def print_as_topology(s_isd_as, connector):
'''
Print AS Topology data from lib.app.sciond.
:param t: Array of ASInfo objects.
:param i: Array of InterfaceInfo objects.
:param s: Array of ServiceInfo objects.
'''
try:
t = lib_sciond.get_as_info(connector=connector[s_isd_as])
i = lib_sciond.get_if_info(connector=connector[s_isd_as])
srvs = [ServiceType.BS, ServiceType.PS, ServiceType.CS]
s = lib_sciond.get_service_info(srvs, connector=connector[s_isd_as])
except (SCIONDResponseError) as err:
logging.error("%s: %s" % (err.__class__.__name__, err))
return
for v in t:
logging.info("----------------- AS TOPOLOGY: %s" % ISD_AS(v.p.isdas))
logging.info("is_core_as: %s" % v.p.isCore)
logging.info("mtu: %s" % v.p.mtu)
for key in s:
p_server_element(s[key])
ridx = 1
for key, v in i.items():
p_router_element(v, ridx)
ridx += 1
def __init__(self, finished, addr):
# We need the lib sciond here already.
connector = lib_sciond.init(get_sciond_api_addr(addr))
cs_info = lib_sciond.get_service_info(
[ServiceType.CS], connector=connector)[ServiceType.CS]
cs = cs_info.host_info(0)
cs_addr = SCIONAddr.from_values(addr.isd_as, cs.ipv4() or cs.ipv6())
self.cert_done = False
super().__init__("", finished, addr, cs_addr, cs.p.port)
def get_json_as_topology_sciond(connector, paths):
'''
Format all sciond AS topology data as a graph.
Data comes from lib.app.sciond.
'''
nodes = []
links = []
try:
logging.info("\n-------- SCIOND: AS Info")
t = lib_sciond.get_as_info(connector=connector)
for v in t:
logging.debug(v.__dict__)
isd_as = str(ISD_AS(v.p.isdas))
nodes.append(get_root_as_node(isd_as, v.p.isCore, v.p.mtu))
logging.info("\n-------- SCIOND: Interface Info")
if_idx = 0
i = lib_sciond.get_if_info(connector=connector)
for key, v in i.items():
logging.debug('%s: %s' % (key, v.__dict__))
addr = v.p.hostInfo.addrs.ipv4
port = v.p.hostInfo.port
label = '%s-%s' % (ServiceType.BR, if_idx + 1)
type = ServiceType.BR
ifID = v.p.ifID
nodes, links = json_append_router(nodes, links, isd_as, label,
type, addr, port, ifID)
# find any matching interfaces from paths
if_id = v.p.ifID
if_isd_as = "(%s)" % if_id
for path in paths:
match = False
for interface in path.p.path.interfaces:
if match:
if_isd_as = "%s (%s)" % (ISD_AS(
interface.isdas), if_id)
break
if interface.ifID == v.p.ifID:
match = True
link_type = "PARENT"
nodes.append(get_json_interface_node_sciond(if_isd_as))
links.append(get_json_interface_link(label, if_isd_as, link_type))
if_idx += 1
logging.info("\n-------- SCIOND: Service Info")
srvs = [ServiceType.BS, ServiceType.PS, ServiceType.CS]
v = lib_sciond.get_service_info(srvs, connector=connector)
for key in v:
logging.debug(v[key].__dict__)
sidx = 0
for hi in v[key].p.hostInfos:
addr = hi.addrs.ipv4
port = hi.port
label = '%s-%s' % (v[key].p.serviceType, sidx + 1)
type = str(v[key].p.serviceType)
nodes, links = json_append_server(nodes, links, isd_as, label,
type, addr, port)
sidx += 1
except (SCIONDResponseError) as err:
logging.error("%s: %s" % (err.__class__.__name__, err))
graph = {}
graph["nodes"] = nodes
graph["links"] = links
logging.debug(graph)
return graph
