205 lines
10 KiB
Python
Executable File
205 lines
10 KiB
Python
Executable File
#!/usr/bin/env python
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# Copyright (c) 2013 The Chromium Authors. All rights reserved.
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# Use of this source code is governed by a BSD-style license that can be
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# found in the LICENSE file.
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"""Unit tests for update_perf_expectations."""
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import copy
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from StringIO import StringIO
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import unittest
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import make_expectations as perf_ex_lib
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import update_perf_expectations as upe_mod
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# A separate .json file contains the list of test cases we'll use.
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# The tests used to be defined inline here, but are >80 characters in length.
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# Now they are expected to be defined in file ./sample_test_cases.json.
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# Create a dictionary of tests using .json file.
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all_tests = perf_ex_lib.ConvertJsonIntoDict(
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perf_ex_lib.ReadFile('sample_test_cases.json'))
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# Get all keys.
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all_tests_keys = all_tests.keys()
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def VerifyPreparedTests(self, tests_to_update, reva, revb):
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# Work with a copy of the set of tests.
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all_tests_copy = copy.deepcopy(all_tests)
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upe_mod.PrepareTestsForUpdate(tests_to_update, all_tests_copy, reva, revb)
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# Make sure reva < revb
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if reva > revb:
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temp = reva
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reva = revb
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revb = temp
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# Run through all tests and make sure only those that were
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# specified to be modified had their 'sha1' value removed.
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for test_key in all_tests_keys:
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new_test_value = all_tests_copy[test_key]
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original_test_value = all_tests[test_key]
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if test_key in tests_to_update:
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# Make sure there is no "sha1".
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self.assertFalse('sha1' in new_test_value)
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# Make sure reva and revb values are correctly set.
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self.assertEqual(reva, new_test_value['reva'])
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self.assertEqual(revb, new_test_value['revb'])
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else:
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# Make sure there is an "sha1" value
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self.assertTrue('sha1' in new_test_value)
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# Make sure the sha1, reva and revb values have not changed.
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self.assertEqual(original_test_value['sha1'], new_test_value['sha1'])
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self.assertEqual(original_test_value['reva'], new_test_value['reva'])
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self.assertEqual(original_test_value['revb'], new_test_value['revb'])
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class UpdatePerfExpectationsTest(unittest.TestCase):
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def testFilterMatch(self):
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"""Verifies different regular expressions test filter."""
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self.maxDiff = None
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# Tests to update specified by a single literal string.
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tests_to_update = 'win-release/media_tests_av_perf/fps/tulip2.webm'
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expected_tests_list = ['win-release/media_tests_av_perf/fps/tulip2.webm']
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self.assertEqual(expected_tests_list,
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upe_mod.GetMatchingTests(tests_to_update,
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all_tests_keys))
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# Tests to update specified by a single reg-ex
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tests_to_update = 'win-release/media_tests_av_perf/fps.*'
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expected_tests_list = ['win-release/media_tests_av_perf/fps/crowd1080.webm',
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'win-release/media_tests_av_perf/fps/crowd2160.webm',
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'win-release/media_tests_av_perf/fps/crowd360.webm',
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'win-release/media_tests_av_perf/fps/crowd480.webm',
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'win-release/media_tests_av_perf/fps/crowd720.webm',
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'win-release/media_tests_av_perf/fps/tulip2.m4a',
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'win-release/media_tests_av_perf/fps/tulip2.mp3',
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'win-release/media_tests_av_perf/fps/tulip2.mp4',
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'win-release/media_tests_av_perf/fps/tulip2.ogg',
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'win-release/media_tests_av_perf/fps/tulip2.ogv',
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'win-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/fps/tulip2.webm']
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actual_list = upe_mod.GetMatchingTests(tests_to_update,
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all_tests_keys)
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actual_list.sort()
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self.assertEqual(expected_tests_list, actual_list)
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# Tests to update are specified by a single reg-ex, spanning multiple OSes.
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tests_to_update = '.*-release/media_tests_av_perf/fps.*'
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expected_tests_list = ['linux-release/media_tests_av_perf/fps/tulip2.m4a',
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'linux-release/media_tests_av_perf/fps/tulip2.mp3',
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'linux-release/media_tests_av_perf/fps/tulip2.mp4',
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'linux-release/media_tests_av_perf/fps/tulip2.ogg',
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'linux-release/media_tests_av_perf/fps/tulip2.ogv',
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'linux-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/fps/crowd1080.webm',
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'win-release/media_tests_av_perf/fps/crowd2160.webm',
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'win-release/media_tests_av_perf/fps/crowd360.webm',
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'win-release/media_tests_av_perf/fps/crowd480.webm',
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'win-release/media_tests_av_perf/fps/crowd720.webm',
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'win-release/media_tests_av_perf/fps/tulip2.m4a',
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'win-release/media_tests_av_perf/fps/tulip2.mp3',
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'win-release/media_tests_av_perf/fps/tulip2.mp4',
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'win-release/media_tests_av_perf/fps/tulip2.ogg',
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'win-release/media_tests_av_perf/fps/tulip2.ogv',
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'win-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/fps/tulip2.webm']
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actual_list = upe_mod.GetMatchingTests(tests_to_update,
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all_tests_keys)
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actual_list.sort()
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self.assertEqual(expected_tests_list, actual_list)
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def testLinesFromInputFile(self):
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"""Verifies different string formats specified in input file."""
