def _nuke_system_device(self, devname):
# NOTE: Taking the device down does not cause PPP or L2TP termination
# in any reasonable time. However: (1) user traffic is stopped by this,
# and (2) this device doesn't count toward licenses anyway. If the user
# disconnects the connection, the device will go away normally.
#
# We could attempt to kill the pppd by looking at ps axwuf|grep pppd;
# the device name is on the command line, yielding the pid. This
# seems too unreliable, though. We could also attempt to kill the
# openl2tp session by looking at the device name, and deducing the
# tunnel and session IDs; openl2tp tunnels and sessions can then be
# identified using these.
#
# This may not be robust with respect to pppox and pppol2tp kernel
# modules.
from codebay.l2tpserver import pppscripts
pppscripts.nuke_ppp_device(devname)
def _nuke_system_device(self, devname):
# NOTE: Taking the device down does not cause PPP or L2TP termination
# in any reasonable time. However: (1) user traffic is stopped by this,
# and (2) this device doesn't count toward licenses anyway. If the user
# disconnects the connection, the device will go away normally.
#
# We could attempt to kill the pppd by looking at ps axwuf|grep pppd;
# the device name is on the command line, yielding the pid. This
# seems too unreliable, though. We could also attempt to kill the
# openl2tp session by looking at the device name, and deducing the
# tunnel and session IDs; openl2tp tunnels and sessions can then be
# identified using these.
#
# This may not be robust with respect to pppox and pppol2tp kernel
# modules.
from codebay.l2tpserver import pppscripts
pppscripts.nuke_ppp_device(devname)
def _nuke_rdf_device(self, devnode):
from codebay.l2tpserver import pppscripts
devname = devnode.getS(ns.deviceName, rdf.String)
pppscripts.nuke_ppp_device(devname)
def _nuke_rdf_device(self, devnode):
from codebay.l2tpserver import pppscripts
devname = devnode.getS(ns.deviceName, rdf.String)
pppscripts.nuke_ppp_device(devname)
