diff --git a/harbour/ChangeLog b/harbour/ChangeLog
index 9204462ff8..28718986a5 100644
--- a/harbour/ChangeLog
+++ b/harbour/ChangeLog
@@ -17,6 +17,21 @@
    past entries belonging to author(s): Viktor Szakats.
 */
 
+2010-02-13 20:20 UTC+0100 Viktor Szakats (harbour.01 syenar.hu)
+  * contrib/hbwin/Makefile
+  + contrib/hbwin/hbdyn.h
+  + contrib/hbwin/hbdyn.ch
+  + contrib/hbwin/hbdyn.c
+  * contrib/hbwin/hbwin.h
+  * contrib/hbwin/hbwin.ch
+  * contrib/hbwin/win_misc.c
+  * contrib/hbwin/win_dll.c
+  * contrib/hbwin/win_dllx.c
+  * contrib/hbwin/legacycd.c
+  * contrib/hbwin/tests/testdll.prg
+    + Separated OS-independendent dynamic call support from Windows-specific parts.
+    * Changed names to reflect that.
+
 2010-02-13 20:20 UTC+0100 Viktor Szakats (harbour.01 syenar.hu)
   * contrib/hbwin/win_dll.c
     % Final planned step to remove a remaining redundancy.
diff --git a/harbour/contrib/hbwin/Makefile b/harbour/contrib/hbwin/Makefile
index 8c190f7cb6..9de8653e7a 100644
--- a/harbour/contrib/hbwin/Makefile
+++ b/harbour/contrib/hbwin/Makefile
@@ -10,14 +10,15 @@ LIBNAME := hbwin
 
 C_SOURCES := \
    axcore.c \
+   hbdyn.c \
    legacycd.c \
    legacyco.c \
    legacycp.c \
    legacycr.c \
    legacycv.c \
+   mapi.c \
    olecore.c \
    oleinit.c \
-   mapi.c \
    wapi_alloc.c \
    wapi_commctrl.c \
    wapi_err.c \
@@ -60,6 +61,7 @@ C_HEADERS := \
    hbwinole.h \
 
