/usr/share/ada/adainclude/gnadeodbc/gnu-db-sqlcli.ads is in libgnadeodbc2-dev 1.6.2-9.
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-- --
-- GNADE : GNu Ada Database Environment --
-- --
-- Author : Juergen Pfeifer <juergen.pfeifer@gmx.net>
--
-- Copyright (C) 2000-2002 Juergen Pfeifer
-- --
-- GNADE is free software; you can redistribute it and/or modify it under --
-- terms of the GNU General Public License as published by the Free Soft- --
-- ware Foundation; either version 2, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License --
-- for more details. You should have received a copy of the GNU General --
-- Public License distributed with GNAT; see file COPYING. If not, write --
-- to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, --
-- MA 02111-1307, USA. --
-- --
-- As a special exception, if other files instantiate generics from this --
-- unit, or you link this unit with other files to produce an executable, --
-- this unit does not by itself cause the resulting executable to be --
-- covered by the GNU General Public License. This exception does not --
-- however invalidate any other reasons why the executable file might be --
-- covered by the GNU Public License. --
-- --
-- GNADE is implemented to work with GNAT, the GNU Ada compiler. --
-- --
-------------------------------------------------------------------------------
with System.Storage_Elements;
with Interfaces.C;
package GNU.DB.SQLCLI is
-- The name "SQLCLI" comes from the SQL (Standard Query Language)
-- Call-Level Interface. Note that ODBC (Open Database
-- Connectivity) is a similar standard.
type SQLPOINTER is private;
type SQLINTEGER is range -(2 ** 31) .. +(2 ** 31) - 1;
for SQLINTEGER'Size use 32;
type SQLUINTEGER is mod 2 ** SQLINTEGER'Size;
for SQLUINTEGER'Size use SQLINTEGER'Size;
type SQLSMALLINT is range -(2 ** 15) .. +(2 ** 15) - 1;
for SQLSMALLINT'Size use 16;
type SQLUSMALLINT is mod 2 ** SQLSMALLINT'Size;
for SQLUSMALLINT'Size use SQLSMALLINT'Size;
type SQLBIGINT is range -(2 ** 63) .. +(2 ** 63) - 1;
for SQLBIGINT'Size use 64;
type SQLUBIGINT is mod 2 ** SQLBIGINT'Size;
for SQLUBIGINT'Size use SQLBIGINT'Size;
type SQLTINYINT is range -(2 ** 7) .. +(2 ** 7) - 1;
for SQLTINYINT'Size use 8;
type SQLUTINYINT is mod 2 ** SQLTINYINT'Size;
for SQLUTINYINT'Size use SQLTINYINT'Size;
type SQLDOUBLE is new Interfaces.C.double;
type SQLREAL is new Interfaces.C.C_float;
type SQLCHAR is new Interfaces.C.unsigned_char;
type SQLSCHAR is new Interfaces.C.signed_char;
type SQLTCHAR is new Wide_Character;
-- Component Types
type SQLDATE is new SQLUTINYINT;
type SQLDECIMAL is new SQLUTINYINT;
type SQLNUMERIC is new SQLUTINYINT;
type SQLTIME is new SQLUTINYINT;
type SQLTIMESTAMP is new SQLUTINYINT;
type SQLVARCHAR is new Interfaces.C.unsigned_char;
type SQL_OPTION_BITMASK is mod 2 ** SQLUINTEGER'Size;
type SQL_BOOLEAN is (SQL_FALSE, SQL_TRUE);
for SQL_BOOLEAN'Size use SQLSMALLINT'Size;
type PTR_SQLUINTEGER is access all SQLUINTEGER;
pragma No_Strict_Aliasing (PTR_SQLUINTEGER);
type PTR_SQLUSMALLINT is access all SQLUSMALLINT;
pragma No_Strict_Aliasing (PTR_SQLUSMALLINT);
type PTR_SQLINTEGER is access all SQLINTEGER;
pragma No_Strict_Aliasing (PTR_SQLINTEGER);
type PTR_SQLSMALLINT is access all SQLSMALLINT;
pragma No_Strict_Aliasing (PTR_SQLSMALLINT);
type PTR_SQLCHAR is access all SQLCHAR;
pragma No_Strict_Aliasing (PTR_SQLINTEGER);
type PTR_SQLTCHAR is access all SQLTCHAR;
pragma No_Strict_Aliasing (PTR_SQLCHAR);
type PTR_SQLDOUBLE is access all SQLDOUBLE;
pragma No_Strict_Aliasing (PTR_SQLDOUBLE);
type PTR_SQLREAL is access all SQLREAL;
pragma No_Strict_Aliasing (PTR_SQLREAL);
function To_SQLPOINTER (S : PTR_SQLTCHAR) return SQLPOINTER;
function To_SQLPOINTER (S : PTR_SQLCHAR) return SQLPOINTER;
function To_SQLPOINTER (S : PTR_SQLUINTEGER) return SQLPOINTER;
function To_SQLPOINTER (S : PTR_SQLINTEGER) return SQLPOINTER;
function To_SQLPOINTER (S : PTR_SQLUSMALLINT) return SQLPOINTER;
function To_SQLPOINTER (S : PTR_SQLSMALLINT) return SQLPOINTER;
function To_SQLPOINTER (S : access String) return SQLPOINTER;
function To_SQLPOINTER (S : access Wide_String) return SQLPOINTER;
function To_SQLPOINTER (S : System.Address) return SQLPOINTER;
pragma Inline_Always (To_SQLPOINTER);
function To_Address (P : SQLPOINTER) return System.Address;
pragma Inline_Always (To_Address);
function To_PTR_SQLCHAR (S : access String) return PTR_SQLCHAR;
function To_PTR_SQLCHAR (S : System.Address) return PTR_SQLCHAR;
pragma Inline_Always (To_PTR_SQLCHAR);
function To_PTR_SQLTCHAR (S : access Wide_String) return PTR_SQLTCHAR;
function To_PTR_SQLTCHAR (S : System.Address) return PTR_SQLTCHAR;
pragma Inline_Always (To_PTR_SQLTCHAR);
type SQL_DATE_STRUCT is record
year : SQLSMALLINT;
month : SQLUSMALLINT;
day : SQLUSMALLINT;
end record;
pragma Convention (C, SQL_DATE_STRUCT);
type SQL_TIME_STRUCT is record
hour : SQLUSMALLINT;
minute : SQLUSMALLINT;
second : SQLUSMALLINT;
end record;
pragma Convention (C, SQL_TIME_STRUCT);
type SQL_TIME_FRACTION is range 0 .. 999_999_999;
for SQL_TIME_FRACTION'Size use SQLUINTEGER'Size;
type SQL_TIMESTAMP_STRUCT is record
year : SQLSMALLINT;
month : SQLUSMALLINT;
day : SQLUSMALLINT;
hour : SQLUSMALLINT;
minute : SQLUSMALLINT;
second : SQLUSMALLINT;
fraction : SQL_TIME_FRACTION;
end record;
pragma Convention (C, SQL_TIMESTAMP_STRUCT);
type SQLINTERVAL is (SQL_IS_YEAR,
SQL_IS_MONTH,
SQL_IS_DAY,
SQL_IS_HOUR,
SQL_IS_MINUTE,
SQL_IS_SECOND,
SQL_IS_YEAR_TO_MONTH,
SQL_IS_DAY_TO_HOUR,
SQL_IS_DAY_TO_MINUTE,
SQL_IS_DAY_TO_SECOND,
SQL_IS_HOUR_TO_MINUTE,
SQL_IS_HOUR_TO_SECOND,
SQL_IS_MINUTE_TO_SECOND);
for SQLINTERVAL use (SQL_IS_YEAR => 1,
SQL_IS_MONTH => 2,
SQL_IS_DAY => 3,
SQL_IS_HOUR => 4,
SQL_IS_MINUTE => 5,
SQL_IS_SECOND => 6,
SQL_IS_YEAR_TO_MONTH => 7,
SQL_IS_DAY_TO_HOUR => 8,
SQL_IS_DAY_TO_MINUTE => 9,
SQL_IS_DAY_TO_SECOND => 10,
SQL_IS_HOUR_TO_MINUTE => 11,
SQL_IS_HOUR_TO_SECOND => 12,
SQL_IS_MINUTE_TO_SECOND => 13);
for SQLINTERVAL'Size use Interfaces.C.int'Size;
type SQL_YEAR_MONTH_STRUCT is record
year : SQLUINTEGER;
month : SQLUINTEGER;
end record;
pragma Convention (C, SQL_YEAR_MONTH_STRUCT);
type SQL_DAY_SECOND_STRUCT is record
