def _generate_answer_to_system_message(self, message):
command, args = parse_system_question(message.text)
if command == 'list-units':
sender = self.units_by_IDs[message.sender_ID]
player = sender.player
text = "%d " % len(player.units)
text += " ".join(map(lambda unit: "%d %s" % \
(unit.ID, unit.type.main_name),
player.units))
elif command == 'unit-info':
unit_ID = args[0]
unit = self.units_by_IDs.get(unit_ID, None)
if unit == None:
return None
text_dict = {'ID':unit.ID,
'type':unit.type.main_name,
'x':unit.position[0],
'y':unit.position[1],
'more_info': (unit.minerals
if unit.type.storage_size != 0
else unit.type.attack_range)}
text = "%(ID)d %(type)s %(x)d %(y)d %(more_info)d" % text_dict
else:
assert command == 'error'
return None
response = Message(sender_ID=0,
receiver_ID=message.sender_ID,
text=text)
return response
def test_case_insensitive(self):
answer = parse_system_question('lIsT UNITS')
expected_answer = ('list-units', ())
self.assertEqual(answer, expected_answer)
def test_whitespaces(self):
answer = parse_system_question(' list\tunits\r')
expected_answer = ('list-units', ())
self.assertEqual(answer, expected_answer)
def test_parsing_blank_input(self):
answer = parse_system_question('')
expected_answer = ('error', ())
self.assertEqual(answer, expected_answer)
def test_parsing_u_command(self):
answer = parse_system_question('u 123')
expected_answer = ('unit-info', (123,))
self.assertEqual(answer, expected_answer)
def test_parsing_lu_command(self):
answer = parse_system_question('lu')
expected_answer = ('list-units', ())
self.assertEqual(answer, expected_answer)
