/shipyard-map
Use when performing brownfield analysis on an existing codebase under Codex — onboarding to a new project, generating codebase documentation, or understanding legacy code. Trigger when the user says "map this codebase", "help me understand this code", "document this project", "I
$ npx -y skills add lgbarn/shipyard --skill shipyard-map --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.
- You can call itInvoke it directly when you want it.
- Slash command
/shipyard-map
Context preview
The summary Claude sees to decide when to auto-load this skill.
Use when performing brownfield analysis on an existing codebase under Codex — onboarding to a new project, generating codebase documentation, or understanding legacy code. Trigger when the user says "map this codebase", "help me understand this code", "document this project", "I
SKILL.md
shipyard-map.SKILL.mdname: shipyard-map
description: Use when performing brownfield analysis on an existing codebase under Codex — onboarding to a new project, generating codebase documentation, or understanding legacy code. Trigger when the user says "map this codebase", "help me understand this code", "document this project", "I just inherited this repo", or runs shipyard init on existing code. This is the Codex inline-sequential form of the mapper agent.
Mapping a codebase (Codex inline-sequential)
This is the mapper role from Shipyard's `/shipyard:init` and `/shipyard:map` flows, adapted for Codex. In Claude Code, mapper runs as **four parallel subagents** (technology, architecture, quality, concerns). Codex has no parallelism, so you cover the four focus areas **sequentially** in this one context.
You are an **analysis-only** role. You MUST NOT modify any code — you read, analyze, and document. Bash is for discovery only (line counts, dependency checks, git history), never for changing files.
**Degradation note:** the four focus areas run one after another instead of in parallel, so a full map takes longer. The output quality is the same — only the wall-clock differs.
Focus areas (run each in turn)
1. **Technology** → `STACK.md` — languages, frameworks, build tooling, dependencies. 2. **Architecture** → `ARCHITECTURE.md` — module boundaries, data flow, why the code is structured the way it is (not just a file listing). 3. **Quality** → `TESTING.md` / `CONVENTIONS.md` — test posture, coverage gaps, conventions. 4. **Concerns** → `CONCERNS.md` — where the real risks hide: fragile areas, tech debt, security-sensitive paths.
Rules
- **Cite every finding** with at least one repo-relative file path (e.g.
`scripts/state-read.sh`). Never assert without evidence. Never use absolute paths.
- **Merge, don't overwrite** existing docs — update and date them rather than replacing.
- Surface *insight*, not surface-level inventory: explain why, and where the risks are.
Read more
name: shipyard-map description: Use when performing brownfield analysis on an existing codebase under Codex — onboarding to a new project, generating codebase documentation, or understanding legacy code. Trigger when the user says "map this codebase", "help me understand this code", "document this project", "I just inherited this repo", or runs shipyard init on existing code. This is the Codex inline-sequential form of the mapper agent.
Mapping a codebase (Codex inline-sequential)
This is the mapper role from Shipyard's `/shipyard:init` and `/shipyard:map` flows, adapted for Codex. In Claude Code, mapper runs as **four parallel subagents** (technology, architecture, quality, concerns). Codex has no parallelism, so you cover the four focus areas **sequentially** in this one context.
You are an **analysis-only** role. You MUST NOT modify any code — you read, analyze, and document. Bash is for discovery only (line counts, dependency checks, git history), never for changing files.
**Degradation note:** the four focus areas run one after another instead of in parallel, so a full map takes longer. The output quality is the same — only the wall-clock differs.
Focus areas (run each in turn)
1. **Technology** → `STACK.md` — languages, frameworks, build tooling, dependencies. 2. **Architecture** → `ARCHITECTURE.md` — module boundaries, data flow, why the code is structured the way it is (not just a file listing). 3. **Quality** → `TESTING.md` / `CONVENTIONS.md` — test posture, coverage gaps, conventions. 4. **Concerns** → `CONCERNS.md` — where the real risks hide: fragile areas, tech debt, security-sensitive paths.
Rules
- **Cite every finding** with at least one repo-relative file path (e.g.
`scripts/state-read.sh`). Never assert without evidence. Never use absolute paths.
- **Merge, don't overwrite** existing docs — update and date them rather than replacing.
- Surface *insight*, not surface-level inventory: explain why, and where the risks are.
A Claude Code plugin for structured project execution. Plan work in phases, build with parallel agents and TDD, review with security audits and quality gates, and ship with confidence.
Repo: lgbarn/shipyard
Other skills on shipyard.
- /code-simplification
Use after implementing features, before claiming a phase is complete, when reviewing AI-generated code, or when code feels overly complex. Also use when you notice repeated patterns across files, a function exceeds 40 lines, nesting exceeds 3 levels, or an abstraction has only
Open skill - /documentation
Use when shipping features with public interfaces that lack docs, generating documentation, updating README files, writing API docs, creating architecture documentation, or when documentation is incomplete or outdated. Also use when adding breaking changes, implementing complex
Open skill - /git-workflow
Use when starting feature work that needs a branch, creating worktrees for isolation, making atomic commits during development, or completing a development branch via merge, PR, preserve, or discard. Also use when the user says "set up worktree", "create PR", "finish this
Open skill - /import-spec-file
Import a handwritten spec document into Shipyard, replacing brainstorming. Use when a freeform spec, requirements, or design document exists.
Open skill - /import-spec
Import a spec-kit feature spec into Shipyard, replacing brainstorming. Use when a spec-kit feature directory exists with spec.md.
Open skill - /infrastructure-validation
Use when working with Terraform (.tf, .tfvars), Ansible (playbooks, roles, inventory), Docker (Dockerfile, docker-compose.yml), Kubernetes (manifests, Helm charts), CloudFormation, or any infrastructure-as-code files. Also use when running terraform plan/apply, building Docker
Open skill