day : SQLUINTEGER;
hour : SQLUINTEGER;
minute : SQLUINTEGER;
second : SQLUINTEGER;
fraction : SQL_TIME_FRACTION;
end record;
pragma Convention (C, SQL_DAY_SECOND_STRUCT);
type SQL_SIGNED_YEAR_MONTH_STRUCT is record
interval_sign : SQL_BOOLEAN; -- SQL_TRUE if negative
year : SQLUINTEGER;
month : SQLUINTEGER;
end record;
pragma Convention (C, SQL_SIGNED_YEAR_MONTH_STRUCT);
type SQL_SIGNED_DAY_SECOND_STRUCT is record
interval_sign : SQL_BOOLEAN; -- SQL_TRUE if negative
day : SQLUINTEGER;
hour : SQLUINTEGER;
minute : SQLUINTEGER;
second : SQLUINTEGER;
fraction : SQL_TIME_FRACTION;
end record;
pragma Convention (C, SQL_SIGNED_DAY_SECOND_STRUCT);
type SQL_INTERVAL_STRUCT (Which : SQLINTERVAL := SQL_IS_YEAR) is record
case Which is
when
SQL_IS_YEAR |
SQL_IS_MONTH |
SQL_IS_YEAR_TO_MONTH =>
year_month : SQL_SIGNED_YEAR_MONTH_STRUCT;
when
SQL_IS_DAY |
SQL_IS_HOUR |
SQL_IS_MINUTE |
SQL_IS_SECOND |
SQL_IS_DAY_TO_HOUR |
SQL_IS_DAY_TO_MINUTE |
SQL_IS_DAY_TO_SECOND |
SQL_IS_HOUR_TO_MINUTE |
SQL_IS_HOUR_TO_SECOND |
SQL_IS_MINUTE_TO_SECOND =>
day_second : SQL_SIGNED_DAY_SECOND_STRUCT;
end case;
end record;
pragma Convention (C, SQL_INTERVAL_STRUCT);
pragma Unchecked_Union (SQL_INTERVAL_STRUCT);
SQL_MAX_NUMERIC_LEN : constant := 16;
type SQL_NUMERIC_ARRAY is
array (0 .. (SQL_MAX_NUMERIC_LEN - 1)) of aliased SQLNUMERIC;
pragma Convention (C, SQL_NUMERIC_ARRAY);
type SQL_NUMERIC_STRUCT is record
precision : SQLUTINYINT;
scale : SQLTINYINT;
sign : SQLUTINYINT; -- 1 if positive, 0 if negative
val : SQL_NUMERIC_ARRAY;
end record;
pragma Convention (C, SQL_NUMERIC_STRUCT);
Data_Error : exception;
No_Data : exception;
Need_Data : exception;
Still_Executing : exception;
Invalid_Handle : exception;
-- These exceptions correspond to the well defined SQLRETURN codes
-- in the ODBC headers
Database_Error : exception; -- General Database error
Unhandled_Enum : exception; -- ODBC returned unknown value
Type_Error : exception; -- Runtime typecheck Error
No_Unicode_Support : exception; -- Driver Mgr. has no Unicode
-- These exceptions are generated by the binding
Generate_Detailed_Exceptions : Boolean := True;
-- When this is set to True (default), instead of the general
-- Database_Error exception the SQLSTATE gets evaluated and a more
-- detailed exception (see below) is raised.
Wrong_Parameter_Count : exception;
Invalid_Count_Field : exception;
Restricted_Type_Violation : exception;
Invalid_Descriptor_Index : exception;
Invalid_Default_Parameter : exception;
Prepared_Stmt_Not_Cursor : exception;
Column_List_Mismatch : exception;
Format_Error : exception;
Syntax_Error : exception;
Table_Already_Exists : exception;
Table_Not_Found : exception;
Index_Already_Exists : exception;
Index_Not_Found : exception;
Column_Already_Exists : exception;
Column_Not_Found : exception;
Connection_Error : exception;
Invalid_Cursor_State : exception;
Invalid_Cursor_Name : exception;
Duplicate_Cursor_Name : exception;
Invalid_Transaction_State : exception;
Invalid_Auth_Spec : exception;
Invalid_Catalog_Name : exception;
Invalid_Schema_Name : exception;
Serialization_Failure : exception;
Integrity_Violation : exception;
Unknown_Stmt_Completion : exception;
With_Check_Violation : exception;
Operation_Canceled : exception;
Invalid_SQL_Datatype : exception;
Memory_Allocation_Error : exception;
Invalid_App_Buffer : exception;
Statement_Not_Prepared : exception;
Invalid_Null_Pointer : exception;
Invalid_Function_Sequence : exception;
Timeout_Expired : exception;
Driver_Error : exception;
Invalid_Buffer_Length : exception;
Not_Implemented : exception;
Invalid_Information_Type : exception;
Functiontype_Out_Of_Range : exception;
-- These exceptions are generated based on the value in the SQLSTATE
-- diagnostic field.
type SQLHANDLE is private;
SQL_NULL_HANDLE : constant SQLHANDLE;
subtype SQLHENV is SQLHANDLE;
subtype SQLHDBC is SQLHANDLE;
subtype SQLHSTMT is SQLHANDLE;
subtype SQLHDESC is SQLHANDLE;
subtype SQLHWND is SQLHANDLE;
SQL_NULL_HENV : constant SQLHENV;
SQL_NULL_HDBC : constant SQLHDBC;
SQL_NULL_HSTMT : constant SQLHSTMT;
SQL_NULL_HDESC : constant SQLHDESC;
SQL_NULL_HWND : constant SQLHWND;
SQL_SQLSTATE_SIZE : constant := 5;
subtype SQLSTATE is String (1 .. SQL_SQLSTATE_SIZE);
EMPTY_SQLSTATE : constant SQLSTATE := "00000";
subtype WIDE_SQLSTATE is Wide_String (1 .. SQL_SQLSTATE_SIZE);
type SQLRETURN is new SQLSMALLINT;
SQL_SUCCESS : constant SQLRETURN := 0;
SQL_SUCCESS_WITH_INFO : constant SQLRETURN := 1;
SQL_STILL_EXECUTING : constant SQLRETURN := 2;
SQL_NEED_DATA : constant SQLRETURN := 99;
SQL_NO_DATA : constant SQLRETURN := 100;
SQL_ERROR : constant SQLRETURN := -1;
SQL_INVALID_HANDLE : constant SQLRETURN := -2;
SQL_NO_DATA_FOUND : constant SQLRETURN := SQL_NO_DATA; -- Old name
-- Special length values
SQL_NULL_DATA : constant := -1;
SQL_DATA_AT_EXEC : constant := -2;
SQL_NTS : constant := -3;
SQL_NTSL : constant := -3;
type SQLINTEGER_ARRAY is array (Natural range <>) of aliased SQLINTEGER;
type SQLUINTEGER_ARRAY is array (Natural range <>) of aliased SQLUINTEGER;
type SQLSMALLINT_ARRAY is array (Natural range <>) of aliased SQLSMALLINT;
type SQLUSMALLINT_ARRAY is array (Natural range <>) of aliased SQLUSMALLINT;
type SQL_HANDLE_TYPE is (SQL_HANDLE_ENV,
SQL_HANDLE_DBC,
SQL_HANDLE_STMT,
SQL_HANDLE_DESC);
for SQL_HANDLE_TYPE use (SQL_HANDLE_ENV => 1,
SQL_HANDLE_DBC => 2,
SQL_HANDLE_STMT => 3,
SQL_HANDLE_DESC => 4);
for SQL_HANDLE_TYPE'Size use SQLSMALLINT'Size;
type SQL_ENDTRAN_HANDLE_TYPE is new SQL_HANDLE_TYPE
range SQL_HANDLE_ENV .. SQL_HANDLE_DBC;
function SQLAllocHandle (HandleType : in SQL_HANDLE_TYPE;
InputHandle : in SQLHANDLE;
OutputHandle : access SQLHANDLE) return SQLRETURN;
procedure SQLAllocHandle (HandleType : in SQL_HANDLE_TYPE;
InputHandle : in SQLHANDLE;
OutputHandle : out SQLHANDLE);
-- Obtains an environment, connection, statement, or descriptor handle.
pragma Inline (SQLAllocHandle);
function SQLFreeHandle (HandleType : SQL_HANDLE_TYPE;
Handle : SQLHANDLE) return SQLRETURN;
procedure SQLFreeHandle (HandleType : in SQL_HANDLE_TYPE;
Handle : in out SQLHANDLE);
-- Releases an environment, connection, statement, or descriptor handle.
