def test_destructive() -> None:
positive_test(
items={
get_random_string(length=5): get_random_string(length=5)
for _ in range(10_000)
})
positive_test(items={get_random_string(length=10_000): "v"})
def test_destructive() -> None:
positive_test(key="k" * 10_000, value="v")
positive_test(key="k", value="v" * 10_000)
positive_test(key="k" * 10_000, value="v" * 10_000)
positive_test(key=get_random_string(length=10_000), value="v")
positive_test(key="k", value=get_random_string(length=10_000))
positive_test(key=get_random_string(length=10_000),
value=get_random_string(length=10_000))
def test_createNote_length_overflows(self):
self.login()
pk = 1
# Topic
response = self.client.post('/note/', {'topic': get_random_string(2001), 'text': 'text', 'level_id': 1})
assert_error_response(response, ErrorMessage.Type.INCORRECT_DATA)
# Text
response = self.client.post('/note/', {'topic': 'topic', 'text': get_random_string(2001), 'level_id': 1})
assert_error_response(response, ErrorMessage.Type.INCORRECT_DATA)
def test_error_rate(filter_, acceptable_error_rate):
strings_to_add = set(get_random_string(3, 9) for _ in range(CAPACITY))
strings_to_check = set(get_random_string(3, 9) for _ in range(CAPACITY))
strings_to_check -= strings_to_add
for s in strings_to_add:
filter_.add(s)
false_positives_count = 0
for s in strings_to_check:
if s in filter_:
false_positives_count += 1
true_error_rate = false_positives_count / len(strings_to_check)
print(filter_.__class__.__name__, true_error_rate, acceptable_error_rate)
assert true_error_rate <= acceptable_error_rate
def _create_random_note(self, level_id=0):
topic = 'Create' + utils.get_random_string(10)
response = self.client.post('/note/', {
'topic': topic,
'text': 'text',
'level_id': level_id
})
self.assertEqual(response.status_code, 201)
"loc": ["body", "key"],
"msg": "str type expected",
"type": "type_error.str"
}]
}
assert 0.1 > execution_time
def test_destructive() -> None:
positive_test(
items={
get_random_string(length=5): get_random_string(length=5)
for _ in range(10_000)
})
positive_test(items={get_random_string(length=10_000): "v"})
positive_test(items={"k": get_random_string(length=10_000)})
positive_test(
items={
get_random_string(length=10_000): get_random_string(length=10_000)
})
if __name__ == "__main__":
import logging
logging.basicConfig(level=logging.INFO)
test_positive()
test_negative()
test_destructive()
def test_destructive() -> None:
positive_test(keys=[get_random_string(length=10_000)])
positive_test(keys=["v" for _ in range(10_000)])
positive_test(keys=[get_random_string(length=1) for _ in range(10_000)])