def _from_string(self, a):
"""Initalize a new instance from a string."""
addr_re = "(?P<neg>!)?\s*" + \
"(?P<address>(?P<ipv4>[0-9.]+)|" + \
"(?P<ipv6>[0-9a-f:]+))" + \
"(?:/(?P<mask>\d+))?\s*"
m = re.compile(addr_re).match(a)
if not m:
raise ValueError("Could not parse address: '{}'".format(a))
self.neg = bool(m.group("neg"))
if m.group("ipv4"):
self.af = AF_INET
self.addr = m.group("ipv4")
elif m.group("ipv6"):
self.af = AF_INET6
self.addr = m.group("ipv6")
net = m.group("mask") or {AF_INET: 32, AF_INET6: 128}[self.af]
self.mask = ctonm(int(net), self.af)
self.fback = 0
self.ifname = "" # ?
self.type = PFRKE_PLAIN # ?
self.states = 0
self.weight = 0
def _from_string(self, a):
"""Initalize a new instance from a string."""
ipv4_re = "[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+"
ipv6_re = "[0-9a-f:]+"
addr_re = "(?P<neg>!)?\s*" + \
"(?P<address>(?P<ipv4>{})|".format(ipv4_re) + \
"(?P<ipv6>{}))".format(ipv6_re) + \
"(?:/(?P<mask>\d+))?\s*"
m = re.compile(addr_re).match(a)
if not m:
raise ValueError("Could not parse address: '{}'".format(a))
self.neg = bool(m.group("neg"))
if m.group("ipv4"):
self.af = AF_INET
self.addr = m.group("ipv4")
elif m.group("ipv6"):
self.af = AF_INET6
self.addr = m.group("ipv6")
net = m.group("mask") or {AF_INET: 32, AF_INET6: 128}[self.af]
self.mask = ctonm(int(net), self.af)
self.fback = 0
self.ifname = "" # ?
self.type = PFRKE_PLAIN # ?
self.states = 0
self.weight = 0
def _from_struct(self, a):
"""Initialize class attributes from a pfr_addr structure"""
l = {AF_INET: 4, AF_INET6: 16}[a.pfra_af]
self.af = a.pfra_af
self.addr = inet_ntop(self.af, string_at(addressof(a.pfra_u), l))
self.mask = ctonm(a.pfra_net, self.af)
self.neg = bool(a.pfra_not)
self.fback = a.pfra_fback
self.ifname = a.pfra_ifname # ?
self.type = a.pfra_type # ?
def _from_struct(self, a):
"""Initialize class attributes from a pfr_addr structure."""
l = {AF_INET: 4, AF_INET6: 16}[a.pfra_af]
self.af = a.pfra_af
self.addr = inet_ntop(self.af, string_at(addressof(a.pfra_u), l))
self.mask = ctonm(a.pfra_net, self.af)
self.neg = bool(a.pfra_not)
self.fback = a.pfra_fback
self.ifname = a.pfra_ifname
self.type = a.pfra_type
self.states = a.pfra_states
self.weight = a.pfra_weight
