False, pid)
if not handler:
input("could not open process" + endl)
exit()
# find the python library
python_version = "python{0}{1}.dll".format(sys.version_info.major,
sys.version_info.minor)
python_lib = process.module_from_name(python_version).filename
# Find or inject python module
python_module = process.module_from_name(python_version, handler)
if python_module:
python_lib_h = python_module.lpBaseOfDll
else:
python_lib_h = process.inject_dll(bytes(python_lib, 'ascii'), handler)
if not python_lib_h:
print("inject failed" + endl)
exit()
local_handle = kernel32.GetModuleHandleW(python_version)
dif = python_lib_h - local_handle
funcs = {
k: dif + kernel32.GetProcAddress(local_handle, k)
for k in [b'Py_InitializeEx', b'PyRun_SimpleString', b'Py_FinalizeEx']
}
param_addr = memory.allocate_memory(4, handler)
memory.write_memory(ctypes.c_int, param_addr, 1, handler)
process.start_thread(funcs[b'Py_InitializeEx'], param_addr, handler)
print(f"process {pid} has been injected")
pid = None
continue
break
check_time += 1
time.sleep(1)
else:
handler = kernel32.OpenProcess(structure.PROCESS.PROCESS_ALL_ACCESS.value, False, pid)
if not handler:
input(f"could not open process {pid}" + endl)
exit()
print("game process pid: %s" % pid)
if check_time: time.sleep(3)
python_lib_h = process.inject_dll(bytes(python_lib, 'utf-8'), handler)
if not python_lib_h:
input("inject failed" + endl)
exit()
print("inject python environment success")
local_handle = kernel32.GetModuleHandleW(python_version)
dif = python_lib_h - local_handle
funcs = {k: dif + kernel32.GetProcAddress(local_handle, k) for k in [b'Py_InitializeEx', b'PyRun_SimpleString', b'Py_FinalizeEx']}
print("search calling address success")
param_addr = memory.allocate_memory(4, handler)
memory.write_memory(ctypes.c_int, param_addr, 1, handler)
process.start_thread(funcs[b'Py_InitializeEx'], param_addr, handler)