def test_call_response(self):
def respondToEvent(response):
# set data field in the response
response['newColor'] = int(response['oldColor']) + 1
# start responder OOCSI client
# responder = OOCSI('callResponseResponder', 'localhost')
responder = OOCSI()
# register responder
responder.register('colorChannel', 'colorGenerator', respondToEvent)
### test colorGenerator with two calls
# start caller OOCSI client
#caller = OOCSI('callResponseSender', 'localhost')
caller = OOCSI()
self.assertTrue(caller.connected)
# asynchronous call
call1 = caller.call('colorChannel', 'colorGenerator', {'oldColor': 9},
1)
# wait for 500 ms
time.sleep(0.5)
self.assertEqual(10, call1['response']['newColor'])
# blocking call
call2 = caller.callAndWait('colorChannel', 'colorGenerator',
{'oldColor': 19}, 1)
self.assertEqual(20, call2['response']['newColor'])
caller.stop()
responder.stop()
from oocsi import OOCSI
def respondToEvent(response):
# set data field in the response
response['newColor'] = int(response['oldColor']) + 1
# play with this delay to let the caller time out
# time.sleep(4)
# start responder OOCSI client
# responder = OOCSI('callResponseResponder', 'localhost')
responder = OOCSI()
print(responder.handle)
# register responder
responder.register('colorChannel', 'colorGenerator', respondToEvent)
### test colorGenerator with two calls
# start caller OOCSI client
#caller = OOCSI('callResponseSender', 'localhost')
caller = OOCSI()
print(caller.handle)
# asynchronous call
call1 = caller.call('colorChannel', 'colorGenerator', {'oldColor': 9}, 1)
# wait for 1 sec
time.sleep(1)
# check response in call object