Create the card game "War" where the player with the most cards at the end of 1 round wins

war.py

"""
Create the card game "War" 
where the player with the most cards at the end of 1 round wins
(written using GitHub Copilot)
"""

# Create a range with max from len(x)
def range_len(x) :
    """
    Return the range of the length of x
    """
    return range(1, len(x))

# Function to create deck of cards
def create_deck() :
    """
    Create a deck of cards as an array of tuples
    """
    deck = []
    for suit in range(4) :
        for rank in range(1, 14) :
            deck.append((suit, rank))
    return deck

# Function to shuffle the deck of cards
def shuffle_deck(deck) :
    """
    Shuffle the deck of cards
    """
    import random
    random.shuffle(deck)
    return deck

# Deal our_deck to the player and computer
def deal_cards(deck) :
    """
    Deal the cards to the player and computer
    """
    our_deck = []
    for i in range(26) :
        our_deck.append(deck.pop())
    return our_deck 

# Play the game
def play_game(player_deck, computer_deck) :
    """
    For each turn, compare the card in the player's deck and the computer's deck
    The higher ranked card wins and is added to the winner's deck out_deck
    """
    player_out_deck, computer_out_deck = [], []
    for i in range_len(player_deck) :
        if player_deck[i] > computer_deck[i] :
            player_out_deck.append(computer_deck[i])
        else :
            computer_out_deck.append(player_deck[i])
    return player_out_deck, computer_out_deck


# Find game winner
def find_winner(player_deck, computer_deck) :
    """
    Find the winner of the game from a two player game
    """
    if len(player_deck) > len(computer_deck) :
        print("Player wins!")
    elif len(player_deck) < len(computer_deck) :
        print("Computer wins!")
    else :
        print("It's a tie!")

# --------------------------
# Play the game

# Create the deck of cards
our_deck = create_deck()

# Shuffle our_deck of cards
shuffled_deck = shuffle_deck(our_deck)

# Deal our_deck to the player and computer
player_deck = deal_cards(shuffled_deck)
computer_deck = deal_cards(shuffled_deck)

# Assert that player_deck and computer_deck have no duplicate cards
assert len(set(player_deck) & set(computer_deck)) == 0

# Assert that player_dec and computer_deck are the same length
assert len(player_deck) == len(computer_deck) 

# Play the game
player_deck, computer_deck = play_game(player_deck, computer_deck)

# Determine the winner of the game
find_winner(player_deck, computer_deck)