def test_size_is():
words1 = Criteria().size_is(8)
assert words1.get_size() == 8
# add more failing cases
try:
words1.size_is('a')
assert False
except ArgumentError:
assert True
def test_contains_at():
exp_dict = {2: 'b', 1: 'a', 3: 'c'}
words1 = Criteria().contains_at(('a', 1), ('b', 2), ('c', 3))
assert exp_dict == words1.get_contains_at()
# add more failing cases
try:
Criteria().contains_at((1, 'a'), ('b', 2), ('c', 3))
assert False
except ArgumentError:
assert True
def test_remove_ends_with():
words1 = Criteria().ends_with('noir')
words1.remove_ends_with('oi')
assert words1.get_ends_with() == 'nr'
words1.remove_ends_with()
assert len(words1.get_ends_with()) == 0
Utils.set_disallowed_chars({'1', '2', '3'})
try:
words1.remove_ends_with('123')
assert False
except ArgumentError:
assert True
def test_remove_contains():
words1 = Criteria().contains('or', 'a', 'we', 'moo')
exp_list = ['or']
words1.remove_contains('we', 'a', 'moo')
assert Ct(words1.get_contains()) == Ct(exp_list)
words1.remove_contains('or')
try:
words1.remove_contains('nonexistent')
assert False
except CriteriaError:
assert True
def test_remove_contains_at():
words1 = Criteria().contains_at(('a', 1), ('b', 2), ('c', 3))
exp_dict = {2: 'b'}
words1.remove_contains_at(('c', 3), ('a', 1))
assert exp_dict == words1.get_contains_at()
try:
words1.remove_contains_at(('a', 1))
assert False
except CriteriaError:
assert True
def test_contains():
exp_list = ['or', 'we', 'a', 'moo']
words1 = Criteria().contains('or', 'a', 'we')
words1.contains('moo')
assert Ct(words1.get_contains()) == Ct(exp_list)
# add more failing cases
Utils.set_disallowed_chars({'1', '2', '3'})
try:
Criteria().contains('a', 'B', '123')
assert False
except ArgumentError:
assert True
def test_copy_constructor():
orig_words = Criteria()
orig_words.begins_with('d').ends_with('n').contains('mna', 'tion')
orig_words.contains_at(('t', 6), ('o', 8)).size_is(9)
new_words = Criteria(orig_words)
if orig_words.get_begins_with() != new_words.get_begins_with():
assert False
if orig_words.get_ends_with() != new_words.get_ends_with():
assert False
if Ct(orig_words.get_contains()) != Ct(new_words.get_contains()):
assert False
if Ct(orig_words.get_contains_at()) != Ct(new_words.get_contains_at()):
assert False
if orig_words.get_size() != new_words.get_size():
assert False
def test_ends_with():
words1 = Criteria().ends_with('NOIR')
words2 = Criteria().ends_with(['n', 'o', 'i', 'r'])
words3 = Criteria().ends_with(('n', 'o', 'i', 'r'))
assert words1.get_ends_with() == 'noir'
assert words1.get_ends_with() == words2.get_ends_with()
assert words2.get_ends_with() == words3.get_ends_with()
Utils.set_disallowed_chars({'1', '2', '3'})
try:
Criteria().ends_with('123')
assert False
except ArgumentError:
assert True
def test_remove_size():
words1 = Criteria().size_is(8)
words1.remove_size()
assert words1.get_size() is None
def test_get_words():
exp_result = ['correlates', 'corrosives', 'corrugates']
words = Criteria()
words.begins_with('c').ends_with('s').contains('or')
words.contains_at(('o', 2), ('r', 4)).size_is(10)
test_result = global_dict.get_words(words)
assert Ct(test_result) == Ct(exp_result)
exp_result = ['extrinsic']
words = Criteria()
words.begins_with('e').ends_with('c').contains('in')
words.contains_at(('x', 2), ('r', 4)).size_is(9)
test_result = scrabble_dict.get_words(words)
assert Ct(test_result) == Ct(exp_result)