format["ip_dst_pos"] = 0
format["ip_dst_len"] = 4
format["length"] = 4
rtr_names = [
"bbra_rtr",
"bbrb_rtr",
"boza_rtr",
"bozb_rtr",
"coza_rtr",
"cozb_rtr",
"goza_rtr",
"gozb_rtr",
"poza_rtr",
"pozb_rtr",
"roza_rtr",
"rozb_rtr",
"soza_rtr",
"sozb_rtr",
"yoza_rtr",
"yozb_rtr",
]
for rtr_name in rtr_names:
f = TF(1)
f.load_object_from_file("../work/tf_simple_stanford_backbone/%s.tf" %
rtr_name)
#OFG = OpenFlow_Rule_Generator(f,ciscoRouter(1).HS_FORMAT())
OFG = OpenFlow_Rule_Generator(f, format)
OFG.generate_of_rules("%s.of" % rtr_name)
format["ip_dst_len"] = 4
format["length"] = 4
rtr_names = ["bbra_rtr",
"bbrb_rtr",
"boza_rtr",
"bozb_rtr",
"coza_rtr",
"cozb_rtr",
"goza_rtr",
"gozb_rtr",
"poza_rtr",
"pozb_rtr",
"roza_rtr",
"rozb_rtr",
"soza_rtr",
"sozb_rtr",
"yoza_rtr",
"yozb_rtr",
]
if (not os.path.isdir("stanford_openflow_rules")):
os.makedirs("stanford_openflow_rules")
for rtr_name in rtr_names:
f = TF(1)
f.load_object_from_file("tf_simple_stanford_backbone/%s.tf"%rtr_name)
#OFG = OpenFlow_Rule_Generator(f,ciscoRouter(1).HS_FORMAT())
OFG = OpenFlow_Rule_Generator(f,format)
OFG.generate_of_rules("stanford_openflow_rules/%s.of"%rtr_name)
import json
import sys
rtr_names = [
"atla", "chic", "hous", "kans", "losa", "newy32aoa", "salt", "seat", "wash"
]
PORT_TYPE_MULTIPLIER = 10000
SWITCH_ID_MULTIPLIER = 100000
path = sys.argv[1]
out_path = sys.argv[2]
#path = "i2_tfs"
#out_path = "i2_json"
table_id = 0
topo = TF(1)
topo.load_object_from_file("%s/%s.tf" % (path, "backbone_topology"))
topology = {"topology": []}
for rule in topo.rules:
in_ports = rule["in_ports"]
out_ports = rule["out_ports"]
for in_port in in_ports:
for out_port in out_ports:
topology["topology"].append({"src": in_port, "dst": out_port})
topo.save_as_json("%s/%s.json" % (path, "topology"))
for rtr in rtr_names:
tf = TF(1)
tf.load_object_from_file("%s/%s.tf" % (path, rtr))
#tf.save_as_json("%s/%s.tf.json"%(path,rtr))
table_id += 1
tf_in = {"rules": [], "ports": [], "id": table_id * 10}
"input_path":
"../examples/stanford/tf_stanford_backbone",
"switch_id_multiplier":
cisco_router.SWITCH_ID_MULTIPLIER,
"port_type_multiplier":
cisco_router.PORT_TYPE_MULTIPLIER,
"mid_port_type_const":
cisco_router.INTERMEDIATE_PORT_TYPE_CONST,
}
loader = net_loader(settings)
(map, inv_map) = loader.load_port_map()
#topology
f = TF(1)
f.load_object_from_file("%s/topology.tf" % settings["input_path"])
#net plumber instance
N = NetPlumber(f.length)
#adding links
for rule in f.rules:
input_ports = rule["in_ports"]
output_ports = rule["out_ports"]
for input_port in input_ports:
for output_port in output_ports:
N.add_link(input_port, output_port)
# add links for intermediate port
f = open("%s/port_map.txt" % settings["input_path"], 'r')
for line in f:
"hous",
"kans",
"losa",
"newy32aoa",
"salt",
"seat",
"wash"
]
PORT_TYPE_MULTIPLIER = 10000
SWITCH_ID_MULTIPLIER = 100000
path = "i2_tfs"
out_path = "i2_json_rules"
table_id = 0
topo = TF(1)
topo.load_object_from_file("%s/%s.tf"%(path,"topology"))
topology = {"topology":[]}
for rule in topo.rules:
in_ports = rule["in_ports"]
out_ports = rule["out_ports"]
for in_port in in_ports:
for out_port in out_ports:
topology["topology"].append({"src":in_port,"dst":out_port})
topo.save_as_json("%s/%s.json"%(path,"topology"))
for rtr in rtr_names:
tf = TF(1)
tf.load_object_from_file("%s/%s.tf"%(path,rtr))
tf.save_as_json("%s/%s.tf.json"%(path,rtr))
table_id += 1
tf_in = {"rules":[], "ports":[], "id":table_id*10}
"sozb_rtr",
"yoza_rtr",
"yozb_rtr",
],
"input_path":"../examples/stanford/tf_stanford_backbone",
"switch_id_multiplier":cisco_router.SWITCH_ID_MULTIPLIER,
"port_type_multiplier":cisco_router.PORT_TYPE_MULTIPLIER,
"mid_port_type_const":cisco_router.INTERMEDIATE_PORT_TYPE_CONST,
}
loader = net_loader(settings)
(map,inv_map) = loader.load_port_map()
#topology
f = TF(1)
f.load_object_from_file("%s/topology.tf"%settings["input_path"])
#net plumber instance
N = NetPlumber(f.length)
#adding links
for rule in f.rules:
input_ports = rule["in_ports"]
output_ports = rule["out_ports"]
for input_port in input_ports:
for output_port in output_ports:
N.add_link(input_port, output_port)
# add links for intermediate port
f = open("%s/port_map.txt"%settings["input_path"],'r')
for line in f: