def test_actor_collision(self):
sys = act.ActorSystem("my_sys")
ref1 = sys.actor_of(act.SimpleActor, name='ref1')
self.assertRaises(act.ContextException,
sys.actor_of,
act.SimpleActor,
name='ref1')
def test_actor(self):
sys = act.ActorSystem("my_sys")
ref1 = sys.actor_of(act.SimpleActor, name='ref1')
ref2 = sys.actor_of(act.SimpleActor, name='ref2')
ref1.tell("msg")
ref2.tell("diff msg")
sys.context.send(ref1, 'from the outside')
sys.shutdown()
def test_ping_pong(self):
sys = act.ActorSystem(
"my_sys",
context=para.ThreadingContext(dispatcher=para.UniqueThreader))
pong = sys.actor_of(util.Pong, name='pong')
ping = sys.actor_of(util.Ping, other=pong, name='ping')
ping.tell(g.Message.create('ping', None))
time.sleep(3)
def test_pingpong_forever(self):
graph = act.ActorSystem(
"graph",
context=para.ThreadingContext(dispatcher=para.UniqueThreader))
node1 = graph.actor_of(util.PingPonger, name="node1")
node2 = graph.actor_of(util.PingPonger, name="node2")
edge1 = graph.actor_of(g.Edge, name="n1n2", node1=node1, node2=node2)
edge1.tell(g.Message.create('edge_insert', None))
time.sleep(1)
node1.tell(g.Message.create('ping_pong', 0))
time.sleep(5)
def test_edge_insert_graph(self):
graph = act.ActorSystem("graph")
node1 = graph.actor_of(g.BasicNode, name="node1")
node2 = graph.actor_of(g.BasicNode, name="node2")
node3 = graph.actor_of(g.BasicNode, name="node3")
edge1 = graph.actor_of(g.Edge, name="n1n2", node1=node1, node2=node2)
edge2 = graph.actor_of(g.Edge, name="n1n3", node1=node1, node2=node3)
edge1.tell(g.Message.create('edge_insert', None))
edge2.tell(g.Message.create('edge_insert', None))
node1.tell(g.Message.create('broadcast', 'around the world'))
edge2.tell(g.Message.create('edge_remove', None))
node1.tell(g.Message.create('broadcast', 'second time'))
def test_graph_utilities(self):
graph = act.ActorSystem("graph")
node1 = graph.actor_of(g.BasicNode, name="node1")
node2 = graph.actor_of(g.BasicNode, name="node2")
node3 = graph.actor_of(g.BasicNode, name="node3")
# edge1 = graph.actor_of(g.Edge, name="n1n2", node1=node1, node2=node2)
# edge2 = graph.actor_of(g.Edge, name="n1n3", node1=node1, node2=node3)
g.Utility.insert_edge(graph, node1, node2, name="n1n2")
g.Utility.insert_edge(graph, node1, node3, name="n1n3")
node1.tell(g.Message.create('broadcast', 'around the world'))
#
# node1.tell(g.Message.create('remove_edge', edge2))
# node3.tell(g.Message.create('remove_edge', edge2))
node1.tell(g.Message.create('broadcast', 'second time'))