def __update_route_rspec(self, route, sliver, controllers, groups,
matches):
for key, rspec in route.iteritems():
rspec.sliver(sliver.get("description"), sliver.get("ref"),
sliver.get("email"))
for c in controllers:
rspec.controller(c.get("url"), c.get("type"))
for g in groups:
rspec.group(g.get("name"))
for dpid in g.get("dpids"):
if dpid.get("routing_key") == key:
rspec.group_datapath(g.get("name"), dpid)
for m in matches:
match = Match()
for uf in m.get("use_groups"):
match.add_use_group(uf.get("name"))
for dpid in m.get("dpids"):
if dpid.get("routing_key") == key:
match.add_datapath(dpid)
match.set_packet(
m.get("packet").get("dl_src"),
m.get("packet").get("dl_dst"),
m.get("packet").get("dl_type"),
m.get("packet").get("dl_vlan"),
m.get("packet").get("nw_src"),
m.get("packet").get("nw_dst"),
m.get("packet").get("nw_proto"),
m.get("packet").get("tp_src"),
m.get("packet").get("tp_dst"))
rspec.match(match.serialize())
def __update_route_rspec(self, route, sliver, controllers, groups,
matches):
for key, rspec in route.iteritems():
rspec.sliver(sliver.get("description"), sliver.get("ref"),
sliver.get("email"))
for c in controllers:
rspec.controller(c.get("url"), c.get("type"))
for g in groups:
rspec.group(g.get("name"))
for dpid in g.get("dpids"):
if dpid.get("routing_key") == key:
rspec.group_datapath(g.get("name"), dpid)
for m in matches:
match = Match()
for uf in m.get("use_groups"):
match.add_use_group(uf.get("name"))
for dpid in m.get("dpids"):
if dpid.get("routing_key") == key:
match.add_datapath(dpid)
match.set_packet(m.get("packet").get("dl_src"),
m.get("packet").get("dl_dst"),
m.get("packet").get("dl_type"),
m.get("packet").get("dl_vlan"),
m.get("packet").get("nw_src"),
m.get("packet").get("nw_dst"),
m.get("packet").get("nw_proto"),
m.get("packet").get("tp_src"),
m.get("packet").get("tp_dst"))
rspec.match(match.serialize())
def format_match(self, m):
m_ = Match()
for ug in m.iterfind("{%s}use-group" % (self.__of)):
m_.add_use_group(ug.attrib.get("name"))
for dp in m.iterfind("{%s}datapath" % (self.__of)):
m_.add_datapath(self.__datapath(dp))
packet_ = m.find("{%s}packet" % (self.__of))
if packet_ is not None:
dl_src = self.__packet(packet_, "dl_src")
dl_dst = self.__packet(packet_, "dl_dst")
dl_type = self.__packet(packet_, "dl_type")
dl_vlan = self.__packet(packet_, "dl_vlan")
nw_src = self.__packet(packet_, "nw_src")
nw_dst = self.__packet(packet_, "nw_dst")
nw_proto = self.__packet(packet_, "nw_proto")
tp_src = self.__packet(packet_, "tp_src")
tp_dst = self.__packet(packet_, "tp_dst")
m_.set_packet(dl_src, dl_dst, dl_type, dl_vlan, nw_src, nw_dst,
nw_proto, tp_src, tp_dst)
return m_
def format_match(self, m):
m_ = Match()
for ug in m.iterfind("{%s}use-group" % (self.__of)):
m_.add_use_group(ug.attrib.get("name"))
for dp in m.iterfind("{%s}datapath" % (self.__of)):
m_.add_datapath(self.__datapath(dp))
packet_ = m.find("{%s}packet" % (self.__of))
if packet_ is not None:
dl_src = self.__packet(packet_, "dl_src")
dl_dst = self.__packet(packet_, "dl_dst")
dl_type = self.__packet(packet_, "dl_type")
dl_vlan = self.__packet(packet_, "dl_vlan")
nw_src = self.__packet(packet_, "nw_src")
nw_dst = self.__packet(packet_, "nw_dst")
nw_proto = self.__packet(packet_, "nw_proto")
tp_src = self.__packet(packet_, "tp_src")
tp_dst = self.__packet(packet_, "tp_dst")
m_.set_packet(dl_src, dl_dst, dl_type, dl_vlan,
nw_src, nw_dst, nw_proto, tp_src, tp_dst)
return m_
