def unpack_capability (instance, data, capability=None): # pylint: disable=W0613 # XXX: FIXME: should check that we have not yet seen the capability while data: afi = AFI.unpack(data[:2]) safi = SAFI.unpack(data[2]) sr = ord(data[3]) instance.add_path(afi,safi,sr) data = data[4:] return instance
def unpack_capability (instance, data, capability=None): # pylint: disable=W0613 # XXX: FIXME: should check that we have not yet seen the capability while data: afi = AFI.unpack(data[:2]) safi = SAFI.unpack(data[2]) sr = ord_(data[3]) instance.add_path(afi,safi,sr) data = data[4:] return instance
def unpack (capability,instance,data): # XXX: FIXME: should check that we have not yet seen the capability while data: afi = AFI.unpack(data[:2]) safi = SAFI.unpack(data[2]) sr = ord(data[3]) instance.add_path(afi,safi,sr) data = data[4:] return instance
def unpack(capability, instance, data):
# XXX: FIXME: should check that we have not yet seen the capability
while data:
afi = AFI.unpack(data[:2])
safi = SAFI.unpack(data[2])
sr = ord(data[3])
instance.add_path(afi, safi, sr)
data = data[4:]
return instance
def unpack_capability(instance, data, capability=None): # pylint: disable=W0613
# XXX: FIXME: we should complain if we have twice the same AFI/SAFI
# XXX: FIXME: should check that we have not yet seen the capability
while data:
afi = AFI.unpack(data[:2])
safi = SAFI.unpack(data[3])
nexthop = AFI.unpack(data[4:6])
instance.add_nexthop(afi, safi, nexthop)
data = data[6:]
return instance
def unpack_capability (instance, data, capability=None): # pylint: disable=W0613 # XXX: FIXME: we should complain if we have twice the same AFI/SAFI # XXX: FIXME: should check that we have not yet seen the capability while data: afi = AFI.unpack(data[:2]) safi = SAFI.unpack(data[3]) nexthop = AFI.unpack(data[4:6]) instance.add_nexthop(afi, safi, nexthop) data = data[6:] return instance
def unpack_capability(instance, data, _=None):
# XXX: FIXME: should raise if instance was already setup
restart = unpack('!H', data[:2])[0]
restart_flag = restart >> 12
restart_time = restart & Graceful.TIME_MASK
data = data[2:]
families = []
while data:
afi = AFI.unpack(data[:2])
safi = SAFI.unpack(data[2])
flag_family = ord(data[0])
families.append((afi, safi, flag_family))
data = data[4:]
return instance.set(restart_flag, restart_time, families)
def unpack_capability (instance, data, capability=None): # pylint: disable=W0613
# XXX: FIXME: should raise if instance was already setup
restart = unpack('!H',data[:2])[0]
restart_flag = restart >> 12
restart_time = restart & Graceful.TIME_MASK
data = data[2:]
families = []
while data:
afi = AFI.unpack(data[:2])
safi = SAFI.unpack(data[2])
flag_family = ord(data[3])
families.append((afi,safi,flag_family))
data = data[4:]
return instance.set(restart_flag,restart_time,families)
def unpack (what,instance,data):
# XXX: FIXME: should raise if instance was already setup
restart = unpack('!H',data[:2])[0]
restart_flag = restart >> 12
restart_time = restart & Graceful.TIME_MASK
data = data[2:]
families = []
while data:
afi = AFI.unpack(data[:2])
safi = SAFI.unpack(data[2])
flag_family = ord(data[0])
families.append((afi,safi,flag_family))
data = data[4:]
return instance.set(restart_flag,restart_time,families)
def unpack_message(cls, data, negotiated):
header_length = len(EOR.NLRI.PREFIX)
return cls(AFI.unpack(data[header_length:header_length + 2]),
SAFI.unpack(data[header_length + 2]))
def unpack_capability (instance, data, capability=None): # pylint: disable=W0613 # XXX: FIXME: we should raise if we have twice the same AFI/SAFI afi = AFI.unpack(data[:2]) safi = SAFI.unpack(data[3]) instance.append((afi,safi)) return instance
def unpack (what,instance,data): # XXX: FIXME: we should raise if we have twice the same AFI/SAFI afi = AFI.unpack(data[:2]) safi = SAFI.unpack(data[3]) instance.append((afi,safi)) return instance
def unpack_capability (instance,data,_=None): # XXX: FIXME: we should raise if we have twice the same AFI/SAFI afi = AFI.unpack(data[:2]) safi = SAFI.unpack(data[3]) instance.append((afi,safi)) return instance
def unpack_message (cls, data, negotiated): header_length = len(EOR.NLRI.PREFIX) return cls(AFI.unpack(data[header_length:header_length+2]),SAFI.unpack(data[header_length+2]))
def unpack(what, instance, data):
# XXX: FIXME: we should raise if we have twice the same AFI/SAFI
afi = AFI.unpack(data[:2])
safi = SAFI.unpack(data[3])
instance.append((afi, safi))
return instance
