def __str__(self):
if self.status == 'x':
return colored('X', 'red')
elif self.status == 'o':
return colored('O', 'green')
elif self.status == 'p' and self.visible:
return colored('?', 'cyan', attrs=['bold', 'blink'])
elif self.status == 'h' and self.visible:
return colored('.', 'cyan', attrs=['bold', 'blink'])
return '.'
def add_command(self, name: str, description: str, disabled=False) -> None:
"""
Ajoute une nouvelle commande avec son déclancheur et sa description
:param str name: Trigger for the command
:param str description: What the command do
:param bool disabled: Is this command enabled ?
"""
if disabled:
description += colored(' (disabled)', 'red')
self.commands[name] = description
def congratulation(self) -> None:
"""
Affiche le message de victoire
:return: None
"""
if self.menu.pawns[0] > self.menu.pawns[1]:
winner = colored('X', 'red')
captured = self.menu.pawns[0]
elif self.menu.pawns[1] > self.menu.pawns[0]:
winner = colored('O', 'green')
captured = self.menu.pawns[1]
else:
winner = False
captured = self.menu.pawns[0]
print("\n\n")
if winner:
print(f"Player {winner} won with " f"{captured} pawns !")
else:
print(f"Equality, {captured} pawns for 2 players")
def __str__(self):
player = str(Pawn(self.player))
menu = colored(f"Turns {self.turns}\n", "yellow")
menu += f"It is the turn of {player}\n"
menu += f"{player} can play\n"
menu += "\n"
menu += f"Pawns : {str(Pawn('x'))} {colored(self.pawns[0], 'red')}" \
f" {int((self.pawns[0]*100)/(self.size**2))}%\n"
menu += f" {str(Pawn('o'))} {colored(self.pawns[1], 'green')}" \
f" {int((self.pawns[1]*100)/(self.size**2))}%\n"
menu += "\n"
menu += "Commands :\n"
for name, description in self.commands.items():
regex = r"(\*[A-Za-z]\*)"
match = re.findall(regex, description, re.MULTILINE)[0]
description = description.replace(match, colored(match, 'yellow'))
description = description.replace('*', '')
menu += f" {colored(name, 'yellow')}: {description}\n"
menu += "\n"
menu += "Hints : " + (colored("On", 'green')
if self.hints else colored("Off", 'red'))
return menu
def process_action(self, action: str) -> None:
"""
Execute l'action demandée
:param str action: Action to do
:return: None
"""
if action == 'A':
self.stop()
elif action == 'P':
already_parsed = False
if self.menu.player == 'o' or (self.menu.player == 'x'
and self.players == 2):
del_top_line() # efface la ligne supérieur
print("Position: (ex: D3) " + colored(
"or type 'back' to return to the action menu",
'cyan',
))
move = input('')
while not self.board.is_valid_move(move) \
and move != 'back':
del_top_line(2)
print(
"Invalid position! please enter a new position: (ex: D3)"
+
colored("or type 'back' to return to the action menu",
'cyan'))
move = input('')
if move == 'back':
del_top_line(2)
return self.get_action()
else:
can_play = self.board.set_valid_poses('x')
if not can_play:
self.menu.player = 'o'
self.menu.turns += 1
self.board.set_valid_poses(self.menu.player)
else:
move = random.choice(self.board.get_valid_poses())
already_parsed = True
backup = {
'board': self.board.export(),
'is_playing': self.is_playing,
'menu': self.menu.export(),
'time': self.time
}
save(f"games/{self.time}", backup)
self.menu.pawns = self.board.move(move, self.menu.player,
already_parsed)
self.menu.player = 'x' if self.menu.player == 'o' else 'o'
self.menu.turns += 1
self.render()
save(
f"games/{self.time}", {
'board': self.board.export(),
'is_playing': self.is_playing,
'menu': self.menu.export(),
'time': self.time
})
elif action == 'H':
self.board.toggle_hints()
self.menu.hints = self.board.hints
self.render()
elif action == 'U':
to_undo = 1 if self.players == 2 else 2
undo = load(f"games/{self.time}", self.menu.turns - to_undo)
if undo:
self.menu.load(undo.get('menu'))
self.board.load(undo.get('board'))
self.render()
else:
del_top_line(2)
print(colored("No backup !", 'red'))
elif action == 'R':
to_redo = 1 if self.players == 2 else 2
redo = load(f"games/{self.time}", self.menu.turns + to_redo)
if redo:
self.menu.load(redo.get('menu'))
self.board.load(redo.get('board'))
self.render()
else:
del_top_line(2)
print(colored("No backup !", 'red'))