 PRG_HEADERS := \
+   hbdyn.ch \
    hbwin.ch \
 
 ifneq ($(filter $(HB_PLATFORM),win wce),)
diff --git a/harbour/contrib/hbwin/hbdyn.c b/harbour/contrib/hbwin/hbdyn.c
new file mode 100644
index 0000000000..029c1f027f
--- /dev/null
+++ b/harbour/contrib/hbwin/hbdyn.c
@@ -0,0 +1,1320 @@
+/*
+ * $Id$
+ */
+
+/*
+ * Harbour Project source code:
+ * Dynamic call support
+ *
+ * Copyright 2009-2010 Viktor Szakats (harbour.01 syenar.hu)
+ * www - http://www.harbour-project.org
+ *
+ * This program is free software; you can redistribute it and/or modify
+ * it under the terms of the GNU General Public License as published by
+ * the Free Software Foundation; either version 2, or (at your option)
+ * any later version.
+ *
+ * This program is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ * GNU General Public License for more details.
+ *
+ * You should have received a copy of the GNU General Public License
+ * along with this software; see the file COPYING.  If not, write to
+ * the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
+ * Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
+ *
+ * As a special exception, the Harbour Project gives permission for
+ * additional uses of the text contained in its release of Harbour.
+ *
+ * The exception is that, if you link the Harbour libraries with other
+ * files to produce an executable, this does not by itself cause the
+ * resulting executable to be covered by the GNU General Public License.
+ * Your use of that executable is in no way restricted on account of
+ * linking the Harbour library code into it.
+ *
+ * This exception does not however invalidate any other reasons why
+ * the executable file might be covered by the GNU General Public License.
+ *
+ * This exception applies only to the code released by the Harbour
+ * Project under the name Harbour.  If you copy code from other
+ * Harbour Project or Free Software Foundation releases into a copy of
+ * Harbour, as the General Public License permits, the exception does
+ * not apply to the code that you add in this way.  To avoid misleading
+ * anyone as to the status of such modified files, you must delete
+ * this exception notice from them.
+ *
+ * If you write modifications of your own for Harbour, it is your choice
+ * whether to permit this exception to apply to your modifications.
+ * If you do not wish that, delete this exception notice.
+ *
+ */
+
+#include "hbapi.h"
+#include "hbapierr.h"
+#include "hbapiitm.h"
+#include "hbapistr.h"
+#include "hbset.h"
+#include "hbstack.h"
+
+#include "hbdyn.h"
+
+#define _MASK_CALLCONV          0xF00000
+#define _MASK_ENCODING          0x0F0000
+#define _MASK_CTYPE             0x00FFFF
+
+/* C raw return types */
+#define _RETTYPERAW_INT32       1
+#define _RETTYPERAW_INT64       2
+#define _RETTYPERAW_DOUBLE      3
+#define _RETTYPERAW_FLOAT       4
+
+#define _DYNEXEC_MAXPARAM       15
+
+typedef void ( * PHB_DYNADDR )();
+
+static int hb_hbtoctype( int iHarbourType )
+{
+    switch( iHarbourType )
+    {
+       case HB_IT_NIL:
+          return HB_DYN_CTYPE_VOID;
+
+       case HB_IT_LOGICAL:
+          return HB_DYN_CTYPE_BOOL;
+
+       case HB_IT_INTEGER:
+       case HB_IT_LONG:
+       case HB_IT_DATE:
+          return HB_DYN_CTYPE_LONG;
+
+       case HB_IT_DOUBLE:
+          return HB_DYN_CTYPE_DOUBLE;
+
+       case HB_IT_STRING:
+       case HB_IT_MEMO:
+          return HB_DYN_CTYPE_CHAR_PTR;
+
+       case HB_IT_POINTER:
+          return HB_DYN_CTYPE_VOID_PTR;
+    }
+
+    return HB_DYN_CTYPE_DEFAULT;
+}
+
+#if defined( HB_ARCH_64BIT )
+
+typedef struct
+{
+   void *    hString;
+   int       iType;
+   int       iEncoding;
+   HB_BOOL   bByRef;
+   HB_U64    nValue;
+} HB_DYNARG, * PHB_DYNARG;
+
+static HB_U64 hb_u64par( PHB_ITEM pParam, PHB_DYNARG pArg )
+{
+   HB_U64 r;
+
+   switch( pArg->iType )
+   {
+      case HB_DYN_CTYPE_BOOL:
+         pArg->nValue = hb_itemGetL( pParam );
+         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
+         break;
+
+      case HB_DYN_CTYPE_CHAR:
+      case HB_DYN_CTYPE_CHAR_UNSIGNED:
+         pArg->nValue = hb_itemGetNI( pParam ) & 0xFF;
+         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
+         break;
+
+      case HB_DYN_CTYPE_SHORT:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED:
+         pArg->nValue = hb_itemGetNI( pParam ) & 0xFFFF;
+         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
+         break;
+
+      case HB_DYN_CTYPE_INT:
+      case HB_DYN_CTYPE_INT_UNSIGNED:
+      case HB_DYN_CTYPE_LONG:
+      case HB_DYN_CTYPE_LONG_UNSIGNED:
+         pArg->nValue = hb_itemGetNL( pParam );
+         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
+         break;
+
+      case HB_DYN_CTYPE_LLONG:
+      case HB_DYN_CTYPE_LLONG_UNSIGNED:
+         pArg->nValue = hb_itemGetNInt( pParam );
+         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
+         break;
+
+      case HB_DYN_CTYPE_FLOAT:
+      case HB_DYN_CTYPE_DOUBLE:
+         HB_PUT_LE_DOUBLE( ( HB_BYTE * ) &pArg->nValue, hb_itemGetND( pParam ) );
+         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
+         break;
+
+      case HB_DYN_CTYPE_CHAR_UNSIGNED_PTR:
+         r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
+         pArg->nValue = r;
+         break;
+
+      case HB_DYN_CTYPE_CHAR_PTR:
+
+         switch( pArg->iEncoding )
+         {
+            case HB_DYN_ENC_ASCII:
+            {
+               HB_SIZE nLen;
+               const char * s = hb_itemGetStr( pParam, hb_setGetOSCP(), &pArg->hString, &nLen );
+               r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, s, nLen );
+               break;
+            }
+            case HB_DYN_ENC_UTF8:
+            {
+               HB_SIZE nLen;
+               const char * s = hb_itemGetStrUTF8( pParam, &pArg->hString, &nLen );
+               r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, s, nLen );
+               break;
+            }
+            case HB_DYN_ENC_UTF16:
+            {
+               HB_SIZE nLen;
+               const HB_WCHAR * s = hb_itemGetStrU16( pParam, HB_CDP_ENDIAN_NATIVE, &pArg->hString, &nLen );
+               r = ( HB_PTRUINT ) hb_wstrunshare( &pArg->hString, s, nLen );
+               break;
+            }
+            default:
+               r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
+         }
+         pArg->nValue = r;
+         break;
+
+      case HB_DYN_CTYPE_SHORT_PTR:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_INT_PTR:
+      case HB_DYN_CTYPE_INT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_LONG_PTR:
+      case HB_DYN_CTYPE_LONG_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_LLONG_PTR:
+      case HB_DYN_CTYPE_LLONG_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_FLOAT_PTR:
+      case HB_DYN_CTYPE_DOUBLE_PTR:
+      case HB_DYN_CTYPE_BOOL_PTR:
+      case HB_DYN_CTYPE_VOID_PTR:
+      case HB_DYN_CTYPE_STRUCTURE_PTR:
+         pArg->nValue = ( HB_PTRUINT ) hb_itemGetPtr( pParam );
+         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
+         break;
+
+      case HB_DYN_CTYPE_STRUCTURE:
+         /* TODO */
+         r = pArg->nValue = 0;
+         break;
+
+      case HB_DYN_CTYPE_VOID:
+      default:
+         r = pArg->nValue = 0;
+   }
+
+   return r;
+}
+
+static PHB_ITEM hb_u64ret( PHB_ITEM pItem, int iRetType, int iEncoding, HB_U64 nRetVal, HB_ISIZ nLen )
+{
+   switch( iRetType )
+   {
+      case HB_DYN_CTYPE_VOID:
+         hb_itemClear( pItem );
+         break;
+
+      case HB_DYN_CTYPE_BOOL:
+         hb_itemPutL( pItem, nRetVal != 0 );
+         break;
+
+      case HB_DYN_CTYPE_CHAR:
+      case HB_DYN_CTYPE_CHAR_UNSIGNED:
+      case HB_DYN_CTYPE_SHORT:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED:
+      case HB_DYN_CTYPE_INT:
+         hb_itemPutNI( pItem, ( int ) nRetVal );
+         break;
+
+      case HB_DYN_CTYPE_LONG:
+         hb_itemPutNL( pItem, ( long ) nRetVal );
+         break;
+
+      case HB_DYN_CTYPE_INT_UNSIGNED:
+      case HB_DYN_CTYPE_LONG_UNSIGNED:
+      case HB_DYN_CTYPE_LLONG:
+      case HB_DYN_CTYPE_LLONG_UNSIGNED:
+         hb_itemPutNInt( pItem, nRetVal );
+         break;
+
+      case HB_DYN_CTYPE_CHAR_UNSIGNED_PTR:
+         hb_itemPutC( pItem, ( const char * ) nRetVal );
+         break;
+
+      case HB_DYN_CTYPE_CHAR_PTR:
+         switch( iEncoding )
+         {
+            case HB_DYN_ENC_ASCII:
+               if( nLen == -1 )
+                  hb_itemPutStr( pItem, hb_setGetOSCP(), ( const char * ) nRetVal );
+               else
+                  hb_itemPutStrLen( pItem, hb_setGetOSCP(), ( const char * ) nRetVal, nLen );
+               break;
+            case HB_DYN_ENC_UTF8:
+               if( nLen == -1 )
+                  hb_itemPutStrUTF8( pItem, ( const char * ) nRetVal );
+               else
+                  hb_itemPutStrLenUTF8( pItem, ( const char * ) nRetVal, nLen );
+               break;
+            case HB_DYN_ENC_UTF16:
+               if( nLen == -1 )
+                  hb_itemPutStrU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) nRetVal );
+               else
+                  hb_itemPutStrLenU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) nRetVal, nLen );
+               break;
+            default:
+               if( nLen == -1 )
+                  hb_itemPutC( pItem, ( const char * ) nRetVal );
+               else
+                  hb_itemPutCL( pItem, ( const char * ) nRetVal, nLen );
+         }
+         break;
+
+      case HB_DYN_CTYPE_INT_PTR:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_INT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_STRUCTURE_PTR:
+      case HB_DYN_CTYPE_LONG_PTR:
+      case HB_DYN_CTYPE_LONG_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_VOID_PTR:
+      case HB_DYN_CTYPE_BOOL_PTR:
+      case HB_DYN_CTYPE_FLOAT_PTR:
+      case HB_DYN_CTYPE_DOUBLE_PTR:
+         hb_itemPutPtr( pItem, ( void * ) nRetVal );
+         break;
+
+      case HB_DYN_CTYPE_FLOAT:
+      case HB_DYN_CTYPE_DOUBLE:
+         hb_itemPutND( pItem, HB_GET_LE_DOUBLE( ( HB_BYTE * ) &nRetVal ) );
+         break;
+
+      default:
+         hb_itemPutNInt( pItem, nRetVal );
+   }
+
+   return pItem;
+}
+
+typedef HB_U64( * FX64_00 ) ( void );
+typedef HB_U64( * FX64_01 ) ( HB_U64 );
+typedef HB_U64( * FX64_02 ) ( HB_U64, HB_U64 );
+typedef HB_U64( * FX64_03 ) ( HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_04 ) ( HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_05 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_06 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_07 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_08 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_09 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_10 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_11 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_12 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_13 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_14 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+typedef HB_U64( * FX64_15 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
+
+#elif defined( HB_ARCH_32BIT )
+
+typedef struct
+{
+   union
+   {
+      HB_U32 n32;
+      HB_U64 n64;
+      double nDB;
+      float  nFL;
+   } t;
+} HB_DYNVAL;
+
+typedef struct
+{
+   void *    hString;
+   int       iType;
+   int       iEncoding;
+   HB_BOOL   bByRef;
+   HB_DYNVAL value;
+} HB_DYNARG, * PHB_DYNARG;
+
+static void hb_u32par( PHB_ITEM pParam, PHB_DYNARG pArg, HB_U32 * r1, HB_U32 * r2, HB_BOOL * b64 )
+{
+   *b64 = HB_FALSE;
+
+   switch( pArg->iType )
+   {
+      case HB_DYN_CTYPE_BOOL:
+         pArg->value.t.n32 = hb_itemGetL( pParam );
+         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
+         break;
+
+      case HB_DYN_CTYPE_CHAR:
+      case HB_DYN_CTYPE_CHAR_UNSIGNED:
+         pArg->value.t.n32 = hb_itemGetNI( pParam ) & 0xFF;
+         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
+         break;
+
+      case HB_DYN_CTYPE_SHORT:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED:
+         pArg->value.t.n32 = hb_itemGetNI( pParam ) & 0xFFFF;
+         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
+         break;
+
+      case HB_DYN_CTYPE_INT:
+      case HB_DYN_CTYPE_INT_UNSIGNED:
+      case HB_DYN_CTYPE_LONG:
+      case HB_DYN_CTYPE_LONG_UNSIGNED:
+         pArg->value.t.n32 = hb_itemGetNL( pParam );
+         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
+         break;
+
+      case HB_DYN_CTYPE_LLONG:
+      case HB_DYN_CTYPE_LLONG_UNSIGNED:
+         pArg->value.t.n32 = hb_itemGetNL( pParam );
+         if( pArg->bByRef )
+            *r1 = ( HB_U32 ) &pArg->value.t.n64;
+         else
+         {
+            *r1 = pArg->value.t.n64 & 0xFFFFFFFF;
+            *r2 = ( pArg->value.t.n64 >> 32 );
+            *b64 = HB_TRUE;
+         }
+         break;
+
+      case HB_DYN_CTYPE_FLOAT:
+         pArg->value.t.nFL = ( float ) hb_itemGetND( pParam );
+         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.nFL : pArg->value.t.n32;
+         break;
+
+      case HB_DYN_CTYPE_DOUBLE:
+         pArg->value.t.nDB = hb_itemGetND( pParam );
+         if( pArg->bByRef )
+            *r1 = ( HB_U32 ) &pArg->value.t.nDB;
+         else
+         {
+            *r1 = pArg->value.t.n64 & 0xFFFFFFFF;
+            *r2 = ( pArg->value.t.n64 >> 32 );
+            *b64 = HB_TRUE;
+         }
+         break;
+
+      case HB_DYN_CTYPE_CHAR_UNSIGNED_PTR:
+         *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
+         pArg->value.t.n32 = *r1;
+         break;
+
+      case HB_DYN_CTYPE_CHAR_PTR:
+
+         switch( pArg->iEncoding )
+         {
+            case HB_DYN_ENC_ASCII:
+            {
+               HB_SIZE nLen;
+               const char * s = hb_itemGetStr( pParam, hb_setGetOSCP(), &pArg->hString, &nLen );
+               *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, s, nLen );
+               break;
+            }
+            case HB_DYN_ENC_UTF8:
+            {
+               HB_SIZE nLen;
+               const char * s = hb_itemGetStrUTF8( pParam, &pArg->hString, &nLen );
+               *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, s, nLen );
+               break;
+            }
+            case HB_DYN_ENC_UTF16:
+            {
+               HB_SIZE nLen;
+               const HB_WCHAR * s = hb_itemGetStrU16( pParam, HB_CDP_ENDIAN_NATIVE, &pArg->hString, &nLen );
+               *r1 = ( HB_U32 ) hb_wstrunshare( &pArg->hString, s, nLen );
+               break;
+            }
+            default:
+               *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
+         }
+         pArg->value.t.n32 = *r1;
+         break;
+
+      case HB_DYN_CTYPE_SHORT_PTR:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_INT_PTR:
+      case HB_DYN_CTYPE_INT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_LONG_PTR:
+      case HB_DYN_CTYPE_LONG_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_LLONG_PTR:
+      case HB_DYN_CTYPE_LLONG_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_FLOAT_PTR:
+      case HB_DYN_CTYPE_DOUBLE_PTR:
+      case HB_DYN_CTYPE_BOOL_PTR:
+      case HB_DYN_CTYPE_VOID_PTR:
+      case HB_DYN_CTYPE_STRUCTURE_PTR:
+         pArg->value.t.n32 = ( HB_U32 ) hb_itemGetPtr( pParam );
+         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
+         break;
+
+      case HB_DYN_CTYPE_STRUCTURE:
+         /* TODO */
+         *r1 = pArg->value.t.n32 = 0;
+         break;
+
+      case HB_DYN_CTYPE_VOID:
+      default:
+         *r1 = pArg->value.t.n32 = 0;
+   }
+}
+
+static PHB_ITEM hb_u32ret( PHB_ITEM pItem, int iRetType, int iEncoding, HB_DYNVAL value, HB_ISIZ nLen )
+{
+   switch( iRetType )
+   {
+      case HB_DYN_CTYPE_VOID:
+         hb_itemClear( pItem );
+         break;
+
+      case HB_DYN_CTYPE_BOOL:
+         hb_itemPutL( pItem, value.t.n32 != 0 );
+         break;
+
+      case HB_DYN_CTYPE_CHAR:
+      case HB_DYN_CTYPE_CHAR_UNSIGNED:
+         hb_itemPutNI( pItem, ( int ) ( value.t.n32 & 0xFF ) );
+         break;
+
+      case HB_DYN_CTYPE_SHORT:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED:
+      case HB_DYN_CTYPE_INT:
+         hb_itemPutNI( pItem, ( int ) value.t.n32 );
+         break;
+
+      case HB_DYN_CTYPE_LONG:
+         hb_itemPutNL( pItem, ( long ) value.t.n32 );
+         break;
+
+      case HB_DYN_CTYPE_INT_UNSIGNED:
+      case HB_DYN_CTYPE_LONG_UNSIGNED:
+         hb_itemPutNInt( pItem, value.t.n32 );
+         break;
+
+      case HB_DYN_CTYPE_LLONG:
+      case HB_DYN_CTYPE_LLONG_UNSIGNED:
+         hb_itemPutNInt( pItem, value.t.n64 );
+         break;
+
+      case HB_DYN_CTYPE_CHAR_UNSIGNED_PTR:
+         hb_itemPutC( pItem, ( const char * ) value.t.n32 );
+         break;
+
+      case HB_DYN_CTYPE_CHAR_PTR:
+
+         switch( iEncoding )
+         {
+            case HB_DYN_ENC_ASCII:
+               if( nLen == -1 )
+                  hb_itemPutStr( pItem, hb_setGetOSCP(), ( const char * ) value.t.n32 );
+               else
+                  hb_itemPutStrLen( pItem, hb_setGetOSCP(), ( const char * ) value.t.n32, nLen );
+               break;
+            case HB_DYN_ENC_UTF8:
+               if( nLen == -1 )
+                  hb_itemPutStrUTF8( pItem, ( const char * ) value.t.n32 );
+               else
+                  hb_itemPutStrLenUTF8( pItem, ( const char * ) value.t.n32, nLen );
+               break;
+            case HB_DYN_ENC_UTF16:
+               if( nLen == -1 )
+                  hb_itemPutStrU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) value.t.n32 );
+               else
+                  hb_itemPutStrLenU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) value.t.n32, nLen );
+               break;
+            default:
+               if( nLen == -1 )
+                  hb_itemPutC( pItem, ( const char * ) value.t.n32 );
+               else
+                  hb_itemPutCL( pItem, ( const char * ) value.t.n32, nLen );
+         }
+         break;
+
+      case HB_DYN_CTYPE_INT_PTR:
+      case HB_DYN_CTYPE_SHORT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_INT_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_STRUCTURE_PTR:
+      case HB_DYN_CTYPE_LONG_PTR:
+      case HB_DYN_CTYPE_LONG_UNSIGNED_PTR:
+      case HB_DYN_CTYPE_VOID_PTR:
+      case HB_DYN_CTYPE_BOOL_PTR:
+      case HB_DYN_CTYPE_FLOAT_PTR:
+      case HB_DYN_CTYPE_DOUBLE_PTR:
+         hb_itemPutPtr( pItem, ( void * ) value.t.n32 );
+         break;
+
+      case HB_DYN_CTYPE_FLOAT:
+         hb_itemPutND( pItem, value.t.nFL );
+         break;
+
+      case HB_DYN_CTYPE_DOUBLE:
+         hb_itemPutND( pItem, value.t.nDB );
+         break;
+
+      default:
+         hb_itemPutNL( pItem, ( long ) value.t.n32 );
+   }
+
+   return pItem;
+}
+
+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 );
+typedef HB_U32 ( _stdcall * FX86_S32P03 )( HB_U32, HB_U32, HB_U32 );
+typedef HB_U32 ( _stdcall * FX86_S32P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U32 ( _stdcall * FX86_S32P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U32 ( _stdcall * FX86_S32P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U32 ( _stdcall * FX86_S32P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U32 ( _stdcall * FX86_S32P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U32 ( _stdcall * FX86_S32P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U32 ( _stdcall * FX86_S32P10 )( 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_S32P11 )( 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_S32P12 )( 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_S32P13 )( HB_U32, 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_S32P14 )( HB_U32, HB_U32, 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_S32P15 )( HB_U32, HB_U32, HB_U32, 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_S32P16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P00 )( void );
+typedef HB_U64 ( _stdcall * FX86_S64P01 )( HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P02 )( HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P03 )( HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef HB_U64 ( _stdcall * FX86_S64P11 )( 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 ( _stdcall * FX86_S64P12 )( 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 ( _stdcall * FX86_S64P13 )( HB_U32, 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 ( _stdcall * FX86_S64P14 )( HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P15 )( HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP00 )( void );
+typedef double ( _stdcall * FX86_SDBP01 )( HB_U32 );
+typedef double ( _stdcall * FX86_SDBP02 )( HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP03 )( HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef double ( _stdcall * FX86_SDBP12 )( 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 ( _stdcall * FX86_SDBP13 )( HB_U32, 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 ( _stdcall * FX86_SDBP14 )( HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP15 )( HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP00 )( void );
+typedef float  ( _stdcall * FX86_SFLP01 )( HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP02 )( HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP03 )( HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
+typedef float  ( _stdcall * FX86_SFLP11 )( 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_SFLP12 )( 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_SFLP13 )( HB_U32, 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_SFLP14 )( HB_U32, HB_U32, 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_SFLP15 )( HB_U32, HB_U32, HB_U32, 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_SFLP16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_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 );
+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 );
+
+#endif
+
+void hb_dynCall( int iFuncFlags, void * pFunctionRaw, int iParams, int iFirst, int * piArgFlags )
+{
+   PHB_DYNADDR pFunction = ( PHB_DYNADDR ) pFunctionRaw;
+
+   if( ! pFunction )
+      return;
+
+#if defined( HB_ARCH_64BIT )
+   {
+      int iRetType  = iFuncFlags & _MASK_CTYPE;
+      int iEncoding = iFuncFlags & _MASK_ENCODING;
+
+      iParams -= iFirst - 1;
+
+      if( iParams <= _DYNEXEC_MAXPARAM )
+      {
+         HB_U64 nRetVal = 0;
+         HB_U64 rawpar[ _DYNEXEC_MAXPARAM ];
+         HB_DYNARG * pArg;
+         int tmp;
+
+         if( iParams )
+         {
+            pArg = ( HB_DYNARG * ) hb_xgrab( iParams * sizeof( HB_DYNARG ) );
+            memset( pArg, 0, iParams * sizeof( HB_DYNARG ) );
+         }
+         else
+            pArg = NULL;
+
+         for( tmp = 0; tmp < iParams; ++tmp )
