intake

name

intake

description

Gather charter, team, or decomposition-kickoff answers through a self-contained HTML intake form instead of a conversational interview, then drive the same writer the conversation would. Triggers on "intake form", "fill out a form", "charter form", "team form", "decompose form", "HTML form", "render an intake form", "form instead of questions". You are the driver: render the form with `claude-prove intake render`, hand the operator the file to fill and copy, read the pasted-back payload, validate it with `claude-prove intake validate`, and map the validated answers onto the existing writer (bootstrap for charter, `scrum team` for team, the decompose ladder for decompose). The form and the interview are two front-ends to ONE writer — never a second writer.

Intake Skill

You turn a conversational interview into a fillable HTML form and back. The form gathers exactly the answers the interview would; once validated, you drive the same writer the conversation drives. There is one writer per artifact — the form is a second front-end to it, never a parallel path.

Core invariant. The form never writes anything. It only collects answers. The authoritative gate is claude-prove intake validate, and the only thing that mutates state is the existing writer you call in Phase 4. A payload that fails validation never reaches a writer.

Security floor. Intake forms refuse secret and file field types — a token or a local path would travel in plaintext through the copy-to-clipboard step. The CLI rejects such a spec at render time; never work around it by collecting secrets as free text. Collect a credential through the operator's normal out-of-band path instead.

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Phase 1: Resolve the target form

Pick the built-in form from the request:

Form	Gathers	Writer (Phase 4)
charter	vision, mission, outcome bet	bootstrap scaffold + author the charter body
team	slug, type, charter line, lifetime, scope globs, roster	scrum team create + scope-set + rotate
decompose	parent, target layer, milestone, planning context	the decompose ladder

If the request is ambiguous between forms, ask with AskUserQuestion (header Form, one option per built-in). List the built-ins any time with claude-prove intake list. For a one-off shape no built-in covers, author a custom intake/v1 spec file and pass it with --file instead of --form — the same validation and security floor apply.

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Phase 2: Render and hand off

Render the form to a self-contained HTML file (inline CSS + JS, no network):

claude-prove intake render --form <name> --out <path>.html --open

--open launches the written form in the operator's configured surface — .claude/.prove.json::artifacts.html_open (an editor's embedded preview, a specific browser); the platform opener when unset. Give the operator the path as well, and tell them to: fill the fields, click Copy payload, and paste the copied JSON back into the chat. The page builds the payload as they go and copies it to the clipboard (with a select-and-copy fallback when the clipboard API is blocked, which is common for a local file).

This is an AskUserQuestion-free, open-ended step. Never guess answers or pre-fill on the operator's behalf; instead, wait for the operator to paste the payload they copied from the form.

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Phase 3: Validate the pasted payload

Write the pasted JSON to a file and validate it against the same form:

claude-prove intake validate --form <name> --payload <path>.json

• PASS (exit 0) → proceed to Phase 4.
• FAIL (exit 1) → relay each answers.<field> error verbatim, ask the operator to fix those fields in the form and re-copy, then re-validate. Do not hand-edit the payload to force a pass; the operator owns the answers.

Validation confirms the envelope (schema_version, matching form), every required field, each value's type, and choice membership. Treat its verdict as the gate: drive a writer only from a payload that passed (exit 0), and on FAIL loop back to the operator per the rule above rather than proceeding.

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Phase 4: Drive the one writer

Map the validated answers onto the existing writer. Field ids match the writer's argument names where practical, so the mapping is mechanical.

charter

The charter body is authored, not flag-passed. Scaffold the skeleton first (dry-run to surface pre-flight failures, then for real), then write the answers into the created skeleton:

claude-prove install bootstrap-identity --cwd <root> --with-charter --dry-run --json
claude-prove install bootstrap-identity --cwd <root> --with-charter --json

Replace the skeleton's body prompts with answers.vision, answers.mission, and answers.outcome_bet. Leave the frontmatter the CLI stamped untouched, and never overwrite a charter the CLI reports as already existing (skipped).

team

Create the row, set scope, then rotate each filled role. Drop terminates_on unless lifetime is terminates_on_milestone (a persistent team forbids it):

claude-prove scrum team create --slug <slug> --team-type <team_type> \
  [--charter "<charter>"] [--lifetime <lifetime>] [--terminates-on <terminates_on>]
claude-prove scrum team scope-set <slug> [--read "<scope_read>"] [--write "<scope_write>"]

For each of tech_lead / engineer / implementer the operator filled, rotate the role to that contributor id:

claude-prove scrum team rotate <slug> --role <role> --contributor <id>

Skip an empty role rather than rotating it to a blank holder. Never retry a write-scope overlap rejection blindly; instead, surface it to the operator and let them resolve the overlap before re-running scope-set.

decompose

The form gathers only the kickoff; the children come from the planner, not the form. Hand the validated inputs to the decompose ladder: decompose answers.parent into answers.layer children under answers.milestone, folding answers.context into the planner prompt. Run the ladder's normal accept gate — the form does not bypass it.

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Report the outcome

State what was written (charter body, team slug + roster, or the decomposition that ran) and where. If Phase 3 never passed, report that nothing was written and which fields still need fixing.