def test_shouldReturnUnknownWhenInputIncorrectlyFormattedErrorLogMessage(
self):
input_log_message = "Completed armadillo processing"
expected_log_message = Unknown(input_log_message)
log_message_parsed = ErrorLogMessage.parse(input_log_message)
self.assertEqual(expected_log_message, log_message_parsed)
def parse(cls, input_log_message):
expected_pattern = 'I\s(\d*)\s(.*)'
match = re.search(expected_pattern, input_log_message)
if match:
return InformationLogMessage(MessageType.INFO, int(match.group(1)),
match.group(2))
else:
return Unknown(input_log_message)
def parse(input_log) -> LogMessage or Unknown:
parsed_log_message = Unknown('')
for logMessage in LogMessage.subclasses:
parsed_log_message = logMessage.parse(input_log)
if not isinstance(parsed_log_message, Unknown):
return parsed_log_message
return parsed_log_message
def parse(cls, input_log_message):
expected_pattern = 'W\s(\d*)\s(.*)'
match = re.search(expected_pattern, input_log_message)
if match:
return WarningLogMessage(MessageType.WARNING, int(match.group(1)),
match.group(2))
else:
return Unknown(input_log_message)
def parse(cls, input_log_message):
expected_pattern = 'E\s(\d*)\s(\d*)\s(.*)'
match = re.search(expected_pattern, input_log_message)
if match:
return ErrorLogMessage(MessageType.ERROR, int(match.group(1)),
int(match.group(2)), match.group(3))
else:
return Unknown(input_log_message)
def test_shouldReturnUnknownWhenIncorrectLogMessageIsInput(self):
input_log_messages = [
"Completed armadillo processing",
"I Completed armadillo processing",
"W Completed armadillo processing",
"E 1 Completed armadillo processing",
"E Completed armadillo processing",
]
for input_log_message in input_log_messages:
expected_log_message = Unknown(input_log_message)
log_message_parsed = LogMessageParser.parse(input_log_message)
self.assertEqual(expected_log_message, log_message_parsed)