+         {
+            PHB_ITEM pParam = hb_param( iFirst + tmp, HB_IT_ANY );
+
+            if( piArgFlags )
+            {
+               pArg[ tmp ].iType     = piArgFlags[ tmp ] & _MASK_CTYPE;
+               pArg[ tmp ].iEncoding = piArgFlags[ tmp ] & _MASK_ENCODING;
+            }
+            else
+            {
+               pArg[ tmp ].iType     = HB_DYN_CTYPE_DEFAULT;
+               pArg[ tmp ].iEncoding = iEncoding;
+            }
+
+            if( pArg[ tmp ].iType == HB_DYN_CTYPE_DEFAULT )
+               pArg[ tmp ].iType = hb_hbtoctype( HB_ITEM_TYPE( pParam ) );
+
+            pArg[ tmp ].bByRef = HB_ISBYREF( iFirst + tmp );
+
+            rawpar[ tmp ] = hb_u64par( pParam, &pArg[ tmp ] );
+         }
+
+         switch( iParams )
+         {
+            case  0: nRetVal = ( ( FX64_00 ) *pFunction )(); break;
+            case  1: nRetVal = ( ( FX64_01 ) *pFunction )( rawpar[ 0 ] ); break;
+            case  2: nRetVal = ( ( FX64_02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
+            case  3: nRetVal = ( ( FX64_03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
+            case  4: nRetVal = ( ( FX64_04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
+            case  5: nRetVal = ( ( FX64_05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
+            case  6: nRetVal = ( ( FX64_06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
+            case  7: nRetVal = ( ( FX64_07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
+            case  8: nRetVal = ( ( FX64_08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
+            case  9: nRetVal = ( ( FX64_09 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
+            case 10: nRetVal = ( ( FX64_10 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
+            case 11: nRetVal = ( ( FX64_11 ) *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: nRetVal = ( ( FX64_12 ) *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: nRetVal = ( ( FX64_13 ) *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: nRetVal = ( ( FX64_14 ) *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: nRetVal = ( ( FX64_15 ) *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;
+         }
+
+         hb_u64ret( hb_stackReturnItem(), iRetType, iEncoding, nRetVal, -1 );
+
+         for( tmp = 0; tmp < iParams; ++tmp )
+         {
+            if( pArg[ tmp ].bByRef )
+            {
+               PHB_ITEM pItem = hb_itemNew( NULL );
+
+               hb_itemParamStoreForward( ( HB_USHORT ) ( iFirst + tmp ),
+                  hb_u64ret( pItem, pArg[ tmp ].iType, pArg[ tmp ].iEncoding, pArg[ tmp ].nValue, hb_parclen( iFirst + tmp ) ) );
+
+               hb_itemRelease( pItem );
+            }
+
+            hb_strfree( pArg[ tmp ].hString );
+         }
+
+         if( pArg )
+            hb_xfree( pArg );
+      }
+      else
+         hb_errRT_BASE( EG_ARG, 2010, "A maximum of 15 parameters is supported", HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
+   }
+#elif defined( HB_ARCH_32BIT )
+   {
+      int iCallConv = iFuncFlags & _MASK_CALLCONV;
+      int iRetType  = iFuncFlags & _MASK_CTYPE;
+      int iEncoding = iFuncFlags & _MASK_ENCODING;
+
+      iParams -= iFirst - 1;
+
+      if( iParams <= _DYNEXEC_MAXPARAM )
+      {
+         int iRetTypeRaw;
+         HB_DYNVAL ret;
+         HB_DYNARG * pArg;
+         int tmp;
+
+         int iParamsRaw = 0;
+         HB_U32 rawpar[ _DYNEXEC_MAXPARAM * 2 ];
+
+         ret.t.n64 = 0;
+
+         if( iRetType == HB_DYN_CTYPE_DOUBLE )
+            iRetTypeRaw = _RETTYPERAW_DOUBLE;
+         else if( iRetType == HB_DYN_CTYPE_FLOAT )
+            iRetTypeRaw = _RETTYPERAW_FLOAT;
+         else
+            iRetTypeRaw = _RETTYPERAW_INT32;
+
+         if( iParams )
+         {
+            pArg = ( HB_DYNARG * ) hb_xgrab( iParams * sizeof( HB_DYNARG ) );
+            memset( pArg, 0, iParams * sizeof( HB_DYNARG ) );
+         }
+         else
+            pArg = NULL;
+
+         for( tmp = 0; tmp < iParams; ++tmp )
+         {
+            PHB_ITEM pParam = hb_param( iFirst + tmp, HB_IT_ANY );
+
+            HB_U32 r1;
+            HB_U32 r2;
+            HB_BOOL b64;
+
+            if( piArgFlags )
+            {
+               pArg[ tmp ].iType     = piArgFlags[ tmp ] & _MASK_CTYPE;
+               pArg[ tmp ].iEncoding = piArgFlags[ tmp ] & _MASK_ENCODING;
+            }
+            else
+            {
+               pArg[ tmp ].iType     = HB_DYN_CTYPE_DEFAULT;
+               pArg[ tmp ].iEncoding = iEncoding;
+            }
+
+            if( pArg[ tmp ].iType == HB_DYN_CTYPE_DEFAULT )
+               pArg[ tmp ].iType = hb_hbtoctype( HB_ITEM_TYPE( pParam ) );
+
+            pArg[ tmp ].bByRef = HB_ISBYREF( iFirst + tmp );
+
+            hb_u32par( pParam, &pArg[ tmp ], &r1, &r2, &b64 );
+
+            /* TOFIX: Verify proper order. */
+            rawpar[ iParamsRaw++ ] = r1;
+            if( b64 )
+               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( iRetTypeRaw )
+            {
+            case _RETTYPERAW_INT32:
+               switch( iParamsRaw )
+               {
+                  case  0: ret.t.n32 = ( ( FX86_S32P00 ) *pFunction )(); break;
+                  case  1: ret.t.n32 = ( ( FX86_S32P01 ) *pFunction )( rawpar[ 0 ] ); break;
+                  case  2: ret.t.n32 = ( ( FX86_S32P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
+                  case  3: ret.t.n32 = ( ( FX86_S32P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
+                  case  4: ret.t.n32 = ( ( FX86_S32P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
+                  case  5: ret.t.n32 = ( ( FX86_S32P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
+                  case  6: ret.t.n32 = ( ( FX86_S32P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
+                  case  7: ret.t.n32 = ( ( FX86_S32P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
+                  case  8: ret.t.n32 = ( ( FX86_S32P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
+                  case  9: ret.t.n32 = ( ( FX86_S32P09 ) *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_S32P10 ) *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_S32P11 ) *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_S32P12 ) *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_S32P13 ) *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_S32P14 ) *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_S32P15 ) *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_S32P16 ) *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_S32P17 ) *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_S32P18 ) *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_S32P19 ) *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_S32P20 ) *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_S32P21 ) *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_S32P22 ) *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_S32P23 ) *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_S32P24 ) *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_S32P25 ) *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_S32P26 ) *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_S32P27 ) *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_S32P28 ) *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_S32P29 ) *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_S32P30 ) *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_S64P00 ) *pFunction )(); break;
+                  case  1: ret.t.n64 = ( ( FX86_S64P01 ) *pFunction )( rawpar[ 0 ] ); break;
+                  case  2: ret.t.n64 = ( ( FX86_S64P02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
+                  case  3: ret.t.n64 = ( ( FX86_S64P03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
+                  case  4: ret.t.n64 = ( ( FX86_S64P04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
+                  case  5: ret.t.n64 = ( ( FX86_S64P05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
+                  case  6: ret.t.n64 = ( ( FX86_S64P06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
+                  case  7: ret.t.n64 = ( ( FX86_S64P07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
+                  case  8: ret.t.n64 = ( ( FX86_S64P08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
+                  case  9: ret.t.n64 = ( ( FX86_S64P09 ) *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_S64P10 ) *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_S64P11 ) *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_S64P12 ) *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_S64P13 ) *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_S64P14 ) *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_S64P15 ) *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_S64P16 ) *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_S64P17 ) *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_S64P18 ) *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_S64P19 ) *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_S64P20 ) *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_S64P21 ) *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_S64P22 ) *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_S64P23 ) *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_S64P24 ) *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_S64P25 ) *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_S64P26 ) *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_S64P27 ) *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_S64P28 ) *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_S64P29 ) *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_S64P30 ) *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_SDBP00 ) *pFunction )(); break;
+                  case  1: ret.t.nDB = ( ( FX86_SDBP01 ) *pFunction )( rawpar[ 0 ] ); break;
+                  case  2: ret.t.nDB = ( ( FX86_SDBP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
+                  case  3: ret.t.nDB = ( ( FX86_SDBP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
+                  case  4: ret.t.nDB = ( ( FX86_SDBP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
+                  case  5: ret.t.nDB = ( ( FX86_SDBP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
+                  case  6: ret.t.nDB = ( ( FX86_SDBP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
+                  case  7: ret.t.nDB = ( ( FX86_SDBP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
+                  case  8: ret.t.nDB = ( ( FX86_SDBP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
+                  case  9: ret.t.nDB = ( ( FX86_SDBP09 ) *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_SDBP10 ) *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_SDBP11 ) *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_SDBP12 ) *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_SDBP13 ) *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_SDBP14 ) *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_SDBP15 ) *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_SDBP16 ) *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_SDBP17 ) *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_SDBP18 ) *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_SDBP19 ) *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_SDBP20 ) *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_SDBP21 ) *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_SDBP22 ) *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_SDBP23 ) *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_SDBP24 ) *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_SDBP25 ) *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_SDBP26 ) *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_SDBP27 ) *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_SDBP28 ) *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_SDBP29 ) *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_SDBP30 ) *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_SFLP00 ) *pFunction )(); break;
+                  case  1: ret.t.nFL = ( ( FX86_SFLP01 ) *pFunction )( rawpar[ 0 ] ); break;
+                  case  2: ret.t.nFL = ( ( FX86_SFLP02 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
+                  case  3: ret.t.nFL = ( ( FX86_SFLP03 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
+                  case  4: ret.t.nFL = ( ( FX86_SFLP04 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
+                  case  5: ret.t.nFL = ( ( FX86_SFLP05 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
+                  case  6: ret.t.nFL = ( ( FX86_SFLP06 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
+                  case  7: ret.t.nFL = ( ( FX86_SFLP07 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
+                  case  8: ret.t.nFL = ( ( FX86_SFLP08 ) *pFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
+                  case  9: ret.t.nFL = ( ( FX86_SFLP09 ) *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_SFLP10 ) *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_SFLP11 ) *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_SFLP12 ) *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_SFLP13 ) *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_SFLP14 ) *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_SFLP15 ) *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_SFLP16 ) *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_SFLP17 ) *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_SFLP18 ) *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_SFLP19 ) *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_SFLP20 ) *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_SFLP21 ) *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_SFLP22 ) *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_SFLP23 ) *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_SFLP24 ) *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_SFLP25 ) *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_SFLP26 ) *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_SFLP27 ) *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_SFLP28 ) *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_SFLP29 ) *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_SFLP30 ) *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;
+            }
+         }
+
+         hb_u32ret( hb_stackReturnItem(), iRetType, iEncoding, ret, -1 );
+
+         for( tmp = 0; tmp < iParams; ++tmp )
+         {
+            if( pArg[ tmp ].bByRef )
+            {
+               PHB_ITEM pItem = hb_itemNew( NULL );
+
+               hb_itemParamStoreForward( ( HB_USHORT ) ( iFirst + tmp ),
+                  hb_u32ret( pItem, pArg[ tmp ].iType, pArg[ tmp ].iEncoding, pArg[ tmp ].value, hb_parclen( iFirst + tmp ) ) );
+
+               hb_itemRelease( pItem );
+            }
+
+            hb_strfree( pArg[ tmp ].hString );
+         }
+
+         if( pArg )
+            hb_xfree( pArg );
+      }
+      else
+         hb_errRT_BASE( EG_ARG, 2010, "A maximum of 15 parameters is supported", HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
+   }
+#else
+   HB_SYMBOL_UNUSED( iFuncFlags );
+   HB_SYMBOL_UNUSED( iParams );
+   HB_SYMBOL_UNUSED( iFirst );
+   HB_SYMBOL_UNUSED( piArgFlags );
+#endif
+}
diff --git a/harbour/contrib/hbwin/hbdyn.ch b/harbour/contrib/hbwin/hbdyn.ch
new file mode 100644
index 0000000000..bc84045a33
--- /dev/null
+++ b/harbour/contrib/hbwin/hbdyn.ch
@@ -0,0 +1,101 @@
+/*
+ * $Id$
+ */
+
+/*
+ * Harbour Project source code:
+ * Header for .dll support
+ *
+ * Copyright 2010 Viktor Szakats (harbour.01 syenar.hu)
+ * www - http://www.harbour-project.org
+ *
+ * This program is free software; you can redistribute it and/or modify
+ * it under the terms of the GNU General Public License as published by
+ * the Free Software Foundation; either version 2, or (at your option)
+ * any later version.
+ *
+ * This program is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ * GNU General Public License for more details.
+ *
+ * You should have received a copy of the GNU General Public License
+ * along with this software; see the file COPYING.  If not, write to
+ * the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
+ * Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
+ *
+ * As a special exception, the Harbour Project gives permission for
+ * additional uses of the text contained in its release of Harbour.
+ *
+ * The exception is that, if you link the Harbour libraries with other
+ * files to produce an executable, this does not by itself cause the
+ * resulting executable to be covered by the GNU General Public License.
+ * Your use of that executable is in no way restricted on account of
+ * linking the Harbour library code into it.
+ *
+ * This exception does not however invalidate any other reasons why
+ * the executable file might be covered by the GNU General Public License.
+ *
+ * This exception applies only to the code released by the Harbour
+ * Project under the name Harbour.  If you copy code from other
+ * Harbour Project or Free Software Foundation releases into a copy of
+ * Harbour, as the General Public License permits, the exception does
+ * not apply to the code that you add in this way.  To avoid misleading
+ * anyone as to the status of such modified files, you must delete
+ * this exception notice from them.
+ *
+ * If you write modifications of your own for Harbour, it is your choice
+ * whether to permit this exception to apply to your modifications.
+ * If you do not wish that, delete this exception notice.
+ *
+ */
+
+/* NOTE: This file is also used by C code. */
+
+#ifndef HBDYN_CH_
+#define HBDYN_CH_
+
+/* WIN_DLLCALL() C calling convention */
+#define HB_DYN_CALLCONV_STDCALL             0x000000
+#define HB_DYN_CALLCONV_CDECL               0x100000
+
+/* WIN_DLLCALL() string encoding */
+#define HB_DYN_ENC_ASCII                    0x000000
+#define HB_DYN_ENC_UTF8                     0x010000
+#define HB_DYN_ENC_UTF16                    0x040000
+#define HB_DYN_ENC_RAW                      0x080000
+
+/* WIN_DLLCALL() C types */
+#define HB_DYN_CTYPE_DEFAULT                0x000000
+#define HB_DYN_CTYPE_CHAR                   0x000001
+#define HB_DYN_CTYPE_CHAR_UNSIGNED          0x000011
+#define HB_DYN_CTYPE_CHAR_PTR               0x000101
+#define HB_DYN_CTYPE_CHAR_UNSIGNED_PTR      0x000111
+#define HB_DYN_CTYPE_SHORT                  0x000002
+#define HB_DYN_CTYPE_SHORT_UNSIGNED         0x000012
+#define HB_DYN_CTYPE_SHORT_PTR              0x000102
+#define HB_DYN_CTYPE_SHORT_UNSIGNED_PTR     0x000112
+#define HB_DYN_CTYPE_INT                    0x000003
+#define HB_DYN_CTYPE_INT_UNSIGNED           0x000013
+#define HB_DYN_CTYPE_INT_PTR                0x000103
+#define HB_DYN_CTYPE_INT_UNSIGNED_PTR       0x000113
+#define HB_DYN_CTYPE_LONG                   0x000004
+#define HB_DYN_CTYPE_LONG_UNSIGNED          0x000014
+#define HB_DYN_CTYPE_LONG_PTR               0x000104
+#define HB_DYN_CTYPE_LONG_UNSIGNED_PTR      0x000114
+#define HB_DYN_CTYPE_LLONG                  0x000005
+#define HB_DYN_CTYPE_LLONG_UNSIGNED         0x000015
+#define HB_DYN_CTYPE_LLONG_PTR              0x000105
+#define HB_DYN_CTYPE_LLONG_UNSIGNED_PTR     0x000115
+#define HB_DYN_CTYPE_FLOAT                  0x000006
+#define HB_DYN_CTYPE_FLOAT_PTR              0x000106
+#define HB_DYN_CTYPE_DOUBLE                 0x000007
+#define HB_DYN_CTYPE_DOUBLE_PTR             0x000107
+#define HB_DYN_CTYPE_BOOL                   0x000008
+#define HB_DYN_CTYPE_BOOL_PTR               0x000108
+#define HB_DYN_CTYPE_VOID                   0x000009
+#define HB_DYN_CTYPE_VOID_PTR               0x000109
+#define HB_DYN_CTYPE_STRUCTURE              0x00000A
+#define HB_DYN_CTYPE_STRUCTURE_PTR          0x00010A
+
+#endif /* HBDYN_CH_ */
diff --git a/harbour/contrib/hbwin/hbdyn.h b/harbour/contrib/hbwin/hbdyn.h
new file mode 100644
index 0000000000..069d34c344
--- /dev/null
+++ b/harbour/contrib/hbwin/hbdyn.h
@@ -0,0 +1,65 @@
+/*
+ * $Id$
+ */
+
+/*
+ * Harbour Project source code:
+ * Dynamic call (low-level)
+ *
+ * Copyright 2010 Viktor Szakats (harbour.01 syenar.hu)
+ * www - http://www.harbour-project.org
+ *
+ * This program is free software; you can redistribute it and/or modify
+ * it under the terms of the GNU General Public License as published by
+ * the Free Software Foundation; either version 2, or (at your option)
+ * any later version.
+ *
+ * This program is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+ * GNU General Public License for more details.
+ *
+ * You should have received a copy of the GNU General Public License
+ * along with this software; see the file COPYING.  If not, write to
+ * the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
+ * Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
+ *
+ * As a special exception, the Harbour Project gives permission for
+ * additional uses of the text contained in its release of Harbour.
+ *
+ * The exception is that, if you link the Harbour libraries with other
+ * files to produce an executable, this does not by itself cause the
+ * resulting executable to be covered by the GNU General Public License.
+ * Your use of that executable is in no way restricted on account of
+ * linking the Harbour library code into it.
+ *
+ * This exception does not however invalidate any other reasons why
+ * the executable file might be covered by the GNU General Public License.
+ *
+ * This exception applies only to the code released by the Harbour
+ * Project under the name Harbour.  If you copy code from other
+ * Harbour Project or Free Software Foundation releases into a copy of
+ * Harbour, as the General Public License permits, the exception does
+ * not apply to the code that you add in this way.  To avoid misleading
+ * anyone as to the status of such modified files, you must delete
+ * this exception notice from them.
+ *
+ * If you write modifications of your own for Harbour, it is your choice
+ * whether to permit this exception to apply to your modifications.
+ * If you do not wish that, delete this exception notice.
+ *
+ */
+
+#ifndef __HBDYN_H
+#define __HBDYN_H
+
+#include "hbapi.h"
+#include "hbdyn.ch"
+
+HB_EXTERN_BEGIN
+
+extern HB_EXPORT void hb_dynCall( int iFuncFlags, void * pFunction, int iParams, int iFirst, int * piArgFlags );
+
+HB_EXTERN_END
+
+#endif /* __HBDYN_H */
diff --git a/harbour/contrib/hbwin/hbwin.ch b/harbour/contrib/hbwin/hbwin.ch
index 2d1a8f7916..93b767f752 100644
--- a/harbour/contrib/hbwin/hbwin.ch
+++ b/harbour/contrib/hbwin/hbwin.ch
@@ -56,49 +56,6 @@
 #ifndef HBWIN_CH_
 #define HBWIN_CH_
 
