def test_linked_id(self):
cel_events = [
_new_cel(eventtype='CHAN_START', linkedid='2'),
_new_cel(eventtype='HANGUP'),
_new_cel(eventtype='CHAN_END')
]
channel = CELChannel(cel_events)
self.assertEqual('2', channel.linked_id())
def test_exten_when_not_from_originate(self):
cel_events = [
_new_cel(eventtype='CHAN_START', exten=u'100'),
_new_cel(eventtype='HANGUP'),
_new_cel(eventtype='CHAN_END')
]
channel = CELChannel(cel_events)
self.assertEqual(u'100', channel.exten())
def test_answer_duration_zero_when_not_answered(self):
cel_events = [
_new_cel(eventtype='CHAN_START'),
_new_cel(eventtype='HANGUP'),
_new_cel(eventtype='CHAN_END')
]
channel = CELChannel(cel_events)
self.assertEqual(0.0, channel.answer_duration())
def test_channel_is_not_answered_when_not_answered(self):
cel_events = [
_new_cel(eventtype='CHAN_START'),
_new_cel(eventtype='HANGUP'),
_new_cel(eventtype='CHAN_END')
]
channel = CELChannel(cel_events)
self.assertFalse(channel.is_answered())
def test_is_caller_false(self):
cel_events = [
_new_cel(eventtype='CHAN_START', uniqueid=u'2', linkedid=u'1'),
_new_cel(eventtype='HANGUP'),
_new_cel(eventtype='CHAN_END')
]
cel_channel = CELChannel(cel_events)
self.assertFalse(cel_channel.is_caller())
def test_channel_start_time(self):
datetime_gen = _new_datetime_generator()
start_time = datetime_gen.next()
cel_events = [
_new_cel(eventtype='CHAN_START', eventtime=start_time),
_new_cel(eventtype='HANGUP', eventtime=datetime_gen.next()),
_new_cel(eventtype='CHAN_END', eventtime=datetime_gen.next())
]
channel = CELChannel(cel_events)
self.assertEqual(start_time, channel.channel_start_time())
def test_answer_duration_when_answered(self):
datetime_gen = _new_incr_datetime_generator()
cel_events = [
_new_cel(eventtype='CHAN_START', eventtime=datetime_gen.next()),
_new_cel(eventtype='ANSWER', eventtime=datetime_gen.next()),
_new_cel(eventtype='HANGUP', eventtime=datetime_gen.next()),
_new_cel(eventtype='CHAN_END', eventtime=datetime_gen.next())
]
channel = CELChannel(cel_events)
self.assertEqual(2.0, channel.answer_duration())
def test_is_originate(self):
cel_events = [
_new_cel(eventtype='CHAN_START', uniqueid=1, exten=u's'),
_new_cel(eventtype='ANSWER', uniqueid=1),
_new_cel(eventtype='APP_START', uniqueid=1),
_new_cel(eventtype='CHAN_START', uniqueid=2),
_new_cel(eventtype='ANSWER', uniqueid=2),
_new_cel(eventtype='BRIDGE_START', uniqueid=1),
_new_cel(eventtype='BRIDGE_END', uniqueid=1),
_new_cel(eventtype='HANGUP', uniqueid=2),
_new_cel(eventtype='CHAN_END', uniqueid=2),
_new_cel(eventtype='HANGUP', uniqueid=1),
_new_cel(eventtype='CHAN_END', uniqueid=1),
]
cel_channel = CELChannel(cel_events)
self.assertTrue(cel_channel.is_originate())
cel_events = [
_new_cel(eventtype='CHAN_START', uniqueid=1),
_new_cel(eventtype='ANSWER', uniqueid=1),
_new_cel(eventtype='APP_START', uniqueid=1),
_new_cel(eventtype='CHAN_START', uniqueid=2),
_new_cel(eventtype='ANSWER', uniqueid=2),
_new_cel(eventtype='BRIDGE_START', uniqueid=1),
_new_cel(eventtype='BRIDGE_END', uniqueid=1),
_new_cel(eventtype='HANGUP', uniqueid=2),
_new_cel(eventtype='CHAN_END', uniqueid=2),
_new_cel(eventtype='HANGUP', uniqueid=1),
_new_cel(eventtype='CHAN_END', uniqueid=1),
]
cel_channel = CELChannel(cel_events)
self.assertFalse(cel_channel.is_originate())
def channel_by_unique_id(session, unique_id):
cel_events = (session.query(CEL).filter(CEL.uniqueid == unique_id).all())
if not cel_events:
raise CELException('no such CEL event with uniqueid %s' % unique_id)
else:
return CELChannel(cel_events)