def player_enters_gate(level, BOARD, player, key, inventory, others):
BOARD_level = BOARD[level]
for board_ in BOARD:
if board_ == level:
for key_ in BOARD[board_]:
if key_ == 'GATES':
for gate_ in BOARD[board_][key_]:
# entering gate that is up in relation to player
if (player['position_y'] - 1) == BOARD[board_][key_][
gate_]['GATE_POSITION_Y'] and (
player['position_x']
) == BOARD[board_][key_][gate_][
'GATE_POSITION_X'] and key == 'w':
if gate_ == 'GATE_UP':
# Gate Requirements
if level == 'BOARD_1':
if 'Donut' in inventory: #and others['other']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
else:
ui.print_message(
'Come back with Donut!!')
elif level == 'BOARD_2':
if 'Pralines' in inventory and others[
'other3']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
elif 'Pralines' in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Cow!!'
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
"Once you defeat Cow, come back with Pralines!"
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] == 0:
ui.print_message(
"Come back with Pralines!")
elif level == 'BOARD_3':
if 'boss' not in others:
return BOARD_level['NEXT_LEVEL']
elif others['boss']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Boss!!'
)
elif gate_ == 'GATE_DOWN':
return BOARD_level['PREVIOUS_LEVEL']
# entering gate that is down in relation to player
elif (player['position_y'] + 1) == BOARD[board_][key_][
gate_]['GATE_POSITION_Y'] and (
player['position_x']
) == BOARD[board_][key_][gate_][
'GATE_POSITION_X'] and key == 's':
if gate_ == 'GATE_UP':
# Gate Requirements
if level == 'BOARD_1':
if 'Donut' in inventory: #and others['other']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
else:
ui.print_message(
'Come back with Donut!!')
elif level == 'BOARD_2':
if 'Pralines' in inventory and others[
'other3']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
elif 'Pralines' in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Cow!!'
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
"Once you defeat Cow, come back with Pralines!"
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] == 0:
ui.print_message(
"Come back with Pralines!")
elif level == 'BOARD_3':
if others['boss']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
elif others['boss']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Boss!!'
)
elif gate_ == 'GATE_DOWN':
return BOARD_level['PREVIOUS_LEVEL']
# entering gate that is left in relation to player
elif (player['position_x'] - 1) == BOARD[board_][key_][
gate_]['GATE_POSITION_X'] and player[
'position_y'] == BOARD[board_][key_][gate_][
'GATE_POSITION_Y'] and key == 'a':
if gate_ == 'GATE_UP':
# Gate Requirements
if level == 'BOARD_1':
if 'Donut' in inventory: #and others['other']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
else:
ui.print_message(
'Come back with Donut!!')
elif level == 'BOARD_2':
if 'Pralines' in inventory and others[
'other3']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
elif 'Pralines' in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Cow!!'
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
"Once you defeat Cow, come back with Pralines!"
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] == 0:
ui.print_message(
"Come back with Pralines!")
elif level == 'BOARD_3':
if others['boss']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
elif others['boss']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Boss!!'
)
elif gate_ == 'GATE_DOWN':
return BOARD_level['PREVIOUS_LEVEL']
# entering gate that is right in relation to player
elif (player['position_x'] + 1) == BOARD[board_][key_][
gate_]['GATE_POSITION_X'] and player[
'position_y'] == BOARD[board_][key_][gate_][
'GATE_POSITION_Y'] and key == 'd':
if gate_ == 'GATE_UP':
# Gate Requirements
if level == 'BOARD_1':
if 'Donut' in inventory: #and others['other']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
else:
ui.print_message(
'Come back with Donut!!')
elif level == 'BOARD_2':
if 'Pralines' in inventory and others[
'other3']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
elif 'Pralines' in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Cow!!'
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] > 0:
ui.print_message(
"Once you defeat Cow, come back with Pralines!"
)
elif 'Pralines' not in inventory and others[
'other3']['other_health'] == 0:
ui.print_message(
"Come back with Pralines!")
elif level == 'BOARD_3':
if others['boss']['other_health'] == 0:
return BOARD_level['NEXT_LEVEL']
elif others['boss']['other_health'] > 0:
ui.print_message(
'Come back once you defeat the Boss!!'
)
elif gate_ == 'GATE_DOWN':
return BOARD_level['PREVIOUS_LEVEL']
return level
def player_vs_other_quiz(player,
other,
others,
inventory,
questions,
questions_number=2):
"""
Player fights agains the Other Character answering questions.
