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Diffstat (limited to 'results/classifier/deepseek-1/reasoning/needed./587993')
| -rw-r--r-- | results/classifier/deepseek-1/reasoning/needed./587993 | 33 |
1 files changed, 0 insertions, 33 deletions
diff --git a/results/classifier/deepseek-1/reasoning/needed./587993 b/results/classifier/deepseek-1/reasoning/needed./587993 deleted file mode 100644 index 9032a744a..000000000 --- a/results/classifier/deepseek-1/reasoning/needed./587993 +++ /dev/null @@ -1,33 +0,0 @@ -<think> -Okay, let's try to figure out what's going on here. The user provided some logs and a conversation about an issue they're having with their system. From what I can see, they mentioned that there are kernel stack traces involving the SCSI driver and that QEMU's SCSI emulation is known to be broken, suggesting they use IDE or virtio-blk instead. - -First, looking at the log entries, it seems like the system is encountering an interrupt-related issue. The call trace starts with `handle_irq`, which is part of the interrupt handling mechanism in the kernel. Then it goes through functions like `do_IRQ`, `ret_from_intr`, and others related to softirqs and timers. There's also a mention of `sym_eh_handler` from the `sym53c8xx` module and `scsi_mod`, which indicates that this is related to SCSI error handling. - -The user mentioned that QEMU 0.12 is outdated, so they think the issue might have been fixed in newer versions. They closed a SourceForge bug but are now reporting it here, possibly with an updated environment or different setup. - -Since I don't have access to the actual code or further logs beyond what's provided, I can only make educated guesses based on common issues. QEMU's SCSI emulation has had various problems over the years, including deadlocks and hangs, especially when dealing with certain types of devices or configurations. Upgrading QEMU would be a good first step since older versions are likely to have unresolved bugs. - -Another point is that the user was advised to switch from using SCSI to IDE or virtio-blk for better compatibility and stability. This suggests that the issue might be inherent in how QEMU's SCSI subsystem interacts with certain drivers or configurations, particularly under load or specific operations. - -If I were troubleshooting this, I'd first check if all components are up to date. Then, consider switching the storage controller from SCSI to IDE or virtio-blk as suggested. Additionally, monitoring the system for any recurring patterns in the logs might help identify when and why the interrupt handling goes awry. Maybe there's a resource contention or a timing issue that triggers this behavior. - -I'd also look into whether the specific hardware being emulated (like the SCSI controller) is known to cause issues in QEMU. Sometimes, certain device models can have bugs that are fixed in later releases. Testing with different device types could help isolate whether it's indeed a SCSI-related problem or something else entirely. - -Lastly, if the issue persists after these steps, diving deeper into the kernel logs and possibly running debugging tools to capture more detailed information about interrupt handling and SCSI operations would be necessary. Compiling QEMU from source with debug symbols might provide additional insights if the problem is still present in newer versions. -</think> - -The user is encountering an issue related to SCSI emulation in QEMU, specifically involving interrupt handling and the `sym53c8xx` driver. The logs indicate a stack trace starting with `handle_irq`, suggesting a problem within the kernel's interrupt subsystem when interacting with the SCSI module. - -**Steps to Address the Issue:** - -1. **Upgrade QEMU**: Since QEMU 0.12 is outdated, upgrading to the latest version is advisable as many bugs, including those related to SCSI emulation, have been fixed in newer releases. - -2. **Switch Storage Controller**: As suggested by the user and others familiar with QEMU issues, switch from using a SCSI controller to IDE or virtio-blk for better compatibility and stability. - -3. **Monitor Logs and System Behavior**: Look for recurring patterns in kernel logs that might indicate specific triggers for the interrupt issue. Monitoring under load could reveal when and why the problem occurs. - -4. **Investigate Hardware Emulation**: Check if the specific SCSI controller being emulated is known to have issues. Some device types may require newer QEMU versions or alternative configurations. - -5. **Enable Debugging Tools**: Use tools like `systemd` journal, kernel debugging, or compile QEMU with debug symbols to capture more detailed information about the problematic operations. - -By following these steps, the user can determine whether the issue persists after updating and changing storage controllers, and gather necessary data for further troubleshooting if needed. \ No newline at end of file |