async def create(
app,
db: Database, # BORROWED
inst_coll_manager: InstanceCollectionManager,
resource_manager: CloudResourceManager,
machine_name_prefix: str,
config: JobPrivateInstanceManagerConfig,
task_manager: aiotools.BackgroundTaskManager,
):
jpim = JobPrivateInstanceManager(
app, db, inst_coll_manager, resource_manager, machine_name_prefix, config, task_manager
)
log.info(f'initializing {jpim}')
async for record in db.select_and_fetchall(
'''
SELECT instances.*, instances_free_cores_mcpu.free_cores_mcpu
FROM instances
INNER JOIN instances_free_cores_mcpu
ON instances.name = instances_free_cores_mcpu.name
WHERE removed = 0 AND inst_coll = %s;
''',
(jpim.name,),
):
jpim.add_instance(Instance.from_record(app, jpim, record))
return jpim
async def create(
app,
db: Database, # BORROWED
inst_coll_manager: InstanceCollectionManager,
resource_manager: CloudResourceManager,
machine_name_prefix: str,
config: PoolConfig,
async_worker_pool: AsyncWorkerPool, # BORROWED
task_manager: aiotools.BackgroundTaskManager,
) -> 'Pool':
pool = Pool(app, db, inst_coll_manager, resource_manager,
machine_name_prefix, config, async_worker_pool,
task_manager)
log.info(f'initializing {pool}')
async for record in db.select_and_fetchall(
'''
SELECT instances.*, instances_free_cores_mcpu.free_cores_mcpu
FROM instances
INNER JOIN instances_free_cores_mcpu
ON instances.name = instances_free_cores_mcpu.name
WHERE removed = 0 AND inst_coll = %s;
''',
(pool.name, ),
):
pool.add_instance(Instance.from_record(app, pool, record))
return pool
async def on_startup(app):
pool = concurrent.futures.ThreadPoolExecutor()
app['blocking_pool'] = pool
kube.config.load_incluster_config()
k8s_client = kube.client.CoreV1Api()
k8s_cache = K8sCache(k8s_client, refresh_time=5)
app['k8s_cache'] = k8s_cache
db = Database()
await db.async_init(maxsize=50)
app['db'] = db
row = await db.select_and_fetchone('''
SELECT worker_type, worker_cores, worker_disk_size_gb,
instance_id, internal_token FROM globals;
''')
app['worker_type'] = row['worker_type']
app['worker_cores'] = row['worker_cores']
app['worker_disk_size_gb'] = row['worker_disk_size_gb']
instance_id = row['instance_id']
log.info(f'instance_id {instance_id}')
app['instance_id'] = instance_id
app['internal_token'] = row['internal_token']
resources = db.select_and_fetchall('SELECT resource FROM resources;')
app['resources'] = [record['resource'] async for record in resources]
machine_name_prefix = f'batch-worker-{DEFAULT_NAMESPACE}-'
aiogoogle_credentials = aiogoogle.Credentials.from_file(
'/gsa-key/key.json')
compute_client = aiogoogle.ComputeClient(PROJECT,
credentials=aiogoogle_credentials)
