القائمة
Run the AI-DLC workflow with the feature scope baked in — no scope detection. Default for new features, practical depth. Packaging over `/aidlc --scope feature`, which works without this skill.
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
Run the AI-DLC `application-design` stage (inception phase) in isolation, without advancing the main workflow. Packages `/aidlc --stage application-design --single`: the engine emits one run-stage directive for application-design and its gate, the conductor runs it, then the single-stage run commits a synthetic-id pair and stops. The main workflow's Current Stage is never touched.
Run the AI-DLC `approval-handoff` stage (ideation phase) in isolation, without advancing the main workflow. Packages `/aidlc --stage approval-handoff --single`: the engine emits one run-stage directive for approval-handoff and its gate, the conductor runs it, then the single-stage run commits a synthetic-id pair and stops. The main workflow's Current Stage is never touched.
Run the AI-DLC workflow with the bugfix scope baked in — no scope detection. Fix a specific bug. Packaging over `/aidlc --scope bugfix`, which works without this skill.
Run the AI-DLC `build-and-test` stage (construction phase) in isolation, without advancing the main workflow. Packages `/aidlc --stage build-and-test --single`: the engine emits one run-stage directive for build-and-test and its gate, the conductor runs it, then the single-stage run commits a synthetic-id pair and stops. The main workflow's Current Stage is never touched.
Run the AI-DLC `ci-pipeline` stage (construction phase) in isolation, without advancing the main workflow. Packages `/aidlc --stage ci-pipeline --single`: the engine emits one run-stage directive for ci-pipeline and its gate, the conductor runs it, then the single-stage run commits a synthetic-id pair and stops. The main workflow's Current Stage is never touched.
Run the AI-DLC `code-generation` stage (construction phase) in isolation, without advancing the main workflow. Packages `/aidlc --stage code-generation --single`: the engine emits one run-stage directive for code-generation and its gate, the conductor runs it, then the single-stage run commits a synthetic-id pair and stops. The main workflow's Current Stage is never touched.
| name | aidlc-feature |
| description | Run the AI-DLC workflow with the feature scope baked in — no scope detection. Default for new features, practical depth. Packaging over `/aidlc --scope feature`, which works without this skill. |
| argument-hint | [description | --status | --stage <slug|#> | --phase <name|#>] |
| user-invocable | true |
Drive the AI-DLC engine with the feature scope fixed. This is the same
deterministic forwarding loop the /aidlc orchestrator runs, with --scope feature baked into the first next so scope detection is skipped. The
engine owns all routing; the conductor persona arrives on the first directive's
conductor_persona field — adopt it for the whole run.
directive = bun .kiro/tools/aidlc-orchestrate.ts next --scope feature $ARGUMENTSdirective.kind exactly as the orchestrator does (run-stage / ask / print / error / done) — see aidlc-common/protocols/stage-protocol.md.bun .kiro/tools/aidlc-orchestrate.ts report --stage <directive.stage> --result <outcome> [--user-input "<text>"] when the directive names a stage; omit --stage only for non-stage report round-trips.directive.kind == done.Pass $ARGUMENTS through verbatim after --scope feature; the engine parses
any flags (--status, --stage, --test-run, …) and the --scope from the
state file always wins on an existing workflow, so re-running a started workflow
resumes it. To run a different scope, use /aidlc --scope <other> instead.