القائمة
Zero-ceremony single-unit execution — run one task directly through a stage's hat loop without intent or workflow scaffolding
التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.
استنادا إلى تصنيف SOC المهني
Quick mode for small tasks — single-stage intent with auto-advance
Start a new H·AI·K·U intent — describe what you want to accomplish and the system creates a structured lifecycle for it
Full autonomous workflow — elaborate, plan, build, review, and deliver in one command
Open the SPA review pane for an intent so the user can browse units, feedback, stage artifacts, and outputs. Non-blocking on the workflow — leaves feedback that the engine picks up on the next tick. Use whenever the user wants to "see," "open," "show," or "look at" the current intent or a specific stage.
Reverse-engineer an existing feature into H·AI·K·U intent artifacts
Admin tools for unsticking corrupt intents — force a stage complete, set intent fields, reset drift, mutate feedback. Every mutation requires user confirmation via the SPA picker.
| name | haiku-zap |
| description | Zero-ceremony single-unit execution — run one task directly through a stage's hat loop without intent or workflow scaffolding |
Run a single task directly through a stage's hat loop — no intent file, no unit decomposition, no workflow tick. Stateless: nothing is written to .haiku/. Use it for bug fixes, typos, config tweaks, and small refactors where the cost of a mistake is "edit and re-run."
Call haiku_zap { task: "<the task>", studio?, stage? }.
studio / stage are optional. Omit them to default to the build-class execution stage of the software studio.zap_studio_not_found or zap_stage_not_found, surface the valid_studios / valid_stages list with AskUserQuestion, let the user pick, and call haiku_zap again with their choice.message verbatim. It contains the resolved studio/stage, the ordered hat sequence with each hat's role, a ready-to-spawn subagent prompt per hat, and the full run/verify/commit procedure (preflight, sequential dispatch, PASS/FAIL parsing, retry cap, commit-only-on-PASS).