def test_unique():
"""
This should add the unique values of itr to unique_list.
"""
itr = [6, 1, 2, 1, 7, 41.2, '41.2', 1, '41.2']
unique_list = []
for elem in util.unique(itr):
unique_list.append(elem)
assert unique_list == [6, 1, 2, 7, 41.2, '41.2']
def test_unique():
"""
This should add the unique values of itr to unique_list.
"""
itr = [6, 1, 2, 1, 7, 41.2, '41.2', 1, '41.2']
unique_list = []
for elem in util.unique(itr):
unique_list.append(elem)
assert unique_list == [6, 1, 2, 7, 41.2, '41.2']
def test_unique_key():
"""
This should add each element of itr to unique_list if no preceding
element is congruent to it in mod 10.
"""
itr = [7, 3, 17, 104, 6, 1006, 117, 14, 10]
unique_list = []
for elem in util.unique(itr, lambda x: x % 10):
unique_list.append(elem)
assert unique_list == [7, 3, 104, 6, 10]
def test_unique_key():
"""
This should add each element of itr to unique_list if no preceding
element is congruent to it in mod 10.
"""
itr = [7, 3, 17, 104, 6, 1006, 117, 14, 10]
unique_list = []
for elem in util.unique(itr, lambda x: x % 10):
unique_list.append(elem)
assert unique_list == [7, 3, 104, 6, 10]
def _merge(self, responses):
""" Implementation detail. """
return list(unique(chain.from_iterable(responses), _freeze))
def _merge(self, responses):
""" Implementation detail. """
return list(unique(chain.from_iterable(responses), _freeze))
def merge(self, responses):
return list(unique(chain.from_iterable(responses), _freeze))