-/* WIN_DLLCALL() C calling convention */
-#define HB_WIN_DLL_CALLCONV_STDCALL            0x000000
-#define HB_WIN_DLL_CALLCONV_CDECL              0x100000
-
-/* WIN_DLLCALL() string encoding */
-#define HB_WIN_DLL_ENC_ASCII                   0x000000
-#define HB_WIN_DLL_ENC_UTF8                    0x010000
-#define HB_WIN_DLL_ENC_UTF16                   0x040000
-#define HB_WIN_DLL_ENC_RAW                     0x080000
-
-/* WIN_DLLCALL() C types */
-#define HB_WIN_DLL_CTYPE_DEFAULT               0x000000
-#define HB_WIN_DLL_CTYPE_CHAR                  0x000001
-#define HB_WIN_DLL_CTYPE_CHAR_UNSIGNED         0x000011
-#define HB_WIN_DLL_CTYPE_CHAR_PTR              0x000101
-#define HB_WIN_DLL_CTYPE_CHAR_UNSIGNED_PTR     0x000111
-#define HB_WIN_DLL_CTYPE_SHORT                 0x000002
-#define HB_WIN_DLL_CTYPE_SHORT_UNSIGNED        0x000012
-#define HB_WIN_DLL_CTYPE_SHORT_PTR             0x000102
-#define HB_WIN_DLL_CTYPE_SHORT_UNSIGNED_PTR    0x000112
-#define HB_WIN_DLL_CTYPE_INT                   0x000003
-#define HB_WIN_DLL_CTYPE_INT_UNSIGNED          0x000013
-#define HB_WIN_DLL_CTYPE_INT_PTR               0x000103
-#define HB_WIN_DLL_CTYPE_INT_UNSIGNED_PTR      0x000113
-#define HB_WIN_DLL_CTYPE_LONG                  0x000004
-#define HB_WIN_DLL_CTYPE_LONG_UNSIGNED         0x000014
-#define HB_WIN_DLL_CTYPE_LONG_PTR              0x000104
-#define HB_WIN_DLL_CTYPE_LONG_UNSIGNED_PTR     0x000114
-#define HB_WIN_DLL_CTYPE_LLONG                 0x000005
-#define HB_WIN_DLL_CTYPE_LLONG_UNSIGNED        0x000015
-#define HB_WIN_DLL_CTYPE_LLONG_PTR             0x000105
-#define HB_WIN_DLL_CTYPE_LLONG_UNSIGNED_PTR    0x000115
-#define HB_WIN_DLL_CTYPE_FLOAT                 0x000006
-#define HB_WIN_DLL_CTYPE_FLOAT_PTR             0x000106
-#define HB_WIN_DLL_CTYPE_DOUBLE                0x000007
-#define HB_WIN_DLL_CTYPE_DOUBLE_PTR            0x000107
-#define HB_WIN_DLL_CTYPE_BOOL                  0x000008
-#define HB_WIN_DLL_CTYPE_BOOL_PTR              0x000108
-#define HB_WIN_DLL_CTYPE_VOID                  0x000009
-#define HB_WIN_DLL_CTYPE_VOID_PTR              0x000109
-#define HB_WIN_DLL_CTYPE_STRUCTURE             0x00000A
-#define HB_WIN_DLL_CTYPE_STRUCTURE_PTR         0x00010A
-
 /* WIN_MAPISENDMAIL() address types */
 #define WIN_MAPI_TO                 1
 #define WIN_MAPI_CC                 2
diff --git a/harbour/contrib/hbwin/hbwin.h b/harbour/contrib/hbwin/hbwin.h
index 529eecad85..cfe48a18ee 100644
--- a/harbour/contrib/hbwin/hbwin.h
+++ b/harbour/contrib/hbwin/hbwin.h
@@ -6,6 +6,7 @@
  * Harbour Project source code:
  * Windows communications library
  *
+ * Copyright 2010 Viktor Szakats (harbour.01 syenar.hu)
  * Copyright 2005-2009 Alex Strickland <sscc@mweb.co.za>
  * www - http://www.harbour-project.org
  *
@@ -93,9 +94,9 @@
 HB_EXTERN_BEGIN
 
