def pns_join (self, left):
if ip_peer.ip2long (
left
) & self.pns_netmask == self.pns_netmask:
Circle.pns_join (self, left)
return
self.log ('pns-join-drop ip="%s"' % left, 'error')
def pns_joined (self, right):
if ip_peer.ip2long (
right[0]
) & self.pns_netmask == self.pns_netmask:
Circle.pns_joined (self, right)
return
# TODO: ban ?
self.log ('joined-drop ip="%s"' % right[0], 'error')
from allegra import loginfo, ip_peer
s = ip_peer.host_ip
loginfo.log ('%r' % s)
loginfo.log ('%r' % ip_peer.is_ip (s))
l = ip_peer.ip2long (s)
loginfo.log ('%r' % l)
loginfo.log ('%r' % (ip_peer.long2ip (l)))
loginfo.log ('%r' % ip_peer.in_addr_arpa (s))
def __init__ (self, pns_peer, name, subscribers): self.pns_netmask = ip_peer.ip2long (name) Circle.__init__ (self, pns_peer, name, subscribers)
from allegra import loginfo, ip_peer
s = ip_peer.host_ip
loginfo.log('%r' % s)
loginfo.log('%r' % ip_peer.is_ip(s))
l = ip_peer.ip2long(s)
loginfo.log('%r' % l)
loginfo.log('%r' % (ip_peer.long2ip(l)))
loginfo.log('%r' % ip_peer.in_addr_arpa(s))
