Source Code Wh CODING WALLHACK

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ADE32.cpp

// ADE32 version 2.02c -- C edition

#define
WIN32_LEAN_AND_MEAN
#define WIN32_EXTRA_LEAN

#include


#include

"ADE32.h"

DWORD
ade32_table[512] = {
/* 00 */ C_MODRM,
/*

01 */ C_MODRM,
/*
02 */ C_MODRM,
/* 03 */ C_MODRM,
/*
04 */ C_DATA1,
/* 05 */
C_DATA66,
/* 06 */ C_BAD,
/* 07
*/ C_BAD,
/* 08 */ C_MODRM,
/*
09 */ C_MODRM,
/* 0A */
C_MODRM,
/* 0B */ C_MODRM,
/* 0C */
C_DATA1,
/* 0D */
C_DATA66,
/* 0E */ C_BAD,
/* 0F */
C_OPCODE2,
/* 10 */
C_MODRM+C_BAD,
/* 11 */ C_MODRM,
/* 12 */
C_MODRM+C_BAD,
/*

13 */ C_MODRM,
/* 14 */ C_DATA1+C_BAD,
/*
15 */
C_DATA66+C_BAD,
/* 16 */ C_BAD,
/* 17 */ C_BAD,
/* 18
*/
C_MODRM+C_BAD,
/* 19 */ C_MODRM,
/* 1A */ C_MODRM,
/* 1B
*/ C_MODRM,
/* 1C */ C_DATA1+C_BAD,
/* 1D */ C_DATA66+C_BAD,
/*
1E */ C_BAD,
/* 1F */ C_BAD,
/* 20 */ C_MODRM,
/* 21 */
C_MODRM,
/*

22 */ C_MODRM,
/* 23 */ C_MODRM,
/* 24 */
C_DATA1,
/*
25 */ C_DATA66,
/* 26 */ C_SEG+C_BAD,
/* 27 */
C_BAD,
/*
28 */ C_MODRM,
/* 29 */ C_MODRM,
/* 2A */ C_MODRM,
/*

2B */ C_MODRM,
/* 2C */ C_DATA1,
/* 2D */ C_DATA66,
/* 2E
*/

C_SEG+C_BAD,
/* 2F */ C_BAD,
/* 30 */ C_MODRM,
/* 31 */
C_MODRM,
/*

32 */ C_MODRM,
/* 33 */ C_MODRM,
/* 34 */
C_DATA1,
/*
35 */ C_DATA66,
/* 36 */ C_SEG+C_BAD,
/* 37 */
C_BAD,
/*
38 */ C_MODRM,
/* 39 */ C_MODRM,
/* 3A */ C_MODRM,
/*

3B */ C_MODRM,
/* 3C */ C_DATA1,
/* 3D */ C_DATA66,
/* 3E
*/

C_SEG+C_BAD,
/* 3F */ C_BAD,
/* 40 */ 0,
/* 41 */ 0,
/*
42 */ 0,
/* 43 */ 0,
/* 44 */ C_BAD,
/* 45 */ 0,
/* 46
*/

0,
/* 47 */ 0,
/* 48 */ 0,
/* 49 */ 0,
/* 4A */ 0,
/*
4B */ 0,
/* 4C */ C_BAD,
/* 4D */ 0,
/* 4E */ 0,
/* 4F
*/

0,
/* 50 */ 0,
/* 51 */ 0,
/* 52 */ 0,
/* 53 */ 0,
/*
54 */ 0,
/* 55 */ 0,
/* 56 */ 0,
/* 57 */ 0,
/* 58 */
0,
/*

59 */ 0,
/* 5A */ 0,
/* 5B */ 0,
/* 5C */ C_BAD,
/*
5D */ 0,
/* 5E */ 0,
/* 5F */ 0,
/* 60 */ C_BAD,
/* 61
*/

C_BAD,
/* 62 */ C_MODRM+C_BAD,
/* 63 */ C_MODRM+C_BAD,
/*
64 */ C_SEG,
/* 65 */ C_SEG+C_BAD,
/* 66 */ C_66,
/* 67 */
C_67,
/* 68 */ C_DATA66,
/* 69 */ C_MODRM+C_DATA66,
/* 6A */
C_DATA1,
/* 6B */ C_MODRM+C_DATA1,
/* 6C */ C_BAD,
/* 6D */
C_BAD,
/* 6E */ C_BAD,
/* 6F */ C_BAD,
/* 70 */
C_DATA1+C_REL+C_BAD,
/*

71 */ C_DATA1+C_REL+C_BAD,
/* 72 */
C_DATA1+C_REL,
/* 73 */
C_DATA1+C_REL,
/* 74 */ C_DATA1+C_REL,
/*
75 */
C_DATA1+C_REL,
/* 76 */ C_DATA1+C_REL,
/* 77 */
C_DATA1+C_REL,
/*

78 */ C_DATA1+C_REL,
/* 79 */ C_DATA1+C_REL,
/*
7A */
C_DATA1+C_REL+C_BAD,
/* 7B */ C_DATA1+C_REL+C_BAD,
/* 7C
*/
C_DATA1+C_REL,
/* 7D */ C_DATA1+C_REL,
/* 7E */
C_DATA1+C_REL,
/*

7F */ C_DATA1+C_REL,
/* 80 */ C_MODRM+C_DATA1,
/*
81 */
C_MODRM+C_DATA66,
/* 82 */ C_MODRM+C_DATA1+C_BAD,
/* 83
*/
C_MODRM+C_DATA1,
/* 84 */ C_MODRM,
/* 85 */ C_MODRM,
/*
86

*/ C_MODRM,
/* 87 */ C_MODRM,
/* 88 */ C_MODRM,
/* 89 */
C_MODRM,
/* 8A */ C_MODRM,
/* 8B */ C_MODRM,
/* 8C */
C_MODRM+C_BAD,
/*

8D */ C_MODRM,
/* 8E */ C_MODRM+C_BAD,
/*
8F */ C_MODRM,
/*

90 */ 0,
/* 91 */ 0,
/* 92 */ 0,
/* 93
*/ C_BAD,
/*
94 */ C_BAD,
/* 95 */ C_BAD,
/* 96 */ C_BAD,
/*
97 */
C_BAD,
/* 98 */ C_BAD,
/* 99 */ 0,
/* 9A */
C_DATA66+C_DATA2+C_BAD,
/*

