def setUp(self):
self.client1 = IvyServer("client1")
self.client2 = IvyServer("client2")
self.client1.start()
self.client2.start()
self.message = None
def __init__(self, mode, adresse, nom):
self._mode = mode
IvyServer.__init__(self, nom)
self.name = "Agent Reseau"
self.start(adresse)
self.bind_msg(self.receptionGrille, '^grille=(.*)')
self.bind_msg(self.receptionCasesADetruire, '^cases=(.*)')
self.bind_msg(self.receptionDelai, '^delai=(.*)')
self.bind_msg(self.gererEcho, 'echo')
self.bind_msg(self.receptionChangementTour, 'changementTour')
self.bind_msg(self.receptionFinPartie, 'finPartie')
def handle_new_client(self, client):
IvyServer.handle_new_client(self, client)
found = False
for c in self.get_clients():
if client.agent_name == c:
if found:
client.send_die_message(
) # Un autre client avec le même nom existe déjà.
else:
found = True
def IvyInit(agent_name,
ready_msg=None,
main_loop_type_ignored=0,
on_cnx_fct=void_function,
on_die_fct=void_function):
"""
Initializes the module. This method should be called exactly once before any
other method is called.
"""
global _IvyServer
assert _IvyServer is None
from ivy.ivy import IvyServer
_IvyServer = IvyServer(agent_name, ready_msg, on_cnx_fct, on_die_fct)
def __init__(self, name):
IvyServer.__init__(self, 'MonAgentPython')
self.name = name
self.start('127.255.255.255:2010')
self.bind_msg(self.handle_hello, '^hello (.*)')
def __init__(self, name):
IvyServer.__init__(self, name)
self.name = name
self.start('127.255.255.255:2010')
time.sleep(1)
def __init__(self):
IvyServer.__init__(self,'CAMERA')
self.name = 'CAMERA'
self.start('192.168.1.255:2010')
self.bind_msg(self.handle_demande_pos, 'DEMANDE POSITION')
def __init__(self, agent_name: str, state) -> None:
IvyServer.__init__(self, agent_name, f'connect={state.name}')
def __init__(self, agent_name, msg='hello world'):
IvyServer.__init__(self, agent_name)
self.start()
self.bind_msg(self.on_hello, "hello world")
def __init__(self, name):
ivylogger.setLevel(logging.WARN)
self.name = name
IvyServer.__init__(self, self.name)
class EndToEndTestCase(BaseTestCase):
def setUp(self):
self.client1 = IvyServer("client1")
self.client2 = IvyServer("client2")
self.client1.start()
self.client2.start()
self.message = None
def setMessageReceived(self, agent, message):
self.message = message
def setDirectMessageReceived(self, agent, num_id, message):
self.message = message
def testMessageMatches(self):
"""
Tests that the message is received by client1 when it matches
the regex.
"""
self.client1.bind_msg(self.setMessageReceived, "message (.*)")
self.waitForNetwork()
self.client2.send_msg("message value")
self.waitForNetwork()
self.assertEqual(self.message, "value")
def testMessageDoesntMatch(self):
"""
Tests that no message is sent when the regex doesn't match.
"""
self.client1.bind_msg(self.setMessageReceived, "foo (.*)")
self.waitForNetwork()
self.client2.send_msg("bar value")
self.waitForNetwork()
self.assertEqual(self.message, None)
def testDirectMessage(self):
"""
Tests that direct messages can be sent.
"""
self.client1.bind_direct_msg(self.setDirectMessageReceived)
self.waitForNetwork()
self.client2.send_direct_message("client1", 1, "secret message")
self.waitForNetwork()
self.assertEqual(self.message, "secret message")
def testListMessage(self):
"""
Tests that lists can be sent as direct messages (an extension
of the ivy protocol implemented on Python only).
"""
self.client1.bind_direct_msg(self.setDirectMessageReceived)
self.waitForNetwork()
self.client2.send_direct_message("client1", 1, ["list", "message"])
self.waitForNetwork()
self.assertEqual(self.message, ["list", "message"])
def tearDown(self):
self.client1.stop()
self.client2.stop()
self.waitForNetwork()
