def test_assessor(self):
_reverse_io()
send(
CommandType.ReportMetricData,
'{"trial_job_id":"A","type":"PERIODICAL","sequence":0,"value":2}')
send(
CommandType.ReportMetricData,
'{"trial_job_id":"B","type":"PERIODICAL","sequence":0,"value":2}')
send(
CommandType.ReportMetricData,
'{"trial_job_id":"A","type":"PERIODICAL","sequence":1,"value":3}')
send(CommandType.TrialEnd,
'{"trial_job_id":"A","event":"SYS_CANCELED"}')
send(CommandType.TrialEnd, '{"trial_job_id":"B","event":"SUCCEEDED"}')
send(CommandType.NewTrialJob, 'null')
_restore_io()
assessor = NaiveAssessor()
dispatcher = MsgDispatcher(None, assessor)
try:
dispatcher.run()
except Exception as e:
self.assertIs(type(e), AssertionError)
self.assertEqual(e.args[0],
'Unsupported command: CommandType.NewTrialJob')
self.assertEqual(_trials, ['A', 'B', 'A'])
self.assertEqual(_end_trials, [('A', False), ('B', True)])
_reverse_io()
command, data = receive()
self.assertIs(command, CommandType.KillTrialJob)
self.assertEqual(data, '"A"')
self.assertEqual(len(_out_buf.read()), 0)
def test_msg_dispatcher(self):
_reverse_io() # now we are sending to Tuner's incoming stream
send(CommandType.RequestTrialJobs, '2')
send(CommandType.ReportMetricData,
'{"parameter_id":0,"type":"PERIODICAL","value":10}')
send(CommandType.ReportMetricData,
'{"parameter_id":1,"type":"FINAL","value":11}')
send(CommandType.UpdateSearchSpace, '{"name":"SS0"}')
send(CommandType.RequestTrialJobs, '1')
send(CommandType.KillTrialJob, 'null')
_restore_io()
tuner = NaiveTuner()
dispatcher = MsgDispatcher(tuner)
nni.msg_dispatcher_base._worker_fast_exit_on_terminate = False
dispatcher.run()
e = dispatcher.worker_exceptions[0]
self.assertIs(type(e), AssertionError)
self.assertEqual(e.args[0],
'Unsupported command: CommandType.KillTrialJob')
_reverse_io() # now we are receiving from Tuner's outgoing stream
self._assert_params(0, 2, [], None)
self._assert_params(1, 4, [], None)
self._assert_params(2, 6, [[1, 4, 11, False]], {'name': 'SS0'})
self.assertEqual(len(_out_buf.read()), 0) # no more commands
def main():
'''
main function.
'''
args = parse_args()
tuner = None
assessor = None
if args.tuner_class_name in ModuleName:
tuner = create_builtin_class_instance(args.tuner_class_name,
args.tuner_args)
else:
tuner = create_customized_class_instance(args.tuner_directory,
args.tuner_class_filename,
args.tuner_class_name,
args.tuner_args)
if tuner is None:
raise AssertionError('Failed to create Tuner instance')
if args.assessor_class_name:
if args.assessor_class_name in ModuleName:
assessor = create_builtin_class_instance(args.assessor_class_name,
args.assessor_args)
else:
assessor = create_customized_class_instance(
args.assessor_directory, args.assessor_class_filename,
args.assessor_class_name, args.assessor_args)
if assessor is None:
raise AssertionError('Failed to create Assessor instance')
dispatcher = MsgDispatcher(tuner, assessor)
try:
dispatcher.run()
tuner._on_exit()
if assessor is not None:
assessor._on_exit()
except Exception as exception:
logger.exception(exception)
tuner._on_error()
if assessor is not None:
assessor._on_error()
raise
def test_tuner(self):
_reverse_io() # now we are sending to Tuner's incoming stream
send(CommandType.RequestTrialJobs, '2')
send(CommandType.ReportMetricData,
'{"parameter_id":0,"type":"PERIODICAL","value":10}')
send(CommandType.ReportMetricData,
'{"parameter_id":1,"type":"FINAL","value":11}')
send(CommandType.UpdateSearchSpace, '{"name":"SS0"}')
send(CommandType.AddCustomizedTrialJob, '{"param":-1}')
send(CommandType.ReportMetricData,
'{"parameter_id":2,"type":"FINAL","value":22}')
send(CommandType.RequestTrialJobs, '1')
send(CommandType.KillTrialJob, 'null')
_restore_io()
tuner = NaiveTuner()
dispatcher = MsgDispatcher(tuner)
nni.msg_dispatcher_base._worker_fast_exit_on_terminate = False
dispatcher.run()
e = dispatcher.worker_exceptions[0]
self.assertIs(type(e), AssertionError)
self.assertEqual(e.args[0],
'Unsupported command: CommandType.KillTrialJob')
_reverse_io() # now we are receiving from Tuner's outgoing stream
self._assert_params(0, 2, [], None)
self._assert_params(1, 4, [], None)
command, data = receive() # this one is customized
data = json.loads(data)
self.assertIs(command, CommandType.NewTrialJob)
self.assertEqual(
data, {
'parameter_id': 2,
'parameter_source': 'customized',
'parameters': {
'param': -1
}
})
self._assert_params(3, 6, [[1, 4, 11, False], [2, -1, 22, True]],
{'name': 'SS0'})
self.assertEqual(len(_out_buf.read()), 0) # no more commands
def main():
'''
main function.
