def delete_monitor(id=None, name=None):
'''Delete the specified monitor
If both name and id are given, prefer id'''
if id is None:
# get the ID based on the name
monitor_list = [mon for mon in get_monitors()
if mon.get_monitor_info()['name'] == name]
monitor = monitor_list[0] # TODO handle case where len != 1
else:
monitor = CustomMonitor.fetch(monitor_id=id)
monitor.delete_monitor()
def delete_monitor(id=None, name=None):
'''Delete the specified monitor
If both name and id are given, prefer id'''
if id is None:
# get the ID based on the name
monitor_list = [
mon for mon in get_monitors()
if mon.get_monitor_info()['name'] == name
]
monitor = monitor_list[0] # TODO handle case where len != 1
else:
monitor = CustomMonitor.fetch(monitor_id=id)
monitor.delete_monitor()
def writer_init():
global sandbox, debug, apikey, secretkey, monitors
# last values and timestamps must be shared across collectd threads
# collectd will pass this shared object into write on all calls
# all accessess to this data should be protected by threading.Lock
shared_data = {'monitors': dict(), 'lock': threading.Lock()}
if sandbox:
Monitis.sandbox = True
os.environ['MONITIS_SANDBOX_APIKEY'] = apikey
os.environ['MONITIS_SANDBOX_SECRETKEY'] = secretkey
else:
Monitis.sandbox = False
os.environ['MONITIS_APIKEY'] = apikey
os.environ['MONITIS_SECRETKEY'] = secretkey
if debug:
Monitis.debug = True
else:
Monitis.debug = False
for monitor_name in monitors.keys():
monitors[monitor_name]['monitis'] = CustomMonitor.fetch(
monitor_id=monitors[monitor_name]['id'])
# hold lock while initializing shared_data
with shared_data['lock']:
for monitor_name in monitors.keys():
shared_data['monitors'][monitor_name] = {
'last_value': None,
'last_time': None
}
collectd.register_write(write, data=shared_data)
def test_fetch(self):
'''Test CustomMonitor.fetch()'''
mon = CustomMonitor.fetch(monitor_id=self.cm.monitor_id)
assert_equal(mon.monitor_id, self.cm.monitor_id)