Workflow tools for Claude Code: checkpoint/rollback during sessions, smart test verification, blast radius analysis, self-review, and project orientation.
Create a lightweight git tag as a save point during a session.
/checkpoint before-refactor
/checkpoint
Creates tags like claude-checkpoint/2026-03-19-1430-before-refactor. Warns about uncommitted changes but never modifies your working tree.
Restore to a previous checkpoint. Supports partial name matching.
/rollback refactor
/rollback
Shows a diff summary before rolling back. Requires explicit confirmation. Auto-stashes uncommitted work and tells you how to recover if you change your mind.
Run the tests, type checks, and linters relevant to files changed in the current session.
/verify
/verify src/auth.py src/db.py
Auto-detects your project stack by reading config files (package.json, pyproject.toml, Cargo.toml, go.mod, etc.). Maps changed source files to their test files using language conventions. Runs targeted checks — never the full test suite.
Supported stacks: Python, Node.js/TypeScript, Rust, Go, Ruby.
Analyze the blast radius before changing something. Finds all callers, importers, tests, and subclasses. Shows change frequency from git history.
/scope authenticate
/scope src/auth/service.py
/scope User.save
Self-review uncommitted changes before committing. Checks for correctness bugs, edge cases, consistency issues, and missing test coverage.
/diff-review
/diff-review src/auth.py
Focuses on real bugs, not style. Reports with exact file:line references and actionable descriptions.
Quick project orientation at the start of a session. Summarizes the stack, directory structure, build/test commands, CI setup, and recent activity.
/context
Reads config files to determine the stack — does not guess. Handles monorepos. Notes if a CLAUDE.md exists.
From the Claude Code plugin marketplace:
/plugin install claude-workflow@claude-plugins-official
Or load locally for a single session:
claude --plugin-dir ~/claude-workflow- Claude Code
- Git (for checkpoint, rollback, and verify)
MIT