<pre>


                 -----------------------------------------------
                         VFP 9.0 FIX - MACRO SUBSTITUTION
                                 January 2012
                 -----------------------------------------------
                                    CCB



1. BUG:

     In vfp9, the procedure size can greater than 64KB.

     There is a program for test:

     *PROC testmacro

     SET STEP OFF
     SET ECHO OFF
     SET DEBUG OFF
     SET ESCAPE OFF
     SET TALK OFF
     SET SAFETY OFF

     _SCREEN.VISIBLE=.T.
     _SCREEN.WINDOWSTATE=2

     PRIVATE m.x1
     m.x1=".F."

     IF &x1
        ?"Y"
     ELSE
        ?"N"
     ENDI
     WAIT

     RETURN

     * END OF PROC TESTMACRO.

     PROC testmacro_largeprocedure

     PRIVATE m.x2
     m.x2="AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA"
     m.x2="AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA"
     ...
     m.x2="AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA"
     m.x2="AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA"

     RETURN

     * END OF PROC TESTMACRO_LARGEPROCEDURE.

     The size of the procedure testmacro_largeprocedure is about 100KB, it is greater than 64KB.

     The program is simple, we think it will display "N" and wait any key to continue ...

     But when we run the program, it occur an error: Command contains unrecognized phrase/keyword (Error 36).
     If we choice Ignore, it display "Y" and wait any key to continue ...


2. CAUSE:

     Usually, the vfp p-code format of macro statement is:

     00----01     DW size of p-code
     02----02     DB 0x01: macro statement
     03----03+N-1 DB source code
     03+N--03+N   DB 0x0A: end

     For structured programming statements (except DO WHILE), the vfp p-code format of macro statement is:

     00------01     DW size of p-code
     02------02     DB 0x01: macro statement
     03------03+N-1 DB source code
     03+N----03+N   DB 0xF9
     03+N+1--03+N+1 DB 0x05
     03+N+2--03+N+3 DW offset of ENDIF, ENDCASE, ENDFOR, ENDSCAN
     03+N+4--03+N+4 DB 0xFE: end

     If the procedure size is greater than 64KB, the vfp p-code format of macro statement is:

     00------01     DW size of p-code
     02------02     DB 0x01: macro statement
     03------03+N-1 DB source code
     03+N----03+N   DB 0xE9
     03+N+1--03+N+1 DB 0x00
     03+N+2--03+N+5 DD offset of ENDIF, ENDCASE, ENDFOR, ENDSCAN
     03+N+6--03+N+6 DB 0xFE: end

     We can trace the vfp 9.0 dynamic link library VFP9R.DLL,
     the following code have some problem when the procedure size is greater than 64KB:

     0C08F4F1 807C1EFFFE                    cmp byte ptr [esi+ebx-01], FE
     0C08F4F6 0F8468540E00                  je 0C174964
     ...
     0C174964: 83EE05                       sub       esi,005
     0C174967: 8D3C1E                       lea       edi,[esi][ebx]
     0C17496A: 6A05                         push      005
     0C17496C: 8BD7                         mov       edx,edi
     0C17496E: 8D4DF0                       lea       ecx,[ebp][-0010]
     0C174971: E87E35EBFF                   call      00C027EF4
     0C174976: C60700                       mov       b,[edi],000
     0C174979: 46                           inc       esi
     0C17497A: E981ABF1FF                   jmp       00C08F500

     If the procedure size is greater than 64KB, it will be fixed to:

     0C174964: 83EE05                       sub       esi,007
     0C174967: 8D3C1E                       lea       edi,[esi][ebx]
     0C17496A: 6A05                         push      007

     There is another BUG:
     Sometimes, if the array element order is greater than 255, it can not be macro-converted.

     For example:

     PUBLIC x1(300)
     x1="ABC"

     The macro statement &x1(255) can be converted to ABC.
     But the macro statement &x1(256) can not be converted.

     The following program will fix this BUG too.


3. RESOLUTION:

     We can write some code to fix the BUG.

     1, Please refer to the file vfp9fix.h:

     //+--------------------------------------------------------------------------
     //
     //    File:        pro_ext.h
     //
     //    Copyright:    (c) 1999, Microsoft Corporation.
     //                All Rights Reserved.
     //                Information Contained Herein is Proprietary
     //                and Confidential.
     //
     //    Contents:    API Header for the Library Construction Kit
     //
     //    Notes:
     //
     //---------------------------------------------------------------------------
     #ifndef PRO_EXT_INCLUDED
     #define PRO_EXT_INCLUDED

     #if defined(_MSC_VER)
     #pragma pack(push, 1)                 // Assume byte structure packing
     #endif

     #ifdef __cplusplus
     extern "C" {                        // Assume C declarations for C++
     #endif

     // Fastcall calling convention
     #define FASTCALL _fastcall

     // FPFI is a 32 bit pointer to a function returning an int
     typedef long (*FPFI)();

     // The FoxInfo structure contains the descriptions of the functions
     // contained in the library.
     typedef struct {
         char *    funcName;        /* Function name (all caps)                */
         FPFI        function;       /* Actual function address              */
         short        parmCount;        /* # parameters specified or a flag value */
         char *    parmTypes;        /* Parameter list description            */
     } FoxInfo;

     typedef struct _FoxTable {
         struct _FoxTable *nextLibrary;    /* Linked list of libraries        */
         short infoCount;            /* # of functions in this library        */
         FoxInfo *infoPtr;        /* Function list                        */
     } FoxTable;

     // An expression's value
     typedef struct {
         char                ev_type;
         char                ev_padding;
         short                ev_width;
         unsigned             ev_length;
         long                ev_long;
         double                ev_real;
         long                ev_currency;
         long                ev_currency2;
         unsigned            ev_handle;
         unsigned long        ev_object;
     } Value;

     // A reference to a database or memory variable
     typedef struct {
         char        l_type;
         short        l_where,        /* Database number or -1 for memory        */
                     l_NTI,            /* Variable name table offset            */
                     l_offset,        /* Index into database                    */
                     l_subs,            /* # subscripts specified 0 <= x <= 2    */
                     l_sub1, l_sub2; /* subscript integral values            */
     } Locator;

     typedef union {
         Value        val;
         Locator        loc;            /* An 'R' in l_type means the Locator    */
                                     /* part of this union is in use.        */
     } FoxParameter;

     // A paramter list to a library function.
     typedef struct {
         short         pCount;            /* Number of Parameters PASSED.            */
         FoxParameter    p[1];        /* pCount Parameters.                    */
     } ParamBlk;

     int FASTCALL _Execute(char *stmt);
     int FASTCALL _Evaluate(Value *val, char *expr);
     void FASTCALL _Error(int code);
     void FASTCALL _RetVal(Value *val);
     int FASTCALL _Store(Locator *loc, Value *val);
     int FASTCALL _Load(Locator *loc, Value *val);
     int FASTCALL _FindVar(int nti, int where, Locator *loc);
     int FASTCALL _NameTableIndex(char *name);

     #ifdef __cplusplus
     }                       // End of extern "C" {
     #endif

     #if defined(_MSC_VER)
     #pragma pack(pop)          // Restore structure packing
     #endif

     #endif                  // PRO_EXT_INCLUDED


     2, Please refer to the file vfp9fix.c:

     #include "vfp9fix.h"

     int __stdcall VirtualProtect(void *lpAddress, int dwSize, int flNewProtect, int *lpflOldProtect);

     void VFP9FixMacroSubstitution()
     {

         Value hmodule0retvalue;
         unsigned int hmodule0;
         unsigned int i;
         unsigned char *p0;
         unsigned char *p1;
         unsigned char *p2;
         unsigned char *p3;
         unsigned char *p4;
         unsigned int p0type1;
         unsigned int p0type2;
         unsigned int p1type1;
         unsigned int p2type1;
         unsigned int p3type1;
         unsigned int p4type1;
         unsigned int *p2int;
         unsigned int *p3int;
         unsigned int OldProtect;
         _Execute("DECLARE integer GetModuleHandle IN win32api string lpfilename");
         _Evaluate(&hmodule0retvalue,"GetModuleHandle(_vfp.fullname)");
         hmodule0=hmodule0retvalue.ev_long;
         for (i=0x080000;i<0x180000;i++)
         {
             p0=hmodule0+i;
             if (((*(p0+0x00)==0x80 &&
                 *(p0+0x01)==0x38 &&
                 *(p0+0x02)==0x51) ||
                 (*(p0+0x00)==0x80 &&
                 *(p0+0x01)==0x3A &&
                 *(p0+0x02)==0x51)) &&
                 *(p0+0x03)==0x0F &&
                 *(p0+0x04)==0x84 &&
                 ((*(p0+0x09)==0x66 &&
                 *(p0+0x0A)==0xC7 &&
                 *(p0+0x0B)==0x47 &&
                 *(p0+0x0C)==0x08 &&
                 *(p0+0x0D)==0x0C &&
                 *(p0+0x0E)==0x00 &&
                 *(p0+0x0F)==0xE9) ||
                 (*(p0+0x09+3)==0x66 &&
                 *(p0+0x0A+3)==0xC7 &&
                 *(p0+0x0B+3)==0x47 &&
                 *(p0+0x0C+3)==0x08 &&
                 *(p0+0x0D+3)==0x0C &&
                 *(p0+0x0E+3)==0x00 &&
                 *(p0+0x0F+3)==0xE9)))
             {

                 p0type1=0;
                 if (*(p0+0x00)==0x80 &&
                     *(p0+0x01)==0x38 &&
                     *(p0+0x02)==0x51)
                     p0type1=0;
                 else if (*(p0+0x00)==0x80 &&
                     *(p0+0x01)==0x3A &&
                     *(p0+0x02)==0x51)
                     p0type1=1;

                 p0type2=0;
                 if (*(p0+0x09)==0x66 &&
                     *(p0+0x0A)==0xC7 &&
                     *(p0+0x0B)==0x47 &&
                     *(p0+0x0C)==0x08 &&
                     *(p0+0x0D)==0x0C &&
                     *(p0+0x0E)==0x00 &&
                     *(p0+0x0F)==0xE9)
                     p0type2=0;
                 else if (*(p0+0x09+3)==0x66 &&
                     *(p0+0x0A+3)==0xC7 &&
                     *(p0+0x0B+3)==0x47 &&
                     *(p0+0x0C+3)==0x08 &&
                     *(p0+0x0D+3)==0x0C &&
                     *(p0+0x0E+3)==0x00 &&
                     *(p0+0x0F+3)==0xE9)
                     p0type2=1;

                 // fix vfp9r.dll
                 // 0C0B3689: 81E200400000                 and       edx,000004000
                 // 0C0B368F: BE2C000000                   mov       esi,00000002C
                 // 0C0B3694: 6A00                         push      000
                 // 0C0B3696: 81CA00880000                 or        edx,000008800
                 // 0C0B369C: 03C6                         add       eax,esi
                 // 0C0B369E: 6A00                         push      000
                 // 0C0B36A0: C1EA0B                       shr       edx,00B
                 // 0C0B36A3: 8BCF                         mov       ecx,edi
                 // 0C0B36A5: A310A2410C                   mov       [00C41A210],eax
                 // 0C0B36AA: E8EB9F0000                   call      00C0BD69A
                 // 0C0B36AF: 8B0D10A2410C                 mov       ecx,[00C41A210]
                 // 0C0B36B5: 8B45A0                       mov       eax,[ebp][-0060]
                 // 0C0B36B8: 2BCE                         sub       ecx,esi
                 // 0C0B36BA: 85C0                         test      eax,eax
                 // 0C0B36BC: 890D10A2410C                 mov       [00C41A210],ecx
                 // 0C0B36C2: 750E                         jne       00C0B36D2
                 // 0C0B36C4: A11CC3410C                   mov       eax,[00C41C31C]
                 // 0C0B36C9: 803851                       cmp       b,[eax],051
                 // 0C0B36CC: 0F8429491200                 je        00C1D7FFB
                 // 0C0B36D2: 66C747080C00                 mov       w,[edi][00008],0000C
                 // 0C0B36D8: E995A2F6FF                   jmp       00C01D972

                 // fix to:
                 // 0C0B3689: 81E200400000                 and       edx,000004000
                 // 0C0B368F: BE2C000000                   mov       esi,00000002C
                 // 0C0B3694: 6A00                         push      000
                 // 0C0B3696: 81CA00880000                 or        edx,000008800
                 // 0C0B369C: 03C6                         add       eax,esi
                 // 0C0B369E: 6A00                         push      000
                 // 0C0B36A0: C1EA0B                       shr       edx,00B
                 // 0C0B36A3: 8BCF                         mov       ecx,edi
                 // 0C0B36A5: A310A2410C                   mov       [00C41A210],eax
                 // 0C0B36AA: E8EB9F0000                   call      00C0BD69A
                 // 0C0B36AF: 8B0D10A2410C                 mov       ecx,[00C41A210]
                 // 0C0B36B5: 8B45A0                       mov       eax,[ebp][-0060]
                 // 0C0B36B8: 2BCE                         sub       ecx,esi
                 // 0C0B36BA: 85C0                         test      eax,eax
                 // 0C0B36BC: 890D10A2410C                 mov       [00C41A210],ecx
                 // 0C0B36C2: 750E                         jne       00C0B36D2
                 // 0C0B36C4: A11CC3410C                   mov       eax,[00C41C31C]
                 // 0C0B36C9: 90                           nop
                 // 0C0B36CA: 90                           nop
                 // 0C0B36CB: 90                           nop
                 // 0C0B36CC: 90                           nop
                 // 0C0B36CD: 90                           nop
                 // 0C0B36CE: 90                           nop
                 // 0C0B36CF: 90                           nop
                 // 0C0B36D0: 90                           nop
                 // 0C0B36D1: 90                           nop
                 // 0C0B36D2: 66C747080C00                 mov       w,[edi][00008],0000C
                 // 0C0B36D8: E995A2F6FF                   jmp       00C01D972

