Parameter 3 contains the page CRC value. Parameter 4 contains the expected CRC value. The page table and PFNs are out of sync. Parameter 2 is the expected PTE. The caller is unlocking a system cache address that is not currently locked. This address was either never mapped or is being unlocked twice.
This action would cause a conflicting hardware translation buffer entry, and so it was refused by the operating system. Since the caller specified "bug check on failure" in the requesting MDL, the system had no choice but to issue a bug check in this instance.
The caller is unlocking a pageable section that is not currently locked. This section was either never locked or is being unlocked twice. A driver tried to map a physical memory page that was not locked. This is illegal because the contents or attributes of the page can change at any time.
This is a bug in the code that made the mapping call. Parameter 2 is the page frame number of the physical page that the driver attempted to map. The caller specified an MDL that contains an unlocked or invalid physical page. Parameter 2 contains a pointer to the MDL. Parameter 3 contains a pointer to the invalid PFN.
Parameter 4 contains the invalid PFN value. It is illegal for callers to build an MDL for a virtual address range that is not resident. In the process of performing a write, the referenced virtual address is mistakenly marked as copy on write. Parameter 2 is the FaultingAddress. Parameter 3 is the PTE contents. Parameter 4 indicates the virtual address space type. All the page table pages of an exited process could not be deleted due to outstanding references.
A cached kernel stack was corrupted while on the freelist — this memory corruption indicates a serious problem of which the calling stack may be a victim or a culprit. A driver tried to write to an unallocated address in the user space of the system process.
Parameter 2 contains the address of the attempted write. The allocation bitmap is corrupt. The memory manager is about to overwrite a virtual address that was already in use. This can be the result of a write-after-free bug in a driver, or an overrun from a previous page. Parameter 2 contains the address of a free pool block. Parameter 4 contains the value that was expected to be at that address.
Update drivers: recommended links. Method 3: Check to see if the issue occurs in safe mode. To do so, follow these steps. Restart your computer and start pressing the F8 key on your keyboard. On a computer that is configured for booting to multiple operating systems, you can press the F8 key when the Boot Menu appears.
Check if you can open the desktop icons, if not, then it could be some third party application that is causing the issue. Method 4: Restart the computer in normal mode and follow the below mentioned article to find the cause of the problem. How to troubleshoot a problem by performing a clean boot in Windows Vista or in Windows 7. Note: Make sure you put the computer back to Normal Startup once you are done. Resolving stop blue screen errors in Windows 7.
Syed N — Microsoft Support Visit our Microsoft Answers Feedback Forum and let us know what you think. Was this reply helpful?
If on a laptop, change power settings to High Performance. If this problem occurs shortly after installing a new program, remove that program right away. Good luck! Was this post helpful? Didn't find your answer? Ask a question to our community of experts from around the world and receive an answer in no time at all. How to fix a Windows Blue Screen. How to fix the 0xd1 Blue Screen of Death. All rights reserved. Terms Of Use Privacy Cookies.
Edit translation. Driver Reviver Windows Driver Updater. InstallSafe Protect your browser and PC. Privacy Reviver Complete Privacy Protection. MacReviver Complete Mac Optimization. Registry Reviver Windows Registry Optimizer. Battery Optimizer Laptop Battery Optimization. Visit our Store. Blog Latest tips, tricks and news.
Video Blogs Protect your browser and PC.
0コメント