pragma Inline (SQLFreeHandle);
type FreeStmt_Option is (SQL_CLOSE,
SQL_DROP,
SQL_UNBIND,
SQL_RESET_PARAMS);
for FreeStmt_Option'Size use SQLSMALLINT'Size;
function SQLFreeStmt (StatementHandle : SQLHSTMT;
Option : FreeStmt_Option) return SQLRETURN;
procedure SQLFreeStmt (StatementHandle : in out SQLHSTMT;
Option : in FreeStmt_Option := SQL_CLOSE);
function SQLConnect (ConnectionHandle : in SQLHDBC;
ServerName : in String;
UserName : in String;
Authentication : in String) return SQLRETURN;
procedure SQLConnect (ConnectionHandle : SQLHDBC;
ServerName : String;
UserName : String;
Authentication : String);
function SQLConnect (ConnectionHandle : in SQLHDBC;
ServerName : in Wide_String;
UserName : in Wide_String;
Authentication : in Wide_String) return SQLRETURN;
procedure SQLConnect (ConnectionHandle : SQLHDBC;
ServerName : Wide_String;
UserName : Wide_String;
Authentication : Wide_String);
-- Connects to a specific driver by data source name, user ID
-- and password.
pragma Inline (SQLConnect);
function SQLDisconnect (ConnectionHandle : SQLHDBC) return SQLRETURN;
procedure SQLDisconnect (ConnectionHandle : in SQLHDBC);
-- Closes the connection.
pragma Inline (SQLDisconnect);
type SQL_EXTENDED_FETCH_DIRECTION is (SQL_FETCH_NEXT,
SQL_FETCH_FIRST,
SQL_FETCH_LAST,
SQL_FETCH_PRIOR,
SQL_FETCH_ABSOLUTE,
SQL_FETCH_RELATIVE,
SQL_FETCH_RESUME,
SQL_FETCH_BOOKMARK,
SQL_FETCH_FIRST_USER,
SQL_FETCH_FIRST_SYSTEM);
for SQL_EXTENDED_FETCH_DIRECTION use (SQL_FETCH_NEXT => 1,
SQL_FETCH_FIRST => 2,
SQL_FETCH_LAST => 3,
SQL_FETCH_PRIOR => 4,
SQL_FETCH_ABSOLUTE => 5,
SQL_FETCH_RELATIVE => 6,
SQL_FETCH_RESUME => 7,
SQL_FETCH_BOOKMARK => 8,
SQL_FETCH_FIRST_USER => 31,
SQL_FETCH_FIRST_SYSTEM => 32);
for SQL_EXTENDED_FETCH_DIRECTION'Size use SQLSMALLINT'Size;
type FETCH_DIRECTION is new SQL_EXTENDED_FETCH_DIRECTION
range SQL_FETCH_NEXT .. SQL_FETCH_BOOKMARK;
type SIMPLE_FETCH_DIRECTION is new FETCH_DIRECTION
range SQL_FETCH_NEXT .. SQL_FETCH_FIRST;
SQL_MAX_DSN_LENGTH : constant := 32; -- maximum data source name size
procedure SQLDataSources
(EnvironmentHandle : in SQLHENV;
Direction : in SQL_EXTENDED_FETCH_DIRECTION;
ServerName : out String;
Description : out String;
ErrorCode : out SQLRETURN);
-- This version returns the error code in an out paramater
procedure SQLDataSources
(EnvironmentHandle : in SQLHENV;
Direction : in SQL_EXTENDED_FETCH_DIRECTION;
ServerName : out String;
Description : out String);
-- This version raises an exception;
procedure SQLDataSources
(EnvironmentHandle : in SQLHENV;
Direction : in SQL_EXTENDED_FETCH_DIRECTION;
ServerName : out Wide_String;
Description : out Wide_String;
ErrorCode : out SQLRETURN);
-- This version returns the error code in an out paramater
procedure SQLDataSources
(EnvironmentHandle : in SQLHENV;
Direction : in SQL_EXTENDED_FETCH_DIRECTION;
ServerName : out Wide_String;
Description : out Wide_String);
-- This version raises an exception;
type SQL_DATA_TYPE is (SQL_GUID,
SQL_WLONGVARCHAR,
SQL_WVARCHAR,
SQL_WCHAR,
SQL_BIT,
SQL_TINYINT,
SQL_BIGINT,
SQL_LONGVARBINARY,
SQL_VARBINARY,
SQL_BINARY,
SQL_LONGVARCHAR,
SQL_UNKNOWN_TYPE,
SQL_CHAR,
SQL_NUMERIC,
SQL_DECIMAL,
SQL_INTEGER,
SQL_SMALLINT,
SQL_FLOAT,
SQL_REAL,
SQL_DOUBLE,
SQL_DATETIME,
SQL_TIME,
SQL_TIMESTAMP,
SQL_VARCHAR,
SQL_TYPE_DATE,
SQL_TYPE_TIME,
SQL_TYPE_TIMESTAMP,
SQL_DEFAULT,
SQL_INTERVAL_YEAR,
SQL_INTERVAL_MONTH,
SQL_INTERVAL_DAY,
SQL_INTERVAL_HOUR,
SQL_INTERVAL_MINUTE,
SQL_INTERVAL_SECOND,
SQL_INTERVAL_YEAR_TO_MONTH,
SQL_INTERVAL_DAY_TO_HOUR,
SQL_INTERVAL_DAY_TO_MINUTE,
SQL_INTERVAL_DAY_TO_SECOND,
SQL_INTERVAL_HOUR_TO_MINUTE,
SQL_INTERVAL_HOUR_TO_SECOND,
SQL_INTERVAL_MINUTE_TO_SECOND);
for SQL_DATA_TYPE use (SQL_GUID => -11,
SQL_WLONGVARCHAR => -10,
SQL_WVARCHAR => -9,
SQL_WCHAR => -8,
SQL_BIT => -7,
SQL_TINYINT => -6,
SQL_BIGINT => -5,
SQL_LONGVARBINARY => -4,
SQL_VARBINARY => -3,
SQL_BINARY => -2,
SQL_LONGVARCHAR => -1,
SQL_UNKNOWN_TYPE => 0,
SQL_CHAR => 1,
SQL_NUMERIC => 2,
SQL_DECIMAL => 3,
SQL_INTEGER => 4,
SQL_SMALLINT => 5,
SQL_FLOAT => 6,
SQL_REAL => 7,
SQL_DOUBLE => 8,
SQL_DATETIME => 9,
SQL_TIME => 10,
SQL_TIMESTAMP => 11,
SQL_VARCHAR => 12,
SQL_TYPE_DATE => 91,
SQL_TYPE_TIME => 92,
SQL_TYPE_TIMESTAMP => 93,
SQL_DEFAULT => 99,
SQL_INTERVAL_YEAR => 101,
SQL_INTERVAL_MONTH => 102,
SQL_INTERVAL_DAY => 103,
SQL_INTERVAL_HOUR => 104,
SQL_INTERVAL_MINUTE => 105,
SQL_INTERVAL_SECOND => 106,
SQL_INTERVAL_YEAR_TO_MONTH => 107,
SQL_INTERVAL_DAY_TO_HOUR => 108,
SQL_INTERVAL_DAY_TO_MINUTE => 109,
SQL_INTERVAL_DAY_TO_SECOND => 110,
SQL_INTERVAL_HOUR_TO_MINUTE => 111,
SQL_INTERVAL_HOUR_TO_SECOND => 112,
SQL_INTERVAL_MINUTE_TO_SECOND => 113);
for SQL_DATA_TYPE'Size use SQLSMALLINT'Size;
SQL_ALL_TYPES : constant SQL_DATA_TYPE := SQL_UNKNOWN_TYPE;
type SQL_C_DATA_TYPE is (SQL_C_UTINYINT,
SQL_C_UBIGINT,
SQL_C_STINYINT,
SQL_C_SBIGINT,
SQL_C_ULONG,
SQL_C_USHORT,
SQL_C_SLONG,
SQL_C_SSHORT,
SQL_C_GUID,
SQL_C_WCHAR,
SQL_C_BIT,
SQL_C_TINYINT,
SQL_C_BINARY,
SQL_C_CHAR,
SQL_C_NUMERIC,
SQL_C_LONG,
SQL_C_SHORT,
SQL_C_FLOAT,
SQL_C_DOUBLE,
SQL_C_DATE,
SQL_C_TIME,
SQL_C_TIMESTAMP,
SQL_C_TYPE_DATE,
SQL_C_TYPE_TIME,
SQL_C_TYPE_TIMESTAMP,
SQL_C_DEFAULT,
SQL_C_INTERVAL_YEAR,
SQL_C_INTERVAL_MONTH,
SQL_C_INTERVAL_DAY,
SQL_C_INTERVAL_HOUR,
SQL_C_INTERVAL_MINUTE,
SQL_C_INTERVAL_SECOND,
SQL_C_INTERVAL_YEAR_TO_MONTH,
SQL_C_INTERVAL_DAY_TO_HOUR,
SQL_C_INTERVAL_DAY_TO_MINUTE,
SQL_C_INTERVAL_DAY_TO_SECOND,
SQL_C_INTERVAL_HOUR_TO_MINUTE,
SQL_C_INTERVAL_HOUR_TO_SECOND,
SQL_C_INTERVAL_MINUTE_TO_SECOND);
for SQL_C_DATA_TYPE use (SQL_C_UTINYINT => -28,
SQL_C_UBIGINT => -27,
SQL_C_STINYINT => -26,
SQL_C_SBIGINT => -25,
SQL_C_ULONG => -18,
SQL_C_USHORT => -17,
SQL_C_SLONG => -16,
SQL_C_SSHORT => -15,
SQL_C_GUID => -11,
SQL_C_WCHAR => -8,
SQL_C_BIT => -7,
SQL_C_TINYINT => -6,
SQL_C_BINARY => -2,
SQL_C_CHAR => 1,
SQL_C_NUMERIC => 2,
SQL_C_LONG => 4,
SQL_C_SHORT => 5,
SQL_C_FLOAT => 7,
SQL_C_DOUBLE => 8,
SQL_C_DATE => 9,
SQL_C_TIME => 10,
SQL_C_TIMESTAMP => 11,
SQL_C_TYPE_DATE => 91,
SQL_C_TYPE_TIME => 92,
SQL_C_TYPE_TIMESTAMP => 93,
SQL_C_DEFAULT => 99,
SQL_C_INTERVAL_YEAR => 101,
SQL_C_INTERVAL_MONTH => 102,
SQL_C_INTERVAL_DAY => 103,
SQL_C_INTERVAL_HOUR => 104,
SQL_C_INTERVAL_MINUTE => 105,
SQL_C_INTERVAL_SECOND => 106,
SQL_C_INTERVAL_YEAR_TO_MONTH => 107,
SQL_C_INTERVAL_DAY_TO_HOUR => 108,
SQL_C_INTERVAL_DAY_TO_MINUTE => 109,
SQL_C_INTERVAL_DAY_TO_SECOND => 110,
SQL_C_INTERVAL_HOUR_TO_MINUTE => 111,
SQL_C_INTERVAL_HOUR_TO_SECOND => 112,
SQL_C_INTERVAL_MINUTE_TO_SECOND => 113);
for SQL_C_DATA_TYPE'Size use SQLSMALLINT'Size;
SQL_C_BOOKMARK : constant SQL_C_DATA_TYPE := SQL_C_ULONG;
SQL_C_VARBOOKMARK : constant SQL_C_DATA_TYPE := SQL_C_BINARY;
-- Values of NULLABLE field in descriptor
type SQL_NULLABLE_INFO is (SQL_NO_NULLS,
SQL_NULLABLE,
-- Value returned by SQLGetTypeInfo to
-- denote that it is not known whether or not
-- a data type supports null values.
SQL_NULLABLE_UNKNOWN);
for SQL_NULLABLE_INFO'Size use SQLSMALLINT'Size;
type SQL_NULLABLE_FIELD is new SQL_NULLABLE_INFO
range SQL_NO_NULLS .. SQL_NULLABLE;
-- | ----------------------------------------------------------------------
-- |
-- Values returned by SQLGetTypeInfo to show WHERE clause supported
type SQL_WHERE_INFO is (SQL_PRED_NONE,
SQL_PRED_CHAR,
SQL_PRED_BASIC);
for SQL_WHERE_INFO'Size use SQLSMALLINT'Size;
function SQLGetTypeInfo (StatementHandle : SQLHSTMT;
DataType : SQL_DATA_TYPE) return SQLRETURN;
procedure SQLGetTypeInfo (StatementHandle : SQLHSTMT;
DataType : SQL_DATA_TYPE);
-- Returns information about supported data types.
pragma Inline (SQLGetTypeInfo);
-- | ----------------------------------------------------------------------
-- |
type SQL_Column_Number is new SQLUSMALLINT;
Bookmark_Column : constant SQL_Column_Number := 0;
function SQLBindCol (StatementHandle : SQLHSTMT;
ColumnNumber : SQL_Column_Number;
TargetType : SQL_C_DATA_TYPE;
TargetValue : SQLPOINTER;
BufferLength : SQLINTEGER;
pStrLen_or_Ind : access SQLINTEGER) return SQLRETURN;
procedure SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetType : in SQL_C_DATA_TYPE;
TargetValuePtr : in SQLPOINTER;
BufferLength : in SQLINTEGER;
StrLen_Or_IndPtr : access SQLINTEGER);
pragma Inline (SQLBindCol);
function SQLBindCol (StatementHandle : SQLHSTMT;
ColumnNumber : SQL_Column_Number;
TargetValue : access String;
StrLen_Or_IndPtr : access SQLINTEGER)
return SQLRETURN;
procedure SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access String;
StrLen_Or_IndPtr : access SQLINTEGER);
-- | ----------------------------------------------------------------------
-- |
type SQL_Parameter_Number is new SQLUSMALLINT range 1 .. SQLUSMALLINT'Last;
type SQL_Parameter_Type is (SQL_PARAM_TYPE_UNKNOWN,
SQL_PARAM_INPUT,
SQL_PARAM_INPUT_OUTPUT,
SQL_RESULT_COL,
SQL_PARAM_OUTPUT,
SQL_RETURN_VALUE);
for SQL_Parameter_Type'Size use SQLSMALLINT'Size;
function SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
InputOutputType : in SQL_Parameter_Type;
ValueType : in SQL_C_DATA_TYPE;
ParameterType : in SQL_DATA_TYPE;
ColumnSize : in SQLUINTEGER;
DecimalDigits : in SQLSMALLINT;
Value : in SQLPOINTER;
BufferLength : in SQLINTEGER;
StrLen_Or_IndPtr : access SQLINTEGER)
return SQLRETURN;
procedure SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
InputOutputType : in SQL_Parameter_Type;
ValueType : in SQL_C_DATA_TYPE;
ParameterType : in SQL_DATA_TYPE;
ColumnSize : in SQLUINTEGER;
DecimalDigits : in SQLSMALLINT;
Value : in SQLPOINTER;
BufferLength : in SQLINTEGER;
StrLen_Or_IndPtr : access SQLINTEGER);
pragma Inline (SQLBindParameter);
function SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access String;
Length : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT)
return SQLRETURN;
procedure SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access String;
Length : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT);
-- | ----------------------------------------------------------------------
-- |
generic
type Int is range <>;
package IntegerBinding is
function SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Int;
IndPtr : access SQLINTEGER)
return SQLRETURN;
procedure SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Int;
IndPtr : access SQLINTEGER);
function SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Int;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT)
return SQLRETURN;
procedure SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Int;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT);
end IntegerBinding;
-- | ----------------------------------------------------------------------
-- |
generic
type Unsigned is mod <>;
package UnsignedBinding is
function SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Unsigned;
IndPtr : access SQLINTEGER)
return SQLRETURN;
procedure SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Unsigned;
IndPtr : access SQLINTEGER);
function SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Unsigned;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT)
return SQLRETURN;
procedure SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Unsigned;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT);
end UnsignedBinding;
-- | ----------------------------------------------------------------------
-- |
generic
type Flt is digits <>;
package FloatBinding is
function SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Flt;
IndPtr : access SQLINTEGER)
return SQLRETURN;
procedure SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Flt;
IndPtr : access SQLINTEGER);
function SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Flt;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT)
return SQLRETURN;
procedure SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Flt;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT);
end FloatBinding;
-- | ----------------------------------------------------------------------
-- |
generic
type Enum is (<>);
package EnumBinding is
function SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Enum;
IndPtr : access SQLINTEGER)
return SQLRETURN;
procedure SQLBindCol (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetValue : access Enum;
IndPtr : access SQLINTEGER);
function SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Enum;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT)
return SQLRETURN;
procedure SQLBindParameter (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
Value : access Enum;
Indicator : access SQLINTEGER;
InputOutputType : in SQL_Parameter_Type := SQL_PARAM_INPUT);
end EnumBinding;
-- | ----------------------------------------------------------------------
-- |
procedure SQLDescribeParam (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
ParameterType : out SQL_DATA_TYPE;
ColumnSize : out SQLUINTEGER;
DecimalDigits : out SQLSMALLINT;
Nullable : out SQL_NULLABLE_INFO;
RC : out SQLRETURN);
procedure SQLDescribeParam (StatementHandle : in SQLHSTMT;
ParameterNumber : in SQL_Parameter_Number;
ParameterType : out SQL_DATA_TYPE;
ColumnSize : out SQLUINTEGER;
DecimalDigits : out SQLSMALLINT;
Nullable : out SQL_NULLABLE_INFO);
-- | ----------------------------------------------------------------------
-- |
function SQLCancel (StatementHandle : SQLHSTMT) return SQLRETURN;
procedure SQLCancel (StatementHandle : in SQLHSTMT);
pragma Inline (SQLCancel);
-- | ----------------------------------------------------------------------
-- |
function SQLCloseCursor (StatementHandle : SQLHSTMT) return SQLRETURN;
procedure SQLCloseCursor (StatementHandle : in SQLHSTMT);
pragma Inline (SQLCloseCursor);
-- | ----------------------------------------------------------------------
-- |
function SQLExecute (StatementHandle : SQLHSTMT) return SQLRETURN;
procedure SQLExecute (StatementHandle : in SQLHSTMT);
pragma Inline (SQLExecute);
-- | ----------------------------------------------------------------------
-- |
function SQLExecDirect (StatementHandle : SQLHSTMT;
StatementText : String) return SQLRETURN;
procedure SQLExecDirect (StatementHandle : in SQLHSTMT;
StatementText : in String);
function SQLExecDirect (StatementHandle : SQLHSTMT;