9B */ 0,
/* 9C */ C_BAD,
/* 9D */
C_BAD,
/* 9E */
C_BAD,
/* 9F */ C_BAD,
/* A0 */ C_ADDR67,
/*
A1 */
C_ADDR67,
/* A2 */ C_ADDR67,
/* A3 */ C_ADDR67,
/* A4
*/
0,
/* A5 */ 0,
/* A6 */ 0,
/* A7 */ 0,
/* A8 */
C_DATA1,
/*

A9 */ C_DATA66,
/* AA */ 0,
/* AB */ 0,
/* AC
*/ 0,
/*

AD */ C_BAD,
/* AE */ 0,
/* AF */ C_BAD,
/* B0
*/
C_DATA1,
/* B1 */ C_DATA1,
/* B2 */ C_DATA1,
/* B3 */
C_DATA1,
/*

B4 */ C_DATA1,
/* B5 */ C_DATA1,
/* B6 */
C_DATA1+C_BAD,
/*

B7 */ C_DATA1+C_BAD,
/* B8 */ C_DATA66,
/*
B9 */ C_DATA66,
/*

BA */ C_DATA66,
/* BB */ C_DATA66,
/* BC
*/
C_DATA66+C_BAD,
/* BD */ C_DATA66,
/* BE */ C_DATA66,
/*
BF

*/ C_DATA66,
/* C0 */ C_MODRM+C_DATA1,
/* C1 */
C_MODRM+C_DATA1,
/*

C2 */ C_DATA2+C_STOP,
/* C3 */ C_STOP,
/*
C4 */
C_MODRM+C_BAD,
/* C5 */ C_MODRM+C_BAD,
/* C6 */
C_MODRM+C_DATA1,
/*

C7 */ C_MODRM+C_DATA66,
/* C8 */
C_DATA2+C_DATA1,
/* C9 */
0,
/* CA */ C_DATA2+C_STOP+C_BAD,
/*
CB */ C_STOP+C_BAD,
/*

CC */ C_BAD,
/* CD */ C_BAD,
/* CE
*/ C_BAD,
/* CF */
C_STOP+C_BAD,
/* D0 */ C_MODRM,
/* D1 */
C_MODRM,
/* D2
*/ C_MODRM,
/* D3 */ C_MODRM,
/* D4 */
C_DATA1+C_BAD,
/*
D5 */ C_DATA1+C_BAD,
/* D6 */ C_BAD,
/* D7
*/ C_BAD,
/*
D8 */ C_MODRM,
/* D9 */ C_MODRM,
/* DA */
C_MODRM,
/*
DB */ C_MODRM,
/* DC */ C_MODRM,
/* DD */
C_MODRM,
/* DE
*/ C_MODRM,
/* DF */ C_MODRM,
/* E0 */
C_DATA1+C_REL+C_BAD,
/*

E1 */ C_DATA1+C_REL+C_BAD,
/* E2 */
C_DATA1+C_REL,
/* E3 */
C_DATA1+C_REL,
/* E4 */ C_DATA1+C_BAD,
/*
E5 */
C_DATA1+C_BAD,
/* E6 */ C_DATA1+C_BAD,
/* E7 */
C_DATA1+C_BAD,
/*

E8 */ C_DATA66+C_REL,
/* E9 */
C_DATA66+C_REL+C_STOP,
/* EA
*/ C_DATA66+C_DATA2+C_BAD,
/* EB */
C_DATA1+C_REL+C_STOP,
/*

EC */ C_BAD,
/* ED */ C_BAD,
/* EE
*/ C_BAD,
/* EF */
C_BAD,
/* F0 */ C_LOCK+C_BAD,
/* F1 */
C_BAD,
/* F2 */
C_REP,
/* F3 */ C_REP,
/* F4 */ C_BAD,
/*
F5 */ C_BAD,
/*

F6 */ C_MODRM,
/* F7 */ C_MODRM,
/* F8 */
0,
/* F9 */
0,
/* FA */ C_BAD,
/* FB */ C_BAD,
/* FC */
0,
/* FD
*/ 0,
/* FE */ C_MODRM,
/* FF */ C_MODRM,
/* 00
*/
C_MODRM,
/* 01 */ C_MODRM,
/* 02 */ C_MODRM,
/* 03 */
C_MODRM,
/*

04 */ C_ERROR,
/* 05 */ C_ERROR,
/* 06 */ 0,
/*
07 */
C_ERROR,
/* 08 */ 0,
/* 09 */ 0,
/* 0A */ 0,
/*
0B */
0,
/* 0C */ C_ERROR,
/* 0D */ C_ERROR,
/* 0E */
C_ERROR,
/*

