def test_player_removes_cards_on_turn_finish(self):
self.player.new_game(Identifiers.NORTH, self.initial_hand)
self.player.finish_turn(TroopCard(number=4, color="color1"),
TroopCard(number=2, color="color2"))
self.assertNotIn(TroopCard(number=4, color="color1"), self.player.hand)
self.assertIn(TroopCard(number=2, color="color2"), self.player.hand)
self.assertEquals(7, len(self.player.hand))
def test_player_can_get_next_action(self):
self.player.new_game(Identifiers.NORTH, self.initial_hand)
self.communication.clear()
self.communication.add_response("play 4 color1,7")
play = self.player.compute_turn(self.initial_board, True, None)
self.assertEquals(play.card, TroopCard(number=7, color="color1"))
self.assertEquals(play.flag, 4)
def test_playing_card_north_flag_one(self):
self.output.setup_player_positions('Synergy', Identifiers.NORTH)
self.output.play_action(Identifiers.NORTH, TroopCard(1, "red"), 1)
self.assertEqual(
self.output.games.find({
'_id': self.output.post_id
}).next()['actionsTaken'][0], "Synergy plays 1 red 1")
def test_drawing_card_north(self):
self.output.setup_player_positions('Synergy', Identifiers.NORTH)
self.output.draw_action(Identifiers.NORTH, TroopCard(1, "red"))
self.assertEqual(
self.output.games.find({
'_id': self.output.post_id
}).next()['actionsTaken'][0], "Synergy draws 1 red")
def get_troop_cards(self):
"""
Get the troop cards
@return A list of all troop cards
"""
return [
TroopCard(number, color)
for color, number in product(Identifiers.COLORS, range(1, 11))
]
def test_send_player_hand_north(self):
hand = [
TroopCard(number, Identifiers.COLORS[0]) for number in range(1, 8)
]
self.localCommandGenerator.send_player_hand(hand)
cardString = "player north hand"
for card in hand:
cardString += " " + card.color + "," + str(card.number)
self.assertEqual(self.mockCommunication.messages_received.pop(),
cardString)
def test_send_flag_cards_one_card_south(self):
flagList = [Flag() for _ in xrange(9)]
flagList[8].add_card("south", TroopCard(1, Identifiers.COLORS[0]))
self.localCommandGenerator.send_flag_cards(flagList)
expectedStringListNorth, expectedStringListSouth = create_list_of_expected_flag_send_strings(
flagList)
for i, _ in enumerate(flagList):
self.assertEqual(self.mockCommunication.messages_received.pop(0),
expectedStringListNorth[i])
self.assertEqual(self.mockCommunication.messages_received.pop(0),
expectedStringListSouth[i])
def setUp(self):
self.communication = MockPlayerCommunication()
self.player = SubprocessPlayer(self.communication)
self.initial_hand = [
TroopCard(number=1, color="color1"),
TroopCard(number=2, color="color1"),
TroopCard(number=3, color="color1"),
TroopCard(number=4, color="color1"),
TroopCard(number=5, color="color1"),
TroopCard(number=6, color="color1"),
TroopCard(number=7, color="color1")
]
self.initial_board = Board()
def test_player_receives_game_state_with_last_move(self):
self.player.new_game(Identifiers.NORTH, self.initial_hand)
self.communication.clear()
self.player.compute_turn(
self.initial_board, True,
Play(card=TroopCard(number=3, color="color4"), flag=4))
self.assertEquals(self.communication.messages_received, [
"player north hand color1,1 color1,2 color1,3 color1,4 color1,5 color1,6 color1,7",
"flag claim-status unclaimed unclaimed unclaimed unclaimed unclaimed unclaimed unclaimed unclaimed unclaimed",
"flag 1 cards north", "flag 1 cards south", "flag 2 cards north",
"flag 2 cards south", "flag 3 cards north", "flag 3 cards south",
"flag 4 cards north", "flag 4 cards south", "flag 5 cards north",
"flag 5 cards south", "flag 6 cards north", "flag 6 cards south",
"flag 7 cards north", "flag 7 cards south", "flag 8 cards north",
"flag 8 cards south", "flag 9 cards north", "flag 9 cards south",
"opponent play 4 color4,3", "go play-card"
])
def test_player_hand_diminishes_with_empty_deck(self):
self.player.new_game(Identifiers.NORTH, self.initial_hand)
self.player.finish_turn(TroopCard(number=4, color="color1"), None)
self.assertNotIn(TroopCard(number=4, color="color1"), self.player.hand)
self.assertEquals(6, len(self.player.hand))
def test_constructor(self):
play = Play(1, TroopCard(number=1,color="color1"))
self.assertEquals(play.flag, 1)
self.assertEquals(play.card, TroopCard(number=1,color="color1"))
def test_from_tuple(self):
play = Play.from_tuple((2, TroopCard(number=3,color="color4")))
self.assertEquals(play.flag, 2)
self.assertEquals(play.card, TroopCard(number=3,color="color4"))
def test_keyword_constructor(self):
play = Play(flag=2,card=TroopCard(number=3,color="color4"))
self.assertEquals(play.flag, 2)
self.assertEquals(play.card, TroopCard(number=3,color="color4"))
def make_troop_card_list(color_number_tuples):
return [TroopCard(number, color) for color, number in color_number_tuples]
def test_send_opponent_play(self):
self.localCommandGenerator.send_opponent_play(
2, TroopCard(2, Identifiers.COLORS[0]))
self.assertEqual(self.mockCommunication.messages_received.pop(),
"opponent play 2 " + Identifiers.COLORS[0] + ",2")
def test_output_play_card(self):
self.output.play_action(Identifiers.NORTH, TroopCard(1, "puce"), 1)
self.assertEqual(self.output.outputstring.rstrip(),
"player1 plays 1 puce 1")
def test_output_draw_card(self):
self.output.draw_action(Identifiers.NORTH, TroopCard(1, "puce"))
self.assertEqual(self.output.outputstring.rstrip(),
"player1 draws 1 puce")
def test_changing_player_name(self):
self.output.setup_player_positions('A_POLAR_BEAR', Identifiers.NORTH)
self.output.draw_action(Identifiers.NORTH, TroopCard(1, "magenta"))
self.assertEqual(self.output.outputstring.rstrip(),
"A_POLAR_BEAR draws 1 magenta")
def __get_minimum_strength_formation(self):
return [TroopCard(1, Identifiers.COLORS[0]), TroopCard(1, Identifiers.COLORS[1]), TroopCard(0, Identifiers.COLORS[0])]
