def test_timecontrol_2():
door_times, door_times_converted =\
timecontrol.recalc_door_times(time_control_2, datetime.fromisoformat('2020-01-01T09:00:00'), None, None)
assert door_times_converted['sunrise_time'] == '08:17'
assert door_times_converted['sunset_time'] == '16:52'
assert door_times_converted['sunrise_open_time'] == '08:17'
assert door_times_converted['sunset_close_time'] == '16:52'
door_times, door_times_converted =\
timecontrol.recalc_door_times(time_control_3, datetime.fromisoformat('2020-01-01T09:00:00'), None, None)
assert door_times_converted['sunrise_time'] == '08:17'
assert door_times_converted['sunset_time'] == '16:52'
assert door_times_converted['sunrise_open_time'] == '08:07'
assert door_times_converted['sunset_close_time'] == '16:32'
def test_invalid_time():
# test an invalid system clock (too old)
dispatcher = Dispatcher('2019-12-31T23:00:00')
controller = Controller()
controller.init(controller_conf_1, dispatcher)
controller.set_static_time('9:00', '18:00')
controller.set_door_prio('static', 'static')
controller.set_force_operation('auto', None)
door_times, door_times_converted =\
timecontrol.recalc_door_times(time_control_1, datetime.fromisoformat('2019-12-31T23:00:00'), None, None)
assert door_times, 'Sun calculation (door_times) is not working'
assert door_times_converted, 'Sun calculation (door_times) is not working'
assert 'sunrise_open_time' in door_times_converted, 'Sun calculation (door_times) as no field "sunrise_open_time"'
assert 'sunset_close_time' in door_times_converted, 'Sun calculation (door_times) as no field "sunset_close_time"'
controller.set_sunbased_time(door_times_converted['sunrise_open_time'],
door_times_converted['sunset_close_time'])
assert dispatcher.erroro_code == 100, 'Date is invalid, but no error code set'
for arg in expected_command_args:
assert arg in dispatcher.command_out, 'Argument "{0}" not found in commant_out dict: {1}'.format(arg, dispatcher.command_out)
assert dispatcher.command_out[arg] is None, 'Argument "{0}" has to be "None" because date is invalid: {1}'.format(arg, dispatcher.command_out)
# now set a correct time
dispatcher.set_datetime_now('2020-01-01T00:00:00')
controller.recalc(systemtime_synced=True)
assert dispatcher.erroro_code == 0, 'Date is valid now, error code should be cleared'
for arg in ['next', 'next_time', 'reason_next']:
assert arg in dispatcher.command_out, 'Argument "{0}" not found in commant_out dict: {1}'.format(arg, dispatcher.command_out)
assert dispatcher.command_out[arg] is not None, 'Argument "{0}" has to be NOT "None" because date is valid: {1}'.format(arg, dispatcher.command_out)
def test_sunbased_to_static():
# expect that the completeness of the results is already tested
dispatcher = Dispatcher('2020-01-01T00:00:00')
controller = Controller()
controller.init(controller_conf_1, dispatcher)
controller.set_static_time('9:00', '18:00')
controller.set_door_prio('sunbased', 'sunbased')
controller.set_force_operation('auto', None)
# 1. set to static
door_times, door_times_converted =\
timecontrol.recalc_door_times(time_control_1, datetime.fromisoformat('2020-01-01T09:00:00'), None, None)
# door_times_converted =
# {'sunrise_time': '08:17', 'sunset_time': '16:52', 'sunrise_open_time': '08:32', 'sunset_close_time': '17:07'}
controller.set_sunbased_time(door_times_converted['sunrise_open_time'],
door_times_converted['sunset_close_time'])
controller.recalc(systemtime_synced=True)
assert dispatcher.command_out['current'] is None, '"current" should be set to none'
assert dispatcher.command_out['next'] == 'open', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'sunbased', '"reason_next" should be set to "sunbased"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T08:32:00'),\
'"next_time" should be set to "2020-01-01T08:32:00"'
# 2. open: change from sunbased to static
controller.set_door_prio('static', 'sunbased')
assert dispatcher.command_out['current'] is None, '"current" should be set to none'
assert dispatcher.command_out['next'] == 'open', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T09:00:00'),\
'"next_time" should be set to "2020-01-01T09:00:00"'
# 3. change from static to sunbased when the time is over -> close should happen as next
dispatcher.set_datetime_now('2020-01-01T08:45:00')
controller.set_door_prio('sunbased', 'sunbased')
assert dispatcher.command_out['current'] is None, '"current" should be set to none'
assert dispatcher.command_out['next'] == 'close', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'sunbased', '"reason_next" should be set to "sunbased"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T17:07:00'),\
'"next_time" should be set to "2020-01-01T17:07:00"'
# 4. switch close from static to sunbased
dispatcher.set_datetime_now('2020-01-01T17:00:00')
controller.set_door_prio('static', 'static')
assert dispatcher.command_out['current'] is None, '"current" should be set to none'
assert dispatcher.command_out['next'] == 'close', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T18:00:00'),\
'"next_time" should be set to "2020-01-01T18:00:00"'
def test_timecontrol_1():
door_times, door_times_converted =\
timecontrol.recalc_door_times(time_control_1, datetime.fromisoformat('2020-01-01T09:00:00'), None, None)
# door_times_converted =
# {'sunrise_time': '08:17', 'sunset_time': '16:52', 'sunrise_open_time': '08:32', 'sunset_close_time': '17:07'}
assert door_times_converted['sunrise_time'] == '08:17'
assert door_times_converted['sunset_time'] == '16:52'
assert door_times_converted['sunrise_open_time'] == '08:32'
assert door_times_converted['sunset_close_time'] == '17:07'
assert door_times['sunrise_time'] == datetime.fromisoformat(
'2020-01-01T08:17').astimezone(tz=tzlocal())
assert door_times['sunset_time'] == datetime.fromisoformat(
'2020-01-01T16:52').astimezone(tz=tzlocal())
assert door_times['sunrise_open_time'] == datetime.fromisoformat(
'2020-01-01T08:32').astimezone(tz=tzlocal())
assert door_times['sunset_close_time'] == datetime.fromisoformat(
'2020-01-01T17:07').astimezone(tz=tzlocal())
def test_force_mode_static():
# expect that the completeness of the results is already tested
dispatcher = Dispatcher('2020-01-01T00:00:00')
controller = Controller()
controller.init(controller_conf_1, dispatcher)
controller.set_static_time('9:00', '18:00')
controller.set_door_prio('static', 'static')
controller.set_force_operation('auto', None)
# 1. set to static
door_times, door_times_converted =\
timecontrol.recalc_door_times(time_control_1, datetime.fromisoformat('2020-01-01T09:00:00'), None, None)
controller.set_sunbased_time(door_times_converted['sunrise_open_time'],
door_times_converted['sunset_close_time'])
controller.recalc(systemtime_synced=True)
assert dispatcher.command_out['current'] is None, '"current" should be set to none'
assert dispatcher.command_out['reason'] is None, '"reason" should be set to none'
assert dispatcher.command_out['next'] == 'open', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T09:00:00'),\
'"next_time" should be set to "2020-01-01T09:00:00"'
# 2. activate force mode open
controller.set_force_operation('open', '2020-01-01T00:00:00')
assert dispatcher.command_out['current'] == 'open', 'force mode set to "open", should be open now'
# advance time within force_time_expire_minutes
dispatcher.set_datetime_now('2020-01-01T02:59:00')
controller.recalc()
assert dispatcher.command_out['current'] == 'open', 'force mode set to "open", should STILL be open now'
# 3. advance to timeout (after force_time_expire_minutes)
dispatcher.set_datetime_now('2020-01-01T03:00:01')
controller.recalc()
assert dispatcher.command_out['current'] is None, 'force mode timeout. "current" should be None'
assert dispatcher.command_out['next'] == 'open', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T09:00:00'),\
'"next_time" should be set to "2020-01-01T09:00:00"'
# 4. force open before static open
dispatcher.set_datetime_now('2020-01-01T08:30:00')
controller.set_force_operation('open', '2020-01-01T08:30:00')
assert dispatcher.command_out['current'] is 'open', 'force mode set to "open", should be open now'
assert dispatcher.command_out['next'] == 'open', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
# 5. force mode should be still active after static open, but next should be 'close'
dispatcher.set_datetime_now('2020-01-01T09:01:00')
controller.recalc()
assert dispatcher.command_out['current'] is 'open', 'force mode set to "open", should be open now'
assert dispatcher.command_out['next'] == 'close', '"next" should be set to "close"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T18:00:00'),\
'"next_time" should be set to "2020-01-01T18:00:00"'
# 6. force mode timeout, static close should still be next
dispatcher.set_datetime_now('2020-01-01T11:30:01')
controller.recalc()
assert dispatcher.command_out['current'] is None, 'force mode timeout. "current" should be None'
assert dispatcher.command_out['next'] == 'close', '"next" should be set to "close"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T18:00:00'),\
'"next_time" should be set to "2020-01-01T18:00:00"'
# 7. force close
dispatcher.set_datetime_now('2020-01-01T17:00:00')
controller.set_force_operation('close', '2020-01-01T17:00:00')
assert dispatcher.command_out['current'] is 'close', 'force mode set to "open", should be close now'
assert dispatcher.command_out['next'] == 'close', '"next" should be set to "close"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-01T18:00:00'),\
'"next_time" should be set to "2020-01-01T18:00:00"'
# 8. advance after static close, force close still active
dispatcher.set_datetime_now('2020-01-01T18:01:00')
controller.recalc()
assert dispatcher.command_out['current'] is 'close', 'force mode set to "open", should be close now'
assert dispatcher.command_out['next'] == 'open', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-02T09:00:00'),\
'"next_time" should be set to "2020-01-02T09:00:00"'
# 9. set to auto
controller.set_force_operation('auto', None)
assert dispatcher.command_out['current'] is None, 'force mode set to "auto", "current" should be None'
assert dispatcher.command_out['next'] == 'open', '"next" should be set to "open"'
assert dispatcher.command_out['reason_next'] == 'static', '"reason_next" should be set to "static"'
assert dispatcher.command_out['next_time'] == datetime.fromisoformat('2020-01-02T09:00:00'),\
'"next_time" should be set to "2020-01-02T09:00:00"'