| name | rust-cli-intake |
| description | Triage stage for the rust-cli skill family: classify the request as description, scaffold, extend, validate, or publish, confirm required inputs, load the shared rules, and hand off to the correct next phase. |
rust-cli Intake
Use this stage when the current request needs routing or when you want to
resume the rust-cli workflow from the earliest safe phase.
Stage Goal
Finish this stage with:
- the work classified as
scaffold, extend, validate, or publish
- the work classified as
description, scaffold, extend, validate, or
publish
- the required user inputs identified and, when available, assembled
- the shared constraints loaded from the constitution and the relevant
instruction document
- an explicit handoff to the next stage skill
Canonical References
When To Use This Stage
- The user asks for rust-cli help in a high-level way and the correct phase is
not obvious yet.
- The user wants to create a new project but has not clearly supplied a valid
skill name.
- The user wants to create a new project and the generated skill's description
contract has not been approved yet.
- The user wants to add
stream or repl, but the project path or feature is
still unclear.
- The user wants to update an existing generated skill's purpose, positioning,
or other user-facing contract.
- The user wants validation, but the target project path still needs to be
resolved.
- The user wants to publish, do a release dry run, rehearse the destination
mirror, or check destination configuration.
Required Inputs By Outcome
description: the classified intent, generated skill scope, and the next
stage that will consume the approved description contract
scaffold: skill_name, plus optional author, version, and
rust_edition
extend: project_path and feature where feature is stream or repl
validate: project_path
publish: release mode (report_only, dry_run, rehearsal, or
live_release), current validation status, and any required destination
configuration or credential context
Workflow
- Read the user request and classify the intent as
description, scaffold,
extend, validate, or publish.
- Load
../../constitution.md before choosing a
downstream phase so the runtime contract and compliance posture stay in
scope.
- Open the matching instruction document for the likely next stage and use it
as the detailed source of truth.
- Confirm the required inputs for that path:
- For
description, verify the work creates a new generated skill or
changes the generated skill's user-facing contract.
- For
scaffold, verify the name is present, the approved description
contract exists, and the work is intended to become a Rust CLI Skill
project.
- For
extend, verify both project_path and feature.
- For
validate, verify project_path.
- For
publish, verify whether the user wants report_only, dry_run,
rehearsal, or live_release, and whether the work should start with
validation or can proceed directly to the publish stage.
- Inspect the filesystem when it helps disambiguate the stage:
- missing target directory usually means
description followed by
scaffold
- existing scaffolded project plus feature request means
extend
- existing generated skill plus description-impacting request means
description followed by extend or validate
- explicit audit or post-change verification means
validate
- release, dry-run, rehearsal, destination-config work, or final
post-validation closure means
publish
- Route to the next stage skill and carry forward the resolved inputs.
Classification Examples
- Create request with no project directory yet -> route to
description.
- Existing generated skill plus purpose/positioning change -> route to
description.
- Existing scaffolded project plus
stream or repl request -> route to
extend.
- Audit or post-change verification request -> route to
validate.
- Successful validation with no explicit release action -> route to
publish
in report_only mode.
- Mixed implementation and release request with unresolved project state ->
return to the earliest incomplete stage instead of skipping ahead to
publish.
Done Condition
This stage is complete only when one downstream phase is clearly selected and
the next stage has the inputs it needs.
Next Step