def test_01_BuildSched(self):
""" Testing the build of a schedule list.
We should end up with 2 schedules in the list.
"""
l_riseset = Mock.RiseSet()
l_delay, l_list = scheduleUtility.find_next_scheduled_events(self.m_pyhouse_obj, T_TODAY)
l_now_sec = scheduleUtility.to_mins(T_TODAY) * 60
l_obj = self.m_pyhouse_obj.House.Schedules[l_list[0]]
l_sched_sec = SchedTime._extract_schedule_time(l_obj, l_riseset) * 60
print('C2-01-A - Delay: {}; List: {}; Now: {}; Sched: {}'.format(l_delay, l_list, l_now_sec, l_sched_sec))
self.assertEqual(len(l_list), 2)
self.assertEqual(l_delay, l_sched_sec - l_now_sec)
self.assertEqual(l_list[0], 0)
self.assertEqual(l_list[1], 1)
def test_01_BuildSched(self):
""" Testing the build of a schedule list.
We should end up with 2 schedules in the list.
"""
l_riseset = Mock.RiseSet()
l_delay, l_list = scheduleUtility.find_next_scheduled_events(self.m_pyhouse_obj, T_NOW)
l_now_sec = scheduleUtility.to_mins(T_NOW) * 60
l_obj = self.m_pyhouse_obj.House.Schedules[l_list[0]]
l_sched_sec = SchedTime._extract_schedule_time(l_obj, l_riseset) * 60
# print('Delay: {}; List: {}; Now: {}; Sched: {}'.format(l_delay, l_list, l_now_sec, l_sched_sec))
self.assertEqual(len(l_list), 2)
self.assertEqual(l_delay, l_sched_sec - l_now_sec)
self.assertEqual(l_list[0], 0)
self.assertEqual(l_list[1], 1)
def test_01_TillSched(self):
""" Extract Minutes from Midnight to schedule time
"""
l_riseset = Mock.RiseSet()
self.m_schedule_obj.Time = '01:02'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, 1 * 60 + 2)
#
self.m_schedule_obj.Time = 'dusk'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, 20 * 60 + 19)
#
self.m_schedule_obj.Time = 'sunrise'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, 7 * 60 + 12)
#
self.m_schedule_obj.Time = 'sunset + 0:10'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, 20 * 60 + 19 + 10)
#
self.m_schedule_obj.Time = 'sunset - 0:17'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, 20 * 60 + 19 - 17)
def test_01_TillSched(self):
""" Extract Minutes from Midnight to schedule time
"""
l_riseset = Mock.RiseSet()
self.m_schedule_obj.Time = '01:02'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
# print(PrettyFormatAny.form(l_minutes, 'B2-01-A - Minutes'))
self.assertEqual(l_minutes, 1 * 60 + 2)
#
self.m_schedule_obj.Time = 'dusk'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, TESTING_SCHEDULE_SUNSET_HOUR_0 * 60 + TESTING_SCHEDULE_SUNSET_MINUTE_0)
#
self.m_schedule_obj.Time = 'sunrise'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, TESTING_SCHEDULE_SUNRISE_HOUR_0 * 60 + TESTING_SCHEDULE_SUNRISE_MINUTE_0)
#
self.m_schedule_obj.Time = 'sunset + 0:10'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, TESTING_SCHEDULE_SUNSET_HOUR_0 * 60 + TESTING_SCHEDULE_SUNSET_MINUTE_0 + 10)
#
self.m_schedule_obj.Time = 'sunset - 0:17'
l_minutes = SchedTime._extract_schedule_time(self.m_schedule_obj, l_riseset)
self.assertEqual(l_minutes, TESTING_SCHEDULE_SUNSET_HOUR_0 * 60 + TESTING_SCHEDULE_SUNSET_MINUTE_0 - 17)
