def test_raven_method(self):
def exception_call2(a, b, c):
return a + b + c / (a - b)
def exception_call1(x, y):
return exception_call2(y, x, 42)
try:
exception_call1(5, 5)
except:
self.client.raven('some message')
eq_(1, len(self.client.sender.msgs))
msg = json.loads(self.client.sender.msgs[0])
rc = RavenClient()
sentry_fields = rc.decode(msg['payload'])
eq_(sentry_fields['culprit'], 'test_metlog in exception_call2')
eq_(len(sentry_fields['sentry.interfaces.Stacktrace']['frames']), 3)
eq_(sentry_fields['extra']['msg'], 'some message')
eq_(msg['logger'], '')
eq_(msg['fields']['msg'], 'some message')
eq_(msg['type'], 'sentry')
eq_(msg['severity'], SEVERITY.ERROR)
eq_(msg['fields']['dsn'], self.dsn)
def test_capture_stack(self):
###
def exception_call2(a, b, c):
return a + b + c / (a - b)
@capture_stack
def exception_call1(x, y):
return exception_call2(y, x, 42)
###
msgs = []
try:
exception_call1(5, 5)
except:
msgs = [json.loads(m) for m in self.client.sender.msgs]
# There should be 1 exception
eq_(len(msgs), 1)
# We should have a culprit of exception_call2
event = msgs[0]
rc = RavenClient()
sentry_fields = rc.decode(event['payload'])
eq_(sentry_fields['culprit'], 'test_metlog in exception_call2')
frames = sentry_fields['sentry.interfaces.Stacktrace']['frames']
culprit_frame = [f for f in frames \
if f['function'] == 'exception_call2'][0]
# Check for the variables that cause the divide by zero
eq_(culprit_frame['vars']['a'], culprit_frame['vars']['b'], 5)
eq_(event['severity'], SEVERITY.ERROR)