0F */ C_ERROR,
/* 10 */ C_ERROR,
/* 11 */
C_ERROR,
/*
12 */ C_ERROR,
/* 13 */ C_ERROR,
/* 14 */
C_ERROR,
/* 15
*/ C_ERROR,
/* 16 */ C_ERROR,
/* 17 */
C_ERROR,
/* 18
*/ C_ERROR,
/* 19 */ C_ERROR,
/* 1A */
C_ERROR,
/* 1B */
C_ERROR,
/* 1C */ C_ERROR,
/* 1D */
C_ERROR,
/* 1E */
C_ERROR,
/* 1F */ C_ERROR,
/* 20 */
C_ERROR,
/* 21 */
C_ERROR,
/* 22 */ C_ERROR,
/* 23 */
C_ERROR,
/* 24 */
C_ERROR,
/* 25 */ C_ERROR,
/* 26 */
C_ERROR,
/* 27 */
C_ERROR,
/* 28 */ C_ERROR,
/* 29 */
C_ERROR,
/* 2A */
C_ERROR,
/* 2B */ C_ERROR,
/* 2C */
C_ERROR,
/* 2D */
C_ERROR,
/* 2E */ C_ERROR,
/* 2F */
C_ERROR,
/* 30 */
C_ERROR,
/* 31 */ C_ERROR,
/* 32 */
C_ERROR,
/* 33 */
C_ERROR,
/* 34 */ C_ERROR,
/* 35 */
C_ERROR,
/* 36 */
C_ERROR,
/* 37 */ C_ERROR,
/* 38 */
C_ERROR,
/* 39 */
C_ERROR,
/* 3A */ C_ERROR,
/* 3B */
C_ERROR,
/* 3C */
C_ERROR,
/* 3D */ C_ERROR,
/* 3E */
C_ERROR,
/* 3F */
C_ERROR,
/* 40 */ C_ERROR,
/* 41 */
C_ERROR,
/* 42 */
C_ERROR,
/* 43 */ C_ERROR,
/* 44 */
C_ERROR,
/* 45 */
C_ERROR,
/* 46 */ C_ERROR,
/* 47 */
C_ERROR,
/* 48 */
C_ERROR,
/* 49 */ C_ERROR,
/* 4A */
C_ERROR,
/* 4B */
C_ERROR,
/* 4C */ C_ERROR,
/* 4D */
C_ERROR,
/* 4E */
C_ERROR,
/* 4F */ C_ERROR,
/* 50 */
C_ERROR,
/* 51 */
C_ERROR,
/* 52 */ C_ERROR,
/* 53 */
C_ERROR,
/* 54 */
C_ERROR,
/* 55 */ C_ERROR,
/* 56 */
C_ERROR,
/* 57 */
C_ERROR,
/* 58 */ C_ERROR,
/* 59 */
C_ERROR,
/* 5A */
C_ERROR,
/* 5B */ C_ERROR,
/* 5C */
C_ERROR,
/* 5D */
C_ERROR,
/* 5E */ C_ERROR,
/* 5F */
C_ERROR,
/* 60 */
C_ERROR,
/* 61 */ C_ERROR,
/* 62 */
C_ERROR,
/* 63 */
C_ERROR,
/* 64 */ C_ERROR,
/* 65 */
C_ERROR,
/* 66 */
C_ERROR,
/* 67 */ C_ERROR,
/* 68 */
C_ERROR,
/* 69 */
C_ERROR,
/* 6A */ C_ERROR,
/* 6B */
C_ERROR,
/* 6C */
C_ERROR,
/* 6D */ C_ERROR,
/* 6E */
C_ERROR,
/* 6F */
C_ERROR,
/* 70 */ C_ERROR,
/* 71 */
C_ERROR,
/* 72 */
C_ERROR,
/* 73 */ C_ERROR,
/* 74 */
C_ERROR,
/* 75 */
C_ERROR,
/* 76 */ C_ERROR,
/* 77 */
C_ERROR,
/* 78 */
C_ERROR,
/* 79 */ C_ERROR,
/* 7A */
C_ERROR,
/* 7B */
C_ERROR,
/* 7C */ C_ERROR,
/* 7D */
C_ERROR,
/* 7E */
C_ERROR,
/* 7F */ C_ERROR,
/* 80 */
C_DATA66+C_REL,
/* 81
*/ C_DATA66+C_REL,
/* 82 */
C_DATA66+C_REL,
/* 83 */
C_DATA66+C_REL,
/* 84 */
C_DATA66+C_REL,
/* 85 */
C_DATA66+C_REL,
/* 86 */
C_DATA66+C_REL,
/* 87 */
C_DATA66+C_REL,
/* 88 */
C_DATA66+C_REL,
/* 89 */
C_DATA66+C_REL,
/* 8A */
C_DATA66+C_REL,
/* 8B */
C_DATA66+C_REL,
/* 8C */
C_DATA66+C_REL,
/* 8D */
C_DATA66+C_REL,
/* 8E */
C_DATA66+C_REL,
/* 8F */
C_DATA66+C_REL,
/* 90 */ C_MODRM,
/*
91 */ C_MODRM,
/* 92
*/ C_MODRM,
/* 93 */ C_MODRM,
/* 94 */
C_MODRM,
/* 95
*/ C_MODRM,
/* 96 */ C_MODRM,
/* 97 */
C_MODRM,
/* 98 */
C_MODRM,
/* 99 */ C_MODRM,
/* 9A */
C_MODRM,
/* 9B */
C_MODRM,
/* 9C */ C_MODRM,
/* 9D */
C_MODRM,
/* 9E */
C_MODRM,
/* 9F */ C_MODRM,
/* A0 */ 0,
/*
A1 */ 0,
/*
A2 */ 0,
/* A3 */ C_MODRM,
/* A4 */
C_MODRM+C_DATA1,
/*
A5 */ C_MODRM,
/* A6 */ C_ERROR,
/* A7 */
C_ERROR,
/*
A8 */ 0,
/* A9 */ 0,
/* AA */ 0,
/* AB */
C_MODRM,
/*

AC */ C_MODRM+C_DATA1,
/* AD */ C_MODRM,
/* AE */
C_ERROR,
/*

AF */ C_MODRM,
/* B0 */ C_MODRM,
/* B1 */
C_MODRM,
/*
B2 */ C_MODRM,
/* B3 */ C_MODRM,
/* B4 */
C_MODRM,
/* B5
*/ C_MODRM,
/* B6 */ C_MODRM,
/* B7 */
C_MODRM,
/* B8
*/ C_ERROR,
/* B9 */ C_ERROR,
/* BA */
C_MODRM+C_DATA1,
/*

BB */ C_MODRM,
/* BC */ C_MODRM,
/* BD */
C_MODRM,
/*
BE */ C_MODRM,
/* BF */ C_MODRM,
/* C0 */
C_MODRM,
/* C1
*/ C_MODRM,
/* C2 */ C_ERROR,
/* C3 */
C_ERROR,
/* C4
*/ C_ERROR,
/* C5 */ C_ERROR,
/* C6 */
C_ERROR,
/* C7 */
C_ERROR,
/* C8 */ 0,
/* C9 */ 0,
/* CA
*/ 0,
/* CB
*/ 0,
/* CC */ 0,
/* CD */ C_DATA1,
/* CE */
0,
/*
CF */ 0,
/* D0 */ C_ERROR,
/* D1 */ C_ERROR,
/*
D2 */
C_ERROR,
/* D3 */ C_ERROR,
/* D4 */ C_ERROR,
/* D5 */

