coordinator/app.py:
- Add POST /api/nodes — agents POST {node_id, agent_url} to self-register;
coordinator immediately polls the new agent for GPU info
- Add lifespan context manager that starts/stops AgentSupervisor heartbeat
loop (previously the loop was never started)
cli.py start:
- Add --node-id flag (default 'local')
- Pre-register the local agent URL (http://127.0.0.1:{agent_port}) so the
heartbeat loop can poll it immediately on startup
- Drop redundant lease_manager.register_gpu() call — supervisor.poll_agent()
now does this via the heartbeat after the agent responds
cli.py agent:
- Add --advertise-host flag for NATted/multi-homed nodes
- Fire registration POST to coordinator in a daemon thread (2s delay) so
uvicorn.run() can start binding immediately; no double uvicorn.run()
- dashboard.html: node-centric layout — GPU cards with VRAM bars and
sparklines, active leases table with TTL progress bars, service health
pill, auto-refreshes every 5s via fetch() against the local JSON API
- All dynamic content set via DOM textContent / createElementNS — no
innerHTML with user-sourced strings
- coordinator/app.py: serves dashboard.html at GET / (HTMLResponse,
excluded from OpenAPI schema); HTML read at import time from package dir
- test_dashboard_serves_html: verifies 200, content-type text/html,
and key route markers present
- get_connection(): add timeout=30 to both sqlite3 and pysqlcipher3 paths so
concurrent writers retry instead of immediately raising OperationalError
- run_migrations(): INSERT OR IGNORE so two Store() calls racing on first boot
don't hit a UNIQUE constraint on the migrations table
- can_use() / tier_label(): accept _byok_unlockable and _local_vision_unlockable
overrides so products pass their own frozensets rather than sharing module-level
constants (required for circuitforge-core to serve multiple products cleanly)
- C1: Remove _reserved_vram decrement from _scheduler_loop reaper; sole
responsibility now belongs to _batch_worker's finally block, eliminating
the double-decrement race that could drive _reserved_vram negative.
- C2: Move TaskScheduler construction (including VRAM detection httpx call)
outside _scheduler_lock in get_scheduler(); lock is now only held for the
final singleton assignment, preventing 2s lock contention on first call.
- I1: Add RunTaskFn type alias (Callable[...]) and use it in __init__ and
get_scheduler() instead of bare Callable.
- I2: Replace namedtuple TaskSpec with typed NamedTuple class.
- I3: Parameterize _queues annotation as dict[str, deque[TaskSpec]].
- I4: Wrap _queues read in start() with self._lock.
- I5: Replace time.sleep() ordering assertion in test_vram_budget_blocks_second_type
with event-based synchronization using type_a_started/type_b_started events.
- M2: Use sqlite3.connect() as context manager in _load_queued_tasks.
- M3: Strengthen weak assertion in test_enqueue_returns_false_when_queue_full.
- M4: Add test_reserved_vram_zero_after_task_completes to catch C1 regression.
Extract generic batch scheduler into circuitforge_core.tasks.scheduler
so any CircuitForge product can use it. Includes VRAM detection via
cf-orch coordinator (cooperative free-VRAM), preflight fallback, and
unlimited fallback; singleton API; full test coverage (12 tests).
- eviction_engine: replace deprecated asyncio.get_event_loop() with
get_running_loop() (Python 3.12 compatibility)
- eviction_engine: remove unused httpx import
- coordinator app: return 422 for unknown node_id instead of silently
falling back to hardcoded localhost URL
- eviction_executor: guard against pid <= 0 to prevent accidental
SIGTERM to process group
- pyproject.toml: move pytest-asyncio to [dev] extras, not [orch]
- profile_registry: document CPU profile exclusion from list_public()