When Player replies correctly, the Other Character loses health points.
Otherwise Player loses health points.
Player lost all health - game over. The Other Character losing
health - it disappears and the Player gets flour.
"""
ui.print_message(
("Play the quiz to get %s from the %s" %
(others[other]["goal_quiz"], others[other]["other_name"])))
q_count = 0
questions = [question for question in questions if question[2] is False]
while q_count <= questions_number and others[other]["other_health"] > 0:
answer = input(questions[q_count][0])
if answer == questions[q_count][1]:
others[other]["other_health"] -= 1
questions[q_count][2] = True
ui.print_message("Correct!")
else:
ui.print_message("Wrong!")
q_count += 1
if others[other]["other_health"] > 0:
player["player_life"] -= 1
player['loss'] += 1
ui.print_message(
"To get %s you have to come back and reply correctly to the questions!"
% others[other]["goal_quiz"])
else:
player["player_life"] += 1
player['wins'] += 1
add_to_inventory(inventory, "Jelly")
ui.print_message(
"Wonderful! The %s gave you %s." %
(others[other]["other_name"], others[other]["goal_quiz"]))
ui.print_message('+1 life point!')
def quit_program():
ui.print_message('Bye and thank you!')
exit()
def main():
# initial level
level = 'BOARD_1'
# initial key
key = ''
menu_start.run()
ui.print_message('\n\n\n LEVEL %s \n\n\n' % (level[-1]))
time.sleep(1.0)
util.clear_screen()
pass_key_input = False
while level != 'WIN' and level != 'QUIT' and level != 'LOSE':
util.clear_screen()
pass_key_input = False
view.print_table(players.data_to_print(dictionaries.player))
# Set up board
global BOARD_1
global BOARD_2
global BOARD_3
# global items_u_will_use
# global coordonate_of_items_that_u_will_use
# player = create_player()
BOARD_1 = engine.create_board()
BOARD_2 = engine.create_board()
BOARD_3 = engine.create_board()
BOARD_1, items_u_will_use_1, coordonate_of_items_that_u_will_use_1 = engine.create_final_board(BOARD_1, little_boss_1)
BOARD_2, items_u_will_use_2, coordonate_of_items_that_u_will_use_2 = engine.create_final_board(BOARD_2, little_boss_2)
BOARD_3, items_u_will_use_3, coordonate_of_items_that_u_will_use_3 = engine.create_final_board(BOARD_3, boss)
BOARD_1 = engine.create_board()
BOARD_2 = engine.create_board()
BOARD_3 = engine.create_board()
util.clear_screen()
is_running = True
while is_running:
print()
print("U entered first level")
print()
items_u_will_use_1, coordonate_of_items_that_u_will_use_1 = engine.items_and_coordonates_that_u_can_use(BOARD_1)
(BOARD_1, items_u_will_use, coordonate_of_items_that_u_will_use_1) = engine.create_final_board(BOARD_1, little_boss_1)
(BOARD_1, items_u_will_use_1, coordonate_of_items_that_u_will_use_1) = engine.put_player_on_board(BOARD_1, little_boss_1)
engine.move_something_and_gate(BOARD_1, player, little_boss_1, gate_1)
if player['player_life'] > 0:
print()
print("U entered second level")
print()
items_u_will_use_2, coordonate_of_items_that_u_will_use_2 = engine.items_and_coordonates_that_u_can_use(BOARD_2)
(BOARD_2, items_u_will_use_2, coordonate_of_items_that_u_will_use_2) = engine.create_final_board(BOARD_2, little_boss_2)
engine.move_something_and_gate(BOARD_2, player, little_boss_2, gate_2)
if player['player_life'] > 0:
print()
print("U entered the third level")
print()
items_u_will_use_3, coordonate_of_items_that_u_will_use_3 = engine.items_and_coordonates_that_u_can_use(BOARD_3)
(BOARD_3, items_u_will_use_3, coordonate_of_items_that_u_will_use_3) = engine.create_final_board(BOARD_3, boss)
engine.move_something_and_gate(BOARD_3, player, boss, gate_3)
# ui.display_board(board)
key = util.key_pressed()
if key == 'q':
is_running = False
# elif key == 'i':
# print(inventory)
is_running = False
# util.clear_screen()
print(key)
# break
# ui.display_board(board)
key = util.key_pressed()
# if key == 'q':
# is_running = False
# elif key == 'i':
# print(inventory)
# util.clear_screen()
print(key)
