def test_status_start_time_gives_start_time(self, mock_datetime):
start_time = self.real_datetime(2012,1,1,8,0,0)
mock_datetime.now.return_value = start_time
status = MachineStatus()
actual = status.status()['start_time']
self.assertEqual(start_time,actual)
def test_status_start_time_gives_start_time(self, mock_datetime):
start_time = self.real_datetime(2012,1,1,8,0,0)
mock_datetime.now.return_value = start_time
status = MachineStatus()
actual = status.status()['start_time']
self.assertEqual(start_time,actual)
def test_status_elapsed_time_gives_elapsed_time_in_seconds(self, mock_datetime):
expected = self.real_timedelta(seconds = 10)
values = [self.real_datetime(2012,1,1,8,0,0), self.real_datetime(2012,1,1,8,0,10)]
def next_values():
return values.pop(0)
mock_datetime.now.side_effect = next_values
status = MachineStatus()
actual = status.status()['elapsed_time']
self.assertEqual(expected,actual)
def test_status_elapsed_time_gives_elapsed_time_in_seconds(self, mock_datetime):
expected = self.real_timedelta(seconds = 10)
values = [self.real_datetime(2012,1,1,8,0,0), self.real_datetime(2012,1,1,8,0,10)]
def next_values():
return values.pop(0)
mock_datetime.now.side_effect = next_values
status = MachineStatus()
actual = status.status()['elapsed_time']
self.assertEqual(expected,actual)
def test_add_error_adds_an_error(self,mock_datetime):
mock_time = self.real_datetime(2012,1,1,8,0,0)
mock_datetime.now.return_value = mock_time
message = "Message"
expected = [{
'layer' : None,
'time': mock_time,
'message': message,
}]
status = MachineStatus()
status.add_error(MachineError(message))
self.assertEqual(expected,status.status()['errors'])
def test_add_error_adds_an_error(self,mock_datetime):
mock_time = self.real_datetime(2012,1,1,8,0,0)
mock_datetime.now.return_value = mock_time
message = "Message"
expected = [{
'layer' : None,
'time': mock_time,
'message': message,
}]
status = MachineStatus()
status.add_error(MachineError(message))
self.assertEqual(expected,status.status()['errors'])
def test_status_is_running_after_first_drip(self):
status = MachineStatus()
status.drip_call_back(1,1)
self.assertEqual('Running',status.status()['status'])
def test_status_is_starting_before_first_drip(self):
status = MachineStatus()
self.assertEqual('Starting',status.status()['status'])
def test_skipped_layer_adds_a_skipped_layer(self):
status = MachineStatus()
status.skipped_layer()
self.assertEqual(1,status.status()['skipped_layers'])
def test_status_is_running_after_first_drip(self):
status = MachineStatus()
status.drip_call_back(1,1,1)
self.assertEqual('Running',status.status()['status'])
def test_set_model_height_update_height_of_layer(self):
status = MachineStatus()
status.set_model_height(7.12213)
self.assertEqual(7.12213,status.status()['model_height'])
def test_once_complete_drips_or_layers_dont_change_status(self):
status = MachineStatus()
status.set_complete()
status.add_layer()
status.drip_call_back(45,10)
self.assertEqual('Complete',status.status()['status'])
def test_not_waiting_for_drips_sets_waiting(self):
status = MachineStatus()
status.set_not_waiting_for_drips()
self.assertEqual(False,status.status()['waiting_for_drips'])
def test_add_error_adds_an_error(self):
status = MachineStatus()
status.add_error(MachineError("Error", "Test Error"))
self.assertEqual(1,status.status()['errors'])
def test_set_model_height_update_height_of_layer(self):
status = MachineStatus()
status.set_model_height(7.12213)
self.assertEqual(7.12213,status.status()['model_height'])
def test_once_complete_drips_or_layers_dont_change_status(self):
status = MachineStatus()
status.set_complete()
status.add_layer()
status.drip_call_back(45,10,12)
self.assertEqual('Complete',status.status()['status'])
def test_set_complete_makes_status_complete(self):
status = MachineStatus()
status.set_complete()
self.assertEqual('Complete',status.status()['status'])
def test_status_is_running_after_first_layer(self):
status = MachineStatus()
status.add_layer()
self.assertEqual('Running',status.status()['status'])
def test_status_is_running_after_first_layer(self):
status = MachineStatus()
status.add_layer()
self.assertEqual('Running',status.status()['status'])
def test_drip_call_back_updates_height(self):
status = MachineStatus()
status.drip_call_back(67,12,12.2)
self.assertEqual(12, status.status()['height'])
self.assertEqual(67, status.status()['drips'])
self.assertEqual(12.2, status.status()['drips_per_second'])
def test_set_complete_makes_status_complete(self):
status = MachineStatus()
status.set_complete()
self.assertEqual('Complete',status.status()['status'])
def test_skipped_layer_adds_a_skipped_layer(self):
status = MachineStatus()
status.skipped_layer()
self.assertEqual(1,status.status()['skipped_layers'])
def test_add_error_adds_an_error(self):
status = MachineStatus()
status.add_error(MachineError("Error", "Test Error"))
self.assertEqual(1,status.status()['errors'])
def test_add_layer_adds_a_layer(self):
status = MachineStatus()
status.add_layer()
self.assertEqual(1,status.status()['current_layer'])
def test_not_waiting_for_drips_sets_waiting(self):
status = MachineStatus()
status.set_not_waiting_for_drips()
self.assertEqual(False,status.status()['waiting_for_drips'])
def test_add_layer_adds_a_layer(self):
status = MachineStatus()
status.add_layer()
self.assertEqual(1,status.status()['current_layer'])
def test_drip_call_back_updates_height(self):
status = MachineStatus()
status.drip_call_back(67,12)
self.assertEqual(12, status.status()['height'])
self.assertEqual(67, status.status()['drips'])
def test_status_is_starting_before_first_drip(self):
status = MachineStatus()
self.assertEqual('Starting',status.status()['status'])