C_ERROR,
/* D6 */ C_ERROR,
/* D7 */ C_ERROR,
/* D8 */
C_ERROR,
/*

D9 */ C_ERROR,
/* DA */ C_ERROR,
/* DB */
C_ERROR,
/*
DC */ C_ERROR,
/* DD */ C_ERROR,
/* DE */
C_ERROR,
/* DF
*/ C_ERROR,
/* E0 */ C_ERROR,
/* E1 */
C_ERROR,
/* E2
*/ C_ERROR,
/* E3 */ C_ERROR,
/* E4 */
C_ERROR,
/* E5 */
C_ERROR,
/* E6 */ C_ERROR,
/* E7 */
C_ERROR,
/* E8 */
C_ERROR,
/* E9 */ C_ERROR,
/* EA */
C_ERROR,
/* EB */
C_ERROR,
/* EC */ C_ERROR,
/* ED */
C_ERROR,
/* EE */
C_ERROR,
/* EF */ C_ERROR,
/* F0 */
C_ERROR,
/* F1 */
C_ERROR,
/* F2 */ C_ERROR,
/* F3 */
C_ERROR,
/* F4 */
C_ERROR,
/* F5 */ C_ERROR,
/* F6 */
C_ERROR,
/* F7 */
C_ERROR,
/* F8 */ C_ERROR,
/* F9 */
C_ERROR,
/* FA */
C_ERROR,
/* FB */ C_ERROR,
/* FC */
C_ERROR,
/* FD */
C_ERROR,
/* FE */ C_ERROR,
/* FF */
C_ERROR
}; //
ade32_table[]


int disasm(BYTE* opcode0,
disasm_struct*
diza){
BYTE* opcode = opcode0;


memset(diza,

0x00, sizeof(disasm_struct));

diza->disasm_defdata =
4;
diza->disasm_defaddr = 4;


if(*(WORD*)opcode == 0x0000)
return 0;


if(*(WORD*)opcode == 0xFFFF)
return 0;


DWORD flag = 0;

repeat_prefix:

BYTE c =
*opcode++;
DWORD t = ade32_table[ c ];

if(t
&
C_ANYPREFIX){
if(flag & t)


return 0;

flag |= t;


if(t & C_67)

diza->disasm_defaddr

^= 2^4;
else if(t & C_66)

diza->disasm_defdata ^= 2^4;

else if(t
& C_SEG)
diza->disasm_seg
= c;
else if(t & C_REP)


diza->disasm_rep = c;
// LOCK


goto repeat_prefix;
} // C_ANYPREFIX


flag

|= t;
diza->disasm_opcode = c;

if(c ==
0x0F){
c = *opcode++;

diza->disasm_opcode2

= c;
flag |=
ade32_table[256+c]; // 2nd
flagtable half


if(flag ==
C_ERROR)
return 0;

}else if(c
== 0xF7){
if(((*opcode) & 0x38)
== 0)

flag |= C_DATA66;
}else if(c
==
0xF6){
if(((*opcode) & 0x38) == 0)

flag |= C_DATA1;
}else if(c == 0xCD){

if(*opcode == 0x20)
flag |=
C_DATA4;
}

if(flag & C_MODRM){

c
= *opcode++;
diza->disasm_modrm = c;


if(((c & 0x38) == 0x20) &&
(diza->disasm_opcode

== 0xFF))
flag |=
C_STOP;


BYTE mod = c & 0xC0;

BYTE rm = c
& 0x07;

if(mod != 0xC0){


if(diza->disasm_defaddr == 4){


if(rm == 4){


flag |= C_SIB;
c =
*opcode++;

diza->disasm_sib = c;
rm =
c & 0x07;

}



if(mod == 0x40)

flag |=
C_ADDR1;
else if(mod ==
0x80)
flag |= C_ADDR4;


else if (rm == 5)


flag |= C_ADDR4;
}else{ //
MODRM 16-bit
if(mod == 0x40)

flag |= C_ADDR1;

else if(mod == 0x80)

flag |= C_ADDR2;
else if(rm
==

6)
flag |= C_ADDR2;

}
}
} // C_MODRM

diza->disasm_flag = flag;

DWORD a = flag
&

(C_ADDR1 | C_ADDR2 | C_ADDR4);
DWORD d = (flag &
(C_DATA1

| C_DATA2 | C_DATA4)) >> 8;

if(flag &
C_ADDR67)
a += diza->disasm_defaddr;

if(flag
& C_DATA66)
d += diza->disasm_defdata;

diza->disasm_addrsize = a;

diza->disasm_datasize

= d;

DWORD i;
for(i =
0; i < a; i++)
diza->disasm_addr_b[i] =
*opcode++;


for(i = 0; i < d; i++)

diza->disasm_data_b[i]

= *opcode++;


diza->disasm_len = opcode - opcode0;

return
diza->disasm_len;
} // disasm()

int
oplen(BYTE *opcode){
disasm_struct diza;

memset(&diza,0,sizeof(diza));


disasm((BYTE*)opcode,&diza);


if((diza.disasm_flag
== C_ERROR) || ((diza.disasm_flag&C_STOP) ==
C_STOP) ||
((diza.disasm_flag&C_REL)==C_REL) ||
((diza.disasm_flag&C_BAD)==C_BAD))
return -1;

return diza.disasm_len;
}




ADE32.h

//
ADE32 v2.02c by z0mbie

#ifndef __ADE32_H__
#define
__ADE32_H__

#define

C_ERROR 0xFFFFFFFF
#define C_ADDR1
0x00000001
#define

C_ADDR2 0x00000002
#define
C_ADDR4 0x00000004
#define

C_LOCK 0x00000008
#define
C_67 0x00000010
#define

C_66 0x00000020
#define
C_REP 0x00000040
#define

C_SEG 0x00000080
#define
C_ANYPREFIX
(C_66+C_67+C_LOCK+C_REP+C_SEG)
#define C_DATA1
0x00000100
#define

C_DATA2 0x00000200
#define C_DATA4
0x00000400
#define

C_SIB 0x00000800
#define
C_ADDR67 0x00001000
#define

C_DATA66 0x00002000
#define
C_MODRM 0x00004000
#define

C_BAD 0x00008000
#define
C_OPCODE2 0x00010000
#define

C_REL 0x00020000
#define
C_STOP 0x00040000

#pragma

pack(push)
#pragma pack(1)

struct
disasm_struct {

BYTE disasm_defaddr; // 00

BYTE disasm_defdata;
// 01
DWORD disasm_len;
// 02 03 04 05
DWORD disasm_flag; // 06 07 08
09

