Stmt = nil) then
-      RaiseError('Could not prepare SQL statement', SQL);
-    DoQuery(SQL);
-    SetParams(Stmt);
-    BindData(Stmt, Bindings);
-
-    iStepResult := Sqlite3_step(Stmt);
-    if (iStepResult <> SQLITE_DONE) then
-      begin
-      SQLite3_reset(stmt);
-      RaiseError('Error executing SQL statement', SQL);
-      end;
-  finally
-    if Assigned(Stmt) then
-      Sqlite3_Finalize(stmt);
-  end;
-end;
-
-procedure TSQLiteDatabase.ExecSQL(Query: TSQLiteQuery);
-var
-  iStepResult: integer;
-begin
-  if Assigned(Query.Statement) then
-  begin
-    iStepResult := Sqlite3_step(Query.Statement);
-
-    if (iStepResult <> SQLITE_DONE) then
-      begin
-      SQLite3_reset(Query.Statement);
-      RaiseError('Error executing prepared SQL statement', Query.SQL);
-      end;
-    Sqlite3_Reset(Query.Statement);
-  end;
-end;
-
-function TSQLiteDatabase.PrepareSQL(const SQL: Ansistring): TSQLiteQuery;
-var
-  Stmt: TSQLiteStmt;
-  NextSQLStatement: PAnsiChar;
-begin
-  Result.SQL := SQL;
-  Result.Statement := nil;
-
-  if Sqlite3_Prepare(self.fDB, PAnsiChar(SQL), -1, Stmt, NextSQLStatement) <>
-    SQLITE_OK then
-    RaiseError('Error executing SQL', SQL)
-  else
-    Result.Statement := Stmt;
-
-  if (Result.Statement = nil) then
-    RaiseError('Could not prepare SQL statement', SQL);
-  DoQuery(SQL);
-end;
-
-procedure TSQLiteDatabase.BindSQL(Query: TSQLiteQuery; const Index: Integer; const Value: Integer);
-begin
-  if Assigned(Query.Statement) then
-    sqlite3_Bind_Int(Query.Statement, Index, Value)
-  else
-    RaiseError('Could not bind integer to prepared SQL statement', Query.SQL);
-end;
-
-procedure TSQLiteDatabase.BindSQL(Query: TSQLiteQuery; const Index: Integer; const Value: String);
-begin
-  if Assigned(Query.Statement) then
-    Sqlite3_Bind_Text(Query.Statement, Index, PAnsiChar(Value), Length(Value), Pointer(SQLITE_STATIC))
-  else
-    RaiseError('Could not bind string to prepared SQL statement', Query.SQL);
-end;
-
-procedure TSQLiteDatabase.ReleaseSQL(Query: TSQLiteQuery);
-begin
-  if Assigned(Query.Statement) then
-  begin
-    Sqlite3_Finalize(Query.Statement);
-    Query.Statement := nil;
-  end
-  else
-    RaiseError('Could not release prepared SQL statement', Query.SQL);
-end;
-
-procedure TSQLiteDatabase.UpdateBlob(const SQL: Ansistring; BlobData: TStream);
-var
-  iSize: integer;
-  ptr: pointer;
-  Stmt: TSQLiteStmt;
-  Msg: PAnsiChar;
-  NextSQLStatement: PAnsiChar;
-  iStepResult: integer;
-  iBindResult: integer;
-begin
-  //expects SQL of the form 'UPDATE MYTABLE SET MYFIELD = ? WHERE MYKEY = 1'
-  if pos('?', SQL) = 0 then
-    RaiseError('SQL must include a ? parameter', SQL);
-
-  Msg := nil;
-  try
-
-    if Sqlite3_Prepare_v2(self.fDB, PAnsiChar(SQL), -1, Stmt, NextSQLStatement) <>
-      SQLITE_OK then
-      RaiseError('Could not prepare SQL statement', SQL);
-
-    if (Stmt = nil) then
-      RaiseError('Could not prepare SQL statement', SQL);
-    DoQuery(SQL);
-
-    //now bind the blob data
-    iSize := BlobData.size;
-
-    GetMem(ptr, iSize);
-
-    if (ptr = nil) then
-      raise ESqliteException.CreateFmt('Error getting memory to save blob',
-        [SQL, 'Error']);
-
-    BlobData.position := 0;
-    BlobData.Read(ptr^, iSize);
-
-    iBindResult := SQLite3_Bind_Blob(stmt, 1, ptr, iSize, @DisposePointer);
-
-    if iBindResult <> SQLITE_OK then
-      RaiseError('Error binding blob to database', SQL);
-
-    iStepResult := Sqlite3_step(Stmt);
-
-    if (iStepResult <> SQLITE_DONE) then
-      begin
-      SQLite3_reset(stmt);
-      RaiseError('Error executing SQL statement', SQL);
-      end;
-
-  finally
-
-    if Assigned(Stmt) then
-      Sqlite3_Finalize(stmt);
-
-    if Assigned(Msg) then
-      SQLite3_Free(Msg);
-  end;
-
-end;
-
-//..............................................................................
