Vac Hack, Unlimited Jump, No CD and Freeze. [Explicit Name]

Quote:

Originally Posted by RICANPAPI_16 GG now make it work for EU. xD

Quote:

Originally Posted by Zacko7 For Client version 0.1.18 IAHGames ONLY DON'T ASK FOR ANY OTHER VERSIONS

Stop begging! D=

Until i ran upon this post i have never hurd of dragonica. now i will simply dl and play just to get a better look at this hack. ty for an interesting morning. lol.

P*S* - House Ownz.

ITS NOT MADE BY HOUSE STOP GIVEING HIM OTHER CREDIT THEN POSTING IT HERE.

Thank you so much for the hacks, keep it up!! ;)! greatful for this hacks =)

I found that while trying to decompile f*ckdragonica.dll, dunno if anyone will find it useful

lol i reinstall the dragonica and run its okay already =)) thanks alott

dammm it doesnt work for theifs....i jump and enable but nothin. cant attak on the ground either...

I keep getting the error:
Connection lost due to abnormal client status (0x00026)

I keep getting the error:
Connection lost due to abnormal client status (0x00026)

I keep getting that error after some time also

Quote:

Originally Posted by 哈哈哈 Code: union { __size32 * x63; union { __size32 * x8; int x9; } * x64; union { __size32 * x8; int x9; } * x65; union { __size32 * x8; int x9; } * x66; union { __size32 * x8; int x9; } * x67; union { __size32 * x8; int x9; } * x68; union { __size32 * x8; int x9; } * x69; union { __size32 * x8; int x9; } * x70; union { __size32 * x8; int x9; } * x71; union { __size32 * x8; int x9; } * x72; union { __size32 * x8; int x9; } * x73; union { __size32 * x8; int x9; } * x74; union { __size32 * x8; int x9; } * x75; union { __size32 * x8; int x9; } * x76; union { __size32 * x8; int x9; } * x77; union { __size32 * x8; int x9; } * x78; union { __size32 * x8; int x9; } * x79; union { __size32 * x8; int x9; } * x80; union { __size32 * x8; int x9; } * x81; unsigned int x82; } global1; unsigned int global0; __size32 global9 = 0x10002860;// 4 bytes union { union { __size32[] x59; unsigned int x60; } x57; unsigned int x58; } global2; __size32 proc2(__size32 param1, union { __size32 * x8; int x9; } ??, __size32 param3); void _start(__size32 param1, __size32 param2); void proc4(); __size32 proc5(); __size32 proc9(); void proc10(__size32 param1, __size32 param2, __size32 param3); void proc12(int param1); __size32 proc13(unsigned short param1, unsigned short param2); __size32 proc15(); void proc16(unsigned int param1, unsigned int param2, __size32 param3); // address: 0x10001170 __size32 proc1(__size32 param1, __size32 param3, __size32 param3) { __size32 eax; // r24 __size32 *ebp; // r29 void *esp; // r28 ebp = (esp - 4); if (param1 == 1) { param3 = proc9(); /* Warning: also results in param3, ebp */ } eax = *(ebp - 4); ebp = *ebp; return eax; /* WARNING: Also returning: esi := param3, ecx := param3, ebp := ebp */ } // address: 0x100010a0 __size32 proc2(__size32 param1, union { __size32 * x8; int x9; } ??, __size32 param3) { __size32 eax; // r24 union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } ebp; // r29 union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } ebp_1; // r29 union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } ebp_2; // r29 union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } ebp_3; // r29 union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } ebp_4; // r29 union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } ebp_5; // r29 __size32 ebp_6; // r29 union { __size32 * x8; int x9; } ebx; // r27 int ebx_1; // r27 union { __size32 * x8; int x9; } ebx_2; // r27 union { __size32 * x8; int x9; } ebx_3; // r27 union { __size32 * x8; int x9; } ebx_4; // r27 __size32 *ebx_5; // r27 __size32 ecx; // r25 __size32 edx; // r26 int esp; // r28 union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } esp_1; // r28 union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } esp_2; // r28 union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } esp_3; // r28 union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } esp_4; // r28 