app['compute_client'] = compute_client
logging_client = aiogoogle.LoggingClient(
credentials=aiogoogle_credentials,
# The project-wide logging quota is 60 request/m. The event
# loop sleeps 15s per iteration, so the max rate is 4
# iterations/m. Note, the event loop could make multiple
# logging requests per iteration, so these numbers are not
# quite comparable. I didn't want to consume the entire quota
# since there will be other users of the logging API (us at
# the web console, test deployments, etc.)
rate_limit=RateLimit(10, 60))
app['logging_client'] = logging_client
scheduler_state_changed = asyncio.Event()
app['scheduler_state_changed'] = scheduler_state_changed
cancel_ready_state_changed = asyncio.Event()
app['cancel_ready_state_changed'] = cancel_ready_state_changed
cancel_running_state_changed = asyncio.Event()
app['cancel_running_state_changed'] = cancel_running_state_changed
credentials = google.oauth2.service_account.Credentials.from_service_account_file(
'/gsa-key/key.json')
log_store = LogStore(BATCH_BUCKET_NAME,
WORKER_LOGS_BUCKET_NAME,
instance_id,
pool,
credentials=credentials)
app['log_store'] = log_store
inst_pool = InstancePool(app, machine_name_prefix)
app['inst_pool'] = inst_pool
await inst_pool.async_init()
scheduler = Scheduler(app)
await scheduler.async_init()
app['scheduler'] = scheduler
async def on_startup(app):
app['task_manager'] = aiotools.BackgroundTaskManager()
pool = concurrent.futures.ThreadPoolExecutor()
app['blocking_pool'] = pool
kube.config.load_incluster_config()
k8s_client = kube.client.CoreV1Api()
k8s_cache = K8sCache(k8s_client, refresh_time=5)
app['k8s_cache'] = k8s_cache
db = Database()
await db.async_init(maxsize=50)
app['db'] = db
row = await db.select_and_fetchone('''
SELECT instance_id, internal_token FROM globals;
''')
instance_id = row['instance_id']
log.info(f'instance_id {instance_id}')
app['instance_id'] = instance_id
app['internal_token'] = row['internal_token']
app['batch_headers'] = {'Authorization': f'Bearer {row["internal_token"]}'}
resources = db.select_and_fetchall('SELECT resource FROM resources;')
app['resources'] = [record['resource'] async for record in resources]
aiogoogle_credentials = aiogoogle.Credentials.from_file(
'/gsa-key/key.json')
compute_client = aiogoogle.ComputeClient(PROJECT,
credentials=aiogoogle_credentials)
app['compute_client'] = compute_client
logging_client = aiogoogle.LoggingClient(
credentials=aiogoogle_credentials,
# The project-wide logging quota is 60 request/m. The event
# loop sleeps 15s per iteration, so the max rate is 4
# iterations/m. Note, the event loop could make multiple
# logging requests per iteration, so these numbers are not
# quite comparable. I didn't want to consume the entire quota
# since there will be other users of the logging API (us at
# the web console, test deployments, etc.)
rate_limit=RateLimit(10, 60),
)
app['logging_client'] = logging_client
scheduler_state_changed = Notice()
app['scheduler_state_changed'] = scheduler_state_changed
cancel_ready_state_changed = asyncio.Event()
app['cancel_ready_state_changed'] = cancel_ready_state_changed
cancel_creating_state_changed = asyncio.Event()
app['cancel_creating_state_changed'] = cancel_creating_state_changed
cancel_running_state_changed = asyncio.Event()
app['cancel_running_state_changed'] = cancel_running_state_changed
async_worker_pool = AsyncWorkerPool(100, queue_size=100)
app['async_worker_pool'] = async_worker_pool
credentials = google.oauth2.service_account.Credentials.from_service_account_file(
'/gsa-key/key.json')
log_store = LogStore(BATCH_BUCKET_NAME,
instance_id,
pool,
credentials=credentials)
app['log_store'] = log_store
zone_monitor = ZoneMonitor(app)
app['zone_monitor'] = zone_monitor
await zone_monitor.async_init()
inst_coll_configs = InstanceCollectionConfigs(app)
await inst_coll_configs.async_init()
inst_coll_manager = InstanceCollectionManager(app, MACHINE_NAME_PREFIX)
app['inst_coll_manager'] = inst_coll_manager
await inst_coll_manager.async_init(inst_coll_configs)
canceller = Canceller(app)
app['canceller'] = canceller
await canceller.async_init()
gce_event_monitor = GCEEventMonitor(app, MACHINE_NAME_PREFIX)
app['gce_event_monitor'] = gce_event_monitor
await gce_event_monitor.async_init()
app['check_incremental_error'] = None
app['check_resource_aggregation_error'] = None
if HAIL_SHOULD_CHECK_INVARIANTS:
app['task_manager'].ensure_future(
periodically_call(10, check_incremental, app, db))
app['task_manager'].ensure_future(
periodically_call(10, check_resource_aggregation, app, db))
app['task_manager'].ensure_future(
periodically_call(10, monitor_billing_limits, app))
app['task_manager'].ensure_future(
periodically_call(10, cancel_fast_failing_batches, app))
app['task_manager'].ensure_future(
periodically_call(60, scheduling_cancelling_bump, app))