-
-function TSQLiteDatabase.GetTable(const SQL: Ansistring): TSQLiteTable;
-begin
-  Result := TSQLiteTable.Create(Self, SQL);
-end;
-
-function TSQLiteDatabase.GetTable(const SQL: Ansistring; const Bindings: array of const): TSQLiteTable;
-begin
-  Result := TSQLiteTable.Create(Self, SQL, Bindings);
-end;
-
-function TSQLiteDatabase.GetUniTable(const SQL: Ansistring): TSQLiteUniTable;
-begin
-  Result := TSQLiteUniTable.Create(Self, SQL);
-end;
-
-function TSQLiteDatabase.GetUniTable(const SQL: Ansistring; const Bindings: array of const): TSQLiteUniTable;
-begin
-  Result := TSQLiteUniTable.Create(Self, SQL, Bindings);
-end;
-
-function TSQLiteDatabase.GetTableValue(const SQL: Ansistring): int64;
-begin
-  Result := GetTableValue(SQL, []);
-end;
-
-function TSQLiteDatabase.GetTableValue(const SQL: Ansistring; const Bindings: array of const): int64;
-var
-  Table: TSQLiteUniTable;
-begin
-  Result := 0;
-  Table := self.GetUniTable(SQL, Bindings);
-  try
-    if not Table.EOF then
-      Result := Table.FieldAsInteger(0);
-  finally
-    Table.Free;
-  end;
-end;
-
-function TSQLiteDatabase.GetTableString(const SQL: Ansistring): String;
-begin
-  Result := GetTableString(SQL, []);
-end;
-
-function TSQLiteDatabase.GetTableString(const SQL: Ansistring; const Bindings: array of const): String;
-var
-  Table: TSQLiteUniTable;
-begin
-  Result := '';
-  Table := self.GetUniTable(SQL, Bindings);
-  try
-    if not Table.EOF then
-      Result := Table.FieldAsString(0);
-  finally
-    Table.Free;
-  end;
-end;
-
-procedure TSQLiteDatabase.GetTableStrings(const SQL: Ansistring;
-  const Value: TStrings);
-var
-  Table: TSQLiteUniTable;
-begin
-  Value.Clear;
-  Table := self.GetUniTable(SQL);
-  try
-    while not table.EOF do
-    begin
-      Value.Add(Table.FieldAsString(0));
-      table.Next;
-    end;
-  finally
-    Table.Free;
-  end;
-end;
-
-procedure TSQLiteDatabase.BeginTransaction;
-begin
-  if not self.fInTrans then
-  begin
-    self.ExecSQL('BEGIN TRANSACTION');
-    self.fInTrans := True;
-  end
-  else
-    raise ESqliteException.Create('Transaction already open');
-end;
-
-procedure TSQLiteDatabase.Commit;
-begin
-  self.ExecSQL('COMMIT');
-  self.fInTrans := False;
-end;
-
-procedure TSQLiteDatabase.Rollback;
-begin
-  self.ExecSQL('ROLLBACK');
-  self.fInTrans := False;
-end;
-
-function TSQLiteDatabase.TableExists(TableName: string): boolean;
-var
-  sql: string;
-  ds: TSqliteTable;
-begin
-  //returns true if table exists in the database
-  sql := 'select [sql] from sqlite_master where [type] = ''table'' and lower(name) = ''' +
-    lowercase(TableName) + ''' ';
-  ds := self.GetTable(sql);
-  try
-    Result := (ds.Count > 0);
-  finally
-    ds.Free;
-  end;
-end;
-
-function TSQLiteDatabase.ContainsColumn(Table: String; Column: String) : boolean;
-var
-  sql: string;
-  ds: TSqliteTable;
-  i : integer;
-begin
-  sql := 'PRAGMA TABLE_INFO('+Table+');';
-  ds := self.GetTable(sql);
-  try
-    Result := false;
-    while (ds.Next() and not Result and not ds.EOF)  do
-    begin
-      if ds.FieldAsString(1) = Column then
-        Result := true;
-    end;
-  finally
-    ds.Free;
-  end;
-end;
-
-procedure TSQLiteDatabase.SetTimeout(Value: integer);
-begin
-  SQLite3_BusyTimeout(self.fDB, Value);
-end;
-
-function TSQLiteDatabase.Version: string;
-begin
-  Result := SQLite3_Version;
-end;
-
-procedure TSQLiteDatabase.AddCustomCollate(name: string;
-  xCompare: TCollateXCompare);
-begin
