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139 lines
6.0 KiB
Python
139 lines
6.0 KiB
Python
# -*- coding: utf-8 -*-
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from __future__ import (absolute_import, division, print_function,
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unicode_literals)
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import re
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import datetime
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import mock
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from distutils.version import StrictVersion
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from redis import Redis
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from tests import RQTestCase, fixtures
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from rq.utils import backend_class, ensure_list, first, get_version, is_nonstring_iterable, parse_timeout, utcparse, \
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split_list, ceildiv, get_call_string, truncate_long_string
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from rq.exceptions import TimeoutFormatError
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class TestUtils(RQTestCase):
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def test_parse_timeout(self):
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"""Ensure function parse_timeout works correctly"""
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self.assertEqual(12, parse_timeout(12))
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self.assertEqual(12, parse_timeout('12'))
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self.assertEqual(12, parse_timeout('12s'))
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self.assertEqual(720, parse_timeout('12m'))
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self.assertEqual(3600, parse_timeout('1h'))
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self.assertEqual(3600, parse_timeout('1H'))
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def test_parse_timeout_coverage_scenarios(self):
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"""Test parse_timeout edge cases for coverage"""
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timeouts = ['h12', 'h', 'm', 's', '10k']
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self.assertEqual(None, parse_timeout(None))
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with self.assertRaises(TimeoutFormatError):
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for timeout in timeouts:
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parse_timeout(timeout)
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def test_first(self):
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"""Ensure function first works correctly"""
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self.assertEqual(42, first([0, False, None, [], (), 42]))
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self.assertEqual(None, first([0, False, None, [], ()]))
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self.assertEqual('ohai', first([0, False, None, [], ()], default='ohai'))
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self.assertEqual('bc', first(re.match(regex, 'abc') for regex in ['b.*', 'a(.*)']).group(1))
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self.assertEqual(4, first([1, 1, 3, 4, 5], key=lambda x: x % 2 == 0))
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def test_is_nonstring_iterable(self):
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"""Ensure function is_nonstring_iterable works correctly"""
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self.assertEqual(True, is_nonstring_iterable([]))
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self.assertEqual(False, is_nonstring_iterable('test'))
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self.assertEqual(True, is_nonstring_iterable({}))
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self.assertEqual(True, is_nonstring_iterable(()))
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def test_ensure_list(self):
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"""Ensure function ensure_list works correctly"""
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self.assertEqual([], ensure_list([]))
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self.assertEqual(['test'], ensure_list('test'))
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self.assertEqual({}, ensure_list({}))
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self.assertEqual((), ensure_list(()))
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def test_utcparse(self):
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"""Ensure function utcparse works correctly"""
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utc_formated_time = '2017-08-31T10:14:02.123456Z'
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self.assertEqual(datetime.datetime(2017, 8, 31, 10, 14, 2, 123456), utcparse(utc_formated_time))
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def test_utcparse_legacy(self):
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"""Ensure function utcparse works correctly"""
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utc_formated_time = '2017-08-31T10:14:02Z'
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self.assertEqual(datetime.datetime(2017, 8, 31, 10, 14, 2), utcparse(utc_formated_time))
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def test_backend_class(self):
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"""Ensure function backend_class works correctly"""
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self.assertEqual(fixtures.DummyQueue, backend_class(fixtures, 'DummyQueue'))
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self.assertNotEqual(fixtures.say_pid, backend_class(fixtures, 'DummyQueue'))
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self.assertEqual(fixtures.DummyQueue, backend_class(fixtures, 'DummyQueue', override=fixtures.DummyQueue))
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self.assertEqual(fixtures.DummyQueue,
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backend_class(fixtures, 'DummyQueue', override='tests.fixtures.DummyQueue'))
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def test_get_redis_version(self):
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"""Ensure get_version works properly"""
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redis = Redis()
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self.assertTrue(isinstance(get_version(redis), StrictVersion))
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# Parses 3 digit version numbers correctly
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class DummyRedis(Redis):
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def info(*args):
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return {'redis_version': '4.0.8'}
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self.assertEqual(get_version(DummyRedis()), StrictVersion('4.0.8'))
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# Parses 3 digit version numbers correctly
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class DummyRedis(Redis):
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def info(*args):
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return {'redis_version': '3.0.7.9'}
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self.assertEqual(get_version(DummyRedis()), StrictVersion('3.0.7'))
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def test_ceildiv_even(self):
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"""When a number is evenly divisible by another ceildiv returns the quotient"""
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dividend = 12
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divisor = 4
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self.assertEqual(ceildiv(dividend, divisor), dividend // divisor)
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def test_ceildiv_uneven(self):
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"""When a number is not evenly divisible by another ceildiv returns the quotient plus one"""
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dividend = 13
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divisor = 4
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self.assertEqual(ceildiv(dividend, divisor), dividend // divisor + 1)
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def test_split_list(self):
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"""Ensure split_list works properly"""
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BIG_LIST_SIZE = 42
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SEGMENT_SIZE = 5
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big_list = ['1'] * BIG_LIST_SIZE
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small_lists = list(split_list(big_list, SEGMENT_SIZE))
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expected_small_list_count = ceildiv(BIG_LIST_SIZE, SEGMENT_SIZE)
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self.assertEqual(len(small_lists), expected_small_list_count)
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def test_truncate_long_string(self):
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"""Ensure truncate_long_string works properly"""
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assert truncate_long_string("12", max_length=3) == "12"
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assert truncate_long_string("123", max_length=3) == "123"
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assert truncate_long_string("1234", max_length=3) == "123..."
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assert truncate_long_string("12345", max_length=3) == "123..."
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s = "long string but no max_length provided so no truncating should occur" * 10
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assert truncate_long_string(s) == s
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def test_get_call_string(self):
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"""Ensure a case, when func_name, args and kwargs are not None, works properly"""
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cs = get_call_string("f", ('some', 'args', 42), {"key1": "value1", "key2": True})
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assert cs == "f('some', 'args', 42, key1='value1', key2=True)"
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def test_get_call_string_with_max_length(self):
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"""Ensure get_call_string works properly when max_length is provided"""
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func_name = "f"
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args = (1234, 12345, 123456)
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kwargs = {"len4": 1234, "len5": 12345, "len6": 123456}
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cs = get_call_string(func_name, args, kwargs, max_length=5)
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assert cs == "f(1234, 12345, 12345..., len4=1234, len5=12345, len6=12345...)"
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