StatementText : Wide_String) return SQLRETURN;
procedure SQLExecDirect (StatementHandle : in SQLHSTMT;
StatementText : in Wide_String);
pragma Inline (SQLExecDirect);
-- | ----------------------------------------------------------------------
-- |
function SQLFetch (StatementHandle : SQLHSTMT) return SQLRETURN;
procedure SQLFetch (StatementHandle : in SQLHSTMT);
pragma Inline (SQLFetch);
-- | ----------------------------------------------------------------------
-- |
function SQLFetchScroll (StatementHandle : in SQLHSTMT;
FetchDirection : in FETCH_DIRECTION;
FetchOffset : in SQLINTEGER := 0)
return SQLRETURN;
procedure SQLFetchScroll (StatementHandle : in SQLHSTMT;
FetchDirection : in FETCH_DIRECTION;
FetchOffset : in SQLINTEGER := 0);
pragma Inline (SQLFetchScroll);
-- | ----------------------------------------------------------------------
-- |
type ROW_STATUS is (SQL_ROW_SUCCESS,
SQL_ROW_DELETED,
SQL_ROW_UPDATED,
SQL_ROW_NOROW,
SQL_ROW_ADDED,
SQL_ROW_ERROR,
SQL_ROW_SUCCESS_WITH_INFO);
for ROW_STATUS'Size use SQLUSMALLINT'Size;
type RowStatusArray is array (Natural) of aliased ROW_STATUS;
pragma Convention (C, RowStatusArray);
type RowStatusArrayPtr is access all RowStatusArray;
pragma No_Strict_Aliasing (RowStatusArrayPtr);
-- This is a non-fat pointer
function SQLPrepare (StatementHandle : SQLHSTMT;
StatementText : String) return SQLRETURN;
procedure SQLPrepare (StatementHandle : SQLHSTMT;
StatementText : String);
function SQLPrepare (StatementHandle : SQLHSTMT;
StatementText : Wide_String) return SQLRETURN;
procedure SQLPrepare (StatementHandle : SQLHSTMT;
StatementText : Wide_String);
pragma Inline (SQLPrepare);
-- | ----------------------------------------------------------------------
-- |
procedure SQLGetCursorName (StatementHandle : in SQLHSTMT;
NameBuffer : out String;
BufferLength : out SQLSMALLINT;
ErrorCode : out SQLRETURN);
-- This version doesn't raise an exception but returns the ErrorCode
-- in an out parameter
function SQLGetCursorName (StatementHandle : SQLHSTMT;
MaxNameLength : SQLSMALLINT := 256)
return String;
-- This version may raise an exception
procedure SQLGetCursorName (StatementHandle : in SQLHSTMT;
NameBuffer : out Wide_String;
BufferLength : out SQLSMALLINT;
ErrorCode : out SQLRETURN);
-- This version doesn't raise an exception but returns the ErrorCode
-- in an out parameter
function SQLGetCursorName (StatementHandle : SQLHSTMT;
MaxNameLength : SQLSMALLINT := 256)
return Wide_String;
-- This version may raise an exception
-- | ----------------------------------------------------------------------
-- |
function SQLSetCursorName (StatementHandle : SQLHSTMT;
CursorName : String) return SQLRETURN;
procedure SQLSetCursorName (StatementHandle : in SQLHSTMT;
CursorName : in String);
function SQLSetCursorName (StatementHandle : SQLHSTMT;
CursorName : Wide_String) return SQLRETURN;
procedure SQLSetCursorName (StatementHandle : in SQLHSTMT;
CursorName : in Wide_String);
pragma Inline (SQLSetCursorName);
-- | ----------------------------------------------------------------------
-- |
type SQL_COMPLETION_TYPE is (SQL_COMMIT,
SQL_ROLLBACK);
for SQL_COMPLETION_TYPE'Size use SQLSMALLINT'Size;
function SQLEndTran
(HandleType : SQL_ENDTRAN_HANDLE_TYPE := SQL_HANDLE_DBC;
Handle : SQLHANDLE;
CompletionType : SQL_COMPLETION_TYPE := SQL_COMMIT) return SQLRETURN;
procedure SQLEndTran
(HandleType : in SQL_ENDTRAN_HANDLE_TYPE := SQL_HANDLE_DBC;
Handle : in SQLHANDLE;
CompletionType : in SQL_COMPLETION_TYPE := SQL_COMMIT);
pragma Inline (SQLEndTran);
--
-- Commodity
--
procedure SQLCommit (ConnectionHandle : SQLHDBC);
procedure SQLRollback (ConnectionHandle : SQLHDBC);
pragma Inline (SQLCommit);
pragma Inline (SQLRollback);
-- Note : These versions may raise exceptions. If you don't want
-- exceptions use the function SQLEndTran explicitly.
-- | ----------------------------------------------------------------------
-- |
function SQLNumParams (StatementHandle : SQLHSTMT;
pNum : access SQLSMALLINT)
return SQLRETURN;
function SQLNumParams (StatementHandle : SQLHSTMT) return SQLSMALLINT;
pragma Inline (SQLNumParams);
-- | ----------------------------------------------------------------------
-- |
function SQLNumResultCols (StatementHandle : SQLHSTMT;
pColumnCount : access SQL_Column_Number)
return SQLRETURN;
function SQLNumResultCols (StatementHandle : SQLHSTMT)
return SQL_Column_Number;
pragma Inline (SQLNumResultCols);
-- | ----------------------------------------------------------------------
-- |
function SQLRowCount (StatementHandle : SQLHSTMT;
pRowCount : access SQLINTEGER) return SQLRETURN;
function SQLRowCount (StatementHandle : SQLHSTMT) return SQLINTEGER;
pragma Inline (SQLRowCount);
-- | ----------------------------------------------------------------------
-- |
function SQLGetData (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetType : in SQL_C_DATA_TYPE;
TargetValue : in SQLPOINTER;
BufferLength : in SQLINTEGER;
StrLen_Or_Ind : access SQLINTEGER) return SQLRETURN;
procedure SQLGetData (StatementHandle : in SQLHSTMT;
ColumnNumber : in SQL_Column_Number;
TargetType : in SQL_C_DATA_TYPE;
TargetValue : in SQLPOINTER;
BufferLength : in SQLINTEGER;
StrLen_Or_Ind : access SQLINTEGER);
pragma Inline (SQLGetData);
-- | ----------------------------------------------------------------------
-- |
function SQLPutData (StatementHandle : SQLHSTMT;
Data : SQLPOINTER;
StrLen_or_Ind : SQLINTEGER) return SQLRETURN;
procedure SQLPutData (StatementHandle : in SQLHSTMT;
Data : in SQLPOINTER;
StrLen_Or_Ind : SQLINTEGER);
pragma Inline (SQLPutData);
-- | ----------------------------------------------------------------------
-- |
function SQLParamData (StatementHandle : SQLHSTMT;
pValue : access SQLPOINTER)
return SQLRETURN;
function SQLParamData (StatementHandle : in SQLHSTMT) return SQLPOINTER;
pragma Inline (SQLParamData);
-- | ----------------------------------------------------------------------
-- |
function SQLCopyDesc (SourceHandle : SQLHDESC;
TargetHandle : SQLHDESC) return SQLRETURN;
procedure SQLCopyDesc (SourceHandle : in SQLHDESC;
TargetHandle : in SQLHDESC);
pragma Inline (SQLCopyDesc);
-- | ----------------------------------------------------------------------
-- |
type SQL_STATISTICS_UNIQUE_OPTION is (SQL_INDEX_UNIQUE,
SQL_INDEX_ALL);
for SQL_STATISTICS_UNIQUE_OPTION'Size use SQLSMALLINT'Size;
type SQL_STATISTICS_PAGES_OPTION is (SQL_QUICK,
SQL_ENSURE);
for SQL_STATISTICS_PAGES_OPTION'Size use SQLSMALLINT'Size;
function SQLStatistics
(StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String;
TableName : String;
Unique : SQL_STATISTICS_UNIQUE_OPTION := SQL_INDEX_ALL;
PagesImportance : SQL_STATISTICS_PAGES_OPTION := SQL_QUICK)
return SQLRETURN;
procedure SQLStatistics
(StatementHandle : in SQLHSTMT;
CatalogName : in String;
SchemaName : in String;
TableName : in String;
Unique : in SQL_STATISTICS_UNIQUE_OPTION := SQL_INDEX_ALL;
PagesImportance : in SQL_STATISTICS_PAGES_OPTION := SQL_QUICK);
pragma Inline (SQLStatistics);
function SQLStatistics
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String;
TableName : Wide_String;
Unique : SQL_STATISTICS_UNIQUE_OPTION := SQL_INDEX_ALL;
