fivedev/harbour-core
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

2010-02-17 01:23 UTC+0100 Viktor Szakats (harbour.01 syenar.hu)

Browse Source 
* contrib/xpp/dllx.c
  * contrib/hbwin/hbdyn.c
  * contrib/hbwin/hbdyn.ch
    + Implemented 'syscall' calling convention for OS/2.
    % hb_dynCall() now won't include English text is error message,
      but use EG_LIMIT to signal too many parameters.

  * contrib/hbmysql/mysql.c
    + Implemented MYSQL_INSERT_ID().
    * long -> HB_SIZE
    % Minor cleanup.
This commit is contained in:
Viktor Szakats
2010-02-17 00:26:53 +00:00
parent a60bc13346
commit f26da299da
5 changed files with 593 additions and 286 deletions
Download Patch File Download Diff File Expand all files Collapse all files

13
harbour/ChangeLog
View File

@@ -17,6 +17,19 @@
past entries belonging to author(s): Viktor Szakats.
*/
2010-02-17 01:23 UTC+0100 Viktor Szakats (harbour.01 syenar.hu)
* contrib/xpp/dllx.c
* contrib/hbwin/hbdyn.c
* contrib/hbwin/hbdyn.ch
+ Implemented 'syscall' calling convention for OS/2.
% hb_dynCall() now won't include English text is error message,
but use EG_LIMIT to signal too many parameters.
* contrib/hbmysql/mysql.c
+ Implemented MYSQL_INSERT_ID().
* long -> HB_SIZE
% Minor cleanup.
2010-02-17 00:55 UTC+0100 Przemyslaw Czerpak (druzus/at/priv.onet.pl)
* harbour/src/rtl/hbsocket.c
* added iTODO warning to OpenWatcom Linux builds

22
harbour/contrib/hbmysql/mysql.c
View File

@@ -233,7 +233,7 @@ HB_FUNC( MYSQL_GET_SERVER_VERSION ) /* long mysql_get_server_version( MYSQL * )
{
if( *szVer >= '0' && *szVer <= '9' )
lVer = lVer * 10 + *szVer;
szVer++;
++szVer;
}
hb_retnl( lVer );
#endif
@@ -348,7 +348,7 @@ HB_FUNC( MYSQL_FETCH_ROW ) /* MYSQL_ROW * mysql_fetch_row( MYSQL_RES * ) */
{
unsigned long * lengths = mysql_fetch_lengths( mresult );
int i;
for( i = 0; i < num_fields; i++ )
for( i = 0; i < num_fields; ++i )
hb_arraySetCL( aRow, i + 1, mrow[ i ], lengths[ i ] );
}
@@ -467,11 +467,11 @@ HB_FUNC( MYSQL_LIST_DBS ) /* MYSQL_RES * mysql_list_dbs( MYSQL *, char * wild );
if( mysql )
{
MYSQL_RES * mresult = mysql_list_dbs( mysql, NULL );
long nr = ( long ) mysql_num_rows( mresult );
HB_SIZE nr = ( HB_SIZE ) mysql_num_rows( mresult );
PHB_ITEM aDBs = hb_itemArrayNew( nr );
long i;
HB_SIZE i;
for( i = 0; i < nr; i++ )
for( i = 0; i < nr; ++i )
{
MYSQL_ROW mrow = mysql_fetch_row( mresult );
hb_arraySetC( aDBs, i + 1, mrow[ 0 ] );
@@ -496,7 +496,7 @@ HB_FUNC( MYSQL_LIST_TABLES ) /* MYSQL_RES * mysql_list_tables( MYSQL *, char * w
PHB_ITEM aTables = hb_itemArrayNew( nr );
long i;
for( i = 0; i < nr; i++ )
for( i = 0; i < nr; ++i )
{
MYSQL_ROW mrow = mysql_fetch_row( mresult );
hb_arraySetC( aTables, i + 1, mrow[ 0 ] );
@@ -539,6 +539,16 @@ HB_FUNC( MYSQL_GET_SERVER_INFO )
hb_errRT_BASE( EG_ARG, 2020, NULL, HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
}
HB_FUNC( MYSQL_INSERT_ID )
{
MYSQL * mysql = hb_MYSQL_par( 1 );
if( mysql )
hb_retnint( mysql_insert_id( mysql );
else
hb_errRT_BASE( EG_ARG, 2020, NULL, HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
}
HB_FUNC( MYSQL_ESCAPE_STRING )
{
const char * from = hb_parcx( 1 );

838
harbour/contrib/hbwin/hbdyn.c
View File

@@ -775,6 +775,134 @@ static PHB_ITEM hb_u32ret( PHB_ITEM pItem, int iRetType, int iEncoding, HB_DYNVA
return pItem;
}
typedef HB_U32 ( _cdecl * FX86_C32P00 )( void );
typedef HB_U32 ( _cdecl * FX86_C32P01 )( HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P02 )( HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P03 )( HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P00 )( void );
typedef HB_U64 ( _cdecl * FX86_C64P01 )( HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P02 )( HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P03 )( HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP00 )( void );
typedef double ( _cdecl * FX86_CDBP01 )( HB_U32 );
typedef double ( _cdecl * FX86_CDBP02 )( HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP03 )( HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP00 )( void );
typedef float ( _cdecl * FX86_CFLP01 )( HB_U32 );
typedef float ( _cdecl * FX86_CFLP02 )( HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP03 )( HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _stdcall * FX86_S32P00 )( void );
typedef HB_U32 ( _stdcall * FX86_S32P01 )( HB_U32 );
typedef HB_U32 ( _stdcall * FX86_S32P02 )( HB_U32, HB_U32 );
@@ -903,133 +1031,137 @@ typedef float ( _stdcall * FX86_SFLP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U3
typedef float ( _stdcall * FX86_SFLP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _stdcall * FX86_SFLP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P00 )( void );
typedef HB_U32 ( _cdecl * FX86_C32P01 )( HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P02 )( HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P03 )( HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _cdecl * FX86_C32P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
