Taiko_Stuff/TaikoArcadeLoader
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Add basic 08.18 support

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This commit is contained in:
BroGamer 2023-09-11 16:57:50 +12:00
parent cd8a1c3f0d
commit 510556643b
7 changed files with 336 additions and 18 deletions
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1
meson.build
View File

@ -54,6 +54,7 @@ library(
'src/bnusio.cpp', 'src/bnusio.cpp',
'src/patches/jp_nov_2020.cpp', 'src/patches/jp_nov_2020.cpp',
'src/patches/cn_jun_2023.cpp', 'src/patches/cn_jun_2023.cpp',
'src/patches/amauth.cpp',
], ],
name_prefix: '' name_prefix: ''
) )

10
src/bnusio.cpp
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@ -75,6 +75,8 @@ Keybindings P2_RIGHT_BLUE = {};
u16 drumMin = 10000; u16 drumMin = 10000;
u16 drumMax = 20000; u16 drumMax = 20000;
u16 drumWaitPeriod = 4;
u16 lastHitValue = drumMin; u16 lastHitValue = drumMin;
Keybindings *analogButtons[] = {&P1_LEFT_BLUE, &P1_LEFT_RED, &P1_RIGHT_RED, &P1_RIGHT_BLUE, &P2_LEFT_BLUE, &P2_LEFT_RED, &P2_RIGHT_RED, &P2_RIGHT_BLUE}; Keybindings *analogButtons[] = {&P1_LEFT_BLUE, &P1_LEFT_RED, &P1_RIGHT_RED, &P1_RIGHT_BLUE, &P2_LEFT_BLUE, &P2_LEFT_RED, &P2_RIGHT_RED, &P2_RIGHT_BLUE};
@ -95,10 +97,10 @@ bnusio_GetAnalogIn (u8 which) {
if ((isP1 && buttonQueueP1.front () == which && buttonWaitPeriodP1 == 0) || (!isP1 && buttonQueueP2.front () == which && buttonWaitPeriodP2 == 0)) { if ((isP1 && buttonQueueP1.front () == which && buttonWaitPeriodP1 == 0) || (!isP1 && buttonQueueP2.front () == which && buttonWaitPeriodP2 == 0)) {
if (isP1) { if (isP1) {
buttonQueueP1.pop (); buttonQueueP1.pop ();
buttonWaitPeriodP1 = 4; buttonWaitPeriodP1 = drumWaitPeriod;
} else { } else {
buttonQueueP2.pop (); buttonQueueP2.pop ();
buttonWaitPeriodP2 = 4; buttonWaitPeriodP2 = drumWaitPeriod;
} }
lastHitValue++; lastHitValue++;
@ -118,8 +120,8 @@ bnusio_GetAnalogIn (u8 which) {
buttonQueueP2.push (which); buttonQueueP2.push (which);
return 0; return 0;
} }
if (isP1) buttonWaitPeriodP1 = 4; if (isP1) buttonWaitPeriodP1 = drumWaitPeriod;
else buttonWaitPeriodP2 = 4; else buttonWaitPeriodP2 = drumWaitPeriod;
lastHitValue++; lastHitValue++;
if (lastHitValue >= drumMax) lastHitValue = drumMin; if (lastHitValue >= drumMax) lastHitValue = drumMin;
return lastHitValue; return lastHitValue;

2
src/helpers.h
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@ -34,7 +34,7 @@ const HMODULE MODULE_HANDLE = GetModuleHandle (nullptr);
#define HOOK(returnType, functionName, location, ...) \ #define HOOK(returnType, functionName, location, ...) \
typedef returnType (*functionName) (__VA_ARGS__); \ typedef returnType (*functionName) (__VA_ARGS__); \
functionName original##functionName = NULL; \ functionName original##functionName = NULL; \
void *where##functionName = (void *)location; \ void *where##functionName = (void *)(location); \
returnType implOf##functionName (__VA_ARGS__) returnType implOf##functionName (__VA_ARGS__)
#define VTABLE_HOOK(returnType, className, functionName, ...) \ #define VTABLE_HOOK(returnType, className, functionName, ...) \

