def start(config_data):
while True:
clear_screen()
chosen_env = interctive_chose_environment(config_data)
chosen_opt = interctive_chose_operation()
result = check_servers_running(chosen_env)
if not result:
print('There are none servers running')
if result:
print('List of servers runnig:\n')
for name, id in result:
print(f'{"".ljust(5)}Server name: {name.ljust(20)},PID: {id}')
time.sleep(2)
print()
if chosen_opt == _options_opt['0']:
clean_server(chosen_env)
print('Do you wanna continue? (y == yes, any other key == no) ')
if input() != 'y':
break
def display_fight(fight_text, enemy, quit_possible=False):
"""
displayes fight screen with fight text
fight_text: string
enemy: dictionary
quit_possible: True or False
"""
util.clear_screen()
print("\n\n\tKONFRONTACJA\n")
display_stats_fight(interaction.characters["hero"])
display_stats_fight(enemy)
print(f"\t~ {fight_text}")
if quit_possible:
print(
"\n\tOpcje"
+ "\n\t[1] Wciśnij Q aby przerwac konfrontacje"
+ "\n\t[2] Wciśnij I aby użyć posiadanych przedmiotów"
+ "\n\t[3] Wciśnij dowolny klawisz aby kontynuować walkę"
)
key = util.key_pressed().lower()
if key == "q":
return False
else:
return True
else:
print(
"\n\tOpcje"
+ "\n\t[1] Wciśnij I aby użyć posiadanych przedmiotów"
+ "\n\t[2] Wciśnij dowolny klawisz aby kontynuować walkę"
)
key = util.key_pressed().lower()
return True
def end_game(some_text):
for second in reversed(range(1, 6)):
print(some_text)
print(f"\n\n\tYour game will end in \033[91m{second}\033[0m")
sleep(1)
util.clear_screen()
sys.exit(0)
def main():
"""
Main function of the game, transforms user's input into player's movement and plot changes.
Returns: Nothing
"""
message, message_type, name = "", "no_type", ""
show_inventory = False
show_legend = True
is_running = True
global boards
game_introduction()
player = create_player()
while is_running:
util.clear_screen()
board = engine.create_board(boards[player["current_board"]], player)
ui.display_board(board, boards[player["current_board"]]["name"],
player, quests, show_inventory, show_legend, legend,
message)
engine.validate_answer(name, player, boards, message_type)
key = util.key_pressed()
board = engine.remove_player_from_board(board, player)
player, show_inventory, show_legend, is_running, boards = react_to_pressed_key(
key, board, boards, player, show_inventory, show_legend,
is_running)
message, message_type, name = engine.plot_development(
player, boards, board)
is_running = engine.check_health_is_zero_or_below(player, is_running)
def main():
util.clear_screen()
ui.UI.display_by_line(ui.IMAGES_DIRECTORY + ui.OPENING_FILE)
engine = game.Game()
sounds.Music.play_music()
board_created = False
while not board_created:
try:
engine.create_new_board()
except TypeError:
engine.UI.display_error_info("expected number")
else:
board_created = True
engine.is_running = True
character_name = engine.player_character.ui.get_user_value(
ui.UI.PROVIDE_NAME, "Keanu")
engine.add_character_name(character_name)
engine.initialize_player_class_and_race()
util.key_pressed()
engine.UI.display_help()
while engine.is_running:
engine.handle_action()
engine.UI.display_goodbye()
def congratulate_winner(screen, community_cards, winners, guess_msg):
winners_str = ""
for i, w in enumerate(winners, start=1):
if len(winners) == 2 and i == 1:
winners_str += str(w) + " and "
elif len(winners) == i:
winners_str += str(w)
elif len(winners) == i + 1:
winners_str += str(w) + ", and "
elif len(winners) != 1:
winners_str += str(w) + ", "
else:
winners_str += str(w)
if len(winners) == 1:
winner_message = "\n\nPlayer " \
+ winners_str \
+ " has the best hand!"
else:
winner_message = "\n\nPlayer " \
+ winners_str \
+ " have the best hand!"
screen_tmp = screen \
+ str(community_cards) \
+ winner_message \
+ guess_msg
util.clear_screen()
print(screen_tmp)
util.process_continuation_input(screen_tmp)
def display_shop(level):
item_fill = items(level, "fill")
item_stat = items(level, "stat")
item_fill[0][0] = "│"
item_fill[0][2] = "│"
i = 0
while i != 1:
util.clear_screen()
stat_boost = stat_calculator()
print("Akashi's shop")
print("Gold: ", inventory_sys.YOUR_GOLD['gold'])
print("Current equipement: ", inventory_sys.equiped[0], ", ",
inventory_sys.equiped[1])
print("Current equipement stat boost: HP: ", stat_boost[1], " MANA: ",
stat_boost[2], " DMG:", stat_boost[0])
print(
"__________________________________________________________________"
)
x = 0
for i in item_fill:
if item_fill[x][1] != " ":
print(*item_fill[x])
x += 1
print(
"__________________________________________________________________"
)
x = get_XY("X", item_fill)
price = get_price(x, item_stat)
print(" HP: ", item_stat[x][0], " MANA: ", item_stat[x][1], " DMG: ",
item_stat[x][2])
print(" Buy for: ", price, "GOLD")
i = skill_input(item_fill, price, item_stat)
def main_menu():
util.clear_screen()
chooice = menu_print()
if chooice == 1:
character_creation()
elif chooice == 2:
sys.exit()
def run():
print(colored("\nMAIN MENU", 'yellow'))
view.print_menu(list_options)
print("\n")
choice = input(str(colored('Your choice is: ', "green")))
while choice in choice_options:
if choice == '1':
util.clear_screen()
try:
players.user_info(list_labels)
break
except Exception as error:
print(str(error))
time.sleep(3)
continue
elif choice == '2':
view.print_instruction()
print("\n")
user_decision = input(
"If you want to come to main menu, please press 0 :")
if user_decision == "0":
util.clear_screen()
run()
else:
print("try again")
elif choice == '0':
view.exit_message()
sys.exit()
else:
print("Incorrect input. Try again, please!!!")
def manual_grader_all(submission_folder_path, filename):
# path : path of one submission folder. eg. "submissions/"
# filename : name of the submission. eg. "question2.txt"
report = {}
dirs = get_dir(submission_folder_path)
dirs = os.listdir(submission_folder_path)
dirs = sorted(dirs)
try:
for c,i in enumerate(dirs):
clear_screen()
print("---------", i, "----------")
print(c+1,'/',len(dirs))
path = os.path.join(submission_folder_path, i)
id = get_id_from_path(i)
r = manual_grader_one(path, filename)
report[id] = r;
except Exception as e:
print(e)
print(report)
finally:
output_report(report_name, report, sensitivity_words)
print("report created!")
def outro(board, player):
engine.put_player_on_board(board, player)
engine.put_enemy_on_board(board, Enemies.king)
play_outro(board, Enemies.king)
display_mode = 13
level = True
while level:
display_mode += 1
if display_mode == 15:
display_mode = 10
util.clear_screen()
print('\n\n')
ui.display_board(board, display_mode, Enemies.king)
print('\n\n\n')
key = util.key_pressed()
# MAIN CONTROL
if key == 'q':
levels.quit_game()
elif key == "d":
player.move_right(board)
elif key == "s":
player.move_down(board)
elif key == "w":
player.move_up(board)
elif key == "a":
player.move_left(board)
elif key == "t" and player.pos_x == 8 and player.pos_y == 16:
print_message(['YOU', 'DID', 'IT!!! :)'])
elif key == "i":
print_character(player, " character")
def put_player_on_board(board, player, monsters_alive, monster_dict,
valid_place, player_dict):
place_player(board, player)
previous_spot = ' '
while True:
time.sleep(0.05)
util.clear_screen()
print_board(board)
key = util.key_pressed()
player_position = [
np.where(board == player)[0][0],
np.where(board == player)[1][0]
]
original_position = player_position[:]
height = player_position[0]
width = player_position[1]
if key == 'd':
move_right(board, previous_spot, height, width, player_position)
enemy.monster_movement(board, monsters_alive, valid_place)
elif key == 'a':
move_left(board, previous_spot, height, width, player_position)
enemy.monster_movement(board, monsters_alive, valid_place)
elif key == 'w':
move_up(board, previous_spot, height, width, player_position)
enemy.monster_movement(board, monsters_alive, valid_place)
elif key == 's':
move_down(board, previous_spot, height, width, player_position)
enemy.monster_movement(board, monsters_alive, valid_place)
elif key == 'q':
break
try:
if next_map(board, player):
break
except:
break
height = player_position[0]
width = player_position[1]
board[height][width] = player
monster_coords = [[mob['X'], mob['Y'] - 2] for mob in monsters_alive]
for coords in monster_coords:
if [original_position[0] + 1, original_position[1]] == coords or [
original_position[0], original_position[1] - 1
] == coords:
fight.fight(
player_dict, {
'Name': 'Orc',
'Hp': 20,
'Attack': 6,
'Defense': 5,
'Agility': 5,
'Level': 1
})
return player_position
def win():
util.clear_screen()
help.logo("win")
print(
"You beat the boss of the duongeon and are able to go back to your old life"
)
print("Thank you for playing.")
util.key_pressed()
def main_loop():
if player.new_room:
clear_screen()
player.room.print_room()
if player.has_won is True:
sys.exit()
user_input = input("$ ").lower()
parser(user_input, player)
def tutorial(board, player):
print_method = 1
engine.put_player_on_board(board, player)
snake = LevelItem('🐍', 'snake', True, 13, 14)
bag = LevelItem('💰', 'bag', True, 3, 7)
letter = LevelItem('📜', 'letter', True, 8, 5)
level = True
top = "TUTORIAL"
message = "Info"
while level:
util.clear_screen()
print_level(board, message, player, print_method, top)
key = util.key_pressed()
# MAIN CONTROL
if key == 'q':
levels.quit_game()
elif key == "d":
player.move_right(board)
elif key == "s":
player.move_down(board)
elif key == "w":
player.move_up(board)
elif key == "a":
player.move_left(board)
elif key == "f":
if letter.is_close(board, player):
print_message(('W, A, S, D = move', 'F = Use item/FIGHT', 'T = Open Tools Bar/Talk', '', 'Good luck on your way!'))
elif snake.is_close(board, player) and snake.on:
top = "You can battle later"
snake.turn_off(board)
elif bag.is_close(board, player) and bag.on:
message = 'You got the key!'
bag.turn_off(board)
board[3][14] = ' '
board[3][16] = ' '
elif key == 't':
top = 'Your tools will be here!'
util.clear_screen()
print_level(board, message, player, print_method, top)
util.key_pressed()
if letter.is_close(board, player):
message = "Letters sometimes are useful. Press F to read!"
elif snake.is_close(board, player) and snake.on:
message = "This is an enemy. Press F to fight!"
elif bag.is_close(board, player) and bag.on:
message = "This, and similar bags will help you on your way! Press F to loot!"
