PUCHAR translate_Linear_address(ULONGLONG Linearaddress, ULONG Length){ //Linearaddress=虚拟地址，Length=长度
	PUCHAR pOutAddress = Linearaddress;

	DbgPrint("ProcessCr3: %u", ProcessCr3);

	if (ProcessCr3 == 0)
	{
		DbgPrint("OpenProcessFail\n");
		return 0;
	}

	VIRTUAL_ADDRESS virtualAddress = { 0 };
	virtualAddress.ulVirtualAddress = &pOutAddress;

	// 得到页目录指针物理地址

	// 映射为虚拟地址以便取值
	PHYSICAL_ADDRESS phyAddress = { 0 };
	phyAddress.QuadPart = ProcessCr3;

	PULONG2 pPdbr = (PULONG2)MmMapIoSpace(phyAddress, sizeof(PHYSICAL_ADDRESS), MmWriteCombined);
	for (ULONG i = 0; i < 8; i++){
		DbgPrint("%X ", pPdbr[i]);
	}
	LONGLONG LevelAddress = pPdbr[0];  //virtualAddress.stVirtualAddress.Level
	LevelAddress &= 0x000000FFFFFFF000;			
	DbgPrint("Level = %X, 映射后的地址 %X\n", phyAddress, LevelAddress);

	// Pointer
	phyAddress.QuadPart = LevelAddress;
	PULONG2 pPagePointer = (PULONG2)MmMapIoSpace(phyAddress, sizeof(PHYSICAL_ADDRESS), MmWriteCombined);
	for (ULONG i = 0; i < 8; i++){
		DbgPrint("%X ", pPagePointer[i]);
	}
	LONGLONG ulPagePointer = pPagePointer[0];
	ulPagePointer &= 0x000000FFFFFFF000;	
	DbgPrint("Pointer = %X, 映射后的地址 %X\n", phyAddress, ulPagePointer);

	// Selector
	phyAddress.QuadPart = ulPagePointer;
	PULONG2 pPageSelector = (PULONG2)MmMapIoSpace(phyAddress, sizeof(PHYSICAL_ADDRESS), MmWriteCombined);
	for (ULONG i = 0; i < 8; i++){
		DbgPrint("%X ", pPageSelector[i]);
	}
	LONGLONG ulPageSelector = pPageSelector[2];    //4
	ulPageSelector &= 0x000000FFFFFFF000;
	DbgPrint("Selector = %X, 映射后的地址 %X\n", phyAddress, ulPageSelector);

	// Entry
	phyAddress.QuadPart = ulPageSelector;
	PULONG2 pPageEntry = (PULONG2)MmMapIoSpace(phyAddress, sizeof(PHYSICAL_ADDRESS), MmWriteCombined);
	for (ULONG i = 0; i < 8; i++){
		DbgPrint("%X ", pPageEntry[i]);
	}
	LONGLONG ulPageEntry = pPageEntry[0];
	ulPageEntry &= 0x000000FFFFFFF000;
	DbgPrint("Entry = %X, 映射后的地址 %X\n", phyAddress, ulPageEntry);

	// 得到物理地址
	LONGLONG ulPhyAddress = ulPageEntry + virtualAddress.stVirtualAddress.offset;

	// 映射为虚拟地址，获取其值进行验证
	phyAddress.QuadPart = ulPhyAddress;
	PUCHAR pPhyAddress = (PUCHAR)MmMapIoSpace(phyAddress, sizeof(PHYSICAL_ADDRESS), MmWriteCombined);
	DbgPrint("虚拟地址：%X, 对应物理地址：%X, Value:%S\n", pOutAddress, ulPhyAddress, pPhyAddress);

	// 传出对应物理地址
	//*pOutAddress = ulPhyAddress;
	return pPhyAddress;
}