# Display essential info
ui.print_player_essential_atributes(dictionaries.player)
# Display board
ui.display_board(board)
# Message panel intoduction (always displayed)
ui.print_message(' MESSAGE PANEL \n' + 17 * '-' + '\n')
# Interaction whit items
# Display inventory
if key == 'i':
ui.print_message('This is your inventory content: ')
ui.print_table(dictionaries.inventory)
# Interaction with other characters
# Insert secret code
if key == "c":
engine.use_secret_code(dictionaries.player, dictionaries.others, level, dictionaries.codes)
# Gate and level change handling
# if engine.player_enters_gate() != level:
# util.clear_screen()
# level = engine.player_enters_gate()
if level == 'BOARD_2' or level == 'BOARD_3':
dictionaries.player['position_y'] = 15
dictionaries.player['position_x'] = 3
if level == 'WIN':
pass_key_input = True
pass
else:
ui.print_message('\n\n\n LEVEL %s \n\n\n' % (level[-1]))
time.sleep(1.0)
util.clear_screen()
pass_key_input = True
# Player input
if pass_key_input is False:
key = util.key_pressed()
# Movement
if pass_key_input is False:
pass
# engine.movement()
# Check if quit
if key == 'q':
quit_assertion = ''
while quit_assertion != 'y' and quit_assertion != 'n':
util.clear_screen()
print('Are you sure you want to quit? ( Y / N )')
quit_assertion = util.key_pressed()
if quit_assertion == 'y':
level = 'QUIT'
elif quit_assertion == 'n':
pass
else:
pass
if dictionaries.player['player_life'] == 0:
level = 'LOSE'
if level == 'WIN':
util.clear_screen()
ui.display_board(board)
print(text2art("VICTORY!", font='block', chr_ignore=True))
elif level == 'LOSE':
util.clear_screen()
ui.display_board(board)
print(text2art("GAME OVER!", font='block', chr_ignore=True))
time.sleep(10.7)
print('\n\n\n Goodbye, see you soon!')
time.sleep(1.0)
def add(table):
"""
Asks user for input and adds it into the table.
Args:
table: table to add new record to
Returns:
Table with a new record
"""
# your code
current_year = common.current_year()
not_proper_input = True
inputs = None
is_int = None
# while not_proper_input: # wrong input handling
inputs = ui.get_inputs(["Name", "Birth date"], "\nPlease add a worker.")
if any(char.isalpha() for char in inputs[0]): # checks if there
# is a letter in user input. If at least 1 letter is present, input is ok.
not_proper_input = False
if inputs[0] == "":
ui.print_gap()
ui.print_error_message("Please type something in 'Name'.")
ui.print_gap()
not_proper_input = True
# continue
else:
if inputs[0] == "":
ui.print_gap()
ui.print_error_message("Please type something in 'Name'.")
ui.print_gap()
not_proper_input = True
else:
ui.print_gap()
ui.print_error_message("Wrong name type input.")
ui.print_gap()
not_proper_input = True
try:
is_int = int(inputs[1])
if int(inputs[1]) > int(current_year):
ui.print_gap()
ui.print_error_message(
"Birth date can't be higher than current year.")
ui.print_gap()
not_proper_input = True
except:
if inputs[1] == "":
ui.print_gap()
ui.print_error_message("Please type something in 'Birth date'.")
not_proper_input = True
else:
ui.print_gap()
ui.print_error_message("Wrong birth date type input.")
ui.print_gap()
not_proper_input = True
#continue
#else:
# not_proper_input = False
table = data_manager.get_table_from_file('hr/persons.csv')
list_of_ids = []
random_id = common.generate_random(table)
one_input = random_id, inputs[0], inputs[1]
one_input_list = list(one_input) # we must do it
table = data_manager.get_table_from_file('hr/persons.csv')
if not_proper_input == False:
table.append(one_input_list)
ui.print_gap()
ui.print_message("Added.")
ui.print_gap()
data_manager.write_table_to_file('hr/persons.csv', table)
#ui.print_gap()
#ui.print_message("Added.")
#ui.print_gap()
ui.print_gap()
return table
def update(table, id_):
"""
Updates specified record in the table. Ask users for new data.
