def test_echo_service():
msg = 'testing'
mock = PyrosMock()
print("msg sent is {0}".format(msg))
recv_msg = mock.service('random_service', msg)
print("msg received is {0}".format(recv_msg))
assert msg == recv_msg
def test_other_topic():
msg = 'testing'
mock = PyrosMock()
mock.topic('random_topic', msg)
print("msg sent is {0}".format(msg))
recv_msg = mock.topic('random_topic_2')
print("msg received is {0}".format(recv_msg))
assert recv_msg is None
def test_echo_same_topic():
msg = 'testing'
mock = PyrosMock()
mock.topic('random_topic', msg)
print("msg sent is {0}".format(msg))
recv_msg = mock.topic('random_topic')
print("msg received is {0}".format(recv_msg))
assert msg == recv_msg
def test_mocknode_subscribers_detect_setup(): # Here we check that this node actually detects a topic upon setup
mockn = PyrosMock()
assert not mockn.is_alive()
assert hasattr(mockn, 'topics')
mockn.start()
try:
assert mockn.is_alive()
with mock_subscriber_remote('test_topic', statusecho_topic):
print("Discovering topics Service...")
topics = pyzmp.discover("topics", 3) # we wait a bit to let it time to start
assert topics is not None
assert len(topics.providers) == 1
res = topics.call()
assert not 'test_topic' in res # topic not detected since not in list of exposed topics
print("Discovering setup Service...")
setup = pyzmp.discover("setup", 3) # we wait a bit to let it time to start
assert setup is not None
assert len(setup.providers) == 1
setup.call(kwargs={'services': [], 'topics': ['test_topic'], 'params': []})
time.sleep(mockn.update_interval + 1) # waiting for update to kick in
res = topics.call()
assert 'test_topic' in res
finally:
mockn.shutdown()
assert not mockn.is_alive()
def test_mocknode_provide_services(): # Here we check that this node actually provides all the services
mockn = PyrosMock()
assert not mockn.is_alive()
assert hasattr(mockn, 'msg_build')
assert hasattr(mockn, 'topic')
assert hasattr(mockn, 'topics')
assert hasattr(mockn, 'service')
assert hasattr(mockn, 'services')
assert hasattr(mockn, 'param')
assert hasattr(mockn, 'params')
assert hasattr(mockn, 'setup')
mockn.start()
try:
assert mockn.is_alive()
print("Discovering msg_build Service...")
msg_build = pyzmp.discover("msg_build", 5) # we wait a bit to let it time to start
assert msg_build is not None
assert len(msg_build.providers) == 1
print("Discovering topic Service...")
topic = pyzmp.discover("topic", 5) # we wait a bit to let it time to start
assert topic is not None
assert len(topic.providers) == 1
print("Discovering topics Service...")
topic_list = pyzmp.discover("topics", 5) # we wait a bit to let it time to start
assert topic_list is not None
assert len(topic_list.providers) == 1
print("Discovering service Service...")
service = pyzmp.discover("service", 5) # we wait a bit to let it time to start
assert service is not None
assert len(service.providers) == 1
print("Discovering services Service...")
service_list = pyzmp.discover("services", 5) # we wait a bit to let it time to start
assert service_list is not None
assert len(service_list.providers) == 1
print("Discovering param Service...")
param = pyzmp.discover("param", 5) # we wait a bit to let it time to start
assert param is not None
assert len(param.providers) == 1
print("Discovering params Service...")
param_list = pyzmp.discover("params", 5) # we wait a bit to let it time to start
assert param_list is not None
assert len(param_list.providers) == 1
print("Discovering setup Service...")
param_list = pyzmp.discover("setup", 5) # we wait a bit to let it time to start
assert param_list is not None
assert len(param_list.providers) == 1
finally:
mockn.shutdown()
assert not mockn.is_alive()
def test_mocknode_creation_termination():
mockn = PyrosMock()
assert not mockn.is_alive()
mockn.start()
try:
assert mockn.is_alive()
finally:
mockn.shutdown()
assert not mockn.is_alive()
def test_mocknode_subscribers_detect_throttled():
"""
Testing that the mocknode detection of topics is throttled properly
:return:
"""
mockn = PyrosMock()
assert not mockn.is_alive()
assert hasattr(mockn, 'topics')
mockn.update_interval = 5 # we wait 5 seconds between each update_throttled call
mockn.start() # one update will be triggered, and then nothing for the next 10 seconds
try:
assert mockn.is_alive()
print("Discovering setup Service...")