'''
args = parse_args()
if args.multi_thread:
enable_multi_thread()
if args.multi_phase:
enable_multi_phase()
if args.advisor_class_name:
# advisor is enabled and starts to run
if args.advisor_class_name in AdvisorModuleName:
dispatcher = create_builtin_class_instance(args.advisor_class_name,
args.advisor_args, True)
else:
dispatcher = create_customized_class_instance(
args.advisor_directory, args.advisor_class_filename,
args.advisor_class_name, args.advisor_args)
if dispatcher is None:
raise AssertionError('Failed to create Advisor instance')
try:
dispatcher.run()
except Exception as exception:
logger.exception(exception)
raise
else:
# tuner (and assessor) is enabled and starts to run
tuner = None
assessor = None
if args.tuner_class_name in ModuleName:
tuner = create_builtin_class_instance(args.tuner_class_name,
args.tuner_args)
else:
tuner = create_customized_class_instance(args.tuner_directory,
args.tuner_class_filename,
args.tuner_class_name,
args.tuner_args)
if tuner is None:
raise AssertionError('Failed to create Tuner instance')
if args.assessor_class_name:
if args.assessor_class_name in ModuleName:
assessor = create_builtin_class_instance(
args.assessor_class_name, args.assessor_args)
else:
assessor = create_customized_class_instance(
args.assessor_directory, args.assessor_class_filename,
args.assessor_class_name, args.assessor_args)
if assessor is None:
raise AssertionError('Failed to create Assessor instance')
dispatcher = MsgDispatcher(tuner, assessor)
try:
dispatcher.run()
tuner._on_exit()
if assessor is not None:
assessor._on_exit()
except Exception as exception:
logger.exception(exception)
tuner._on_error()
if assessor is not None:
assessor._on_error()
raise
def main():
'''
main function.
'''
args = parse_args()
with open("args.txt", 'a') as f:
args_dict = args.__dict__
for k in args_dict.keys():
f.write(k + ' : ' + str(args_dict[k]) + '\n')
if args.multi_thread:
enable_multi_thread()
if args.advisor_class_name:
# advisor is enabled and starts to run
if args.multi_phase:
raise AssertionError(
'multi_phase has not been supported in advisor')
if args.advisor_class_name in AdvisorModuleName:
dispatcher = create_builtin_class_instance(args.advisor_class_name,
args.advisor_args, True)
else:
dispatcher = create_customized_class_instance(
args.advisor_directory, args.advisor_class_filename,
args.advisor_class_name, args.advisor_args)
if dispatcher is None:
raise AssertionError('Failed to create Advisor instance')
try:
dispatcher.run()
except Exception as exception:
logger.exception(exception)
raise
else:
# tuner (and assessor) is enabled and starts to run
tuner = None
assessor = None
if args.tuner_class_name in ModuleName:
tuner = create_builtin_class_instance(args.tuner_class_name,
args.tuner_args)
else:
tuner = create_customized_class_instance(args.tuner_directory,
args.tuner_class_filename,
args.tuner_class_name,
args.tuner_args)
if tuner is None:
raise AssertionError('Failed to create Tuner instance')
if args.assessor_class_name:
if args.assessor_class_name in ModuleName:
assessor = create_builtin_class_instance(
args.assessor_class_name, args.assessor_args)
else:
assessor = create_customized_class_instance(
args.assessor_directory, args.assessor_class_filename,
args.assessor_class_name, args.assessor_args)
if assessor is None:
raise AssertionError('Failed to create Assessor instance')
if args.multi_phase:
dispatcher = MultiPhaseMsgDispatcher(tuner, assessor)
else:
dispatcher = MsgDispatcher(tuner, assessor)
try:
dispatcher.run()
tuner._on_exit()
if assessor is not None:
assessor._on_exit()
except Exception as exception:
logger.exception(exception)
tuner._on_error()
if assessor is not None:
assessor._on_error()
raise