Browse reusable Agent Skills, each with a clear purpose and practical guidance.
Verify that an otelbot "Auto-update registry versions" PR is a pure version bump, then on confirmation, approve and add it to the merge queue. Use for otelbot/auto-update-registry-* PRs in open-telemetry/opentelemetry.io.
Use when tests need deterministic model files, model downloads fail, or WHISPER_TEST_MODEL_PATH is involved.
Review pull requests for opentelemetry.io: CI check semantics, CLA and approval-label workflow, refcache handling, locale rules, and content quality. Use when reviewing a PR or debugging a CI failure in open-telemetry/opentelemetry.io.
Use when validating managed .NET changes that do not modify whisper.cpp or native runtime build outputs.
Use when changing MAUI target frameworks, mobile runtime packaging, or mobile test behavior.
Use when changing CPU NoAvx runtime loading, package imports, or tests that must run without AVX.
Use when changing runtime selection, RuntimeOptions, NativeLibraryLoader, runtime package imports, or examples that force runtime order.
Reference workflow for Amiberry ARM64 JIT debugging and fixes. Use for ARM64 JIT crashes, stalls, wrong behavior, performance work, codegen issues, inter-block flag handling, natmem or page-0 guard bugs, FPU JIT problems, and regressions in files such as compemu_support_arm.cpp, compemu_fpp_arm.cpp, compemu_midfunc_arm64.cpp, or gencomp_arm. Covers the known root-cause fixes around liveflags, flush_flags, FBcc and Bcc and BSR sign extension, PC_P 64-bit pointer handling, ADDX and SUBX Z-flag semantics, bus error recovery, R_REGSTRUCT offsets, SysInfo MIPS, Lightwave, and Workbench boot issues. This skill is ARM64-specific; for x86-64 JIT allocator or RIP-relative distance issues use `amiberry-x86-jit`.
Reference workflow for Amiberry x86-64 JIT debugging and fixes. Use for x86 or x86-64 JIT allocator failures, RIP-relative `±2GB` distance bugs, PIE or ASLR allocation issues, high-natmem/direct-mode bugs, `PC_P` pointer-width regressions, `MAP_32BIT` or `VirtualAlloc` fallback bugs, runtime JIT disable or interpreter fallback bugs, and regressions in files such as `src/jit/x86/compemu_support_x86.cpp` and `src/jit/x86/compemu_x86.h`.
Use when investigating, reproducing, or fixing Amiberry bugs, especially renderer or input regressions, RTG/Picasso96 pixel-format or presentation bugs, HiDPI or SDL3 logical-presentation bugs, Android SDL Java/JNI version mismatches, Vulkan capability or swapchain failures, libretro headless stub or link regressions, MHI/audio playback regressions, threaded device shutdown hangs, OS4 filesystem packet fallback issues, PPC/QEMU runtime performance regressions, crash regressions, or behavior regressions. Follow an edit-build-run-test-fix cycle, using Amiberry MCP runtime-control tools when they are configured and falling back to normal process, log, screenshot, and debugger tools otherwise.