setup = pyzmp.discover("setup", 3) # we wait a bit to let it time to start
assert setup is not None
assert len(setup.providers) == 1
setup.call(kwargs={'services': [], 'topics': ['test_topic'], 'params': []})
with mock_subscriber_remote('test_topic', statusecho_topic):
print("Discovering topics Service...")
topics = pyzmp.discover("topics", 3) # we wait a bit to let it time to start
assert topics is not None
assert len(topics.providers) == 1
# topic is very likely not detected yet ( we didn't wait after creating and exposing it )
res = topics.call()
assert not 'test_topic' in res
time.sleep(mockn.update_interval + 1) # make sure we let update time to kick in
# topic has to be detected now
res = topics.call()
assert 'test_topic' in res
finally: # to make sure we clean up on failure
mockn.shutdown()
assert not mockn.is_alive()
def test_mocknode_publishers_detect(): # Here we check that this node actually detects a topic
mockn = PyrosMock(kwargs={
'services': [],
'publishers': ['test_topic'],
'subscribers': [],
'params': []
})
assert not mockn.is_alive()
assert hasattr(mockn, 'topics')
# starting the node
mockn.start()
# checking interface is still None here ( instantiated in child only )
assert mockn.interface is None
# Services are initialized in run() method of pyzmp.Node, after interface has been initialized
try:
assert mockn.is_alive()
with mock_publisher_remote('test_topic', statusecho_topic):
# asserting the mock system has done its job from our point of view at least
assert 'test_topic' in topics_available_remote
assert topics_available_type_remote['test_topic'] == statusecho_topic
# Getting topics list from child process
print("Discovering topics Service...")
topics = pyzmp.discover("topics", 3) # we wait a bit to let it time to start
assert topics is not None
assert len(topics.providers) == 1
time.sleep(mockn.update_interval + 1) # make sure we let update time to kick in
# TODO : change timeout
res = topics.call(recv_timeout=6000000)
# the mock system should have done its job from the other process perspective too
# via multiprocess manager list
assert 'test_topic' in res # topic detected since in list of exposed topics
finally:
mockn.shutdown()
assert not mockn.is_alive()
def setup_class(cls):
cls.mockInstance = PyrosMock()
assert cls.mockInstance.start()
def test_echo_service_default():
msg = 'testing'
mock = PyrosMock()
assert mock.service('random_service') is None
def test_echo_topic_default():
mock = PyrosMock()
recv_msg = mock.topic('random_topic')
assert recv_msg is None
def test_msg_build():
msg = PyrosMock().msg_build('fake_connec_name')
print("msg is of type {0}".format(type(msg)))
assert isinstance(msg, str)
def setUp(self):
self.mockInstance = PyrosMock()
# setting up mockinterface instance
cmd_conn = self.mockInstance.start()
self.client = PyrosClient(cmd_conn)
class TestPyrosClientOnMock(unittest.TestCase):
def setUp(self):
self.mockInstance = PyrosMock()
# setting up mockinterface instance
cmd_conn = self.mockInstance.start()
self.client = PyrosClient(cmd_conn)
def tearDown(self):
self.mockInstance.shutdown()
### TOPICS ###
# TODO : test list features more !
def test_list_all(self):
t = self.client.topics()
# Make sure we get all mockinterface topics
assert t is not None
def test_inject_None(
self): # injecting None is meaningless and should return false
assert self.client.topic_inject(
'random_topic', None
) # simply check that it injected (default Empty since we support kwargs)
def test_inject_Empty(self):
assert self.client.topic_inject(
'random_topic') # simply check if injected
#TODO : how to test strict backend with Mock ?
#def test_inject_Wrong(self):
# with assert_raises(Exception) as expt: # TODO : be more specific
# data = 42
# self.client.topic_inject('random_topic', data) # simply check exception raised
# # assert_equal(expt, smthg...)
def test_extract_None(self):
assert self.client.topic_extract(
'random_topic') is None # simply check if nothing extracted
def test_inject_extract_echo_Empty(self):
assert self.client.topic_inject('random_topic') # default should be {}
print "injected message content {0}".format({})
recv = self.client.topic_extract('random_topic')
print "extracted message {0}".format(recv)
assert recv == {}
def test_inject_extract_echo_Simple_Arg(self):
data = 'data_string'
assert self.client.topic_inject('random_topic', data)
print "injected message content {0}".format(data)
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == data
def test_inject_extract_echo_Complex_Arg(self):
data = {'first': 'first_string', 'second': 'second_string'}
assert self.client.topic_inject('random_topic', data)
print "injected message content {0}".format(data)
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == data
def test_inject_extract_echo_Simple_KWArgs(self):
assert self.client.topic_inject('random_topic', data='data_string')
print "injected message content {0}".format("data='data_string'")
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == {'data': 'data_string'}
def test_inject_extract_echo_Complex_KWArgs(self):
assert self.client.topic_inject('random_topic',
first='first_string',
second='second_string')
print "injected message content {0}".format(
"first='first_string', second='second_string'")
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == {'first': 'first_string', 'second': 'second_string'}