PagesImportance : SQL_STATISTICS_PAGES_OPTION := SQL_QUICK)
return SQLRETURN;
procedure SQLStatistics
(StatementHandle : in SQLHSTMT;
CatalogName : in Wide_String;
SchemaName : in Wide_String;
TableName : in Wide_String;
Unique : in SQL_STATISTICS_UNIQUE_OPTION := SQL_INDEX_ALL;
PagesImportance : in SQL_STATISTICS_PAGES_OPTION := SQL_QUICK);
pragma Inline (SQLStatistics);
-- | ----------------------------------------------------------------------
-- |
SQL_ALL_PATTERN : constant String := "%";
SQL_ALL_CATALOGS : String renames SQL_ALL_PATTERN;
SQL_ALL_SCHEMAS : String renames SQL_ALL_PATTERN;
SQL_ALL_TABLES : String renames SQL_ALL_PATTERN;
SQL_ALL_TABLE_TYPES : String renames SQL_ALL_PATTERN;
SQL_ALL_PROCEDURES : String renames SQL_ALL_PATTERN;
SQL_ALL_COLUMNS : String renames SQL_ALL_PATTERN;
W_SQL_ALL_PATTERN : constant Wide_String := "%";
W_SQL_ALL_CATALOGS : Wide_String renames W_SQL_ALL_PATTERN;
W_SQL_ALL_SCHEMAS : Wide_String renames W_SQL_ALL_PATTERN;
W_SQL_ALL_TABLES : Wide_String renames W_SQL_ALL_PATTERN;
W_SQL_ALL_TABLE_TYPES : Wide_String renames W_SQL_ALL_PATTERN;
W_SQL_ALL_PROCEDURES : Wide_String renames W_SQL_ALL_PATTERN;
W_SQL_ALL_COLUMNS : Wide_String renames W_SQL_ALL_PATTERN;
function SQLTables (StatementHandle : SQLHSTMT;
CatalogName : String := SQL_ALL_CATALOGS;
SchemaName : String := SQL_ALL_SCHEMAS;
TableName : String;
TableType : String := SQL_ALL_TABLE_TYPES)
return SQLRETURN;
procedure SQLTables (StatementHandle : in SQLHSTMT;
CatalogName : in String := SQL_ALL_CATALOGS;
SchemaName : in String := SQL_ALL_SCHEMAS;
TableName : in String;
TableType : in String := SQL_ALL_TABLE_TYPES);
function SQLTables
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String := W_SQL_ALL_CATALOGS;
SchemaName : Wide_String := W_SQL_ALL_SCHEMAS;
TableName : Wide_String;
TableType : Wide_String := W_SQL_ALL_TABLE_TYPES)
return SQLRETURN;
procedure SQLTables
(StatementHandle : in SQLHSTMT;
CatalogName : in Wide_String := W_SQL_ALL_CATALOGS;
SchemaName : in Wide_String := W_SQL_ALL_SCHEMAS;
TableName : in Wide_String;
TableType : in Wide_String := W_SQL_ALL_TABLE_TYPES);
pragma Inline (SQLTables);
-- | ----------------------------------------------------------------------
-- |
function SQLProcedures (StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String := SQL_ALL_SCHEMAS;
ProcName : String := SQL_ALL_PROCEDURES)
return SQLRETURN;
procedure SQLProcedures (StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String := SQL_ALL_SCHEMAS;
ProcName : String := SQL_ALL_PROCEDURES);
function SQLProcedures
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String := W_SQL_ALL_SCHEMAS;
ProcName : Wide_String := W_SQL_ALL_PROCEDURES)
return SQLRETURN;
procedure SQLProcedures
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String := W_SQL_ALL_SCHEMAS;
ProcName : Wide_String := W_SQL_ALL_PROCEDURES);
pragma Inline (SQLProcedures);
-- | ----------------------------------------------------------------------
-- |
function SQLProcedureColumns
(StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String := SQL_ALL_SCHEMAS;
ProcName : String := SQL_ALL_PROCEDURES;
ColumnName : String := SQL_ALL_COLUMNS) return SQLRETURN;
procedure SQLProcedureColumns
(StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String := SQL_ALL_SCHEMAS;
ProcName : String := SQL_ALL_PROCEDURES;
ColumnName : String := SQL_ALL_COLUMNS);
function SQLProcedureColumns
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String := W_SQL_ALL_SCHEMAS;
ProcName : Wide_String := W_SQL_ALL_PROCEDURES;
ColumnName : Wide_String := W_SQL_ALL_COLUMNS) return SQLRETURN;
procedure SQLProcedureColumns
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String := W_SQL_ALL_SCHEMAS;
ProcName : Wide_String := W_SQL_ALL_PROCEDURES;
ColumnName : Wide_String := W_SQL_ALL_COLUMNS);
pragma Inline (SQLProcedureColumns);
-- | ----------------------------------------------------------------------
-- |
function SQLTablePrivileges
(StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String := SQL_ALL_SCHEMAS;
TableName : String := SQL_ALL_TABLES) return SQLRETURN;
procedure SQLTablePrivileges
(StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String := SQL_ALL_SCHEMAS;
TableName : String := SQL_ALL_TABLES);
function SQLTablePrivileges
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String := W_SQL_ALL_SCHEMAS;
TableName : Wide_String := W_SQL_ALL_TABLES) return SQLRETURN;
procedure SQLTablePrivileges
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String := W_SQL_ALL_SCHEMAS;
TableName : Wide_String := W_SQL_ALL_TABLES);
pragma Inline (SQLTablePrivileges);
-- | ----------------------------------------------------------------------
-- |
function SQLColumnPrivileges
(StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String;
TableName : String;
ColumnName : String := SQL_ALL_COLUMNS) return SQLRETURN;
procedure SQLColumnPrivileges
(StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String;
TableName : String;
ColumnName : String := SQL_ALL_COLUMNS);
function SQLColumnPrivileges
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String;
TableName : Wide_String;
ColumnName : Wide_String := W_SQL_ALL_COLUMNS) return SQLRETURN;
procedure SQLColumnPrivileges
(StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String;
TableName : Wide_String;
ColumnName : Wide_String := W_SQL_ALL_COLUMNS);
pragma Inline (SQLColumnPrivileges);
-- | ----------------------------------------------------------------------
-- |
type Special_Column_Type is (SQL_BEST_ROWID,
SQL_ROWVER);
for Special_Column_Type use (SQL_BEST_ROWID => 1,
SQL_ROWVER => 2);
for Special_Column_Type'Size use SQLSMALLINT'Size;
type ROWID_SCOPE is (SQL_SCOPE_CURROW,
SQL_SCOPE_TRANSACTION,
SQL_SCOPE_SESSION);
for ROWID_SCOPE'Size use SQLSMALLINT'Size;
function SQLSpecialColumns (StatementHandle : in SQLHSTMT;
IdentifierType : in Special_Column_Type;
CatalogName : in String;
SchemaName : in String;
TableName : in String;
Scope : in ROWID_SCOPE;
Nullable : in SQL_NULLABLE_FIELD)
return SQLRETURN;
procedure SQLSpecialColumns (StatementHandle : in SQLHSTMT;
IdentifierType : in Special_Column_Type;
CatalogName : in String;
SchemaName : in String;
TableName : in String;
Scope : in ROWID_SCOPE;
Nullable : in SQL_NULLABLE_FIELD);
function SQLSpecialColumns (StatementHandle : in SQLHSTMT;
IdentifierType : in Special_Column_Type;
CatalogName : in Wide_String;
SchemaName : in Wide_String;
TableName : in Wide_String;
Scope : in ROWID_SCOPE;
Nullable : in SQL_NULLABLE_FIELD)
return SQLRETURN;
procedure SQLSpecialColumns (StatementHandle : in SQLHSTMT;
IdentifierType : in Special_Column_Type;
CatalogName : in Wide_String;
SchemaName : in Wide_String;
TableName : in Wide_String;
Scope : in ROWID_SCOPE;
Nullable : in SQL_NULLABLE_FIELD);
pragma Inline (SQLSpecialColumns);
-- | ----------------------------------------------------------------------
-- |
function SQLPrimaryKeys (StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String;
TableName : String) return SQLRETURN;
procedure SQLPrimaryKeys (StatementHandle : SQLHSTMT;
CatalogName : String;
SchemaName : String;