#if defined( HB_OS_OS2 )
typedef HB_U64 ( _cdecl * FX86_C64P00 )( void );
typedef HB_U64 ( _cdecl * FX86_C64P01 )( HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P02 )( HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P03 )( HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _cdecl * FX86_C64P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P00 )( void );
typedef HB_U32 ( _System * FX86_O32P01 )( HB_U32 );
typedef HB_U32 ( _System * FX86_O32P02 )( HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P03 )( HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U32 ( _System * FX86_O32P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP00 )( void );
typedef double ( _cdecl * FX86_CDBP01 )( HB_U32 );
typedef double ( _cdecl * FX86_CDBP02 )( HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP03 )( HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _cdecl * FX86_CDBP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P00 )( void );
typedef HB_U64 ( _System * FX86_O64P01 )( HB_U32 );
typedef HB_U64 ( _System * FX86_O64P02 )( HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P03 )( HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef HB_U64 ( _System * FX86_O64P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP00 )( void );
typedef float ( _cdecl * FX86_CFLP01 )( HB_U32 );
typedef float ( _cdecl * FX86_CFLP02 )( HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP03 )( HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _cdecl * FX86_CFLP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP00 )( void );
typedef double ( _System * FX86_ODBP01 )( HB_U32 );
typedef double ( _System * FX86_ODBP02 )( HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP03 )( HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef double ( _System * FX86_ODBP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP00 )( void );
typedef float ( _System * FX86_OFLP01 )( HB_U32 );
typedef float ( _System * FX86_OFLP02 )( HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP03 )( HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP12 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP13 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP14 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP15 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP16 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
typedef float ( _System * FX86_OFLP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
#endif
#endif
@@ -1187,7 +1319,7 @@ void hb_dynCall( int iFuncFlags, void * pFunctionRaw, int iParams, int iFirst, i
hb_xfree( pArg );
}
else
hb_errRT_BASE( EG_ARG, 2010, "A maximum of 15 parameters is supported", HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
hb_errRT_BASE( EG_LIMIT, 2010, NULL, HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
}
#elif defined( HB_ARCH_32BIT )
{
@@ -1258,158 +1390,9 @@ void hb_dynCall( int iFuncFlags, void * pFunctionRaw, int iParams, int iFirst, i
rawpar[ iParamsRaw++ ] = r2;
}
if( iCallConv == HB_DYN_CALLCONV_CDECL )
{
switch( iRetTypeRaw )
{
case _RETTYPERAW_INT32:
switch( iParamsRaw )
{
case 0: ret.t.n32 = ( ( FX86_C32P00 ) *pFunction )(); break;
case 1: ret.t.n32 = ( ( FX86_C32P01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.n32 = ( ( FX86_C32P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.n32 = ( ( FX86_C32P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.n32 = ( ( FX86_C32P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.n32 = ( ( FX86_C32P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.n32 = ( ( FX86_C32P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.n32 = ( ( FX86_C32P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.n32 = ( ( FX86_C32P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.n32 = ( ( FX86_C32P09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.n32 = ( ( FX86_C32P10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.n32 = ( ( FX86_C32P11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.n32 = ( ( FX86_C32P12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.n32 = ( ( FX86_C32P13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.n32 = ( ( FX86_C32P14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.n32 = ( ( FX86_C32P15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.n32 = ( ( FX86_C32P16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.n32 = ( ( FX86_C32P17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.n32 = ( ( FX86_C32P18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.n32 = ( ( FX86_C32P19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.n32 = ( ( FX86_C32P20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.n32 = ( ( FX86_C32P21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.n32 = ( ( FX86_C32P22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.n32 = ( ( FX86_C32P23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.n32 = ( ( FX86_C32P24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.n32 = ( ( FX86_C32P25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.n32 = ( ( FX86_C32P26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.n32 = ( ( FX86_C32P27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.n32 = ( ( FX86_C32P28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.n32 = ( ( FX86_C32P29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.n32 = ( ( FX86_C32P30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_INT64:
switch( iParamsRaw )
{
case 0: ret.t.n64 = ( ( FX86_C64P00 ) *pFunction )(); break;
case 1: ret.t.n64 = ( ( FX86_C64P01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.n64 = ( ( FX86_C64P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.n64 = ( ( FX86_C64P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.n64 = ( ( FX86_C64P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.n64 = ( ( FX86_C64P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.n64 = ( ( FX86_C64P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.n64 = ( ( FX86_C64P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.n64 = ( ( FX86_C64P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.n64 = ( ( FX86_C64P09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.n64 = ( ( FX86_C64P10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.n64 = ( ( FX86_C64P11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.n64 = ( ( FX86_C64P12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.n64 = ( ( FX86_C64P13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.n64 = ( ( FX86_C64P14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.n64 = ( ( FX86_C64P15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.n64 = ( ( FX86_C64P16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.n64 = ( ( FX86_C64P17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.n64 = ( ( FX86_C64P18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.n64 = ( ( FX86_C64P19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.n64 = ( ( FX86_C64P20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.n64 = ( ( FX86_C64P21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.n64 = ( ( FX86_C64P22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.n64 = ( ( FX86_C64P23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.n64 = ( ( FX86_C64P24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.n64 = ( ( FX86_C64P25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.n64 = ( ( FX86_C64P26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.n64 = ( ( FX86_C64P27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.n64 = ( ( FX86_C64P28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.n64 = ( ( FX86_C64P29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.n64 = ( ( FX86_C64P30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_DOUBLE:
switch( iParamsRaw )
{
case 0: ret.t.nDB = ( ( FX86_CDBP00 ) *pFunction )(); break;
case 1: ret.t.nDB = ( ( FX86_CDBP01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.nDB = ( ( FX86_CDBP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.nDB = ( ( FX86_CDBP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.nDB = ( ( FX86_CDBP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.nDB = ( ( FX86_CDBP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.nDB = ( ( FX86_CDBP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.nDB = ( ( FX86_CDBP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.nDB = ( ( FX86_CDBP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.nDB = ( ( FX86_CDBP09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.nDB = ( ( FX86_CDBP10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.nDB = ( ( FX86_CDBP11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.nDB = ( ( FX86_CDBP12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.nDB = ( ( FX86_CDBP13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.nDB = ( ( FX86_CDBP14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.nDB = ( ( FX86_CDBP15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.nDB = ( ( FX86_CDBP16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.nDB = ( ( FX86_CDBP17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.nDB = ( ( FX86_CDBP18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.nDB = ( ( FX86_CDBP19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.nDB = ( ( FX86_CDBP20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.nDB = ( ( FX86_CDBP21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.nDB = ( ( FX86_CDBP22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.nDB = ( ( FX86_CDBP23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.nDB = ( ( FX86_CDBP24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.nDB = ( ( FX86_CDBP25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.nDB = ( ( FX86_CDBP26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.nDB = ( ( FX86_CDBP27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.nDB = ( ( FX86_CDBP28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.nDB = ( ( FX86_CDBP29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.nDB = ( ( FX86_CDBP30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_FLOAT:
