def run_every_hour(self):
"""Run every hour."""
self.logger.info('MyAppController hourly job started')
start_process(command=[
'/opt/myapp/current/bin/myapp-backup', '--non-interactive'
],
name='backup_myapp')
run_system_process(command=command, name='Make Check')
elif args.makecheckdocs:
logger.info('Running make checkdocs.')
command = ['make', 'checkdocs']
run_system_process(command=command, name='Make Checkdocs')
elif args.makeciunittests:
logger.info('Running make ci_unit_tests.')
command = ['make', 'ci_unit_tests']
run_system_process(command=command, name='Make CI Unit Tests')
elif args.standalone:
logger.info('Starting in standalone mode.')
# Start the process without a cluster controller
process = start_process(command, terminate_event=terminate_event)
processes.append((process, process.name))
elif args.start:
logger.info('Starting in cluster mode.')
# Start the process with a cluster controller
process = start_cluster_controller(
name='myapp_controller',
controller=MyAppController,
cluster_controller_started_event=cluster_controller_started_event,
terminate_event=terminate_event)
processes.append((process, process.name))
timeout = time() + 30
timeout_reached = False
while not cluster_controller_started_event.is_set():
# Initialise the global processes list used to monitor active processes.
processes = []
# Define the multiprocessing terminate event. When this event is set all processes will start to terminate.
cluster_controller_started_event = multiprocessing.Event()
terminate_event = multiprocessing.Event()
hostname = os.uname()[1]
etcd_discovery_node = os.environ.get('ETCD_DISCOVERY_NODE')
etcd_uuid = os.environ.get('ETCD_UUID')
if args.standalone:
logger.info('Starting in standalone mode.')
command = ['tail', '-f', '/dev/null'] # ToDo: Standalone command
# Start the process without a cluster controller
process = start_process(command,
name='etcd',
terminate_event=terminate_event)
processes.append((process, process.name))
elif args.bootstrap:
command = [
"/usr/bin/etcd", "--name", "bootstrap", "--data-dir", "/data",
"--advertise-client-urls", f"http://{hostname}:4001",
"--listen-client-urls", "http://0.0.0.0:4001",
"--initial-advertise-peer-urls", f"http://{hostname}:2380",
"--listen-peer-urls", "http://0.0.0.0:2380",
"--initial-cluster-token", "etcd-cluster-1", "--initial-cluster",
f"bootstrap=http://{hostname}:2380", "--initial-cluster-state",
"new"
]
logger.info('Starting Bootstrap node.')
run_system_process(command=command, name='Make Check')
elif args.makecheckdocs:
logger.info('Running make checkdocs.')
command = ['make', 'checkdocs']
run_system_process(command=command, name='Make Checkdocs')
elif args.makeciunittests:
logger.info('Running make ci_unit_tests.')
command = ['make', 'ci_unit_tests']
run_system_process(command=command, name='Make CI Unit Tests')
elif args.standalone:
logger.info('Starting in standalone mode.')
# Start the process without a cluster controller
process = start_process(command, terminate_event=terminate_event)
processes.append((process, process.name))
elif args.start:
logger.info('Starting in cluster mode.')
# Start the process with a cluster controller
process = start_cluster_controller(
name='myapp_controller',
controller=MyAppController,
cluster_controller_started_event=cluster_controller_started_event,
terminate_event=terminate_event)
processes.append((process, process.name))
timeout = time() + 30
timeout_reached = False
while not cluster_controller_started_event.is_set():