NetBSD/sys/netiso
thorpej d844a3ac41 First-draft if_detach() implementation, originally from Bill Studnemund,
although this version has been changed somewhat:
- reference counting on ifaddrs isn't as complete as Bill's original
  work was.  This is hard to get right, and we should attack one
  protocol at a time.
- This doesn't do reference counting or dynamic allocation of ifnets yet.
- This version introduces a new PRU -- PRU_PURGEADDR, which is used to
  purge an ifaddr from a protocol.  The old method Bill used didn't work
  on all protocols, and it only worked on some because it was Very Lucky.

This mostly works ... i.e. works for my USB Ethernet, except for a dangling
ifaddr reference left by the IPv6 code; have not yet tracked this down.
2000-02-01 22:52:04 +00:00
..
xebec
Makefile
README
argo_debug.h
clnl.h
clnp.h
clnp_debug.c
clnp_er.c
clnp_frag.c
clnp_input.c allow delivery of routing protocol pdus to `raw' sockets even when the 2000-01-08 20:39:45 +00:00
clnp_options.c
clnp_output.c
clnp_raw.c
clnp_stat.h
clnp_subr.c
clnp_timer.c
cltp_usrreq.c First-draft if_detach() implementation, originally from Bill Studnemund, 2000-02-01 22:52:04 +00:00
cltp_var.h
cons.h
cons_pcb.h
eonvar.h
esis.c allow delivery of routing protocol pdus to `raw' sockets even when the 2000-01-08 20:39:45 +00:00
esis.h
idrp_usrreq.c
idrp_var.h
if_cons.c
if_eon.c
iso.c First-draft if_detach() implementation, originally from Bill Studnemund, 2000-02-01 22:52:04 +00:00
iso.h
iso_chksum.c
iso_errno.h
iso_pcb.c
iso_pcb.h
iso_proto.c
iso_snpac.c
iso_snpac.h
iso_var.h First-draft if_detach() implementation, originally from Bill Studnemund, 2000-02-01 22:52:04 +00:00
tp.trans
tp_astring.c
tp_clnp.h
tp_cons.c
tp_driver.c
tp_emit.c
tp_events.h
tp_inet.c
tp_input.c
tp_ip.h
tp_iso.c
tp_meas.c
tp_meas.h
tp_output.c
tp_param.h
tp_pcb.c
tp_pcb.h
tp_seq.h
tp_stat.h
tp_states.h
tp_states.init
tp_subr.c
tp_subr2.c
tp_timer.c
tp_timer.h
tp_tpdu.h
tp_trace.c
tp_trace.h
tp_user.h
tp_usrreq.c
tp_var.h

README

In case you were wondering why this code is still present:

The ISO (or OSI) stack is still in use by many router vendors (e.g., using
IS-IS the OSI equivelent of OSPF, to carry IP routes).

Chris.
chopps@netbsd.org