From BMAD Planning & Orchestrator
Read-only codebase scanner that produces project-documentation.md — authoritative ground truth for stack, structure, and conventions. Entry point for brownfield BMAD planning before PRDs or architecture docs.
How this skill is triggered — by the user, by Claude, or both
Slash command
/bmad-planning-orchestrator:bmad-document-projectThis skill is limited to the following tools:
The summary Claude sees in its skill listing — used to decide when to auto-load this skill
**BROWNFIELD entry point.** When a project already has code, planning skills need
BROWNFIELD entry point. When a project already has code, planning skills need
ground truth — not guesses about the stack or conventions. This skill performs a
systematic, READ-ONLY codebase scan and emits project-documentation.md, the
authoritative current-state snapshot that every downstream BMAD planning skill loads.
No code is written, modified, or executed. Allowed tools are Read, Glob, Grep, Write (for the output document only), and TodoWrite (to track scan progress).
bmad-output/project-documentation.md
(or the user-configured output folder — honor it)
Load bmad-output/project-context.md if it exists; merge any constraints already
recorded there rather than rediscovering them from scratch.
Ask which intent applies if ambiguous; never silently regenerate an existing document.
Use TodoWrite to track the six scan passes below. Complete every pass before writing the final document.
Pass 1 — Repository skeleton
Glob: **/* (depth ≤ 3, exclude node_modules, .git, dist, build, __pycache__, .venv)
Glob: *.md, *.txt, *.rst at root and docs/
Capture: directory tree shape, presence of monorepo markers (packages/,
apps/, libs/), top-level config files, documentation roots.
Pass 2 — Stack and toolchain
Read whichever of these exist (don't fail on missing files):
| File | What to extract |
|---|---|
package.json / package-lock.json | runtime + dev deps, scripts |
pyproject.toml / requirements*.txt / Pipfile | Python stack |
go.mod | Go module + dependencies |
Cargo.toml | Rust crate |
pom.xml / build.gradle | JVM stack |
Gemfile | Ruby stack |
composer.json | PHP stack |
*.csproj / *.sln | .NET stack |
Dockerfile / docker-compose*.yml | container strategy |
.github/workflows/*.yml / *.gitlab-ci.yml / Jenkinsfile | CI/CD chain |
*.tf / *.bicep / *.yaml (in infra/) | IaC / cloud provider |
Record: primary language, frameworks, major libraries, runtime version pins, test frameworks (note them — do NOT run them), build tool, package manager.
Pass 3 — Entry points and key flows
Grep: "main\|entrypoint\|app\.listen\|createServer\|handler\|router\|routes"
Grep: "export default\|module\.exports\|@app\.route\|@Controller\|@RestController"
Read the top-level entry files surfaced (max 5–8 files; skim, don't exhaustively read).
Capture: how the app starts, primary routing layer, authentication/middleware chain (names only), background workers or queues detected.
Pass 4 — Module / domain structure
Read directory names and index.* / __init__.* files one level down from src/,
app/, lib/, or the equivalent.
Glob: src/**/index.{ts,js,py,go,rb}
Glob: app/**/__init__.py
Capture: module names and inferred responsibility, layer boundaries (controllers / services / repositories / models / utils), shared utilities.
Pass 5 — Conventions and patterns
Sample 3–5 representative files per layer (prefer recently modified if discernible from file names / path depth):
Grep: "class \|interface \|type \|enum " — naming style
Grep: "async \|await \|Promise\|goroutine\|concurrent" — concurrency pattern
Grep: "import \|require\|from " — module resolution style
Grep: "console\.log\|logger\.\|log\." — logging approach
Grep: "\.env\|process\.env\|os\.environ\|config\." — config/secrets pattern
Capture: naming conventions (casing style for files, classes, functions), error handling style, logging approach, config/secrets management, test file location convention (name only — no execution).
Pass 6 — Integration points
Grep: "http[s]\?://\|fetch(\|axios\.\|requests\.\|http\.Get\|RestTemplate"
Grep: "database\|db\.\|pool\.\|prisma\.\|mongoose\.\|sqlx\.\|gorm\."
Grep: "redis\|kafka\|rabbitmq\|sqs\|pubsub\|queue\|event"
Grep: "s3\.\|storage\.\|blob\.\|bucket"
Capture: external HTTP APIs called (domains/service names, not secrets), database type and ORM/driver, message queues or event buses, object storage, third-party services (payment, email, auth providers — names only).
Write the document
Fill ${CLAUDE_PLUGIN_ROOT}/skills/bmad-document-project/templates/project-documentation.template.md
→ bmad-output/project-documentation.md.
Use the Write tool. Leave sections with a <!-- not detected --> comment rather
than inventing content. Accuracy over completeness.
project-documentation.md.Do NOT regenerate the full document from scratch if only part has changed.
Read the existing project-documentation.md and verify:
Report a pass/fail checklist. Offer to fill gaps rather than silently editing.
This skill is READ-ONLY except for its single output document. It:
If a scan reveals something worth fixing, record it as a planning note in the document — do not fix it.
Once project-documentation.md is written, it becomes the brownfield input for:
project-context.md with the detected stack and constraints.State the recommended next step when the document is ready.
This analysis role aligns with Mary (Business Analyst) in the BMAD Method — start with what exists before prescribing what should change. The document is her field notes: precise, sourced, free of conjecture.
Part of the BMAD Planning & Orchestrator plugin — a Claude Code harness for the BMAD Method by the BMAD Code Organization (https://github.com/bmad-code-org/BMAD-METHOD). Implements the spirit of
bmad-document-project. All methodology credit belongs to the BMAD Code Organization.
npx claudepluginhub aj-geddes/claude-code-bmad-skills --plugin bmad-planning-orchestratorScans codebase to update CLAUDE.md and AGENTS.md with production-quality docs on stack, structure, models, APIs, services, repositories, auth, and frontend.
Analyzes existing codebases to detect project types, frameworks, structures, and collision risks. Supports context, brownfield, and setup modes for feature planning.