aggregate-logs
Generate LEARNINGS.md from skill execution logs over a configurable time window.
Profile Python code for performance bottlenecks using cProfile, memory_profiler, or py-spy.
> /plugin marketplace add athola/claude-night-marketHow it fires
How this command gets triggered: by you, by Claude, or both.
/run-profilerContext preview
What this command does when you run it.
Profile Python code for performance bottlenecks using cProfile, memory_profiler, or py-spy.
name: run-profiler description: Profile Python code for performance bottlenecks using cProfile, memory_profiler, or py-spy.
Profiles Python code for performance bottlenecks using cProfile, memory_profiler, or py-spy.
/run-profiler script.py
Runs CPU profiling on the specified script.
/run-profiler --memory script.py /run-profiler --line function_name script.py
1. **CPU Profiling**: Identifies time-consuming functions 2. **Memory Profiling**: Tracks memory allocations and leaks 3. **Line Profiling**: Profile specific functions line-by-line 4. **Flamegraph Generation**: Visual representation of call stacks 5. **Recommendations**: Suggests optimization patterns
/run-profiler script.py
Uses cProfile to identify slow functions.
/run-profiler --memory script.py
Uses memory_profiler to track allocations.
/run-profiler --line expensive_function script.py
Uses line_profiler for detailed analysis.
/run-profiler --pid 12345
Uses py-spy for profiling running processes.
# Profile with top 20 functions /run-profiler --top 20 main.py # Generate flamegraph /run-profiler --flamegraph output.svg main.py # Memory profile with threshold /run-profiler --memory --threshold 100MB main.py
Uses the `python-performance` skill's profiling tools:
This command helps identify and resolve performance bottlenecks efficiently.
A plugin marketplace for Claude Code. Install only the plugins you need to run git workflows, code review, spec-driven development, and autonomous agents from inside your Claude Code session.
Generate LEARNINGS.md from skill execution logs over a configurable time window.
Analyze skill file complexity metrics and generate modularization recommendations for splitting or progressive loading.
Scaffold new Claude Code skills with brainstorming, TDD methodology, and proper frontmatter and module structure.