def main(stdscr):
curses.start_color()
curses.use_default_colors()
curses.curs_set(False)
curses.init_pair(1, curses.COLOR_WHITE, curses.COLOR_RED)
curses.init_pair(2, curses.COLOR_GREEN, curses.COLOR_BLACK)
curses.init_pair(3, curses.COLOR_BLACK, curses.COLOR_GREEN)
curses.init_pair(4, curses.COLOR_BLUE, curses.COLOR_BLACK)
stdscr.clear()
stdscr.keypad(True)
database = load_database(database_file)
highscores = deepcopy(database['highscores'])
settings = deepcopy(database['settings'])
images = deepcopy(database['images'])
image_choice = deepcopy(database['image choice'])
main_menu_title = 'Binary Fun Crossword'
main_menu_list = ['play game', 'select image', 'manage image',
'show highscores', 'settings', 'help', 'quit']
running = True
while running:
command = run_selection_menu(stdscr, main_menu_list, main_menu_title)
if command == "play game":
highscores = start_game(stdscr, images, image_choice,
highscores, settings)
elif command == "select image":
image_choice = run_selection_menu(stdscr,
list(images.keys()) + ['random'],
'Image Selection Menu')
elif command == 'manage image':
images, highscores = show_manage_images_menu(stdscr, images,
highscores)
elif command == 'show highscores':
show_highscores(stdscr, highscores)
elif command == "settings":
settings = show_settings_menu(stdscr, settings)
elif command == "help":
show_message(stdscr, 'Help', help_text, 80)
elif command == "quit":
database = make_database(highscores, settings, images, image_choice)
save_database(database, database_file)
running = False
def run_remove_image_menu(img_dict, hs_dict):
new_img_dict, new_hs_dict = deepcopy(img_dict), deepcopy(hs_dict)
if img_dict:
img_name = run_selection_menu(screen,
list(img_dict.keys()) + ['go back'],
'Remove Image')
if img_name != 'go back':
confirm = run_selection_menu(screen, ['yes', 'no'],
('Are you sure that you want to ' +
'delete this image ' +
'"{}"'.format(img_name)))
if confirm == 'yes':
new_img_dict, new_hs_dict = remove_image(new_img_dict,
new_hs_dict,
img_name)
else:
show_message(screen, 'Error', 'Image list is empty.', 40)
return new_img_dict, new_hs_dict
def show_settings_menu(screen, settings):
def choose_number(num_range, title):
return int(run_selection_menu(screen,
[str(num) for num in num_range],
title))
def choose_boolean(title):
choice = run_selection_menu(screen, ['yes', 'no'], title)
return True if choice == 'yes' else False
dp_settings = deepcopy(settings)
menu_list = sorted(dp_settings.keys()) + ['go to main menu']
running = True
while running:
menu_item = run_selection_menu(screen, menu_list, 'Settings')
if menu_item == 'go to main menu':
running = False
continue
elif menu_item == 'cell width':
dp_settings[menu_item] = choose_number(range(1, 6), 'Cell Width')
elif menu_item == 'cell height':
dp_settings[menu_item] = choose_number(range(1, 3), 'Cell Height')
elif menu_item == 'random plane size':
p_width = choose_number(range(4, 11), 'Random Plane Width')
p_height = choose_number(range(4, 11), 'Random Plane Height')
dp_settings[menu_item] = [p_width, p_height]
elif menu_item == 'time':
dp_settings[menu_item] = choose_boolean('Count time and save ' +
'to highscores?')
elif menu_item == 'show line count hint':
dp_settings[menu_item] = choose_boolean('Show line count per line?')
elif menu_item == 'show binary hint':
dp_settings[menu_item] = choose_boolean('Show binary hint below ' +
'plane?')
elif menu_item == 'show line complete hint':
dp_settings[menu_item] = choose_boolean('Highlight number if line' +
'is complete?')
return dp_settings
def run_add_image_menu(img_dict):
new_img_dict = deepcopy(img_dict)
files = list_files_in_dir(images_dir)
if files:
chosen_file = run_selection_menu(screen, files + ['go back'],
'Choose file')
if chosen_file != 'go back':
image_txt = load_file(images_dir + '/' + chosen_file)
if check_image(image_txt):
plane = create_plane(*calc_image_sizes(image_txt))
plane = load_image_on_plane(plane, image_txt, '1')
new_img_dict[chosen_file.split('.')[0]] = plane
else:
show_message(screen, 'Error', 'Not valid image.', 40)
else:
show_message(screen, 'Error', 'No file found.', 40)
return new_img_dict
def show_manage_images_menu(screen, images, highscores):
dp_images = deepcopy(images)
dp_highscores = deepcopy(highscores)
def run_add_image_menu(img_dict):
new_img_dict = deepcopy(img_dict)
files = list_files_in_dir(images_dir)
if files:
chosen_file = run_selection_menu(screen, files + ['go back'],
'Choose file')
if chosen_file != 'go back':
image_txt = load_file(images_dir + '/' + chosen_file)
if check_image(image_txt):
plane = create_plane(*calc_image_sizes(image_txt))
plane = load_image_on_plane(plane, image_txt, '1')
new_img_dict[chosen_file.split('.')[0]] = plane
else:
show_message(screen, 'Error', 'Not valid image.', 40)
else:
show_message(screen, 'Error', 'No file found.', 40)
return new_img_dict
def run_remove_image_menu(img_dict, hs_dict):
new_img_dict, new_hs_dict = deepcopy(img_dict), deepcopy(hs_dict)
if img_dict:
img_name = run_selection_menu(screen,
list(img_dict.keys()) + ['go back'],
'Remove Image')
if img_name != 'go back':
confirm = run_selection_menu(screen, ['yes', 'no'],
('Are you sure that you want to ' +
'delete this image ' +
'"{}"'.format(img_name)))
if confirm == 'yes':
new_img_dict, new_hs_dict = remove_image(new_img_dict,
new_hs_dict,
img_name)
else:
show_message(screen, 'Error', 'Image list is empty.', 40)
return new_img_dict, new_hs_dict
running = True
while running:
choice = run_selection_menu(screen,
['add image', 'remove image',
'go to main menu'],
'Manage Images')
if choice == 'go to main menu':
running = False
continue
elif choice == 'add image':
dp_images = run_add_image_menu(dp_images)
elif choice == 'remove image':
dp_images, dp_highscores = run_remove_image_menu(dp_images,
dp_highscores)
return dp_images, dp_highscores
def choose_boolean(title):
choice = run_selection_menu(screen, ['yes', 'no'], title)
return True if choice == 'yes' else False
def choose_number(num_range, title):
return int(run_selection_menu(screen,
[str(num) for num in num_range],
title))