def GetTestRunFilterArg(args, test_run):
""" Merges json file filters with cmdline filters using
test_filter.InitializeFilterFromArgs
"""
# Convert cmdline filters to test-filter style
filter_string = test_filter.InitializeFilterFromArgs(args)
# Only add inclusion filters if there's not already one specified, since
# they would conflict, see test_filter.ConflictingPositiveFiltersException.
if not test_filter.HasPositivePatterns(filter_string):
includes = test_run.get("includes", [])
filter_string = test_filter.AppendPatternsToFilter(
filter_string, positive_patterns=[i["match"] for i in includes])
excludes = test_run.get("excludes", [])
filter_string = test_filter.AppendPatternsToFilter(
filter_string, negative_patterns=[e["match"] for e in excludes])
if args.skip_expected_failures:
filter_string = test_filter.AppendPatternsToFilter(
filter_string, negative_patterns=GetExpectedFailures())
if filter_string:
return [TEST_FILTER_OPT + '=' + filter_string]
else:
return []
def testRepeatedAppendToFilter(self):
expected = 'positive1:positive2:positive3-negative1:negative2:negative3'
filter_string = test_filter.AppendPatternsToFilter(
'positive1-negative1', ['positive2'], ['negative2'])
actual = test_filter.AppendPatternsToFilter(filter_string,
['positive3'],
['negative3'])
self.assertEqual(actual, expected)
def testAppendBothToFilter(self):
expected = 'positive1:positive2-negative1:negative2'
actual = test_filter.AppendPatternsToFilter(
'positive1-negative1',
positive_patterns=['positive2'],
negative_patterns=['negative2'])
self.assertEqual(actual, expected)
def testAppendHashSeparatedPatternsToFilter(self):
expected = 'positive.test1:positive.test2-negative.test1:negative.test2'
actual = test_filter.AppendPatternsToFilter(
'positive#test1-negative#test1', ['positive#test2'],
['negative#test2'])
self.assertEqual(actual, expected)
def testAppendMultipleToFilter(self):
expected = 'positive1:positive2:positive3-negative1:negative2:negative3'
actual = test_filter.AppendPatternsToFilter('positive1-negative1',
['positive2', 'positive3'],
['negative2', 'negative3'])
self.assertEqual(actual, expected)
def testAppendPositiveToFilter(self):
expected = 'positive1:positive2-negative1'
actual = test_filter.AppendPatternsToFilter('positive1-negative1',
['positive2'])
self.assertEqual(actual, expected)
def testAppendToNegativeOnlyFilter(self):
expected = 'positive-negative1:negative2'
actual = test_filter.AppendPatternsToFilter('-negative1', ['positive'],
['negative2'])
self.assertEqual(actual, expected)
def testAppendToEmptyFilter(self):
expected = 'positive-negative'
actual = test_filter.AppendPatternsToFilter('', ['positive'],
['negative'])
self.assertEqual(actual, expected)
def testAppendOnlyNegativeToEmptyFilter(self):
expected = '-negative'
actual = test_filter.AppendPatternsToFilter(
'', negative_patterns=['negative'])
self.assertEqual(actual, expected)
def testAllEmpty(self):
expected = ''
actual = test_filter.AppendPatternsToFilter('', [], [])
self.assertEqual(actual, expected)
def testAppendOnlyPositiveToEmptyFilter(self):
expected = 'positive'
actual = test_filter.AppendPatternsToFilter('', ['positive'])
self.assertEquals(actual, expected)