                 // fix vfp9.exe
                 // 005036AE: 81E100400000                 and       ecx,000004000
                 // 005036B4: 6A00                         push      000
                 // 005036B6: 81C900880000                 or        ecx,000008800
                 // 005036BC: C74704FFFFFFFF               mov       d,[edi][00004],0FFFFFFFF
                 // 005036C3: 8907                         mov       [edi],eax
                 // 005036C5: 8B1560719300                 mov       edx,[000937160]
                 // 005036CB: 6A00                         push      000
                 // 005036CD: C1E90B                       shr       ecx,00B
                 // 005036D0: BE2C000000                   mov       esi,00000002C
                 // 005036D5: 51                           push      ecx
                 // 005036D6: 03D6                         add       edx,esi
                 // 005036D8: 57                           push      edi
                 // 005036D9: 891560719300                 mov       [000937160],edx
                 // 005036DF: E8C6FEFFFF                   call      0005035AA
                 // 005036E4: 8B0D60719300                 mov       ecx,[000937160]
                 // 005036EA: 8B45A0                       mov       eax,[ebp][-0060]
                 // 005036ED: 2BCE                         sub       ecx,esi
                 // 005036EF: 85C0                         test      eax,eax
                 // 005036F1: 890D60719300                 mov       [000937160],ecx
                 // 005036F7: 750F                         jne       000503708
                 // 005036F9: 8B15E0B59300                 mov       edx,[00093B5E0]
                 // 005036FF: 803A51                       cmp       b,[edx],051
                 // 00503702: 0F84C9781100                 je        00061AFD1
                 // 00503708: 8B75B0                       mov       esi,[ebp][-0050]
                 // 0050370B: 66C747080C00                 mov       w,[edi][00008],0000C
                 // 00503711: E9F5B8F1FF                   jmp       00041F00B
     
                  // fix to:
                 // 005036AE: 81E100400000                 and       ecx,000004000
                 // 005036B4: 6A00                         push      000
                 // 005036B6: 81C900880000                 or        ecx,000008800
                 // 005036BC: C74704FFFFFFFF               mov       d,[edi][00004],0FFFFFFFF
                 // 005036C3: 8907                         mov       [edi],eax
                 // 005036C5: 8B1560719300                 mov       edx,[000937160]
                 // 005036CB: 6A00                         push      000
                 // 005036CD: C1E90B                       shr       ecx,00B
                 // 005036D0: BE2C000000                   mov       esi,00000002C
                 // 005036D5: 51                           push      ecx
                 // 005036D6: 03D6                         add       edx,esi
                 // 005036D8: 57                           push      edi
                 // 005036D9: 891560719300                 mov       [000937160],edx
                 // 005036DF: E8C6FEFFFF                   call      0005035AA
                 // 005036E4: 8B0D60719300                 mov       ecx,[000937160]
                 // 005036EA: 8B45A0                       mov       eax,[ebp][-0060]
                 // 005036ED: 2BCE                         sub       ecx,esi
                 // 005036EF: 85C0                         test      eax,eax
                 // 005036F1: 890D60719300                 mov       [000937160],ecx
                 // 005036F7: 750F                         jne       000503708
                 // 005036F9: 8B15E0B59300                 mov       edx,[00093B5E0]
                 // 005036FF: 90                           nop
                 // 00503700: 90                           nop
                 // 00503701: 90                           nop
                 // 00503702: 90                           nop
                 // 00503703: 90                           nop
                 // 00503704: 90                           nop
                 // 00503705: 90                           nop
                 // 00503706: 90                           nop
                 // 00503707: 90                           nop
                 // 00503708: 8B75B0                       mov       esi,[ebp][-0050]
                 // 0050370B: 66C747080C00                 mov       w,[edi][00008],0000C
                 // 00503711: E9F5B8F1FF                   jmp       00041F00B

                 // _Execute("_SCREEN.VISIBLE=.T.");
                 // _Execute("WAIT WIND 'VFP9FixMacroSubstitution OK.'");

                 OldProtect=0x20; // PAGE_EXECUTE_READ
                 VirtualProtect(p0,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
                 *(p0+0x00)=0x90;
                 *(p0+0x01)=0x90;
                 *(p0+0x02)=0x90;
                 *(p0+0x03)=0x90;
                 *(p0+0x04)=0x90;
                 *(p0+0x05)=0x90;
                 *(p0+0x06)=0x90;
                 *(p0+0x07)=0x90;
                 *(p0+0x08)=0x90;
                 VirtualProtect(p0,0x10,OldProtect,&OldProtect);
                 break;
             }
         }
         for (i=0x000000;i<0x080000;i++)
         {
             p1=hmodule0+i;
             if (*(p1+0x00)==0x83 &&
                 *(p1+0x01)==0xF8 &&
                 *(p1+0x02)==0x18 &&
                 ((*(p1+0x03)==0x77 &&
                 *(p1+0x05)==0x8B &&
                 *(p1+0x06)==0xC8 &&
                 *(p1+0x07)==0xF3 &&
                 *(p1+0x08)==0xA4 &&
                 *(p1+0x09)==0x59 &&
                 *(p1+0x0A)==0x5F &&
                 *(p1+0x0B)==0x5E &&
                 *(p1+0x0C)==0xC2 &&
                 *(p1+0x0D)==0x04 &&
                 *(p1+0x0E)==0x00) ||
                 (*(p1+0x03)==0x0F &&
                 *(p1+0x04)==0x87 &&
                 *(p1+0x05+4)==0x8B &&
                 *(p1+0x06+4)==0xC8 &&
                 *(p1+0x07+4)==0xF3 &&
                 *(p1+0x08+4)==0xA4 &&
                 *(p1+0x09+4)==0x59 &&
                 *(p1+0x0A+4)==0x5F &&
                 *(p1+0x0B+4)==0x5E &&
                 *(p1+0x0C+4)==0xC2 &&
                 *(p1+0x0D+4)==0x04 &&
                 *(p1+0x0E+4)==0x00)))
             {

                 p1type1=0;
                 if (*(p1+0x03)==0x77 &&
                     *(p1+0x05)==0x8B &&
                     *(p1+0x06)==0xC8 &&
                     *(p1+0x07)==0xF3 &&
                     *(p1+0x08)==0xA4 &&
                     *(p1+0x09)==0x59 &&
                     *(p1+0x0A)==0x5F &&
                     *(p1+0x0B)==0x5E &&
                     *(p1+0x0C)==0xC2 &&
                     *(p1+0x0D)==0x04 &&
                     *(p1+0x0E)==0x00)
                     p1type1=0;
                 else if (*(p1+0x03)==0x0F &&
                     *(p1+0x04)==0x87 &&
                     *(p1+0x05+4)==0x8B &&
                     *(p1+0x06+4)==0xC8 &&
                     *(p1+0x07+4)==0xF3 &&
                     *(p1+0x08+4)==0xA4 &&
                     *(p1+0x09+4)==0x59 &&
                     *(p1+0x0A+4)==0x5F &&
                     *(p1+0x0B+4)==0x5E &&
                     *(p1+0x0C+4)==0xC2 &&
                     *(p1+0x0D+4)==0x04 &&
                     *(p1+0x0E+4)==0x00)
                     p1type1=1;

                 // fix vfp9.exe, vfp9r.dll
                 // 0C027EF4: 56                           push      esi
                 // 0C027EF5: 57                           push      edi
                 // 0C027EF6: 8BF9                         mov       edi,ecx
                 // 0C027EF8: 8BF2                         mov       esi,edx
                 // 0C027EFA: 8B44240C                     mov       eax,[esp][0000C]
                 // 0C027EFE: 85C0                         test      eax,eax
                 // 0C027F00: 0F8CDFD61400                 jl        00C1755E5
                 // 0C027F06: 8BD7                         mov       edx,edi
                 // 0C027F08: 2BD6                         sub       edx,esi
                 // 0C027F0A: 3BD0                         cmp       edx,eax
                 // 0C027F0C: 0F82B5550000                 jb        00C02D4C7
                 // 0C027F12: 51                           push      ecx
                 // 0C027F13: 8BC8                         mov       ecx,eax
                 // 0C027F15: 83F818                       cmp       eax,018
                 // 0C027F18: 770A                         ja        00C027F24 ;; or 0F870B010000 ja 00C02629D
                 // 0C027F1A: 8BC8                         mov       ecx,eax
                 // 0C027F1C: F3A4                         repe      movsb
                 // 0C027F1E: 59                           pop       ecx
                 // 0C027F1F: 5F                           pop       edi
                 // 0C027F20: 5E                           pop       esi
                 // 0C027F21: C20400                       retn      00004

                 // fix to:
                 // 0C027EF4: 56                           push      esi
                 // 0C027EF5: 57                           push      edi
                 // 0C027EF6: 8BF9                         mov       edi,ecx
                 // 0C027EF8: 8BF2                         mov       esi,edx
                 // 0C027EFA: 8B44240C                     mov       eax,[esp][0000C]
                 // 0C027EFE: 85C0                         test      eax,eax
                 // 0C027F00: 0F8CDFD61400                 jl        00C1755E5
                 // 0C027F06: 8BD7                         mov       edx,edi
                 // 0C027F08: 2BD6                         sub       edx,esi
                 // 0C027F0A: 3BD0                         cmp       edx,eax
                 // 0C027F0C: 0F82B5550000                 jb        00C02D4C7
                 // 0C027F12: 51                           push      ecx
                 // 0C027F13: 8BC8                         mov       ecx,eax
                 // 0C027F15: 90                           nop
                 // 0C027F16: 90                           nop
                 // 0C027F17: 90                           nop
                 // 0C027F18: 90                           nop
                 // 0C027F19: 90                           nop
                 // 0C027F1A: 8BC8                         mov       ecx,eax
                 // 0C027F1C: F3A4                         repe      movsb
                 // 0C027F1E: 59                           pop       ecx
                 // 0C027F1F: 5F                           pop       edi
                 // 0C027F20: 5E                           pop       esi
                 // 0C027F21: C20400                       retn      00004

                 for (i=0x000000;i<0x080000;i++)
                 {
                     p2=hmodule0+i;
                     if (*(p2+0x00)==0x33 &&
                         *(p2+0x01)==0xC9 &&
                         *(p2+0x02)==0x2B &&
                         *(p2+0x03)==0xCF &&
                         *(p2+0x04)==0x83 &&
                         *(p2+0x05)==0xE1 &&
                         *(p2+0x06)==0x03 &&
                         *(p2+0x07)==0x2B &&
                         *(p2+0x08)==0xC1 &&
                         *(p2+0x09)==0xF3 &&
                         *(p2+0x0A)==0xA4 &&
                         *(p2+0x0B)==0x8B &&
                         *(p2+0x0C)==0xC8 &&
                         *(p2+0x0D)==0xC1 &&
                         *(p2+0x0E)==0xE9 &&
                         *(p2+0x0F)==0x02 &&
                         *(p2+0x10)==0xF3 &&
                         *(p2+0x11)==0xA5 &&
                         *(p2+0x12)==0x83 &&
                         *(p2+0x13)==0xE0 &&
                         *(p2+0x14)==0x03 &&
                         ((*(p2+0x15)==0xEB) ||
                         (*(p2+0x15)==0xE9)))
                     {

                         p2type1=0;
                         if (*(p2+0x15)==0xEB)
                             p2type1=0;
                         else if (*(p2+0x15)==0xE9)
                             p2type1=1;

                         // fix vfp9.exe, vfp9r.dll
                         // 0C027F24: 33C9                         xor       ecx,ecx
                         // 0C027F26: 2BCF                         sub       ecx,edi
                         // 0C027F28: 83E103                       and       ecx,003
                         // 0C027F2B: 2BC1                         sub       eax,ecx
                         // 0C027F2D: F3A4                         repe      movsb
                         // 0C027F2F: 8BC8                         mov       ecx,eax
                         // 0C027F31: C1E902                       shr       ecx,002
                         // 0C027F34: F3A5                         repe      movsd
                         // 0C027F36: 83E003                       and       eax,003
                         // 0C027F39: EBDF                         jmps      00C027F1A ;; or E9DBFEFFFF jmp 00C026192

