galeavenworth-personal

Use Beads (bd) with Dolt server backend for multi-repo task tracking.

Use GitHub CLI (gh) and SonarQube MCP tools to fetch PR details, review comments, threads, and quality gate status for the current branch before addressing code review feedback.

Inspect SonarQube quality gates, issues, and source using the SonarQube MCP tools.

Use structured sequential thinking for multi-step debugging, architecture decisions, or ambiguous problem framing.

Retrieve up-to-date third-party library docs via Context7 (resolve-library-id then query-docs) before implementing integrations.

Use Augment context engine codebase-retrieval for semantic code search and architecture understanding before editing or refactoring.

This skill should be used when managing the Kitty terminal cockpit session, controlling terminal panes and tabs, sending commands to specific panes, checking teammate status, launching or restarting the cockpit session, managing the Helm tab for multi-cell…

This skill should be used when the user asks about Jupyter notebooks, .ipynb files, interactive documents, GoNB (Go kernel), or projection notebooks. Also use when generating structured interactive documents, creating CUE-validated notebooks, launching…

This skill should be used when the user asks to plot data, create charts, visualize data, generate graphs, or display histograms, scatter plots, heatmaps, bar charts, or any data visualization. Also use when the agent needs to visualize data to understand…

This skill should be used when the user or agent needs to view, display, preview, or inspect images (PNG, JPG, GIF, SVG, WebP), PDFs, or documents in the terminal. Also use for comparing images side-by-side, viewing screenshots, inspecting visual test output,…

Use Beads (bd) with sync-branch workflow for task tracking across two-clone setup.

Use GitHub CLI (gh) to fetch PR details, review comments, and threads for the current branch before addressing code review feedback.

Use semantic code search to understand architecture before editing or refactoring.

Use structured sequential thinking for multi-step debugging, architecture decisions, or ambiguous problem framing.