union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; union { void * x3; unsigned int x4; } * x10; union { void * x3; unsigned int x4; } * x11; union { void * x3; unsigned int x4; } * x13; union { void * x3; unsigned int x4; } * x14; union { void * x3; unsigned int x4; } * x17; union { void * x3; unsigned int x4; } * x18; union { void * x3; unsigned int x4; } * x19; union { void * x3; unsigned int x4; } * x20; union { void * x3; unsigned int x4; } * x21; union { void * x3; unsigned int x4; } * x22; union { void * x3; unsigned int x4; } * x23; union { void * x3; unsigned int x4; } * x24; union { void * x3; unsigned int x4; } * x25; union { void * x3; unsigned int x4; } * x26; union { void * x3; unsigned int x4; } * x27; union { void * x3; unsigned int x4; } * x28; union { void * x3; unsigned int x4; } * x29; union { void * x3; unsigned int x4; } * x30; union { void * x3; unsigned int x4; } * x31; union { void * x3; unsigned int x4; } * x32; union { void * x3; unsigned int x4; } * x33; union { void * x3; unsigned int x4; } * x34; union { void * x3; unsigned int x4; } * x35; union { void * x3; unsigned int x4; } * x36; union { void * x3; unsigned int x4; } * x37; union { void * x3; unsigned int x4; } * x38; union { void * x3; unsigned int x4; } * x39; union { void * x3; unsigned int x4; } * x40; union { void * x3; unsigned int x4; } * x41; union { void * x3; unsigned int x4; } * x42; union { void * x3; unsigned int x4; } * x43; union { void * x3; unsigned int x4; } * x44; union { void * x3; unsigned int x4; } * x45; union { void * x3; unsigned int x4; } * x46; union { void * x3; unsigned int x4; } * x47; union { void * x3; unsigned int x4; } * x48; union { void * x3; unsigned int x4; } * x49; union { void * x3; unsigned int x4; } * x50; union { void * x3; unsigned int x4; } * x83; union { void * x3; unsigned int x4; } * x84; union { void * x3; unsigned int x4; } * x85; union { void * x3; unsigned int x4; } * x86; union { void * x3; unsigned int x4; } * x87; union { void * x3; unsigned int x4; } * x88; union { void * x3; unsigned int x4; } * x89; union { void * x3; unsigned int x4; } * x90; union { void * x3; unsigned int x4; } * x91; union { void * x3; unsigned int x4; } * x92; union { void * x3; unsigned int x4; } * x93; union { void * x3; unsigned int x4; } * x94; union { void * x3; unsigned int x4; } * x95; union { void * x3; unsigned int x4; } * x96; union { void * x3; unsigned int x4; } * x97; union { void * x3; unsigned int x4; } * x98; union { void * x3; unsigned int x4; } * x99; union { void * x3; unsigned int x4; } * x100; union { void * x3; unsigned int x4; } * x101; union { void * x3; unsigned int x4; } * x102; union { void * x3; unsigned int x4; } * x103; union { void * x3; unsigned int x4; } * x104; union { void * x3; unsigned int x4; } * x105; union { void * x3; unsigned int x4; } * x106; union { void * x3; unsigned int x4; } * x107; union { void * x3; unsigned int x4; } * x108; union { void * x3; unsigned int x4; } * x109; union { void * x3; unsigned int x4; } * x110; union { void * x3; unsigned int x4; } * x111; union { void * x3; unsigned int x4; } * x112; union { void * x3; unsigned int x4; } * x113; union { void * x3; unsigned int x4; } * x114; union { void * x3; unsigned int x4; } * x115; union { void * x3; unsigned int x4; } * x116; union { void * x3; unsigned int x4; } * x117; union { void * x3; unsigned int x4; } * x118; union { void * x3; unsigned int x4; } * x119; union { void * x3; unsigned int x4; } * x120; union { void * x3; unsigned int x4; } * x121; union { void * x3; unsigned int x4; } * x122; } esp_5; // r28 union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } esp_6; // r28 union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } esp_7; // r28 __size32 local0; // m[esp - 4] union { __size32 * x8; int x9; } local1; // m[esp - 8] union { __size32 * x8; int x9; } local10; // ebx_2{58} union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } local11; // esp_2{59} union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } local12; // ebp_1{60} __size32 