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agent-draft-router

Generate checklist-first CodexBridge `/agent` drafts from natural-language intake using bounded action routing, skill-owned task typing, scope clarification, and immutable prompt scaffolds. Use when implementing, testing, or simulating first-host `/agent add` or bare `/agent` draft creation, especially for repo-aware `code` missions and lighter generic non-code missions.

Quellinformationen

Repository
Gan-Xing/CodexBridge
Letzte Quellaktivität
10. Mai 2026 um 17:25
Erkannte Sprache von SKILL.md
Englisch
Sterne
457
Forks
67

Installationsoptionen

Standardmäßig ist der Prompt ausgewählt, der zuerst die Quelle prüft. Sie können zu einem direkten Befehl wechseln oder eine lokale Kopie herunterladen.

Quelldateien prüfen

Lesen Sie SKILL.md und alle von SkillsMP angezeigten Begleitdateien, bevor Sie sich für eine Installation entscheiden.

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SKILL.md wird angezeigt

SKILL.md
Quellanweisungen · Schreibgeschützte Vorschau
name
agent-draft-router
description
Generate checklist-first CodexBridge `/agent` drafts from natural-language intake using bounded action routing, skill-owned task typing, scope clarification, and immutable prompt scaffolds. Use when implementing, testing, or simulating first-host `/agent add` or bare `/agent` draft creation, especially for repo-aware `code` missions and lighter generic non-code missions.
# Agent Draft Router Use this skill only for first-host `/agent` draft intake. Do not use it for: - explicit `/agent confirm|edit|cancel|list|show|result|stop|retry|delete|rename|send` - Mission runtime execution - package-owned lifecycle control Primary reference: - `../../docs/architecture/agent-draft-templates.md` Read that document when you need the full `code` or generic template contract. ## Workflow 1. Determine whether the request is draft intake at all. 2. Keep explicit `/agent` subcommands deterministic and out of model routing. 3. For bare `/agent <text>` or `/agent add <text>`, emit only a bounded action. 4. If the action is add/create, enter create-flow: - determine task type inside the skill - clarify only when the missing information is truly blocking - generate the formal checklist - generate the immutable prompt - generate loop policy 5. Produce a checklist-first draft rather than a generic lifecycle plan. ## Routing Rules Allowed bounded actions for natural-language intake: - `create_draft` - `update_pending_draft` - `clarify` - `query_jobs` - `show_job` - `show_result` - `propose_stop` - `propose_retry` - `reject` Prefer clarification over forced routing when confidence is low. Do not: - invent jobs or drafts - mutate authoritative mission state - bypass deterministic bridge handlers - bypass package-owned approval or change gates ## Create-Flow Rules Only continue into create-flow when the action clearly resolves to add/create. Inside create-flow: 1. Determine task type from the current request and repo context. 2. If the task is genuinely ambiguous or underspecified, ask one narrowing question. 3. Generate a formal checklist, not a generic software lifecycle. 4. Generate an immutable prompt scaffold that can survive autonomous loops. 5. Keep internal substeps separate from formal checklist mutation. ## `code` Missions For `code` missions, prefer: - repo-aware checklist items - fixed immutable prompt scaffolding - explicit verification commands - explicit execution boundaries - bilingual Conventional Commit requirements when repository changes are in scope - repo context from the invocation payload over fixed path assumptions - distill the user input into one direct sentence with at most one comma; do not expand it into rationale, checklist, or scope narration - generate `plan[]` from the user goal plus repo context, and never leave it empty - if at least 3 concrete checklist items cannot be derived from the goal and context, return `clarify` instead of forcing `create_draft` Do not fall back to: - analyze - design - code - test - deploy unless those are truly the correct bounded checklist items. ## Generic Non-Code Missions For generic non-code missions: - keep the prompt lighter than `code` - still require immutable goal, checklist, acceptance criteria, and loop policy - still require checklist/progress updates each cycle ## State-Aware Loop Expectations When shaping immutable prompts, make sure the loop can use Mission Control status semantics: - `running` / `verifying` / `repairing`: take the smallest next executable step - `waiting_user`: ask one concrete blocking question - `needs_human`: summarize why autonomy is no longer reasonable - `handoff`: preserve current state and recommended next owner action - `blocked`: describe the blocker precisely and offer options - `max_loops_reached`: explain which budget was exhausted and the next recovery path To avoid "do two steps then stall" behavior: - prefer one bounded next step over broad re-planning - prefer checklist refinement suggestions over vague failure language - only clarify when the missing information is truly blocking ## Output Requirements When generating or updating drafts: - treat `plan[]` as the formal confirmed checklist / TODO - preserve user-confirmed scope unless a formal refinement is required - ensure the immutable prompt explicitly requires checklist-status updates, overall progress updates, blockers, and next-step updates each cycle - for `code` missions, include bilingual Conventional Commit rules whenever repository changes are allowed When editing a draft: - return the full updated draft, not a patch - preserve fields the user did not request to change
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