Linux kernel race triggers static ripgrep segfaults

A subtle Linux kernel memory management race condition misattributed to application code underscores the sheer complexity of diagnosing low-level concurrency failures in modern operating systems. Highly concurrent CLI tools like ripgrep intensely stress parallel allocation and teardown paths, acting as unintended stress tests for kernel memory subsystems. Application maintainers often bear the initial blame for platform-level regressions, demonstrating how subtle kernel-level memory fast-path bugs can break execution safety at runtime for static musl binaries.