switch( iParamsRaw )
{
case 0: ret.t.nFL = ( ( FX86_CFLP00 ) *pFunction )(); break;
case 1: ret.t.nFL = ( ( FX86_CFLP01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.nFL = ( ( FX86_CFLP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.nFL = ( ( FX86_CFLP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.nFL = ( ( FX86_CFLP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.nFL = ( ( FX86_CFLP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.nFL = ( ( FX86_CFLP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.nFL = ( ( FX86_CFLP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.nFL = ( ( FX86_CFLP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.nFL = ( ( FX86_CFLP09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.nFL = ( ( FX86_CFLP10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.nFL = ( ( FX86_CFLP11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.nFL = ( ( FX86_CFLP12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.nFL = ( ( FX86_CFLP13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.nFL = ( ( FX86_CFLP14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.nFL = ( ( FX86_CFLP15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.nFL = ( ( FX86_CFLP16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.nFL = ( ( FX86_CFLP17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.nFL = ( ( FX86_CFLP18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.nFL = ( ( FX86_CFLP19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.nFL = ( ( FX86_CFLP20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.nFL = ( ( FX86_CFLP21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.nFL = ( ( FX86_CFLP22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.nFL = ( ( FX86_CFLP23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.nFL = ( ( FX86_CFLP24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.nFL = ( ( FX86_CFLP25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.nFL = ( ( FX86_CFLP26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.nFL = ( ( FX86_CFLP27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.nFL = ( ( FX86_CFLP28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.nFL = ( ( FX86_CFLP29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.nFL = ( ( FX86_CFLP30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
}
}
else /* stdcall */
switch( iCallConv )
{
case HB_DYN_CALLCONV_STDCALL:
switch( iRetTypeRaw )
{
case _RETTYPERAW_INT32:
@@ -1557,6 +1540,307 @@ void hb_dynCall( int iFuncFlags, void * pFunctionRaw, int iParams, int iFirst, i
}
break;
}
break;
#if defined( HB_OS_OS2 )
case HB_DYN_CALLCONV_SYSCALL:
switch( iRetTypeRaw )
{
case _RETTYPERAW_INT32:
switch( iParamsRaw )
{
case 0: ret.t.n32 = ( ( FX86_O32P00 ) *pFunction )(); break;
case 1: ret.t.n32 = ( ( FX86_O32P01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.n32 = ( ( FX86_O32P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.n32 = ( ( FX86_O32P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.n32 = ( ( FX86_O32P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.n32 = ( ( FX86_O32P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.n32 = ( ( FX86_O32P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.n32 = ( ( FX86_O32P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.n32 = ( ( FX86_O32P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.n32 = ( ( FX86_O32P09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.n32 = ( ( FX86_O32P10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.n32 = ( ( FX86_O32P11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.n32 = ( ( FX86_O32P12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.n32 = ( ( FX86_O32P13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.n32 = ( ( FX86_O32P14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.n32 = ( ( FX86_O32P15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.n32 = ( ( FX86_O32P16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.n32 = ( ( FX86_O32P17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.n32 = ( ( FX86_O32P18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.n32 = ( ( FX86_O32P19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.n32 = ( ( FX86_O32P20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.n32 = ( ( FX86_O32P21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.n32 = ( ( FX86_O32P22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.n32 = ( ( FX86_O32P23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.n32 = ( ( FX86_O32P24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.n32 = ( ( FX86_O32P25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.n32 = ( ( FX86_O32P26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.n32 = ( ( FX86_O32P27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.n32 = ( ( FX86_O32P28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.n32 = ( ( FX86_O32P29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.n32 = ( ( FX86_O32P30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_INT64:
switch( iParamsRaw )
{
case 0: ret.t.n64 = ( ( FX86_O64P00 ) *pFunction )(); break;
case 1: ret.t.n64 = ( ( FX86_O64P01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.n64 = ( ( FX86_O64P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.n64 = ( ( FX86_O64P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.n64 = ( ( FX86_O64P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.n64 = ( ( FX86_O64P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.n64 = ( ( FX86_O64P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.n64 = ( ( FX86_O64P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.n64 = ( ( FX86_O64P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.n64 = ( ( FX86_O64P09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.n64 = ( ( FX86_O64P10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.n64 = ( ( FX86_O64P11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.n64 = ( ( FX86_O64P12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.n64 = ( ( FX86_O64P13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.n64 = ( ( FX86_O64P14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.n64 = ( ( FX86_O64P15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.n64 = ( ( FX86_O64P16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.n64 = ( ( FX86_O64P17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.n64 = ( ( FX86_O64P18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.n64 = ( ( FX86_O64P19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.n64 = ( ( FX86_O64P20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.n64 = ( ( FX86_O64P21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.n64 = ( ( FX86_O64P22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.n64 = ( ( FX86_O64P23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.n64 = ( ( FX86_O64P24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.n64 = ( ( FX86_O64P25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.n64 = ( ( FX86_O64P26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.n64 = ( ( FX86_O64P27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.n64 = ( ( FX86_O64P28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.n64 = ( ( FX86_O64P29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.n64 = ( ( FX86_O64P30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_DOUBLE:
switch( iParamsRaw )
{
case 0: ret.t.nDB = ( ( FX86_ODBP00 ) *pFunction )(); break;
case 1: ret.t.nDB = ( ( FX86_ODBP01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.nDB = ( ( FX86_ODBP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.nDB = ( ( FX86_ODBP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.nDB = ( ( FX86_ODBP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.nDB = ( ( FX86_ODBP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.nDB = ( ( FX86_ODBP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.nDB = ( ( FX86_ODBP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.nDB = ( ( FX86_ODBP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.nDB = ( ( FX86_ODBP09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.nDB = ( ( FX86_ODBP10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.nDB = ( ( FX86_ODBP11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.nDB = ( ( FX86_ODBP12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.nDB = ( ( FX86_ODBP13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.nDB = ( ( FX86_ODBP14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.nDB = ( ( FX86_ODBP15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.nDB = ( ( FX86_ODBP16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.nDB = ( ( FX86_ODBP17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.nDB = ( ( FX86_ODBP18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.nDB = ( ( FX86_ODBP19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.nDB = ( ( FX86_ODBP20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.nDB = ( ( FX86_ODBP21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.nDB = ( ( FX86_ODBP22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.nDB = ( ( FX86_ODBP23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.nDB = ( ( FX86_ODBP24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.nDB = ( ( FX86_ODBP25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.nDB = ( ( FX86_ODBP26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.nDB = ( ( FX86_ODBP27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.nDB = ( ( FX86_ODBP28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.nDB = ( ( FX86_ODBP29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.nDB = ( ( FX86_ODBP30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_FLOAT:
switch( iParamsRaw )
{
case 0: ret.t.nFL = ( ( FX86_OFLP00 ) *pFunction )(); break;
case 1: ret.t.nFL = ( ( FX86_OFLP01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.nFL = ( ( FX86_OFLP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.nFL = ( ( FX86_OFLP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.nFL = ( ( FX86_OFLP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.nFL = ( ( FX86_OFLP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.nFL = ( ( FX86_OFLP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.nFL = ( ( FX86_OFLP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.nFL = ( ( FX86_OFLP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.nFL = ( ( FX86_OFLP09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.nFL = ( ( FX86_OFLP10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.nFL = ( ( FX86_OFLP11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.nFL = ( ( FX86_OFLP12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.nFL = ( ( FX86_OFLP13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.nFL = ( ( FX86_OFLP14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.nFL = ( ( FX86_OFLP15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.nFL = ( ( FX86_OFLP16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.nFL = ( ( FX86_OFLP17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.nFL = ( ( FX86_OFLP18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.nFL = ( ( FX86_OFLP19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.nFL = ( ( FX86_OFLP20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.nFL = ( ( FX86_OFLP21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.nFL = ( ( FX86_OFLP22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.nFL = ( ( FX86_OFLP23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.nFL = ( ( FX86_OFLP24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.nFL = ( ( FX86_OFLP25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.nFL = ( ( FX86_OFLP26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.nFL = ( ( FX86_OFLP27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.nFL = ( ( FX86_OFLP28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.nFL = ( ( FX86_OFLP29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.nFL = ( ( FX86_OFLP30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
}
break;
#endif
default: /* HB_DYN_CALLCONV_CDECL */
switch( iRetTypeRaw )
{
case _RETTYPERAW_INT32:
switch( iParamsRaw )
{
case 0: ret.t.n32 = ( ( FX86_C32P00 ) *pFunction )(); break;
case 1: ret.t.n32 = ( ( FX86_C32P01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.n32 = ( ( FX86_C32P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.n32 = ( ( FX86_C32P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.n32 = ( ( FX86_C32P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.n32 = ( ( FX86_C32P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.n32 = ( ( FX86_C32P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.n32 = ( ( FX86_C32P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.n32 = ( ( FX86_C32P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.n32 = ( ( FX86_C32P09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.n32 = ( ( FX86_C32P10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.n32 = ( ( FX86_C32P11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.n32 = ( ( FX86_C32P12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.n32 = ( ( FX86_C32P13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.n32 = ( ( FX86_C32P14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.n32 = ( ( FX86_C32P15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.n32 = ( ( FX86_C32P16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.n32 = ( ( FX86_C32P17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.n32 = ( ( FX86_C32P18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.n32 = ( ( FX86_C32P19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.n32 = ( ( FX86_C32P20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.n32 = ( ( FX86_C32P21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.n32 = ( ( FX86_C32P22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.n32 = ( ( FX86_C32P23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.n32 = ( ( FX86_C32P24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.n32 = ( ( FX86_C32P25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.n32 = ( ( FX86_C32P26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.n32 = ( ( FX86_C32P27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.n32 = ( ( FX86_C32P28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.n32 = ( ( FX86_C32P29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.n32 = ( ( FX86_C32P30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_INT64:
switch( iParamsRaw )
{
case 0: ret.t.n64 = ( ( FX86_C64P00 ) *pFunction )(); break;
case 1: ret.t.n64 = ( ( FX86_C64P01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.n64 = ( ( FX86_C64P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.n64 = ( ( FX86_C64P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.n64 = ( ( FX86_C64P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.n64 = ( ( FX86_C64P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.n64 = ( ( FX86_C64P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.n64 = ( ( FX86_C64P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.n64 = ( ( FX86_C64P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.n64 = ( ( FX86_C64P09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.n64 = ( ( FX86_C64P10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.n64 = ( ( FX86_C64P11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.n64 = ( ( FX86_C64P12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.n64 = ( ( FX86_C64P13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.n64 = ( ( FX86_C64P14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.n64 = ( ( FX86_C64P15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.n64 = ( ( FX86_C64P16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.n64 = ( ( FX86_C64P17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.n64 = ( ( FX86_C64P18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.n64 = ( ( FX86_C64P19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.n64 = ( ( FX86_C64P20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.n64 = ( ( FX86_C64P21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.n64 = ( ( FX86_C64P22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.n64 = ( ( FX86_C64P23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.n64 = ( ( FX86_C64P24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.n64 = ( ( FX86_C64P25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.n64 = ( ( FX86_C64P26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.n64 = ( ( FX86_C64P27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.n64 = ( ( FX86_C64P28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.n64 = ( ( FX86_C64P29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.n64 = ( ( FX86_C64P30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_DOUBLE:
switch( iParamsRaw )
{
case 0: ret.t.nDB = ( ( FX86_CDBP00 ) *pFunction )(); break;
case 1: ret.t.nDB = ( ( FX86_CDBP01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.nDB = ( ( FX86_CDBP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.nDB = ( ( FX86_CDBP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.nDB = ( ( FX86_CDBP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.nDB = ( ( FX86_CDBP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.nDB = ( ( FX86_CDBP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.nDB = ( ( FX86_CDBP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.nDB = ( ( FX86_CDBP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.nDB = ( ( FX86_CDBP09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.nDB = ( ( FX86_CDBP10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.nDB = ( ( FX86_CDBP11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.nDB = ( ( FX86_CDBP12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.nDB = ( ( FX86_CDBP13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.nDB = ( ( FX86_CDBP14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.nDB = ( ( FX86_CDBP15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.nDB = ( ( FX86_CDBP16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.nDB = ( ( FX86_CDBP17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.nDB = ( ( FX86_CDBP18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.nDB = ( ( FX86_CDBP19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.nDB = ( ( FX86_CDBP20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.nDB = ( ( FX86_CDBP21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.nDB = ( ( FX86_CDBP22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.nDB = ( ( FX86_CDBP23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.nDB = ( ( FX86_CDBP24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.nDB = ( ( FX86_CDBP25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.nDB = ( ( FX86_CDBP26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.nDB = ( ( FX86_CDBP27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.nDB = ( ( FX86_CDBP28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.nDB = ( ( FX86_CDBP29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.nDB = ( ( FX86_CDBP30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