local13; // local6{95} union { __size32 * x8; int x9; } local14; // local2{96} union { __size32 * x8; int x9; } local15; // ebx_4{68} union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } local16; // esp_3{69} union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } local17; // ebp_2{70} __size32 local18; // local7{97} union { __size32 * x8; int x9; } local19; // local3{98} union { __size32 * x8; int x9; } local2; // m[esp - 8] union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; union { void * x3; unsigned int x4; } * x10; union { void * x3; unsigned int x4; } * x11; union { void * x3; unsigned int x4; } * x13; union { void * x3; unsigned int x4; } * x14; union { void * x3; unsigned int x4; } * x17; union { void * x3; unsigned int x4; } * x18; union { void * x3; unsigned int x4; } * x19; union { void * x3; unsigned int x4; } * x20; union { void * x3; unsigned int x4; } * x21; union { void * x3; unsigned int x4; } * x22; union { void * x3; unsigned int x4; } * x23; union { void * x3; unsigned int x4; } * x24; union { void * x3; unsigned int x4; } * x25; union { void * x3; unsigned int x4; } * x26; union { void * x3; unsigned int x4; } * x27; union { void * x3; unsigned int x4; } * x28; union { void * x3; unsigned int x4; } * x29; union { void * x3; unsigned int x4; } * x30; union { void * x3; unsigned int x4; } * x31; union { void * x3; unsigned int x4; } * x32; union { void * x3; unsigned int x4; } * x33; union { void * x3; unsigned int x4; } * x34; union { void * x3; unsigned int x4; } * x35; union { void * x3; unsigned int x4; } * x36; union { void * x3; unsigned int x4; } * x37; union { void * x3; unsigned int x4; } * x38; union { void * x3; unsigned int x4; } * x39; union { void * x3; unsigned int x4; } * x40; union { void * x3; unsigned int x4; } * x41; union { void * x3; unsigned int x4; } * x42; union { void * x3; unsigned int x4; } * x43; union { void * x3; unsigned int x4; } * x44; union { void * x3; unsigned int x4; } * x45; union { void * x3; unsigned int x4; } * x46; union { void * x3; unsigned int x4; } * x47; union { void * x3; unsigned int x4; } * x48; union { void * x3; unsigned int x4; } * x49; union { void * x3; unsigned int x4; } * x50; union { void * x3; unsigned int x4; } * x83; union { void * x3; unsigned int x4; } * x84; union { void * x3; unsigned int x4; } * x85; union { void * x3; unsigned int x4; } * x86; union { void * x3; unsigned int x4; } * x87; union { void * x3; unsigned int x4; } * x88; union { void * x3; unsigned int x4; } * x89; union { void * x3; unsigned int x4; } * x90; union { void * x3; unsigned int x4; } * x91; union { void * x3; unsigned int x4; } * x92; union { void * x3; unsigned int x4; } * x93; union { void * x3; unsigned int x4; } * x94; union { void * x3; unsigned int x4; } * x95; union { void * x3; unsigned int x4; } * x96; union { void * x3; unsigned int x4; } * x97; union { void * x3; unsigned int x4; } * x98; union { void * x3; unsigned int x4; } * x99; union { void * x3; unsigned int x4; } * x100; union { void * x3; unsigned int x4; } * x101; union { void * x3; unsigned int x4; } * x102; union { void * x3; unsigned int x4; } * x103; union { void * x3; unsigned int x4; } * x104; union { void * x3; unsigned int x4; } * x105; union { void * x3; unsigned int x4; } * x106; union { void * x3; unsigned int x4; } * x107; union { void * x3; unsigned int x4; } * x108; union { void * x3; unsigned int x4; } * x109; union { void * x3; unsigned int x4; } * x110; union { void * x3; unsigned int x4; } * x111; union { void * x3; unsigned int x4; } * x112; union { void * x3; unsigned int x4; } * x113; union { void * x3; unsigned int x4; } * x114; union { void * x3; unsigned int x4; } * x115; union { void * x3; unsigned int x4; } * x116; union { void * x3; unsigned int x4; } * x117; union { void * x3; unsigned int x4; } * x118; union { void * x3; unsigned int x4; } * x119; union { void * x3; unsigned int x4; } * x120; union { void * x3; unsigned int x4; } * x121; union { void * x3; unsigned