内存 Patch
读写、NOP、跳转重定向与可逆修改
shared/Patch.h · plugin::patch
大多数写入 API 的 vp 默认为 true（内部 VirtualProtect）。改代码前先 GetRaw 备份，关闭功能时写回备份。
可逆
可开关的修改务必保存原始字节或数值，不要把「默认值」写死在还原路径里。
写 NOP
Nop / NopRestore
Nop 写入 0x90。NopRestore 还原 SDK 记录的那一次 Nop。
static void Nop(uintptr_t address, size_t size, bool vp = true);
static void NopRestore(uintptr_t address, bool vp = true);读写 1 字节
SetChar / GetChar 族
static void SetChar(uintptr_t address, char value, bool vp = true);
static void SetUChar(uintptr_t address, unsigned char value, bool vp = true);
static char GetChar(uintptr_t address, bool vp = true);
static unsigned char GetUChar(uintptr_t address, bool vp = true);读写 2 字节
SetShort / GetShort 族
static void SetShort(uintptr_t address, short value, bool vp = true);
static void SetUShort(uintptr_t address, unsigned short value, bool vp = true);
static short GetShort(uintptr_t address, bool vp = true);
static unsigned short GetUShort(uintptr_t address, bool vp = true);读写 4 字节整数
SetInt / GetInt 族
static void SetInt(uintptr_t address, uintptr_t value, bool vp = true);
static void SetUInt(uintptr_t address, uintptr_t value, bool vp = true);
static uintptr_t GetInt(uintptr_t address, bool vp = true);
static uintptr_t GetUInt(uintptr_t address, bool vp = true);读写 float
SetFloat / GetFloat
改倍率等浮点配置时：先备份再写，关闭时还原。
static void SetFloat(uintptr_t address, float value, bool vp = true);
static float GetFloat(uintptr_t address, bool vp = true);读写指针
SetPointer / GetPointer
按指针宽度读写。
static void SetPointer(uintptr_t address, injector::memory_pointer_raw value, bool vp = true);
static void* GetPointer(uintptr_t address, bool vp = true);模板读写 POD
Set / Get（模板）
任意 POD 类型读写。
template <typename T>
static void Set(uintptr_t address, T value, bool vp = true);
template <typename T>
static T Get(uintptr_t address, bool vp = true);读写原始字节
SetRaw / GetRaw
任意长度字节块。修改代码路径前务必备份。
static void SetRaw(uintptr_t address, void* value, size_t size, bool vp = true);
static void GetRaw(uintptr_t address, void* ret, size_t size, bool vp = true);重定向 call / jump
RedirectCall / RedirectJump / RedirectShortJump
改写 E8 call、E9 跳转或短跳。address 指向 指令本身 的起始地址。
static void RedirectCall(uintptr_t address, injector::memory_pointer_raw func, bool vp = true);
static void RedirectJump(uintptr_t address, injector::memory_pointer_raw func, bool vp = true);
static void RedirectShortJump(uintptr_t address, injector::memory_pointer_raw dest = nullptr, bool vp = true);替换函数入口
ReplaceFunction / ReplaceFunctionCall
入口整体替换，或只替换 call 点。
static void ReplaceFunction(uintptr_t address, void* func, bool vp = true);
static void ReplaceFunctionCall(uintptr_t address, void* func, bool vp = true);写 ret 返回
PutRetn / PutRetn0 / PutRetn1
写入返回指令。Retn0 / Retn1 会先让函数返回 0 / 1。BytesToPop 用于 stdcall 清栈。
static void PutRetn(uintptr_t address, unsigned short BytesToPop = 0, bool vp = true);
static void PutRetn0(uintptr_t address, unsigned short BytesToPop = 0, bool vp = true);
static void PutRetn1(uintptr_t address, unsigned short BytesToPop = 0, bool vp = true);解析跳转目标
TranslateCallOffset / TranslateJumpOffset
解析 E8 / E9 的目标地址。若该处不是对应 opcode，结果为空。
template <typename T>
static T TranslateCallOffset(uintptr_t address);
template <typename T>
static T TranslateJumpOffset(uintptr_t address);批量改多地址
同一操作可对一组地址执行。
template <typename T>
static void Set(std::vector<uintptr_t> const& addresses, T value, bool vp = true);
static void SetFloat(std::vector<uintptr_t> const& addresses, float value, bool vp = true);
static void Nop(std::vector<uintptr_t> const& addresses, size_t size, bool vp = true);
static void RedirectCall(std::vector<uintptr_t> const& addresses, /* ... */, bool vp = true);
static void RedirectJump(std::vector<uintptr_t> const& addresses, /* ... */, bool vp = true);