#include #include #include #include #include #include "patch.h" #include "config.h" #include "hook.h" #include "securityboard.h" extern cpuvendor cpu_vendor; static void setVariable(uint32_t address, uint32_t value) { int pagesize = sysconf(_SC_PAGE_SIZE); uint32_t *variable = (uint32_t *)address; void *toModify = (void *)(address - (address % pagesize)); int prot = mprotect(toModify, pagesize, PROT_EXEC | PROT_WRITE); if (prot != 0) { printf("Error: Cannot unprotect memory region to change variable (%d)\n", prot); return; } *variable = value; } static void setMem(uint32_t address, uint32_t value, int size) { int pagesize = sysconf(_SC_PAGE_SIZE); uint32_t *variable = (uint32_t *)address; void *toModify = (void *)(address - (address % pagesize)); int prot = mprotect(toModify, pagesize, PROT_EXEC | PROT_WRITE); if (prot != 0) { printf("Error: Cannot unprotect memory region to change variable (%d)\n", prot); return; } memccpy((void *)variable, (void *)value, 1, size); } static void detourFunction(uint32_t address, void *function) { int pagesize = sysconf(_SC_PAGE_SIZE); void *toModify = (void *)(address - (address % pagesize)); int prot = mprotect(toModify, pagesize, PROT_EXEC | PROT_WRITE); if (prot != 0) { printf("Error: Cannot detour memory region to change variable (%d)\n", prot); return; } uint32_t jumpAddress = ((uint32_t)function - address) - 5; // Build the assembly to make the function jump char cave[5] = {0xE9, 0x0, 0x00, 0x00, 0x00}; cave[4] = (jumpAddress >> (8 * 3)) & 0xFF; cave[3] = (jumpAddress >> (8 * 2)) & 0xFF; cave[2] = (jumpAddress >> (8 * 1)) & 0xFF; cave[1] = (jumpAddress) & 0xFF; memcpy((void *)address, cave, 5); } int stubRetZero() { return 0; } int stubRetOne() { return 1; } int amDongleInit() { return 0; } int amDongleIsAvailable() { return 1; } int amDongleUpdate() { return 0; } int amLibInit() { uint32_t *amLibContext = (uint32_t *)0x08dfa2c0; // 0x0809cb00; *amLibContext = 1; uint32_t *amLibInitializad = (uint32_t *)0x08dfa2c4; // 0x0809cb04; uint16_t *amLibPort1 = (uint16_t *)(0x08dfa2c4 + 4); //(0x0809cb04 + 4); uint16_t *amLibPort2 = (uint16_t *)(0x08dfa2c4 + 4); //(0x0809cb04 + 6); uint32_t *bcLibInitialized = (uint32_t *)(0x08dfa2c4 + 8); // 0x0809cb0c; *amLibInitializad = 1; *amLibPort1 = 0xd000; *amLibPort2 = 0x0004; *bcLibInitialized = 0; int res = ((int (*)(void))0x084dedc4)(); // 0x08065d80)(); if (res == 1) *bcLibInitialized = 1; return 0; } int amDipswInit() { uint32_t *amDipswContext = (uint32_t *)0x08df9cec; // 0x0809c12c; uint32_t *amDipswContext1 = (uint32_t *)(0x08df9cec + 4); //(0x0809c12c + 4); uint32_t *amDipswContext2 = (uint32_t *)(0x08df9cec + 8); //(0x0809c12c + 8); uint32_t *amDipswContext3 = (uint32_t *)(0x08df9cec + 12); //(0x0809c12c + 12); // typedef void *(*___constant_c_and_count_memset)(uint32_t *, int, size_t); //___constant_c_and_count_memset func = (___constant_c_and_count_memset)//0x0805c3d5; // func(amDipswContext, 0, 4); *amDipswContext = 1; *amDipswContext1 = 1; *amDipswContext2 = 1; *amDipswContext3 = 1; return 0; } void print_binary(unsigned int number) { if (number >> 1) { print_binary(number >> 1); } putc((number & 1) ? '1' : '0', stdout); } int amDipswGetData(uint8_t *dip) { // printf("amDipswGetData Called!!!!!