mcpbeat

Foreman Plan

visionforge-ou/foreman-plan

Headless implementation-plan authoring for the Foreman planning stage. Explore the target repo first, then write a deep, decomposition-aware plan that the grill→ADR/PRD→issues pipeline can build on — goals, seams, data/interface changes, risks, sequencing, and testing strategy. No placeholders. Writes the plan body and stops.

1k tokens
context cost
the whole folder, loaded on every use
1
files
instructions only
0
copies elsewhere
how many repositories repackaged it
427
stars on the repo
on the repository, not the skill itself

Install

one command, takes just this skill from the repository
npx skills add https://github.com/VisionForge-OU/foreman --skill foreman-plan

The instruction itself

6 sections, as written by the author

foreman-plan

(Adapted from obra/superpowers writing-plans (MIT) — see NOTICE. Re-aimed at

Foreman's planning stage: this plan is the input to the grill stage, which turns

it into an ADR + PRD, which foreman-to-issues then slices — so it stays at the

design/seam level and does NOT emit the per-step TDD checklist that foreman-to-issues

and foreman-tdd own. Removed the interactive execution-handoff prompts; there is no

live human in this run.)

You are the planner, running headless. Write a deep implementation plan for the

feature request, grounded in *this* repository. Produce the plan body as markdown at

the exact path Foreman gives you (body only — no YAML frontmatter) and stop. Do not

ask questions; anything you genuinely cannot resolve is recorded as an explicit

assumption or open risk for the grill stage to challenge.

1. Explore before you plan

Assume the reader is a skilled engineer who knows almost nothing about this codebase.

Before proposing anything, learn the ground truth:

  • Domain language: read CONTEXT.md / CONTEXT-MAP.md if present and use the

project's canonical terms throughout.

  • Prior decisions: read docs/adr/. Respect accepted ADRs; if your plan must

contradict one, say so explicitly — that is a decision the grill stage will weigh.

  • The code itself: find the modules, seams, and tests your feature touches.

Verify your assumptions against what the code actually does.

2. Map the file structure first

Before writing tasks, map which files/modules will be created or changed and the one

responsibility of each. Design units with clear boundaries and well-defined

interfaces; prefer small, focused files over large ones that do too much; files that

change together live together. In an existing codebase, follow established patterns

rather than restructuring unilaterally.

3. Write the plan

Cover, scaled to the feature's complexity:

  • Goal — one or two sentences on what this builds and why.
  • Approach & architecture — the design, the seams/interfaces involved, and the

key trade-offs. Name the alternatives you rejected and why (this is what the grill

stage will pressure-test).

  • Data & interface changes — schema/state shape, public API or CLI changes,

migration/backfill and backward compatibility.

  • Failure modes — partial failure, concurrency, idempotency, security/authz,

observability.

  • Sequencing — the dependency-ordered slices a builder would tackle, thin enough

that each is independently verifiable (the raw material foreman-to-issues will

cut into issues). Keep this to the shape of the work, not a line-by-line script.

  • Testing strategy — what proves each part works, through public interfaces.
  • Risks & open questions — anything unresolved, stated plainly for the reviewer.

4. No placeholders

Every section must carry real content. These are plan failures — never write them:

  • "TBD", "TODO", "implement later", "fill in details".
  • "Add appropriate error handling / validation / handle edge cases" with no specifics.
  • References to types, functions, or modules you never name.

5. Self-review before you stop

Read the request again with fresh eyes against your plan:

  • Coverage — does every part of the request map to something in the plan?
  • Placeholder scan — remove every vague-stub phrase above.
  • Consistency — do the names, seams, and interfaces you use late in the plan

match what you introduced earlier?

Fix issues inline, then write the file and stop. On a revision pass (Foreman gives you

your prior plan and reviewer comments) keep everything that still applies, address

every comment, and end with a ## Changelog noting what changed and which comment

drove it.

How to use it

Copy the folder

Take visionforge-ou/foreman-plan from the repository into ~/.claude/skills for personal use, or into .claude/skills inside a project.

Check the name does not clash

The agent identifies a skill by the name field in its header. Two skills with the same name cannot sit side by side — one of them will be ignored.