def test_outgoing_channel(self): """ We will send a 'channel' message from SELF to NODE. """ community = ChannelCommunity.create_community(self._my_member) address = self._dispersy.socket.get_address() # create node and ensure that SELF knows the node address node = ChannelNode(community) node.init_socket() node.init_my_member() yield 0.1 # send a 'channel' message community.create_channel(u"initial channel name", u"initial channel description") yield 0.1 _, message = node.receive_message(addresses=[address], message_names=[u"channel"]) assert message.payload.name == u"initial channel name" assert message.payload.description == u"initial channel description" # cleanup community.create_dispersy_destroy_community(u"hard-kill")
def test_incoming_channel(self): """ We will send a 'channel' message from NODE to SELF. """ community = ChannelCommunity.create_community(self._my_member) address = self._dispersy.socket.get_address() # create node and ensure that SELF knows the node address node = ChannelNode(community) node.init_socket() node.init_my_member() yield 0.1 # send a 'channel' message global_time = 10 node.send_message(node.create_channel(u"channel name #1", u"channel description #1", global_time), address) yield 0.1 # cleanup community.create_dispersy_destroy_community(u"hard-kill")
def test_incoming_channel(self): """ We will send a 'channel' message from NODE to SELF. """ community = ChannelCommunity.create_community(self._my_member) address = self._dispersy.socket.get_address() # create node and ensure that SELF knows the node address node = ChannelNode(community) node.init_socket() node.init_my_member() yield 0.1 # send a 'channel' message global_time = 10 node.send_message( node.create_channel(u"channel name #1", u"channel description #1", global_time), address) yield 0.1 # cleanup community.create_dispersy_destroy_community(u"hard-kill")