\n"); uint8_t result; uint32_t data; securityBoardIn(0x38, &data); result = (~data & 4) != 0; // Test Button if ((~data & 8) != 0) result |= 2; // Service Button if ((~data & 0x10) != 0) result |= 4; // ?? if ((char)data >= 0) result |= 8; // ?? if ((~data & 0x100) != 0) result |= 0x10; // Rotation if ((~data & 0x200) != 0) result |= 0x20; // Resolution Dip 4 if ((~data & 0x400) != 0) result |= 0x40; // Resolution Dip 5 if ((~data & 0x800) != 0) result |= 0x80; // Resolution Dip 6 *dip = result; return 0; } void _putConsole(const char *format, ...) { va_list args; va_start(args, format); while (*format) { if (*format == '%') { format++; if ((*format == 'd') || (*format == 'n')) { printf("%d", va_arg(args, int)); } else if (*format == 's') { printf("%s", va_arg(args, char *)); } else if (*format == 'u') { printf("%u", va_arg(args, unsigned int)); } else if (*format == '0') { format++; if (*format == '2') { format++; printf("%02X", va_arg(args, int)); } else if (*format == '4') { format++; printf("%04X", va_arg(args, unsigned int)); } } else { printf("\nFormat: %c.\n", *format); } } else { putchar(*format); } format++; } va_end(args); printf("\n"); } int initPatch() { EmulatorConfig *config = getConfig(); switch (config->game) { case R_TUNED: { // Security detourFunction(0x08366846, amDongleInit); detourFunction(0x08365301, amDongleIsAvailable); detourFunction(0x08365cf7, amDongleUpdate); } break; case SEGA_RACE_TV: { // Security detourFunction(0x084d5b40, amDongleInit); detourFunction(0x084d45f9, amDongleIsAvailable); detourFunction(0x084d4fef, amDongleUpdate); // Fixes detourFunction(0x084d44fc, stubRetZero); // Stub amDipswSetLed detourFunction(0x084d4485, amDipswGetData); } break; case AFTER_BURNER_CLIMAX_REVA: { // Debug Messages setVariable(0x0a0a37e4, 2); // amBackupDebugLevel setVariable(0x0a0a3800, 2); // amCreditDebugLevel setVariable(0x0a0a3a58, 2); // amDipswDebugLevel setVariable(0x0a0a3a5c, 2); // amDongleDebugLevel setVariable(0x0a0a3a60, 2); // amEepromDebugLevel setVariable(0x0a0a3a64, 2); // amHwmonitorDebugLevel setVariable(0x0a0a3a68, 2); // amJvsDebugLevel setVariable(0x0a0a3a6c, 2); // amLibDebugLevel setVariable(0x0a0a3a70, 2); // amMiscDebugLevel setVariable(0x0a0a3a74, 2); // amOsinfoDebugLevel setVariable(0x0a0a3a78, 2); // amSysDataDebugLevel setVariable(0x0a0a3a80, 2); // bcLibDebugLevel // Security detourFunction(0x081e4980, amDongleInit); detourFunction(0x081e4cce, amDongleIsAvailable); detourFunction(0x081e4bfa, amDongleUpdate); // Fixes detourFunction(0x081e48b6, amDipswGetData); detourFunction(0x081e492e, stubRetZero); // Stub amDipswSetLed // Does not work setVariable(0x08061c31, 0x0000000c); // Force HD resolution } break; case AFTER_BURNER_CLIMAX_REVB: { // Debug Messages setVariable(0x0a0a0d24, 2); // amBackupDebugLevel setVariable(0x0a0a0d40, 2); // amCreditDebugLevel setVariable(0x0a0a0f98, 2); // amDipswDebugLevel setVariable(0x0a0a0f9c, 2); // amDongleDebugLevel setVariable(0x0a0a0fa0, 2); // amEepromDebugLevel setVariable(0x0a0a0fa4, 2); // amHwmonitorDebugLevel setVariable(0x0a0a0fa8, 2); // amJvsDebugLevel setVariable(0x0a0a0fac, 2); // amLibDebugLevel setVariable(0x0a0a0fb0, 2); // amMiscDebugLevel setVariable(0x0a0a0fb4, 2); // amOsinfoDebugLevel setVariable(0x0a0a0fb8, 2); // amSysDataDebugLevel setVariable(0x0a0a0fc0, 2); // bcLibDebugLevel // Security detourFunction(0x081e3424, amDongleInit); detourFunction(0x081e3772, amDongleIsAvailable); detourFunction(0x081e369e, amDongleUpdate); // Fixes detourFunction(0x081e335a, amDipswGetData); detourFunction(0x081e33d2, stubRetZero); // Stub amDipswSetLed } break; case OUTRUN_2_SP_SDX_REVA: { // Debug Messages setVariable(0x0893a24c, 