DWORD disasm_addrsize; // 0A 0B 0C 0D
DWORD
disasm_datasize;

// 0E 0F 10 11
BYTE disasm_rep;
// 12
BYTE disasm_seg; // 13

BYTE
disasm_opcode; // 14
BYTE disasm_opcode2;

// 15
BYTE disasm_modrm; // 16
BYTE
disasm_sib;

// 17

union {

BYTE
disasm_addr_b[8]; // 18 19 1A 1B 1C 1D 1E 1F


WORD disasm_addr_w[4];
DWORD disasm_addr_d[2];

char disasm_addr_c[8];
short
disasm_addr_s[4];
long disasm_addr_l[2];

};


union {
BYTE disasm_data_b[8]; //
20 21 22 23
24 25 26 27
WORD disasm_data_w[4];


DWORD disasm_data_d[2];
char
disasm_data_c[8];
short disasm_data_s[4];

long
disasm_data_l[2];
};
}; // disasm_struct

#pragma
pack(pop)

int disasm(BYTE* opcode0, disasm_struct* diza);
int
oplen(BYTE* opcode);

#endif // __ADE32_H__



as.cpp

/**************************************************************************************************************************************************************************************************************/
#pragma
once
#define WIN32_LEAN_AND_MEAN
#include
#include

#include
#include
#include

"detoursx.h"
/**************************************************************************************************************************************************************************************************************/
LPDIRECT3DTEXTURE9
texYellow, texRed, texGreen, texBlue, texBlack, texWhite, texPink,
texOrange,

texLightBlue, texCyan, texPurple, texSteelBlue,
texLightSteelBlue,
texSalmon, texBrown, texTeal, texLime,
texElectricLime, texGold,
texOrangeRed, texGreenYellow, texAquaMarine,
texSkyBlue,
texSlateBlue, texCrimson, texDarkOliveGreen, texPaleGreen,
texDarkGoldenRod,

texFireBrick, texDarkBlue, texDarkerBlue,
texDarkYellow,
texLightYellow;
/**************************************************************************************************************************************************************************************************************/
#include

#pragma comment(lib, "d3d9.lib")
bool
CekHook=false;
#include


#pragma comment(lib,
"d3dx9.lib")
/**************************************************************************************************************************************************************************************************************/
#define
D3DparamX , UINT paramx
#define D3DparamvalX ,
paramx
/**************************************************************************************************************************************************************************************************************/
LPD3DXFONT
g_pFont = NULL;
LPDIRECT3DDEVICE9 pDevice = 0;
UINT
OffsetInBytes;
UINT

m_Stride;

/******** GenerateTexture
******************************************************************************************************************************************************************************************************/
HRESULT
GenerateTexture(IDirect3DDevice9 *pD3Ddev, IDirect3DTexture9
**ppD3Dtex,

DWORD colour32)
{
if(
FAILED(pD3Ddev->CreateTexture(8,
8, 1, 0, D3DFMT_A4R4G4B4,
D3DPOOL_MANAGED, ppD3Dtex, NULL)) )

return E_FAIL;

WORD colour16 =
((WORD)((colour32>>28)&0xF)<<12)

|(WORD)(((colour32>>20)&0xF)<<

|(WORD)(((colour32>>12)&0xF)<<4)

|(WORD)(((colour32>>4)&0xF)<<0);


D3DLOCKED_RECT d3dlr;
(*ppD3Dtex)->LockRect(0,
&d3dlr,
0, 0);
WORD *pDst16 = (WORD*)d3dlr.pBits;

for(int
xy=0; xy < 8*8; xy++)
*pDst16++ =
colour16;


(*ppD3Dtex)->UnlockRect(0);


return S_OK;
}
/**************************************************************************************************************************************************************************************************************/
PVOID
D3Ddiscover(void *tbl, int size)
{
HWND
hWnd;
void
*pInterface=0

;
D3DPRESENT_PARAMETERS d3dpp;


if
((hWnd=CreateWindowEx(NULL,WC_DIALOG,"",WS_OVERLAPPED,0,0,50,50,NULL,NULL,NULL,NULL))==NULL)
return 0;
ShowWindow(hWnd, SW_HIDE);


LPDIRECT3D9

pD3D;
LPDIRECT3DDEVICE9

pD3Ddev;
if ((pD3D =
Direct3DCreate9(D3D_SDK_VERSION))!=NULL)



{

ZeroMemory(&d3dpp,
sizeof(d3dpp));
d3dpp.Windowed
= TRUE;

d3dpp.SwapEffect =
D3DSWAPEFFECT_DISCARD;

d3dpp.hDeviceWindow = hWnd;

d3dpp.BackBufferFormat = D3DFMT_X8R8G8B8;

d3dpp.BackBufferWidth

= d3dpp.BackBufferHeight = 600;


pD3D->CreateDevice(D3DADAPTER_DEFAULT,D3DDEVTYPE_HAL,hWnd,D3DCREATE_SOFTWARE_VERTEXPROCESSING,&d3dpp,&pD3Ddev);
if (pD3Ddev) {
pInterface =
(PDWORD)*(DWORD

*)pD3Ddev;
memcpy(tbl,(void
*)pInterface,size);
pD3Ddev->Release();
}

pD3D->Release();
}

DestroyWindow(hWnd);
return pInterface;
}
/**************************************************************************************************************************************************************************************************************/
void
EraseHeaders(HINSTANCE hModule)
{
/*
* just a
func to erase headers by Croner.
* keep in mind you wont be
able

to load
* any resources after you erase headers.

