Solving page_fault_in_nonpaged_area

Table of Contents

Resolve “PAGE_FAULT_IN_NONPAGED_AREA” error

Common solutions

1. Check for hardware problems

2. Update drivers

3. Disable outdated or conflicting drivers

4. Restore the system

Use troubleshooting tools

Summarize

Resolve”PAGE_FAULT_IN_NONPAGED_AREA” error

“PAGE_FAULT_IN_NONPAGED_AREA” is one of the common blue screen errors in Windows operating system. It’s usually related to hardware failure, driver issues, or incorrect memory access. When such an error occurs on your computer, the system automatically stops to prevent data damage. In this article, we will explain how to resolve the “PAGE_FAULT_IN_NONPAGED_AREA” error. We’ll provide some common solutions for reference and explain how to use some tools for troubleshooting.

Common solutions

1. Check for hardware problems

The “PAGE_FAULT_IN_NONPAGED_AREA” error may be caused by a hardware failure. First, we recommend checking that the following hardware components are working properly:

  • Memory: Use a memory testing tool such as Memtest86 to check for memory problems. If you see errors, it’s possible that the memory is damaged and needs to be replaced.
  • Hard drive: Use the hard drive tool to check your hard drive for errors or damage. You can use Windows’ built-in disk check tool (chkdsk) or a third-party tool.
  • Other hardware components: Check other hardware components (such as graphics cards, network cards, etc.) for overheating, overloading, or other problems.

2. Update driver

Driver problems often cause “PAGE_FAULT_IN_NONPAGED_AREA” errors. Therefore, we recommend updating your system’s drivers to ensure they are compatible with the operating system and have the latest fixes. Drivers can be updated via the following methods:

  • Using Windows Update: Run “Windows Update” to make sure your system has all the latest drivers installed.
  • Manual update: Visit the hardware manufacturer’s website to download and install the latest drivers.

3. Disable outdated or conflicting drivers

In some cases, old or conflicting drivers can cause the “PAGE_FAULT_IN_NONPAGED_AREA” error. In this case, disabling or uninstalling these drivers may resolve the issue. You can disable or uninstall the driver by following these steps:

  1. Open “Device Manager”.
  2. Find the device that may be causing the problem in the list, right-click on it and select the “Disable” or “Uninstall” option.

4. Restore the system

If none of the above methods solve the problem, you can try to use Windows system recovery tools to restore the system to its previous state. System recovery can be performed by following these steps:

  1. Open “Control Panel” and select “System and Security”.
  2. Click “Backup and Restore”.
  3. In the “System Recovery” section, select “Advanced recovery method”.
  4. Select “System Restore” and follow the wizard to restore the system.

Use troubleshooting tools

In addition to the above solutions, using some professional troubleshooting tools is also one of the effective ways to solve the “PAGE_FAULT_IN_NONPAGED_AREA” error. Here are some commonly used troubleshooting tools:

  • Blue Screen Viewer (BlueScreenView): Can be used to analyze detailed information of blue screen errors, including error codes, drivers, stack information, etc.
  • Windows Memory Diagnostic Tool: Can be used to check memory for errors.
  • Driver finder tools (DriverIdentifier, DriverEasy, etc.): can help you find drivers that need to be updated.
  • System performance monitoring tools (such as the “Performance Monitor” that comes with Windows): can be used to monitor and diagnose system performance problems.

Summary

“PAGE_FAULT_IN_NONPAGED_AREA” is a common blue screen error that can be caused by hardware failure, driver issues, or incorrect memory access. This article describes some common solutions, including checking for hardware problems, updating drivers, disabling outdated or conflicting drivers, and system recovery. Additionally, we have also mentioned some troubleshooting tools that can help you diagnose and resolve the issue better. I hope this article will help you solve the “PAGE_FAULT_IN_NONPAGED_AREA” error. If the problem remains unresolved, we recommend further consultation and support with a professional.

When encountering the “PAGE_FAULT_IN_NONPAGED_AREA” error, a common solution is to troubleshoot the error by checking the memory for problems. Here is a simple example code for detecting and fixing memory problems:

pythonCopy codeimport os
def check_memory_errors():
    output = os.popen("Memtest86.exe") # Replace with the actual memory test tool name
    result = output.read()
    
    if "Error" in result:
        print("There is a problem with the memory, please replace the faulty memory module")
        #Here you can add code to repair memory
    
    else:
        print("There is no problem with the memory")
if __name__ == "__main__":
    check_memory_errors()

In the above sample code, we use the ??os.popen()?? function to run a memory test tool named “Memtest86.exe” in the command line (please replace Actual memory test tool name). We then read the output and check if the “Error” keyword is present. If there is an error, we print out the corresponding prompt information and can add code to repair the memory. Otherwise, we print out the message “No problem with memory”. Please note that this is a simple sample code used only to demonstrate the basic principles. In actual applications, you may need to make corresponding adjustments and modifications based on the specific operating system and memory testing tools. Also, remember to back up important data before running any troubleshooting tools to avoid data loss. It’s best to choose an official or reliable memory testing tool and follow the tool’s usage guide.

Incorrect memory access means that during the execution of the program, the program accesses an invalid memory address or accesses the memory in the wrong way. This kind of erroneous memory access can cause various abnormal behaviors of the program, including program crashes, data corruption, memory leaks, etc. Incorrect memory access usually causes the following problems:

  1. Null pointer reference: A null pointer exception is thrown when a program accesses a pointer that is uninitialized or has unallocated memory. This kind of error usually occurs in API calls provided by the operating system or library functions. If the validity of the pointer is not properly checked or the memory is not allocated correctly, a null pointer exception may be caused.
  2. Wild pointer reference: When a program accesses a memory address that has been released or is invalid, a wild pointer exception will be thrown. This error usually occurs when memory is not properly managed. When the memory pointed to by a pointer has been released, the program still tries to access the pointer, resulting in a wild pointer exception.
  3. Memory out-of-bounds access: When a program accesses an address beyond the allocated memory range, a memory out-of-bounds exception will be thrown. This error is common in array access or buffer overflow situations. When a program writes or reads data that exceeds the boundaries of the array or buffer, it may cause a memory out-of-bounds exception.
  4. Non-aligned access: Some architectures require that memory addresses of specific data types must be accessed in a specific alignment. If the program accesses memory that does not meet the alignment requirements, a non-alignment exception will be thrown. This error usually occurs when using pointer type data structures, where inconsistent alignment requirements may lead to unaligned accesses. Incorrect memory access may lead to serious problems such as program crashes, data corruption, and security vulnerabilities. In order to avoid these problems, developers should develop good memory management habits when writing code, including correctly allocating and releasing memory, checking the validity of pointers, avoiding array out-of-bounds access, ensuring memory alignment, etc. In addition, using auxiliary tools such as static analysis tools, memory detection tools, or memory leak detection tools can help developers promptly discover and correct erroneous memory access problems.

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