2); // amBackupDebugLevel setVariable(0x0893a260, 2); // amCreditDebugLevel setVariable(0x0893a4b8, 2); // amDipswDebugLevel setVariable(0x0893a4bc, 2); // amDongleDebugLevel setVariable(0x0893a4c0, 2); // amEepromDebugLevel setVariable(0x0893a4c4, 2); // amHwmonitorDebugLevel setVariable(0x0893a4c8, 2); // amJvsDebugLevel setVariable(0x0893a4cc, 2); // amLibDebugLevel setVariable(0x0893a4d0, 2); // amMiscDebugLevel setVariable(0x0893a4d4, 2); // amOsinfoDebugLevel setVariable(0x0893a4d8, 2); // amSysDataDebugLevel setVariable(0x0893a4e0, 2); // bcLibDebugLevel // Security detourFunction(0x08190e80, amDongleInit); detourFunction(0x08191201, amDongleIsAvailable); detourFunction(0x08191125, amDongleUpdate); // Fixes detourFunction(0x08190db6, amDipswGetData); detourFunction(0x08190e2e, stubRetZero); // Stub amDipswSetLed } break; case THE_HOUSE_OF_THE_DEAD_4: { // Debug Messages setVariable(0x0a737c60, 2); // amBackupDebugLevel setVariable(0x0a737c64, 2); // amChunkDataDebugLevel setVariable(0x0a737c80, 2); // amCreditDebugLevel setVariable(0x0a737ed8, 2); // amDipswDebugLevel setVariable(0x0a737edc, 2); // amDiskDebugLevel setVariable(0x0a737ee0, 2); // amDongleDebugLevel setVariable(0x0a737ee4, 2); // amEepromDebugLevel setVariable(0x0a737ee8, 2); // amHmDebugLevel setVariable(0x0a737ef0, 2); // amJvsDebugLevel setVariable(0x0a737f14, 2); // amLibDebugLevel setVariable(0x0a737f18, 2); // amMiscDebugLevel setVariable(0x0a737f1c, 2); // amSysDataDebugLevel setVariable(0x0a737f20, 2); // bcLibDebugLevel setVariable(0x0a737f24, 0x0FFFFFFF); // s_logMask // Security detourFunction(0x08320178, amDongleInit); detourFunction(0x08320459, amDongleIsAvailable); detourFunction(0x083203c0, amDongleUpdate); // Fixes detourFunction(0x0831ddd7, amDipswGetData); detourFunction(0x0831de4f, stubRetZero); // Stub amDipswSetLed // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x0837d6aa, cpu_vendor.ebx); setVariable(0x0837d6ba, cpu_vendor.edx); setVariable(0x0837d6c5, cpu_vendor.ecx); } } break; case THE_HOUSE_OF_THE_DEAD_4_STRIPPED: { // Security detourFunction(0x0831ad04, amDongleInit); detourFunction(0x0831b017, amDongleIsAvailable); detourFunction(0x0831af7e, amDongleUpdate); // Fixes detourFunction(0x0831875f, amDipswGetData); detourFunction(0x083187d7, stubRetZero); // Stub amDipswSetLed // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x0837963a, cpu_vendor.ebx); setVariable(0x0837964a, cpu_vendor.edx); setVariable(0x08379655, cpu_vendor.ecx); } } break; case THE_HOUSE_OF_THE_DEAD_4_TEST: { detourFunction(0x080677a0, amDongleInit); detourFunction(0x08067a81, amDongleIsAvailable); detourFunction(0x080679e8, amDongleUpdate); // Fixes detourFunction(0x08067653, amDipswGetData); detourFunction(0x080676cb, stubRetZero); // Stub amDipswSetLed // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x0807217a, cpu_vendor.ebx); setVariable(0x0807218a, cpu_vendor.edx); setVariable(0x08072195, cpu_vendor.ecx); } } break; case THE_HOUSE_OF_THE_DEAD_4_SPECIAL: { detourFunction(0x08363438, amDongleInit); detourFunction(0x0836374b, amDongleIsAvailable); detourFunction(0x083636b2, amDongleUpdate); // Fixes detourFunction(0x08360e93, amDipswGetData); detourFunction(0x08360f0b, stubRetZero); // Stub amDipswSetLed // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x083cef0a, cpu_vendor.ebx); setVariable(0x083cef1a, cpu_vendor.edx); setVariable(0x083cef25, cpu_vendor.ecx); } // Workaround if (remove("/var/tmp/atr_init") == 1) printf("atr_init deleted.