.claude/skills/git-worktree/SKILL.md
# Git Worktree Workflow Multi-step workflow for parallel development using git worktrees. ## Overview Git worktree allows working on multiple branches simultaneously. Each worktree is an independent working directory with its own branch. ## Setup Workflow ### 1. Create Feature Worktree ```bash git worktree add ../ccswarm-feature-<name> feature/<description> ``` ### 2. Create Bug Fix Worktree ```bash git worktree add ../ccswarm-bugfix-<name> hotfix/<description> ``` ### 3. Create Experimen
npx skillsauth add nwiizo/ccswarm .claude/skills/git-worktreeInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
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Multi-step workflow for parallel development using git worktrees.
Git worktree allows working on multiple branches simultaneously. Each worktree is an independent working directory with its own branch.
git worktree add ../ccswarm-feature-<name> feature/<description>
git worktree add ../ccswarm-bugfix-<name> hotfix/<description>
git worktree add ../ccswarm-experiment-<name> experiment/<description>
github.com/nwiizo/
├── ccswarm/ # Main repository (master)
├── ccswarm-feature-*/ # Feature worktrees
├── ccswarm-bugfix-*/ # Bug fix worktrees
├── ccswarm-hotfix-*/ # Hotfix worktrees
└── ccswarm-experiment-*/ # Experimental worktrees
# List all worktrees
git worktree list
# Remove worktree after merging
git worktree remove ../ccswarm-feature-<name>
# Prune stale worktree information
git worktree prune
Each agent can work in its own worktree:
# Frontend agent
git worktree add ../ccswarm-frontend feature/ui-redesign
# Backend agent
git worktree add ../ccswarm-backend feature/api-enhancement
# DevOps agent
git worktree add ../ccswarm-devops feature/ci-cd-improvement
ccswarm-<type>-<description>git worktree prune periodicallydevelopment
# Rust Agent Specialist Workflow Apply Rust-native patterns to ccswarm codebase development. ## Overview This skill provides guidance for implementing Rust-idiomatic patterns in the ccswarm multi-agent orchestration system. ## Core Patterns ### Type-State Pattern Compile-time state validation with zero runtime cost. ```rust // State types pub struct Uninitialized; pub struct Initialized; pub struct Running; pub struct Agent<State> { inner: AgentInner, _state: PhantomData<State>,
development
# HITL (Human-in-the-Loop) Approval Workflow Multi-step workflow for human approval integration in ccswarm agent operations. ## Overview This skill guides you through implementing and using human-in-the-loop approval mechanisms for high-risk agent operations. ## When HITL is Required ### High-Risk Operations - File deletions - Database modifications - External API calls - Configuration changes - Deployment actions ### Risk Levels | Level | Action | HITL Required | |-------|--------|-------
tools
# Deploy Workflow Multi-step workflow for deploying ccswarm releases. ## Overview This skill guides you through the complete deployment process for ccswarm releases, from building to publishing. ## Pre-Deployment Checklist ### 1. Version Update ```bash # Update version in Cargo.toml files # Root workspace # crates/ccswarm/Cargo.toml # crates/ai-session/Cargo.toml ``` ### 2. Quality Gates ```bash # Run full quality check cargo fmt --all cargo clippy --workspace -- -D warnings cargo test --w
testing
# Benchmark Runner Workflow Multi-step workflow for running performance benchmarks on ccswarm. ## Overview This skill guides you through running, analyzing, and comparing performance benchmarks for the ccswarm system. ## Benchmark Types ### 1. Microbenchmarks Fine-grained performance measurements for specific functions. ### 2. Integration Benchmarks End-to-end performance for complete workflows. ### 3. Load Testing System behavior under sustained load. ## Running Benchmarks ### 1. Setup