def place_word(word, row, column, direction):
if direction == "H":
if crossword.fit_word_horizontal(row, column, word):
crossword.put_word(word, row, column, direction)
elif direction == "V":
if crossword.fit_word_vertical(row, column, word):
crossword.put_word(word, row, column, direction)
def test_fit_word_vertically_doesnt_fit_grid(self):
new_puzzle = xword.puzzle[:]
if xword.fit_word_vertical(5, 0, 'program'):
xword.put_word('program', 5, 0, 'V')
self.assertEqual(xword.puzzle, new_puzzle,
'program does not fit so puzzle should not change')
xword.puzzle = xword.puzzle_copy[:] # just in case
def test_fit_word_vertically_another_word_there(self):
new_puzzle = xword.puzzle[:]
if xword.fit_word_vertical(0, 5, 'something'):
xword.put_word('something', 0, 5, 'V')
self.assertEqual(xword.puzzle, new_puzzle,
'testing is already in that location')
xword.puzzle = xword.puzzle_copy[:] # just in case
def try_put_word_horizontally_another_word_there(self):
new_puzzle = xword.puzzle[:]
if xword.fit_word_horizontal(5, 0, 'krypton'):
xword.put_word('krypton', 5, 0, 'H')
self.assertEqual(xword.puzzle, new_puzzle,
'the word python is already in that location')
xword.puzzle = xword.puzzle_copy[:] # just in case
def try_put_word_horizontally_doesnt_fit_grid(self):
new_puzzle = xword.puzzle[:]
if xword.fit_word_horizontal(4, 5, 'integration'):
xword.put_word('integration', 4, 5, 'H')
self.assertEqual(
xword.puzzle, new_puzzle,
'integration does not fit so puzzle should not change')
xword.puzzle = xword.puzzle_copy[:] # just in case
def test_put_word_vertically(self):
if xword.fit_word_vertical(2, 9, 'no'):
xword.put_word('no', 2, 9, 'V')
new_puzzle = [
' t ', ' e ', ' assignment',
' t o ', ' i ', 'python ',
' g '
]
self.assertEqual(xword.puzzle, new_puzzle, 'no should fit in 2, 9')
xword.puzzle = xword.puzzle_copy[:]
def test_put_word_horizontally(self):
if xword.fit_word_horizontal(6, 5, 'get'):
xword.put_word('get', 6, 5, 'H')
new_puzzle = [
' t ', ' e ', ' assignment',
' t ', ' i ', 'python ',
' get '
]
self.assertEqual(xword.puzzle, new_puzzle, 'get should fit in 6, 5')
xword.puzzle = xword.puzzle_copy[:]
def place_word(word, row, column, direction):
if word_fits(word, row, column, direction):
xword.put_word(word, row, column, direction)
assert isinstance(result, str), \
'''char_above should return an str, but returned {0}''' \
.format(type(result))
# Type check crossword.char_below
result = crossword.char_below(0, 0)
assert isinstance(result, str), \
'''char_below should return an str, but returned {0}''' \
.format(type(result))
# Type check crossword.fit_char_horizontal
result = crossword.fit_char_horizontal(0, 0, "s")
assert isinstance(result, bool), \
'''fit_char_horizontal should return an bool, but returned {0}''' \
.format(type(result))
# Type check crossword.fit_char_vertical
result = crossword.fit_char_vertical(0, 0, "t")
assert isinstance(result, bool), \
'''fit_char_vertical should return an bool, but returned {0}''' \
.format(type(result))
# Type check crossword.put_word(word, row, col, direction)
result = crossword.put_word("p", 0, 0, "V")
assert isinstance(result, type(None)), \
'''put_word should return a NoneType, but returned {0}''' \
.format(type(result))
print("If you see this (and no error messages above it), \
then you have passed the type checker")