190
src/patches/amauth.cpp Normal file
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@ -0,0 +1,190 @@
#include <ws2tcpip.h>
#include "helpers.h"
#include <unknwn.h>
extern const char *server;
namespace patches::AmAuth {
char server_ip[0x10];
DWORD reg = 0;
#ifdef DEFINE_GUID
#undef DEFINE_GUID
#endif
#define DEFINE_GUID(name, l, w1, w2, b1, b2, b3, b4, b5, b6, b7, b8) const GUID name = {l, w1, w2, {b1, b2, b3, b4, b5, b6, b7, b8}}
DEFINE_GUID (IID_CAuthFactory, 0x4603BB03, 0x058D, 0x43D9, 0xB9, 0x6F, 0x63, 0x9B, 0xE9, 0x08, 0xC1, 0xED);
DEFINE_GUID (IID_CAuth, 0x045A5150, 0xD2B3, 0x4590, 0xA3, 0x8B, 0xC1, 0x15, 0x86, 0x78, 0xE1, 0xAC);
class CAuth : public IUnknown {
public:
STDMETHODIMP
QueryInterface (REFIID riid, LPVOID *ppvObj) {
wchar_t *iid_str;
StringFromCLSID (riid, &iid_str);
if (riid == IID_IUnknown || riid == IID_CAuth) {
*ppvObj = this;
this->AddRef ();
return 0;
} else {
*ppvObj = 0;
return E_NOINTERFACE;
}
}
STDMETHODIMP_ (ULONG) AddRef () { return this->refCount++; }
STDMETHODIMP_ (ULONG) Release () {
this->refCount--;
if (this->refCount <= 0) {
// delete this;
return 0;
}
return this->refCount;
}
virtual i64 Unk3 (u32 a1) { return 1; }
virtual i64 Unk4 () { return 1; }
virtual i32 Unk5 () { return 0; }
virtual i64 Unk6 () { return 1; }
virtual i32 Unk7 () { return 0; }
virtual i32 Unk8 () { return 0; }
virtual i32 Unk9 (i32 *a1) {
memset (a1, 0, sizeof (i32) * 0x31);
a1[0] = 15;
a1[2] = 2;
a1[3] = 1;
a1[6] = 9;
a1[8] = 2;
a1[9] = 1;
a1[10] = 27;
a1[11] = 33;
a1[12] = 41;
a1[13] = 50;
a1[14] = 59;
a1[15] = 1179656;
a1[30] = 1;
a1[46] = 1;
a1[47] = 3;
a1[48] = 9;
return 0;
}
virtual i32 Unk10 (char *a1) {
memset (a1, 0, 0xB0);
strncpy_s (a1, 0x10, "STANDALONE", 0xF);
strncpy_s (a1 + 0x10, 0x10, "TAL0000001", 0xF); // PCB ID
strncpy_s (a1 + 0x20, 0x10, "000000-00000", 0xF); // ignored by game
strncpy_s (a1 + 0x30, 0x10, server_ip, 0xF);
strncpy_s (a1 + 0x40, 0x10, server_ip, 0xF);
strncpy_s (a1 + 0x50, 0x10, server_ip, 0xF);
strncpy_s (a1 + 0x60, 0x10, "***.***.***.***", 0xF); // Subnet mask
strncpy_s (a1 + 0x70, 0x10, "***.***.***.***", 0xF); // GATEWAY
strncpy_s (a1 + 0x80, 0x10, "***.***.***.***", 0xF); // PRIMARY DNS
return 0;
}
virtual i32 Unk11 (char *a1) {
memset (a1, 0, 0x13C);
strncpy_s (a1, 4, "1", 3);
strncpy_s (a1 + 4, 0x10, "ALLNET", 0xF);
strncpy_s (a1 + 20, 8, "SBWY", 7);
strncpy_s (a1 + 28, 8, "12.00", 7);
strncpy_s (a1 + 36, 8, "TAL0", 7); // ignored by game
strncpy_s (a1 + 44, 8, "08.18", 7); // GAME VERSION
strncpy_s (a1 + 52, 4, "0", 3);
strncpy_s (a1 + 56, 4, "PCB", 3);
return 0;
}
virtual i32 Unk12 () { return 1; }
virtual i32 Unk13 () { return 1; }
virtual i32 Unk14 (char *a1) {
memset (a1, 0, 0x8A2);
strncpy_s (a1, 0x101, server, 0x100);
strncpy_s (a1 + 0x101, 0x101, server, 0x100);
strncpy_s (a1 + 0x202, 0x100, "TAIKO ARCADE LOADER", 0xFF); // ALL.Net SHOP NAME
strncpy_s (a1 + 0x302, 0x100, "TAIKO ARCADE LOADER", 0xFF);
strncpy_s (a1 + 0x402, 0x10, "1", 0xF);
strncpy_s (a1 + 0x412, 0x100, "TAIKO ARCADE LOADER", 0xFF);
strncpy_s (a1 + 0x512, 0x100, "X", 0xFF);
strncpy_s (a1 + 0x612, 0x100, "Y", 0xFF);
strncpy_s (a1 + 0x712, 0x100, "Z", 0xFF);
strncpy_s (a1 + 0x812, 0x10, "JPN0123", 0xF);
strncpy_s (a1 + 0x832, 0x10, "JPN", 0xF);
strncpy_s (a1 + 0x842, 0x10, "002,00", 0xF);
strncpy_s (a1 + 0x842, 0x10, "PowerOnResponseVer2", 0xF);
return 0;
}
virtual i32 Unk15 () { return 0; }
virtual i32 Unk16 () { return 0; }
virtual i32 Unk17 () { return 0; }
virtual i32 Unk18 (void *a1) { return 0; }
virtual i32 Unk19 (u8 *a1) {
memset (a1, 0, 0x38);
a1[0] = 1;
return 1;
}
virtual i32 Unk20 () { return 0; }
virtual i32 Unk21 () { return 1; }
virtual i32 Unk22 () { return 0; }
virtual i32 Unk23 () { return 0; }
virtual i32 Unk24 () { return 0; }
virtual i32 Unk25 () { return 1; }
virtual i32 Unk26 () { return 0; }
virtual i32 Unk27 () { return 1; }
virtual i32 Unk28 () { return 0; }
virtual i32 Unk29 () { return 0; }
virtual i32 Unk30 () { return 0; }
virtual i32 PrintDebugInfo () { return 0; }
virtual i32 Unk32 (void *a1) { return 0; }
virtual void Unk33 () {}
public:
CAuth () {}
virtual ~CAuth () {}
private:
i32 refCount = 0;
};
class CAuthFactory : public IClassFactory {
public:
STDMETHODIMP
QueryInterface (REFIID riid, LPVOID *ppvObj) {
wchar_t *iid_str;
StringFromCLSID (riid, &iid_str);
printf ("QueryInterface %ls\n", iid_str);
if (riid == IID_IUnknown || riid == IID_IClassFactory || riid == IID_CAuthFactory) {
*ppvObj = this;
return 0;
} else {
*ppvObj = 0;
return E_NOINTERFACE;
}
}
STDMETHODIMP_ (ULONG) AddRef () { return 2; }
STDMETHODIMP_ (ULONG) Release () { return 1; }
virtual HRESULT CreateInstance (IUnknown *outer, REFIID riid, void **object) {
if (outer != 0) return CLASS_E_NOAGGREGATION;
wchar_t *iid_str;
StringFromCLSID (riid, &iid_str);
CAuth *auth = new CAuth ();
return auth->QueryInterface (riid, object);
}
virtual HRESULT LockServer (i32 lock) { return 0; }
};
void
Init () {
CoInitializeEx (0, 0);
CoRegisterClassObject (IID_CAuthFactory, (IUnknown *)new CAuthFactory (), CLSCTX_LOCAL_SERVER, 1, &reg);
struct addrinfo *res = 0;
getaddrinfo (server, "", 0, &res);
for (struct addrinfo *i = res; i != 0; i = i->ai_next) {
if (res->ai_addr->sa_family != AF_INET) continue;
struct sockaddr_in *p = (struct sockaddr_in *)res->ai_addr;
inet_ntop (AF_INET, &p->sin_addr, server_ip, 0x10);
break;
}
}
} // namespace patches::AmAuth

