def set_autostart_interval(self, interval_time):
"""Update the autostart interval for the node"""
self._get_registered_object('auth').assert_permission(PERMISSIONS.MANAGE_NODE)
ArgumentValidator.validate_integer(interval_time)
interval_time = int(interval_time)
def update_config(config):
config['autostart_interval'] = interval_time
self._get_registered_object('mcvirt_config')().update_config(update_config,
'Update autostart interval')
if self._is_cluster_master:
def remote_update(node):
autostart_watchdog = node.get_connection('autostart_watchdog')
autostart_watchdog.set_autostart_interval(interval_time)
cluster = self._get_registered_object('cluster')
cluster.run_remote_command(remote_update)
# If the timer has been set to 0, disable the timer
if interval_time == 0:
self.repeat = False
self.timer.cancel()
self.timer = None
else:
# Otherwise update the running timer
if self.timer is None:
self.repeat = True
self.repeat_run()
def get_logs(self, start_log=None, back=0, newer=False):
"""Return a dict containing log information"""
if start_log is not None:
ArgumentValidator.validate_integer(start_log)
ArgumentValidator.validate_integer(back)
ArgumentValidator.validate_boolean(newer)
if start_log is None:
start_log = len(Logger.LOGS) - 1
if start_log < 0:
start_log = 0
if start_log > (len(Logger.LOGS) - 1):
start_log = len(Logger.LOGS) - 1
if back:
start = 0 if (start_log - back) < 0 else (len(Logger.LOGS) - back)
finish = start_log + 1
elif newer:
start = start_log + 1
# Length would provide an indicy out of the range,
# since len(['a']) = 1, but ['a'][1] == error
# However, this is made up for the fact that range(0, 2) = [0, 1]
finish = len(Logger.LOGS)
else:
# Start at the current log, to return it
# Finish at current log + 1 as range(1, 2) = [1]
start = start_log
finish = start_log + 1
return_logs = {}
for itx in range(start, finish):
if itx < 0:
continue
if len(Logger.LOGS) < itx:
break
log = Logger.LOGS[itx]
return_logs[itx] = {
'start_date':
str(log.start_time),
'status':
log.status['status'],
'status_name':
log.status['name'],
'user':
log.user,
'method':
log.method_name,
'object_name':
log.object_name,
'object_type':
log.object_type,
'description':
'%s %s %s' % (log.method_name.capitalize(), log.object_name,
log.object_type),
'exception_message':
log.exception_message
}
return return_logs
def get_logs(self, start_log=None, back=0, newer=False):
"""Return a dict containing log information"""
if start_log is not None:
ArgumentValidator.validate_integer(start_log)
ArgumentValidator.validate_integer(back)
ArgumentValidator.validate_boolean(newer)
if start_log is None:
start_log = len(Logger.LOGS) - 1
if start_log < 0:
start_log = 0
if start_log > (len(Logger.LOGS) - 1):
start_log = len(Logger.LOGS) - 1
if back:
start = 0 if (start_log - back) < 0 else (len(Logger.LOGS) - back)
finish = start_log + 1
elif newer:
start = start_log + 1
# Length would provide an indicy out of the range,
# since len(['a']) = 1, but ['a'][1] == error
# However, this is made up for the fact that range(0, 2) = [0, 1]
finish = len(Logger.LOGS)
else:
# Start at the current log, to return it
# Finish at current log + 1 as range(1, 2) = [1]
start = start_log
finish = start_log + 1
return_logs = {}
for itx in range(start, finish):
if itx < 0:
continue
if len(Logger.LOGS) < itx:
break
log = Logger.LOGS[itx]
return_logs[itx] = {
'start_date': str(log.start_time),
'status': log.status['status'],
'status_name': log.status['name'],
'user': log.user,
'method': log.method_name,
'object_name': log.object_name,
'object_type': log.object_type,
'description': '%s %s %s' % (log.method_name.capitalize(),
log.object_name,
log.object_type),
'exception_message': log.exception_message
}
return return_logs