def test_parse_without_exceptions(self):
for line in self.loglines:
msg = logengine.createMessage(line)
self.assertTrue(msg, "unparseable: %s" % line)
self.assertFalse(msg.facility is None,
"Message has no facility: {0!r}\n{1!r}"
.format(line, vars(msg)))
def test_insert(self):
for line in self.loglines:
database = Mock('cursor')
database.fetchone = lambda: [random.randint(1, 10000)]
def execute(sql, params=()):
return sql % params
database.execute = execute
message = logengine.createMessage(line)
self.assertTrue(message, "unparseable: %s" % line)
logengine.insert_message(message, database,
{}, {}, {},
{}, {}, {})
def test_should_parse_facility_correctly(self):
msg = logengine.createMessage(self.message)
self.assertEquals(msg.facility, self.facility)
def test_should_parse_timestamp_correctly(self):
msg = logengine.createMessage(self.message)
self.assertEquals(msg.time, self.timestamp)
def test_should_parse_without_exception(self):
msg = logengine.createMessage(self.message)
def _line_doesnt_parse(line):
msg = logengine.createMessage(line)
assert msg is None, "line shouldn't be parseable: %s" % line
def test_should_parse_description_correctly(self):
msg = logengine.createMessage(self.message)
self.assertEquals(msg.description, self.description)
def test_should_parse_mnemonic_correctly(self):
msg = logengine.createMessage(self.message)
self.assertEquals(msg.mnemonic, self.mnemonic)
def test_should_parse_priority_correctly(self):
msg = logengine.createMessage(self.message)
self.assertEquals(msg.priorityid, self.priority)