*/

PIMAGE_DOS_HEADER pDoH;

PIMAGE_NT_HEADERS

pNtH;
DWORD i, ersize, protect;


if
(!hModule) return;

// well just to make
clear
what we doing
pDoH = (PIMAGE_DOS_HEADER)(hModule);


pNtH = (PIMAGE_NT_HEADERS)((LONG)hModule +
((PIMAGE_DOS_HEADER)hModule)->e_lfanew);

ersize =
sizeof(IMAGE_DOS_HEADER);
if (
VirtualProtect(pDoH, ersize,
PAGE_READWRITE, &protect) )

{
for (
i=0; i < ersize; i++ )


*(BYTE*)((BYTE*)pDoH + i) = 0;
}

ersize =
sizeof(IMAGE_NT_HEADERS);
if ( pNtH
&&
VirtualProtect(pNtH, ersize, PAGE_READWRITE,
&protect) )
{
for ( i=0; i <
ersize; i++ )


*(BYTE*)((BYTE*)pNtH + i) = 0;
}

return;
}
/**************************************************************************************************************************************************************************************************************/
typedef
HRESULT (WINAPI* oDrawIndexedPrimitive) (LPDIRECT3DDEVICE9 pDevice,
D3DPRIMITIVETYPE

Type, INT BaseVertexIndex, UINT MinVertexIndex, UINT
NumVertices,
UINT startIndex, UINT primCount);
oDrawIndexedPrimitive
pDrawIndexedPrimitive;
/**************************************************************************************************************************************************************************************************************/
HRESULT
WINAPI myDrawIndexedPrimitive(LPDIRECT3DDEVICE9 pDevice,
D3DPRIMITIVETYPE

pType D3DparamX ,UINT nMinIndex, UINT nNumVertices,
UINT
nStartIndex, UINT nPrimitiveCount )
{
__asm


{
mov ecx,[ebp+32]

mov edx,[ebp+28]
PUSHAD;
}

if (Generate)
{
GenerateTexture(pDevice,
&texGreen

, D3DCOLOR_ARGB(255,0,255,0));

GenerateTexture(pDevice,
&texRed , D3DCOLOR_ARGB(255,255,0,0));


GenerateTexture(pDevice, &texBlue , D3DCOLOR_ARGB(255,0,0,255));
GenerateTexture(pDevice, &texOrange ,
D3DCOLOR_ARGB(255,255,165,0));
GenerateTexture(pDevice,
&texYellow ,
D3DCOLOR_ARGB(255,255,255,0));

GenerateTexture(pDevice,
&texPink , D3DCOLOR_ARGB(255,255,192,203));

GenerateTexture(pDevice, &texCyan ,
D3DCOLOR_ARGB(255,0,255,255));
GenerateTexture(pDevice,
&texPurple ,
D3DCOLOR_ARGB(255,160,32,240));

GenerateTexture(pDevice,
&texBlack , D3DCOLOR_ARGB(255,0,0,0));


GenerateTexture(pDevice, &texWhite ,
D3DCOLOR_ARGB(255,255,255,255));
GenerateTexture(pDevice,
&texSteelBlue ,
D3DCOLOR_ARGB(255,33,104,140));

GenerateTexture(pDevice,
&texLightSteelBlue,
D3DCOLOR_ARGB(255,201,255,255));

GenerateTexture(pDevice,
&texLightBlue ,
D3DCOLOR_ARGB(255,26,140,306));

GenerateTexture(pDevice,
&texSalmon ,
D3DCOLOR_ARGB(255,196,112,112));

GenerateTexture(pDevice,
&texBrown ,
D3DCOLOR_ARGB(255,168,99,20));

GenerateTexture(pDevice,
&texTeal , D3DCOLOR_ARGB(255,38,140,140));

GenerateTexture(pDevice, &texLime ,
D3DCOLOR_ARGB(255,50,205,50));
GenerateTexture(pDevice,
&texElectricLime ,
D3DCOLOR_ARGB(255,204,255,0));

GenerateTexture(pDevice,
&texGold , D3DCOLOR_ARGB(255,255, 215, 0));

GenerateTexture(pDevice, &texOrangeRed ,
D3DCOLOR_ARGB(255,255,69,0));
GenerateTexture(pDevice,
&texGreenYellow ,
D3DCOLOR_ARGB(255,173,255,47));

GenerateTexture(pDevice,
&texAquaMarine ,
D3DCOLOR_ARGB(255,127,255,212));

GenerateTexture(pDevice,
&texSkyBlue ,
D3DCOLOR_ARGB(255,0,191,255));

GenerateTexture(pDevice,
&texSlateBlue , D3DCOLOR_ARGB(255,132, 112,
255));

GenerateTexture(pDevice, &texCrimson ,
D3DCOLOR_ARGB(255,220,20,60));
GenerateTexture(pDevice,
&texDarkOliveGreen,
D3DCOLOR_ARGB(255,188,238,104 ));

GenerateTexture(pDevice,
&texPaleGreen , D3DCOLOR_ARGB(255,154,255,
154));

GenerateTexture(pDevice, &texDarkGoldenRod ,
D3DCOLOR_ARGB(255,255,

185, 15 ));
GenerateTexture(pDevice,
&texFireBrick ,
D3DCOLOR_ARGB(255,255,48,48));

GenerateTexture(pDevice,
&texDarkBlue , D3DCOLOR_ARGB(255,0,0,204));

GenerateTexture(pDevice, &texDarkerBlue ,
D3DCOLOR_ARGB(255,0,0,153));
GenerateTexture(pDevice,
&texDarkYellow ,
D3DCOLOR_ARGB(255,255,204,0));

GenerateTexture(pDevice,
&texLightYellow ,
D3DCOLOR_ARGB(255,255,255,153));

Generate = false;
}


LPDIRECT3DVERTEXBUFFER9
Stream_Data;
UINT Offset = 0;
UINT
Stride = 0;


if(pDevice->GetStreamSource(0, &Stream_Data,
&Offset,
&Stride) == D3D_OK) Stream_Data->Release();

/*******************************************************************************************************************************************************************************************************/

if (Stride==44)
{

pDevice->SetRenderState(D3DRS_ZENABLE,

D3DZB_FALSE);

pDevice->SetTexture(0,
texLightBlue);

pDrawIndexedPrimitive(pDevice,pType


D3DparamvalX,nMinIndex,nNumVertices,nStartIndex,nPrimitiveCount);

pDevice->SetRenderState(D3DRS_ZENABLE,
D3DZB_TRUE);

}

__asm

popad;
return
pDrawIndexedPrimitive(pDevice,pType
D3DparamvalX,nMinIndex,nNumVertices,nStartIndex,nPrimitiveCount);

}
/**************************************************************************************************************************************************************************************************************/
void
HideModule(HINSTANCE hModule)
{
DWORD dwPEB_LDR_DATA = 0;
_asm
{
pushad;

pushfd;
mov eax, fs:[30h]


mov eax, [eax+0Ch]
mov
dwPEB_LDR_DATA,

eax

InLoadOrderModuleList:


mov esi, [eax+0Ch]


mov edx, [eax+10h]