 extern HB_EXPORT int       hbwin_bitmapType( const void * pImgBuf, HB_SIZE size );
-extern HB_EXPORT void      hbwin_dllCall( int iFuncFlags, FARPROC lpFunction, int iParams, int iFirst, int * piArgFlags );
+extern           FARPROC   hbwin_getprocaddress( HMODULE hDLL, PHB_ITEM pParam, HB_BOOL * pbWIDE );
 
-extern           FARPROC   hbwin_getprocaddress( HMODULE hDLL, PHB_ITEM pParam, HB_BOOL * pbUNICODE );
+extern HB_EXPORT void      hb_dynCall( int iFuncFlags, void * pFunction, int iParams, int iFirst, int * piArgFlags );
 
 HB_EXTERN_END
 
diff --git a/harbour/contrib/hbwin/legacycd.c b/harbour/contrib/hbwin/legacycd.c
index c7df674cf5..16b6fe2ba3 100644
--- a/harbour/contrib/hbwin/legacycd.c
+++ b/harbour/contrib/hbwin/legacycd.c
@@ -58,6 +58,7 @@
          [vszakats] */
 
 #include "hbwin.h"
+#include "hbdyn.h"
 
 #if ! defined( HB_LEGACY_LEVEL3 ) && ! defined( HB_WIN_LEGACY_LEVEL_OFF )
    #define HB_WIN_LEGACY_LEVEL_OFF
@@ -97,26 +98,19 @@ HB_FUNC( FREELIBRARY )
       hb_retl( HB_FALSE );
 }
 
-#ifndef HB_WIN_NO_LEGACY
-#define HB_WIN_NO_LEGACY
-#endif
-#undef HB_LEGACY_LEVEL3
-
-#include "hbwin.ch"
-
 HB_FUNC( CALLDLL )
 {
-   hbwin_dllCall( 0, ( FARPROC ) hb_parptr( 1 ), hb_pcount(), 2, NULL );
+   hb_dynCall( 0, hb_parptr( 1 ), hb_pcount(), 2, NULL );
 }
 
 HB_FUNC( CALLDLLBOOL )
 {
-   hbwin_dllCall( HB_WIN_DLL_CTYPE_BOOL, ( FARPROC ) hb_parptr( 1 ), hb_pcount(), 2, NULL );
+   hb_dynCall( HB_DYN_CTYPE_BOOL, hb_parptr( 1 ), hb_pcount(), 2, NULL );
 }
 
 HB_FUNC( CALLDLLTYPED )
 {
-   hbwin_dllCall( hb_parni( 2 ), ( FARPROC ) hb_parptr( 1 ), hb_pcount(), 3, NULL );
+   hb_dynCall( hb_parni( 2 ), hb_parptr( 1 ), hb_pcount(), 3, NULL );
 }
 
 HB_FUNC( GETPROCADDRESS )
diff --git a/harbour/contrib/hbwin/tests/testdll.prg b/harbour/contrib/hbwin/tests/testdll.prg
index 7a23769caa..6bf271891e 100644
--- a/harbour/contrib/hbwin/tests/testdll.prg
+++ b/harbour/contrib/hbwin/tests/testdll.prg
@@ -13,7 +13,7 @@
  *
  */
 
-#include "hbwin.ch"
+#include "hbdyn.ch"
 