-  sqlite3_create_collation(fdb, PAnsiChar(name), SQLITE_UTF8, nil, xCompare);
-end;
-
-procedure TSQLiteDatabase.AddSystemCollate;
-begin
-  {$IFDEF MSWINDOWS}
-  sqlite3_create_collation(fdb, 'SYSTEM', SQLITE_UTF16LE, nil, @SystemCollate);
-  {$ENDIF}
-end;
-
-procedure TSQLiteDatabase.ParamsClear;
-var
-  n: integer;
-begin
-  for n := fParams.Count - 1 downto 0 do
-    TSQliteParam(fparams[n]).free;
-  fParams.Clear;
-end;
-
-procedure TSQLiteDatabase.AddParamInt(name: string; value: int64);
-var
-  par: TSQliteParam;
-begin
-  par := TSQliteParam.Create;
-  par.name := name;
-  par.valuetype := SQLITE_INTEGER;
-  par.valueinteger := value;
-  fParams.Add(par);
-end;
-
-procedure TSQLiteDatabase.AddParamFloat(name: string; value: double);
-var
-  par: TSQliteParam;
-begin
-  par := TSQliteParam.Create;
-  par.name := name;
-  par.valuetype := SQLITE_FLOAT;
-  par.valuefloat := value;
-  fParams.Add(par);
-end;
-
-procedure TSQLiteDatabase.AddParamText(name: string; value: string);
-var
-  par: TSQliteParam;
-begin
-  par := TSQliteParam.Create;
-  par.name := name;
-  par.valuetype := SQLITE_TEXT;
-  par.valuedata := value;
-  fParams.Add(par);
-end;
-
-procedure TSQLiteDatabase.AddParamNull(name: string);
-var
-  par: TSQliteParam;
-begin
-  par := TSQliteParam.Create;
-  par.name := name;
-  par.valuetype := SQLITE_NULL;
-  fParams.Add(par);
-end;
-
-procedure TSQLiteDatabase.SetParams(Stmt: TSQLiteStmt);
-var
-  n: integer;
-  i: integer;
-  par: TSQliteParam;
-begin
-  try
-    for n := 0 to fParams.Count - 1 do
-    begin
-      par := TSQliteParam(fParams[n]);
-      i := sqlite3_bind_parameter_index(Stmt, PAnsiChar(par.name));
-      if i > 0 then
-      begin
-        case par.valuetype of
-          SQLITE_INTEGER:
-            sqlite3_bind_int64(Stmt, i, par.valueinteger);
-          SQLITE_FLOAT:
-            sqlite3_bind_double(Stmt, i, par.valuefloat);
-          SQLITE_TEXT:
-            sqlite3_bind_text(Stmt, i, PAnsiChar(par.valuedata),
-              length(par.valuedata), SQLITE_TRANSIENT);
-          SQLITE_NULL:
-            sqlite3_bind_null(Stmt, i);
-        end;
-      end;
-    end;
-  finally
-    ParamsClear;
-  end;
-end;
-
-//database rows that were changed (or inserted or deleted) by the most recent SQL statement
-function TSQLiteDatabase.GetRowsChanged: integer;
-begin
- Result := SQLite3_Changes(self.fDB);
-end;
-
-procedure TSQLiteDatabase.DoQuery(value: string);
-begin
-  if assigned(OnQuery) then
-    OnQuery(Self, Value);
-end;
-
-//------------------------------------------------------------------------------
-// TSQLiteTable
-//------------------------------------------------------------------------------
-
-constructor TSQLiteTable.Create(DB: TSQLiteDatabase; const SQL: Ansistring);
-begin
-  Create(DB, SQL, []);
-end;
-
-constructor TSQLiteTable.Create(DB: TSQLiteDatabase; const SQL: Ansistring; const Bindings: array of const);
-var
-  Stmt: TSQLiteStmt;
-  NextSQLStatement: PAnsiChar;
-  iStepResult: integer;
-  ptr: pointer;
-  iNumBytes: integer;
-  thisBlobValue: TMemoryStream;
-  thisStringValue: pstring;
-  thisDoubleValue: pDouble;
-  thisIntValue: pInt64;
-  thisColType: pInteger;
-  i: integer;
-  DeclaredColType: PAnsiChar;
-  ActualColType: integer;
-  ptrValue: PAnsiChar;
-begin
-  inherited create;
-  try
-    self.fRowCount := 0;
-    self.fColCount := 0;
-    //if there are several SQL statements in SQL, NextSQLStatment points to the
-    //beginning of the next one. Prepare only prepares the first SQL statement.
