openclaw-test-heap-leaks
Investigate and resolve OpenClaw test memory leaks, Vitest OOMs, and RSS growth using heap snapshots.
Discover reusable agent skills, browse implementation details, and find the right skill for your workflow.
2091 skills found
Investigate and resolve OpenClaw test memory leaks, Vitest OOMs, and RSS growth using heap snapshots.
Help founders navigate capital raising, pitch deck development, investor relations, and fundraising strategy.
Download YouTube thumbnails in various resolutions and formats. Automate video preview retrieval and image operations with yt-dlp integration.
Automate the generation of high-quality, HiDPI marketing screenshots for web applications using Playwright.
Operational hub for LLM system lifecycle, architecture, and deployment. Features include PEFT/LoRA fine-tuning, RAG pipelines, vLLM throughput optimization, automated drift detection, and CI/CD-integrated evaluation frameworks.
Manage YNAB budgets, track spending, and automate financial reports via API. Features include transaction logging, goal monitoring, and automated budget analysis.
Guided, systematic feature development agent that orchestrates codebase exploration, architectural design, implementation, and automated testing.
Generate images using the Cloudflare Workers AI flux-1-schnell model. Enables text-to-image capabilities directly within your workflow.
Technical writing specialists for functional and API documentation. Dispatch to create compliant guides, conceptual docs, and API references following the ORCHESTRATOR principle.
Python toolkit for mass spectrometry data processing. Enables spectral file importing (mzML, MGF, MSP), metadata harmonization, peak filtering, and calculating spectral similarity scores (cosine, modified cosine) for metabolomics.
Interactive terminal UI toolkit for Claude Code. Spawn and control calendar, document, and flight booking interfaces directly within tmux panes.
Comprehensive UI testing, visual fidelity analysis, and browser debugging using Chrome DevTools MCP and AI-driven vision models.