 #define MB_OK                       0x00000000
 #define MB_OKCANCEL                 0x00000001
@@ -76,9 +76,9 @@ PROCEDURE Main()
    IF hb_FileExists( "libcurl.dll" )
       hDLL := wapi_LoadLibrary( "libcurl.dll" )
       ? GetProcAddress( hDLL, "curl_version" )
-      ? win_dllCall( { "curl_version", hDLL, HB_WIN_DLL_CTYPE_CHAR_PTR } )
+      ? win_dllCall( { "curl_version", hDLL, HB_DYN_CTYPE_CHAR_PTR } )
       wapi_FreeLibrary( hDLL )
-      ? win_dllCall( { "curl_version", "libcurl.dll", HB_WIN_DLL_CTYPE_CHAR_PTR } )
+      ? win_dllCall( { "curl_version", "libcurl.dll", HB_DYN_CTYPE_CHAR_PTR } )
    ENDIF
 
    /* Force Windows not to show dragged windows contents */
@@ -99,18 +99,18 @@ PROCEDURE Main()
    ? "ValType( hDLL ): ", ValType( hDLL )
    ? "------"
    cData := Space( MAX_PATH )
-   ? "WIN_DLLCALL (BOOL retval): ", win_dllCall( { "SHGetSpecialFolderPath", hDLL, HB_WIN_DLL_CTYPE_BOOL }, 0, @cData, CSIDL_APPDATA, 0 )
+   ? "WIN_DLLCALL (BOOL retval): ", win_dllCall( { "SHGetSpecialFolderPath", hDLL, HB_DYN_CTYPE_BOOL }, 0, @cData, CSIDL_APPDATA, 0 )
    ? "@cData: ", cData
    ? "------"
    cData := Space( MAX_PATH )
-   ? "WIN_DLLCALL (BOOL retval): ", win_dllCall( { GetProcAddress( hDLL, "SHGetSpecialFolderPath" ), HB_WIN_DLL_CTYPE_BOOL }, 0, @cData, CSIDL_APPDATA, 0 )
+   ? "WIN_DLLCALL (BOOL retval): ", win_dllCall( { GetProcAddress( hDLL, "SHGetSpecialFolderPath" ), HB_DYN_CTYPE_BOOL }, 0, @cData, CSIDL_APPDATA, 0 )
    ? "@cData: ", cData
    ? "------"
    ? "WIN_DLLCALL: ", win_dllCall( { "SHGetFolderPath", hDLL }, 0, CSIDL_ADMINTOOLS, 0, 0, cData ) // WRONG
    ? "cData:", cData
    ? "------"
    cData := Space( MAX_PATH )
-   ? "WIN_DLLCALL (PARAMS): ", win_dllCall( { "SHGetSpecialFolderPath", hDLL, NIL, NIL, NIL, HB_WIN_DLL_CTYPE_BOOL }, 0, @cData, CSIDL_APPDATA, 0 )
+   ? "WIN_DLLCALL (PARAMS): ", win_dllCall( { "SHGetSpecialFolderPath", hDLL, NIL, NIL, NIL, HB_DYN_CTYPE_BOOL }, 0, @cData, CSIDL_APPDATA, 0 )
    ? "@cData: ", cData
    ? "------"
    cData := Space( MAX_PATH )
diff --git a/harbour/contrib/hbwin/win_dll.c b/harbour/contrib/hbwin/win_dll.c
index 640de81be3..f6575c91d6 100644
--- a/harbour/contrib/hbwin/win_dll.c
+++ b/harbour/contrib/hbwin/win_dll.c
@@ -51,1326 +51,8 @@
  */
 