-    if Sqlite3_Prepare_v2(DB.fDB, PAnsiChar(SQL), -1, Stmt, NextSQLStatement) <> SQLITE_OK then
-      DB.RaiseError('Error executing SQL', SQL);
-    if (Stmt = nil) then
-      DB.RaiseError('Could not prepare SQL statement', SQL);
-    DB.DoQuery(SQL);
-    DB.SetParams(Stmt);
-    DB.BindData(Stmt, Bindings);
-
-    iStepResult := Sqlite3_step(Stmt);
-    while (iStepResult <> SQLITE_DONE) do
-    begin
-      case iStepResult of
-        SQLITE_ROW:
-          begin
-            Inc(fRowCount);
-            if (fRowCount = 1) then
-            begin
-            //get data types
-              fCols := TStringList.Create;
-              fColTypes := TList.Create;
-              fColCount := SQLite3_ColumnCount(stmt);
-              for i := 0 to Pred(fColCount) do
-                fCols.Add(AnsiUpperCase(Sqlite3_ColumnName(stmt, i)));
-              for i := 0 to Pred(fColCount) do
-              begin
-                new(thisColType);
-                DeclaredColType := Sqlite3_ColumnDeclType(stmt, i);
-                if DeclaredColType = nil then
-                  thisColType^ := Sqlite3_ColumnType(stmt, i) //use the actual column type instead
-                //seems to be needed for last_insert_rowid
-                else
-                  if (DeclaredColType = 'INTEGER') or (DeclaredColType = 'BOOLEAN') then
-                    thisColType^ := dtInt
-                  else
-                    if (DeclaredColType = 'NUMERIC') or
-                      (DeclaredColType = 'FLOAT') or
-                      (DeclaredColType = 'DOUBLE') or
-                      (DeclaredColType = 'REAL') then
-                      thisColType^ := dtNumeric
-                    else
-                      if DeclaredColType = 'BLOB' then
-                        thisColType^ := dtBlob
-                      else
-                        thisColType^ := dtStr;
-                fColTypes.Add(thiscoltype);
-              end;
-              fResults := TList.Create;
-            end;
-
-          //get column values
-            for i := 0 to Pred(ColCount) do
-            begin
-              ActualColType := Sqlite3_ColumnType(stmt, i);
-              if (ActualColType = SQLITE_NULL) then
-                fResults.Add(nil)
-              else
-                if pInteger(fColTypes[i])^ = dtInt then
-                begin
-                  new(thisintvalue);
-                  thisintvalue^ := Sqlite3_ColumnInt64(stmt, i);
-                  fResults.Add(thisintvalue);
-                end
-                else
-                  if pInteger(fColTypes[i])^ = dtNumeric then
-                  begin
-                    new(thisdoublevalue);
-                    thisdoublevalue^ := Sqlite3_ColumnDouble(stmt, i);
-                    fResults.Add(thisdoublevalue);
-                  end
-                  else
-                    if pInteger(fColTypes[i])^ = dtBlob then
-                    begin
-                      iNumBytes := Sqlite3_ColumnBytes(stmt, i);
-                      if iNumBytes = 0 then
-                        thisblobvalue := nil
-                      else
-                      begin
-                        thisblobvalue := TMemoryStream.Create;
-                        thisblobvalue.position := 0;
-                        ptr := Sqlite3_ColumnBlob(stmt, i);
-                        thisblobvalue.writebuffer(ptr^, iNumBytes);
-                      end;
-                      fResults.Add(thisblobvalue);
-                    end
-                    else
-                    begin
-                      new(thisstringvalue);
-                      ptrValue := Sqlite3_ColumnText(stmt, i);
-                      setstring(thisstringvalue^, ptrvalue, strlen(ptrvalue));
-                      fResults.Add(thisstringvalue);
-                    end;
-            end;
-          end;
-        SQLITE_BUSY:
-          raise ESqliteException.CreateFmt('Could not prepare SQL statement',
-            [SQL, 'SQLite is Busy']);
-      else
-        begin
-        SQLite3_reset(stmt);
-        DB.RaiseError('Could not retrieve data', SQL);
-        end;
-      end;
-      iStepResult := Sqlite3_step(Stmt);
-    end;
-    fRow := 0;
-  finally
-    if Assigned(Stmt) then
-      Sqlite3_Finalize(stmt);
-  end;
-end;
-
-//..............................................................................
-
-destructor TSQLiteTable.Destroy;
-var
-  i: cardinal;
-  iColNo: integer;
-begin
-  if Assigned(fResults) then
-  begin
-    for i := 0 to fResults.Count - 1 do
-    begin
-      //check for blob type
-      iColNo := (i mod fColCount);
-      case pInteger(self.fColTypes[iColNo])^ of
-        dtBlob:
-          TMemoryStream(fResults[i]).Free;
-        dtStr:
-          if fResults[i] <> nil then
-          begin
-            setstring(string(fResults[i]^), nil, 0);
-            dispose(fResults[i]);
-          end;
-      else
-        dispose(fResults[i]);
-      end;
-    end;
-    fResults.Free;
-  end;
-  if Assigned(fCols) then
-    fCols.Free;
-  if Assigned(fColTypes) then
-    for i := 0 to fColTypes.Count - 1 do
-      dispose(fColTypes[i]);
-  fColTypes.Free;
-  inherited;
-end;
-
-//..............................................................................
-
-function TSQLiteTable.GetColumns(I: integer): string;
-begin
-  Result := fCols[I];
-end;
-
-//..............................................................................
