def test_check_word_on_board(self):
"""Is word on board?"""
board = BoggleBoard(3)
# fill board with exact setup so we can test word finding
board[0] = ['C', 'X', 'X']
board[1] = ['A', 'T', 'X']
board[2] = ['D', 'O', 'G']
self.assertTrue(board.check_word_on_board("CAT"))
self.assertTrue(board.check_word_on_board("DOG"))
self.assertFalse(board.check_word_on_board("PET"))
def test_initializer(self):
"""Test board was created successfully."""
board = BoggleBoard(3)
self.assertTrue(
all(all(cell in ascii_uppercase for cell in row) for row in board))
# Make sure each row is a separate list, now a copy of another row!
self.assertTrue(board[0] is not board[1])
def homepage():
"""Show board."""
# get a unique identifier for the board we're creating
uuid = uuid4()
board = BoggleBoard()
boards[uuid] = board
# store the uuid for the board in the session so that later requests can
# find it
session[SESS_BOARD_UUID_KEY] = uuid
return render_template("index.html", board_in_template=board)
def homepage():
"""Show board."""
# get a unique identifier for the board we're creating
uuid = uuid4()
# an instance of the class BoggleBoard - We pass this into the render_template
board = BoggleBoard()
# the unique uuid serves as the key in the global dictionary boards, while our instance of the BoggleBoard class serves as the value
boards[uuid] = board
# store the uuid for the board in the session so that later requests can
# find it
session[SESS_BOARD_UUID_KEY] = uuid
return render_template("index.html", board=board)
def homepage():
"""Show board."""
# get a unique identifier for the board we're creating
uuid = uuid4()
board = BoggleBoard()
# print (f"created board {board}")
boards[uuid] = board
# print (f"saving board{boards}")
# print (f"one board in boardslist {boards[uuid]}")
# store the uuid for the board in the session so that later requests can
# find it
session[SESS_BOARD_UUID_KEY] = uuid
return render_template("index.html", board=board)