### SERVICES ###
# TODO : think how to test strict backend with Mock ?
#def test_call_Wrong(self):
# with assert_raises(Exception) as expt: # TODO : be more specific
# data = 42
# print "request content {0}".format(data)
# resp = self.client.service_call('random_service', data) # simply check exception raised
# # assert_equal(expt, smthg...)
def test_call_echo_Simple_Arg(self):
data = 'data_string'
print "request content {0}".format(data)
resp = self.client.service_call('random_service', data)
print "response content {0}".format(resp)
assert resp == data
def test_call_echo_None(self):
print "request content {0}".format({})
resp = self.client.service_call(
'random_service', None
) # calling with None is interpreted as default (Empty) call (since we support kwargs)
print "response content {0}".format(resp)
assert resp == {}
def test_call_echo_Empty(self):
print "request content {0}".format({})
resp = self.client.service_call('random_service')
print "response content {0}".format(resp)
assert resp == {}
def test_call_echo_Complex_Arg(self):
data = {'first': 'first_string', 'second': 'second_string'}
print "request content {0}".format(data)
resp = self.client.service_call('random_service', data)
print "response content {0}".format(resp)
assert resp == data
def test_call_echo_Simple_KWArgs(self):
print "request content {0}".format("data='data_string'")
resp = self.client.service_call('random_service', data='data_string')
print "response content {0}".format(resp)
assert resp == {'data': 'data_string'}
def test_call_echo_Complex_KWArgs(self):
print "injected message content {0}".format(
"first='first_string', second='second_string'")
resp = self.client.service_call('random_service',
first='first_string',
second='second_string')
print "extracted message content {0}".format(resp)
assert resp == {'first': 'first_string', 'second': 'second_string'}
### PARAMS ###
#def test_set_None(self): # injecting None is meaningless and should return false
# assert not self.client.param_set('random_param', None) # simply check that it didnt set
def test_set_Empty(self):
assert self.client.param_set('random_param') # simply check if set
def test_get_None(self):
assert self.client.param_get(
'random_param') is None # simply check if nothing got
def test_set_get_echo_Empty(self):
assert self.client.param_set('random_param') # default should be {}
print "set value content {0}".format({})
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == {}
def test_set_get_echo_Simple_Arg(self):
data = 'data_string'
assert self.client.param_set('random_param', data)
print "set value content {0}".format(data)
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == data
def test_set_get_echo_Complex_Arg(self):
data = {'first': 'first_string', 'second': 'second_string'}
assert self.client.param_set('random_param', data)
print "set value content {0}".format(data)
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == data
def test_set_get_echo_Simple_KWArgs(self):
assert self.client.param_set('random_param', data='data_string')
print "set value content {0}".format("data='data_string'")
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == {'data': 'data_string'}
def test_set_get_echo_Complex_KWArgs(self):
assert self.client.param_set('random_param',
first='first_string',
second='second_string')
print "set value content {0}".format(
"first='first_string', second='second_string'")
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == {'first': 'first_string', 'second': 'second_string'}
def setUp(self):
self.mockInstance = PyrosMock()
# setting up mockinterface instance
cmd_conn = self.mockInstance.start()
self.client = PyrosClient(cmd_conn)
class TestPyrosClientOnMock(unittest.TestCase):
def setUp(self):
self.mockInstance = PyrosMock()
# setting up mockinterface instance
cmd_conn = self.mockInstance.start()
self.client = PyrosClient(cmd_conn)
def tearDown(self):
self.mockInstance.shutdown()
### TOPICS ###
# TODO : test list features more !
def test_list_all(self):
t = self.client.topics()
# Make sure we get all mockinterface topics
assert t is not None
def test_inject_None(self): # injecting None is meaningless and should return false
assert self.client.topic_inject('random_topic', None) # simply check that it injected (default Empty since we support kwargs)
def test_inject_Empty(self):
assert self.client.topic_inject('random_topic') # simply check if injected
#TODO : how to test strict backend with Mock ?