elif player.pos_x == 3 and player.pos_y == 14:
message = "This is the exit"
elif player.pos_x == 3 and player.pos_y == 15:
player.level = 'Gender'
return
else:
message = "Info"
top = "TUTORIAL"
def interaction_controls(self, user_input):
"""Handling for various UI interactions usually executed as part of the main loop
Return: False if no interaction, otherwise returns True (except when quitting)"""
# Only want these enabled when running locally (ie screen)
if self.CHANNEL_IN == 'screen':
ui_lower = user_input.lower()
if ui_lower == ':q':
print('\t\t' + u.STY_RESP + ' Okay. Goodbye! ' +
u.STY_USER + '\n')
self.before_quit()
elif ui_lower == ':l':
self.show_language = not self.show_language
self.print_settings('Show_language: ' + {
True: 'on',
False: 'off'
}[self.show_language])
return True
elif ui_lower == ':u':
self.user_stats = not self.user_stats
self.print_settings('User stats: ' + str(self.user_stats))
return True
elif ui_lower == ':s':
self.show_parse = not self.show_parse
self.print_settings('Show_parse: ' + {
True: 'on',
False: 'off'
}[self.show_parse])
return True
elif ui_lower == ':h':
self.show_highlight = not self.show_highlight
self.print_settings('Show_highlight: ' + {
True: 'on',
False: 'off'
}[self.show_highlight])
return True
elif ui_lower == ':c':
u.clear_screen()
return True
elif ui_lower == ':d':
self.logger.setLevel(logging.DEBUG)
self.logger.info('Logging level set to DEBUG')
return True
elif ui_lower == ':i':
self.logger.setLevel(logging.INFO)
self.logger.info('Logging level set to INFO')
return True
elif ui_lower == ':w':
self.logger.setLevel(logging.WARNING)
self.logger.warn('Logging level set to WARN')
return True
elif user_input in (':1', ':2', ':3'):
self.button_selection(self.user_input, self.show_parse)
return True
return False
def get_input(board, level):
move = util.key_pressed()
row = playerindex_row(board)
col = playerindex_col(board)
if move == "d":
if board[row][col + 1] == "O":
return 1
elif board[row][col + 1] == "E":
fight.fight_sys(level)
board[row][col] = " "
board[row][col + 1] = "X"
elif board[row][col + 1] == " ":
board[row][col] = " "
board[row][col + 1] = "X"
elif board[row][col + 1] == "S":
shop.shop(level)
elif move == "a":
if board[row][col - 1] == " ":
board[row][col] = " "
board[row][col - 1] = "X"
elif board[row][col - 1] == "E":
fight.fight_sys(level)
board[row][col] = " "
board[row][col - 1] = "X"
elif board[row][col - 1] == "S":
shop.shop(level)
elif move == "s":
if board[row + 1][col] == " ":
board[row][col] = " "
board[row + 1][col] = "X"
elif board[row + 1][col] == "E":
fight.fight_sys(level)
board[row][col] = " "
board[row + 1][col] = "X"
elif board[row + 1][col] == "S":
shop.shop(level)
elif move == "w":
if board[row - 1][col] == " ":
board[row][col] = " "
board[row - 1][col] = "X"
elif board[row - 1][col] == "E":
fight.fight_sys(level)
board[row][col] = " "
board[row - 1][col] = "X"
elif board[row - 1][col] == "S":
shop.shop(level)
elif move == "h":
help.help()
elif move == "i":
inventory_sys.inventory()
elif move == "q":
util.clear_screen()
sys.exit()
return 0
def handle_exit(player, level, key):
if player["row"] == BOARD_HEIGHT - 1 and player[
"column"] == BOARD_WIDTH - 1 and key == 'd':
player["row"] = PLAYER_START_X
player["column"] = PLAYER_START_Y
level += 1
if level == 4:
util.clear_screen()
printing_name.won()
sys.exit()
process_game(level, player)
def player_has_won():
"""
Displays message and ends the program when player wins the game.
Args: None, Returns: Nothing.
"""
util.clear_screen()
messege = "You have won:) Congratulations !!!!"
print(pyfiglet.figlet_format("*** " + messege + " ***", font="digital"))
sleep(3)
exit()
def player_has_lost():
"""
Displays message and plays sad music when player loose the game.
Args: None, Returns: Nothing.