TableName : String);
function SQLPrimaryKeys (StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String;
TableName : Wide_String) return SQLRETURN;
procedure SQLPrimaryKeys (StatementHandle : SQLHSTMT;
CatalogName : Wide_String;
SchemaName : Wide_String;
TableName : Wide_String);
pragma Inline (SQLPrimaryKeys);
-- | ----------------------------------------------------------------------
-- |
function SQLForeignKeys (StatementHandle : SQLHSTMT;
PrimaryCatalogName : String;
PrimarySchemaName : String;
PrimaryTableName : String;
ForeignCatalogName : String;
ForeignSchemaName : String;
ForeignTableName : String) return SQLRETURN;
procedure SQLForeignKeys (StatementHandle : SQLHSTMT;
PrimaryCatalogName : String;
PrimarySchemaName : String;
PrimaryTableName : String;
ForeignCatalogName : String;
ForeignSchemaName : String;
ForeignTableName : String);
function SQLForeignKeys (StatementHandle : SQLHSTMT;
PrimaryCatalogName : Wide_String;
PrimarySchemaName : Wide_String;
PrimaryTableName : Wide_String;
ForeignCatalogName : Wide_String;
ForeignSchemaName : Wide_String;
ForeignTableName : Wide_String)
return SQLRETURN;
procedure SQLForeignKeys (StatementHandle : SQLHSTMT;
PrimaryCatalogName : Wide_String;
PrimarySchemaName : Wide_String;
PrimaryTableName : Wide_String;
ForeignCatalogName : Wide_String;
ForeignSchemaName : Wide_String;
ForeignTableName : Wide_String);
pragma Inline (SQLForeignKeys);
-- | ----------------------------------------------------------------------
-- |
function SQLDescribeCol (StatementHandle : SQLHSTMT;
ColumnNumber : SQL_Column_Number;
MaxNameLength : SQLSMALLINT;
DataType : access SQL_DATA_TYPE;
ColumnSize : access SQLUINTEGER;
DecimalDigits : access SQLSMALLINT;
Nullable : access SQL_NULLABLE_INFO;
ErrorCode : access SQLRETURN)
return String;
-- This version returns the ErrorCode when an ODBC error occured
function SQLDescribeCol (StatementHandle : SQLHSTMT;
ColumnNumber : SQL_Column_Number;
MaxNameLength : SQLSMALLINT;
DataType : access SQL_DATA_TYPE;
ColumnSize : access SQLUINTEGER;
DecimalDigits : access SQLSMALLINT;
Nullable : access SQL_NULLABLE_INFO)
return String;
-- This version raises an exception when an ODBC error occured
function SQLDescribeCol (StatementHandle : SQLHSTMT;
ColumnNumber : SQL_Column_Number;
MaxNameLength : SQLSMALLINT;
DataType : access SQL_DATA_TYPE;
ColumnSize : access SQLUINTEGER;
DecimalDigits : access SQLSMALLINT;
Nullable : access SQL_NULLABLE_INFO;
ErrorCode : access SQLRETURN)
return Wide_String;
-- This version returns the ErrorCode when an ODBC error occured
function SQLDescribeCol (StatementHandle : SQLHSTMT;
ColumnNumber : SQL_Column_Number;
MaxNameLength : SQLSMALLINT;
DataType : access SQL_DATA_TYPE;
ColumnSize : access SQLUINTEGER;
DecimalDigits : access SQLSMALLINT;
Nullable : access SQL_NULLABLE_INFO)
return Wide_String;
-- This version raises an exception when an ODBC error occured
-- | ----------------------------------------------------------------------
-- |
function SQLColumns (StatementHandle : in SQLHSTMT;
CatalogName : in String;
SchemaName : in String := SQL_ALL_SCHEMAS;
TableName : in String := SQL_ALL_TABLES;
ColumnName : in String := SQL_ALL_COLUMNS)
return SQLRETURN;
procedure SQLColumns (StatementHandle : in SQLHSTMT;
CatalogName : in String;
SchemaName : in String := SQL_ALL_SCHEMAS;
TableName : in String := SQL_ALL_TABLES;
ColumnName : in String := SQL_ALL_COLUMNS);
function SQLColumns (StatementHandle : in SQLHSTMT;
CatalogName : in Wide_String;
SchemaName : in Wide_String := W_SQL_ALL_SCHEMAS;
TableName : in Wide_String := W_SQL_ALL_TABLES;
ColumnName : in Wide_String := W_SQL_ALL_COLUMNS)
return SQLRETURN;
procedure SQLColumns
(StatementHandle : in SQLHSTMT;
CatalogName : in Wide_String;
SchemaName : in Wide_String := W_SQL_ALL_SCHEMAS;
TableName : in Wide_String := W_SQL_ALL_TABLES;
ColumnName : in Wide_String := W_SQL_ALL_COLUMNS);
pragma Inline (SQLColumns);
-- | ----------------------------------------------------------------------
-- |
function SQLNativeSql (ConnectionHandle : SQLHDBC;
StatementText : String;
MaxLength : SQLINTEGER := 1024;
ErrorCode : access SQLRETURN)
return String;
-- This version returns the ErrorCode when an ODBC error occured
function SQLNativeSql (ConnectionHandle : SQLHDBC;
StatementText : String;
MaxLength : SQLINTEGER := 1024)
return String;
-- This version raises an exception when an ODBC error occured
function SQLNativeSql (ConnectionHandle : SQLHDBC;
StatementText : Wide_String;
MaxLength : SQLINTEGER := 1024;
ErrorCode : access SQLRETURN)
return Wide_String;
-- This version returns the ErrorCode when an ODBC error occured
function SQLNativeSql (ConnectionHandle : SQLHDBC;
StatementText : Wide_String;
MaxLength : SQLINTEGER := 1024)
return Wide_String;
-- This version raises an exception when an ODBC error occured
-- | ----------------------------------------------------------------------
-- |
procedure SQLDrivers (EnvironmentHandle : in SQLHENV;
Direction : in SIMPLE_FETCH_DIRECTION;
DriverDescription : out String;
DriverAttributes : out String);
-- This version raises an exception when an ODBC error occured
procedure SQLDrivers (EnvironmentHandle : in SQLHENV;
Direction : in SIMPLE_FETCH_DIRECTION;
DriverDescription : out String;
DriverAttributes : out String;
RC : out SQLRETURN);
procedure SQLDrivers (EnvironmentHandle : in SQLHENV;
Direction : in SIMPLE_FETCH_DIRECTION;
DriverDescription : out Wide_String;
DriverAttributes : out Wide_String);
-- This version raises an exception when an ODBC error occured
procedure SQLDrivers (EnvironmentHandle : in SQLHENV;
Direction : in SIMPLE_FETCH_DIRECTION;
DriverDescription : out Wide_String;
DriverAttributes : out Wide_String;
RC : out SQLRETURN);
-- | ----------------------------------------------------------------------
-- |
type POSITIONAL_OPERATION is (SQL_POSITION,
SQL_REFRESH,
SQL_UPDATE,
SQL_DELETE,
SQL_ADD,
SQL_UPDATE_BY_BOOKMARK,
SQL_DELETE_BY_BOOKMARK,
SQL_FETCH_BY_BOOKMARK);
for POSITIONAL_OPERATION use (SQL_POSITION => 0,
SQL_REFRESH => 1,
SQL_UPDATE => 2,
SQL_DELETE => 3,
SQL_ADD => 4,
SQL_UPDATE_BY_BOOKMARK => 5,
SQL_DELETE_BY_BOOKMARK => 6,
SQL_FETCH_BY_BOOKMARK => 7);
for POSITIONAL_OPERATION'Size use SQLUSMALLINT'Size;
type BULK_OPERATION is new POSITIONAL_OPERATION
range SQL_ADD .. POSITIONAL_OPERATION'Last;
function SQLBulkOperations (StatementHandle : SQLHSTMT;
Operation : BULK_OPERATION)
return SQLRETURN;
procedure SQLBulkOperations (StatementHandle : SQLHSTMT;
Operation : BULK_OPERATION);
pragma Inline (SQLBulkOperations);
-- | ----------------------------------------------------------------------
-- |
function SQLMoreResults (StatementHandle : SQLHSTMT) return SQLRETURN;
pragma Inline (SQLMoreResults);
-- | ----------------------------------------------------------------------
-- |
type POSITION_OPERATION is new POSITIONAL_OPERATION
range POSITIONAL_OPERATION'First .. SQL_ADD;
type POSITION_LOCKTYPE is (SQL_LOCK_NO_CHANGE,
SQL_LOCK_EXCLUSIVE,
SQL_LOCK_UNLOCK);
for POSITION_LOCKTYPE use (SQL_LOCK_NO_CHANGE => 0,
SQL_LOCK_EXCLUSIVE => 1,
SQL_LOCK_UNLOCK => 2);
for POSITION_LOCKTYPE'Size use SQLUSMALLINT'Size;