                         // fix to:
                         // 0C027F24    807C33 FA 00    CMP BYTE PTR DS:[EBX+ESI-6],0 ;; or 807C3E FA 00 CMP BYTE PTR DS:[EDI+ESI-6],0
                         // 0C027F29    74 04           JE SHORT vfp9r.0C027F2F
                         // 0C027F2B    6A 05           PUSH 5
                         // 0C027F2D    EB 02           JMP SHORT vfp9r.0C027F31
                         // 0C027F2F    6A 07           PUSH 7
                         // 0C027F31    2B3424          SUB ESI,DWORD PTR SS:[ESP]
                         // 0C027F34    E9 30CA1400     JMP vfp9r.0C174969
                         // 0C027F39    90              NOP
                         // 0C027F3A    90              NOP

                         for (i=0x080000;i<0x200000;i++)
                         {
                             p3=hmodule0+i;
                             if (*(p3+0x00)==0x83 &&
                                 *(p3+0x01)==0xEE &&
                                 *(p3+0x02)==0x05 &&
                                 ((*(p3+0x03)==0x8D &&
                                 *(p3+0x04)==0x3C &&
                                 *(p3+0x05)==0x1E &&
                                 *(p3+0x06)==0x6A &&
                                 *(p3+0x07)==0x05 &&
                                 *(p3+0x08)==0x8B &&
                                 *(p3+0x09)==0xD7) ||
                                 (*(p3+0x03)==0x8D &&
                                 *(p3+0x04)==0x1C &&
                                 *(p3+0x05)==0x37 &&
                                 *(p3+0x06)==0x6A &&
                                 *(p3+0x07)==0x05 &&
                                 *(p3+0x08)==0x8B &&
                                 *(p3+0x09)==0xD3)))
                             {

                                 p3type1=0;
                                 if (*(p3+0x03)==0x8D &&
                                     *(p3+0x04)==0x3C &&
                                     *(p3+0x05)==0x1E &&
                                     *(p3+0x06)==0x6A &&
                                     *(p3+0x07)==0x05 &&
                                     *(p3+0x08)==0x8B &&
                                     *(p3+0x09)==0xD7)
                                     p3type1=0;
                                 else if (*(p3+0x03)==0x8D &&
                                     *(p3+0x04)==0x1C &&
                                     *(p3+0x05)==0x37 &&
                                     *(p3+0x06)==0x6A &&
                                     *(p3+0x07)==0x05 &&
                                     *(p3+0x08)==0x8B &&
                                     *(p3+0x09)==0xD3)
                                     p3type1=1;

                                 // fix vfp9.exe, vfp9r.dll
                                 // 0C174964: 83EE05                       sub       esi,005
                                 // 0C174967: 8D3C1E                       lea       edi,[esi][ebx] ;; or 8D1C37 lea ebx,[edi][esi]
                                 // 0C17496A: 6A05                         push      005
                                 // 0C17496C: 8BD7                         mov       edx,edi ;; or 8BD3 mov edx,ebx
                                 // 0C17496E: 8D4DF0                       lea       ecx,[ebp][-0010]
                                 // 0C174971: E87E35EBFF                   call      00C027EF4
                                 // 0C174976: C60700                       mov       b,[edi],000
                                 // 0C174979: 46                           inc       esi
                                 // 0C17497A: E981ABF1FF                   jmp       00C08F500

                                 // fix to:
                                 // 0C174964    E9 BB35EBFF     JMP vfp9r.0C027F24
                                 // 0C174969    8D3C1E          LEA EDI,DWORD PTR DS:[ESI+EBX] ;; or 8D1C37 lea ebx,[edi][esi]
                                 // 0C17496C    8BD7            MOV EDX,EDI  ;; or 8BD3 mov edx,ebx
                                 // 0C17496E    8D4D F0         LEA ECX,DWORD PTR SS:[EBP-10]
                                 // 0C174971    E8 7E35EBFF     CALL vfp9r.0C027EF4
                                 // 0C174976    C607 00         MOV BYTE PTR DS:[EDI],0
                                 // 0C174979    46              INC ESI
                                 // 0C17497A    E9 81ABF1FF     JMP vfp9r.0C08F500

                                 for (i=0x080000;i<0x200000;i++)
                                 {
                                     p4=hmodule0+i;
                                     if (*(p4+0x00)==0x6A &&
                                         *(p4+0x01)==0x04 &&
                                         *(p4+0x02)==0x8D &&
                                         *(p4+0x03)==0x55 &&
                                         *(p4+0x04)==0xF0 &&
                                         *(p4+0x05)==0xE8 &&
                                         ((*(p4+0x0A)==0x8D &&
                                         *(p4+0x0B)==0x47 &&
                                         *(p4+0x0C)==0x03) ||
                                         (*(p4+0x0A)==0x8D &&
                                         *(p4+0x0B)==0x46 &&
                                         *(p4+0x0C)==0x03)) &&
                                         *(p4+0x0D)==0xE9)
                                     {

                                         p4type1=0;
                                         if (*(p4+0x0A)==0x8D &&
                                             *(p4+0x0B)==0x47 &&
                                             *(p4+0x0C)==0x03)
                                             p4type1=0;
                                         else if (*(p4+0x0A)==0x8D &&
                                             *(p4+0x0B)==0x46 &&
                                             *(p4+0x0C)==0x03)
                                             p4type1=1;

                                         // fix vfp9.exe, vfp9r.dll
                                         // 0C1749EF: 8B1588C2410C                 mov       edx,[00C41C288]
                                         // 0C1749F5: 8D4C3AFF                     lea       ecx,[edx][edi][-0001] ;; or 8D4C32FF lea ecx,[edx][esi][-0001]
                                         // 0C1749F9: 6A04                         push      004
                                         // 0C1749FB: 8D55F0                       lea       edx,[ebp][-0010]
                                         // 0C1749FE: E8F134EBFF                   call      00C027EF4
                                         // 0C174A03: 8D4703                       lea       eax,[edi][00003] ;; or 8D4603 lea eax,[esi][00003]
                                         // 0C174A06: E9D2ABF1FF                   jmp       00C08F5DD

                                         // fix to:
                                         // 0C1749EF: 8B1588C2410C                 mov       edx,[00C41C288]
                                         // 0C1749F5: 8D4C3AFF                     lea       ecx,[edx][edi][-0001] ;; or 8D4C32FF lea ecx,[edx][esi][-0001]
                                         // 0C1749F9: 6A06                         push      006
                                         // 0C1749FB: 8D55F0                       lea       edx,[ebp][-0010]
                                         // 0C1749FE: E8F134EBFF                   call      00C027EF4
                                         // 0C174A03: 8D4705                       lea       eax,[edi][00005] ;; or 8D4605 lea eax,[esi][00005]
                                         // 0C174A06: E9D2ABF1FF                   jmp       00C08F5DD

                                         // _Execute("_SCREEN.VISIBLE=.T.");
                                         // _Execute("WAIT WIND 'VFP9FixMacroSubstitution OK.'");

                                         OldProtect=0x20; // PAGE_EXECUTE_READ
                                         VirtualProtect(p1,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
                                         if (p1type1==0)
                                         {
                                         *(p1+0x00)=0x90;
                                         *(p1+0x01)=0x90;
                                         *(p1+0x02)=0x90;
                                         *(p1+0x03)=0x90;
                                         *(p1+0x04)=0x90;
                                         }
                                         else
                                         {
                                         *(p1+0x00)=0x90;
                                         *(p1+0x01)=0x90;
                                         *(p1+0x02)=0x90;
                                         *(p1+0x03)=0x90;
                                         *(p1+0x04)=0x90;
                                         *(p1+0x05)=0x90;
                                         *(p1+0x06)=0x90;
                                         *(p1+0x07)=0x90;
                                         *(p1+0x08)=0x90;
                                         }
                                         VirtualProtect(p1,0x10,OldProtect,&OldProtect);

                                         OldProtect=0x20; // PAGE_EXECUTE_READ
                                         VirtualProtect(p2,0x20,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
                                         if (p3type1==0)
                                         {
                                         *(p2+0x00)=0x80;
                                         *(p2+0x01)=0x7C;
                                         *(p2+0x02)=0x33;
                                         *(p2+0x03)=0xFA;
                                         *(p2+0x04)=0x00;
                                         }
                                         else
                                         {
                                         *(p2+0x00)=0x80;
                                         *(p2+0x01)=0x7C;
                                         *(p2+0x02)=0x3E;
                                         *(p2+0x03)=0xFA;
                                         *(p2+0x04)=0x00;
                                         }
                                         *(p2+0x05)=0x74;
                                         *(p2+0x06)=0x04;
                                         *(p2+0x07)=0x6A;
                                         *(p2+0x08)=0x05;
                                         *(p2+0x09)=0xEB;
                                         *(p2+0x0A)=0x02;
                                         *(p2+0x0B)=0x6A;
                                         *(p2+0x0C)=0x07;
                                         *(p2+0x0D)=0x2B;
                                         *(p2+0x0E)=0x34;
                                         *(p2+0x0F)=0x24;
                                         *(p2+0x10)=0xE9;
                                         p2int=p2+0x11;
                                         *(p2int)=(p3+0x05)-(p2+0x10+5);
                                         if (p2type1==0)
                                         {
                                         *(p2+0x15)=0x90;
                                         *(p2+0x16)=0x90;
                                         }
                                         else
                                         {
                                         *(p2+0x15)=0x90;
                                         *(p2+0x16)=0x90;
                                         *(p2+0x17)=0x90;
                                         *(p2+0x18)=0x90;
                                         *(p2+0x19)=0x90;
                                         }
                                         VirtualProtect(p2,0x20,OldProtect,&OldProtect);

                                         OldProtect=0x20; // PAGE_EXECUTE_READ
                                         VirtualProtect(p3,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
                                         *(p3+0x00)=0xE9;
                                         p3int=p3+0x01;
                                         *(p3int)=(p2+0x00)-(p3+0x00+5);
                                         if (p3type1==0)
                                         {
                                         *(p3+0x05)=0x8D;
                                         *(p3+0x06)=0x3C;
                                         *(p3+0x07)=0x1E;
                                         }
                                         else
                                         {
                                         *(p3+0x05)=0x8D;
                                         *(p3+0x06)=0x1C;
                                         *(p3+0x07)=0x37;
                                         }
                                         VirtualProtect(p3,0x10,OldProtect,&OldProtect);

                                         OldProtect=0x20; // PAGE_EXECUTE_READ
                                         VirtualProtect(p4,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
                                         *(p4+0x01)=0x06;
                                         *(p4+0x0C)=0x05;
                                         VirtualProtect(p4,0x10,OldProtect,&OldProtect);
                                         break;
                                     }
                                 }
                                 break;
                             }
                         }
                         break;
                     }
                 }
                 break;
             }
         }
     }

     FoxInfo myFoxInfo[]={
     {"VFP9FixMacroSubstitution",(FPFI)VFP9FixMacroSubstitution,0,""},
     };

     FoxTable _FoxTable={
     (FoxTable *)0,sizeof(myFoxInfo)/sizeof(FoxInfo),myFoxInfo
     };


     3, Please refer to the file make.bat:

     @echo off

     rem ;-----------------------------------------------;
     rem ;       VFP9fix Maker Program                   ;
     rem ;           Make.bat                            ;
     rem ;       (C)Mr. Chen, 2009.11                    ;
     rem ;       E-mail: ccb2000@163.com                 ;
     rem ;-----------------------------------------------;

     rem NMAKE /f "vfp9fix.mak" CFG="vfp9fix - Win32 Release"

     if exist .\vfp9fix.dll del .\vfp9fix.dll
     if exist .\vfp9fix.obj del .\vfp9fix.obj
     if exist .\vfp9fix.lib del .\vfp9fix.lib
     if exist .\vfp9fix.exp del .\vfp9fix.exp
     if exist .\vfp9fix.pch del .\vfp9fix.pch

     cl /nologo /Gr /MD /w /W0 /Ox /Ob1 /Os /D "WIN32" /D "NDEBUG" /D "_WINDOWS" /Zm1000 /c vfp9fix.c
     if not exist .\vfp9fix.obj pause

     link kernel32.lib user32.lib uuid.lib winapims.lib /nologo /subsystem:windows /dll /incremental:no
     /machine:I386 /out:".\vfp9fix.dll" /implib:".\vfp9fix.lib" ".\vfp9fix.obj"


     Then run make.bat, we can build a VFP API Library file: vfp9fix.dll.


     4, Please refer to the file f_vfp9fixmacrosubstitutionwithdll.prg:

     *PROC f_vfp9fixmacrosubstitutionwithdll

     * VFP 9.0 FIX - MACRO SUBSTITUTION with vfp9fix.dll
     * ccb2000@163.com, 2010.1

     PRIVATE m.q_vfp9fixmacrosubstitution
     m.q_vfp9fixmacrosubstitution=.T.