\n"); } break; case THE_HOUSE_OF_THE_DEAD_4_SPECIAL_TEST: { detourFunction(0x0806e914, amDongleInit); detourFunction(0x0806ec27, amDongleIsAvailable); detourFunction(0x0806eb8e, amDongleUpdate); // Fixes detourFunction(0x0806e7c7, amDipswGetData); detourFunction(0x0806e83f, stubRetZero); // Stub amDipswSetLed // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x0807a3ba, cpu_vendor.ebx); setVariable(0x0807a3ca, cpu_vendor.edx); setVariable(0x0807a3d5, cpu_vendor.ecx); } } break; case THE_HOUSE_OF_THE_DEAD_EX: { detourFunction(0x084ba886, amDongleInit); detourFunction(0x084b9341, amDongleIsAvailable); detourFunction(0x084b9d37, amDongleUpdate); // Fixes detourFunction(0x084b6a69, amDipswGetData); detourFunction(0x084b6adf, stubRetZero); // Stub amDipswSetLed // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x0849E2AD, cpu_vendor.ebx); setVariable(0x0849E2B7, cpu_vendor.edx); setVariable(0x0849E2C1, cpu_vendor.ecx); } } break; case THE_HOUSE_OF_THE_DEAD_EX_TEST: { detourFunction(0x08078996, amDongleInit); detourFunction(0x08077451, amDongleIsAvailable); detourFunction(0x08077e47, amDongleUpdate); // Fixes detourFunction(0x080772dd, amDipswGetData); detourFunction(0x08077353, stubRetZero); // Stub amDipswSetLed // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x080847BD, cpu_vendor.ebx); setVariable(0x080847C7, cpu_vendor.edx); setVariable(0x080847D1, cpu_vendor.ecx); } } break; case VIRTUA_FIGHTER_5_REVC: { // Security detourFunction(0x085c6010, amDongleInit); detourFunction(0x085c63cc, amDongleIsAvailable); detourFunction(0x085c62f0, amDongleUpdate); // Fixes and patches to bypss network check detourFunction(0x085c5f46, amDipswGetData); detourFunction(0x085c5fbe, stubRetZero); // Stub amDipswSetLed detourFunction(0x080b3426, stubRetZero); // Stub returns 0 detourFunction(0x080cb6d4, stubRetZero); // Stub returns 0 detourFunction(0x0840889e, stubRetZero); // Stub returns 0 detourFunction(0x0840ab90, stubRetZero); // Stub returns 0 setVariable(0x080e17af, 0x000000b8); // Patch IDK what setVariable(0x080e17b3, 0x01e88300); // Patch IDK what } break; case LETS_GO_JUNGLE: { setVariable(0x08c083a4, 2); // amBackupDebugLevel setVariable(0x08c083c0, 2); // amCreditDebugLevel setVariable(0x08c08618, 2); // amDipswDebugLevel setVariable(0x08c0861c, 2); // amDongleDebugLevel setVariable(0x08c08620, 2); // amEepromDebugLevel setVariable(0x08c08624, 2); // amHwmonitorDebugLevel setVariable(0x08c08628, 2); // amJvsDebugLevel setVariable(0x08c0862c, 2); // amLibDebugLevel setVariable(0x08c08630, 2); // amMiscDebugLevel setVariable(0x08c08638, 2); // amSysDataDebugLevel setVariable(0x08c08640, 2); // bcLibDebugLevel setVariable(0x08c08634, 2); // amOsinfoDebugLevel setVariable(0x08c08644, 0x0FFFFFFF); // s_logMask detourFunction(0x08074a8c, _putConsole); // Debug Messages // Security detourFunction(0x084e50d8, amDongleInit); detourFunction(0x084e5459, amDongleIsAvailable); detourFunction(0x084e537d, amDongleUpdate); setVariable(0x080d1f02, 0x90909090); // Patch acpSystem::checkDongle setVariable(0x080d1f06, 0xE8C3C990); // Patch acpSystem::checkDongle setVariable(0x0807b76d, 0xc2839090); // Patch initializeArcadeBackup // Fixes detourFunction(0x084e500e, amDipswGetData); detourFunction(0x084e5086, stubRetZero); // Stub amDipswSetLed setVariable(0x0840d858, 0x1c899090); // No more Full Screen from the Game // Set Resolution // setVariable(0x082E006b, 0x00000780); // Set