Args:
table: list in which record should be updated
id_ (str): id of a record to update
Returns:
table with updated record
"""
# your code
def change_name(id_):
"""Works if user what to change only name of a worker."""
list_labels2 = ['Name']
title2 = ''
counter = 0
for data in range(len(table)):
if table[data][0] == id_:
not_proper_input = True
inputs = None
while not_proper_input:
inputs = ui.get_inputs(list_labels2, title2)
if not any(char.isalpha() for char in inputs[0]):
if inputs[0] == "":
ui.print_error_message("Please type something.")
ui.print_gap()
not_proper_input = True
continue
not_proper_input = True
ui.print_error_message("Wrong type input.")
ui.print_gap()
else:
not_proper_input = False
table[data][1] = inputs[0]
counter += 1
return counter
def change_birth_date(id_):
"""Works if user what to change only birth date of a worker."""
title2 = ''
counter = 0
list_labels2 = ['Birth date']
for data in range(len(table)):
if table[data][0] == id_:
not_proper_input = True
inputs = None
while not_proper_input: # Makes users input contains something
inputs = ui.get_inputs(list_labels2, title2)
try:
is_int = int(inputs[0])
except:
if inputs[0] == "":
ui.print_error_message("Please type something")
not_proper_input = True
else:
ui.print_error_message("Wrong type input.")
ui.print_gap()
not_proper_input = True
continue
else:
not_proper_input = False
table[data][2] = inputs[0]
counter += 1
return counter
def change_name_and_birth_date(id_):
"""Works if user what to change name and birth date of a worker."""
change_name(id_)
change_birth_date(id_)
counter = 0
counter += 1
return counter
table = data_manager.get_table_from_file('hr/persons.csv')
title = 'Name, birth date'
list_labels = ['Name', 'Birth date']
is_id_ok = True
for data in range(len(table)):
if table[data][0] == id_[0]:
list_labels2 = [
"Select what do you want to change:\n1 - name\n\
2 - birth date \n3 - change name and birth date"
]
ui.print_gap()
title2 = ""
while True:
inputs = ui.get_inputs(list_labels2, title2)
ui.print_gap()
ui.print_gap()
if inputs[0] == str(1):
is_id_ok = True
change_name_checker = 0
change_birth_date_checker = 0
change_name_and_birth_date_checker = 0
change_name_checker = change_name(id_[0])
break
elif inputs[0] == str(2):
is_id_ok = True
change_name_checker = 0
change_birth_date_checker = 0
change_name_and_birth_date_checker = 0
change_birth_date_checker = change_birth_date(id_[0])
break
elif inputs[0] == str(3):
is_id_ok = True
change_name_checker = 0
change_birth_date_checker = 0
change_name_and_birth_date_checker = 0
change_name_and_birth_date_checker = change_name_and_birth_date(
id_[0])
break
else:
ui.print_gap()
ui.print_error_message("There is no such option.")
ui.print_gap()
change_name_checker = 0
change_birth_date_checker = 0
change_name_and_birth_date_checker = 0
is_id_ok = True
break
else:
is_id_ok = False
if is_id_ok == False:
ui.print_gap()
ui.print_error_message("There is no such ID.")
change_name_checker = 0
change_birth_date_checker = 0
change_name_and_birth_date_checker = 0
data_manager.write_table_to_file("hr/persons.csv", table)
if change_name_checker or change_birth_date_checker or change_name_and_birth_date_checker:
ui.print_gap()
ui.print_message("Done.")
ui.print_gap()
else:
ui.print_gap()
ui.print_message("No changes have been done.")
ui.print_gap()
return table
def test_print_message(self):
message = 'Hello!'