     IF ROUND(VAL(CHRTRAN(UPPE(VERSION()),"MICROSOFTVISUALFOXPRO","")),2)>=9.0

        PRIVATE m.q_errnum,m.q_erroron
        m.q_errnum=0
        m.q_erroron=ON("ERROR")
        ON ERROR m.q_errnum=ERROR()
        SET LIBRARY TO ("vfp9fix.dll") ADDITIVE
        ON ERROR &q_erroron

        IF .F.
           PUBLIC vfp9fixmacrosubstitution(1)
        ENDI

        IF m.q_errnum#0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDI

        PRIVATE m.q_errnum,m.q_erroron
        m.q_errnum=0
        m.q_erroron=ON("ERROR")
        ON ERROR m.q_errnum=ERROR()
        =vfp9fixmacrosubstitution()
        ON ERROR &q_erroron

        IF m.q_errnum#0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDI

        PRIVATE m.q_errnum,m.q_erroron
        m.q_errnum=0
        m.q_erroron=ON("ERROR")
        ON ERROR m.q_errnum=ERROR()
        RELEASE LIBRARY ("vfp9fix.dll")
        ON ERROR &q_erroron

        IF m.q_errnum#0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDI

        m.q_vfp9fixmacrosubstitution=.T.
        RETU m.q_vfp9fixmacrosubstitution

     ENDI

     m.q_vfp9fixmacrosubstitution=.T.
     RETU m.q_vfp9fixmacrosubstitution

     * END OF PROC F_VFP9FIXMACROSUBSTITUTIONWITHDLL.


     5, Please refer to the file f_vfp9fixmacrosubstitution.prg:

     *PROC f_vfp9fixmacrosubstitution

     * VFP 9.0 FIX - MACRO SUBSTITUTION
     * ccb2000@163.com, 2010.12

     PRIVATE m.q_vfp9fixmacrosubstitution
     m.q_vfp9fixmacrosubstitution=.T.

     IF !ROUND(VAL(CHRTRAN(UPPE(VERSION()),"MICROSOFTVISUALFOXPRO","")),2)>=9.0
        m.q_vfp9fixmacrosubstitution=.T.
        RETU m.q_vfp9fixmacrosubstitution
     ENDI

     DECLARE INTEGER "GetModuleHandle" IN win32api ;
        STRING lpfilename
     DECLARE INTEGER "GetCurrentProcess" IN win32api
     DECLARE INTEGER "ReadProcessMemory" IN win32api ;
        INTEGER hprocess,;
        INTEGER lpbaseaddress,;
        STRING @lpbuffer,;
        INTEGER nsize,;
        INTEGER lpnumberofbytesread
     DECLARE INTEGER "WriteProcessMemory" IN win32api ;
        INTEGER hprocess,;
        INTEGER lpbaseaddress,;
        STRING lpbuffer,;
        INTEGER nsize,;
        INTEGER lpnumberofbyteswritten
     DECLARE INTEGER "VirtualProtect" IN win32api ;
        INTEGER lpaddress,;
        INTEGER dwsize,;
        INTEGER flnewprotect,;
        INTEGER @lpfloldprotect

     IF .F.
        PUBLIC getmodulehandle(1)
        PUBLIC getcurrentprocess(1)
        PUBLIC readprocessmemory(1)
        PUBLIC writeprocessmemory(1)
        PUBLIC virtualprotect(1)
     ENDIF

     PRIVATE m.q_hmodule0
     m.q_hmodule0=0
     m.q_hmodule0=getmodulehandle(_VFP.FULLNAME)
     IF !m.q_hmodule0>0
        m.q_vfp9fixmacrosubstitution=.F.
        RETU m.q_vfp9fixmacrosubstitution
     ENDIF

    
     * for (i=0x080000;i<0x180000;i++)
     * {
     *     p0=hmodule0+i;
     *     if (((*(p0+0x00)==0x80 &&
     *         *(p0+0x01)==0x38 &&
     *         *(p0+0x02)==0x51) ||
     *         (*(p0+0x00)==0x80 &&
     *         *(p0+0x01)==0x3A &&
     *         *(p0+0x02)==0x51)) &&
     *         *(p0+0x03)==0x0F &&
     *         *(p0+0x04)==0x84 &&
     *         ((*(p0+0x09)==0x66 &&
     *         *(p0+0x0A)==0xC7 &&
     *         *(p0+0x0B)==0x47 &&
     *         *(p0+0x0C)==0x08 &&
     *         *(p0+0x0D)==0x0C &&
     *         *(p0+0x0E)==0x00 &&
     *         *(p0+0x0F)==0xE9) ||
     *         (*(p0+0x09+3)==0x66 &&
     *         *(p0+0x0A+3)==0xC7 &&
     *         *(p0+0x0B+3)==0x47 &&
     *         *(p0+0x0C+3)==0x08 &&
     *         *(p0+0x0D+3)==0x0C &&
     *         *(p0+0x0E+3)==0x00 &&
     *         *(p0+0x0F+3)==0xE9)))
     *     {
     *
     *         p0type1=0;
     *         if (*(p0+0x00)==0x80 &&
     *             *(p0+0x01)==0x38 &&
     *             *(p0+0x02)==0x51)
     *             p0type1=0;
     *         else if (*(p0+0x00)==0x80 &&
     *             *(p0+0x01)==0x3A &&
     *             *(p0+0x02)==0x51)
     *             p0type1=1;
     *
     *         p0type2=0;
     *         if (*(p0+0x09)==0x66 &&
     *             *(p0+0x0A)==0xC7 &&
     *             *(p0+0x0B)==0x47 &&
     *             *(p0+0x0C)==0x08 &&
     *             *(p0+0x0D)==0x0C &&
     *             *(p0+0x0E)==0x00 &&
     *             *(p0+0x0F)==0xE9)
     *             p0type2=0;
     *         else if (*(p0+0x09+3)==0x66 &&
     *             *(p0+0x0A+3)==0xC7 &&
     *             *(p0+0x0B+3)==0x47 &&
     *             *(p0+0x0C+3)==0x08 &&
     *             *(p0+0x0D+3)==0x0C &&
     *             *(p0+0x0E+3)==0x00 &&
     *             *(p0+0x0F+3)==0xE9)
     *             p0type2=1;
     *
     *         // fix vfp9r.dll
     *         // 0C0B3689: 81E200400000                 and       edx,000004000
     *         // 0C0B368F: BE2C000000                   mov       esi,00000002C
     *         // 0C0B3694: 6A00                         push      000
     *         // 0C0B3696: 81CA00880000                 or        edx,000008800
     *         // 0C0B369C: 03C6                         add       eax,esi
     *         // 0C0B369E: 6A00                         push      000
     *         // 0C0B36A0: C1EA0B                       shr       edx,00B
     *         // 0C0B36A3: 8BCF                         mov       ecx,edi
     *         // 0C0B36A5: A310A2410C                   mov       [00C41A210],eax
     *         // 0C0B36AA: E8EB9F0000                   call      00C0BD69A
     *         // 0C0B36AF: 8B0D10A2410C                 mov       ecx,[00C41A210]
     *         // 0C0B36B5: 8B45A0                       mov       eax,[ebp][-0060]
     *         // 0C0B36B8: 2BCE                         sub       ecx,esi
     *         // 0C0B36BA: 85C0                         test      eax,eax
     *         // 0C0B36BC: 890D10A2410C                 mov       [00C41A210],ecx
     *         // 0C0B36C2: 750E                         jne       00C0B36D2
     *         // 0C0B36C4: A11CC3410C                   mov       eax,[00C41C31C]
     *         // 0C0B36C9: 803851                       cmp       b,[eax],051
     *         // 0C0B36CC: 0F8429491200                 je        00C1D7FFB
     *         // 0C0B36D2: 66C747080C00                 mov       w,[edi][00008],0000C
     *         // 0C0B36D8: E995A2F6FF                   jmp       00C01D972
     *
     *         // fix to:
     *         // 0C0B3689: 81E200400000                 and       edx,000004000
     *         // 0C0B368F: BE2C000000                   mov       esi,00000002C
     *         // 0C0B3694: 6A00                         push      000
     *         // 0C0B3696: 81CA00880000                 or        edx,000008800
     *         // 0C0B369C: 03C6                         add       eax,esi
     *         // 0C0B369E: 6A00                         push      000
     *         // 0C0B36A0: C1EA0B                       shr       edx,00B
     *         // 0C0B36A3: 8BCF                         mov       ecx,edi
     *         // 0C0B36A5: A310A2410C                   mov       [00C41A210],eax
     *         // 0C0B36AA: E8EB9F0000                   call      00C0BD69A
     *         // 0C0B36AF: 8B0D10A2410C                 mov       ecx,[00C41A210]
     *         // 0C0B36B5: 8B45A0                       mov       eax,[ebp][-0060]
     *         // 0C0B36B8: 2BCE                         sub       ecx,esi
     *         // 0C0B36BA: 85C0                         test      eax,eax
     *         // 0C0B36BC: 890D10A2410C                 mov       [00C41A210],ecx
     *         // 0C0B36C2: 750E                         jne       00C0B36D2
     *         // 0C0B36C4: A11CC3410C                   mov       eax,[00C41C31C]
     *         // 0C0B36C9: 90                           nop
     *         // 0C0B36CA: 90                           nop
     *         // 0C0B36CB: 90                           nop
     *         // 0C0B36CC: 90                           nop
     *         // 0C0B36CD: 90                           nop
     *         // 0C0B36CE: 90                           nop
     *         // 0C0B36CF: 90                           nop
     *         // 0C0B36D0: 90                           nop
     *         // 0C0B36D1: 90                           nop
     *         // 0C0B36D2: 66C747080C00                 mov       w,[edi][00008],0000C
     *         // 0C0B36D8: E995A2F6FF                   jmp       00C01D972
     *
     *         // fix vfp9.exe
     *         // 005036AE: 81E100400000                 and       ecx,000004000
     *         // 005036B4: 6A00                         push      000
     *         // 005036B6: 81C900880000                 or        ecx,000008800
     *         // 005036BC: C74704FFFFFFFF               mov       d,[edi][00004],0FFFFFFFF
     *         // 005036C3: 8907                         mov       [edi],eax
     *         // 005036C5: 8B1560719300                 mov       edx,[000937160]
     *         // 005036CB: 6A00                         push      000
     *         // 005036CD: C1E90B                       shr       ecx,00B
     *         // 005036D0: BE2C000000                   mov       esi,00000002C
     *         // 005036D5: 51                           push      ecx
     *         // 005036D6: 03D6                         add       edx,esi
     *         // 005036D8: 57                           push      edi
     *         // 005036D9: 891560719300                 mov       [000937160],edx
     *         // 005036DF: E8C6FEFFFF                   call      0005035AA
     *         // 005036E4: 8B0D60719300                 mov       ecx,[000937160]
     *         // 005036EA: 8B45A0                       mov       eax,[ebp][-0060]
     *         // 005036ED: 2BCE                         sub       ecx,esi
     *         // 005036EF: 85C0                         test      eax,eax
     *         // 005036F1: 890D60719300                 mov       [000937160],ecx
     *         // 005036F7: 750F                         jne       000503708
     *         // 005036F9: 8B15E0B59300                 mov       edx,[00093B5E0]
     *         // 005036FF: 803A51                       cmp       b,[edx],051
     *         // 00503702: 0F84C9781100                 je        00061AFD1
     *         // 00503708: 8B75B0                       mov       esi,[ebp][-0050]
     *         // 0050370B: 66C747080C00                 mov       w,[edi][00008],0000C
     *         // 00503711: E9F5B8F1FF                   jmp       00041F00B
     *
     *          // fix to:
     *         // 005036AE: 81E100400000                 and       ecx,000004000
     *         // 005036B4: 6A00                         push      000
     *         // 005036B6: 81C900880000                 or        ecx,000008800
     *         // 005036BC: C74704FFFFFFFF               mov       d,[edi][00004],0FFFFFFFF
     *         // 005036C3: 8907                         mov       [edi],eax
     *         // 005036C5: 8B1560719300                 mov       edx,[000937160]
     *         // 005036CB: 6A00                         push      000
     *         // 005036CD: C1E90B                       shr       ecx,00B
     *         // 005036D0: BE2C000000                   mov       esi,00000002C
     *         // 005036D5: 51                           push      ecx
     *         // 005036D6: 03D6                         add       edx,esi
     *         // 005036D8: 57                           push      edi
     *         // 005036D9: 891560719300                 mov       [000937160],edx
     *         // 005036DF: E8C6FEFFFF                   call      0005035AA
     *         // 005036E4: 8B0D60719300                 mov       ecx,[000937160]
     *         // 005036EA: 8B45A0                       mov       eax,[ebp][-0060]
     *         // 005036ED: 2BCE                         sub       ecx,esi
     *         // 005036EF: 85C0                         test      eax,eax
     *         // 005036F1: 890D60719300                 mov       [000937160],ecx
     *         // 005036F7: 750F                         jne       000503708
     *         // 005036F9: 8B15E0B59300                 mov       edx,[00093B5E0]
     *         // 005036FF: 90                           nop
     *         // 00503700: 90                           nop
     *         // 00503701: 90                           nop
     *         // 00503702: 90                           nop
     *         // 00503703: 90                           nop
     *         // 00503704: 90                           nop
     *         // 00503705: 90                           nop
     *         // 00503706: 90                           nop
     *         // 00503707: 90                           nop
     *         // 00503708: 8B75B0                       mov       esi,[ebp][-0050]
     *         // 0050370B: 66C747080C00                 mov       w,[edi][00008],0000C
     *         // 00503711: E9F5B8F1FF                   jmp       00041F00B

     PRIVATE m.q_str0
     m.q_str0=REPL(CHR(0),0x180000-0x080000)
     =readprocessmemory(getcurrentprocess(),m.q_hmodule0+0x080000,@m.q_str0,LEN(m.q_str0),0)

     DO WHILE .T.

