first

services/asf-worker/app/jobs/__init__.py

@@ -0,0 +1,22 @@
+"""ASF Worker job handlers — pluggable async handlers called from the generic consumer loop.
+
+New capabilities are registered in ``REGISTRY`` below: mapping of ``job_type`` string
+to a ``JobHandlerFn``. The worker will route incoming messages by matching
+``JobRequestEnvelope.job_type`` against keys in ``REGISTRY``.
+
+Currently stubbed; individual handler modules are added incrementally as features
+are plugged in (see bootstrap prompt §16).
+"""
+
+from __future__ import annotations
+
+from asf_events.base import JobRequestEnvelope
+
+from ..handlers import HandlerResult, WorkerDependencies
+from ..worker import JobHandlerFn
+
+REGISTRY: dict[str, JobHandlerFn] = {
+    # "ai.analyze_code": run_analyze_code,
+    # "ai.generate_tests": run_generate_tests,
+    # "ai.decompose_requirements": run_decompose_requirements,
+}

services/asf-worker/app/jobs/ai.py

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+"""AI-related job handlers stubbed out for smoke import.
+
+Actual execution routes through asf-ai.AIGateway once it is wired. The handler
+below produces a stable HandlerResult.ok(...) carrying a placeholder payload so
+that consumer-loop smoke tests do not need a live LLM.
+"""
+
+from __future__ import annotations
+
+from asf_events.base import JobRequestEnvelope
+
+from ..handlers import HandlerResult
+from ..worker import WorkerDependencies
+
+
+async def run_ai_job(req: JobRequestEnvelope, deps: WorkerDependencies) -> HandlerResult:
+    del deps
+    payload = req.payload or {}
+    handler = payload.get("handler") if isinstance(payload, dict) else None
+    return HandlerResult.ok(job_id=req.job_id, output={"handler": handler or "ai.stub", "status": "ok"})