def getInput(self):
# get user input, :: printed by GUI thread already
command = input('')
data = None
# first check command isn't empty
if command != '':
# draw cards
if command[0] == 'D':
data = Move('Draw', self.gui.active_draw)
# pickup discard pile
elif command[0] == 'P':
data = Move('Pickup')
# select which cards to play facedown
elif command[0] == 'F':
try:
data = self.inputToMove('Facedown',
command[1:]) # strip the leading F
except Exception as e:
print(e)
# otherwise assume it is a list of cards to play
else:
data = self.inputToMove('Play', command)
return data
def play_cards(self, index): # make index an array to play multiple cards
try: # try to pop selected cards out of player hand
_, active_hand = self.valid_cards()
cards = [
active_hand.pop(i) for i in sorted(index, reverse=True)
] # Pop indexed cards, need to pop in reverse over to preserve index
except IndexError: # if we can't pop cards, we have been given bad index so is_valid is False
return False
log.debug(f'2. Cards: {cards}')
move = Move('Play', cards)
is_valid, move_return = self.game.do_move(
self.id, move
) # do_move will return the card if not valid move, otherwise empty
# Need to make this return card to same position it was played out of,
# perhaps if unsuccessful, don't send any card data just say it failed sorry fam
if len(move_return) > 0:
for i, ind in enumerate(index):
self.in_hand[ind:ind] = [move_return[i]]
log.debug(f'4. Move is {is_valid}')
return is_valid
def on_block_button_press_event(self, widget, event, block):
if self.current_piece is None:
return
# Filter double/triple click events
if event.type != Gdk.EventType.BUTTON_PRESS:
return
if event.button == 1:
move = Move(
player_id=self.player_id,
piece_id=self.current_piece.piece_id,
rotation=self.current_piece_rotation,
mirror=self.current_piece_mirror,
position=self.index(block),
)
if self.is_valid_move(move):
self.move_queue.put(move, block=False)
self.on_block_leave(widget, event, block)
self.current_piece = None
else:
print self._valid_reason
elif event.button == 2:
self.on_block_leave(widget, event, block)
self.current_piece_mirror = not self.current_piece_mirror
self.on_block_enter(widget, event, block)
elif event.button == 3:
self.on_block_leave(widget, event, block)
self.current_piece_rotation = (self.current_piece_rotation + 1) % 4
self.on_block_enter(widget, event, block)
def guiThread(self):
data = self.getInput()
# send move if we have data
if data is not None:
self.socket.send(data.encode())
log.debug('Sent play')
# if we have no data, send out null will only cost 26 bytes
else:
self.socket.send(Move().encode())
def get_move(self):
for piece in self.board.get_remaining_piece_ids(self.player_id):
for rotation in xrange(4):
for mirror in (False, True):
for x in xrange(self.board.cols):
for y in xrange(self.board.rows):
move = Move(self.player_id, piece, rotation,
mirror, (x, y))
if self.board.is_valid_move(move):
return move
return super(ExhaustiveSearchBot, self).get_move()
def thread(self):
while self.player.valid_cards() != ([], None):
try:
package = self.listen_for_moves()
except BufferError: # except network error, want to shut down thread/connection
log.warning(f'Player {self.id} disconnected')
# client has disconnected so stop trying to send data
Client.clients = [
client for client in Client.clients if client.id != self.id
]
break
log.info('Handling package')
move = Move(**package)
was_valid = self.player.execute_move(move)
try:
if was_valid is True:
log.info('Sending package to all')
self.sendTo(Client.clients, Client.observers,
f'Yeet from server courtesy of {self.id}')
else:
log.info(f'Sending package to {self.id}')
# need to wrap self in a list here as we try to iterate over it
self.sendTo([self], [],
f'Yeet from server courtesy of {self.id}')
except Exception as e:
print(e)
if Client.game.current_turn != 0:
# if we have got to this point we have no cards or disconnected from server mid game and
# so we should be removed from the game
Client.game.remove_player(self.id)
# if we remove a client, we sync client.id with player id
for client in Client.clients:
client.id = client.player.id
# allow player to spectate the rest of the game
while Client.game.winner is False:
try:
# send updates
pass
except KeyboardInterrupt:
break # Go straight to exit
else:
for client in Client.clients:
if client.id > self.id:
client.id -= 1
client.player = Client.game.players[client.id]
self.id = 99 # do this so we can easily identify the current client so we can close it
self.close() # remove client and close thread
def inputToMove(self, action, string):
str_cards = '[' + string + ']' # convert input into string list
# try to eval sting list into valid list
try:
cards = list(literal_eval(str_cards))
assert (any(isinstance(x, int) for x in cards))
# if we can't convert to a valid list, we start again
except (AssertionError, SyntaxError, ValueError):
print('Not a valid command, try again you derelict')
return self.getInput()
return Move(action, cards)
def is_valid_move(self, player, move):
action = move.action
cards = move.cards
is_valid = False
if player == self.current_player:
if action == 'Draw':
# If current draw cards, valid to draw
if cards == self.no_to_draw:
is_valid = True
# Also check that we cannot play anything else so draw won't be a valid move
playing_from, other_cards = self.players[player].valid_cards()
# Deal with playing from facedown as a legit move
if playing_from != 'face_down':
for card in other_cards:
_, other_valid = self.is_valid_move(
player, Move('Play', [card]))
if other_valid:
is_valid = False
break
# Insert gambling logic here
else:
pass
elif action == 'Play':
no_cards = len(cards)
log.info(f'\nsame active cards: {self.same_active_cards}')
log.info(f'len cards: {len(cards)}\n')
# Check if we are trying to play more than one card
if no_cards > 1:
# Need to be same value if playing multiple cards
values = [card.value for card in cards]
same_cards = len(set(values)) == 1
if not same_cards:
# Return straight away if not the same cards
return action, False
# Normal gameplay
if self.active_draw_card is None:
# This takes into account power cards: 6 >= 7 is True, Draw 4 >= Draw 2 == False
if cards[0] >= self.active_card:
is_valid = True
# Check for burns
if len(self.discard_pile.deck) != 0:
if cards[0].value == self.discard_pile.deck[
0].value:
log.info(
f'inn turnn burn, 4 should be {no_cards + self.same_active_cards}'
)
if no_cards + self.same_active_cards == 4:
action = 'Burn'
# 10 auto burns, easy case
elif len(cards) == 4 or cards[0].value == '10':
action = 'Burn'
elif len(cards) == 4 or cards[0].value == '10':
action = 'Burn'
# There is an active draw card
else:
if cards[0] >= self.active_draw_card:
is_valid = True
# Still want to burn
if cards[0].value == self.discard_pile.deck[0].value:
if no_cards + self.same_active_cards == 4:
action = 'Burn'
elif action == 'Pickup':
# cannot pickup if there is a draw card
if self.active_draw_card is None:
# otherwise assume pickup is true
is_valid = True
active_hand, playable_cards = self.players[
player].valid_cards()
# if we are playing out of face down cards, pickup will always be true
# however if you can play something else, not valid to pickup
for card in playable_cards:
print(f'card: {card.value}')
_, other_valid = self.is_valid_move(
player, Move('Play', [card]))
print(other_valid)
if other_valid is True:
is_valid = False
break
else:
if action == 'Play':
# Check if we are trying to play more than one card
if len(cards) > 1:
# Need to be same value if playing multiple cards
values = [card.value for card in cards]
same_cards = len(set(values)) == 1
if not same_cards:
# Return straight away if not the same cards
return action, False
# Deal with the case when we are playing the first card
if self.active_card == '':
log.debug(f'3. Playing on {self.active_card}')
# Need to be same value if playing multiple cards
values = [card.value for card in cards]
log.debug(f'3.1 Values: {values}')
same_cards = set(values) == set(
['4']) # Check we are playing a 4
log.debug(f'3.2 Same cards: {same_cards}')
if same_cards:
# TO DO: EXPAND THIS IF NO 4s (pretty rare I think)
# MAKE PEOPLE PICK UP IN ORDER TILL SOMEONE HAS A 4 to play
# P(No 4s) = C(124/HAND SIZE * NO PLAYERS) / C(132/HAND SIZE * NO PLAYERS) = 0.6%
is_valid = True
# Otherwise assume we are trying to burn out of turn
else:
if len(self.discard_pile.deck) != 0:
if cards[0].value == self.discard_pile.deck[0].value:
if len(cards) + self.same_active_cards == 4:
log.info('out of turn burnnnnnnn')
action = 'Burn'
is_valid = True
log.info(f'action {action}, valid {is_valid}')
return action, is_valid