#def test_inject_Wrong(self):
# with assert_raises(Exception) as expt: # TODO : be more specific
# data = 42
# self.client.topic_inject('random_topic', data) # simply check exception raised
# # assert_equal(expt, smthg...)
def test_extract_None(self):
assert self.client.topic_extract('random_topic') is None # simply check if nothing extracted
def test_inject_extract_echo_Empty(self):
assert self.client.topic_inject('random_topic') # default should be {}
print "injected message content {0}".format({})
recv = self.client.topic_extract('random_topic')
print "extracted message {0}".format(recv)
assert recv == {}
def test_inject_extract_echo_Simple_Arg(self):
data = 'data_string'
assert self.client.topic_inject('random_topic', data)
print "injected message content {0}".format(data)
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == data
def test_inject_extract_echo_Complex_Arg(self):
data = {'first': 'first_string', 'second': 'second_string'}
assert self.client.topic_inject('random_topic', data)
print "injected message content {0}".format(data)
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == data
def test_inject_extract_echo_Simple_KWArgs(self):
assert self.client.topic_inject('random_topic', data='data_string')
print "injected message content {0}".format("data='data_string'")
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == {'data':'data_string'}
def test_inject_extract_echo_Complex_KWArgs(self):
assert self.client.topic_inject('random_topic', first='first_string', second='second_string')
print "injected message content {0}".format("first='first_string', second='second_string'")
recv = self.client.topic_extract('random_topic')
print "extracted message content {0}".format(recv)
assert recv == {'first': 'first_string', 'second': 'second_string'}
### SERVICES ###
# TODO : think how to test strict backend with Mock ?
#def test_call_Wrong(self):
# with assert_raises(Exception) as expt: # TODO : be more specific
# data = 42
# print "request content {0}".format(data)
# resp = self.client.service_call('random_service', data) # simply check exception raised
# # assert_equal(expt, smthg...)
def test_call_echo_Simple_Arg(self):
data = 'data_string'
print "request content {0}".format(data)
resp = self.client.service_call('random_service', data)
print "response content {0}".format(resp)
assert resp == data
def test_call_echo_None(self):
print "request content {0}".format({})
resp = self.client.service_call('random_service', None) # calling with None is interpreted as default (Empty) call (since we support kwargs)
print "response content {0}".format(resp)
assert resp == {}
def test_call_echo_Empty(self):
print "request content {0}".format({})
resp = self.client.service_call('random_service')
print "response content {0}".format(resp)
assert resp == {}
def test_call_echo_Complex_Arg(self):
data = {'first': 'first_string', 'second': 'second_string'}
print "request content {0}".format(data)
resp = self.client.service_call('random_service', data)
print "response content {0}".format(resp)
assert resp == data
def test_call_echo_Simple_KWArgs(self):
print "request content {0}".format("data='data_string'")
resp = self.client.service_call('random_service', data='data_string')
print "response content {0}".format(resp)
assert resp == {'data': 'data_string'}
def test_call_echo_Complex_KWArgs(self):
print "injected message content {0}".format("first='first_string', second='second_string'")
resp = self.client.service_call('random_service', first='first_string', second='second_string')
print "extracted message content {0}".format(resp)
assert resp == {'first': 'first_string', 'second': 'second_string'}
### PARAMS ###
#def test_set_None(self): # injecting None is meaningless and should return false
# assert not self.client.param_set('random_param', None) # simply check that it didnt set
def test_set_Empty(self):
assert self.client.param_set('random_param') # simply check if set
def test_get_None(self):
assert self.client.param_get('random_param') is None # simply check if nothing got
def test_set_get_echo_Empty(self):
assert self.client.param_set('random_param') # default should be {}
print "set value content {0}".format({})
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == {}
def test_set_get_echo_Simple_Arg(self):
data = 'data_string'
assert self.client.param_set('random_param', data)
print "set value content {0}".format(data)
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == data
def test_set_get_echo_Complex_Arg(self):
data = {'first': 'first_string', 'second': 'second_string'}
assert self.client.param_set('random_param', data)
print "set value content {0}".format(data)
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == data
def test_set_get_echo_Simple_KWArgs(self):
assert self.client.param_set('random_param', data='data_string')
print "set value content {0}".format("data='data_string'")
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == {'data':'data_string'}
def test_set_get_echo_Complex_KWArgs(self):
assert self.client.param_set('random_param', first='first_string', second='second_string')
print "set value content {0}".format("first='first_string', second='second_string'")
recv = self.client.param_get('random_param')
print "got value content {0}".format(recv)
assert recv == {'first': 'first_string', 'second': 'second_string'}