def main():
"""
Start the Tornado Web server
"""
# Parse the shell arguments, first.
parse_shell_args()
# Check if config write has been requested. If yes, bail out afterwards.
if args.write_config:
check_for_config_write()
# Load configuration
config = deployr_config_service.load_configuration()
# Show all configured handlers
show_all_settings(config)
# start the MQ consumer
if args.mode == 'deploy':
from app_deployr.deploy_mq_rx import start_consumer
elif args.mode == 'balance':
from lb_deployr.loadbalance_update_mq_rx import start_consumer
else:
from app_deployr.deploy_mq_rx import start_consumer
start_consumer(broker_host=config['BROKER_HOST'],
broker_port=int(config['BROKER_PORT']),
username=config['BROKER_USER'],
password=config['BROKER_PASSWORD'],
activate_prefetch=config['BROKER_PREFETCH_COUNT'])
def get_supervisor_xml_rpc_server():
"""
Get the Supervisor XML-RPC server address
"""
# Load configuration
configuration = deployr_config_service.load_configuration()
# Contact XML-RPC on given address
xml_rpc_address = configuration['SUPERVISOR_XML_RPC_SERVER_ADDRESS']
return xmlrpclib.Server(xml_rpc_address), xml_rpc_address
def get_logger(log_level=None):
"""
Get the logger object
"""
# Load the global configuration from config file
config = deployr_config_service.load_configuration()
if log_level is None:
# Extract the log level from the config object
log_level = get_log_level_from_config(config['LOGGING'])
return setup_logging(log_level)
def get_logger(log_level=None):
"""
Get the logger object
"""
# Load the global configuration from config file
config = deployr_config_service.load_configuration()
if log_level is None:
# Extract the log level from the config object
log_level = get_log_level_from_config(config['LOGGING'])
return setup_logging(log_level)
def __init__(self):
"""
Initialize the EventReporter
"""
super(EventReporter, self).__init__()
# Load configuration
self.config = deployr_config_service.load_configuration()
self.env = EVENT_REPORTER_CONFIG[self.config['NAME']]
logger.debug("EventReporter env = {}".format(self.env))
self.url = self.env['EVENT_REPORTER_URL']
logger.debug("EventReporter API BASE URL = {}".format(self.url))
# Setup the Async HTTP client for calling Riak asynchronously
self.http_client = tornado.httpclient.HTTPClient()
def __init__(self):
"""
Initialize the EventReporter
"""
super(EventReporter, self).__init__()
# Load configuration
self.config = deployr_config_service.load_configuration()
self.env = EVENT_REPORTER_CONFIG[self.config['NAME']]
logger.debug("EventReporter env = {}".format(self.env))
self.url = self.env['EVENT_REPORTER_URL']
logger.debug("EventReporter API BASE URL = {}".format(self.url))
# Setup the Async HTTP client for calling Riak asynchronously
self.http_client = tornado.httpclient.HTTPClient()
# Logger
#
logger = logging_service.get_logger()
msg = DeployMessage(
api_id='MANUAL_TASK_DEPLOY_API_ID',
db_host='riak1.dev.apitrary.net',
db_port=8098,
genapi_version=1,
log_level='debug',
entities=['jedis', 'wookies', 'stormtroopers'],
api_key='suchasecretapikeyyouwouldneverguess'
)
# Load the global configuration from config file
config = deployr_config_service.load_configuration()
def send(host, message):
"""
Simply send the message
"""
config['BROKER_HOST'] = host
message_tx = BlockingMessageTx(config=config)
message_tx.send(message=message)
# MAIN
#
#
if __name__ == '__main__':
host = (len(sys.argv) > 1) and sys.argv[1] or '127.0.0.1'
logger.info('Connecting to broker: {}'.format(host))
def __init__(self):
"""
We need the configuration upon task creation
"""
self.config = deployr_config_service.load_configuration()
#
# Logger
#
logger = logging_service.get_logger()
msg = DeployMessage(api_id='MANUAL_TASK_DEPLOY_API_ID',
db_host='riak1.dev.apitrary.net',
db_port=8098,
genapi_version=1,
log_level='debug',
entities=['jedis', 'wookies', 'stormtroopers'],
api_key='suchasecretapikeyyouwouldneverguess')
# Load the global configuration from config file
config = deployr_config_service.load_configuration()
def send(host, message):
"""
Simply send the message
"""
config['BROKER_HOST'] = host
message_tx = BlockingMessageTx(config=config)
message_tx.send(message=message)
# MAIN
#
#
if __name__ == '__main__':
def __init__(self):
"""
We need the configuration upon task creation
"""
self.config = deployr_config_service.load_configuration()