def test_hex_fail(self):
processor = ClientParsing.StringProcessor()
conversions = [(ClientParsing.STRING_CONVERSION_DECODE, 'hex')]
string_converter = ClientParsing.StringConverter(
conversions=conversions)
#
processing_steps = []
processing_steps.append(string_converter)
processing_steps.append(
ClientParsing.StringMatch(
match_type=ClientParsing.STRING_MATCH_FLEXIBLE,
match_value=ClientParsing.NUMERIC))
processor.SetProcessingSteps(processing_steps)
self.assertEqual(processor.ProcessStrings(['0123456789abcdef']), [])
#
processing_steps = []
processing_steps.append(string_converter)
processing_steps.append(ClientParsing.StringSplitter(separator=','))
processor.SetProcessingSteps(processing_steps)
self.assertEqual(processor.ProcessStrings(['0123456789abcdef']), [])
def test_basics(self):
processor = ClientParsing.StringProcessor()
self.assertEqual(processor.ProcessStrings([]), [])
self.assertEqual(processor.ProcessStrings(['test']), ['test'])
self.assertEqual(
processor.ProcessStrings(['test', 'test', '', 'test2']),
['test', 'test', '', 'test2'])
processing_steps = []
processing_steps.append(
ClientParsing.StringSplitter(separator=',', max_splits=2))
processing_steps.append(
ClientParsing.StringMatch(
match_type=ClientParsing.STRING_MATCH_FLEXIBLE,
match_value=ClientParsing.NUMERIC))
conversions = [(ClientParsing.STRING_CONVERSION_APPEND_TEXT, 'abc')]
processing_steps.append(
ClientParsing.StringConverter(conversions=conversions))
processor.SetProcessingSteps(processing_steps)
expected_result = ['1abc', '123abc']
self.assertEqual(processor.ProcessStrings(['1,a,2,3', 'test', '123']),
expected_result)
