def main():
INSTRUCTION = """
0 - exit
1 - sort by name in non-decreasing order
2 - sort by name in non-increasing order
3 - sort by destination in non-decreasing order
4 - sort by destination in non-increasing order
5 - sort by flight number in non-decreasing order
6 - sort by flight number in non-increasing order
7 - sort by price in non-decreasing order
8 - sort by price in non-increasing order
9 - find aeroflots with provided destination
10 - find aeroflots with provided name
11 - find aeroflots with provided departure day
12 - add new aeroflot
13 - delete aeroflot by index
14 - edit aeroflot(enter index and field which you want to change)
15 - print aeroflots
"""
print(INSTRUCTION)
path_read = input("enter path_read: ")
path_write = input("enter path_write: ")
reader = ReadFromFile(path_read)
file = FileEditor(path_write)
collection = reader.read()
menu = Program(collection)
while True:
try:
menu.menu(file)
except Exception as s:
print(s)
class TestReadFromFile(unittest.TestCase):
def setUp(self):
self.route_csv_file = '../custom_games/easy1.csv'
self.route_txt_file = '../custom_games/easy.txt'
self.read = ReadFromFile()
self.csv = ReadCsvFile(self.route_csv_file)
self.txt = ReadTxtFile(self.route_txt_file)
def test_read_csv_file_function(self):
expected_read = self.read.read_file(self.route_csv_file)
self.assertEqual(expected_read, self.csv.read_file())
def test_read_txt_file_function(self):
expected_read = self.read.read_file(self.route_txt_file)
self.assertEqual(expected_read, self.txt.read_one_sudoku_puzzle())
def __init__(self):
self.menu = Menu()
self.sudoku_settings = Settings()
self.reader = ReadFromFile()
self.writer = Results()
self.settings = ["Algorithm", "Level", "Input", "Output"]
self.current_settings = self.sudoku_settings.get_current_settings()
self.go_main_menu_option = "m"
self.exit_game_option = "x"
self.list_of_char_options = [self.go_main_menu_option, self.exit_game_option]
self.menu_options = {self.exit_game_option: [self.menu.exit],
self.go_main_menu_option: [self.menu.go_to_main_menu],
"1": [self.start_game],
"2": [self.menu.display_settings],
"3": [self.menu.display_modify_settings],
"3.1": [self.menu.display_modify_setting_options, self.settings[0]],
"3.1.1": [self.menu.display_modify_default_setting,
self.settings[0]],
"3.2": [self.menu.display_modify_setting_options, self.settings[1]],
"3.2.1": [self.menu.display_modify_default_setting, self.settings[1]],
"3.2.2": [self.menu.display_select_setting_name_to_modify_attributes,
self.settings[1]],
"3.3": [self.menu.display_modify_setting_options, self.settings[2]],
"3.3.1": [self.menu.display_modify_default_setting, self.settings[2]],
"3.3.2": [self.menu.display_select_setting_name_to_modify_attributes,
self.settings[2]],
"3.4": [self.menu.display_modify_setting_options, self.settings[3]],
"3.4.1": [self.menu.display_modify_default_setting, self.settings[3]],
"3.4.2": [self.menu.display_select_setting_name_to_modify_attributes,
self.settings[3]],
"4": [self.generate_sudoku]}
def setUp(self):
self.route_csv_file = '../custom_games/easy1.csv'
self.route_txt_file = '../custom_games/easy.txt'
self.read = ReadFromFile()
self.csv = ReadCsvFile(self.route_csv_file)
self.txt = ReadTxtFile(self.route_txt_file)
class Sudoku:
def __init__(self):
self.menu = Menu()
self.sudoku_settings = Settings()
self.reader = ReadFromFile()
self.writer = Results()
self.settings = ["Algorithm", "Level", "Input", "Output"]
self.current_settings = self.sudoku_settings.get_current_settings()
self.go_main_menu_option = "m"
self.exit_game_option = "x"
self.list_of_char_options = [self.go_main_menu_option, self.exit_game_option]
self.menu_options = {self.exit_game_option: [self.menu.exit],
self.go_main_menu_option: [self.menu.go_to_main_menu],
"1": [self.start_game],
"2": [self.menu.display_settings],
"3": [self.menu.display_modify_settings],
"3.1": [self.menu.display_modify_setting_options, self.settings[0]],
"3.1.1": [self.menu.display_modify_default_setting,
self.settings[0]],
"3.2": [self.menu.display_modify_setting_options, self.settings[1]],
"3.2.1": [self.menu.display_modify_default_setting, self.settings[1]],
"3.2.2": [self.menu.display_select_setting_name_to_modify_attributes,
self.settings[1]],
"3.3": [self.menu.display_modify_setting_options, self.settings[2]],
"3.3.1": [self.menu.display_modify_default_setting, self.settings[2]],
"3.3.2": [self.menu.display_select_setting_name_to_modify_attributes,
self.settings[2]],
"3.4": [self.menu.display_modify_setting_options, self.settings[3]],
"3.4.1": [self.menu.display_modify_default_setting, self.settings[3]],
"3.4.2": [self.menu.display_select_setting_name_to_modify_attributes,
self.settings[3]],
"4": [self.generate_sudoku]}
def run_application(self):
"""
Initiates the application launching or displaying on console the main menu
the main menu.