12
src/patches/cn_jun_2023.cpp
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@ -1,12 +1,6 @@
#include "helpers.h" #include "helpers.h"
namespace patches::CN_JUN_2023 { namespace patches::CN_JUN_2023 {
i32 xRes = 1360;
i32 yRes = 768;
bool unlockSongs = true;
bool sharedAudio = true;
bool vsync = false;
u8 *haspBuffer; u8 *haspBuffer;
HOOK (i32, HaspDecrypt, PROC_ADDRESS ("hasp_windows_x64.dll", "hasp_decrypt")) { return 0; } HOOK (i32, HaspDecrypt, PROC_ADDRESS ("hasp_windows_x64.dll", "hasp_decrypt")) { return 0; }
HOOK (i32, HaspEncrypt, PROC_ADDRESS ("hasp_windows_x64.dll", "hasp_encrypt")) { return 0; } HOOK (i32, HaspEncrypt, PROC_ADDRESS ("hasp_windows_x64.dll", "hasp_encrypt")) { return 0; }
@ -27,6 +21,12 @@ HOOK (i32, HaspRead, PROC_ADDRESS ("hasp_windows_x64.dll", "hasp_read"), i32, i3
void void
Init () { Init () {
i32 xRes = 1360;
i32 yRes = 768;
bool unlockSongs = true;
bool sharedAudio = true;
bool vsync = false;
haspBuffer = (u8 *)malloc (0xD40); haspBuffer = (u8 *)malloc (0xD40);
memset (haspBuffer, 0, 0xD40); memset (haspBuffer, 0, 0xD40);
strcpy ((char *)(haspBuffer + 0xD00), "284111080001"); strcpy ((char *)(haspBuffer + 0xD00), "284111080001");