 #include "hbwin.h"
-#include "hbapierr.h"
 #include "hbapiitm.h"
-#include "hbstack.h"
-
-#ifndef HB_WIN_NO_LEGACY
-#define HB_WIN_NO_LEGACY
-#endif
-#undef HB_LEGACY_LEVEL3
-#include "hbwin.ch"
-
-#define _MASK_CALLCONV          0xF00000
-#define _MASK_ENCODING          0x0F0000
-#define _MASK_CTYPE             0x00FFFF
-
-/* C raw return types */
-#define _RETTYPERAW_INT32       1
-#define _RETTYPERAW_INT64       2
-#define _RETTYPERAW_DOUBLE      3
-#define _RETTYPERAW_FLOAT       4
-
-#define _DYNEXEC_MAXPARAM       15
-
-static int hb_hbtoctype( int iHarbourType )
-{
-    switch( iHarbourType )
-    {
-       case HB_IT_NIL:
-          return HB_WIN_DLL_CTYPE_VOID;
-
-       case HB_IT_LOGICAL:
-          return HB_WIN_DLL_CTYPE_BOOL;
-
-       case HB_IT_INTEGER:
-       case HB_IT_LONG:
-       case HB_IT_DATE:
-          return HB_WIN_DLL_CTYPE_LONG;
-
-       case HB_IT_DOUBLE:
-          return HB_WIN_DLL_CTYPE_DOUBLE;
-
-       case HB_IT_STRING:
-       case HB_IT_MEMO:
-          return HB_WIN_DLL_CTYPE_CHAR_PTR;
-
-       case HB_IT_POINTER:
-          return HB_WIN_DLL_CTYPE_VOID_PTR;
-    }
-
-    return HB_WIN_DLL_CTYPE_DEFAULT;
-}
-
-#if defined( HB_ARCH_64BIT )
-
-typedef struct
-{
-   void *    hString;
-   int       iType;
-   int       iEncoding;
-   HB_BOOL   bByRef;
-   HB_U64    nValue;
-} HB_DYNARG, * PHB_DYNARG;
-
-static HB_U64 hb_u64par( PHB_ITEM pParam, PHB_DYNARG pArg )
-{
-   HB_U64 r;
-
-   switch( pArg->iType )
-   {
-      case HB_WIN_DLL_CTYPE_BOOL:
-         pArg->nValue = hb_itemGetL( pParam );
-         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR:
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED:
-         pArg->nValue = hb_itemGetNI( pParam ) & 0xFF;
-         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
-         break;
-
-      case HB_WIN_DLL_CTYPE_SHORT:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED:
-         pArg->nValue = hb_itemGetNI( pParam ) & 0xFFFF;
-         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
-         break;
-
-      case HB_WIN_DLL_CTYPE_INT:
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_LONG:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED:
-         pArg->nValue = hb_itemGetNL( pParam );
-         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
-         break;
-
-      case HB_WIN_DLL_CTYPE_LLONG:
-      case HB_WIN_DLL_CTYPE_LLONG_UNSIGNED:
-         pArg->nValue = hb_itemGetNInt( pParam );
-         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
-         break;
-
-      case HB_WIN_DLL_CTYPE_FLOAT:
-      case HB_WIN_DLL_CTYPE_DOUBLE:
-         HB_PUT_LE_DOUBLE( ( BYTE * ) &pArg->nValue, hb_itemGetND( pParam ) );
-         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED_PTR:
-         r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
-         pArg->nValue = r;
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_PTR:
-
-         switch( pArg->iEncoding )
-         {
-            case HB_WIN_DLL_ENC_ASCII:
-            {
-               HB_SIZE nLen;
-               const char * s = hb_itemGetStr( pParam, hb_setGetOSCP(), &pArg->hString, &nLen );
-               r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, s, nLen );
-               break;
-            }
-            case HB_WIN_DLL_ENC_UTF8:
-            {
-               HB_SIZE nLen;
-               const char * s = hb_itemGetStrUTF8( pParam, &pArg->hString, &nLen );
-               r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, s, nLen );
-               break;
-            }
-            case HB_WIN_DLL_ENC_UTF16:
-            {
-               HB_SIZE nLen;
-               const HB_WCHAR * s = hb_itemGetStrU16( pParam, HB_CDP_ENDIAN_NATIVE, &pArg->hString, &nLen );
-               r = ( HB_PTRUINT ) hb_wstrunshare( &pArg->hString, s, nLen );
-               break;
-            }
-            default:
-               r = ( HB_PTRUINT ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
-         }
-         pArg->nValue = r;
-         break;
-
-      case HB_WIN_DLL_CTYPE_SHORT_PTR:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_INT_PTR:
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_LLONG_PTR:
-      case HB_WIN_DLL_CTYPE_LLONG_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_FLOAT_PTR:
-      case HB_WIN_DLL_CTYPE_DOUBLE_PTR:
-      case HB_WIN_DLL_CTYPE_BOOL_PTR:
-      case HB_WIN_DLL_CTYPE_VOID_PTR:
-      case HB_WIN_DLL_CTYPE_STRUCTURE_PTR:
-         pArg->nValue = ( HB_PTRUINT ) hb_itemGetPtr( pParam );
-         r = pArg->bByRef ? ( HB_PTRUINT ) &pArg->nValue : pArg->nValue;
-         break;
-
-      case HB_WIN_DLL_CTYPE_STRUCTURE:
-         /* TODO */
-         r = pArg->nValue = 0;
-         break;
-
-      case HB_WIN_DLL_CTYPE_VOID:
-      default:
-         r = pArg->nValue = 0;
-   }
-
-   return r;
-}
-
-static PHB_ITEM hb_u64ret( PHB_ITEM pItem, int iRetType, int iEncoding, HB_U64 nRetVal, HB_ISIZ nLen )
-{
-   switch( iRetType )
-   {
-      case HB_WIN_DLL_CTYPE_VOID:
-         hb_itemClear( pItem );
-         break;
-
-      case HB_WIN_DLL_CTYPE_BOOL:
-         hb_itemPutL( pItem, nRetVal != 0 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR:
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_SHORT:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_INT:
-         hb_itemPutNI( pItem, ( int ) nRetVal );
-         break;
-
-      case HB_WIN_DLL_CTYPE_LONG:
-         hb_itemPutNL( pItem, ( long ) nRetVal );
-         break;
-
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_LLONG:
-      case HB_WIN_DLL_CTYPE_LLONG_UNSIGNED:
-         hb_itemPutNInt( pItem, nRetVal );
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED_PTR:
-         hb_itemPutC( pItem, ( const char * ) nRetVal );
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_PTR:
-         switch( iEncoding )
-         {
-            case HB_WIN_DLL_ENC_ASCII:
-               if( nLen == -1 )
-                  hb_itemPutStr( pItem, hb_setGetOSCP(), ( const char * ) nRetVal );
-               else
-                  hb_itemPutStrLen( pItem, hb_setGetOSCP(), ( const char * ) nRetVal, nLen );
-               break;
-            case HB_WIN_DLL_ENC_UTF8:
-               if( nLen == -1 )
-                  hb_itemPutStrUTF8( pItem, ( const char * ) nRetVal );
-               else
-                  hb_itemPutStrLenUTF8( pItem, ( const char * ) nRetVal, nLen );
-               break;
-            case HB_WIN_DLL_ENC_UTF16:
-               if( nLen == -1 )
-                  hb_itemPutStrU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) nRetVal );
-               else
-                  hb_itemPutStrLenU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) nRetVal, nLen );
-               break;
-            default:
-               if( nLen == -1 )
-                  hb_itemPutC( pItem, ( const char * ) nRetVal );
-               else
-                  hb_itemPutCL( pItem, ( const char * ) nRetVal, nLen );
-         }
-         break;
-
-      case HB_WIN_DLL_CTYPE_INT_PTR:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_STRUCTURE_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_VOID_PTR:
-      case HB_WIN_DLL_CTYPE_BOOL_PTR:
-      case HB_WIN_DLL_CTYPE_FLOAT_PTR:
-      case HB_WIN_DLL_CTYPE_DOUBLE_PTR:
-         hb_itemPutPtr( pItem, ( void * ) nRetVal );
-         break;
-
-      case HB_WIN_DLL_CTYPE_FLOAT:
-      case HB_WIN_DLL_CTYPE_DOUBLE:
-         hb_itemPutND( pItem, HB_GET_LE_DOUBLE( ( HB_BYTE * ) &nRetVal ) );
-         break;
-
-      default:
-         hb_itemPutNInt( pItem, nRetVal );
-   }
-
-   return pItem;
-}
-
-typedef HB_U64( * FX64_00 ) ( void );
-typedef HB_U64( * FX64_01 ) ( HB_U64 );
-typedef HB_U64( * FX64_02 ) ( HB_U64, HB_U64 );
-typedef HB_U64( * FX64_03 ) ( HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_04 ) ( HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_05 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_06 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_07 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_08 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_09 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_10 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_11 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_12 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_13 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_14 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-typedef HB_U64( * FX64_15 ) ( HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64, HB_U64 );
-
-#elif defined( HB_ARCH_32BIT )
-
-typedef struct
-{
-   union
-   {
-      HB_U32 n32;
-      HB_U64 n64;
-      double nDB;
-      float  nFL;
-   } t;
-} HB_DYNVAL;
-
-typedef struct
-{
-   void *    hString;
-   int       iType;
-   int       iEncoding;
-   HB_BOOL   bByRef;
-   HB_DYNVAL value;
-} HB_DYNARG, * PHB_DYNARG;
-
-static void hb_u32par( PHB_ITEM pParam, PHB_DYNARG pArg, HB_U32 * r1, HB_U32 * r2, HB_BOOL * b64 )
-{
-   *b64 = HB_FALSE;
-
-   switch( pArg->iType )
-   {
-      case HB_WIN_DLL_CTYPE_BOOL:
-         pArg->value.t.n32 = hb_itemGetL( pParam );
-         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR:
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED:
-         pArg->value.t.n32 = hb_itemGetNI( pParam ) & 0xFF;
-         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
-         break;
-
-      case HB_WIN_DLL_CTYPE_SHORT:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED:
-         pArg->value.t.n32 = hb_itemGetNI( pParam ) & 0xFFFF;
-         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
-         break;
-
-      case HB_WIN_DLL_CTYPE_INT:
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_LONG:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED:
-         pArg->value.t.n32 = hb_itemGetNL( pParam );
-         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
-         break;
-
-      case HB_WIN_DLL_CTYPE_LLONG:
-      case HB_WIN_DLL_CTYPE_LLONG_UNSIGNED:
-         pArg->value.t.n32 = hb_itemGetNL( pParam );
-         if( pArg->bByRef )
-            *r1 = ( HB_U32 ) &pArg->value.t.n64;
-         else
-         {
-            *r1 = pArg->value.t.n64 & 0xFFFFFFFF;
-            *r2 = ( pArg->value.t.n64 >> 32 );
-            *b64 = HB_TRUE;
-         }
-         break;
-
-      case HB_WIN_DLL_CTYPE_FLOAT:
-         pArg->value.t.nFL = ( float ) hb_itemGetND( pParam );
-         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.nFL : pArg->value.t.n32;
-         break;
-
-      case HB_WIN_DLL_CTYPE_DOUBLE:
-         pArg->value.t.nDB = hb_itemGetND( pParam );
-         if( pArg->bByRef )
-            *r1 = ( HB_U32 ) &pArg->value.t.nDB;
-         else
-         {
-            *r1 = pArg->value.t.n64 & 0xFFFFFFFF;
-            *r2 = ( pArg->value.t.n64 >> 32 );
-            *b64 = HB_TRUE;
-         }
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED_PTR:
-         *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
-         pArg->value.t.n32 = *r1;
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_PTR:
-
-         switch( pArg->iEncoding )
-         {
-            case HB_WIN_DLL_ENC_ASCII:
-            {
-               HB_SIZE nLen;
-               const char * s = hb_itemGetStr( pParam, hb_setGetOSCP(), &pArg->hString, &nLen );
-               *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, s, nLen );
-               break;
-            }
-            case HB_WIN_DLL_ENC_UTF8:
-            {
-               HB_SIZE nLen;
-               const char * s = hb_itemGetStrUTF8( pParam, &pArg->hString, &nLen );
-               *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, s, nLen );
-               break;
-            }
-            case HB_WIN_DLL_ENC_UTF16:
-            {
-               HB_SIZE nLen;
-               const HB_WCHAR * s = hb_itemGetStrU16( pParam, HB_CDP_ENDIAN_NATIVE, &pArg->hString, &nLen );
-               *r1 = ( HB_U32 ) hb_wstrunshare( &pArg->hString, s, nLen );
-               break;
-            }
-            default:
-               *r1 = ( HB_U32 ) hb_strunshare( &pArg->hString, hb_itemGetCPtr( pParam ), hb_itemGetCLen( pParam ) );
-         }
-         pArg->value.t.n32 = *r1;
-         break;
-
-      case HB_WIN_DLL_CTYPE_SHORT_PTR:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_INT_PTR:
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_LLONG_PTR:
-      case HB_WIN_DLL_CTYPE_LLONG_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_FLOAT_PTR:
-      case HB_WIN_DLL_CTYPE_DOUBLE_PTR:
-      case HB_WIN_DLL_CTYPE_BOOL_PTR:
-      case HB_WIN_DLL_CTYPE_VOID_PTR:
-      case HB_WIN_DLL_CTYPE_STRUCTURE_PTR:
-         pArg->value.t.n32 = ( HB_U32 ) hb_itemGetPtr( pParam );
-         *r1 = pArg->bByRef ? ( HB_U32 ) &pArg->value.t.n32 : pArg->value.t.n32;
-         break;
-
-      case HB_WIN_DLL_CTYPE_STRUCTURE:
-         /* TODO */
-         *r1 = pArg->value.t.n32 = 0;
-         break;
-
-      case HB_WIN_DLL_CTYPE_VOID:
-      default:
-         *r1 = pArg->value.t.n32 = 0;
-   }
-}
-
-static PHB_ITEM hb_u32ret( PHB_ITEM pItem, int iRetType, int iEncoding, HB_DYNVAL value, HB_ISIZ nLen )
-{
-   switch( iRetType )
-   {
-      case HB_WIN_DLL_CTYPE_VOID:
-         hb_itemClear( pItem );
-         break;
-
-      case HB_WIN_DLL_CTYPE_BOOL:
-         hb_itemPutL( pItem, value.t.n32 != 0 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR:
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED:
-         hb_itemPutNI( pItem, ( int ) ( value.t.n32 & 0xFF ) );
-         break;
-
-      case HB_WIN_DLL_CTYPE_SHORT:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_INT:
-         hb_itemPutNI( pItem, ( int ) value.t.n32 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_LONG:
-         hb_itemPutNL( pItem, ( long ) value.t.n32 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED:
-         hb_itemPutNInt( pItem, value.t.n32 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_LLONG:
-      case HB_WIN_DLL_CTYPE_LLONG_UNSIGNED:
-         hb_itemPutNInt( pItem, value.t.n64 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_UNSIGNED_PTR:
-         hb_itemPutC( pItem, ( const char * ) value.t.n32 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_CHAR_PTR:
-
-         switch( iEncoding )
-         {
-            case HB_WIN_DLL_ENC_ASCII:
-               if( nLen == -1 )
-                  hb_itemPutStr( pItem, hb_setGetOSCP(), ( const char * ) value.t.n32 );
-               else
-                  hb_itemPutStrLen( pItem, hb_setGetOSCP(), ( const char * ) value.t.n32, nLen );
-               break;
-            case HB_WIN_DLL_ENC_UTF8:
-               if( nLen == -1 )
-                  hb_itemPutStrUTF8( pItem, ( const char * ) value.t.n32 );
-               else
-                  hb_itemPutStrLenUTF8( pItem, ( const char * ) value.t.n32, nLen );
-               break;
-            case HB_WIN_DLL_ENC_UTF16:
-               if( nLen == -1 )
-                  hb_itemPutStrU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) value.t.n32 );
-               else
-                  hb_itemPutStrLenU16( pItem, HB_CDP_ENDIAN_NATIVE, ( const HB_WCHAR * ) value.t.n32, nLen );
-               break;
-            default:
-               if( nLen == -1 )
-                  hb_itemPutC( pItem, ( const char * ) value.t.n32 );
-               else
-                  hb_itemPutCL( pItem, ( const char * ) value.t.n32, nLen );
-         }
-         break;
-
-      case HB_WIN_DLL_CTYPE_INT_PTR:
-      case HB_WIN_DLL_CTYPE_SHORT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_INT_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_STRUCTURE_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_PTR:
-      case HB_WIN_DLL_CTYPE_LONG_UNSIGNED_PTR:
-      case HB_WIN_DLL_CTYPE_VOID_PTR:
-      case HB_WIN_DLL_CTYPE_BOOL_PTR:
-      case HB_WIN_DLL_CTYPE_FLOAT_PTR:
-      case HB_WIN_DLL_CTYPE_DOUBLE_PTR:
-         hb_itemPutPtr( pItem, ( void * ) value.t.n32 );
-         break;
-
-      case HB_WIN_DLL_CTYPE_FLOAT:
-         hb_itemPutND( pItem, value.t.nFL );
-         break;
-
-      case HB_WIN_DLL_CTYPE_DOUBLE:
-         hb_itemPutND( pItem, value.t.nDB );
-         break;
-
-      default:
-         hb_itemPutNL( pItem, ( long ) value.t.n32 );
-   }
-
-   return pItem;
-}
-
-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 );
-typedef HB_U32 ( _stdcall * FX86_S32P03 )( HB_U32, HB_U32, HB_U32 );
-typedef HB_U32 ( _stdcall * FX86_S32P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U32 ( _stdcall * FX86_S32P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U32 ( _stdcall * FX86_S32P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U32 ( _stdcall * FX86_S32P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U32 ( _stdcall * FX86_S32P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U32 ( _stdcall * FX86_S32P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U32 ( _stdcall * FX86_S32P10 )( 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_S32P11 )( 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_S32P12 )( 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_S32P13 )( HB_U32, 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_S32P14 )( HB_U32, HB_U32, 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_S32P15 )( HB_U32, HB_U32, HB_U32, 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_S32P16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_S32P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P00 )( void );
-typedef HB_U64 ( _stdcall * FX86_S64P01 )( HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P02 )( HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P03 )( HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef HB_U64 ( _stdcall * FX86_S64P11 )( 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 ( _stdcall * FX86_S64P12 )( 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 ( _stdcall * FX86_S64P13 )( HB_U32, 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 ( _stdcall * FX86_S64P14 )( HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P15 )( HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_S64P30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP00 )( void );
-typedef double ( _stdcall * FX86_SDBP01 )( HB_U32 );
-typedef double ( _stdcall * FX86_SDBP02 )( HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP03 )( HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP11 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef double ( _stdcall * FX86_SDBP12 )( 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 ( _stdcall * FX86_SDBP13 )( HB_U32, 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 ( _stdcall * FX86_SDBP14 )( HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP15 )( HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP29 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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 ( _stdcall * FX86_SDBP30 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP00 )( void );
-typedef float  ( _stdcall * FX86_SFLP01 )( HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP02 )( HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP03 )( HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP04 )( HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP05 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP06 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP07 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP08 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP09 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP10 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32 );
-typedef float  ( _stdcall * FX86_SFLP11 )( 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_SFLP12 )( 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_SFLP13 )( HB_U32, 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_SFLP14 )( HB_U32, HB_U32, 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_SFLP15 )( HB_U32, HB_U32, HB_U32, 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_SFLP16 )( HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP17 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP18 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP19 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP20 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP21 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP22 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP23 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP24 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP25 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP26 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP27 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_SFLP28 )( HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, HB_U32, 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_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 );
-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 );
-
-#endif
-
-void hbwin_dllCall( int iFuncFlags, FARPROC lpFunction, int iParams, int iFirst, int * piArgFlags )
-{
-   if( ! lpFunction )
-      return;
-
-#if defined( HB_ARCH_64BIT )
-   {
-      int iRetType  = iFuncFlags & _MASK_CTYPE;
-      int iEncoding = iFuncFlags & _MASK_ENCODING;
-
-      iParams -= iFirst - 1;
-
-      if( iParams <= _DYNEXEC_MAXPARAM )
-      {
-         HB_U64 nRetVal = 0;
-         HB_U64 rawpar[ _DYNEXEC_MAXPARAM ];
-         HB_DYNARG * pArg;
-         int tmp;
-
-         if( iParams )
-         {
-            pArg = ( HB_DYNARG * ) hb_xgrab( iParams * sizeof( HB_DYNARG ) );
-            memset( pArg, 0, iParams * sizeof( HB_DYNARG ) );
-         }
-         else
-            pArg = NULL;
-
-         for( tmp = 0; tmp < iParams; ++tmp )
-         {
-            PHB_ITEM pParam = hb_param( iFirst + tmp, HB_IT_ANY );
-
-            if( piArgFlags )
-            {
-               pArg[ tmp ].iType     = piArgFlags[ tmp ] & _MASK_CTYPE;
-               pArg[ tmp ].iEncoding = piArgFlags[ tmp ] & _MASK_ENCODING;
-            }
-            else
-            {
-               pArg[ tmp ].iType     = HB_WIN_DLL_CTYPE_DEFAULT;
-               pArg[ tmp ].iEncoding = iEncoding;
-            }
-
-            if( pArg[ tmp ].iType == HB_WIN_DLL_CTYPE_DEFAULT )
-               pArg[ tmp ].iType = hb_hbtoctype( HB_ITEM_TYPE( pParam ) );
-
-            pArg[ tmp ].bByRef = HB_ISBYREF( iFirst + tmp );
-
-            rawpar[ tmp ] = hb_u64par( pParam, &pArg[ tmp ] );
-         }
-
-         switch( iParams )
-         {
-            case  0: nRetVal = ( ( FX64_00 ) *lpFunction )(); break;
-            case  1: nRetVal = ( ( FX64_01 ) *lpFunction )( rawpar[ 0 ] ); break;
-            case  2: nRetVal = ( ( FX64_02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-            case  3: nRetVal = ( ( FX64_03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-            case  4: nRetVal = ( ( FX64_04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-            case  5: nRetVal = ( ( FX64_05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-            case  6: nRetVal = ( ( FX64_06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-            case  7: nRetVal = ( ( FX64_07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-            case  8: nRetVal = ( ( FX64_08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-            case  9: nRetVal = ( ( FX64_09 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ] ); break;
-            case 10: nRetVal = ( ( FX64_10 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ], rawpar[ 8 ], rawpar[ 9 ] ); break;
-            case 11: nRetVal = ( ( FX64_11 ) *lpFunction )( 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: nRetVal = ( ( FX64_12 ) *lpFunction )( 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: nRetVal = ( ( FX64_13 ) *lpFunction )( 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: nRetVal = ( ( FX64_14 ) *lpFunction )( 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: nRetVal = ( ( FX64_15 ) *lpFunction )( 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;
-         }
-
-         hb_u64ret( hb_stackReturnItem(), iRetType, iEncoding, nRetVal, -1 );
-
-         for( tmp = 0; tmp < iParams; ++tmp )
-         {
-            if( pArg[ tmp ].bByRef )
-            {
-               PHB_ITEM pItem = hb_itemNew( NULL );
-
-               hb_itemParamStoreForward( ( HB_USHORT ) ( iFirst + tmp ),
-                  hb_u64ret( pItem, pArg[ tmp ].iType, pArg[ tmp ].iEncoding, pArg[ tmp ].nValue, hb_parclen( iFirst + tmp ) ) );
-
-               hb_itemRelease( pItem );
-            }
-
-            hb_strfree( pArg[ tmp ].hString );
-         }
-
-         if( pArg )
-            hb_xfree( pArg );
-      }
-      else
-         hb_errRT_BASE( EG_ARG, 2010, "A maximum of 15 parameters is supported", HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
-   }
-#elif defined( HB_ARCH_32BIT )
-   {
-      int iCallConv = iFuncFlags & _MASK_CALLCONV;
-      int iRetType  = iFuncFlags & _MASK_CTYPE;
-      int iEncoding = iFuncFlags & _MASK_ENCODING;
-
-      iParams -= iFirst - 1;
-
-      if( iParams <= _DYNEXEC_MAXPARAM )
-      {
-         int iRetTypeRaw;
-         HB_DYNVAL ret;
-         HB_DYNARG * pArg;
-         int tmp;
-
-         int iParamsRaw = 0;
-         HB_U32 rawpar[ _DYNEXEC_MAXPARAM * 2 ];
-
-         ret.t.n64 = 0;
-
-         if( iRetType == HB_WIN_DLL_CTYPE_DOUBLE )
-            iRetTypeRaw = _RETTYPERAW_DOUBLE;
-         else if( iRetType == HB_WIN_DLL_CTYPE_FLOAT )
-            iRetTypeRaw = _RETTYPERAW_FLOAT;
-         else
-            iRetTypeRaw = _RETTYPERAW_INT32;
-
-         if( iParams )
-         {
-            pArg = ( HB_DYNARG * ) hb_xgrab( iParams * sizeof( HB_DYNARG ) );
-            memset( pArg, 0, iParams * sizeof( HB_DYNARG ) );
-         }
-         else
-            pArg = NULL;
-
-         for( tmp = 0; tmp < iParams; ++tmp )
-         {
-            PHB_ITEM pParam = hb_param( iFirst + tmp, HB_IT_ANY );
-
-            HB_U32 r1;
-            HB_U32 r2;
-            HB_BOOL b64;
-
-            if( piArgFlags )
-            {
-               pArg[ tmp ].iType     = piArgFlags[ tmp ] & _MASK_CTYPE;
-               pArg[ tmp ].iEncoding = piArgFlags[ tmp ] & _MASK_ENCODING;
-            }
-            else
-            {
-               pArg[ tmp ].iType     = HB_WIN_DLL_CTYPE_DEFAULT;
-               pArg[ tmp ].iEncoding = iEncoding;
-            }
-
-            if( pArg[ tmp ].iType == HB_WIN_DLL_CTYPE_DEFAULT )
-               pArg[ tmp ].iType = hb_hbtoctype( HB_ITEM_TYPE( pParam ) );
-
-            pArg[ tmp ].bByRef = HB_ISBYREF( iFirst + tmp );
-
-            hb_u32par( pParam, &pArg[ tmp ], &r1, &r2, &b64 );
-
-            /* TOFIX: Verify proper order. */
-            rawpar[ iParamsRaw++ ] = r1;
-            if( b64 )
-               rawpar[ iParamsRaw++ ] = r2;
-         }
-
-         if( iCallConv == HB_WIN_DLL_CALLCONV_CDECL )
-         {
-            switch( iRetTypeRaw )
-            {
-            case _RETTYPERAW_INT32:
-               switch( iParamsRaw )
-               {
-                  case  0: ret.t.n32 = ( ( FX86_C32P00 ) *lpFunction )(); break;
-                  case  1: ret.t.n32 = ( ( FX86_C32P01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.n32 = ( ( FX86_C32P02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.n32 = ( ( FX86_C32P03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.n32 = ( ( FX86_C32P04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.n32 = ( ( FX86_C32P05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.n32 = ( ( FX86_C32P06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.n32 = ( ( FX86_C32P07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.n32 = ( ( FX86_C32P08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.n32 = ( ( FX86_C32P09 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )(); break;
-                  case  1: ret.t.n64 = ( ( FX86_C64P01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.n64 = ( ( FX86_C64P02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.n64 = ( ( FX86_C64P03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.n64 = ( ( FX86_C64P04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.n64 = ( ( FX86_C64P05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.n64 = ( ( FX86_C64P06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.n64 = ( ( FX86_C64P07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.n64 = ( ( FX86_C64P08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.n64 = ( ( FX86_C64P09 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )(); break;
-                  case  1: ret.t.nDB = ( ( FX86_CDBP01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.nDB = ( ( FX86_CDBP02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.nDB = ( ( FX86_CDBP03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.nDB = ( ( FX86_CDBP04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.nDB = ( ( FX86_CDBP05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.nDB = ( ( FX86_CDBP06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.nDB = ( ( FX86_CDBP07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.nDB = ( ( FX86_CDBP08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.nDB = ( ( FX86_CDBP09 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )(); break;
-                  case  1: ret.t.nFL = ( ( FX86_CFLP01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.nFL = ( ( FX86_CFLP02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.nFL = ( ( FX86_CFLP03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.nFL = ( ( FX86_CFLP04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.nFL = ( ( FX86_CFLP05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.nFL = ( ( FX86_CFLP06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.nFL = ( ( FX86_CFLP07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.nFL = ( ( FX86_CFLP08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.nFL = ( ( FX86_CFLP09 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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 ) *lpFunction )( 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( iRetTypeRaw )
-            {
-            case _RETTYPERAW_INT32:
-               switch( iParamsRaw )
-               {
-                  case  0: ret.t.n32 = ( ( FX86_S32P00 ) *lpFunction )(); break;
-                  case  1: ret.t.n32 = ( ( FX86_S32P01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.n32 = ( ( FX86_S32P02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.n32 = ( ( FX86_S32P03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.n32 = ( ( FX86_S32P04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.n32 = ( ( FX86_S32P05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.n32 = ( ( FX86_S32P06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.n32 = ( ( FX86_S32P07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.n32 = ( ( FX86_S32P08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.n32 = ( ( FX86_S32P09 ) *lpFunction )( 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_S32P10 ) *lpFunction )( 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_S32P11 ) *lpFunction )( 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_S32P12 ) *lpFunction )( 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_S32P13 ) *lpFunction )( 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_S32P14 ) *lpFunction )( 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_S32P15 ) *lpFunction )( 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_S32P16 ) *lpFunction )( 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_S32P17 ) *lpFunction )( 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_S32P18 ) *lpFunction )( 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_S32P19 ) *lpFunction )( 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_S32P20 ) *lpFunction )( 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_S32P21 ) *lpFunction )( 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_S32P22 ) *lpFunction )( 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_S32P23 ) *lpFunction )( 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_S32P24 ) *lpFunction )( 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_S32P25 ) *lpFunction )( 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_S32P26 ) *lpFunction )( 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_S32P27 ) *lpFunction )( 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_S32P28 ) *lpFunction )( 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_S32P29 ) *lpFunction )( 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_S32P30 ) *lpFunction )( 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_S64P00 ) *lpFunction )(); break;
-                  case  1: ret.t.n64 = ( ( FX86_S64P01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.n64 = ( ( FX86_S64P02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.n64 = ( ( FX86_S64P03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.n64 = ( ( FX86_S64P04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.n64 = ( ( FX86_S64P05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.n64 = ( ( FX86_S64P06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.n64 = ( ( FX86_S64P07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.n64 = ( ( FX86_S64P08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.n64 = ( ( FX86_S64P09 ) *lpFunction )( 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_S64P10 ) *lpFunction )( 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_S64P11 ) *lpFunction )( 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_S64P12 ) *lpFunction )( 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_S64P13 ) *lpFunction )( 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_S64P14 ) *lpFunction )( 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_S64P15 ) *lpFunction )( 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_S64P16 ) *lpFunction )( 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_S64P17 ) *lpFunction )( 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_S64P18 ) *lpFunction )( 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_S64P19 ) *lpFunction )( 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_S64P20 ) *lpFunction )( 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_S64P21 ) *lpFunction )( 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_S64P22 ) *lpFunction )( 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_S64P23 ) *lpFunction )( 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_S64P24 ) *lpFunction )( 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_S64P25 ) *lpFunction )( 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_S64P26 ) *lpFunction )( 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_S64P27 ) *lpFunction )( 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_S64P28 ) *lpFunction )( 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_S64P29 ) *lpFunction )( 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_S64P30 ) *lpFunction )( 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_SDBP00 ) *lpFunction )(); break;
-                  case  1: ret.t.nDB = ( ( FX86_SDBP01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.nDB = ( ( FX86_SDBP02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.nDB = ( ( FX86_SDBP03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.nDB = ( ( FX86_SDBP04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.nDB = ( ( FX86_SDBP05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.nDB = ( ( FX86_SDBP06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.nDB = ( ( FX86_SDBP07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.nDB = ( ( FX86_SDBP08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.nDB = ( ( FX86_SDBP09 ) *lpFunction )( 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_SDBP10 ) *lpFunction )( 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_SDBP11 ) *lpFunction )( 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_SDBP12 ) *lpFunction )( 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_SDBP13 ) *lpFunction )( 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_SDBP14 ) *lpFunction )( 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_SDBP15 ) *lpFunction )( 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_SDBP16 ) *lpFunction )( 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_SDBP17 ) *lpFunction )( 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_SDBP18 ) *lpFunction )( 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_SDBP19 ) *lpFunction )( 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_SDBP20 ) *lpFunction )( 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_SDBP21 ) *lpFunction )( 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_SDBP22 ) *lpFunction )( 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_SDBP23 ) *lpFunction )( 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_SDBP24 ) *lpFunction )( 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_SDBP25 ) *lpFunction )( 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_SDBP26 ) *lpFunction )( 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_SDBP27 ) *lpFunction )( 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_SDBP28 ) *lpFunction )( 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_SDBP29 ) *lpFunction )( 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_SDBP30 ) *lpFunction )( 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_SFLP00 ) *lpFunction )(); break;
-                  case  1: ret.t.nFL = ( ( FX86_SFLP01 ) *lpFunction )( rawpar[ 0 ] ); break;
-                  case  2: ret.t.nFL = ( ( FX86_SFLP02 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ] ); break;
-                  case  3: ret.t.nFL = ( ( FX86_SFLP03 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ] ); break;
-                  case  4: ret.t.nFL = ( ( FX86_SFLP04 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ] ); break;
-                  case  5: ret.t.nFL = ( ( FX86_SFLP05 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ] ); break;
-                  case  6: ret.t.nFL = ( ( FX86_SFLP06 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ] ); break;
-                  case  7: ret.t.nFL = ( ( FX86_SFLP07 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ] ); break;
-                  case  8: ret.t.nFL = ( ( FX86_SFLP08 ) *lpFunction )( rawpar[ 0 ], rawpar[ 1 ], rawpar[ 2 ], rawpar[ 3 ], rawpar[ 4 ], rawpar[ 5 ], rawpar[ 6 ], rawpar[ 7 ] ); break;
-                  case  9: ret.t.nFL = ( ( FX86_SFLP09 ) *lpFunction )( 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_SFLP10 ) *lpFunction )( 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_SFLP11 ) *lpFunction )( 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_SFLP12 ) *lpFunction )( 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_SFLP13 ) *lpFunction )( 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_SFLP14 ) *lpFunction )( 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_SFLP15 ) *lpFunction )( 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_SFLP16 ) *lpFunction )( 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_SFLP17 ) *lpFunction )( 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_SFLP18 ) *lpFunction )( 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_SFLP19 ) *lpFunction )( 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_SFLP20 ) *lpFunction )( 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_SFLP21 ) *lpFunction )( 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_SFLP22 ) *lpFunction )( 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_SFLP23 ) *lpFunction )( 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_SFLP24 ) *lpFunction )( 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_SFLP25 ) *lpFunction )( 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_SFLP26 ) *lpFunction )( 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_SFLP27 ) *lpFunction )( 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_SFLP28 ) *lpFunction )( 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_SFLP29 ) *lpFunction )( 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_SFLP30 ) *lpFunction )( 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;
-            }
-         }
-
-         hb_u32ret( hb_stackReturnItem(), iRetType, iEncoding, ret, -1 );
-
-         for( tmp = 0; tmp < iParams; ++tmp )
-         {
-            if( pArg[ tmp ].bByRef )
-            {
-               PHB_ITEM pItem = hb_itemNew( NULL );
-
-               hb_itemParamStoreForward( ( HB_USHORT ) ( iFirst + tmp ),
-                  hb_u32ret( pItem, pArg[ tmp ].iType, pArg[ tmp ].iEncoding, pArg[ tmp ].value, hb_parclen( iFirst + tmp ) ) );
-
-               hb_itemRelease( pItem );
-            }
-
-            hb_strfree( pArg[ tmp ].hString );
-         }
-
-         if( pArg )
-            hb_xfree( pArg );
-      }
-      else
-         hb_errRT_BASE( EG_ARG, 2010, "A maximum of 15 parameters is supported", HB_ERR_FUNCNAME, HB_ERR_ARGS_BASEPARAMS );
-   }
-#else
-   HB_SYMBOL_UNUSED( iFuncFlags );
-   HB_SYMBOL_UNUSED( iParams );
-   HB_SYMBOL_UNUSED( iFirst );
-   HB_SYMBOL_UNUSED( piArgFlags );
-#endif
-}
-
-/* ------------------------------------------------------------------ */
-
-FARPROC hbwin_getprocaddress( HMODULE hDLL, PHB_ITEM pParam, HB_BOOL * pbUNICODE )
-{
-#if defined( HB_OS_WIN_CE )
-   void * hStr;
-   HB_SIZE nLen;
-   LPCWSTR szProc = hb_itemGetStrU16( pParam, HB_CDP_ENDIAN_NATIVE, &hStr, &nLen );
-   FARPROC lpFunction = GetProcAddress( hDLL, szProc ? szProc :
-                  ( LPCWSTR ) ( HB_PTRDIFF ) ( hb_itemGetNI( pParam ) & 0x0FFFF ) );
-
-   if( ! lpFunction && szProc ) /* try with WIDE suffix? */
-   {
-      LPWSTR pszProcW = ( LPWSTR ) hb_xgrab( ( nLen + 2 ) * sizeof( WCHAR ) );
-      memcpy( pszProcW, szProc, nLen * sizeof( WCHAR ) );
-      pszProcW[ nLen++ ] = L'W';
-      pszProcW[ nLen++ ] = 0;
-      lpFunction = GetProcAddress( hDLL, pszProcW );
-      hb_xfree( pszProcW );
-   }
-   hb_strfree( hStr );
-
-   if( pbUNICODE )
-      *pbUNICODE = HB_TRUE;
-#else
-   const char * szProc = hb_itemGetCPtr( pParam );
-   FARPROC lpFunction = GetProcAddress( hDLL, szProc ? szProc :
-                  ( LPCSTR ) ( HB_PTRDIFF ) ( hb_itemGetNI( pParam ) & 0x0FFFF ) );
-
-   if( pbUNICODE )
-      *pbUNICODE = HB_FALSE;
-
-#if defined( UNICODE )
-   if( ! lpFunction && szProc ) /* try with WIDE suffix? */
-   {
-      char * pszFuncName = hb_xstrcpy( NULL, szProc, "W", NULL );
-      lpFunction = GetProcAddress( hDLL, pszFuncName );
-      hb_xfree( pszFuncName );
-      if( pbUNICODE )
-         *pbUNICODE = HB_TRUE;
-   }
-#endif
-
-   if( ! lpFunction && szProc ) /* try with ANSI suffix? */
-   {
-      char * pszFuncName = hb_xstrcpy( NULL, szProc, "A", NULL );
-      lpFunction = GetProcAddress( hDLL, pszFuncName );
-      hb_xfree( pszFuncName );
-      if( pbUNICODE )
-         *pbUNICODE = HB_FALSE;
-   }
-#endif
-   return lpFunction;
-}
+#include "hbdyn.h"
 