int x4; } * x122; } local20; // esp_5{79} union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } local21; // ebp_4{80} union { unsigned int * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } local22; // esp_6{89} union { __size32 * x5; union { void * x3; unsigned int x4; } * x6; union { void * x3; unsigned int x4; } * x7; } local23; // ebp_5{90} union { __size32 * x8; int x9; } local3; // m[esp - 8] __size32 local5; // m[esp - 4]{1} __size32 local6; // m[esp - 4]{95} __size32 local7; // m[esp - 4]{97} union { __size32 * x8; int x9; } local8; // m[esp - 8]{7} local5 = param3; ebp = esp - 4; esp_1 = (esp - 12); local8 = ebx; edx = global1; local11 = esp_1; local12 = ebp; local13 = local5; local14 = local8; local20 = esp_1; local21 = ebp; local22 = esp_1; local23 = ebp; if (global1 != 0) { ebx_1 = global0 - 4; local10 = ebx_1; if (global0 - 4 >= global1) { do { ebx_2 = local10; esp_2 = local11; ebp_1 = local12; local6 = local13; local2 = local14; eax = *ebx_2; local15 = ebx_2; local16 = esp_2; local17 = ebp_1; local18 = local6; local19 = local2; if (eax != 0) { (*eax)(local2, local6, eax, param1, edx, ebx_2, ebp_1, LOGICALFLAGS32(eax), LOGICALFLAGS32(eax), LOGICALFLAGS32(eax)); local15 = ebx_5; local16 = esp_4; local17 = ebp_3; local18 = local0; local19 = local1; edx = global1; } ebx_4 = local15; esp_3 = local16; ebp_2 = local17; local7 = local18; local3 = local19; ebx_3 = ebx_4 - 4; local10 = ebx_3; local11 = esp_3; local12 = ebp_2; local13 = local7; local14 = local3; local20 = esp_3; local21 = ebp_2; } while (ebx_4 - 4 >= edx); } esp_5 = local20; ebp_4 = local21; *(unsigned int*)(unsigned int *)esp = edx; free(*esp_5); local22 = esp_7; local23 = ebp_4; global1 = 0; } esp_6 = local22; ebp_5 = local23; *(__size32*)(__size32 *)esp = 0; fflush(); ebx_1 = *(ebp_5 - 4); ebp_6 = *ebp_5; return ecx; /* WARNING: Also returning: ebx_1 := ebx_1, ebp_6 := ebp_6 */ } // address: 0x10001000 void _start(__size32 param1, __size32 param2) { __size32 *eax; // r24 union { __size32 * x8; int x9; } eax_1; // r24 union { __size32 * x8; int x9; } eax_2; // r24 __size32 *ebp; // r29 union { __size32 * x8; int x9; } ebx_1; // r27 union { __size32 * x8; int x9; } ebx_4; // r27{27} union { __size32 * x8; int x9; } ebx_6; // r27{58} __size32 ecx; // r25 __size32 esi; // r30 void *esp; // r28 union { void * x61; int x62; } esp_1; // r28 union { void * x61; int x62; } esp_2; // r28 __size32 *esp_3; // r28{78} __size32 local2; // param2{90} union { __size32 * x8; int x9; } local3; // ebx_1{103} union { void * x61; int x62; } local4; // esp_2{104} ebp = (esp - 4); esp_3 = esp - 28; esi = param1; local2 = param2; if (param1 == 1) { malloc(128); *(__size32 **)0x10005000 = eax; if (eax == 0) { _errno(); *(__size32*)eax = 12; } else { *(__size32*)eax = 0; *(__size32 **)0x10005010 = eax; proc4(); esi = proc5(); /* Warning: also results in ecx, esp_3, ebp */ local2 = ecx; L11: param2 = local2; *(__size32*)(esp_3 + 4) = esi; eax = *(ebp + 16); *(__size32*)(esp_3 + 8) = eax; eax = *(ebp + 8); *(__size32*)esp_3 = eax; eax_1 = proc1(*(esp_3 + 4), param2, esi); /* Warning: also results in esi, ecx, esp, ebp */ esp_1 = esp - 12; ebx_4 = eax_1; local3 = ebx_4; local3 = ebx_4; local4 = esp_1; local4 = esp_1; if (esi == 1) { if (eax_1 == 0) { ecx = proc2(ecx, eax_1, ebp); /* Warning: also results in ebx_6, esp, ebp */ local3 = ebx_6; local4 = esp; } } ebx_1 = local3; esp_2 = local4; if (esi == 0) { eax_2 = *0x10005000; if (eax_2 != 0) { proc2(ecx, ebx_1, ebp); } else { } } } } else { goto L11; } return; } // address: 0x10002830 void proc4() { proc16(0x10004420, 0x10004420, 0x10000000); return; } // address: 0x100027d0 __size32 proc5() { __size8 al; // r8 __size32 eax; // r24 __size32 eax_1; // r24{100} __size32 *ebp; // r29 __size32 ebx; // r27 __size32 ebx_1; // r27{14} __size32 ecx; // r25 __size32 edx; // r26 __size32 esi; // r30 void *esp; // r28 __size32 *esp_1; // r28{5} __size32 *esp_2; // r28{29} __size32 *esp_3; // r28{93} __size32 local0; // m[esp - 8] __size32 local1; // m[esp - 4] __size32 *local3; // esp_1{81} __size32 *local4; // esp_3{93} eax = *(&global2 + 1636); if (eax == 0) { ecx = 1; *(__size32*)(&global2 + 1636) = 1; ebp = esp - 4; esp_1 = (esp - 12); eax = global2; local3 = esp_1; local4 = esp_1; if (global2 == -1) { edx = global9; eax = 0; if (global9 != 0) { edx = 0x100029f0; do { eax_1 = eax; eax = eax_1 + 1; } while (global2[(eax_1 + 2)] != 0); } } flags = LOGICALFLAGS32(eax); ebx_1 = eax; if (eax != 0) { do { esp_3 = local4; (*global2[ebx_1])(local0, local1, al, eax, ecx, edx, ebx_1, ebp, esi, flags, ZF, CF); local3 = esp_2; local4 = esp_2; ebx_1 = ebx - 1; flags = LOGICALFLAGS32(ebx - 1); } while (ebx - 1 != 0); } esp_1 = local3; *(__size32*)esp_1 = 0x10002740; ecx = proc15(); ebp = *ebp; } else { } return esi; /* WARNING: Also returning: ecx := ecx, ebp := ebp */ } // address: 0x10001740 __size32 proc9() { __size32 eax; // r24 __size32 *ebp; // r29 int ecx; // r25 __size32 esi; // r30 int esp; // r28 __size32 local0; // m[esp - 4]{12} union { __size32 * x143; int x144; } local1; // m[esp - 4]{27} esi = proc5(); /* Warning: also results in esp, ebp */ local0 = 0; *(__size32*)(esp - 8) = *(ebp + 12); *(__size32*)(esp - 12) = *(ebp + 8); proc10(*(esp - 12), *(esp - 8), *(esp - 4)); *(__size32*)(ebp - 20) = 0; *(__size32*)(ebp - 16) = 0; *(__size32*)(ebp - 12) = 0; *(__size32*)(ebp - 8) = 0; local1 = ebp - 20; GetLocalTime(); eax = *(unsigned short*)(ebp - 18); if (eax > 7) { *(__size32*)(esp - 8) = 0; proc12(*(esp - 8)); } eax = *(unsigned short*)(ebp - 14); if (eax > 24) { *(__size32*)(esp - 8) = 0; proc12(*(esp - 8)); } ecx = proc13(*(esp - 38), *(esp - 34)); ebp = *ebp; return esi; /* WARNING: Also returning: ecx := ecx, ebp := ebp */ } // address: 0x10001940 void proc10(__size32 param1, __size32 param2, __size32 param3) { *(__size32*)(&global2 + 0x5740) = param1; *(__size32*)(&global2 + 0x5744) = param2; *(__size32*)(&global2 + 0x9824) = param3; return; } // address: 0x10001890 void proc12(int param1) { exit(param1); return; } // address: 0x10001670 __size32 proc13(unsigned short param1, unsigned short param2) { __size32 eax; // r24 __size32 ecx; // r25 CreateThread(); CreateThread(); proc15(); VirtualProtect(); *(__size8*)0x67dfff = -72; *(__size32*)0x67e000 = -1; *(__size8*)0x67e004 = -112; GetLocalTime(); eax = (param1); if (eax > 7) { proc12(0); } eax = (param2); if (eax > 24) { proc12(0); } return ecx; } // address: 0x10001100 __size32 proc15() { __size32 ecx; // r25 __dllonexit(); return ecx; } // address: 0x100027f0 void proc16(unsigned int param1, unsigned int param2, __size32 param3) { __size32 eax; // r24 __size32 eax_1; // r24{16} union { __size32 * x53; unsigned int x54; } ecx_1; // r25 union { __size32 * x53; unsigned int x54; } ecx_2; // r25 union { __size32 * x53; unsigned int x54; } ecx_3; // r25{6} union { __size32 * x53; unsigned int x54; } local0; // ecx_1{41} ecx_3 = param1; local0 = ecx_3; if (param1 < param2) { do { ecx_1 = local0; eax_1 = *(ecx_1 + 4); eax = *ecx_1; ecx_2 = ecx_1 + 8; *(__size32*)(param3 + eax_1) += eax; local0 = ecx_2; } while (ecx_1 + 8 < param2); } return; } I found that while trying to decompile f*ckdragonica.dll, dunno if anyone will find it useful

That looks like java language, but the variable names are generated, not so much readable.

Quote:

Originally Posted by animeworld That looks like java language, but the variable names are generated, not so much readable.

Java? It looks a lot more like C to me :) There isn't a real point decompiling as everything in it is already public, text colors are in his previous CT just need to work in the new offsets.

i was more interested in how he did the vac hack
also, i agree, this may look like java at first but that may be because you are simply more experienced in java. cpp can look like java at times but there are many distinctions between the two

I found that when u freeze the hp, it is somewhat vac, I think he took it to the next level or something.

ya...when u play mission...sometime u get damaged because your party lure the boss