126
src/patches/jp_nov_2020.cpp
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@ -1,9 +1,131 @@
#include "helpers.h" #include "helpers.h"
#include "patches.h"
const u64 song_data_size = 1024 * 1024 * 64;
void *song_data;
#define RDX_MOV 0x48, 0xBA
#define R8_MOV 0x49, 0xB8
#define GENERATE_MOV(instruction, location) \
instruction, (u8)(u64)(location), (u8)((u64)(location) >> 8), (u8)((u64)(location) >> 16), (u8)((u64)(location) >> 24), (u8)((u64)(location) >> 32), (u8)((u64)(location) >> 40), \
(u8)((u64)(location) >> 48), (u8)((u64)(location) >> 56)
namespace patches::JP_NOV_2020 { namespace patches::JP_NOV_2020 {
void void
Init () { Init () {
MessageBoxA (0, "08.18 is currently not supported", 0, 0); i32 xRes = 1360;
ExitProcess (0); i32 yRes = 768;
bool unlockSongs = true;
bool sharedAudio = true;
bool vsync = false;
auto configPath = std::filesystem::current_path () / "config.toml";
toml_table_t *config = openConfig (configPath);
if (config) {
auto res = openConfigSection (config, "res");
if (res) {
xRes = readConfigInt (res, "x", xRes);
yRes = readConfigInt (res, "y", yRes);
}
unlockSongs = readConfigBool (config, "unlock_songs", unlockSongs);
sharedAudio = readConfigBool (config, "shared_audio", sharedAudio);
vsync = readConfigBool (config, "vsync", vsync);
toml_free (config);
}
WRITE_MEMORY (ASLR (0x1400239C0), u8, 0xC3); // Stop error
if (unlockSongs) WRITE_MEMORY (ASLR (0x140314E8D), u8, 0xB0, 0x01);
if (sharedAudio) WRITE_MEMORY (ASLR (0x140692E17), u8, 0xEB);
if (!vsync) WRITE_MEMORY (ASLR (0x140517339), u8, 0xBA, 0x00, 0x00, 0x00, 0x00, 0x90);
// Remove song limit
WRITE_MEMORY (ASLR (0x140313726), i32, 9000);
WRITE_MEMORY (ASLR (0x1402F39E6), i32, 9000);
WRITE_MEMORY (ASLR (0x1402F3AB0), i32, 9000);
WRITE_MEMORY (ASLR (0x1402F3BE4), i32, 9000);
WRITE_MEMORY (ASLR (0x14030643B), i32, 9000);
WRITE_MEMORY (ASLR (0x140306507), i32, 9000);
WRITE_MEMORY (ASLR (0x1403065D3), i32, 9000);
WRITE_MEMORY (ASLR (0x1403066FB), i32, 9000);
WRITE_MEMORY (ASLR (0x1403067C7), i32, 9000);
WRITE_MEMORY (ASLR (0x140306893), i32, 9000);
WRITE_MEMORY (ASLR (0x14030698B), i32, 9000);
WRITE_MEMORY (ASLR (0x140313666), i32, 9000);
WRITE_MEMORY (ASLR (0x1403139F4), i32, 9000);
WRITE_MEMORY (ASLR (0x140313B04), i32, 9000);
WRITE_MEMORY (ASLR (0x140313C24), i32, 9000);
WRITE_MEMORY (ASLR (0x140313CF4), i32, 9000);
WRITE_MEMORY (ASLR (0x1403140C4), i32, 9000);
WRITE_MEMORY (ASLR (0x1403147AA), i32, 9000);
WRITE_MEMORY (ASLR (0x140225FB6), i32, 9000);
WRITE_MEMORY (ASLR (0x140226146), i32, 9000);
WRITE_MEMORY (ASLR (0x140314DCC), i32, 9000);
WRITE_MEMORY (ASLR (0x140314EC9), i32, 9000);
WRITE_MEMORY (ASLR (0x140338E2C), i32, 9000);
WRITE_MEMORY (ASLR (0x1400EE0A4), i32, 9000);
WRITE_MEMORY (ASLR (0x1400EE8B5), i32, 9000);
WRITE_MEMORY (ASLR (0x1400EEDA6), i32, 9000);
WRITE_MEMORY (ASLR (0x140315608), i32, 9000);
WRITE_MEMORY (ASLR (0x14034A7EB), i32, 9000);
WRITE_MEMORY (ASLR (0x1402F3CB3), i32, 9000);
WRITE_MEMORY (ASLR (0x140314059), i32, 9000);
WRITE_MEMORY (ASLR (0x140226063), i32, 9000);
WRITE_MEMORY (ASLR (0x14022609F), i32, 9000);
WRITE_MEMORY (ASLR (0x140226296), i32, 9000);
WRITE_MEMORY (ASLR (0x140306A2E), i32, 9000);
WRITE_MEMORY (ASLR (0x140314F46), i32, 9000);
WRITE_MEMORY (ASLR (0x140314F97), i32, 9000);
song_data = malloc (song_data_size);
memset (song_data, 0, song_data_size);
// Song data
WRITE_MEMORY (ASLR (0x14031367B), u8, GENERATE_MOV (R8_MOV, song_data));
// Crown data
WRITE_MEMORY (ASLR (0x1402F3AC6), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x1402F39FC), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x1402F3BFA), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x1403140D7), u8, GENERATE_MOV (R8_MOV, song_data));
// Score ranks
WRITE_MEMORY (ASLR (0x1403065EA), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x14030651E), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x140306452), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x1403068AA), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x1403067DE), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x140306712), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x1403069A2), u8, GENERATE_MOV (RDX_MOV, song_data));
// Unknown
WRITE_MEMORY (ASLR (0x140313755), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x140313A0B), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x140313B4C), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x140313D38), u8, GENERATE_MOV (RDX_MOV, song_data));
WRITE_MEMORY (ASLR (0x140313C42), u8, GENERATE_MOV (R8_MOV, song_data));
// Save settings cross session without F:/ and G:/ drive
WRITE_MEMORY (ASLR (0x140B5C528), char, "./Setting1.bin");
WRITE_MEMORY (ASLR (0x140B5C538), char, "./Setting2.bin");
// Move F:/ files to current directory
WRITE_MEMORY (ASLR (0x140B1B4B0), char, "./");
WRITE_MEMORY (ASLR (0x14001C941), u8, 0x02);
// Patch TLS v1.0 to v1.2
WRITE_MEMORY (ASLR (0x14044B1A9), u8, 0x10);
if (xRes > 0 && yRes > 0) {
WRITE_MEMORY (ASLR (0x14035FC5B), i32, xRes);
WRITE_MEMORY (ASLR (0x14035FC62), i32, yRes);
}
// Move various files to current directory
auto amHandle = GetModuleHandle ("AMFrameWork.dll");
WRITE_MEMORY (amHandle + 0x33EF7, u8, 0xEB);
WRITE_MEMORY (amHandle + 0x3404A, u8, 0xEB);
WRITE_MEMORY (amHandle + 0x34429, u8, 0xEB);
WRITE_MEMORY (amHandle + 0x3457C, u8, 0xEB);
WRITE_MEMORY (amHandle + 0x3497A, u8, 0xEB);
WRITE_MEMORY (amHandle + 0x34ACD, u8, 0xEB);
WRITE_MEMORY (amHandle + 0x148AF, u8, 0xEB);
WRITE_MEMORY (amHandle + 0x14A1A, u8, 0xEB);
patches::AmAuth::Init ();
} }
} // namespace patches::JP_NOV_2020 } // namespace patches::JP_NOV_2020

3
src/patches/patches.h
View File

@ -5,4 +5,7 @@ void Init ();
namespace CN_JUN_2023 { namespace CN_JUN_2023 {
void Init (); void Init ();
} // namespace CN_JUN_2023 } // namespace CN_JUN_2023
namespace AmAuth {
void Init ();
} // namespace AmAuth
} // namespace patches } // namespace patches