response = ui.print_message(message)
self.assertEqual(response, None)
def main():
MUSIC_FILE = "Cookie Monster Sings C is for Cookie.wav"
mixer.init()
mixer.music.load(MUSIC_FILE)
mixer.music.play()
view.print_images(data_manager.read_file_record('ascii-art.txt'))
view.start_descriptions()
# initial level
level = 'BOARD_1'
# initial key
key = ''
menu_start.run()
ui.print_message('\n\n\n LEVEL %s \n\n\n' % (level[-1]))
time.sleep(1.0)
util.clear_screen()
pass_key_input = False
while level != 'WIN' and level != 'QUIT' and level != 'LOSE':
util.clear_screen()
pass_key_input = False
view.print_table(players.data_to_print(dictionaries.player))
# Set up board
board = engine.create_board(dictionaries.BOARD[level])
board = engine.put_other_on_board(board, dictionaries.others, level)
board = engine.put_item_on_board(board, dictionaries.items, level)
board = engine.put_player_on_board(board, dictionaries.player)
# Display essential info
ui.print_player_essential_atributes(dictionaries.player)
# Display board
ui.display_board(board)
# Message panel intoduction (always displayed)
ui.print_message(' MESSAGE PANEL \n' + 17 * '-' + '\n')
# Interaction whit items
engine.item_vs_player(dictionaries.inventory, dictionaries.items,
dictionaries.player, level, dictionaries.items)
# Display inventory
if key == 'i':
ui.print_message('This is your inventory content: ')
ui.print_table(dictionaries.inventory)
# Display statistics
if key == "p":
engine.show_statistics(dictionaries.player)
# Interaction with other characters
if engine.player_meets_other(dictionaries.others, dictionaries.player,
level, board) != False:
other = engine.player_meets_other(dictionaries.others,
dictionaries.player, level,
board)
if dictionaries.others[other]['other_type'] == 'enemy':
engine.fight(dictionaries.player, dictionaries.others, other,
dictionaries.inventory, dictionaries.items)
elif dictionaries.others[other]['other_type'] == 'quiz':
engine.player_vs_other_quiz(
dictionaries.player, other, dictionaries.others,
dictionaries.inventory,
dictionaries.others[other]['questions'])
# Insert secret code
if key == "c":
engine.use_secret_code(dictionaries.player, dictionaries.others,
level, dictionaries.codes)
# Gate and level change handling
if engine.player_enters_gate(
level, dictionaries.BOARD, dictionaries.player, key,
dictionaries.inventory, dictionaries.others) != level:
util.clear_screen()
level = engine.player_enters_gate(level, dictionaries.BOARD,
dictionaries.player, key,
dictionaries.inventory,
dictionaries.others)
if level == 'BOARD_2' or level == 'BOARD_3':
dictionaries.player['position_y'] = 15
dictionaries.player['position_x'] = 3
if level == 'WIN':
pass_key_input = True
pass
else:
ui.print_message('\n\n\n LEVEL %s \n\n\n' % (level[-1]))
time.sleep(1.0)
util.clear_screen()
pass_key_input = True
# Player input
if pass_key_input == False:
key = util.key_pressed()
# Movement
if pass_key_input == False:
engine.movement(board, dictionaries.player, key,
dictionaries.others)
# Check if quit
if key == 'q':
quit_assertion = ''
while quit_assertion != 'y' and quit_assertion != 'n':
util.clear_screen()
print('Are you sure you want to quit? ( Y / N )')
quit_assertion = util.key_pressed()
if quit_assertion == 'y':
level = 'QUIT'
elif quit_assertion == 'n':
pass
else:
pass
if dictionaries.player['player_life'] == 0:
level = 'LOSE'
if level == 'WIN':
util.clear_screen()
ui.display_board(board)
print(text2art("VICTORY!", font='block', chr_ignore=True))
elif level == 'LOSE':
util.clear_screen()
ui.display_board(board)
print(text2art("GAME OVER!", font='block', chr_ignore=True))
time.sleep(10.7)
ui.authors_presentation()
players.add_results(players.count_points(), "results.txt")
print('\n\n\n Goodbye, see you soon!')
time.sleep(1.0)
with Image.open("cookiemonster.jpg") as img:
img.show()
def choose(meetings_dic):
inputs = ui.get_inputs(["Please enter an option: "], "")
option = inputs[0]
if option == "s":
ui.print_schedule(meetings_dic)
ui.print_message(' Schedule a new meeting.')
meetings_dic = schedule_meeting(meetings_dic)
ui.print_message(' Meeting added.')
elif option == "c":
ui.print_schedule(meetings_dic)
ui.print_message(' Cancel an existing meeting.')
meetings_dic = cancel_meeting(meetings_dic)
ui.print_message(' Meeting canceled.')
elif option == "L":
storage.export_schedule(meetings_dic)
ui.print_message('\n Exported schedule')
elif option == "M":
ui.print_schedule(meetings_dic)
meetings_dic = change_meeting(meetings_dic)
ui.print_message('\n Changed meeting')
elif option == "z":
compact_meetings(meetings_dic)
ui.print_message('\n Compact meetings')
meetings_dic = ui.print_schedule(meetings_dic)
elif option == "q":
sys.exit(0)
else:
raise KeyError("There is no such option.")