function SQLSetPos (StatementHandle : in SQLHSTMT;
RowNumber : in SQLUSMALLINT;
Operation : in POSITION_OPERATION;
LockType : in POSITION_LOCKTYPE)
return SQLRETURN;
procedure SQLSetPos (StatementHandle : in SQLHSTMT;
RowNumber : in SQLUSMALLINT;
Operation : in POSITION_OPERATION;
LockType : in POSITION_LOCKTYPE);
pragma Inline (SQLSetPos);
-- | ----------------------------------------------------------------------
-- |
type DRIVER_COMPLETION is (SQL_DRIVER_NOPROMPT,
SQL_DRIVER_COMPLETE,
SQL_DRIVER_PROMPT,
SQL_DRIVER_COMPLETE_REQUIRED);
for DRIVER_COMPLETION'Size use SQLUSMALLINT'Size;
procedure SQLBrowseConnect
(ConnectionHandle : in SQLHDBC;
InConnectionString : in String;
OutConnectionString : out String;
OutConnectionStrLen : out SQLSMALLINT;
RC : out SQLRETURN);
procedure SQLBrowseConnect
(ConnectionHandle : in SQLHDBC;
InConnectionString : in String;
OutConnectionString : out String;
OutConnectionStrLen : out SQLSMALLINT);
procedure SQLBrowseConnect
(ConnectionHandle : in SQLHDBC;
InConnectionString : in Wide_String;
OutConnectionString : out Wide_String;
OutConnectionStrLen : out SQLSMALLINT;
RC : out SQLRETURN);
procedure SQLBrowseConnect
(ConnectionHandle : in SQLHDBC;
InConnectionString : in Wide_String;
OutConnectionString : out Wide_String;
OutConnectionStrLen : out SQLSMALLINT);
-- | ----------------------------------------------------------------------
-- |
procedure SQLDriverConnect
(ConnectionHandle : in SQLHDBC;
WindowHandle : in SQLHWND := SQL_NULL_HWND;
Completion : in DRIVER_COMPLETION := SQL_DRIVER_NOPROMPT;
InConnectionString : in String;
OutConnectionString : out String;
OutConnectionStrLen : out SQLSMALLINT;
RC : out SQLRETURN);
procedure SQLDriverConnect
(ConnectionHandle : in SQLHDBC;
WindowHandle : in SQLHWND := SQL_NULL_HWND;
Completion : in DRIVER_COMPLETION := SQL_DRIVER_NOPROMPT;
InConnectionString : in String;
OutConnectionString : out String;
OutConnectionStrLen : out SQLSMALLINT);
procedure SQLDriverConnect
(ConnectionHandle : in SQLHDBC;
WindowHandle : in SQLHWND := SQL_NULL_HWND;
Completion : in DRIVER_COMPLETION := SQL_DRIVER_NOPROMPT;
InConnectionString : in Wide_String;
OutConnectionString : out Wide_String;
OutConnectionStrLen : out SQLSMALLINT;
RC : out SQLRETURN);
procedure SQLDriverConnect
(ConnectionHandle : in SQLHDBC;
WindowHandle : in SQLHWND := SQL_NULL_HWND;
Completion : in DRIVER_COMPLETION := SQL_DRIVER_NOPROMPT;
InConnectionString : in Wide_String;
OutConnectionString : out Wide_String;
OutConnectionStrLen : out SQLSMALLINT);
-- | ----------------------------------------------------------------------
-- |
-- whether an attribute is a pointer or not
SQL_IS_POINTER : constant := -4;
SQL_IS_UINTEGER : constant := -5;
SQL_IS_INTEGER : constant := -6;
SQL_IS_USMALLINT : constant := -7;
SQL_IS_SMALLINT : constant := -8;
function SQL_LEN_DATA_AT_EXEC (Length : SQLINTEGER) return SQLINTEGER;
pragma Inline (SQL_LEN_DATA_AT_EXEC);
function SQL_LEN_BINARY_ATTR (Length : SQLINTEGER) return SQLINTEGER;
pragma Inline (SQL_LEN_BINARY_ATTR);
-- | ----------------------------------------------------------------------
-- |
function Null_Handle return SQLHANDLE;
pragma Inline (Null_Handle);
function SQL_Error_Message (HandleType : SQL_HANDLE_TYPE;
Handle : SQLHSTMT;
State : access SQLSTATE)
return String;
-- Ada95 Helper Routine
-- Return the formatted error message and fill the SQLSTATE
-- | ----------------------------------------------------------------------
-- |
procedure SQLFixNTS (Column : in out String;
R_Index : SQLINTEGER := SQLINTEGER'Last;
Pad : Character := ' ');
-- Ada95 Helper Routine
-- Unfortunately almost all ODBC implementation do not support to set
-- the environment attribute SQL_OUTPUT_NTS to false; they simply assume
-- C Strings are the only form of string passed to ODBC. So we offer this
-- helper that replaces potentially added ASCII.NULs by spaces.
-- In addtion to the Column to fix you can optionally pass the rightmost
-- position in the string where to start replacing NULs by spaces;
-- the default is to start at the rightmost position of the string.
-- You may also specify another padding character than a space.
procedure SQLFixNTS (Column : in out Wide_String;
R_Index : SQLINTEGER := SQLINTEGER'Last;
Pad : Wide_Character := Wide_Character'(' '));
pragma Inline (SQLFixNTS);
-- | ----------------------------------------------------------------------
-- |
procedure Unicode_Attributes (Flag : in Boolean := True);
-- Set whether or not we should use Unicode for attributes that return
-- string values.
SQL_MAX_OPTION_STRING_LENGTH : constant := 256;
type ASYNC_ENABLE is (SQL_ASYNC_ENABLE_OFF,
SQL_ASYNC_ENABLE_ON);
-- |
-- | values for SQL_ATTR_ASYNC_ENABLE
-- |
for ASYNC_ENABLE'Size use SQLINTEGER'Size;
SQL_ASYNC_ENABLE_DEFAULT : constant ASYNC_ENABLE := SQL_ASYNC_ENABLE_OFF;
private
-- Flag whether or not we use Unicode for attributes that return string
-- values.
Unicode_Attr_Flag : Boolean := False;
type SQLPOINTER is new System.Storage_Elements.Integer_Address;
-- Field width for labels in debug output
Debug_Label_Width : constant := 40;
type SQLHANDLE is new System.Storage_Elements.Integer_Address;
SQL_NULL_HANDLE : constant SQLHANDLE := 0;
SQL_NULL_HENV : constant SQLHENV := 0;
SQL_NULL_HDBC : constant SQLHDBC := 0;
SQL_NULL_HSTMT : constant SQLHSTMT := 0;
SQL_NULL_HDESC : constant SQLHDESC := 0;
SQL_NULL_HWND : constant SQLHWND := 0;
SQL_MAX_MESSAGE_SIZE : constant := 256;
SQL_LEN_DATA_AT_EXEC_OFFSET : constant := -100;
SQL_LEN_BINARY_ATTR_OFFSET : constant := -100;
SQL_ADA95_BINDING_ERROR : constant SQLRETURN := SQLRETURN'First;
SQL_ADA95_DATA_ERROR : constant SQLRETURN := SQL_ADA95_BINDING_ERROR + 1;
SQL_ADA95_INVALID_ENUM : constant SQLRETURN := SQL_ADA95_BINDING_ERROR + 2;
SQL_ADA95_TYPE_ERROR : constant SQLRETURN := SQL_ADA95_BINDING_ERROR + 3;
SQL_ADA95_NO_UNICODE : constant SQLRETURN := SQL_ADA95_BINDING_ERROR + 4;
procedure Raise_SQL_Error
(ProcedureName : in String;
ErrorMessage : in String := "";
RC : in SQLRETURN := SQL_ADA95_BINDING_ERROR;
State : in SQLSTATE := EMPTY_SQLSTATE);
pragma No_Return (Raise_SQL_Error);
procedure Check_SQL_Error
(RC : in SQLRETURN;
ProcedureName : in String;
ErrorMessage : in String := "";
HandleType : in SQL_HANDLE_TYPE := SQL_HANDLE_STMT;
Handle : in SQLHANDLE := SQL_NULL_HANDLE);
function Is_SQL_Ok (ErrorCode : SQLRETURN) return Boolean;
pragma Inline (Is_SQL_Ok);
procedure Raise_Invalid_Enum (ProcedureName : in String;
EnumName : in String;
EnumValue : in String);
pragma No_Return (Raise_Invalid_Enum);
Attr_Not_Supported_Msg : constant String :=
" is not supported by Ada95 binding.";
subtype C_SQLSTATE is Interfaces.C.char_array (1 .. SQL_SQLSTATE_SIZE);
function To_Ada (State : C_SQLSTATE) return SQLSTATE;
-- Convert the C character array State into an fixed length Ada String
-- pragma Inline_Always (To_Ada);
subtype C_WSQLSTATE is WIDE_SQLSTATE;
function Length_Indicator (Size : Natural) return Integer;
pragma Inline_Always (Length_Indicator);
type Attr_Init is access procedure;
procedure Register_Initializer (Ini : in Attr_Init);
end GNU.DB.SQLCLI;
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