def test_saving_switch_saves_id():
l = LocationAvailability(LocationName='kitchen')
id = 'myswitch'
l.with_switch(HardwareId=id, Color='Red', Name='Test', Style='Circle')
lm = LocationManager()
lm.update_input_capabilities(l)
loc = lm.get_location('kitchen')
assert id in loc.input_capabilities.keys()
def test_updating_existing_switch_does_not_add_new_switch():
l = LocationAvailability(LocationName='kitchen')
id = 'myswitch'
l.with_switch(HardwareId=id, Color='Red', Name='Test', Style='Circle')
assert id in l.input_capabilities.keys() and \
l.input_capabilities[id]['style'] == 'Circle'
l.with_switch(HardwareId=id, Color='Red', Name='Test', Style='Square')
assert len(l.input_capabilities.keys()) == 1 and \
l.input_capabilities[id]['style'] == 'Square'
def test_verify_switch_with_press_returns_true():
rpi_mock.GPIO.setmode.return_value = None
rpi_mock.GPIO.setup.return_value = None
rpi_mock.GPIO.input.return_value = False
pm = PersonManager()
p = Person(Name='calvin')
p.require_physical_confirmation = True
pm.update_window_set(p)
l = LocationAvailability(LocationName='kitchen')
id = 12
l.with_switch(HardwareId=id, Color='Red', Name='Test', Style='Circle')
lm = LocationManager()
lm.update_input_capabilities(l)
lv = LocationVerification(LocationName='kitchen', PersonName='calvin')
done, count, timeout = lv.verify_person_at_location()
print done, count, timeout
assert done and count == 1 and timeout < 3
def test_setting_local_button_style_sets_style():
l = LocationAvailability(LocationName='kitchen')
id = 'myswitch'
l.with_switch(HardwareId=id, Color='Red', Name='Test', Style='Circle')
assert l.input_capabilities[id]['style'] == 'Circle'
def test_setting_local_button_sets_local_button():
l = LocationAvailability(LocationName='kitchen')
l.with_switch(Color='Red', Name='Test', Style='Circle')
assert len(l.input_capabilities.keys()) == 1