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Diffstat (limited to 'results/classifier/deepseek-2-tmp/reasoning/other/1868055')
| -rw-r--r-- | results/classifier/deepseek-2-tmp/reasoning/other/1868055 | 25 |
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diff --git a/results/classifier/deepseek-2-tmp/reasoning/other/1868055 b/results/classifier/deepseek-2-tmp/reasoning/other/1868055 new file mode 100644 index 00000000..fa13a93f --- /dev/null +++ b/results/classifier/deepseek-2-tmp/reasoning/other/1868055 @@ -0,0 +1,25 @@ +<think> +Okay, so I need to classify this bug report into one of the categories provided for QEMU. Let me start by reading through the problem carefully. + +The user is having trouble running a Go application inside a Docker container using qemu-arm. The issue occurs specifically when they disable core 0 with the command `--cpuset-cpus=1-55`. They've shared their environment details, including versions of Docker, QEMU, and Go, along with an example test.go file that's causing the problem. + +The error messages mentioned are "fatal error: schedule: holding locks", "panic during panic", "SIGILL: illegal instruction", and a segmentation fault leading to a core dump. These seem to be runtime errors in their Go program when run under QEMU. + +Looking at the possible categories, they include things like mistranslation, assembly lowering, device, network, KVM, etc. The issue is occurring when using Docker with QEMU's ARM emulation, so it might relate to how QEMU handles certain instructions or resources when cores are constrained. + +The key here is that disabling core 0 triggers the bug. This suggests a problem related to CPU cores or scheduling in the virtualized environment. Since it's happening within QEMU, which acts as a hypervisor for Docker containers, perhaps there's an issue with how QEMU handles the cpuset constraints when only certain cores are available. + +I recall that sometimes resource limits can cause unexpected behavior, especially if the application relies on specific CPU features or if there's a misconfiguration in how resources are allocated. The error message about "holding locks" and segmentation fault might point to issues in the Go runtime's handling of system calls or threading under constrained conditions. + +Since the problem arises from using the cpuset option, it's likely related to how QEMU handles CPU allocation or scheduling for the containerized application. This could fall under 'other' if it doesn't fit more specific categories like network or graphic issues. Alternatively, it might relate to device handling if certain devices are not properly emulated when cores are limited. + +But considering that the issue is about CPU core usage and scheduling within a Docker environment using QEMU, I think it's more aligned with how QEMU manages the cpuset. This might be categorized under 'hypervisor' since QEMU/KVM functions as a hypervisor for container isolation. + +However, another angle is that it could be an incorrect translation of instructions from the source (x86) to the target (ARM), which would fall under 'mistranslation'. But in this case, the issue isn't about the correctness of the instruction set but rather resource allocation leading to runtime errors. + +Wait, but the problem occurs when using Docker and QEMU together. So it's more about how QEMU is handling the containerized environment with cpusets. This might not directly fall under any specific category like 'network' or 'graphic', so perhaps it's best categorized as 'other'. +</think> + +The issue arises from resource constraints in a Docker container using QEMU, specifically when disabling core 0, leading to runtime errors. It doesn't fit into the more specific categories but relates to how QEMU manages resources under such conditions. + +**Answer:** other \ No newline at end of file |