        PRIVATE m.q_p0_nn
        m.q_p0_nn=1

        DO WHILE .T.

           PRIVATE m.q_p0
           m.q_p0=AT(CHR(0x80)+;
              CHR(0x38)+;
              CHR(0x51),m.q_str0,m.q_p0_nn)
           IF !m.q_p0>0
              EXIT
           ENDIF

           IF !(((SUBS(m.q_str0,m.q_p0+0x00,1)==CHR(0x80).AND.;
                 SUBS(m.q_str0,m.q_p0+0x01,1)==CHR(0x38).AND.;
                 SUBS(m.q_str0,m.q_p0+0x02,1)==CHR(0x51)).OR.;
                 (SUBS(m.q_str0,m.q_p0+0x00,1)==CHR(0x80).AND.;
                 SUBS(m.q_str0,m.q_p0+0x01,1)==CHR(0x3a).AND.;
                 SUBS(m.q_str0,m.q_p0+0x02,1)==CHR(0x51))).AND.;
                 SUBS(m.q_str0,m.q_p0+0x03,1)==CHR(0x0f).AND.;
                 SUBS(m.q_str0,m.q_p0+0x04,1)==CHR(0x84).AND.;
                 ((SUBS(m.q_str0,m.q_p0+0x09,1)==CHR(0x66).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0a,1)==CHR(0xc7).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0b,1)==CHR(0x47).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0c,1)==CHR(0x08).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0d,1)==CHR(0x0c).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0e,1)==CHR(0x00).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0f,1)==CHR(0xe9)).OR.;
                 (SUBS(m.q_str0,m.q_p0+0x09+3,1)==CHR(0x66).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0a+3,1)==CHR(0xc7).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0b+3,1)==CHR(0x47).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0c+3,1)==CHR(0x08).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0d+3,1)==CHR(0x0c).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0e+3,1)==CHR(0x00).AND.;
                 SUBS(m.q_str0,m.q_p0+0x0f+3,1)==CHR(0xe9))))
              m.q_p0_nn=m.q_p0_nn+1
              LOOP
           ENDIF

           EXIT

        ENDDO

        IF !m.q_p0>0

           PRIVATE m.q_p0_nn
           m.q_p0_nn=1

           DO WHILE .T.

              PRIVATE m.q_p0
              m.q_p0=AT(CHR(0x80)+;
                 CHR(0x3a)+;
                 CHR(0x51),m.q_str0,m.q_p0_nn)
              IF !m.q_p0>0
                 EXIT
              ENDIF

              IF !(((SUBS(m.q_str0,m.q_p0+0x00,1)==CHR(0x80).AND.;
                    SUBS(m.q_str0,m.q_p0+0x01,1)==CHR(0x38).AND.;
                    SUBS(m.q_str0,m.q_p0+0x02,1)==CHR(0x51)).OR.;
                    (SUBS(m.q_str0,m.q_p0+0x00,1)==CHR(0x80).AND.;
                    SUBS(m.q_str0,m.q_p0+0x01,1)==CHR(0x3a).AND.;
                    SUBS(m.q_str0,m.q_p0+0x02,1)==CHR(0x51))).AND.;
                    SUBS(m.q_str0,m.q_p0+0x03,1)==CHR(0x0f).AND.;
                    SUBS(m.q_str0,m.q_p0+0x04,1)==CHR(0x84).AND.;
                    ((SUBS(m.q_str0,m.q_p0+0x09,1)==CHR(0x66).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0a,1)==CHR(0xc7).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0b,1)==CHR(0x47).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0c,1)==CHR(0x08).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0d,1)==CHR(0x0c).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0e,1)==CHR(0x00).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0f,1)==CHR(0xe9)).OR.;
                    (SUBS(m.q_str0,m.q_p0+0x09+3,1)==CHR(0x66).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0a+3,1)==CHR(0xc7).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0b+3,1)==CHR(0x47).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0c+3,1)==CHR(0x08).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0d+3,1)==CHR(0x0c).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0e+3,1)==CHR(0x00).AND.;
                    SUBS(m.q_str0,m.q_p0+0x0f+3,1)==CHR(0xe9))))
                 m.q_p0_nn=m.q_p0_nn+1
                 LOOP
              ENDIF

              EXIT

           ENDDO

        ENDIF

        IF !m.q_p0>0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDIF

        PRIVATE m.q_p0type1
        m.q_p0type1=0
        DO CASE
        CASE SUBS(m.q_str0,m.q_p0+0x00,1)==CHR(0x80).AND.;
              SUBS(m.q_str0,m.q_p0+0x01,1)==CHR(0x38).AND.;
              SUBS(m.q_str0,m.q_p0+0x02,1)==CHR(0x51)
           m.q_p0type1=0
        CASE SUBS(m.q_str0,m.q_p0+0x00,1)==CHR(0x80).AND.;
              SUBS(m.q_str0,m.q_p0+0x01,1)==CHR(0x3a).AND.;
              SUBS(m.q_str0,m.q_p0+0x02,1)==CHR(0x51)
           m.q_p0type1=1
        ENDCASE

        PRIVATE m.q_p0type2
        m.q_p0type2=0
        DO CASE
        CASE SUBS(m.q_str0,m.q_p0+0x09,1)==CHR(0x66).AND.;
              SUBS(m.q_str0,m.q_p0+0x0a,1)==CHR(0xc7).AND.;
              SUBS(m.q_str0,m.q_p0+0x0b,1)==CHR(0x47).AND.;
              SUBS(m.q_str0,m.q_p0+0x0c,1)==CHR(0x08).AND.;
              SUBS(m.q_str0,m.q_p0+0x0d,1)==CHR(0x0c).AND.;
              SUBS(m.q_str0,m.q_p0+0x0e,1)==CHR(0x00).AND.;
              SUBS(m.q_str0,m.q_p0+0x0f,1)==CHR(0xe9)
           m.q_p0type2=0
        CASE SUBS(m.q_str0,m.q_p0+0x09+3,1)==CHR(0x66).AND.;
              SUBS(m.q_str0,m.q_p0+0x0a+3,1)==CHR(0xc7).AND.;
              SUBS(m.q_str0,m.q_p0+0x0b+3,1)==CHR(0x47).AND.;
              SUBS(m.q_str0,m.q_p0+0x0c+3,1)==CHR(0x08).AND.;
              SUBS(m.q_str0,m.q_p0+0x0d+3,1)==CHR(0x0c).AND.;
              SUBS(m.q_str0,m.q_p0+0x0e+3,1)==CHR(0x00).AND.;
              SUBS(m.q_str0,m.q_p0+0x0f+3,1)==CHR(0xe9)
           m.q_p0type2=1
        ENDCASE

        EXIT

     ENDDO

    
     * for (i=0x000000;i<0x080000;i++)
     * {
     *     p1=hmodule0+i;
     *     if (*(p1+0x00)==0x83 &&
     *         *(p1+0x01)==0xF8 &&
     *         *(p1+0x02)==0x18 &&
     *         ((*(p1+0x03)==0x77 &&
     *         *(p1+0x05)==0x8B &&
     *         *(p1+0x06)==0xC8 &&
     *         *(p1+0x07)==0xF3 &&
     *         *(p1+0x08)==0xA4 &&
     *         *(p1+0x09)==0x59 &&
     *         *(p1+0x0A)==0x5F &&
     *         *(p1+0x0B)==0x5E &&
     *         *(p1+0x0C)==0xC2 &&
     *         *(p1+0x0D)==0x04 &&
     *         *(p1+0x0E)==0x00) ||
     *         (*(p1+0x03)==0x0F &&
     *         *(p1+0x04)==0x87 &&
     *         *(p1+0x05+4)==0x8B &&
     *         *(p1+0x06+4)==0xC8 &&
     *         *(p1+0x07+4)==0xF3 &&
     *         *(p1+0x08+4)==0xA4 &&
     *         *(p1+0x09+4)==0x59 &&
     *         *(p1+0x0A+4)==0x5F &&
     *         *(p1+0x0B+4)==0x5E &&
     *         *(p1+0x0C+4)==0xC2 &&
     *         *(p1+0x0D+4)==0x04 &&
     *         *(p1+0x0E+4)==0x00)))
     *     {
     *
     *         p1type1=0;
     *         if (*(p1+0x03)==0x77 &&
     *             *(p1+0x05)==0x8B &&
     *             *(p1+0x06)==0xC8 &&
     *             *(p1+0x07)==0xF3 &&
     *             *(p1+0x08)==0xA4 &&
     *             *(p1+0x09)==0x59 &&
     *             *(p1+0x0A)==0x5F &&
     *             *(p1+0x0B)==0x5E &&
     *             *(p1+0x0C)==0xC2 &&
     *             *(p1+0x0D)==0x04 &&
     *             *(p1+0x0E)==0x00)
     *             p1type1=0;
     *         else if (*(p1+0x03)==0x0F &&
     *             *(p1+0x04)==0x87 &&
     *             *(p1+0x05+4)==0x8B &&
     *             *(p1+0x06+4)==0xC8 &&
     *             *(p1+0x07+4)==0xF3 &&
     *             *(p1+0x08+4)==0xA4 &&
     *             *(p1+0x09+4)==0x59 &&
     *             *(p1+0x0A+4)==0x5F &&
     *             *(p1+0x0B+4)==0x5E &&
     *             *(p1+0x0C+4)==0xC2 &&
     *             *(p1+0x0D+4)==0x04 &&
     *             *(p1+0x0E+4)==0x00)
     *             p1type1=1;
     *
     *         // fix vfp9.exe, vfp9r.dll
     *         // 0C027EF4: 56                           push      esi
     *         // 0C027EF5: 57                           push      edi
     *         // 0C027EF6: 8BF9                         mov       edi,ecx
     *         // 0C027EF8: 8BF2                         mov       esi,edx
     *         // 0C027EFA: 8B44240C                     mov       eax,[esp][0000C]
     *         // 0C027EFE: 85C0                         test      eax,eax
     *         // 0C027F00: 0F8CDFD61400                 jl        00C1755E5
     *         // 0C027F06: 8BD7                         mov       edx,edi
     *         // 0C027F08: 2BD6                         sub       edx,esi
     *         // 0C027F0A: 3BD0                         cmp       edx,eax
     *         // 0C027F0C: 0F82B5550000                 jb        00C02D4C7
     *         // 0C027F12: 51                           push      ecx
     *         // 0C027F13: 8BC8                         mov       ecx,eax
     *         // 0C027F15: 83F818                       cmp       eax,018
     *         // 0C027F18: 770A                         ja        00C027F24 ;; or 0F870B010000 ja 00C02629D
     *         // 0C027F1A: 8BC8                         mov       ecx,eax
     *         // 0C027F1C: F3A4                         repe      movsb
     *         // 0C027F1E: 59                           pop       ecx
     *         // 0C027F1F: 5F                           pop       edi
     *         // 0C027F20: 5E                           pop       esi
     *         // 0C027F21: C20400                       retn      00004
     *
     *         // fix to:
     *         // 0C027EF4: 56                           push      esi
     *         // 0C027EF5: 57                           push      edi
     *         // 0C027EF6: 8BF9                         mov       edi,ecx
     *         // 0C027EF8: 8BF2                         mov       esi,edx
     *         // 0C027EFA: 8B44240C                     mov       eax,[esp][0000C]
     *         // 0C027EFE: 85C0                         test      eax,eax
     *         // 0C027F00: 0F8CDFD61400                 jl        00C1755E5
     *         // 0C027F06: 8BD7                         mov       edx,edi
     *         // 0C027F08: 2BD6                         sub       edx,esi
     *         // 0C027F0A: 3BD0                         cmp       edx,eax
     *         // 0C027F0C: 0F82B5550000                 jb        00C02D4C7
     *         // 0C027F12: 51                           push      ecx
     *         // 0C027F13: 8BC8                         mov       ecx,eax
     *         // 0C027F15: 90                           nop
     *         // 0C027F16: 90                           nop
     *         // 0C027F17: 90                           nop
     *         // 0C027F18: 90                           nop
     *         // 0C027F19: 90                           nop
     *         // 0C027F1A: 8BC8                         mov       ecx,eax
     *         // 0C027F1C: F3A4                         repe      movsb
     *         // 0C027F1E: 59                           pop       ecx
     *         // 0C027F1F: 5F                           pop       edi
     *         // 0C027F20: 5E                           pop       esi
     *         // 0C027F21: C20400                       retn      00004

     PRIVATE m.q_str1
     m.q_str1=REPL(CHR(0),0x080000-0x000000)
     =readprocessmemory(getcurrentprocess(),m.q_hmodule0+0x000000,@m.q_str1,LEN(m.q_str1),0)

     PRIVATE m.q_p1_nn
     m.q_p1_nn=1

     DO WHILE .T.

