
from bob9
Orchestrates a team-based development workflow using agent teams: INIT → WORKTREE → BRAINSTORM → PLAN → EXECUTE → REVIEW → COMPLETE, with explicit rules for spa
Bob is a comprehensive orchestrator skill for coordinating agent teams during software development. It formalizes a phased workflow where a team lead spawns knowledge and execution teammates, converts plans into task lists, oversees concurrent implementation and review, runs tests, and finalizes commits and PRs. The skill enforces strict boundaries: the lead coordinates and routes, teammates perform all writes and code work.
Use Bob when you want autonomous, repeatable feature development or large refactors that benefit from parallelized agent work (coders and reviewers). It's ideal for projects that require clear phase gates, TDD practices, spec-driven modules, and automated review loops.
Designed for agent runtimes that support spawning subagents/background agents and shared task lists (e.g., Claude Code with experimental agent teams, OpenClaw subagent patterns).
Bob Work is a development workflow orchestrator skill that defines an 8-phase pipeline (INIT→WORKTREE→BRAINSTORM→PLAN→EXECUTE→TEST→REVIEW→COMPLETE) for team-based AI agent coding. The SKILL.md is well-structured with clear state file contracts, loop-back error handling, and agent spawn patterns. No scripts are bundled — it's purely an orchestration directive. The skill is tightly coupled to the Bob agent ecosystem (team-brainstormer, team-planner, team-coder, tester agents) and cannot function standalone, limiting its practical usefulness outside that ecosystem.
Clean skill with no security concerns. Well-designed orchestration flow with proper state management and error recovery loops. Main limitation is ecosystem dependency — not portable outside Bob.
First-Mate CLI
CLI for building and querying a Go code graph and spec-driven project artifacts (spec lookup, call graphs, dead-code and test annotations).
Go Coding Guidelines
Opinionated Go coding guidelines covering pool lifetimes, concurrency safety, numeric boundaries, error handling, and test discipline for production-quality Go