def __init__(self, ips):
self.ips = ips
self.rib = {
"input": rib("-".join(ips), "input"),
"local": rib("-".join(ips), "local")
}
def __init__(self, asn, ports, peers_in, peers_out):
self.asn = asn
self.ports = ports
ips = []
for port in ports:
ips.append(port["IP"])
self.rib = {"input": rib("-".join(ips),"input"),
"local": rib("-".join(ips),"local"),
"output": rib("-".join(ips),"output")}
# peers that a participant accepts traffic from and sends advertisements to
self.peers_in = peers_in
# peers that the participant can send its traffic to and gets advertisements from
self.peers_out = peers_out
def __init__(self, asn, ports, peers_in, peers_out):
self.asn = asn
self.ports = ports
ips = []
for port in ports:
ips.append(port["IP"])
self.rib = {
"input": rib("-".join(ips), "input"),
"local": rib("-".join(ips), "local"),
"output": rib("-".join(ips), "output")
}
# peers that a participant accepts traffic from and sends advertisements to
self.peers_in = peers_in
# peers that the participant can send its traffic to and gets advertisements from
self.peers_out = peers_out
def __init__(self, id, asn, ports, peers_in, peers_out):
self.id = id
self.asn = asn
self.ports = ports
self.logger = log.getLogger('P' + str(self.id) + '-peer')
self.rib = rib(self.asn)
# peers that a participant accepts traffic from and sends advertisements to
self.peers_in = peers_in
# peers that the participant can send its traffic to and gets advertisements from
self.peers_out = peers_out
def __init__(self, asn, ports, peers_in, peers_out, fwd_peers):
self.asn = asn
self.ports = ports
ips = []
for port in ports:
ips.append(port["IP"])
self.rib = {"input": rib("-".join(ips),"input"),
"local": rib("-".join(ips),"local"),
"output": rib("-".join(ips),"output")}
# peers that a participant accepts traffic from and sends advertisements to
self.peers_in = peers_in
# peers that the participant can send its traffic to and gets advertisements from
self.peers_out = peers_out
# peers that the participant is actually sending traffic to based on the policies
self.fwd_peers = fwd_peers
# peers that the participant is not allowed to send any traffic to to avoid loops
self.no_fwd_peers = {}
ip = "128.64.32.16"
ip_as_long = 0x80402010
if (ip_as_long != ip_to_long(ip)):
print "ip_to_long() failed"
failed_tests += 1
else:
passed_tests += 1
if (ip != long_to_ip(ip_as_long)):
print "long_to_ip() failed"
failed_tests += 1
else:
passed_tests += 1
# BPS
# Starting part is from the RIB module
myrib = rib('172.0.0.1',"testing")
myrib['100.0.0.1/16'] = ('172.0.0.2', 'igp', '100, 200, 300', '0', 'false')
#myrib['100.0.0.1/16'] = ['172.0.0.2', 'igp', '100, 200, 300', '0', 'false']
#myrib['100.0.0.1/16'] = {'next_hop':'172.0.0.2', 'origin':'igp', 'as_path':'100, 200, 300',
# 'med':'0', 'atomic_aggregate':'false'}
myrib.commit()
myrib.update('100.0.0.1/16', 'next_hop', '190.0.0.2')
myrib.commit()
print decision_process(myrib,"100.0.0.1/16")
print "Passed:", passed_tests
print "Failed:", failed_tests
ip = "128.64.32.16"
ip_as_long = 0x80402010
if (ip_as_long != ip_to_long(ip)):
print "ip_to_long() failed"
failed_tests += 1
else:
passed_tests += 1
if (ip != long_to_ip(ip_as_long)):
print "long_to_ip() failed"
failed_tests += 1
else:
passed_tests += 1
# BPS
# Starting part is from the RIB module
myrib = rib('172.0.0.1',"testing")
myrib['100.0.0.1/16'] = ('172.0.0.2', 'igp', '100, 200, 300', '0', 'false')
#myrib['100.0.0.1/16'] = ['172.0.0.2', 'igp', '100, 200, 300', '0', 'false']
#myrib['100.0.0.1/16'] = {'next_hop':'172.0.0.2', 'origin':'igp', 'as_path':'100, 200, 300',
# 'med':'0', 'atomic_aggregate':'false'}
myrib.commit()
myrib.update('100.0.0.1/16', 'next_hop', '190.0.0.2')
myrib.commit()
print decision_process(myrib,"100.0.0.1/16")
print "Passed:", passed_tests
print "Failed:", failed_tests
def __init__(self,ips):
self.ips = ips
self.rib = {"input": rib("-".join(ips),"input"),
"local": rib("-".join(ips),"local")}