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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.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
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.