cicd-pipeline
CI/CD pipeline guide covering GitHub Actions, Lefthook hooks, Dependabot, and deployment scripts. Use when asking about workflows, automation, or deployment.
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CI/CD pipeline guide covering GitHub Actions, Lefthook hooks, Dependabot, and deployment scripts. Use when asking about workflows, automation, or deployment.
Work with Domino Projects including Git integration, DFS vs Git-based projects, collaboration, and version control. Covers project creation, Git provider setup (GitHub, GitLab, Bitbucket), branch management, collaborator permissions, and project settings. Use when creating projects, setting up Git repos, or managing team collaboration.
Use PROACTIVELY when user needs to create a new GitHub repository or set up a project with best practices. Automates repository creation with four modes - quick public repos (~30s), enterprise-grade with security and CI/CD (~120s), open-source community standards (~90s), and private team collaboration with governance (~90s). Not for existing repo configuration or GitHub Actions workflow debugging.
Mattermost mm-importer plugin development workflow (SemVer bump, Docker multi-stage build, bundle output, deploy/enable via backend API). Use when changing plugin endpoints, attachment streaming, channel creation, or plugin packaging.
Master GitHub workflows including branching strategies, commit standards, PR processes, issue triage, sprint management, and git worktree usage. Activate when planning GitHub workflows, managing sprints, or establishing team conventions.
Generate README.md, build.sh, and GitHub release workflows for WordPress plugins. Activate when creating release infrastructure for a WordPress plugin, setting up distribution packaging, or creating GitHub Actions workflows for plugin releases. Works with any WordPress plugin structure.
Create and manage high-quality custom instruction files for GitHub Copilot. Use when you need to define new project-specific guidelines, workflows, or coding standards in the instructions/ directory.
Comprehensive guidance for building and deploying static websites with the Astro framework. This skill should be used when asked to "create astro site", "deploy astro to firebase", "set up content collections", "add mermaid diagrams to astro", "configure astro i18n", "build static blog", or "astro markdown setup". Covers SSG fundamentals, Content Collections, Markdown/MDX, partial hydration, islands architecture, and deployment to Netlify, Vercel, GitHub Pages, or GCP/Firebase.
Guides git workflows, branching strategies, commit conventions, and version control best practices. Use when managing repositories, creating branches, or handling merges.
Follow the project's development conventions for monorepo structure, version control, environment configuration, and code organization. Use this skill when working with the Turborepo monorepo structure, when organizing files and directories, when managing environment variables, when writing git commits, or when following the project's dependency management patterns. This includes understanding the apps/ and packages/ structure, using pnpm workspace commands, managing .env files, structuring feature modules, and following the unidirectional dependency flow (Features -> Shared -> Infra). Apply when creating new files, organizing code, or setting up new features.
Git and GitHub integration patterns including branching, conflict resolution, and GitHub Actions.
Achieve and maintain low input latency by engineering event-to-render pipelines.
Distribute rendering logic to edge nodes to minimize TTFB and support personalized caching.
Implement and understand Takum arithmetic - a logarithmic tapered-precision number format using base √e. Use when working with numerical precision, floating-point alternatives, scientific computing, or implementing custom number systems. Covers encoding/decoding, arithmetic operations, transcendental functions, type conversions, and comparison with IEEE 754 and posits.
Master the internal fiber reconciliation algorithm to predict and optimize render operations at a highly granular level.
Advanced JUCE audio DSP, real-time analysis, and interactive graphics for plugin development. Use when building AU/VST3 plugins, adding DSP chains (reverb/delay/physical modeling), implementing FFT or audio-reactive UI, integrating OpenGL/shader visuals or particle systems, or designing layered, animated JUCE interfaces with transparency and shadows. Prefer established third-party JUCE modules or GitHub libraries when they reduce custom code, with license and compatibility checks.
Leverage compiler-level optimizations to minimize re-renders and improve scheduling efficiency.
Apply deep knowledge of Fiber scheduling to reason about rendering priorities, preemption, and starvation avoidance.
Guide for creating reusable UI components. Use this when asked to create a new component, extract shared UI logic, or add to the component library.
Model and mitigate security risks that arise from advanced rendering and hydration flows.