← ClaudeAtlas

spec-intakelisted

Use when starting from a task described in Jira, Linear, a URL, or free text and you need it normalized into a spec (objective, acceptance criteria, constraints, definition of done) before planning.
Endika/eskills · ★ 0 · AI & Automation · score 70
Install: claude install-skill Endika/eskills
# spec-intake ## Overview Turn a task from anywhere — a Jira/Linear ticket, a URL, a Slack message, a vague sentence — into one normalized spec, before any planning. Usable standalone, and the entry point of `eskills:task-flow` Phase 1. ## Steps 1. **Pull the source.** Read the ticket/URL/message. Quote the real wording; don't paraphrase away a constraint. 2. **Resolve ambiguity now.** If the objective or a success condition is unclear, ask the few questions that change the work — before writing the spec, not after. 3. **Normalize** into the shape below. 4. **Classify** for the flow (this is what `task-flow` consumes next). ## Output shape ```markdown ## Objective <one or two sentences: the outcome, in the user's terms> ## Acceptance criteria - [ ] <observable, checkable condition> - [ ] … ## Constraints - <tech, data, deadline, compatibility, non-goals> ## Definition of done - <tests, docs, review, deploy — what "finished" requires> ## Classification - Project shape: greenfield | brownfield - Hard-tech challenge: yes (algorithm / performance) | no ``` ## Notes - **Acceptance criteria must be observable** — "X is faster" is not a criterion; "p95 < 200ms on N=10k" is. - The **classification** drives `task-flow`: brownfield → `feature-dev:code-explorer`; hard-tech → the SPIKE sub-phase. - Keep the spec outside the repo (see `eskills:standards`) — it's an internal doc.