        PRIVATE m.q_p1
        m.q_p1=AT(CHR(0x83)+;
           CHR(0xf8)+;
           CHR(0x18),m.q_str1,m.q_p1_nn)
        IF !m.q_p1>0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDIF

        IF !(SUBS(m.q_str1,m.q_p1+0x00,1)==CHR(0x83).AND.;
              SUBS(m.q_str1,m.q_p1+0x01,1)==CHR(0xf8).AND.;
              SUBS(m.q_str1,m.q_p1+0x02,1)==CHR(0x18).AND.;
              ((SUBS(m.q_str1,m.q_p1+0x03,1)==CHR(0x77).AND.;
              SUBS(m.q_str1,m.q_p1+0x05,1)==CHR(0x8b).AND.;
              SUBS(m.q_str1,m.q_p1+0x06,1)==CHR(0xc8).AND.;
              SUBS(m.q_str1,m.q_p1+0x07,1)==CHR(0xf3).AND.;
              SUBS(m.q_str1,m.q_p1+0x08,1)==CHR(0xa4).AND.;
              SUBS(m.q_str1,m.q_p1+0x09,1)==CHR(0x59).AND.;
              SUBS(m.q_str1,m.q_p1+0x0a,1)==CHR(0x5f).AND.;
              SUBS(m.q_str1,m.q_p1+0x0b,1)==CHR(0x5e).AND.;
              SUBS(m.q_str1,m.q_p1+0x0c,1)==CHR(0xc2).AND.;
              SUBS(m.q_str1,m.q_p1+0x0d,1)==CHR(0x04).AND.;
              SUBS(m.q_str1,m.q_p1+0x0e,1)==CHR(0x00)).OR.;
              (SUBS(m.q_str1,m.q_p1+0x03,1)==CHR(0x0f).AND.;
              SUBS(m.q_str1,m.q_p1+0x04,1)==CHR(0x87).AND.;
              SUBS(m.q_str1,m.q_p1+0x05+4,1)==CHR(0x8b).AND.;
              SUBS(m.q_str1,m.q_p1+0x06+4,1)==CHR(0xc8).AND.;
              SUBS(m.q_str1,m.q_p1+0x07+4,1)==CHR(0xf3).AND.;
              SUBS(m.q_str1,m.q_p1+0x08+4,1)==CHR(0xa4).AND.;
              SUBS(m.q_str1,m.q_p1+0x09+4,1)==CHR(0x59).AND.;
              SUBS(m.q_str1,m.q_p1+0x0a+4,1)==CHR(0x5f).AND.;
              SUBS(m.q_str1,m.q_p1+0x0b+4,1)==CHR(0x5e).AND.;
              SUBS(m.q_str1,m.q_p1+0x0c+4,1)==CHR(0xc2).AND.;
              SUBS(m.q_str1,m.q_p1+0x0d+4,1)==CHR(0x04).AND.;
              SUBS(m.q_str1,m.q_p1+0x0e+4,1)==CHR(0x00))))
           m.q_p1_nn=m.q_p1_nn+1
           LOOP
        ENDIF

        PRIVATE m.q_p1type1
        m.q_p1type1=0
        DO CASE
        CASE SUBS(m.q_str1,m.q_p1+0x03,1)==CHR(0x77).AND.;
              SUBS(m.q_str1,m.q_p1+0x05,1)==CHR(0x8b).AND.;
              SUBS(m.q_str1,m.q_p1+0x06,1)==CHR(0xc8).AND.;
              SUBS(m.q_str1,m.q_p1+0x07,1)==CHR(0xf3).AND.;
              SUBS(m.q_str1,m.q_p1+0x08,1)==CHR(0xa4).AND.;
              SUBS(m.q_str1,m.q_p1+0x09,1)==CHR(0x59).AND.;
              SUBS(m.q_str1,m.q_p1+0x0a,1)==CHR(0x5f).AND.;
              SUBS(m.q_str1,m.q_p1+0x0b,1)==CHR(0x5e).AND.;
              SUBS(m.q_str1,m.q_p1+0x0c,1)==CHR(0xc2).AND.;
              SUBS(m.q_str1,m.q_p1+0x0d,1)==CHR(0x04).AND.;
              SUBS(m.q_str1,m.q_p1+0x0e,1)==CHR(0x00)
           m.q_p1type1=0
        CASE SUBS(m.q_str1,m.q_p1+0x03,1)==CHR(0x0f).AND.;
              SUBS(m.q_str1,m.q_p1+0x04,1)==CHR(0x87).AND.;
              SUBS(m.q_str1,m.q_p1+0x05+4,1)==CHR(0x8b).AND.;
              SUBS(m.q_str1,m.q_p1+0x06+4,1)==CHR(0xc8).AND.;
              SUBS(m.q_str1,m.q_p1+0x07+4,1)==CHR(0xf3).AND.;
              SUBS(m.q_str1,m.q_p1+0x08+4,1)==CHR(0xa4).AND.;
              SUBS(m.q_str1,m.q_p1+0x09+4,1)==CHR(0x59).AND.;
              SUBS(m.q_str1,m.q_p1+0x0a+4,1)==CHR(0x5f).AND.;
              SUBS(m.q_str1,m.q_p1+0x0b+4,1)==CHR(0x5e).AND.;
              SUBS(m.q_str1,m.q_p1+0x0c+4,1)==CHR(0xc2).AND.;
              SUBS(m.q_str1,m.q_p1+0x0d+4,1)==CHR(0x04).AND.;
              SUBS(m.q_str1,m.q_p1+0x0e+4,1)==CHR(0x00)
           m.q_p1type1=1
        ENDCASE

        EXIT

     ENDDO

    
     * for (i=0x000000;i<0x080000;i++)
     * {
     *     p2=hmodule0+i;
     *     if (*(p2+0x00)==0x33 &&
     *         *(p2+0x01)==0xC9 &&
     *         *(p2+0x02)==0x2B &&
     *         *(p2+0x03)==0xCF &&
     *         *(p2+0x04)==0x83 &&
     *         *(p2+0x05)==0xE1 &&
     *         *(p2+0x06)==0x03 &&
     *         *(p2+0x07)==0x2B &&
     *         *(p2+0x08)==0xC1 &&
     *         *(p2+0x09)==0xF3 &&
     *         *(p2+0x0A)==0xA4 &&
     *         *(p2+0x0B)==0x8B &&
     *         *(p2+0x0C)==0xC8 &&
     *         *(p2+0x0D)==0xC1 &&
     *         *(p2+0x0E)==0xE9 &&
     *         *(p2+0x0F)==0x02 &&
     *         *(p2+0x10)==0xF3 &&
     *         *(p2+0x11)==0xA5 &&
     *         *(p2+0x12)==0x83 &&
     *         *(p2+0x13)==0xE0 &&
     *         *(p2+0x14)==0x03 &&
     *         ((*(p2+0x15)==0xEB) ||
     *         (*(p2+0x15)==0xE9)))
     *     {
     *
     *         p2type1=0;
     *         if (*(p2+0x15)==0xEB)
     *             p2type1=0;
     *         else if (*(p2+0x15)==0xE9)
     *             p2type1=1;
     *
     *         // fix vfp9.exe, vfp9r.dll
     *         // 0C027F24: 33C9                         xor       ecx,ecx
     *         // 0C027F26: 2BCF                         sub       ecx,edi
     *         // 0C027F28: 83E103                       and       ecx,003
     *         // 0C027F2B: 2BC1                         sub       eax,ecx
     *         // 0C027F2D: F3A4                         repe      movsb
     *         // 0C027F2F: 8BC8                         mov       ecx,eax
     *         // 0C027F31: C1E902                       shr       ecx,002
     *         // 0C027F34: F3A5                         repe      movsd
     *         // 0C027F36: 83E003                       and       eax,003
     *         // 0C027F39: EBDF                         jmps      00C027F1A ;; or E9DBFEFFFF jmp 00C026192
     *
     *         // fix to:
     *         // 0C027F24    807C33 FA 00    CMP BYTE PTR DS:[EBX+ESI-6],0 ;; or 807C3E FA 00 CMP BYTE PTR DS:[EDI+ESI-6],0
     *         // 0C027F29    74 04           JE SHORT vfp9r.0C027F2F
     *         // 0C027F2B    6A 05           PUSH 5
     *         // 0C027F2D    EB 02           JMP SHORT vfp9r.0C027F31
     *         // 0C027F2F    6A 07           PUSH 7
     *         // 0C027F31    2B3424          SUB ESI,DWORD PTR SS:[ESP]
     *         // 0C027F34    E9 30CA1400     JMP vfp9r.0C174969
     *         // 0C027F39    90              NOP
     *         // 0C027F3A    90              NOP

     PRIVATE m.q_str2
     m.q_str2=REPL(CHR(0),0x080000-0x000000)
     =readprocessmemory(getcurrentprocess(),m.q_hmodule0+0x000000,@m.q_str2,LEN(m.q_str2),0)

     PRIVATE m.q_p2_nn
     m.q_p2_nn=1

     DO WHILE .T.

        PRIVATE m.q_p2
        m.q_p2=AT(CHR(0x33)+;
           CHR(0xc9)+;
           CHR(0x2b)+;
           CHR(0xcf)+;
           CHR(0x83)+;
           CHR(0xe1)+;
           CHR(0x03)+;
           CHR(0x2b)+;
           CHR(0xc1)+;
           CHR(0xf3)+;
           CHR(0xa4)+;
           CHR(0x8b)+;
           CHR(0xc8)+;
           CHR(0xc1)+;
           CHR(0xe9)+;
           CHR(0x02)+;
           CHR(0xf3)+;
           CHR(0xa5)+;
           CHR(0x83)+;
           CHR(0xe0)+;
           CHR(0x03),m.q_str2,m.q_p2_nn)
        IF !m.q_p2>0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDIF

        IF !(SUBS(m.q_str2,m.q_p2+0x00,1)==CHR(0x33).AND.;
              SUBS(m.q_str2,m.q_p2+0x01,1)==CHR(0xc9).AND.;
              SUBS(m.q_str2,m.q_p2+0x02,1)==CHR(0x2b).AND.;
              SUBS(m.q_str2,m.q_p2+0x03,1)==CHR(0xcf).AND.;
              SUBS(m.q_str2,m.q_p2+0x04,1)==CHR(0x83).AND.;
              SUBS(m.q_str2,m.q_p2+0x05,1)==CHR(0xe1).AND.;
              SUBS(m.q_str2,m.q_p2+0x06,1)==CHR(0x03).AND.;
              SUBS(m.q_str2,m.q_p2+0x07,1)==CHR(0x2b).AND.;
              SUBS(m.q_str2,m.q_p2+0x08,1)==CHR(0xc1).AND.;
              SUBS(m.q_str2,m.q_p2+0x09,1)==CHR(0xf3).AND.;
              SUBS(m.q_str2,m.q_p2+0x0a,1)==CHR(0xa4).AND.;
              SUBS(m.q_str2,m.q_p2+0x0b,1)==CHR(0x8b).AND.;
              SUBS(m.q_str2,m.q_p2+0x0c,1)==CHR(0xc8).AND.;
              SUBS(m.q_str2,m.q_p2+0x0d,1)==CHR(0xc1).AND.;
              SUBS(m.q_str2,m.q_p2+0x0e,1)==CHR(0xe9).AND.;
              SUBS(m.q_str2,m.q_p2+0x0f,1)==CHR(0x02).AND.;
              SUBS(m.q_str2,m.q_p2+0x10,1)==CHR(0xf3).AND.;
              SUBS(m.q_str2,m.q_p2+0x11,1)==CHR(0xa5).AND.;
              SUBS(m.q_str2,m.q_p2+0x12,1)==CHR(0x83).AND.;
              SUBS(m.q_str2,m.q_p2+0x13,1)==CHR(0xe0).AND.;
              SUBS(m.q_str2,m.q_p2+0x14,1)==CHR(0x03).AND.;
              ((SUBS(m.q_str2,m.q_p2+0x15,1)==CHR(0xeb)).OR.;
              (SUBS(m.q_str2,m.q_p2+0x15,1)==CHR(0xe9))))
           m.q_p2_nn=m.q_p2_nn+1
           LOOP
        ENDIF

        PRIVATE m.q_p2type1
        m.q_p2type1=0
        DO CASE
        CASE SUBS(m.q_str2,m.q_p2+0x15,1)==CHR(0xeb)
           m.q_p2type1=0
        CASE SUBS(m.q_str2,m.q_p2+0x15,1)==CHR(0xe9)
           m.q_p2type1=1
        ENDCASE

        EXIT

     ENDDO

    
     * for (i=0x080000;i<0x200000;i++)
     * {
     *     p3=hmodule0+i;
     *     if (*(p3+0x00)==0x83 &&
     *         *(p3+0x01)==0xEE &&
     *         *(p3+0x02)==0x05 &&
     *         ((*(p3+0x03)==0x8D &&
     *         *(p3+0x04)==0x3C &&
     *         *(p3+0x05)==0x1E &&
     *         *(p3+0x06)==0x6A &&
     *         *(p3+0x07)==0x05 &&
     *         *(p3+0x08)==0x8B &&
     *         *(p3+0x09)==0xD7) ||
     *         (*(p3+0x03)==0x8D &&
     *         *(p3+0x04)==0x1C &&
     *         *(p3+0x05)==0x37 &&
     *         *(p3+0x06)==0x6A &&
     *         *(p3+0x07)==0x05 &&
     *         *(p3+0x08)==0x8B &&
     *         *(p3+0x09)==0xD3)))
     *     {
     *
     *         p3type1=0;
     *         if (*(p3+0x03)==0x8D &&
     *             *(p3+0x04)==0x3C &&
     *             *(p3+0x05)==0x1E &&
     *             *(p3+0x06)==0x6A &&
     *             *(p3+0x07)==0x05 &&
     *             *(p3+0x08)==0x8B &&
     *             *(p3+0x09)==0xD7)
     *             p3type1=0;
     *         else if (*(p3+0x03)==0x8D &&
     *             *(p3+0x04)==0x1C &&
     *             *(p3+0x05)==0x37 &&
     *             *(p3+0x06)==0x6A &&
     *             *(p3+0x07)==0x05 &&
     *             *(p3+0x08)==0x8B &&
     *             *(p3+0x09)==0xD3)
     *             p3type1=1;
     *
     *         // fix vfp9.exe, vfp9r.dll
     *         // 0C174964: 83EE05                       sub       esi,005
     *         // 0C174967: 8D3C1E                       lea       edi,[esi][ebx] ;; or 8D1C37 lea ebx,[edi][esi]
     *         // 0C17496A: 6A05                         push      005
     *         // 0C17496C: 8BD7                         mov       edx,edi ;; or 8BD3 mov edx,ebx
     *         // 0C17496E: 8D4DF0                       lea       ecx,[ebp][-0010]
     *         // 0C174971: E87E35EBFF                   call      00C027EF4
     *         // 0C174976: C60700                       mov       b,[edi],000
     *         // 0C174979: 46                           inc       esi
     *         // 0C17497A: E981ABF1FF                   jmp       00C08F500
     *
     *         // fix to:
     *         // 0C174964    E9 BB35EBFF     JMP vfp9r.0C027F24
     *         // 0C174969    8D3C1E          LEA EDI,DWORD PTR DS:[ESI+EBX] ;; or 8D1C37 lea ebx,[edi][esi]
     *         // 0C17496C    8BD7            MOV EDX,EDI  ;; or 8BD3 mov edx,ebx
     *         // 0C17496E    8D4D F0         LEA ECX,DWORD PTR SS:[EBP-10]
     *         // 0C174971    E8 7E35EBFF     CALL vfp9r.0C027EF4
     *         // 0C174976    C607 00         MOV BYTE PTR DS:[EDI],0
     *         // 0C174979    46              INC ESI
     *         // 0C17497A    E9 81ABF1FF     JMP vfp9r.0C08F500

     PRIVATE m.q_str3
     m.q_str3=REPL(CHR(0),0x200000-0x080000)
     =readprocessmemory(getcurrentprocess(),m.q_hmodule0+0x080000,@m.q_str3,LEN(m.q_str3),0)

     PRIVATE m.q_p3_nn
     m.q_p3_nn=1

     DO WHILE .T.

        PRIVATE m.q_p3
        m.q_p3=AT(CHR(0x83)+;
           CHR(0xee)+;
           CHR(0x05),m.q_str3,m.q_p3_nn)
        IF !m.q_p3>0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDIF

        IF !(SUBS(m.q_str3,m.q_p3+0x00,1)==CHR(0x83).AND.;
              SUBS(m.q_str3,m.q_p3+0x01,1)==CHR(0xee).AND.;
              SUBS(m.q_str3,m.q_p3+0x02,1)==CHR(0x05).AND.;
              ((SUBS(m.q_str3,m.q_p3+0x03,1)==CHR(0x8d).AND.;
              SUBS(m.q_str3,m.q_p3+0x04,1)==CHR(0x3c).AND.;
              SUBS(m.q_str3,m.q_p3+0x05,1)==CHR(0x1e).AND.;
              SUBS(m.q_str3,m.q_p3+0x06,1)==CHR(0x6a).AND.;
              SUBS(m.q_str3,m.q_p3+0x07,1)==CHR(0x05).AND.;
              SUBS(m.q_str3,m.q_p3+0x08,1)==CHR(0x8b).AND.;
              SUBS(m.q_str3,m.q_p3+0x09,1)==CHR(0xd7)).OR.;
              (SUBS(m.q_str3,m.q_p3+0x03,1)==CHR(0x8d).AND.;
              SUBS(m.q_str3,m.q_p3+0x04,1)==CHR(0x1c).AND.;
              SUBS(m.q_str3,m.q_p3+0x05,1)==CHR(0x37).AND.;
              SUBS(m.q_str3,m.q_p3+0x06,1)==CHR(0x6a).AND.;
              SUBS(m.q_str3,m.q_p3+0x07,1)==CHR(0x05).AND.;
              SUBS(m.q_str3,m.q_p3+0x08,1)==CHR(0x8b).AND.;
              SUBS(m.q_str3,m.q_p3+0x09,1)==CHR(0xd3))))
           m.q_p3_nn=m.q_p3_nn+1
           LOOP
        ENDIF

        PRIVATE m.q_p3type1
        m.q_p3type1=0
        DO CASE
        CASE SUBS(m.q_str3,m.q_p3+0x03,1)==CHR(0x8d).AND.;
              SUBS(m.q_str3,m.q_p3+0x04,1)==CHR(0x3c).AND.;
              SUBS(m.q_str3,m.q_p3+0x05,1)==CHR(0x1e).AND.;
              SUBS(m.q_str3,m.q_p3+0x06,1)==CHR(0x6a).AND.;
              SUBS(m.q_str3,m.q_p3+0x07,1)==CHR(0x05).AND.;
              SUBS(m.q_str3,m.q_p3+0x08,1)==CHR(0x8b).AND.;
              SUBS(m.q_str3,m.q_p3+0x09,1)==CHR(0xd7)
           m.q_p3type1=0
        CASE SUBS(m.q_str3,m.q_p3+0x03,1)==CHR(0x8d).AND.;
              SUBS(m.q_str3,m.q_p3+0x04,1)==CHR(0x1c).AND.;
              SUBS(m.q_str3,m.q_p3+0x05,1)==CHR(0x37).AND.;
              SUBS(m.q_str3,m.q_p3+0x06,1)==CHR(0x6a).AND.;
              SUBS(m.q_str3,m.q_p3+0x07,1)==CHR(0x05).AND.;
              SUBS(m.q_str3,m.q_p3+0x08,1)==CHR(0x8b).AND.;
              SUBS(m.q_str3,m.q_p3+0x09,1)==CHR(0xd3)
           m.q_p3type1=1
        ENDCASE

        EXIT

     ENDDO

    
     * for (i=0x080000;i<0x200000;i++)
     * {
     *     p4=hmodule0+i;
     *     if (*(p4+0x00)==0x6A &&
     *         *(p4+0x01)==0x04 &&
     *         *(p4+0x02)==0x8D &&
     *         *(p4+0x03)==0x55 &&
     *         *(p4+0x04)==0xF0 &&
     *         *(p4+0x05)==0xE8 &&
     *         ((*(p4+0x0A)==0x8D &&
     *         *(p4+0x0B)==0x47 &&
     *         *(p4+0x0C)==0x03) ||
     *         (*(p4+0x0A)==0x8D &&
     *         *(p4+0x0B)==0x46 &&
     *         *(p4+0x0C)==0x03)) &&
     *         *(p4+0x0D)==0xE9)
     *     {
     *
     *         p4type1=0;
     *         if (*(p4+0x0A)==0x8D &&
     *             *(p4+0x0B)==0x47 &&
     *             *(p4+0x0C)==0x03)
     *             p4type1=0;
     *         else if (*(p4+0x0A)==0x8D &&
     *             *(p4+0x0B)==0x46 &&
     *             *(p4+0x0C)==0x03)
     *             p4type1=1;
     *
     *         // fix vfp9.exe, vfp9r.dll
     *         // 0C1749EF: 8B1588C2410C                 mov       edx,[00C41C288]
     *         // 0C1749F5: 8D4C3AFF                     lea       ecx,[edx][edi][-0001] ;; or 8D4C32FF lea ecx,[edx][esi][-0001]
     *         // 0C1749F9: 6A04                         push      004
     *         // 0C1749FB: 8D55F0                       lea       edx,[ebp][-0010]
     *         // 0C1749FE: E8F134EBFF                   call      00C027EF4
     *         // 0C174A03: 8D4703                       lea       eax,[edi][00003] ;; or 8D4603 lea eax,[esi][00003]
     *         // 0C174A06: E9D2ABF1FF                   jmp       00C08F5DD
     *
     *         // fix to:
     *         // 0C1749EF: 8B1588C2410C                 mov       edx,[00C41C288]
     *         // 0C1749F5: 8D4C3AFF                     lea       ecx,[edx][edi][-0001] ;; or 8D4C32FF lea ecx,[edx][esi][-0001]
     *         // 0C1749F9: 6A06                         push      006
     *         // 0C1749FB: 8D55F0                       lea       edx,[ebp][-0010]
     *         // 0C1749FE: E8F134EBFF                   call      00C027EF4
     *         // 0C174A03: 8D4705                       lea       eax,[edi][00005] ;; or 8D4605 lea eax,[esi][00005]
     *         // 0C174A06: E9D2ABF1FF                   jmp       00C08F5DD

     PRIVATE m.q_str4
     m.q_str4=REPL(CHR(0),0x200000-0x080000)
     =readprocessmemory(getcurrentprocess(),m.q_hmodule0+0x080000,@m.q_str4,LEN(m.q_str4),0)

     PRIVATE m.q_p4_nn
     m.q_p4_nn=1

     DO WHILE .T.

        PRIVATE m.q_p4
        m.q_p4=AT(CHR(0x6a)+;
           CHR(0x04)+;
           CHR(0x8d)+;
           CHR(0x55)+;
           CHR(0xf0)+;
           CHR(0xe8),m.q_str4,m.q_p4_nn)
        IF !m.q_p4>0
           m.q_vfp9fixmacrosubstitution=.F.
           RETU m.q_vfp9fixmacrosubstitution
        ENDIF

        IF !(SUBS(m.q_str4,m.q_p4+0x00,1)==CHR(0x6a).AND.;
              SUBS(m.q_str4,m.q_p4+0x01,1)==CHR(0x04).AND.;
              SUBS(m.q_str4,m.q_p4+0x02,1)==CHR(0x8d).AND.;
              SUBS(m.q_str4,m.q_p4+0x03,1)==CHR(0x55).AND.;
              SUBS(m.q_str4,m.q_p4+0x04,1)==CHR(0xf0).AND.;
              SUBS(m.q_str4,m.q_p4+0x05,1)==CHR(0xe8).AND.;
              ((SUBS(m.q_str4,m.q_p4+0x0a,1)==CHR(0x8d).AND.;
              SUBS(m.q_str4,m.q_p4+0x0b,1)==CHR(0x47).AND.;
              SUBS(m.q_str4,m.q_p4+0x0c,1)==CHR(0x03)).OR.;
              (SUBS(m.q_str4,m.q_p4+0x0a,1)==CHR(0x8d).AND.;
              SUBS(m.q_str4,m.q_p4+0x0b,1)==CHR(0x46).AND.;
              SUBS(m.q_str4,m.q_p4+0x0c,1)==CHR(0x03))).AND.;
              SUBS(m.q_str4,m.q_p4+0x0d,1)==CHR(0xe9))
           m.q_p4_nn=m.q_p4_nn+1
           LOOP
        ENDIF

        PRIVATE m.q_p4type1
        m.q_p4type1=0
        DO CASE
        CASE SUBS(m.q_str4,m.q_p4+0x0a,1)==CHR(0x8d).AND.;
              SUBS(m.q_str4,m.q_p4+0x0b,1)==CHR(0x47).AND.;
              SUBS(m.q_str4,m.q_p4+0x0c,1)==CHR(0x03)
           m.q_p4type1=0
        CASE SUBS(m.q_str4,m.q_p4+0x0a,1)==CHR(0x8d).AND.;
              SUBS(m.q_str4,m.q_p4+0x0b,1)==CHR(0x46).AND.;
              SUBS(m.q_str4,m.q_p4+0x0c,1)==CHR(0x03)
           m.q_p4type1=1
        ENDCASE

        EXIT

     ENDDO

    
     * OldProtect=0x20; // PAGE_EXECUTE_READ
     * VirtualProtect(p0,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
     * *(p0+0x00)=0x90;
     * *(p0+0x01)=0x90;
     * *(p0+0x02)=0x90;
     * *(p0+0x03)=0x90;
     * *(p0+0x04)=0x90;
     * *(p0+0x05)=0x90;
     * *(p0+0x06)=0x90;
     * *(p0+0x07)=0x90;
     * *(p0+0x08)=0x90;
     * VirtualProtect(p0,0x10,OldProtect,&OldProtect);