case _RETTYPERAW_FLOAT:
switch( iParamsRaw )
{
case 0: ret.t.nFL = ( ( FX86_CFLP00 ) *pFunction )(); break;
case 1: ret.t.nFL = ( ( FX86_CFLP01 ) *pFunction )( rawpar[ 0 ] ); break;
case 2: ret.t.nFL = ( ( FX86_CFLP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
case 3: ret.t.nFL = ( ( FX86_CFLP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
case 4: ret.t.nFL = ( ( FX86_CFLP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
case 5: ret.t.nFL = ( ( FX86_CFLP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
case 6: ret.t.nFL = ( ( FX86_CFLP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
case 7: ret.t.nFL = ( ( FX86_CFLP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
case 8: ret.t.nFL = ( ( FX86_CFLP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
case 9: ret.t.nFL = ( ( FX86_CFLP09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
case 10: ret.t.nFL = ( ( FX86_CFLP10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
case 11: ret.t.nFL = ( ( FX86_CFLP11 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ] ); break;
case 12: ret.t.nFL = ( ( FX86_CFLP12 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ] ); break;
case 13: ret.t.nFL = ( ( FX86_CFLP13 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ] ); break;
case 14: ret.t.nFL = ( ( FX86_CFLP14 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ] ); break;
case 15: ret.t.nFL = ( ( FX86_CFLP15 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ] ); break;
case 16: ret.t.nFL = ( ( FX86_CFLP16 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ] ); break;
case 17: ret.t.nFL = ( ( FX86_CFLP17 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ] ); break;
case 18: ret.t.nFL = ( ( FX86_CFLP18 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ] ); break;
case 19: ret.t.nFL = ( ( FX86_CFLP19 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ] ); break;
case 20: ret.t.nFL = ( ( FX86_CFLP20 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ] ); break;
case 21: ret.t.nFL = ( ( FX86_CFLP21 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ] ); break;
case 22: ret.t.nFL = ( ( FX86_CFLP22 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ] ); break;
case 23: ret.t.nFL = ( ( FX86_CFLP23 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ] ); break;
case 24: ret.t.nFL = ( ( FX86_CFLP24 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ] ); break;
case 25: ret.t.nFL = ( ( FX86_CFLP25 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ] ); break;
case 26: ret.t.nFL = ( ( FX86_CFLP26 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ] ); break;
case 27: ret.t.nFL = ( ( FX86_CFLP27 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ] ); break;
case 28: ret.t.nFL = ( ( FX86_CFLP28 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ] ); break;
case 29: ret.t.nFL = ( ( FX86_CFLP29 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ] ); break;
case 30: ret.t.nFL = ( ( FX86_CFLP30 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ], rawpar[ 10 ], rawpar[ 11 ], rawpar[ 12 ], rawpar[ 13 ], rawpar[ 14 ], rawpar[ 15 ], rawpar[ 16 ], rawpar[ 17 ], rawpar[ 18 ], rawpar[ 19 ], rawpar[ 20 ], rawpar[ 21 ], rawpar[ 22 ], rawpar[ 23 ], rawpar[ 24 ], rawpar[ 25 ], rawpar[ 26 ], rawpar[ 27 ], rawpar[ 28 ], rawpar[ 29 ] ); break;
}
break;
}
break;
}
hb_u32ret( hb_stackReturnItem(), iRetType, iEncoding, ret, -1 );
@@ -1583,7 +1867,7 @@ void hb_dynCall( int iFuncFlags, void * pFunctionRaw, int iParams, int iFirst, i
hb_xfree( pArg );
}
else
hb_errRT_BASE( EG_ARG, 2010, "A maximum of 15 parameters is supported", HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
hb_errRT_BASE( EG_LIMIT, 2010, NULL, HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
}
#else
HB_SYMBOL_UNUSED( iFuncFlags );

2
harbour/contrib/hbwin/hbdyn.ch
View File

@@ -58,7 +58,7 @@
/* C calling conventions */
#define HB_DYN_CALLCONV_STDCALL 0x000000 /* Windows API default */
#define HB_DYN_CALLCONV_CDECL 0x100000 /* C default */
#define HB_DYN_CALLCONV_PASCAL 0x200000 /* OS/2 default. Not yet supported. */
#define HB_DYN_CALLCONV_SYSCALL 0x200000 /* OS/2 32-bit default. */
/* String encodings */
#define HB_DYN_ENC_ASCII 0x000000

4
harbour/contrib/xpp/dllx.c
View File

@@ -144,7 +144,7 @@ HB_FUNC( DLLCALL )
if( ( iXPPFlags & DLL_STDCALL ) != 0 )
iFuncFlags |= HB_DYN_CALLCONV_STDCALL;
if( ( iXPPFlags & DLL_SYSTEM ) != 0 )
iFuncFlags |= HB_DYN_CALLCONV_PASCAL;
iFuncFlags |= HB_DYN_CALLCONV_SYSCALL;
hb_dynCall( iFuncFlags,
pFunctionPtr,
@@ -195,7 +195,7 @@ HB_FUNC( DLLPREPARECALL )
if( ( iXPPFlags & DLL_STDCALL ) != 0 )
xec->iFuncFlags |= HB_DYN_CALLCONV_STDCALL;
if( ( iXPPFlags & DLL_SYSTEM ) != 0 )
xec->iFuncFlags |= HB_DYN_CALLCONV_PASCAL;
xec->iFuncFlags |= HB_DYN_CALLCONV_SYSCALL;
hb_retptrGC( xec );
return;