from Deck import Deck """ Defines the Solitaire game logic. Contains methods to play the game by dealing cards, removing cards based on game rules, and checking for a win condition. Important Note: The prints in this file only run when this file is ececuted directly. This file should not be executed directly normally. """ class Solitaire: def __init__(self): self.deck = Deck() self.face_up = [] #List to hold face-up cards. def deal_until_four(self): while len(self.face_up) < 4 and self.deck.number_of_cards() > 0: self.face_up.append(self.deck.deal()) #Deals cards until there are four face-up cards. def remove_four_same_suit(self) -> bool: if len(self.face_up) < 4: return False #Not enough cards to remove four of the same suit. last_four = self.face_up[-4:] suit = last_four[0].get_suit() if all(card.get_suit() == suit for card in last_four): del self.face_up[-4:] return True #Removed four cards of the same suit. return False def remove_inner_two(self) -> bool: if len(self.face_up) < 4: return False #Not enough cards to remove inner two cards. last_four = self.face_up[-4:] if last_four[0].get_suit() == last_four[3].get_suit(): del self.face_up[-3:-1] return True #Removed inner two cards. return False def remove_all_possible(self): removed = True while removed and len(self.face_up) >= 4: removed = self.remove_four_same_suit() if not removed: removed = self.remove_inner_two() # Attempts to remove cards based on game rules. def playGame(self) -> bool: self.deck.shuffle() self.face_up = [] self.deal_until_four() #Deals cards until there are four face-up cards. while self.deck.number_of_cards() > 0: self.remove_all_possible() self.face_up.append(self.deck.deal()) self.remove_all_possible() return len(self.face_up) == 0 # Checks for a win condition. if __name__ == "__main__": game = Solitaire() print("win?", game.playGame()) #Prints whether the game was won or not. Not normally executed.