"""
while self.menu.status != self.menu.exit_game_option:
if self.menu.status == self.menu.go_main_menu_option or self.menu.status == "":
self.menu.display_main_menu()
self.get_option_value_from_user()
self.validate_user_option()
self.run_method_according_option()
def start_game(self):
"""
Get inbound sudoku, solve it, and save it in a file.
"""
algorithm = self.create_instance_of_algorithm_from_setting()
inbound_sudoku = self.inbound_sudoku_according_of_setting()
solved_sudoku = algorithm.solve(inbound_sudoku)
algorithm.display(solved_sudoku)
solved_sudoku_as_string = algorithm.parse_sudoku_to_string(solved_sudoku)
output_path = self.current_settings["output_path"] + "/" + "default"
self.writer.save_to_file(solved_sudoku_as_string, output_path)
self.menu.status = self.go_main_menu_option
def create_instance_of_algorithm_from_setting(self):
"""
Create an instance according the value for default algorithm
"""
algorithm_list = {"Peter Norvig" : NorvigAlgorithm,"Backtracking" : Backtracking}
algorithm_instance = algorithm_list[self.current_settings["Algorithm"]]()
return algorithm_instance
def inbound_sudoku_according_of_setting(self):
"""
get inbound sudoku according to Input in settings and return a string with initial status
of a sudoku game.
"""
inbound_sudoku = ""
if self.current_settings["Input"] == "CSV" or self.current_settings["Input"] == "TXT":
try:
file_name = str(raw_input("Please enter the file name to read:"))
input_path = self.current_settings["input_path"] + "/" + file_name + \
"." + (self.current_settings["Input"].lower())
inbound_sudoku = self.reader.read_file(input_path)
except:
print "Error reading sudoku from file at:" + input_path
inbound_sudoku = ""
else:
inbound_sudoku = self.reader.get_sudoku_from_console()
return inbound_sudoku
def generate_sudoku(self):
"""make a sudoku game, according to Level in settings, and save it in a file"""
minimum_limit_of_dots = int(self.current_settings["min"])
maximum_limit_of_dots = int(self.current_settings["max"])
generator = SudokuGenerator(minimum_limit_of_dots, maximum_limit_of_dots)
sudoku_generated = generator.generate_sudoku()
self.writer.save_to_file(sudoku_generated, "../custom_games/sudoku_generated")
self.menu.status = self.go_main_menu_option
def get_option_value_from_user(self):
"""Get and update the value for user_option from user input"""
try:
self.menu.user_option = str(raw_input("Please enter an option:"))
except:
self.menu.user_option = "m"
def validate_user_option(self):
"""Validate input from user and return None if it is a non valid key
"""
good_input_values = "^(" + self.exit_game_option + "|" + self.go_main_menu_option \
+ "|\d){1}$"
if re.match(good_input_values, self.menu.user_option):
self.menu.user_option = self.menu.status + self.menu.user_option
last_character = self.menu.user_option[-1]
if self.__is_a_char_option(last_character) is True:
self.menu.user_option = last_character
if not self.menu_options.has_key(self.menu.user_option):
self.menu.user_option = None
else:
self.menu.user_option = "m"
def __is_a_char_option(self, last_character):
"""Return True if the character belongs to list_of_char_options
Keyword arguments:
last_character -- a character value i.e.: x
"""
for char_options in self.list_of_char_options:
if self.menu_options.has_key(last_character) and char_options == last_character:
return True
return False
def run_method_according_option(self):
"""Execute the method according to user_option value
Keyword arguments:
user_option -- value of option according to menu
"""
if self.menu.user_option is not None:
list_execute = self.menu_options[self.menu.user_option]
function_execute = list_execute[0]
if len(list_execute) > 1:
function_execute(list_execute[1])
else:
function_execute()
else:
self.menu.status = self.go_main_menu_option