-
-function TSQLiteTable.GetCountResult: integer;
-begin
-  if not EOF then
-    Result := StrToInt(Fields[0])
-  else
-    Result := 0;
-end;
-
-function TSQLiteTable.GetCount: integer;
-begin
-  Result := FRowCount;
-end;
-
-//..............................................................................
-
-function TSQLiteTable.GetEOF: boolean;
-begin
-  Result := fRow >= fRowCount;
-end;
-
-function TSQLiteTable.GetBOF: boolean;
-begin
-  Result := fRow <= 0;
-end;
-
-//..............................................................................
-
-function TSQLiteTable.GetFieldByName(FieldName: string): string;
-begin
-  Result := GetFields(self.GetFieldIndex(FieldName));
-end;
-
-function TSQLiteTable.GetFieldIndex(FieldName: string): integer;
-begin
-  if (fCols = nil) then
-  begin
-    raise ESqliteException.Create('Field ' + fieldname + ' Not found. Empty dataset');
-    exit;
-  end;
-
-  if (fCols.count = 0) then
-  begin
-    raise ESqliteException.Create('Field ' + fieldname + ' Not found. Empty dataset');
-    exit;
-  end;
-
-  Result := fCols.IndexOf(AnsiUpperCase(FieldName));
-
-  if (result < 0) then
-  begin
-    raise ESqliteException.Create('Field not found in dataset: ' + fieldname)
-  end;
-end;
-
-//..............................................................................
-
-function TSQLiteTable.GetFields(I: cardinal): string;
-var
-  thisvalue: pstring;
-  thistype: integer;
-begin
-  Result := '';
-  if EOF then
-    raise ESqliteException.Create('Table is at End of File');
-  //integer types are not stored in the resultset
-  //as strings, so they should be retrieved using the type-specific
-  //methods
-  thistype := pInteger(self.fColTypes[I])^;
-
-  case thistype of
-    dtStr:
-      begin
-        thisvalue := self.fResults[(self.frow * self.fColCount) + I];
-        if (thisvalue <> nil) then
-          Result := thisvalue^
-        else
-          Result := '';
-      end;
-    dtInt:
-      Result := IntToStr(self.FieldAsInteger(I));
-    dtNumeric:
-      Result := FloatToStr(self.FieldAsDouble(I));
-    dtBlob:
-      Result := self.FieldAsBlobText(I);
-  else
-    Result := '';
-  end;
-end;
-
-function TSqliteTable.FieldAsBlob(I: cardinal): TMemoryStream;
-begin
-  if EOF then
-    raise ESqliteException.Create('Table is at End of File');
-  if (self.fResults[(self.frow * self.fColCount) + I] = nil) then
-    Result := nil
-  else
-    if pInteger(self.fColTypes[I])^ = dtBlob then
-      Result := TMemoryStream(self.fResults[(self.frow * self.fColCount) + I])
-    else
-      raise ESqliteException.Create('Not a Blob field');
-end;
-
-function TSqliteTable.FieldAsBlobText(I: cardinal): string;
-var
-  MemStream: TMemoryStream;
-  Buffer: PAnsiChar;
-begin
-  Result := '';
-  MemStream := self.FieldAsBlob(I);
-  if MemStream <> nil then
-    if MemStream.Size > 0 then
-      begin
-        MemStream.position := 0;
-        {$IFDEF UNICODE}
-        Buffer := AnsiStralloc(MemStream.Size + 1);
-        {$ELSE}
-        Buffer := Stralloc(MemStream.Size + 1);
-        {$ENDIF}
-        MemStream.readbuffer(Buffer[0], MemStream.Size);
-        (Buffer + MemStream.Size)^ := chr(0);
-        SetString(Result, Buffer, MemStream.size);
-        strdispose(Buffer);
-      end;
-     //do not free the TMemoryStream here; it is freed when
-     //TSqliteTable is destroyed
-
-end;
-
-
-function TSqliteTable.FieldAsInteger(I: cardinal): int64;
-begin
-  if EOF then
-    raise ESqliteException.Create('Table is at End of File');
-  if (self.fResults[(self.frow * self.fColCount) + I] = nil) then
-    Result := 0
-  else
-    if pInteger(self.fColTypes[I])^ = dtInt then
-      Result := pInt64(self.fResults[(self.frow * self.fColCount) + I])^
-    else
-      if pInteger(self.fColTypes[I])^ = dtNumeric then
-        Result := trunc(strtofloat(pString(self.fResults[(self.frow * self.fColCount) + I])^))
-      else
-        raise ESqliteException.Create('Not an integer or numeric field');
-end;
-
-function TSqliteTable.FieldAsDouble(I: cardinal): double;
-begin
-  if EOF then
-    raise ESqliteException.Create('Table is at End of File');
-  if (self.fResults[(self.frow * self.fColCount) + I] = nil) then
-    Result := 0
-  else
-    if pInteger(self.fColTypes[I])^ = dtInt then
-      Result := pInt64(self.fResults[(self.frow * self.fColCount) + I])^
-    else
-      if pInteger(self.fColTypes[I])^ = dtNumeric then
-        Result := pDouble(self.fResults[(self.frow * self.fColCount) + I])^
-      else
-        raise ESqliteException.Create('Not an integer or numeric field');
-end;
-
-function TSqliteTable.FieldAsString(I: cardinal): string;
-begin
-  if EOF then
-    raise ESqliteException.Create('Table is at End of File');
-  if (self.fResults[(self.frow * self.fColCount) + I] = nil) then
-    Result := ''
-  else
-    Result := self.GetFields(I);
-end;
-
-function TSqliteTable.FieldIsNull(I: cardinal): boolean;
-var
-  thisvalue: pointer;
-begin
-  if EOF then
-    raise ESqliteException.Create('Table is at End of File');
-  thisvalue := self.fResults[(self.frow * self.fColCount) + I];
-  Result := (thisvalue = nil);
-end;
-
-//..............................................................................