LoopInLoadOrderModuleList:


lodsd


mov esi, eax

mov ecx,
[eax+18h]
cmp ecx, hModule


jne SkipA


mov ebx, [eax]
mov ecx,
[eax+4]
mov [ecx], ebx

mov
[ebx+4], ecx
jmp
InMemoryOrderModuleList



SkipA:

cmp edx,
esi
jne
LoopInLoadOrderModuleList


InMemoryOrderModuleList:

mov eax,
dwPEB_LDR_DATA
mov esi,
[eax+14h]

mov edx, [eax+18h]



LoopInMemoryOrderModuleList:

lodsd

mov esi, eax

mov ecx,
[eax+10h]
cmp ecx, hModule

jne SkipB
mov
ebx, [eax]

mov ecx, [eax+4]

mov [ecx],
ebx
mov
[ebx+4], ecx

jmp
InInitializationOrderModuleList

SkipB:

cmp edx, esi
jne
LoopInMemoryOrderModuleList


InInitializationOrderModuleList:

mov eax,
dwPEB_LDR_DATA
mov esi,
[eax+1Ch]
mov edx, [eax+20h]


LoopInInitializationOrderModuleList:

lodsd
mov esi, eax

mov ecx, [eax+08h]

cmp ecx, hModule

jne
SkipC

mov ebx, [eax]

mov ecx, [eax+4]

mov [ecx], ebx
mov [ebx+4],
ecx

jmp Finished


SkipC:

cmp edx, esi

jne
LoopInInitializationOrderModuleList


Finished:
popfd;

popad;
}
}
/**************************************************************************************************************************************************************************************************************/
int
D3D(void)
{
HINSTANCE hD3D;
DWORD
vTable[105];
hD3D=0;
do {

hD3D

= GetModuleHandle("d3d9.dll");
if (!hD3D)
Sleep(100);
} while(!hD3D);


if
(D3Ddiscover((void
*)&vTable[0],420)==0) return 0;
{


while(1)
{


if(memcmp((void*)vTable[82],(void*)(PBYTE)"\x8B\xFF",2)== 0)

{
pDrawIndexedPrimitive =
(oDrawIndexedPrimitive)

DetourCreate((PBYTE)vTable[82],
(PBYTE)myDrawIndexedPrimitive,

5);
}

Sleep(50);
}

return 0;
}

}
/**************************************************************************************************************************************************************************************************************/
BOOL
WINAPI DllMain(HMODULE hDll, DWORD dwReason, LPVOID lpReserved)
{
DisableThreadLibraryCalls(hDll);
if (dwReason ==
DLL_PROCESS_ATTACH)


{

HideModule(hDll);

EraseHeaders(hDll);


CreateThread(NULL, NULL, (LPTHREAD_START_ROUTINE)D3D, NULL,
NULL,
NULL);
}
else if(dwReason ==
DLL_PROCESS_DETACH)
{

DetourRemove(pDrawIndexedPrimitive);

return TRUE;


}
return
FALSE;
}
/**************************************************************************************************************************************************************************************************************/



detoursx.h

/*
Name: DetourXS
Description: DetourXS is a library for
function detouring
Version: 1.0
Author: Sinner
Website:[You must be registered and logged in to see this link.]&
[You must be registered and logged in to see this link.]
Credits: z0mbie (ADE32), LanceVorgin's CDetour (some ideas)
*/

#define
WIN32_LEAN_AND_MEAN
#define WIN32_EXTRA_LEAN

#include


#include

"ADE32.h"

//#pragma
comment(lib, "detourxs")

#include


#define
DETOUR_LEN_AUTO 0 // Finds the detour
length automatically

enum
{
DETOUR_TYPE_JMP, // min
detour len: 5

DETOUR_TYPE_PUSH_RET, // min detour len: 6

DETOUR_TYPE_NOP_JMP, // min detour len: 6

DETOUR_TYPE_NOP_NOP_JMP,

// min detour len: 7

DETOUR_TYPE_STC_JC, // min detour
len: 7
DETOUR_TYPE_CLC_JNC,
// min detour len: 7
};

LPVOID

DetourCreate(LPVOID
lpFuncOrig, LPVOID lpFuncDetour, int patchType,
int
detourLen=DETOUR_LEN_AUTO);
LPVOID DetourCreate(LPCSTR
lpModuleName,
LPCSTR lpProcName, LPVOID lpFuncDetour, int patchType,
int
detourLen=DETOUR_LEN_AUTO);
BOOL DetourRemove(LPVOID
lpDetourCreatePtr);

#pragma

warning(disable: 4311)
#pragma
warning(disable: 4312)
#pragma
warning(disable: 4244)

#define
DETOUR_MAX_SRCH_OPLEN 64

#define

JMP32_SZ 5
#define BIT32_SZ 4

//
jmp32 sig
#define
SIG_SZ 3
#define SIG_OP_0 0xCC
#define
SIG_OP_1 0x90
#define

SIG_OP_2 0xC3

static DWORD dwOldProt;

int

GetDetourLen(int patchType);
int GetDetourLenAuto(PBYTE
&pbFuncOrig,

int minDetLen);

// Thin wrapper for APIs
LPVOID

DetourCreate(LPCSTR lpModuleName, LPCSTR lpProcName, LPVOID
lpFuncDetour,

int patchType, int detourLen)
{
LPVOID
lpFuncOrig =
NULL;

if((lpFuncOrig =
GetProcAddress(GetModuleHandle(lpModuleName),

lpProcName)) == NULL)

return NULL;


return
DetourCreate(lpFuncOrig, lpFuncDetour, patchType,
detourLen);
}

LPVOID
DetourCreate(LPVOID lpFuncOrig,
LPVOID lpFuncDetour, int patchType, int
detourLen)
{

LPVOID lpMallocPtr = NULL;
DWORD
dwProt = NULL;

PBYTE pbMallocPtr = NULL;
PBYTE
pbFuncOrig =
(PBYTE)lpFuncOrig;
PBYTE pbFuncDetour =
(PBYTE)lpFuncDetour;
PBYTE pbPatchBuf = NULL;
int
minDetLen = 0;

int detLen = 0;

