def restore(manager, alarm, author, message, event):
"""
Called when an alarm is restored by a user.
"""
step = {
'_t': 'uncancel',
't': event['timestamp'],
'a': author,
'm': message
}
canceled = alarm['canceled']
alarm['canceled'] = None
alarm['steps'].append(step)
status = None
if manager.restore_event:
status = get_last_status(alarm, ts=canceled['t'])
else:
status = compute_status(manager, alarm)
return alarm, status
def restore(manager, alarm, author, message, event):
"""
Called when an alarm is restored by a user.
"""
step = {
'_t': 'uncancel',
't': event['timestamp'],
'a': author,
'm': message,
'role': event.get('role', None)
}
canceled = alarm[AlarmField.canceled.value]
alarm[AlarmField.canceled.value] = None
alarm[AlarmField.steps.value].append(step)
status = None
if manager.restore_event:
status = get_previous_step(alarm, ['statusinc', 'statusdec'],
ts=canceled['t'])
if status is not None:
status = status['val']
else:
# This is not supposed to happen since a restored alarm
# should have a status before its cancelation
status = OFF
else:
status = compute_status(manager, alarm)
return alarm, status
def test_is_canceled(self):
self.alarm['canceled'] = {
'_t': 'cancel',
't': 0,
'a': 'test',
'm': 'test'
}
got = compute_status(self.manager, self.alarm)
self.assertEqual(got, CANCELED)
def test_is_canceled(self):
self.alarm[AlarmField.canceled.value] = {
'_t': 'cancel',
't': 0,
'a': 'test',
'm': 'test'
}
got = compute_status(self.manager, self.alarm)
self.assertEqual(got, CANCELED)
def test_is_off(self):
self.alarm['state'] = {
'_t': 'statedec',
't': 0,
'a': 'test',
'm': 'test',
'val': Check.OK
}
got = compute_status(self.manager, self.alarm)
self.assertEqual(got, OFF)
def test_is_ongoing(self):
self.alarm['state'] = {
'_t': 'stateinc',
't': 0,
'a': 'test',
'm': 'test',
'val': Check.CRITICAL
}
got = compute_status(self.manager, self.alarm)
self.assertEqual(got, ONGOING)
def test_is_off(self):
self.alarm[AlarmField.state.value] = {
'_t': 'statedec',
't': 0,
'a': 'test',
'm': 'test',
'val': Check.OK
}
got = compute_status(self.manager, self.alarm)
self.assertEqual(got, OFF)
def test_is_ongoing(self):
self.alarm[AlarmField.state.value] = {
'_t': 'stateinc',
't': 0,
'a': 'test',
'm': 'test',
'val': Check.CRITICAL
}
got = compute_status(self.manager, self.alarm)
self.assertEqual(got, ONGOING)
def state_decrease(manager, alarm, state, event):
"""
Called when the system detects a state decrease on an alarm.
"""
step = {
'_t': 'statedec',
't': event['timestamp'],
'a': event.get("author", DEFAULT_AUTHOR),
'm': event['output'],
'val': state
}
if alarm[AlarmField.state.value] is None or not is_keeped_state(alarm):
alarm[AlarmField.state.value] = step
alarm[AlarmField.steps.value].append(step)
status = compute_status(manager, alarm)
return alarm, status
def state_decrease(manager, alarm, state, event):
"""
Called when the system detect a state decrease on an alarm.
"""
step = {
'_t': 'statedec',
't': event['timestamp'],
'a': '{0}.{1}'.format(event['connector'], event['connector_name']),
'm': event['output'],
'val': state
}
if alarm['state'] is None or alarm['state']['_t'] != 'changestate':
alarm['state'] = step
status = compute_status(manager, alarm)
alarm['steps'].append(step)
return alarm, status
def state_decrease(manager, alarm, state, event):
"""
Called when the system detects a state decrease on an alarm.
"""
step = {
'_t': 'statedec',
't': event['timestamp'],
'a': event.get("author", DEFAULT_AUTHOR),
'm': event['output'],
'val': state
}
if alarm[AlarmField.state.value] is None or not is_keeped_state(alarm):
alarm[AlarmField.state.value] = step
alarm[AlarmField.steps.value].append(step)
status = compute_status(manager, alarm)
return alarm, status
def state_decrease(manager, alarm, state, event):
"""
Called when the system detects a state decrease on an alarm.
"""
step = {
'_t': 'statedec',
't': event['timestamp'],
'a': '{0}.{1}'.format(event['connector'], event['connector_name']),
'm': event['output'],
'val': state
}
if alarm[AlarmField.state.value] is None or not is_keeped_state(alarm):
alarm[AlarmField.state.value] = step
alarm[AlarmField.steps.value].append(step)
status = compute_status(manager, alarm)
return alarm, status
def restore(manager, alarm, author, message, event):
"""
Called when an alarm is restored by a user.
"""
step = {
'_t': 'uncancel',
't': event['timestamp'],
'a': author,
'm': message
}
canceled = alarm[AlarmField.canceled.value]
alarm[AlarmField.canceled.value] = None
alarm[AlarmField.steps.value].append(step)
status = None
if manager.restore_event:
status = get_previous_step(
alarm,
['statusinc', 'statusdec'],
ts=canceled['t']
)
if status is not None:
status = status['val']
else:
# This is not supposed to happen since a restored alarm
# should have a status before its cancelation
status = OFF
else:
status = compute_status(manager, alarm)
return alarm, status