-
-function TSQLiteTable.Next: boolean;
-begin
-  Result := False;
-  if not EOF then
-  begin
-    Inc(fRow);
-    Result := True;
-  end;
-end;
-
-function TSQLiteTable.Previous: boolean;
-begin
-  Result := False;
-  if not BOF then
-  begin
-    Dec(fRow);
-    Result := True;
-  end;
-end;
-
-function TSQLiteTable.MoveFirst: boolean;
-begin
-  Result := False;
-  if self.fRowCount > 0 then
-  begin
-    fRow := 0;
-    Result := True;
-  end;
-end;
-
-function TSQLiteTable.MoveLast: boolean;
-begin
-  Result := False;
-  if self.fRowCount > 0 then
-  begin
-    fRow := fRowCount - 1;
-    Result := True;
-  end;
-end;
-
-function TSQLiteTable.MoveTo(position: cardinal): boolean;
-begin
-  Result := False;
-  if (self.fRowCount > 0) and (self.fRowCount > position) then
-  begin
-    fRow := position;
-    Result := True;
-  end;
-end;
-
-
-
-{ TSQLiteUniTable }
-
-constructor TSQLiteUniTable.Create(DB: TSQLiteDatabase; const SQL: Ansistring);
-begin
-  Create(DB, SQL, []);
-end;
-
-constructor TSQLiteUniTable.Create(DB: TSQLiteDatabase; const SQL: Ansistring; const Bindings: array of const);
-var
-  NextSQLStatement: PAnsiChar;
-  i: integer;
-begin
-  inherited create;
-  self.fDB := db;
-  self.fEOF := false;
-  self.fRow := 0;
-  self.fColCount := 0;
-  self.fSQL := SQL;
-  if Sqlite3_Prepare_v2(DB.fDB, PAnsiChar(SQL), -1, fStmt, NextSQLStatement) <> SQLITE_OK then
-    DB.RaiseError('Error executing SQL', SQL);
-  if (fStmt = nil) then
-    DB.RaiseError('Could not prepare SQL statement', SQL);
-  DB.DoQuery(SQL);
-  DB.SetParams(fStmt);
-  DB.BindData(fStmt, Bindings);
-
-  //get data types
-  fCols := TStringList.Create;
-  fColCount := SQLite3_ColumnCount(fstmt);
-  for i := 0 to Pred(fColCount) do
-    fCols.Add(AnsiUpperCase(Sqlite3_ColumnName(fstmt, i)));
-
-  Next;
-end;
-
-destructor TSQLiteUniTable.Destroy;
-begin
-  if Assigned(fStmt) then
-    Sqlite3_Finalize(fstmt);
-  if Assigned(fCols) then
-    fCols.Free;
-  inherited;
-end;
-
-function TSQLiteUniTable.FieldAsBlob(I: cardinal): TMemoryStream;
-var
-  iNumBytes: integer;
-  ptr: pointer;
-begin
-  Result := TMemoryStream.Create;
-  iNumBytes := Sqlite3_ColumnBytes(fstmt, i);
-  if iNumBytes > 0 then
-  begin
-    ptr := Sqlite3_ColumnBlob(fstmt, i);
-    Result.writebuffer(ptr^, iNumBytes);
-    Result.Position := 0;
-  end;
-end;
-
-function TSQLiteUniTable.FieldAsBlobPtr(I: cardinal; out iNumBytes: integer): Pointer;
-begin
-  iNumBytes := Sqlite3_ColumnBytes(fstmt, i);
-  Result := Sqlite3_ColumnBlob(fstmt, i);
-end;
-
-function TSQLiteUniTable.FieldAsBlobText(I: cardinal): string;
-var
-  MemStream: TMemoryStream;
-  Buffer: PAnsiChar;
-begin
-  Result := '';
-  MemStream := self.FieldAsBlob(I);
-  if MemStream <> nil then
-    try
-      if MemStream.Size > 0 then
-      begin
-        MemStream.position := 0;
-        {$IFDEF UNICODE}
-        Buffer := AnsiStralloc(MemStream.Size + 1);
-        {$ELSE}
-        Buffer := Stralloc(MemStream.Size + 1);
-        {$ENDIF}
-        MemStream.readbuffer(Buffer[0], MemStream.Size);
-        (Buffer + MemStream.Size)^ := chr(0);
-        SetString(Result, Buffer, MemStream.size);
-        strdispose(Buffer);
-      end;
-    finally
-      MemStream.Free;
-    end;
-end;
-
-function TSQLiteUniTable.FieldAsDouble(I: cardinal): double;
-begin
-  Result := Sqlite3_ColumnDouble(fstmt, i);
-end;
-
-function TSQLiteUniTable.FieldAsInteger(I: cardinal): int64;
-begin
-  Result := Sqlite3_ColumnInt64(fstmt, i);
-end;
-
-function TSQLiteUniTable.FieldAsString(I: cardinal): string;
-begin
-  Result := self.GetFields(I);
-end;
-
-function TSQLiteUniTable.FieldIsNull(I: cardinal): boolean;
-begin
-  Result := Sqlite3_ColumnText(fstmt, i) = nil;
-end;
-
-function TSQLiteUniTable.GetColumns(I: integer): string;
-begin
-  Result := fCols[I];
-end;
-
-function TSQLiteUniTable.GetFieldByName(FieldName: string): string;
-begin
-  Result := GetFields(self.GetFieldIndex(FieldName));
-end;
-
-function TSQLiteUniTable.GetFieldIndex(FieldName: string): integer;
-begin
-  if (fCols = nil) then
-  begin
-    raise ESqliteException.Create('Field ' + fieldname + ' Not found. Empty dataset');
-    exit;
-  end;
-
-  if (fCols.count = 0) then
-  begin
-    raise ESqliteException.Create('Field ' + fieldname + ' Not found. Empty dataset');
-    exit;
-  end;
-
-  Result := fCols.IndexOf(AnsiUpperCase(FieldName));
-
-  if (result < 0) then
-  begin
-    raise ESqliteException.Create('Field not found in dataset: ' + fieldname)
-  end;
-end;
-
-function TSQLiteUniTable.GetFields(I: cardinal): string;
-begin
-  Result := Sqlite3_ColumnText(fstmt, i);
-end;
-
-function TSQLiteUniTable.Next: boolean;
-var
-  iStepResult: integer;
-begin
-  fEOF := true;
-  iStepResult := Sqlite3_step(fStmt);
-  case iStepResult of
-    SQLITE_ROW:
-      begin
-        fEOF := false;
-        inc(fRow);
-      end;
-    SQLITE_DONE:
-      // we are on the end of dataset
-      // return EOF=true only
-      ;
-  else
-    begin
-    SQLite3_reset(fStmt);
-    fDB.RaiseError('Could not retrieve data', fSQL);
-    end;
-  end;
-  Result := not fEOF;
-end;
-
-end.
-
diff --git a/src/lib/SQLite/example/uTestSqlite.pas b/src/lib/SQLite/example/uTestSqlite.pas
deleted file mode 100644
index 484be71c..00000000
--- a/src/lib/SQLite/example/uTestSqlite.pas
+++ /dev/null
@@ -1,233 +0,0 @@
-unit uTestSqlite;
-
-interface
-
-uses
-  Windows, Messages, SysUtils, Variants, Classes, Graphics, Controls, Forms,
-  Dialogs, StdCtrls,SQLiteTable3, ExtCtrls, jpeg;
-
-type
-  TForm1 = class(TForm)
-    btnTest: TButton;
-    memNotes: TMemo;
-    Label1: TLabel;
-    Label2: TLabel;
-    ebName: TEdit;
-    Label3: TLabel;
-    ebNumber: TEdit;
-    Label4: TLabel;
-    ebID: TEdit;
-    Image1: TImage;
-    btnLoadImage: TButton;
-    btnDisplayImage: TButton;
-    procedure btnTestClick(Sender: TObject);
-    procedure btnLoadImageClick(Sender: TObject);
-    procedure btnDisplayImageClick(Sender: TObject);
-  private
-    { Private declarations }
-  public
-    { Public declarations }
-  end;
-
-var
-  Form1: TForm1;
-
-implementation
-
-{$R *.dfm}
-
-procedure TForm1.btnTestClick(Sender: TObject);
-var
-slDBpath: string;
-sldb: TSQLiteDatabase;
-sltb: TSQLIteTable;
-sSQL: String;
-Notes: String;
-
-begin
-
-slDBPath := ExtractFilepath(application.exename)
-+ 'test.db';
-
-sldb := TSQLiteDatabase.Create(slDBPath);
-try
-
-if sldb.TableExists('testTable') then begin
-sSQL := 'DROP TABLE testtable';
-sldb.execsql(sSQL);
-end;
-
-sSQL := 'CREATE TABLE testtable ([ID] INTEGER PRIMARY KEY,[OtherID] INTEGER NULL,';
-sSQL := sSQL + '[Name] VARCHAR (255),[Number] FLOAT, [notes] BLOB, [picture] BLOB COLLATE NOCASE);';
-
-sldb.execsql(sSQL);
-
-sldb.execsql('CREATE INDEX TestTableName ON [testtable]([Name]);');
-
-//begin a transaction
-sldb.BeginTransaction;
-
-sSQL := 'INSERT INTO testtable(Name,OtherID,Number,Notes) VALUES ("Some Name",4,587.6594,"Here are some notes");';
-//do the insert
-sldb.ExecSQL(sSQL);
-
-sSQL := 'INSERT INTO testtable(Name,OtherID,Number,Notes) VALUES ("Another Name",12,4758.3265,"More notes");';
-//do the insert
-sldb.ExecSQL(sSQL);
-
-//end the transaction
-sldb.Commit;
-
-//query the data
-sltb := slDb.GetTable('SELECT * FROM testtable');
-try
-
-if sltb.Count > 0 then
-begin
-//display first row
-
-ebName.Text := sltb.FieldAsString(sltb.FieldIndex['Name']);
-ebID.Text := inttostr(sltb.FieldAsInteger(sltb.FieldIndex['ID']));
-ebNumber.Text := floattostr( sltb.FieldAsDouble(sltb.FieldIndex['Number']));
-Notes :=  sltb.FieldAsBlobText(sltb.FieldIndex['Notes']);
-memNotes.Text := notes;
-
-end;
-
-finally
-sltb.Free;
-end;
-
-finally
-sldb.Free;
-
-end;
-
-end;
-
-procedure TForm1.btnLoadImageClick(Sender: TObject);
-var
-slDBpath: string;
-sldb: TSQLiteDatabase;
-sltb: TSQLIteTable;
-iID: integer;
-fs: TFileStream;
-
-begin
-
-slDBPath := ExtractFilepath(application.exename)
-+ 'test.db';
-
-if not FileExists(slDBPath) then begin
-MessageDLg('Test.db does not exist. Click Test Sqlite 3 to create it.',mtInformation,[mbOK],0);
-exit;
-end;
-
-sldb := TSQLiteDatabase.Create(slDBPath);
-try
-
-//get an ID
-//query the data
-sltb := slDb.GetTable('SELECT ID FROM testtable');
-try
-
-if sltb.Count = 0 then begin
-MessageDLg('There are no rows in the database. Click Test Sqlite 3 to insert a row.',mtInformation,[mbOK],0);
-exit;
-end;
-
-iID := sltb.FieldAsInteger(sltb.FieldIndex['ID']);
-
-finally
-sltb.Free;
-end;
-
-//load an image
-fs := TFileStream.Create(ExtractFileDir(application.ExeName) + '\sunset.jpg',fmOpenRead);
-try
-
-//insert the image into the db
-sldb.UpdateBlob('UPDATE testtable set picture = ? WHERE ID = ' + inttostr(iID),fs);
-
-finally
-fs.Free;
-end;
-
-finally
-sldb.Free;
-
-end;
-
-end;
-
-procedure TForm1.btnDisplayImageClick(Sender: TObject);
-var
-slDBpath: string;
-sldb: TSQLiteDatabase;
-sltb: TSQLIteTable;
-iID: integer;
-ms: TMemoryStream;
-pic: TJPegImage;
-
-begin
-
-slDBPath := ExtractFilepath(application.exename)
-+ 'test.db';
-
-if not FileExists(slDBPath) then begin
-MessageDLg('Test.db does not exist. Click Test Sqlite 3 to create it, then Load image to load an image.',mtInformation,[mbOK],0);
-exit;
-end;
-
-sldb := TSQLiteDatabase.Create(slDBPath);
-try
-
-//get an ID
-//query the data
-sltb := slDb.GetTable('SELECT ID FROM testtable');
-try
-
-if not sltb.Count = 0 then begin
-MessageDLg('No rows in the test database. Click Test Sqlite 3 to insert a row, then Load image to load an image.',mtInformation,[mbOK],0);
-exit;
-end;
-
-iID := sltb.FieldAsInteger(sltb.FieldIndex['ID']);
-
-finally
-sltb.Free;
-end;
-
-sltb := sldb.GetTable('SELECT picture FROM testtable where ID = ' + inttostr(iID));
-try
-
-ms := sltb.FieldAsBlob(sltb.FieldIndex['picture']);
-//note that the memory stream is freed when the TSqliteTable is destroyed.
-
-if (ms = nil) then begin
-MessageDLg('No image in the test database. Click Load image to load an image.',mtInformation,[mbOK],0);
-exit;
-end;
-
-ms.Position := 0;
-
-pic := TJPEGImage.Create;
-pic.LoadFromStream(ms);
-
-self.Image1.Picture.Graphic := pic;
-
-pic.Free;
-
-finally
-sltb.Free;
-end;
-
-finally
-sldb.Free;
-
-end;
-
-
-end;
-
-end.