def test_call(self, testobj, data):
""" Test the __call__ method for each test record and blacklist option.
"""
filter, blacklist = testobj
expect = data if data["accept"] is not blacklist else None
assert expect == filter(data)
return
def test_call(self, testobj, data):
""" Test the __call__ method for each test record and blacklist option.
"""
filter, blacklist = testobj
expect = data if data["accept"] is not blacklist else None
assert expect == filter(data)
return
def test_call(self, testobj, data):
""" Test the __call__ method for each test string and blacklist option.
"""
filter, blacklist = testobj
text = data["text"]
expect = text if data["accept"] is not blacklist else None
assert expect == filter(text)
return
def test_call(self, testobj, data):
""" Test the __call__ method for each test string and blacklist option.
"""
filter, blacklist = testobj
text = data["text"]
expect = text if data["accept"] is not blacklist else None
assert expect == filter(text)
return
def test_call_missing(self, testobj, data):
""" Test the __call__ method for each test record and blacklist option.
"""
filter, blacklist = testobj
data = data.copy() # record is NOT test-independent
del data["value"]
expect = data if blacklist else None
assert expect == filter(data)
return
def test_call_missing(self, testobj, data):
""" Test the __call__ method for each test record and blacklist option.
"""
filter, blacklist = testobj
data = data.copy() # record is NOT test-independent
del data["value"]
expect = data if blacklist else None
assert expect == filter(data)
return
def test_call_limits(self, data, start, stop):
""" Test the __call__() method with default limits.
"""
filter = RangeFilter("value", start, stop)
if start is None:
expect = data if data["value"] < stop else None
elif stop is None:
expect = data if start <= data["value"] else None
else:
assert False # shouldn't get here
assert expect == filter(data)
return
def test_call_limits(self, data, start, stop):
""" Test the __call__() method with default limits.
"""
filter = RangeFilter("value", start, stop)
if start is None:
expect = data if data["value"] < stop else None
elif stop is None:
expect = data if start <= data["value"] else None
else:
assert False # shouldn't get here
assert expect == filter(data)
return
