88 lines
4.8 KiB
Python
88 lines
4.8 KiB
Python
import win32gui
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import win32process
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import win32api
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import ctypes
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import time
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# 参考资料 https://www.52pojie.cn/thread-1132032-1-1.html
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def change_sun(Phand, sun_num):
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sun_date = ctypes.c_long()
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# kernel32.ReadProcessMemory(int(Phand), 0x03F8A9C0, ctypes.byref(sun_date), 4, None)
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kernel32.ReadProcessMemory(int(Phand), 0x6A9EC0, ctypes.byref(sun_date), 4, None)
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"""
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0x03F8A9C0 是基础地址，假设这里存储了一个指向阳光数值的指针。
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ctypes.byref(sun_date) 是一个指向sun_date变量的引用，用于接收从内存中读取的数据。
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4 表示读取数据的大小，这里是4字节，即一个整数。
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None 是一个可选参数，用来接收实际读取的字节数，但在这里我们不关心这个值。
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"""
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kernel32.ReadProcessMemory(int(Phand), sun_date.value + 0x768, ctypes.byref(sun_date), 4, None)
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# 写入新的数值
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new_sun_date = ctypes.c_long(sun_num)
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print(sun_date)
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print(new_sun_date)
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return kernel32.WriteProcessMemory(int(Phand), sun_date.value + 0x5560, ctypes.byref(new_sun_date), 4, None)
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def change_cooling(Phand, cooling):
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"""
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修改冷却
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:param Phand:
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:param cooling: 0 冷却 1 无冷却
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:return:
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"""
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time.sleep(0.5)
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cooling_data = ctypes.c_long()
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kernel32.ReadProcessMemory(int(Phand), 0x6A9EC0, ctypes.byref(cooling_data), 4, None)
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kernel32.ReadProcessMemory(int(Phand), cooling_data.value + 0x768, ctypes.byref(cooling_data), 4, None)
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kernel32.ReadProcessMemory(int(Phand), cooling_data.value + 0x144, ctypes.byref(cooling_data), 4, None)
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# kernel32.ReadProcessMemory(int(Phand),cooling_data.value,ctypes.byref(cooling_data),4,None)
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new_cooling_date = ctypes.c_long(cooling)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x70, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0xC0, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x110, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x160, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x1B0, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x200, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x250, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x2A0, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x2F0, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x340, ctypes.byref(new_cooling_date), 4, None)
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# 可以看出，从第二个地址开始，每个地址与其前一个地址之间的差值是固定的，为0x50（80）。这种模式表明，每个卡槽的冷却时间数据在内存中是以固定间隔排列的。
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#
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# 推测剩余卡槽的冷却时间地址
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# 既然已知前十个卡槽的冷却时间地址遵循0x50的增量规律，那么我们可以轻易地推测出后五个卡槽的冷却时间地址：
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#
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# 第11个卡槽：0x340 + 0x50 = 0x390 （944）
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# 第12个卡槽：0x390 + 0x50 = 0x3E0 （992）
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# 第13个卡槽：0x3E0 + 0x50 = 0x430 （1072）
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# 第14个卡槽：0x430 + 0x50 = 0x480 （1168）
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# 第15个卡槽：0x480 + 0x50 = 0x4D0 （1232）
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x390, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x3E0, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x430, ctypes.byref(new_cooling_date), 4, None)
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kernel32.WriteProcessMemory(int(Phand), cooling_data.value + 0x480, ctypes.byref(new_cooling_date), 4, None)
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def change(Phand, param):
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while(1000):
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change_sun(Phand,param)
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change_cooling(Phand,1)
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if __name__ == '__main__':
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# 调用动态链接库
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kernel32 = ctypes.windll.LoadLibrary('kernel32.dll')
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# 调用最高权限执行
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PROCESS_ALL_ACCESS = (0x000F0000 | 0x00100000 | 0xFFF)
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# 获取窗口句柄
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windos_handle = win32gui.FindWindow(None, "植物大战僵尸v2.2 ")
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# 获取进程PID
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read, pid = win32process.GetWindowThreadProcessId(windos_handle)
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# 获取进程句柄
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Phand = win32api.OpenProcess(PROCESS_ALL_ACCESS, False, pid)
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# 调用修改函数
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print("PID:",pid)
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print("进程句柄：",Phand)
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print(change(Phand,9999))
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print("end") |