ResX // setVariable(0x082E0078, 0x00000438); // Set ResY // From Teknoparrot AMDFIX // setVariable(0x083ef701, 0x00036ee9); // AMDFIX // setVariable(0x084032e0, 0x8b90c933); // fix shader compilation with AMD GPUs // setVariable(0x08523950, 0x000000c3); // Remove ADXM_SetupFramework (Not necessary) } break; case LETS_GO_JUNGLE_SPECIAL: { setVariable(0x08c453e4, 2); // amBackupDebugLevel setVariable(0x08c45400, 2); // amCreditDebugLevel setVariable(0x08c45658, 2); // amDipswDebugLevel setVariable(0x08c4565c, 2); // amDongleDebugLevel setVariable(0x08c45660, 2); // amEepromDebugLevel setVariable(0x08c45664, 2); // amHwmonitorDebugLevel setVariable(0x08c45668, 2); // amJvsDebugLevel setVariable(0x08c4566c, 2); // amLibDebugLevel setVariable(0x08c45670, 2); // amMiscDebugLevel setVariable(0x08c45678, 2); // amSysDataDebugLevel setVariable(0x08c45680, 2); // bcLibDebugLevel setVariable(0x08c45674, 2); // amOsinfoDebugLevel setVariable(0x08c45684, 0x0FFFFFFF); // s_logMask detourFunction(0x08075012, _putConsole); // Security detourFunction(0x08510320, amDongleInit); detourFunction(0x085106dc, amDongleIsAvailable); detourFunction(0x08510600, amDongleUpdate); setVariable(0x080dad63, 0x90909090); // Patch acpSystem::checkDongle setVariable(0x080dad67, 0xE8C3C990); // Patch acpSystem::checkDongle setVariable(0x0807e609, 0x90909090); // Patch initializeArcadeBackup setVariable(0x0807e60d, 0xc2839090); // Patch initializeArcadeBackup // Fixes detourFunction(0x08510256, amDipswGetData); detourFunction(0x085102ce, stubRetZero); // Stub amDipswSetLed setVariable(0x08438954, 0x1c899090); // No more Full Screen from the Game // Set Resolution // setVariable(0x08303C4B, 0x00000780); // Set ResX // setVariable(0x08303C58, 0x00000438); // Set ResY // setVariable(0x087d47f7, 0x62ab8500); // Seat Test?? } break; case INITIALD_4: { setVariable(0x08d71750, 2); // amBackupDebugLevel setVariable(0x08d71760, 2); // amCreditDebugLevel setVariable(0x08d719b8, 2); // amDipswDebugLevel setVariable(0x08d719bc, 2); // amDongleDebugLevel setVariable(0x08d719c0, 2); // amEepromDebugLevel setVariable(0x08d719c4, 2); // amHwmonitorDebugLevel setVariable(0x08d719c8, 2); // amJvsDebugLevel setVariable(0x08d719cc, 2); // amLibDebugLevel setVariable(0x08d719d0, 2); // amMiscDebugLevel setVariable(0x08d719d8, 2); // amSysDataDebugLevel setVariable(0x08d719e0, 2); // bcLibDebugLevel setVariable(0x08d719d4, 2); // amOsinfoDebugLevel setVariable(0x08d719e4, 0x0FFFFFFF); // s_logMask // detourFunction(0x0808f9a8, _putConsole); // Crashes the game sometimes. // Security detourFunction(0x086e2336, amDongleInit); detourFunction(0x086e0d81, amDongleIsAvailable); detourFunction(0x086e17e5, amDongleUpdate); // Fixes detourFunction(0x086e0c0d, amDipswGetData); detourFunction(0x086e0c84, stubRetZero); // amDipswSetLED detourFunction(0x0821e6dc, stubRetOne); // isEthLinkUp setVariable(0x082cb411, 0x0927c020); // tickInitStoreNetwork setVariable(0x082cb6d9, 0x000150e9); // tickWaitDHCP setVariable(0x082cb6dd, 0x448b5100); // tickWaitDHCP // Set Resolution setVariable(0x0835664d, 0x0000f0e9); // Force resolution set setVariable(0x08356743, 0x00000780); // Set ResX setVariable(0x08356748, 0x00000438); // Set ResY // FrameBuffer Resolution (No effect that I know) /* setVariable(0x08248037, 0x00000780); // Set ResX setVariable(0x0824802f, 0x00000438); // Set ResY setVariable(0x082480f7, 0x00000780); // Set ResX setVariable(0x082480ef, 0x00000438); // Set