cqlsh-rs

Generate standardized commit messages following the Conventional Commits specification. Use when asked to commit changes, write a commit message, create a conventional commit, or when committing code. Analyzes staged changes and produces properly formatted commit messages.

Create a new implementation plan or sub-plan for cqlsh-rs features, refactoring, or infrastructure work. Use when asked to plan a feature, create a design document, write an implementation plan, break down a task into phases, or design architecture for a component. Produces structured, AI-executable plans with deterministic language.

Guide the end-to-end development process for cqlsh-rs features: review plans, design tests, implement code, write tests, and update plan documents. Use when starting a new feature, picking up the next development task, or following the project's development workflow from plan to implementation.

Implement and configure AI-powered CI failure analysis workflows for GitHub Actions. Use when setting up CI failure summaries, configuring claude-code-action for failure diagnosis, writing workflow_run triggered analysis, creating collapsed PR comments with failure diagnostics, implementing flaky test detection, or working on recurring issue tracking. Covers the full SP15 plan.

Author and maintain GitHub Actions workflows for CI/CD pipelines. Use when creating new workflows, modifying ci.yml, adding workflow jobs, configuring matrix builds, setting up caching, managing secrets, writing workflow_run triggers, creating release pipelines, or debugging GitHub Actions issues. Covers CI, benchmarking, release, and documentation workflows for cqlsh-rs.

Run Clippy with strict lint settings and fix warnings for Rust code. Use when asked to lint code, fix clippy warnings, enforce Rust idioms, check code quality, or run static analysis. Applies project-specific lint configuration and explains fixes.

Generate comprehensive Rust tests for cqlsh-rs modules. Use when asked to write tests, add test coverage, generate unit tests, create integration tests, or improve test coverage for Rust code. Orchestrates test creation following project conventions, cargo test patterns, and the cqlsh-rs testing strategy.

Save lessons learned, debugging insights, and project-specific knowledge into persistent memory files. Use when asked to remember something, save a lesson, record a gotcha, document a pattern, or persist knowledge for future sessions. Syntax: /remember [domain] lesson content.

Perform comprehensive Rust code review covering correctness, safety, performance, and idiomatic patterns. Use when asked to review code, check for issues, audit a module, or ensure code quality before merge. Covers ownership, lifetimes, concurrency, API design, and Rust idioms.

Apply idiomatic Rust error handling patterns using thiserror and anyhow. Use when asked to improve error handling, add error types, replace unwrap calls, design error hierarchies, or convert panics to proper error propagation. Follows the cqlsh-rs error handling conventions.

Optimize Rust code for performance using profiling, benchmarking, and known optimization patterns. Use when asked to improve performance, reduce allocations, optimize hot paths, write benchmarks, or profile code. Covers criterion benchmarks, allocation tracking, and common Rust performance patterns.

Create new skills, modify and improve existing skills for this project. Use when users want to create a skill from scratch, edit or optimize an existing skill, understand the skill format, or need guidance on writing effective SKILL.md files. Covers both Claude Code and GitHub Copilot compatible skill authoring using the Agent Skills open standard.