def test_emit_system(self):
"""
This is a system test to check that handler.emit() reached
windows event log.
"""
# Source name is static to know where to look at.
# We will use event_id and content to identity an emited log.
source_name = 'chevah-server-test-suite'
# Unique string/number are only unique inside a single test run.
# Since we interact with external system we need to generate
# some more random values.
event_id = random.randint(0, 50000)
text = unicode(manufacture.uuid4())
handler = WindowsEventLogHandler(source_name)
record = LogEntry(event_id, text)
handler.emit(record)
event = self.getWindowsEvent(
source_name=source_name, event_id=event_id)
# We got an event from our static source with a random ID.
# Now check that content is right.
self.assertEqual(1, len(event.StringInserts))
self.assertEqual(text, event.StringInserts[0])
def test_getMessageID_no_id(self):
"""
1 is returned if log_entry/record does not have an id.
"""
source_name = manufacture.getUniqueString()
handler = WindowsEventLogHandler(source_name)
record = self.Bunch()
result = handler.getMessageID(record)
self.assertEqual(1, result)
def test_getMessageID_no_integer(self):
"""
1 is returned if log_entry/record does not have a valid integer ID.
"""
source_name = manufacture.getUniqueString()
handler = WindowsEventLogHandler(source_name)
record = LogEntry('no_int', 'don-t care')
result = handler.getMessageID(record)
self.assertEqual(1, result)
def test_getMessageID_valid(self):
"""
The event id is returned if log_entry/record has a valid id.
"""
source_name = manufacture.getUniqueString()
handler = WindowsEventLogHandler(source_name)
record = self.Bunch(message_id='2')
result = handler.getMessageID(record)
self.assertEqual(2, result)
# Let's try with an int.
record = self.Bunch(message_id=3)
result = handler.getMessageID(record)
self.assertEqual(3, result)