ResY setVariable(0x082481b7, 0x00000780); // Set ResX setVariable(0x082481af, 0x00000438); // Set ResY setVariable(0x08248216, 0x00000780); // Set ResX setVariable(0x0824820e, 0x00000438); // Set ResY setVariable(0x082489a7, 0x00000780); // Set ResX setVariable(0x0824899f, 0x00000438); // Set ResY setVariable(0x08248a32, 0x00000780); // Set ResX setVariable(0x08248a2a, 0x00000438); // Set ResY */ // Hooked in graphics.c // setVariable(0x085599f2, 0x0001d2e9); // Force not supported resolutions // setVariable(0x085599f6, 0x01bb0000); // Force not supported resolutions // IDK if the following work (taken from TP) // setVariable(0x08548ef3, 0x8990c031); // Shader Compiler // setVariable(0x08799d8c, 0x082c9f52); // childTerminationHanlder } break; case INITIALD_4_REVE: { // Debug // detourFunction(0x08090478, _putConsole); // Crashes the game sometimes. // Security detourFunction(0x087106e6, amDongleInit); detourFunction(0x0870f131, amDongleIsAvailable); detourFunction(0x0870fb95, amDongleUpdate); // Fixes detourFunction(0x0870efbd, amDipswGetData); detourFunction(0x0870f034, stubRetZero); // amDipswSetLed setVariable(0x087a05e8, 0x08194748); // PTR_~cRealCardIF SIGSEV detourFunction(0x08230fde, stubRetOne); // isEthLinkUp setVariable(0x082df87d, 0x000154e9); // tickWaitDHCP setVariable(0x082df881, 0x448b5100); // tickWaitDHCP setVariable(0x082e0ec9, 0x3d8960eb); // tickInitAddress // setVariable(0x08580979, 0x000126e9); // Avoid Full Screen set from Game // Set Resolution // setVariable(0x0837b12d, 0x0000f0e9); // Force set resolution // setVariable(0x0837b223, 0x00000550); // Set ResX // setVariable(0x0837b228, 0x00000300); // Set ResY // setVariable(0x085700d3, 0x8990c031); // Fix something with the Shaders?? } break; case SEGABOOT_2_4_SYM: { detourFunction(0x0805e8b0, amDongleInit); detourFunction(0x0805ebc3, amDongleIsAvailable); detourFunction(0x0805eb2a, amDongleUpdate); detourFunction(0x0805c30b, amDipswGetData); } break; case VIRTUA_TENNIS_3: { // Security detourFunction(0x0831c724, amDongleInit); detourFunction(0x0831ca37, amDongleIsAvailable); detourFunction(0x0831c99e, amDongleUpdate); // Fixes detourFunction(0x0831c5d7, amDipswGetData); detourFunction(0x0831c64f, stubRetZero); setVariable(0x0827ae1b, 0x34891beb); // Disable Fullscreen set from the game } break; case VIRTUA_TENNIS_3_TEST: { // Debug detourFunction(0x08054d14, _putConsole); // Crashes the game sometimes. // Security detourFunction(0x0815f610, amDongleInit); detourFunction(0x0815f923, amDongleIsAvailable); detourFunction(0x0815f88a, amDongleUpdate); // Fixes detourFunction(0x0815d06b, amDipswGetData); detourFunction(0x0815d0e3, stubRetZero); } break; case RAMBO: { // Security detourFunction(0x082c4746, amDongleInit); detourFunction(0x082c3201, amDongleIsAvailable); detourFunction(0x082c3bf7, amDongleUpdate); // Fixes detourFunction(0x082c308d, amDipswGetData); detourFunction(0x082c3103, stubRetZero); } break; case TOO_SPICY: { // Security detourFunction(0x0831cf02, amDongleInit); detourFunction(0x0831b94d, amDongleIsAvailable); detourFunction(0x0831c3b1, amDongleUpdate); // Fixes detourFunction(0x0831907d, amDipswGetData); detourFunction(0x083190f4, stubRetZero); // CPU patch to support AMD processors if (config->amdFix) { setVariable(0x08399ADA, cpu_vendor.ebx); setVariable(0x08399AEA, cpu_vendor.edx); setVariable(0x08399AF5, cpu_vendor.ecx); } } break; default: // Don't do any patches for random games break; } return 0; }