def test_start(self):
testing.disable_logging()
flexmock(file_io)\
.should_receive('delete')\
.and_return()
flexmock(subprocess)\
.should_receive('call')\
.and_return(0)
self.assertEqual(True, god_interface.start("fakeconfig.conf", "watch_name"))
flexmock(subprocess)\
.should_receive('call')\
.and_return(1)
self.assertEqual(False, god_interface.start("fakeconfig.conf", "watch_name"))
def test_start(self):
testing.disable_logging()
flexmock(file_io)\
.should_receive('delete')\
.and_return()
flexmock(subprocess)\
.should_receive('call')\
.and_return(0)
self.assertEqual(True,
god_interface.start("fakeconfig.conf", "watch_name"))
flexmock(subprocess)\
.should_receive('call')\
.and_return(1)
self.assertEqual(False,
god_interface.start("fakeconfig.conf", "watch_name"))
"--hostname=" + hostname + "." + app_id,
"--workdir=" + TaskQueueConfig.CELERY_WORKER_DIR,
"--logfile=" + log_file,
"--time-limit=" + str(self.HARD_TIME_LIMIT),
"--soft-time-limit=" + str(self.TASK_SOFT_TIME_LIMIT),
"--pidfile=" + self.PID_FILE_LOC + 'celery___' + \
app_id + ".pid",
"--autoreload"]
start_command = str(' '.join(command))
stop_command = self.get_worker_stop_command(app_id)
watch = "celery-" + str(app_id)
god_config = god_app_configuration.create_config_file(watch,
start_command,
stop_command,
[self.CELERY_PORT])
if god_interface.start(god_config, watch):
json_response = {'error': False}
else:
json_response = {'error': True,
'reason': "Start of god watch for %s failed" % watch}
return json.dumps(json_response)
def fetch_queue_stats(self, app_id, http_data):
"""
Args:
app_id: The application ID.
http_data: The payload containing the protocol buffer request.
Returns:
A tuple of a encoded response, error code, and error detail.
"""
def start_app(config):
""" Starts a Google App Engine application on this machine. It
will start it up and then proceed to fetch the main page.
Args:
config: a dictionary that contains
app_name: Name of the application to start
app_port: Port to start on
language: What language the app is written in
load_balancer_ip: Public ip of load balancer
load_balancer_port: Port of load balancer
xmpp_ip: IP of XMPP service
dblocations: List of database locations
env_vars: A dict of environment variables that should be passed to the
app.
Returns:
PID of process on success, -1 otherwise
"""
config = convert_config_from_json(config)
if config == None:
logging.error("Invalid configuration for application")
return BAD_PID
if not misc.is_app_name_valid(config['app_name']):
logging.error("Invalid app name for application: " +\
config['app_name'])
return BAD_PID
logging.info("Starting %s application %s"%(config['language'],
config['app_name']))
start_cmd = ""
stop_cmd = ""
env_vars = config['env_vars']
watch = "app___" + config['app_name']
if config['language'] == constants.PYTHON or \
config['language'] == constants.PYTHON27 or \
config['language'] == constants.GO:
start_cmd = create_python_start_cmd(config['app_name'],
config['load_balancer_ip'],
config['app_port'],
config['load_balancer_ip'],
config['load_balancer_port'],
config['xmpp_ip'],
config['dblocations'],
config['language'])
logging.info(start_cmd)
stop_cmd = create_python_stop_cmd(config['app_port'], config['language'])
env_vars.update(create_python_app_env(config['load_balancer_ip'],
config['load_balancer_port'],
config['app_name']))
elif config['language'] == constants.JAVA:
copy_successful = copy_modified_jars(config['app_name'])
if not copy_successful:
return BAD_PID
start_cmd = create_java_start_cmd(config['app_name'],
config['app_port'],
config['load_balancer_ip'],
config['load_balancer_port'],
config['dblocations'])
stop_cmd = create_java_stop_cmd(config['app_port'])
env_vars.update(create_java_app_env())
else:
logging.error("Unknown application language %s for appname %s"\
%(config['language'], config['app_name']))
return BAD_PID
logging.info("Start command: " + str(start_cmd))
logging.info("Stop command: " + str(stop_cmd))
logging.info("Environment variables: " +str(env_vars))
config_file_loc = god_app_configuration.create_config_file(str(watch),
str(start_cmd),
str(stop_cmd),
[config['app_port']],
env_vars)
if not god_interface.start(config_file_loc, watch):
logging.error("Unable to start application server with god")
return BAD_PID
if not wait_on_app(int(config['app_port'])):
logging.error("Application server did not come up in time, " + \
"removing god watch")
god_interface.stop(watch)
return BAD_PID
pid = get_pid_from_port(config['app_port'])
pid_file = constants.APP_PID_DIR + config['app_name'] + '-' +\
str(config['app_port'])
file_io.write(pid_file, str(pid))
return pid
def start_app(config):
""" Starts a Google App Engine application on this machine. It
will start it up and then proceed to fetch the main page.