     * OldProtect=0x20; // PAGE_EXECUTE_READ
     * VirtualProtect(p1,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
     * if (p1type1==0)
     * {
     * *(p1+0x00)=0x90;
     * *(p1+0x01)=0x90;
     * *(p1+0x02)=0x90;
     * *(p1+0x03)=0x90;
     * *(p1+0x04)=0x90;
     * }
     * else
     * {
     * *(p1+0x00)=0x90;
     * *(p1+0x01)=0x90;
     * *(p1+0x02)=0x90;
     * *(p1+0x03)=0x90;
     * *(p1+0x04)=0x90;
     * *(p1+0x05)=0x90;
     * *(p1+0x06)=0x90;
     * *(p1+0x07)=0x90;
     * *(p1+0x08)=0x90;
     * }
     * VirtualProtect(p1,0x10,OldProtect,&OldProtect);
     *
     * OldProtect=0x20; // PAGE_EXECUTE_READ
     * VirtualProtect(p2,0x20,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
     * if (p3type1==0)
     * {
     * *(p2+0x00)=0x80;
     * *(p2+0x01)=0x7C;
     * *(p2+0x02)=0x33;
     * *(p2+0x03)=0xFA;
     * *(p2+0x04)=0x00;
     * }
     * else
     * {
     * *(p2+0x00)=0x80;
     * *(p2+0x01)=0x7C;
     * *(p2+0x02)=0x3E;
     * *(p2+0x03)=0xFA;
     * *(p2+0x04)=0x00;
     * }
     * *(p2+0x05)=0x74;
     * *(p2+0x06)=0x04;
     * *(p2+0x07)=0x6A;
     * *(p2+0x08)=0x05;
     * *(p2+0x09)=0xEB;
     * *(p2+0x0A)=0x02;
     * *(p2+0x0B)=0x6A;
     * *(p2+0x0C)=0x07;
     * *(p2+0x0D)=0x2B;
     * *(p2+0x0E)=0x34;
     * *(p2+0x0F)=0x24;
     * *(p2+0x10)=0xE9;
     * p2int=p2+0x11;
     * *(p2int)=(p3+0x05)-(p2+0x10+5);
     * if (p2type1==0)
     * {
     * *(p2+0x15)=0x90;
     * *(p2+0x16)=0x90;
     * }
     * else
     * {
     * *(p2+0x15)=0x90;
     * *(p2+0x16)=0x90;
     * *(p2+0x17)=0x90;
     * *(p2+0x18)=0x90;
     * *(p2+0x19)=0x90;
     * }
     * VirtualProtect(p2,0x20,OldProtect,&OldProtect);
     *
     * OldProtect=0x20; // PAGE_EXECUTE_READ
     * VirtualProtect(p3,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
     * *(p3+0x00)=0xE9;
     * p3int=p3+0x01;
     * *(p3int)=(p2+0x00)-(p3+0x00+5);
     * if (p3type1==0)
     * {
     * *(p3+0x05)=0x8D;
     * *(p3+0x06)=0x3C;
     * *(p3+0x07)=0x1E;
     * }
     * else
     * {
     * *(p3+0x05)=0x8D;
     * *(p3+0x06)=0x1C;
     * *(p3+0x07)=0x37;
     * }
     * VirtualProtect(p3,0x10,OldProtect,&OldProtect);
     *
     * OldProtect=0x20; // PAGE_EXECUTE_READ
     * VirtualProtect(p4,0x10,0x40,&OldProtect); // PAGE_EXECUTE_READWRITE
     * *(p4+0x01)=0x06;
     * *(p4+0x0C)=0x05;
     * VirtualProtect(p4,0x10,OldProtect,&OldProtect);

     PRIVATE m.q_str0
     m.q_str0=CHR(0x90)+;
        CHR(0x90)+;
        CHR(0x90)+;
        CHR(0x90)+;
        CHR(0x90)+;
        CHR(0x90)+;
        CHR(0x90)+;
        CHR(0x90)+;
        CHR(0x90)

     IF m.q_p1type1=0
        PRIVATE m.q_str1
        m.q_str1=CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)
     ELSE
        PRIVATE m.q_str1
        m.q_str1=CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)
     ENDIF

     IF m.q_p3type1=0
        PRIVATE m.q_str2
        m.q_str2=CHR(0x80)+;
           CHR(0x7c)+;
           CHR(0x33)+;
           CHR(0xfa)+;
           CHR(0x00)
     ELSE
        PRIVATE m.q_str2
        m.q_str2=CHR(0x80)+;
           CHR(0x7c)+;
           CHR(0x3e)+;
           CHR(0xfa)+;
           CHR(0x00)
     ENDIF
     m.q_str2=m.q_str2+CHR(0x74)+;
        CHR(0x04)+;
        CHR(0x6a)+;
        CHR(0x05)+;
        CHR(0xeb)+;
        CHR(0x02)+;
        CHR(0x6a)+;
        CHR(0x07)+;
        CHR(0x2b)+;
        CHR(0x34)+;
        CHR(0x24)+;
        CHR(0xe9)+;
        CHR(MOD(((m.q_hmodule0+0x080000+m.q_p3+0x05)-(m.q_hmodule0+0x000000+m.q_p2+0x10+5)),256))+;
        CHR(MOD(INT(((m.q_hmodule0+0x080000+m.q_p3+0x05)-(m.q_hmodule0+0x000000+m.q_p2+0x10+5))/256),256))+;
        CHR(MOD(INT(((m.q_hmodule0+0x080000+m.q_p3+0x05)-(m.q_hmodule0+0x000000+m.q_p2+0x10+5))/(256*256)),256))+;
        CHR(MOD(INT(((m.q_hmodule0+0x080000+m.q_p3+0x05)-(m.q_hmodule0+0x000000+m.q_p2+0x10+5))/(256*256*256)),256))
     IF m.q_p2type1=0
        m.q_str2=m.q_str2+CHR(0x90)+;
           CHR(0x90)
     ELSE
        m.q_str2=m.q_str2+CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)+;
           CHR(0x90)
     ENDIF

     PRIVATE m.q_str3
     m.q_str3=CHR(0xe9)+;
        CHR(MOD(((m.q_hmodule0+0x000000+m.q_p2+0x00)-(m.q_hmodule0+0x080000+m.q_p3+0x00+5)+0x100000000),256))+;
        CHR(MOD(INT(((m.q_hmodule0+0x000000+m.q_p2+0x00)-(m.q_hmodule0+0x080000+m.q_p3+0x00+5)+0x100000000)/256),256))+;
        CHR(MOD(INT(((m.q_hmodule0+0x000000+m.q_p2+0x00)-(m.q_hmodule0+0x080000+m.q_p3+0x00+5)+0x100000000)/(256*256)),256))+;
        CHR(MOD(INT(((m.q_hmodule0+0x000000+m.q_p2+0x00)-(m.q_hmodule0+0x080000+m.q_p3+0x00+5)+0x100000000)/(256*256*256)),256))
     IF m.q_p3type1=0
        m.q_str3=m.q_str3+CHR(0x8d)+;
           CHR(0x3c)+;
           CHR(0x1e)
     ELSE
        PRIVATE m.q_str3
        m.q_str3=m.q_str3+CHR(0x8d)+;
           CHR(0x1c)+;
           CHR(0x37)
     ENDIF

     PRIVATE m.q_str4
     m.q_str4=REPL(CHR(0),0x10)
     =readprocessmemory(getcurrentprocess(),m.q_hmodule0+0x080000+m.q_p4-1+0x00,@m.q_str4,LEN(m.q_str4),0)
     m.q_str4=STUFF(m.q_str4,0x01+1,1,CHR(0x06))
     m.q_str4=STUFF(m.q_str4,0x0c+1,1,CHR(0x05))

     PRIVATE m.q_oldprotect0
     m.q_oldprotect0=0x20 && PAGE_EXECUTE_READ
     =virtualprotect(m.q_hmodule0+0x080000+m.q_p0-1,0x10,0x40,@m.q_oldprotect0) && PAGE_EXECUTE_READWRITE

     PRIVATE m.q_oldprotect1
     m.q_oldprotect1=0x20 && PAGE_EXECUTE_READ
     =virtualprotect(m.q_hmodule0+0x000000+m.q_p1-1,0x10,0x40,@m.q_oldprotect1) && PAGE_EXECUTE_READWRITE

     PRIVATE m.q_oldprotect2
     m.q_oldprotect2=0x20 && PAGE_EXECUTE_READ
     =virtualprotect(m.q_hmodule0+0x000000+m.q_p2-1,0x20,0x40,@m.q_oldprotect2) && PAGE_EXECUTE_READWRITE

     PRIVATE m.q_oldprotect3
     m.q_oldprotect3=0x20 && PAGE_EXECUTE_READ
     =virtualprotect(m.q_hmodule0+0x080000+m.q_p3-1,0x10,0x40,@m.q_oldprotect3) && PAGE_EXECUTE_READWRITE

     PRIVATE m.q_oldprotect4
     m.q_oldprotect4=0x20 && PAGE_EXECUTE_READ
     =virtualprotect(m.q_hmodule0+0x080000+m.q_p4-1,0x10,0x40,@m.q_oldprotect4) && PAGE_EXECUTE_READWRITE

     =writeprocessmemory(getcurrentprocess(),m.q_hmodule0+0x080000+m.q_p0-1+0x00,m.q_str0,LEN(m.q_str0),0)
     =writeprocessmemory(getcurrentprocess(),m.q_hmodule0+0x000000+m.q_p1-1+0x00,m.q_str1,LEN(m.q_str1),0)
     =writeprocessmemory(getcurrentprocess(),m.q_hmodule0+0x000000+m.q_p2-1+0x00,m.q_str2,LEN(m.q_str2),0)
     =writeprocessmemory(getcurrentprocess(),m.q_hmodule0+0x080000+m.q_p3-1+0x00,m.q_str3,LEN(m.q_str3),0)
     =writeprocessmemory(getcurrentprocess(),m.q_hmodule0+0x080000+m.q_p4-1+0x00,m.q_str4,LEN(m.q_str4),0)

     =virtualprotect(m.q_hmodule0+0x080000+m.q_p0-1,0x10,m.q_oldprotect0,@m.q_oldprotect0)
     =virtualprotect(m.q_hmodule0+0x000000+m.q_p1-1,0x10,m.q_oldprotect1,@m.q_oldprotect1)
     =virtualprotect(m.q_hmodule0+0x000000+m.q_p2-1,0x20,m.q_oldprotect2,@m.q_oldprotect2)
     =virtualprotect(m.q_hmodule0+0x080000+m.q_p3-1,0x10,m.q_oldprotect3,@m.q_oldprotect3)
     =virtualprotect(m.q_hmodule0+0x080000+m.q_p4-1,0x10,m.q_oldprotect4,@m.q_oldprotect4)

     m.q_vfp9fixmacrosubstitution=.T.
     RETU m.q_vfp9fixmacrosubstitution

     * END OF PROC F_VFP9FIXMACROSUBSTITUTION.


     6, Recommend to add the following code to the start program:

     * VFP9FixMacroSubstitution

     #IF ROUND(VAL(CHRTRAN(UPPE(VERSION()),"MICROSOFTVISUALFOXPRO","")),2)>=9.0
     =f_vfp9fixmacrosubstitution()
     #ENDI

     Now in vfp9, the large program can run correctly too.


4. APPLIES TO:

     VFP 9.0.0.2412
     VFP 9.0.0.3504 (SP1)
     VFP 9.0.0.4611 (SP2)
     VFP 9.0.0.5015 (SP2)
     VFP 9.0.0.5411 (SP2)
     VFP 9.0.0.5721 (SP2)
     VFP 9.0.0.5815 (SP2)
     VFP 9.0.0.6303 (SP2)
     VFP 9.0.0.6602 (SP2)
     VFP 9.0.0.7423 (SP2)


5. REFERENCE WEBSITES:

     1, baiyujia.com:
     <a href="http://www.baiyujia.com/" target="_blank">http://www.baiyujia.com</a>

     2, foxite.com:
     <a href="http://www.foxite.com/archives/vfp-9-errors-on-valid-programming-statem-0000240109.htm" target="_blank">http://www.foxite.com/archives/vfp-9-errors-on-valid-programming-statem-0000240109.htm</a>
     <a href="http://www.foxite.com/archives/vfp-90-fix-macro-substitution-0000250329.htm" target="_blank">http://www.foxite.com/archives/vfp-90-fix-macro-substitution-0000250329.htm</a>
     <a href="http://www.foxite.com/archives/problems-with-macro-substitution-0000286226.htm" target="_blank">http://www.foxite.com/archives/problems-with-macro-substitution-0000286226.htm</a>

     3, Calvin Hsia's WebLog:
     <a href="http://blogs.msdn.com/b/calvin_hsia/archive/2006/04/04/568461.aspx" target="_blank">http://blogs.msdn.com/b/calvin_hsia/archive/2006/04/04/568461.aspx</a>


6. OTHER:

     For reference only, there is no guarantees.

     Any questions or suggestions, please e-mail to ccb2000@163.com.


</pre>

Last edited Apr 22, 2012 at 3:38 AM by ccb2000, version 1

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