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<think>
Okay, I need to classify this bug report about QEMU as either 'user-mode' related or 'system-mode' related. Let's start by understanding the difference between the two.
User-mode issues typically involve problems that occur within a user’s session, such as application crashes, graphical glitches, or issues with software running on top of the operating system. These don't usually require special privileges and can be handled without deep OS interaction.
System-mode issues, on the other hand, are more related to the underlying system. They might involve hardware interactions, kernel-level operations, device drivers, or problems that affect the entire system rather than just a single application or user session.
Looking at the provided bug report, it's about QEMU crashing. I know that QEMU is an emulator and virtualizer that can run in both user mode and system mode. However, the details given are a list of memory mappings from a process dump using /proc/<pid>/smaps. This kind of information typically comes from a user-space process because it's about how memory is allocated and used by the application itself.
The crash report doesn't mention anything about hardware, kernel modules, or system-wide issues. It focuses on the QEMU process's memory usage and libraries it's using. Libraries like libgpg-error, libkeyutils, libkrb5support, etc., are more related to user-space operations such as authentication and security within the application.
Since the issue is about a crash in the QEMU process itself without any indication of system-level problems, it seems to be a user-mode issue. The report doesn't involve higher privileges or device drivers at the kernel level. Therefore, I should classify this bug report under 'user' mode.
</think>
The bug report details a QEMU crash with memory mappings, focusing on user-space libraries and processes without system-level issues.
**Answer:** user
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