def test_read_square_assymetric_board(self):
# given
boardFile = open('board3.txt', 'r')
board = [['E','F','J','A','J','C','O','W','S','S'], ['S','D','G','K','S','R','F','D'], ['A','S','R','J','D','U','S','K','L','K','I']]
# when
receivedBoard = a3.read_board(boardFile)
# then
self.assertEquals(receivedBoard, board)
def test_read_board():
res_1 = a3.read_board("board1.txt")
with open("board1.txt") as f:
board_list = f.readlines()
assert type(res_1) is list
assert res_1 == board_list
def test_read_rectangular_assymetric_board(self):
# given
boardFile = open('board2.txt', 'r')
board = [['E','F','J','A','J','C','O','W','S','S'], ['S','D','G','K','S','R','F','D'], ['A','S','R','J','D','U','S','K','L','K'], ['H','E','A','N'], ['A','N','S','D','N','C','N','E','O'], ['P','M','S','N','F','H','H','E','J','E'], ['J','E','P']]
# when
receivedBoard = a3.read_board(boardFile)
# then
self.assertEquals(receivedBoard, board)
def open_board(self):
'''
Get user to select board, read it in via a3 module
'''
board_file = askopenfile(mode='r', title='Select board file')
self.board = a3.read_board(board_file)
self.draw_board(self.board)
board_file.close()
def test_get_board_contains_specified_board(self):
board_list = [['E','F','J','A','J','C','O','W','S','S'],
['S','D','G','K','S','R','F','D','F','F'],
['A','S','R','J','D','U','S','K','L','K'],
['H','E','A','N','D','N','D','J','W','A'],
['A','N','S','D','N','C','N','E','O','P'],
['P','M','S','N','F','H','H','E','J','E'],
['J','E','P','Q','L','Y','N','X','D','L']]
self.assertEquals(board_list, a3.read_board(open('board1.txt', 'r')))
def test_read_board(self):
board_file = open('board1.txt','r')
board = a3.read_board(board_file)
# Check that number of rows match against our test fixture
self.assertEqual(len(board),len(self.board4))
# Check that number of columns match against our test fixture
for r in range(len(board)):
self.assertEqual(len(board[r]),len(self.board4[r]))
# Check that each row/column values matches
for r in range(len(board)):
for c in range(len(board[r])):
self.assertEqual(board[r][c],self.board4[r][c])
print_score(players)
print_board(board)
print('Words remaining: {num} words left.'.format(num=num_remaining))
print('Words found: ' + (' '.join(found_words) or 'No words found, yet.'))
def print_score(players):
''' (list of [str, int] list) -> NoneType
Print the scores for each of the players.
'''
for name, score in players:
print(' ' + str(score).rjust(3) + '\t' + name)
# Load the word list and board
words_file = askopenfile(mode='r', title='Select word list file')
words = a3.read_words(words_file)
words_file.close()
print (words)
board_file = askopenfile(mode='r', title='Select board file')
board = a3.read_board(board_file)
board_file.close()
found_words = []
players = get_players_list()
play_game(players, board, words)
print_score(players)
print('Words found: ' + (' '.join(found_words) or 'No words found, yet.'))
def print_score(players):
""" (list of [str, int] list) -> NoneType
Print the scores for each of the players.
"""
for name, score in players:
print(' ' + str(score).rjust(3) + '\t' + name)
# Load the words list.
words_file = askopenfile(mode='r', title='Select word list file')
words = a3.read_words(words_file)
print(words)
words_file.close()
# Load the board.
board_file = askopenfile(mode='r', title='Select board file')
board = a3.read_board(board_file)
print(board)
board_file.close()
found_words = []
players = get_players_list()
play_game(players, board, words)
print_score(players)
print('Words remaining: {num} words left.'.format(num=num_remaining))
print('Words found: ' + (' '.join(found_words) or 'No words found, yet.'))
def print_score(players):
""" (list of [str, int] list) -> NoneType
Print the scores for each of the players.
"""
for name, score in players:
print(' ' + str(score).rjust(3) + '\t' + name)
# Load the words list.
# words_file = askopenfile(mode='r', title='Select word list file')
# print(words_file)
words = a3.read_words('wordlist1.txt')
# words_file.close()
# Load the board.
# board_file = askopenfile(mode='r', title='Select board file')
board = a3.read_board('board1.txt')
# board_file.close()
found_words = []
players = get_players_list()
play_game(players, board, words)
print_score(players)
import a3 board_file = r'c:\users\andrew\documents\programming\python\learn_to_program_class\assignment3\board1.txt' board = open(board_file,'r') wordlist_file = r'c:\users\andrew\documents\programming\python\learn_to_program_class\assignment3\wordlist1.txt' word_list = open(wordlist_file,'r') words = a3.read_words(word_list) gameboard = a3.read_board(board) player1 = ['John',4] player2 = ['Sam',3] player3 = ['Jenny',5] players = (player1, player2, player3)
import a3 board_file = r'c:\users\andrew\documents\programming\python\learn_to_program_class\assignment3\board1.txt' board = open(board_file, 'r') wordlist_file = r'c:\users\andrew\documents\programming\python\learn_to_program_class\assignment3\wordlist1.txt' word_list = open(wordlist_file, 'r') words = a3.read_words(word_list) gameboard = a3.read_board(board) player1 = ['John', 4] player2 = ['Sam', 3] player3 = ['Jenny', 5] players = (player1, player2, player3)
def test03_read_board(self):
"""read board should return the correct list for asymmetric board"""
self.assertEqual(self.sym_board, a3.read_board(self.sym_file_board))