"""
util.clear_screen()
messege = "You have lost!"
print(pyfiglet.figlet_format("*** " + messege + " ***"))
sleep(5)
play_music("game_over.wav")
def draw_screen(screen, is_pause):
user = screen[0]
playing_hands = screen[1]
community_cards = screen[2]
tutorial_msg = screen[3]
util.clear_screen()
to_draw = str(user) + playing_hands + str(community_cards) + tutorial_msg
print(to_draw)
if is_pause:
util.process_continuation_input(to_draw)
def map(board, level):
util.clear_screen()
stat = get_stats(level)
s = 0
i = 0
for index in board:
print(*board[i], *stat[s])
i += 1
if s != 7:
s += 1
else:
s = 7
print("I = inventory H = help")
def print_message(message_text):
util.clear_screen()
print()
print(" ", end='')
print(' ' + TextBackground.YELLOW + '┌──────────────────────────────────────────────────────────────────────┐' + TextBackground.RESET)
for message in message_text:
print(" ", end='')
print(' ' + TextBackground.YELLOW + '│' + message.center(70) + '│' + TextBackground.RESET)
print(" ", end='')
print(' ' + TextBackground.YELLOW + '└──────────────────────────────────────────────────────────────────────┘' + TextBackground.RESET)
print()
input(" ☯︎ Press ENTER to continue...")
return False
def open_text(txt, s=6, countdown_screen=False):
if countdown_screen is False:
print(txt)
# wciśnięcie klawisza zamiast sleep,
# żeby można było przejść szybciej dalej
print("\n\n\nWciśnij dowolny klawisz, aby kontynuować...")
util.key_pressed()
util.clear_screen()
if countdown_screen is True:
for second in reversed(range(1, 6)):
print(f"{first_line}Uważaj, grę zaczniesz za: \
\033[91m{second}\033[0m")
sleep(1)
util.clear_screen()
def character_creation():
menu = [["│", "knight", "│"], [" ", "soldier", " "], [" ", "viking", " "],
[" ", "mage", " "]]
i = 0
while i == 0:
util.clear_screen()
stat = get_stat(menu)
print("Before you came here you were a: ")
print(" ")
print(*menu[0], *menu[1])
print(*menu[2], *menu[3])
print("________________________")
print(stat)
i = char_input(menu)
def show_rankings_windows():
util.clear_screen()
print()
print(" ♠ ♥ ♦ ♣ Hand Rankings ♠ ♥ ♦ ♣")
print()
print(" Royal Flush")
print(" | A♠ | | K♠ | | Q♠ | | J♠ | | 10♠ |")
print()
print(" Straight Flush")
print(" | 9♦ | | 8♦ | | 7♦ | | 6♦ | | 5♦ |")
print()
print(" Four of a Kind")
print(" | A♣ | | A♥ | | A♠ | | A♦ | | 10♠ |")
print()
print(" Full House")
print(" | Q♥ | | Q♠ | | Q♦ | | J♣ | | J♦ |")
print()
print(" Flush")
print(" | A♥ | | J♥ | | 9♥ | | 6♥ | | 3♥ |")
print()
print(" Straight")
print(" | 9♣ | | 8♦ | | 7♠ | | 6♦ | | 5♠ |")
print()
print(" Three of a Kind")
print(" | 5♦♢ | | Q♣ | | 2♥ | | 2♠ | | 2♦ |")
print()
print(" Two Pair")
print(" | A♥ | | A♣ | | Q♥ | | Q♠ | | 9♦ |")
print()
print(" One Pair")
print(" | 4♥ | | 5♠ | | 8♣ | | A♦ | | A♠ |")
print()
print(" High Card")
print(" | 5♠ | | 6♦ | | J♣ | | Q♦ | | A♠ |")
print()
input()
util.clear_screen()
def menu_print():
chooice = 0
menu = [["│", "Play", "│"], [" ", "Quit", " "]]
while chooice == 0:
util.clear_screen()
logo()
x = 0
for i in menu:
print(*menu[x])
x += 1
chooice = menu_inputs(menu)
if chooice == 1:
return 1
elif chooice == 2:
return 2
def distribute_points(self):
util.clear_screen()
print(
"\nYou have {} points to distribute\nYour strengh is {} next point costs {}\nYour dexterity is {} next point costs {}\nYour intelligence is {} next point costs {}\n Your max HP is {} next point costs {}"
.format(self.points, self.strength, self.strength * 2,
self.dexterity, self.dexterity * 2, self.intelligence,
self.intelligence * 2, self.max_hp, (self.max_hp - 9) * 2))
print(
"Push q to quit, push s, d, i, h to upgrade strenght, dexterity, intelligence or HP. Push p to show your points"
)
is_distributing = True
while is_distributing:
player_choice = util.key_pressed()
if player_choice == "s":
if self.points >= self.strength * 2:
self.points -= self.strength * 2
self.strength += 1
print("You upgraded strenght")
else:
print("You don't have enough points to upgrade!")
