def test_catch_closed(self):
"""
This test ensures that L{Closed} exception raised by C{amq_connected}
is swallowed by L{AMQFactory}.
"""
errors = flush_logged_errors()
self.assertEquals(len(errors), 0)
def test_catch_closed(self):
"""
This test ensures that L{Closed} exception raised by C{amq_connected}
is swallowed by L{AMQFactory}.
"""
errors = flush_logged_errors()
self.assertEquals(len(errors), 0)
def test_bad_timestamp(self):
"""
Valid JSON with an invalid timestamp is an HTTP BAD_REQUEST.
"""
req = self.submit(self.BAD_TIMESTAMP)
req.addCallback(self.check_response_code, http.BAD_REQUEST)
req.addCallback(lambda _: flush_logged_errors(BadRequest))
return req
def test_query_with_negative_limit(self):
"""
``query`` raises ``BadRequest`` when a negative value is
specified for the `limit` key.
"""
d = self.setup_results()
d.addCallback(self.run_query, limit=-1)
d.addCallback(self.check_response_code, http.BAD_REQUEST)
d.addCallback(lambda _: flush_logged_errors(BadRequest))
return d
def test_non_integer_limit_query_arg(self):
"""
``query`` raises ``BadRequest`` when a non-integer value is
is specified for the `limit` key.
"""
d = self.setup_results()
d.addCallback(self.run_query, limit="one")
d.addCallback(self.check_response_code, http.BAD_REQUEST)
d.addCallback(lambda _: flush_logged_errors(BadRequest))
return d
def test_multiple_query_args_of_same_type(self):
"""
``query`` raises ``BadRequest`` when multiple values for a key
are specified.
"""
d = self.setup_results()
d.addCallback(self.run_query, filter={u"branch": [u"1", u"2"]})
d.addCallback(self.check_response_code, http.BAD_REQUEST)
d.addCallback(lambda _: flush_logged_errors(BadRequest))
return d
def test_unsupported_query_arg(self):
"""
``query`` raises ``BadRequest`` when an unsupported query
argument is specified.
"""
d = self.setup_results()
d.addCallback(self.run_query, filter={u"unsupported": u"ignored"})
d.addCallback(self.check_response_code, http.BAD_REQUEST)
d.addCallback(lambda _: flush_logged_errors(BadRequest))
return d
def test_unexpectedErrorAndNotificationFailure(self):
# If unexpectedError is called while a notification is pending and the
# notification subsequently fails, the first failure "wins" and is
# passed on to the termination deferred.
deferred = defer.Deferred()
self.protocol.runNotification(lambda: deferred)
self.protocol.unexpectedError(makeFailure(TypeError))
runtime_error_failure = makeFailure(RuntimeError)
deferred.errback(runtime_error_failure)
self.assertEqual(flush_logged_errors(RuntimeError),
[runtime_error_failure])
return assert_fails_with(self.termination_deferred, TypeError)
def test_unexpectedErrorAndNotificationFailure(self):
# If unexpectedError is called while a notification is pending and the
# notification subsequently fails, the first failure "wins" and is
# passed on to the termination deferred.
deferred = defer.Deferred()
self.protocol.runNotification(lambda : deferred)
self.protocol.unexpectedError(makeFailure(TypeError))
runtime_error_failure = makeFailure(RuntimeError)
deferred.errback(runtime_error_failure)
self.assertEqual(
flush_logged_errors(RuntimeError), [runtime_error_failure])
return assert_fails_with(
self.termination_deferred, TypeError)
def test_uncleanExitAndPendingNotificationFails(self):
# If the process exits with a non-zero exit code while a
# notification is pending and the notification subsequently
# fails, the ProcessTerminated is still passed on to the
# termination deferred.
deferred = defer.Deferred()
self.protocol.runNotification(lambda: deferred)
self.simulateProcessExit(clean=False)
runtime_error_failure = makeFailure(RuntimeError)
deferred.errback(runtime_error_failure)
self.assertEqual(flush_logged_errors(RuntimeError),
[runtime_error_failure])
return assert_fails_with(self.termination_deferred,
error.ProcessTerminated)
def test_uncleanExitAndPendingNotificationFails(self):
# If the process exits with a non-zero exit code while a
# notification is pending and the notification subsequently
# fails, the ProcessTerminated is still passed on to the
# termination deferred.
deferred = defer.Deferred()
self.protocol.runNotification(lambda : deferred)
self.simulateProcessExit(clean=False)
runtime_error_failure = makeFailure(RuntimeError)
deferred.errback(runtime_error_failure)
self.assertEqual(
flush_logged_errors(RuntimeError), [runtime_error_failure])
return assert_fails_with(
self.termination_deferred, error.ProcessTerminated)
def test_errorBeforeStatusReportAndFailingMirrorFailed(self):
# If the subprocess exits before reporting success or failure, *and*
# the attempt to record failure fails, there's not much we can do but
# we should still not hang. In keeping with the general policy, we
# fire the termination deferred with the first thing to go wrong --
# the process termination in this case -- and log.err() the failed
# attempt to call mirrorFailed().
runtime_error_failure = makeFailure(RuntimeError)
class FailingMirrorFailedStubPullerListener(self.StubPullerListener):
def mirrorFailed(self, message, oops):
return runtime_error_failure
self.protocol.listener = FailingMirrorFailedStubPullerListener()
self.listener = self.protocol.listener
self.protocol.errReceived('traceback')
self.simulateProcessExit(clean=False)
self.assertEqual(
flush_logged_errors(RuntimeError), [runtime_error_failure])
return assert_fails_with(
self.termination_deferred, error.ProcessTerminated)
def test_errorBeforeStatusReportAndFailingMirrorFailed(self):
# If the subprocess exits before reporting success or failure, *and*
# the attempt to record failure fails, there's not much we can do but
# we should still not hang. In keeping with the general policy, we
# fire the termination deferred with the first thing to go wrong --
# the process termination in this case -- and log.err() the failed
# attempt to call mirrorFailed().
runtime_error_failure = makeFailure(RuntimeError)
class FailingMirrorFailedStubPullerListener(self.StubPullerListener):
def mirrorFailed(self, message, oops):
return runtime_error_failure
self.protocol.listener = FailingMirrorFailedStubPullerListener()
self.listener = self.protocol.listener
self.protocol.errReceived('traceback')
self.simulateProcessExit(clean=False)
self.assertEqual(flush_logged_errors(RuntimeError),
[runtime_error_failure])
return assert_fails_with(self.termination_deferred,
error.ProcessTerminated)
def check_finishJob_called(result):
self.assertEqual(
[('finishJobID', job_id, 'SUCCESS', '')],
worker_monitor.codeimport_endpoint.calls)
errors = flush_logged_errors(Fail)
self.assertEqual(1, len(errors))
def check_finishJob_called(result):
self.assertEqual([('finishJobID', job_id, 'SUCCESS', '')],
worker_monitor.codeimport_endpoint.calls)
errors = flush_logged_errors(Fail)
self.assertEqual(1, len(errors))
def flush_errback(f):
flush_logged_errors(BadKeyError)
return f