// Get detour
length

if((minDetLen = GetDetourLen(patchType)) == 0)


return NULL;

if(detourLen != DETOUR_LEN_AUTO)

detLen = detourLen;

else if((detLen =
GetDetourLenAuto(pbFuncOrig,

minDetLen)) < minDetLen)

return NULL;

// Alloc mem for the overwritten bytes

if((lpMallocPtr = (LPVOID)malloc(detLen+JMP32_SZ+SIG_SZ)) ==
NULL)
return NULL;

pbMallocPtr =
(PBYTE)lpMallocPtr;

// Enable writing to original


VirtualProtect(lpFuncOrig, detLen, PAGE_READWRITE, &dwProt);

// Write overwritten bytes to the malloc

memcpy(lpMallocPtr,

lpFuncOrig, detLen);
pbMallocPtr +=
detLen;

pbMallocPtr[0] = 0xE9;

*(DWORD*)(pbMallocPtr+1) =
(DWORD)((pbFuncOrig+detLen)-pbMallocPtr)-JMP32_SZ;

pbMallocPtr += JMP32_SZ;
pbMallocPtr[0] =
SIG_OP_0;

pbMallocPtr[1] = SIG_OP_1;

pbMallocPtr[2] = SIG_OP_2;

// Create a buffer to prepare
the detour bytes

pbPatchBuf = new BYTE[detLen];

memset(pbPatchBuf, 0x90,
detLen);

switch(patchType)
{

case DETOUR_TYPE_JMP:

pbPatchBuf[0] = 0xE9;

*(DWORD*)&pbPatchBuf[1] =
(DWORD)(pbFuncDetour - pbFuncOrig) -
5;

break;

case
DETOUR_TYPE_PUSH_RET:

pbPatchBuf[0] =
0x68;

*(DWORD*)&pbPatchBuf[1] =
(DWORD)pbFuncDetour;

pbPatchBuf[5] =
0xC3;
break;


case
DETOUR_TYPE_NOP_JMP:

pbPatchBuf[0] =
0x90;
pbPatchBuf[1] = 0xE9;

*(DWORD*)&pbPatchBuf[2] =
(DWORD)(pbFuncDetour -
pbFuncOrig) - 6;

break;


case DETOUR_TYPE_NOP_NOP_JMP:


pbPatchBuf[0] = 0x90;

pbPatchBuf[1] =
0x90;
pbPatchBuf[2] = 0xE9;

*(DWORD*)&pbPatchBuf[3] =
(DWORD)(pbFuncDetour -
pbFuncOrig) - 7;

break;


case DETOUR_TYPE_STC_JC:


pbPatchBuf[0] = 0xF9;
pbPatchBuf[1]
=
0x0F;
pbPatchBuf[2] = 0x82;

*(DWORD*)&pbPatchBuf[3] = (DWORD)(pbFuncDetour -
pbFuncOrig)

- 7;
break;


case
DETOUR_TYPE_CLC_JNC:
pbPatchBuf[0] =
0xF8;
pbPatchBuf[1] = 0x0F;


pbPatchBuf[2] = 0x83;

*(DWORD*)&pbPatchBuf[3]

= (DWORD)(pbFuncDetour - pbFuncOrig) - 7;

break;


default:

return NULL;
}


// Write the
detour
for(int i=0; i


pbFuncOrig[i] = pbPatchBuf[i];

delete []
pbPatchBuf;

// Reset original mem flags

VirtualProtect(lpFuncOrig,

detLen, dwProt, &dwOldProt);


return lpMallocPtr;
}

BOOL

DetourRemove(LPVOID
lpDetourCreatePtr)
{
PBYTE
pbMallocPtr = NULL;

DWORD dwFuncOrig = NULL;

DWORD dwProt = NULL;
int
i=0;


if((pbMallocPtr = (PBYTE)lpDetourCreatePtr) == NULL)

return FALSE;

// Find the orig jmp32
opcode sig

for(i=0; i<=DETOUR_MAX_SRCH_OPLEN; i++)

{

if(pbMallocPtr[i] == SIG_OP_0


&& pbMallocPtr[i+1] == SIG_OP_1


&& pbMallocPtr[i+2] == SIG_OP_2)

break;

if(i == DETOUR_MAX_SRCH_OPLEN)

return FALSE;
}

// Calculate
the original address
pbMallocPtr += (i-JMP32_SZ+1); // Inc
to

jmp
dwFuncOrig = *(DWORD*)pbMallocPtr; // Get 32bit jmp

pbMallocPtr += BIT32_SZ; // Inc to end of jmp

dwFuncOrig

+= (DWORD)pbMallocPtr; // Add this addr to 32bit jmp


dwFuncOrig -= (i-JMP32_SZ); // Dec by detour len to get to start of
orig

// Write the overwritten bytes back to the original

VirtualProtect((LPVOID)dwFuncOrig, (i-JMP32_SZ), PAGE_READWRITE,

&dwProt);
memcpy((LPVOID)dwFuncOrig, lpDetourCreatePtr,
(i-JMP32_SZ));
VirtualProtect((LPVOID)dwFuncOrig,
(i-JMP32_SZ), dwProt,
&dwOldProt);

// Memory cleanup

free(lpDetourCreatePtr);

return TRUE;
}

int
GetDetourLen(int patchType)
{
switch(patchType)

{
case DETOUR_TYPE_JMP:

return

5;

case DETOUR_TYPE_PUSH_RET:


case DETOUR_TYPE_NOP_JMP:
return 6;


case DETOUR_TYPE_NOP_NOP_JMP:

case DETOUR_TYPE_STC_JC:
case
DETOUR_TYPE_CLC_JNC:
return 7;



default:
return 0;
}
}

int

GetDetourLenAuto(PBYTE &pbFuncOrig, int
minDetLen)
{

int len = 0;
PBYTE pbCurOp =
pbFuncOrig;


while(len < minDetLen)
{

int i =
oplen(pbCurOp);


if(i == 0 ||
i == -1)
return 0;



if(len > DETOUR_MAX_SRCH_OPLEN)


return 0;

len += i;

pbCurOp

+= i;
}

return len;
}



Harap
Di Manfaat Kan Dengan Sebaik2 Nya ??
Gua Hanya Bisa Bantu Ini . . .
Jadi
Tolong Di Pergunakan Dengan Bijak . .

By : [You must be registered and logged in to see this link.]

[ThreeHacker™]

Salah Kamar

NB:Copas ya