def install(self):
self.routing = self.resolve(pyrouting.PyRouting)
self.register_handler(Flow_in_event.static_get_name(),
self.handle_flow_in)
self.register_for_barrier_reply(self.handle_barrier_reply)
# Register for json messages from the gui
self.register_handler( JSONMsg_event.static_get_name(), \
lambda event: self.handle_jsonmsg_event(event))
def install(self):
self.routing = self.resolve(pyrouting.PyRouting)
self.register_handler(Flow_in_event.static_get_name(),
self.handle_flow_in)
self.register_for_barrier_reply(self.handle_barrier_reply)
# Register for json messages from the gui
self.register_handler( JSONMsg_event.static_get_name(), \
lambda event: self.handle_jsonmsg_event(event))
def install(self):
#need to resolve discovery where is the described the topology
self.discovery = self.resolve(discovery.discovery)
# Register for json messages from the gui
self.register_handler( JSONMsg_event.static_get_name(), \
lambda event: self.handle_jsonmsg_event(event))
self.register_for_datapath_join ( lambda dp,stats : \
snmpMega.dp_join(self, dp, stats) )
self.register_for_datapath_leave ( lambda dp : \
snmpMega.dp_leave(self, dp) )
#os.system("python " + self.SNMP_WALKER_PATH + " &")
self.buildNetGraph()
def install(self):
# Register for json messages from the gui
self.register_handler( JSONMsg_event.static_get_name(), \
lambda event: self.handle_jsonmsg_event(event))
# Register for flow_stats replies
self.register_handler( Flow_stats_in_event.static_get_name(), \
lambda event: self.handle_flow_stats_in(event))
self.topology = self.resolve(pytopology)
# Subscribers for json messages
self.subscribers = {}
# Currently traced flow
self.match = None
# XID of the currently pending flow stats request (one at a time)
self.pending_query_xid = 0
# List of dpids on the path of the currently traced flow
self.current_path = []
def install(self):
# Register for json messages from the gui
self.register_handler( JSONMsg_event.static_get_name(), \
lambda event: self.handle_jsonmsg_event(event))
# Register for flow_stats replies
self.register_handler( Flow_stats_in_event.static_get_name(), \
lambda event: self.handle_flow_stats_in(event))
self.topology = self.resolve(pytopology)
# Subscribers for json messages
self.subscribers = {}
# Currently traced flow
self.match = None
# XID of the currently pending flow stats request (one at a time)
self.pending_query_xid = 0
# List of dpids on the path of the currently traced flow
self.current_path = []
def install(self):
# Ensure LLDP queries occur more frequently by default.
self.update_lldp_send_period()
# Register to learn about datapath join and leave events
self.register_for_datapath_join ( self.dp_join )
self.register_for_datapath_leave( self.dp_leave )
self.register_for_port_status( self.handle_port_status )
self.register_for_packet_in( self.handle_packet_in)
self.bindings = self.resolve(pybindings_storage)
self.post_callback(1, self.update_spanning_tree)
self.debugPrint("Spanning tree installed\n")
# Register for json messages from the gui
self.register_handler( JSONMsg_event.static_get_name(), \
lambda event: self.handle_jsonmsg_event(event))
# Subscribers for json messages
#(eg. self.subscribers["stp_ports"] = [guistream]
self.subscribers = {}
def configure(self, configuration):
JSONMsg_event.register_event_converter(self.ctxt)