elif player_choice == "d":
if self.points >= self.dexterity * 2:
self.points -= self.dexterity * 2
self.dexterity += 1
print("You upgraded dexterity")
else:
print("You don't have enough points to upgrade!")
elif player_choice == "i":
if self.points >= self.intelligence * 2:
self.points -= self.intelligence * 2
self.intelligence += 1
print("You upgraded intelligence")
else:
print("You don't have enough points to upgrade!")
elif player_choice == "h":
if self.points >= (self.max_hp - 9) * 2:
self.points -= (self.max_hp - 9) * 2
self.max_hp += 1
self.current_hp += 1
print("You upgraded HP")
else:
print("You don't have enough points to upgrade!")
elif player_choice == "p":
print("You have {} points left".format(self.points))
elif player_choice == "q":
is_distributing = False
else:
print("Incorrect key")
def show_rankings_unix():
util.clear_screen()
print()
print(" ♤ ♡ ♢ ♧ Hand Rankings ♠ ♥ ♦ ♣")
print()
print(" Royal Flush")
print(" | A♠ | | K♠ | | Q♠ | | J♠ | | 10♠ |")
print()
print(" Straight Flush")
print(" | 9♢ | | 8♢ | | 7♢ | | 6♢ | | 5♢ |")
print()
print(" Four of a Kind")
print(" | A♣ | | A♡ | | A♠ | | A♢ | | 10♠ |")
print()
print(" Full House")
print(" | Q♡ | | Q♠ | | Q♢ | | J♣ | | J♢ |")
print()
print(" Flush")
print(" | A♡ | | J♡ | | 9♡ | | 6♡ | | 3♡ |")
print()
print(" Straight")
print(" | 9♣ | | 8♢ | | 7♠ | | 6♢ | | 5♠ |")
print()
print(" Three of a Kind")
print(" | 5♢ | | Q♣ | | 2♡ | | 2♠ | | 2♢ |")
print()
print(" Two Pair")
print(" | A♡ | | A♣ | | Q♡ | | Q♠ | | 9♢ |")
print()
print(" One Pair")
print(" | 4♡ | | 5♠ | | 8♣ | | A♢ | | A♠ |")
print()
print(" High Card")
print(" | 5♠ | | 6♢ | | J♣ | | Q♢ | | A♠ |")
print()
input()
util.clear_screen()
def print_inventory():
i = 0
while i != 1:
util.clear_screen()
yourstat = stat_get()
menu = ['│INVENTORY│', ' ', ' SKILLS ']
print(*menu)
print('---------------------------------------------')
index = 0
print(*yourstat)
print("Armor: ", equiped[0])
print("Weapon: ", equiped[1])
print('---------------------------------------------')
for i in inventory_fill:
print(*inventory_fill[index])
index += 1
i = inv_input()