 HB_FUNC( WIN_DLLCALL )
 {
@@ -1380,7 +62,7 @@ HB_FUNC( WIN_DLLCALL )
    HB_BOOL bFreeDLL = HB_FALSE;
 
    HMODULE hDLL = NULL;
-   FARPROC lpFunction = NULL;
+   void * pFunctionPtr = NULL;
 
    if( pParam )
    {
@@ -1394,7 +76,7 @@ HB_FUNC( WIN_DLLCALL )
             HB_SIZE nBasePos = 2;
 
             if( HB_IS_POINTER( pFunction ) )
-               lpFunction = ( FARPROC ) hb_itemGetPtr( pFunction );
+               pFunctionPtr = hb_itemGetPtr( pFunction );
             else if( ( HB_IS_NUMERIC( pFunction ) || HB_IS_STRING( pFunction ) ) && nLen >= nBasePos )
             {
                PHB_ITEM pLibrary = hb_arrayGetItemPtr( pParam, nBasePos );
@@ -1415,9 +97,9 @@ HB_FUNC( WIN_DLLCALL )
                if( hDLL )
                {
                   HB_BOOL bUNICODE;
-                  lpFunction = hbwin_getprocaddress( hDLL, pFunction, &bUNICODE );
+                  pFunctionPtr = ( void * ) hbwin_getprocaddress( hDLL, pFunction, &bUNICODE );
                   if( bUNICODE )
-                     iFuncFlags |= HB_WIN_DLL_ENC_UTF16;
+                     iFuncFlags |= HB_DYN_ENC_UTF16;
                }
 
                ++nBasePos;
@@ -1438,15 +120,15 @@ HB_FUNC( WIN_DLLCALL )
                piArgFlags = ( int * ) hb_xgrab( sizeof( int ) * nArgCount );
 
                for( nPos = 0; nPos < nArgCount; ++nPos )
-                  piArgFlags[ nPos ] = ( ( nPos + nBasePos ) <= nLen && HB_IS_NUMERIC( hb_arrayGetItemPtr( pParam, nPos + nBasePos ) ) ) ? hb_arrayGetNI( pParam, nPos + nBasePos ) : HB_WIN_DLL_CTYPE_DEFAULT;
+                  piArgFlags[ nPos ] = ( ( nPos + nBasePos ) <= nLen && HB_IS_NUMERIC( hb_arrayGetItemPtr( pParam, nPos + nBasePos ) ) ) ? hb_arrayGetNI( pParam, nPos + nBasePos ) : HB_DYN_CTYPE_DEFAULT;
             }
          }
       }
       else if( HB_IS_POINTER( pParam ) )
-         lpFunction = ( FARPROC ) hb_itemGetPtr( pParam );
+         pFunctionPtr = hb_itemGetPtr( pParam );
    }
 
-   hbwin_dllCall( iFuncFlags, lpFunction, hb_pcount(), 2, piArgFlags );
+   hb_dynCall( iFuncFlags, pFunctionPtr, hb_pcount(), 2, piArgFlags );
 
    if( piArgFlags )
       hb_xfree( piArgFlags );
diff --git a/harbour/contrib/hbwin/win_dllx.c b/harbour/contrib/hbwin/win_dllx.c
index c38fba7550..efbf8217f2 100644
--- a/harbour/contrib/hbwin/win_dllx.c
+++ b/harbour/contrib/hbwin/win_dllx.c
@@ -55,13 +55,7 @@
 #include "hbwin.h"
 #include "hbapierr.h"
 #include "hbapiitm.h"
-#include "hbvm.h"
-
-#ifndef HB_WIN_NO_LEGACY
-#define HB_WIN_NO_LEGACY
-#endif
-#undef HB_LEGACY_LEVEL3
-#include "hbwin.ch"
+#include "hbdyn.h"
 
 #ifdef HB_COMPAT_XPP
 
@@ -73,7 +67,7 @@ typedef struct
    HMODULE  hDLL;       /* Handle */
    HB_BOOL  bFreeDLL;   /* Free library handle on destroy? */
    int      iFuncFlags;
-   FARPROC  lpFunction; /* Function Address */
+   void *   pFunction; /* Function Address */
 } HB_DLLEXEC, * PHB_DLLEXEC;
 
 static HB_GARBAGE_FUNC( _DLLUnload )
@@ -131,14 +125,14 @@ HB_FUNC( DLLCALL )
 
    if( hDLL && ( HB_PTRDIFF ) hDLL >= 32 )
    {
-      HB_BOOL bUNICODE;
-      FARPROC lpFunction = hbwin_getprocaddress( hDLL, hb_param( 3, HB_IT_ANY ), &bUNICODE );
+      HB_BOOL bWIDE;
+      void * pFunction = ( void * ) hbwin_getprocaddress( hDLL, hb_param( 3, HB_IT_ANY ), &bWIDE );
 
-      hbwin_dllCall( ( HB_ISNUM( 2 ) ? hb_parni( 2 ) : HB_WIN_DLL_CALLCONV_STDCALL ) | ( bUNICODE ? HB_WIN_DLL_ENC_UTF16 : 0 ),
-                     lpFunction,
-                     hb_pcount(),
-                     4,
-                     NULL );
+      hb_dynCall( ( HB_ISNUM( 2 ) ? hb_parni( 2 ) : HB_DYN_CALLCONV_STDCALL ) | ( bWIDE ? HB_DYN_ENC_UTF16 : 0 ),
+                  pFunction,
+                  hb_pcount(),
+                  4,
+                  NULL );
 
       if( HB_ISCHAR( 1 ) )
          FreeLibrary( hDLL );
@@ -169,11 +163,11 @@ HB_FUNC( DLLPREPARECALL )
 
    if( xec->hDLL )
    {
-      HB_BOOL bUNICODE;
-      xec->lpFunction = hbwin_getprocaddress( xec->hDLL, hb_param( 3, HB_IT_ANY ), &bUNICODE );
-      if( xec->lpFunction )
+      HB_BOOL bWIDE;
+      xec->pFunction = ( void * ) hbwin_getprocaddress( xec->hDLL, hb_param( 3, HB_IT_ANY ), &bWIDE );
+      if( xec->pFunction )
       {
-         xec->iFuncFlags = ( HB_ISNUM( 2 ) ? hb_parni( 2 ) : HB_WIN_DLL_CALLCONV_STDCALL ) | ( bUNICODE ? HB_WIN_DLL_ENC_UTF16 : 0 );
+         xec->iFuncFlags = ( HB_ISNUM( 2 ) ? hb_parni( 2 ) : HB_DYN_CALLCONV_STDCALL ) | ( bWIDE ? HB_DYN_ENC_UTF16 : 0 );
 
          hb_retptrGC( xec );
          return;
@@ -192,13 +186,13 @@ HB_FUNC( DLLEXECUTECALL )
 {
    PHB_DLLEXEC xec = ( PHB_DLLEXEC ) hb_parptrGC( &s_gcDllFuncs, 1 );
 
-   if( xec && xec->hDLL && xec->lpFunction )
+   if( xec && xec->hDLL && xec->pFunction )
    {
-      hbwin_dllCall( xec->iFuncFlags,
-                     xec->lpFunction,
-                     hb_pcount(),
-                     2,
-                     NULL );
+      hb_dynCall( xec->iFuncFlags,
+                  xec->pFunction,
+                  hb_pcount(),
+                  2,
+                  NULL );
    }
 }
 
diff --git a/harbour/contrib/hbwin/win_misc.c b/harbour/contrib/hbwin/win_misc.c
index d7ae76a852..b9ba82ce6c 100644
--- a/harbour/contrib/hbwin/win_misc.c
+++ b/harbour/contrib/hbwin/win_misc.c
@@ -62,6 +62,7 @@
  */
 
 #include "hbwin.h"
+#include "hbapiitm.h"
 
 #ifndef QS_ALLPOSTMESSAGE
 #define QS_ALLPOSTMESSAGE   0x0100
@@ -302,3 +303,56 @@ HB_FUNC( WIN_SYSREFRESH )
    CloseHandle( hDummyEvent );
    hb_retni( 0 );
 }
+
+FARPROC hbwin_getprocaddress( HMODULE hDLL, PHB_ITEM pParam, HB_BOOL * pbWIDE )
+{
+#if defined( HB_OS_WIN_CE )
+   void * hStr;
+   HB_SIZE nLen;
+   LPCWSTR szProc = hb_itemGetStrU16( pParam, HB_CDP_ENDIAN_NATIVE, &hStr, &nLen );
+   FARPROC lpFunction = GetProcAddress( hDLL, szProc ? szProc :
+                  ( LPCWSTR ) ( HB_PTRDIFF ) ( hb_itemGetNI( pParam ) & 0x0FFFF ) );
+
+   if( ! lpFunction && szProc ) /* try with WIDE suffix? */
+   {
+      LPWSTR pszProcW = ( LPWSTR ) hb_xgrab( ( nLen + 2 ) * sizeof( WCHAR ) );
+      memcpy( pszProcW, szProc, nLen * sizeof( WCHAR ) );
+      pszProcW[ nLen++ ] = L'W';
+      pszProcW[ nLen++ ] = 0;
+      lpFunction = GetProcAddress( hDLL, pszProcW );
+      hb_xfree( pszProcW );
+   }
+   hb_strfree( hStr );
+
+   if( pbWIDE )
+      *pbWIDE = HB_TRUE;
+#else
+   const char * szProc = hb_itemGetCPtr( pParam );
+   FARPROC lpFunction = GetProcAddress( hDLL, szProc ? szProc :
+                  ( LPCSTR ) ( HB_PTRDIFF ) ( hb_itemGetNI( pParam ) & 0x0FFFF ) );
+
+   if( pbWIDE )
+      *pbWIDE = HB_FALSE;
+
+#if defined( UNICODE )
+   if( ! lpFunction && szProc ) /* try with WIDE suffix? */
+   {
+      char * pszFuncName = hb_xstrcpy( NULL, szProc, "W", NULL );
+      lpFunction = GetProcAddress( hDLL, pszFuncName );
+      hb_xfree( pszFuncName );
+      if( pbWIDE )
+         *pbWIDE = HB_TRUE;
+   }
+#endif
+
+   if( ! lpFunction && szProc ) /* try with ANSI suffix? */
+   {
+      char * pszFuncName = hb_xstrcpy( NULL, szProc, "A", NULL );
+      lpFunction = GetProcAddress( hDLL, pszFuncName );
+      hb_xfree( pszFuncName );
+      if( pbWIDE )
+         *pbWIDE = HB_FALSE;
+   }
+#endif
+   return lpFunction;
+}