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Use for heavy, cross-cutting, or architecturally significant designs. Creates an RFC document with intent, interface sketches, and identifies the Specs that fall out of it. Most features skip RFCs and go straight to Spec.
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Basierend auf der SOC-Berufsklassifikation
Use when carrying out the work a delivery document describes -- the build loop -- against its task breakdown and acceptance criteria.
Use as the entry point for any work, including reported bugs, defects, and unexpected behaviour. Reads the configured DAG and the user's position, then dispatches the right verb -- advancing within the current document automatically but stopping at type boundaries.
Use when moving a document to its next status along the type's lifecycle DAG, maintaining links and checking gates at the transition.
Use when drafting a document of a configured type collaboratively -- AI proposes a draft body, the human edits, iterate -- up to the type's authorship ceiling.
Use when adding a new custom document type to a lazyspec project. Interviews the user to co-author the type's methodology -- intent, authorship, lifecycle, gates, relations -- then writes its enriched template and `[[types]]` config via the config-write CLI. One type per run.
Use when running a criteria-based review (health check, security audit, accessibility review, pen test, bug bash, spec compliance). Creates an Audit document with findings and presents them to the user for triage.
| name | write-rfc |
| description | Use for heavy, cross-cutting, or architecturally significant designs. Creates an RFC document with intent, interface sketches, and identifies the Specs that fall out of it. Most features skip RFCs and go straight to Spec. |
RFCS ARE FOR HEAVY DESIGN WORK
RFCs capture design intent for cross-cutting, project-level, or architecturally significant changes. Most features don't need an RFC -- they go straight to Spec. Use an RFC when the work spans multiple areas, involves significant trade-offs, or needs broader alignment.
Do NOT create Specs until this RFC is written and the user has approved it. After completion: use the `/create-spec` skill for each contract slice identified.- Do NOT create Spec documents from this skill. Finish the RFC, get approval, then use the `/create-spec` skill.[!IMPORTANT] Read
_common.mdin the skills directory for CLI usage, forbidden actions, and subagent tiers.
lazy -> write-rfc -> create-spec -> resolve-context -> create-plan -> build
write-rfc.style.fill: "#4A9EFF"
write-rfc.style.font-color: "#FFFFFF"
lazy.style.opacity: 0.4
create-spec.style.opacity: 0.4
resolve-context.style.opacity: 0.4
create-lazy.style.opacity: 0.4
build.style.opacity: 0.4
Understand the problem -> Create RFC -> Write intent and context -> Sketch interfaces -> Identify specs -> Validate -> User approves?
User approves?.shape: diamond
User approves? -> Use /create-spec skill: yes
User approves? -> Revise RFC: no
Revise RFC -> Write intent and context
Use /create-spec skill.shape: double_circle
lazyspec show --json before modifying anythinglazyspec search --json and lazyspec list --jsonlazyspec search "<topic>" --json, lazyspec list rfc --jsonlazyspec show <id> --jsonUnderstand the problem: Search existing docs with lazyspec search <topic> --json to avoid duplicating prior work. Check for superseded RFCs.
Create the RFC: Run lazyspec help create to confirm usage, then: lazyspec create rfc "<title>" --author <name>
Write intent: Describe the problem being solved and why. This is design intent, not implementation detail.
Sketch interfaces: Use @draft syntax for types that don't exist yet:
@draft UserProfile { id: string; email: string }
Use @ref for types that already exist in the codebase:
@ref src/types/user.ts#UserProfile
Identify Specs: List the contract slices that fall out of this RFC. Each spec should lock down the contracts for one vertical slice -- data models, API surface, validation, error handling, edge cases. An implementer should be able to build from a spec without making design judgment calls.
Emit ADRs: For significant decisions made during RFC writing, run lazyspec help create to confirm usage, then: lazyspec create adr "<decision>". Run lazyspec help link to confirm usage, then: lazyspec link <adr-path> related-to <rfc-path>.
Validate: Run lazyspec validate --json.
| Red Flag | Reality |
|---|---|
| "I'll just start coding and document later" | Documentation after = rationalisation. Write the RFC. |
| "This is too small for an RFC" | Maybe it is. RFCs are for heavy/cross-cutting work. Most features just need a Spec. |
| "I already know the design" | If it's not written down, it doesn't exist. |
Before claiming this skill is complete:
lazyspec validate --json passes