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# Tests to update have been specified by a single literal string in
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# an input file.
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# Use the StringIO class to mock a file object.
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lines_from_file = StringIO(
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'win-release/media_tests_av_perf/fps/tulip2.webm')
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contents = lines_from_file.read()
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expected_tests_list = ['win-release/media_tests_av_perf/fps/tulip2.webm']
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actual_list = upe_mod.GetTestsToUpdate(contents, all_tests_keys)
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actual_list.sort()
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self.assertEqual(expected_tests_list, actual_list)
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lines_from_file.close()
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# Tests to update specified by a single reg-ex in an input file.
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lines_from_file = StringIO('win-release/media_tests_av_perf/fps/tulip2.*\n')
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contents = lines_from_file.read()
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expected_tests_list = ['win-release/media_tests_av_perf/fps/tulip2.m4a',
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'win-release/media_tests_av_perf/fps/tulip2.mp3',
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'win-release/media_tests_av_perf/fps/tulip2.mp4',
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'win-release/media_tests_av_perf/fps/tulip2.ogg',
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'win-release/media_tests_av_perf/fps/tulip2.ogv',
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'win-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/fps/tulip2.webm']
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actual_list = upe_mod.GetTestsToUpdate(contents, all_tests_keys)
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actual_list.sort()
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self.assertEqual(expected_tests_list, actual_list)
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lines_from_file.close()
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# Tests to update specified by multiple lines in an input file.
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lines_from_file = StringIO(
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'.*-release/media_tests_av_perf/fps/tulip2.*\n'
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'win-release/media_tests_av_perf/dropped_fps/tulip2.*\n'
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'linux-release/media_tests_av_perf/audio_latency/latency')
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contents = lines_from_file.read()
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expected_tests_list = [
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'linux-release/media_tests_av_perf/audio_latency/latency',
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'linux-release/media_tests_av_perf/fps/tulip2.m4a',
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'linux-release/media_tests_av_perf/fps/tulip2.mp3',
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'linux-release/media_tests_av_perf/fps/tulip2.mp4',
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'linux-release/media_tests_av_perf/fps/tulip2.ogg',
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'linux-release/media_tests_av_perf/fps/tulip2.ogv',
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'linux-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/dropped_fps/tulip2.wav',
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'win-release/media_tests_av_perf/dropped_fps/tulip2.webm',
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'win-release/media_tests_av_perf/fps/tulip2.m4a',
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'win-release/media_tests_av_perf/fps/tulip2.mp3',
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'win-release/media_tests_av_perf/fps/tulip2.mp4',
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'win-release/media_tests_av_perf/fps/tulip2.ogg',
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'win-release/media_tests_av_perf/fps/tulip2.ogv',
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'win-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/fps/tulip2.webm']
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actual_list = upe_mod.GetTestsToUpdate(contents, all_tests_keys)
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actual_list.sort()
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self.assertEqual(expected_tests_list, actual_list)
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lines_from_file.close()
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def testPreparingForUpdate(self):
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"""Verifies that tests to be modified are changed as expected."""
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tests_to_update = [
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'linux-release/media_tests_av_perf/audio_latency/latency',
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'linux-release/media_tests_av_perf/fps/tulip2.m4a',
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'linux-release/media_tests_av_perf/fps/tulip2.mp3',
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'linux-release/media_tests_av_perf/fps/tulip2.mp4',
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'linux-release/media_tests_av_perf/fps/tulip2.ogg',
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'linux-release/media_tests_av_perf/fps/tulip2.ogv',
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'linux-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/dropped_fps/tulip2.wav',
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'win-release/media_tests_av_perf/dropped_fps/tulip2.webm',
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'win-release/media_tests_av_perf/fps/tulip2.mp3',
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'win-release/media_tests_av_perf/fps/tulip2.mp4',
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'win-release/media_tests_av_perf/fps/tulip2.ogg',
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'win-release/media_tests_av_perf/fps/tulip2.ogv',
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'win-release/media_tests_av_perf/fps/tulip2.wav',
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'win-release/media_tests_av_perf/fps/tulip2.webm']
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# Test regular positive integers.
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reva = 12345
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revb = 54321
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VerifyPreparedTests(self, tests_to_update, reva, revb)
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# Test negative values.
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reva = -54321
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revb = 12345
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with self.assertRaises(ValueError):
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upe_mod.PrepareTestsForUpdate(tests_to_update, all_tests, reva, revb)
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# Test reva greater than revb.
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reva = 54321
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revb = 12345
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upe_mod.PrepareTestsForUpdate(tests_to_update, all_tests, reva, revb)
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# Test non-integer values
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reva = 'sds'
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revb = 12345
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with self.assertRaises(ValueError):
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upe_mod.PrepareTestsForUpdate(tests_to_update, all_tests, reva, revb)
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if __name__ == '__main__':
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unittest.main()
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