def deal_init():
########
#Clean player frame from the hit cards:
Deal.clean_table(frames = [player_cards_frame,dealer_cards_frame,deal_results_frame])
########
########
#Initialize Card Instances so this way i will have a new deck each time deal is pressed
cards_instances = []
for card in collect_cards():
cards_instances.append(Card(name = card)) # (Card instance)
print(f'{card} added to deck')
########
#Initialize Game:
game = Deal(
deck = cards_instances,
master = root,
player_cards_frame = player_cards_frame,
player_game_options_frame = player_game_options_frame,
player_card1_label = player_card1_label,
player_card2_label = player_card2_label,
dealer_card1_label = dealer_card1_label,
dealer_card2_label = dealer_card2_label,
player_score_label = player_score_label,
dealer_score_label = dealer_score_label,
dealer_cards_frame = dealer_cards_frame,
deal_results_frame = deal_results_frame,
player_busted_message = player_busted_message,
dealer_busted_message = dealer_busted_message,
split = split
)
# Starting operations in real game:
#deal player:
game.deal_player()
#deal for dealer:
#handle all dealt cards for dealer for here so we can keep one undisplayed
dealer_1 = game.get_card(dealer_card1_label, is_player = False)
dealer_2 = game.get_card(dealer_card2_label, is_player = False, display=False)
#fill the score board:
game.set_scoreboard()
#See if split should be disabled or enabled:
game.set_split_button_state()
#Set the Buttons click function <Button-1> Stand for left click
hit.bind('<Button-1>', lambda event: game.hit(dealer_2))
stand.bind('<Button-1>', lambda event: game.finish_player_turn(dealer_2))
