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What is the process for reading mini-dumps with Windows Debugger?

What is the process for reading mini-dumps with Windows Debugger?

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Yoursdadbell
Junior Member
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05-17-2016, 01:19 PM
#1
I'm experiencing a blue screen and have tried BlueScreenView and Windows Debugger. BlueScreenView indicates the issue is with the tcpip.sys driver, showing the code "DRIVER_IRQL_NOT_LESS_OR_EQUAL". When I take the dump and run it in WindowsDebugger, it displays "Module_Name" as "wfplwfs", which feels quite generic. The Stack_Text contains several entries, starting with a fffffc38c message about nt!KeBugCheckEx and ending with a tcpip-related callout. There are also references to kernel functions like nt!KiBugCheckDispatch and various error codes such as 00000000, 00000002, etc. Overall, the process suggests examining the Stack Text and Module Name carefully when diagnosing the problem using Windows Debugger.
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Y
Yoursdadbell
05-17-2016, 01:19 PM #1

I'm experiencing a blue screen and have tried BlueScreenView and Windows Debugger. BlueScreenView indicates the issue is with the tcpip.sys driver, showing the code "DRIVER_IRQL_NOT_LESS_OR_EQUAL". When I take the dump and run it in WindowsDebugger, it displays "Module_Name" as "wfplwfs", which feels quite generic. The Stack_Text contains several entries, starting with a fffffc38c message about nt!KeBugCheckEx and ending with a tcpip-related callout. There are also references to kernel functions like nt!KiBugCheckDispatch and various error codes such as 00000000, 00000002, etc. Overall, the process suggests examining the Stack Text and Module Name carefully when diagnosing the problem using Windows Debugger.

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Hollyleaf81
Junior Member
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29
05-17-2016, 02:12 PM
#2
I think the hex values combine memory addresses, CPU register contents (like RAX, RBX, RCX), and likely the stack location. These numbers aren't useful unless you have the source code or a memory map. The key to understanding this data lies in examining the function calls, which are mostly clear and human-readable. From what I can tell, the situation probably involved the network stack.
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Hollyleaf81
05-17-2016, 02:12 PM #2

I think the hex values combine memory addresses, CPU register contents (like RAX, RBX, RCX), and likely the stack location. These numbers aren't useful unless you have the source code or a memory map. The key to understanding this data lies in examining the function calls, which are mostly clear and human-readable. From what I can tell, the situation probably involved the network stack.

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