Args:
config: a dictionary that contains
app_name: Name of the application to start
app_port: Port to start on
language: What language the app is written in
load_balancer_ip: Public ip of load balancer
load_balancer_port: Port of load balancer
xmpp_ip: IP of XMPP service
dblocations: List of database locations
Returns:
PID of process on success, -1 otherwise
"""
config = convert_config_from_json(config)
if config == None:
logging.error("Invalid configuration for application")
return BAD_PID
logging.info("Starting %s application %s"%(config['language'],
config['app_name']))
start_cmd = ""
stop_cmd = ""
env_vars = {}
watch = "app___" + config['app_name']
if config['language'] == constants.PYTHON or \
config['language'] == constants.GO:
start_cmd = create_python_start_cmd(config['app_name'],
config['load_balancer_ip'],
config['app_port'],
config['load_balancer_ip'],
config['load_balancer_port'],
config['xmpp_ip'],
config['dblocations'])
stop_cmd = create_python_stop_cmd(config['app_port'])
env_vars = create_python_app_env(config['load_balancer_ip'],
config['load_balancer_port'],
config['app_name'])
elif config['language'] == constants.JAVA:
start_cmd = create_java_start_cmd(config['app_name'],
config['app_port'],
config['load_balancer_ip'],
config['load_balancer_port'],
config['dblocations'])
stop_cmd = create_java_stop_cmd(config['app_port'])
env_vars = create_java_app_env()
else:
logging.error("Unknown application language %s for appname %s"\
%(config['language'], config['app_name']))
return BAD_PID
logging.info("Start command: " + str(start_cmd))
logging.info("Stop command: " + str(stop_cmd))
logging.info("Environment variables: " +str(env_vars))
config_file_loc = god_app_interface.create_config_file(str(watch),
str(start_cmd),
str(stop_cmd),
[config['app_port']],
env_vars)
if not god_interface.start(config_file_loc, watch):
logging.error("Unable to start application server with god")
return BAD_PID
if not wait_on_app(int(config['app_port'])):
logging.error("Application server did not come up in time, " + \
"removing god watch")
god_interface.stop(watch)
return BAD_PID
pid = get_pid_from_port(config['app_port'])
pid_file = constants.APP_PID_DIR + config['app_name'] + '-' +\
str(config['app_port'])
file_io.write(pid_file, str(pid))
return pid
TaskQueueConfig.get_celery_worker_module_name(app_id),
#"--autoscale=" + self.MIN_MAX_CONCURRENCY,
"--hostname=" + hostname + "." + app_id,
"--workdir=" + TaskQueueConfig.CELERY_WORKER_DIR,
"--logfile=" + log_file,
"--time-limit=" + str(self.HARD_TIME_LIMIT),
"--soft-time-limit=" + str(self.TASK_SOFT_TIME_LIMIT),
"--pidfile=" + self.PID_FILE_LOC + 'celery___' + \
app_id + ".pid",
"--autoreload"]
start_command = str(' '.join(command))
stop_command = self.get_worker_stop_command(app_id)
watch = "celery-" + str(app_id)
god_config = god_app_configuration.create_config_file(
watch, start_command, stop_command, [self.CELERY_PORT])
if god_interface.start(god_config, watch):
json_response = {'error': False}
else:
json_response = {
'error': True,
'reason': "Start of god watch for %s failed" % watch
}
return json.dumps(json_response)
def fetch_queue_stats(self, app_id, http_data):
"""
Args:
app_id: The application ID.
http_data: The payload containing the protocol buffer request.
Returns: