def test_received_passed_cards_first_pass_valid(self, has_everyone_passed):
pr = self.pr
pr.id = 1
pr.active = True
pr.seats_received = []
pr.passed_cards = []
pr.save()
pass_cards = (
[Card(2, Card.CLUBS), Card(3, Card.CLUBS), Card(4, Card.CLUBS)])
player = self.player
player.id = 2
player.position = 0
player.hand = pass_cards
player.save()
has_everyone_passed.return_value = False
pass_round.received_passed_cards(pass_cards, 2, 1)
pr.refresh_from_db()
self.assertListEqual(pass_cards, pr.passed_cards)
self.assertListEqual([0], pr.seats_received)
def test_card_discarded_invalid_trick_id(self, send_turn_notification,
finish, send_players_discard):
old_hand = [Card(2, Card.CLUBS)]
time_turn_started = timezone.make_aware(
datetime.datetime(2017, 10, 1, 0, 0, 0, 0))
time_turn_ended = timezone.make_aware(
datetime.datetime(2017, 10, 1, 0, 0, 4, 0))
tt = self.tt
tt.id = 9
tt.active = True
tt.discards = []
tt.save()
player = self.player
player.id = 2
player.position = 0
player.hand = old_hand
player.bank_ms = 10000
player.time_turn_started = time_turn_started
player.save()
discard = Card(2, Card.CLUBS)
trick_turn_rules.card_discarded(discard, 2, 1, time_turn_ended)
tt.refresh_from_db()
player.refresh_from_db()
self.assertListEqual([], tt.discards)
self.assertEqual(0, tt.expected_seat)
self.assertListEqual(old_hand, player.hand)
self.assertEqual(10000, player.bank_ms)
def test_received_passed_cards_pass_round_wrong_card_amount_invalid(self):
pr = self.pr
pr.id = 1
pr.active = True
pr.seats_received = []
pr.passed_cards = []
pr.save()
pass_cards = (
[Card(5, Card.CLUBS), Card(6, Card.CLUBS), Card(7, Card.CLUBS)])
player = self.player
player.id = 2
player.position = 1
player.save()
pass_cards = [Card(5, Card.CLUBS)]
pass_round.received_passed_cards(pass_cards, 2, 1)
pr.refresh_from_db()
expected_cards = []
self.assertListEqual(expected_cards, pr.passed_cards)
self.assertListEqual([], pr.seats_received)
def pass_cards_selected(game, cards_str, player, turn_id):
'''Called when a player selects which cards to pass
Arguments:
game: the game database entry
cards_str: a string shorthand representing which cards the player chose
to pass
player: the database entry for the player who is passing their cards
turn_id: the id of the current turn
'''
cards = Card.list_from_str_list(cards_str)
pass_round.received_passed_cards(game, player, cards, turn_id)
def valid_cards_leader(tt, hand):
valid_cards = []
if tt.number == 0:
valid_cards.append(Card(2, 'Clubs'))
else:
if tt.hearts_broken:
valid_cards = hand
else:
for card in hand:
if card.suit != Card.HEARTS:
valid_cards.append(card)
if len(valid_cards) == 0:
valid_cards = hand
return valid_cards
def trick_cards_selected(game, cards_str, player, turn_id):
'''Called when a player selects which card to play for the trick turn
Arguments:
game: the game database entry
cards_str: a string shorthand representing which cards the player chose
to pass
player: the database entry for the player who is passing their cards
turn_id: the id of the current turn
'''
cards = Card.list_from_str_list(cards_str)
# The assumption is that the player can only select one card on their turn
# for the trick.
card = cards[0]
trick_turn.card_discarded(game, player, card, turn_id)
def send_delay_message(tt, player, turn_id, valid_cards):
received_cards = []
random_number = rn.randint(0, len(valid_cards) - 1)
received_cards.append(valid_cards[random_number])
delay_message = {
'channel': 'game_command',
'delay': 1000, #250
'content': {
'command': 'trick_card_selected',
'command_args': {
'received_cards': Card.list_to_str_list(received_cards),
'turn_id': turn_id,
'player_id': player.id
}
}
}
Channel('asgi.delay').send(delay_message)
def send_delay_message(pr, player, turn_id):
received_cards = []
random_numbers = rn.sample(range(0,13),3)
for random_number in random_numbers:
received_cards.append(player.hand[random_number])
received_cards.sort()
delay_message = {
'channel':'game_command',
'delay':250,
'content':{
'command':'pass_cards_selected',
'command_args':{
'received_cards': Card.list_to_str_list(received_cards),
'turn_id': turn_id,
'player_id': player.id
}
}
}
Channel('asgi.delay').send(delay_message)
def send_delay_message(tt, player, turn_id, valid_cards):
received_cards = []
random_number = rn.randint(0,len(valid_cards)-1)
received_cards.append(valid_cards[random_number])
if player.type == PlayerType.DUMMY:
delay = 300
else:
delay = player.bank_ms + TRICK_BASE_MS
delay_message = {
'channel':'game_command',
'delay':delay,
'content':{
'command':'trick_card_selected',
'command_args':{
'received_cards': Card.list_to_str_list(received_cards),
'turn_id': turn_id,
'player_id': player.id
}
}
}
Channel('asgi.delay').send(delay_message)
def send_delay_message(pr, player, turn_id):
received_cards = []
random_numbers = rn.sample(range(0, 13), 3)
for random_number in random_numbers:
received_cards.append(player.hand[random_number])
received_cards.sort()
if player.type == PlayerType.DUMMY:
delay = 100
else:
delay = PASS_ROUND_TIMEOUT_MS
delay_message = {
'channel': 'game_command',
'delay': delay,
'content': {
'command': 'pass_cards_selected',
'command_args': {
'received_cards': Card.list_to_str_list(received_cards),
'turn_id': turn_id,
'player_id': player.id
}
}
}
Channel('asgi.delay').send(delay_message)
def send_player_valid_cards(gr, player, valid_cards):
cards_str = Card.list_to_str(valid_cards)
game_transmit(Channel(player.channel), {"valid_cards": cards_str})
def send_players_their_cards(gr):
'''Sends a message to each player telling them which cards are
theirs'''
for player in gr.game.player_set.all():
cards_str = Card.list_to_str(player.hand)
game_transmit(Channel(player.channel), {"Cards": cards_str})
def what_seat_has_two_of_clubs(gr):
two_of_clubs = Card(2, 'Clubs')
for player in gr.game.player_set.all():
if two_of_clubs in player.hand:
return player.position
def test_received_passed_cards_middle_pass_valid(self, has_everyone_passed):
pr = self.pr
pr.id = 1
pr.active = True
pr.seats_received = [0, 2]
pr.passed_cards = [Card(2, Card.CLUBS), Card(3, Card.CLUBS),
Card(4, Card.CLUBS), Card(8, Card.CLUBS),
Card(9, Card.CLUBS), Card(10, Card.CLUBS)]
pr.save()
pass_cards = (
[Card(5, Card.CLUBS), Card(6, Card.CLUBS), Card(7, Card.CLUBS)])
player = self.player
player.id = 2
player.position = 1
player.hand = pass_cards
player.save()
has_everyone_passed.return_value = False
pass_round.received_passed_cards(pass_cards, 2, 1)
pr.refresh_from_db()
expected_cards = [Card(2, Card.CLUBS), Card(3, Card.CLUBS),
Card(4, Card.CLUBS), Card(5, Card.CLUBS),
Card(6, Card.CLUBS), Card(7, Card.CLUBS),
Card(8, Card.CLUBS), Card(9, Card.CLUBS),
Card(10, Card.CLUBS)]
self.assertListEqual(expected_cards, pr.passed_cards)
self.assertListEqual([0, 1, 2], pr.seats_received)
def from_db_value(self, value, expression, connection, context):
if value is None:
return None
return Card.list_from_str(value)
def to_python(self, value):
if value is None:
return None
return Card.list_from_str(value)
def get_prep_value(self, value):
return Card.list_to_str(value)
