def test_crossword_crop():
bloated_crossword = crossword.loads(' \n'
' c \n'
' a \n'
' hat \n'
' \n'
' \n')
bloated_crossword.crop()
assert bloated_crossword == crossword.loads(' c\n' ' a\n' 'hat\n')
def test_crossword_getitem():
cw_txt = ('j \n' 'e \n' 'żył\n')
cw = crossword.loads(cw_txt)
for y, line in enumerate(cw_txt.splitlines()):
for x, c in enumerate(line):
if c == ' ':
c = '\x00'
assert cw[y, x] == c
def test_crossword_multiple_writes():
cw = crossword.Crossword.empty((3, 3))
cw.write('cat', pos=(0, 2), vertical=True)
cw.write('hat', pos=(2, 0), vertical=False)
cw.write('mac', pos=(0, 0), vertical=False)
assert cw == crossword.loads('mac\n' ' a\n' 'hat\n')
assert cw.letter_overlaps == 2
def test_gen1_simplest():
g = glossary.Glossary({
'cat',
'sad',
})
cw = gen.random_gen(g, r=random.Random(0))
cw.crop()
assert cw == crossword.loads(' s \n' 'cat\n' ' d \n')
def test_crossword_write_word():
cw_6x5 = crossword.Crossword.empty((5, 6))
cw_6x5.write("żółw", pos=(1, 2))
assert cw_6x5 == crossword.loads(' \n'
' żółw\n'
' \n'
' \n'
' \n')
assert cw_6x5.word_placements == {"żółw": (1, 2, False)}
def test_crossword_write_word_vertically():
cw_5x6 = crossword.Crossword.empty((6, 5))
cw_5x6.write("cat", pos=(2, 1), vertical=True)
assert cw_5x6 == crossword.loads(' \n'
' \n'
' c \n'
' a \n'
' t \n'
' \n')
assert cw_5x6.word_placements == {"cat": (2, 1, True)}
def test_crossword_loads_empty():
loaded = crossword.loads(crossword_string_10x5)
assert loaded, crossword.Crossword.empty((5, 10))