+* Planned for the future
+
+Netlink device that implements an Ethernet bridge.
+
+Modular transform code: choice of block ciphers, modes, sequence
+numbers / timestamps, etc. similar to IWJ's udptunnel
+
+* New in versino 0.1.11
+
+* New in version 0.1.10
+
+WARNING: THIS VERSION MAKES A CHANGE TO THE CONFIGURATION FILE FORMAT
+THAT IS NOT BACKWARD COMPATIBLE. However, in most configurations the
+change only affects the sites.conf file, which is generated by the
+make-secnet-sites script; after you regenerate your sites.conf using
+version 0.1.10, everything should continue to work.
+
+Netlink devices now interact slightly differently with the 'site'
+code. When you invoke a netlink closure like 'tun' or 'userv-ipif',
+you get another closure back. You then invoke this closure (usually
+in the site definitions) to specify things like routes and options.
+The result of this invocation should be used as the 'link' option in
+site configurations.
+
+All this really means is that instead of site configurations looking
+like this:
+
+foo {
+ name "foo";
+ networks "a", "b", "c";
+ etc.
+};
+
+...they look like this:
+
+foo {
+ name "foo";
+ link netlink { routes "a", "b", "c"; };
+ etc.
+};
+
+This change was made to enable the 'site' code to be completely free
+of any knowledge of the contents of the packets it transmits. It
+should now be possible in the future to tunnel other protocols like
+IPv6, IPX, raw Ethernet frames, etc. without changing the 'site' code
+at all.
+
+Point-to-point netlink devices work slightly differently; when you
+apply the 'tun', 'userv-ipif', etc. closure and specify the
+ptp-address option, you must also specify the 'routes' option. The
+result of this invocation should be passed directly to the 'link'
+option of the site configuration. You can do things like this:
+
+sites site {
+ name "foo";
+ link tun {
+ networks "192.168.73.76/32";
+ local-address "192.168.73.76"; # IP address of interface
+ ptp-address "192.168.73.75"; # IP address of other end of link
+ routes "192.168.73.74/32";
+ mtu 1400;
+ buffer sysbuffer();
+ };
+ etc.
+};
+
+The route dump obtained by sending SIGUSR1 to secnet now includes
+packet counts.
+
+Point-to-point mode has now been tested.
+
+tun-old has now been tested, and the annoying 'untested' message has
+been removed. Thanks to SGT and JDA.
+
+secnet now closes its stdin, stdout and stderr just after
+backgrounding.
+
+Bugfix: specifying network "0.0.0.0/0" (or "default") now works
+correctly.
+
+* New in version 0.1.9
+
+The netlink code may now generate ICMP responses to ICMP messages that
+are not errors, eg. ICMP echo-request. This makes Windows NT
+traceroute output look a little less strange.
+
+configure.in and config.h.bot now define uint32_t etc. even on systems
+without stdint.h and inttypes.h (needed for Solaris 2.5.1)
+
+GNU getopt is included for systems that lack it.
+
+We check for LOG_AUTHPRIV before trying to use it in log.c (Solaris
+2.5.1 doesn't have it.)
+
+Portable snprintf.c from http://www.ijs.si/software/snprintf/ is
+included for systems that lack snprintf/vsnprintf.
+
+make-secnet-sites.py renamed to make-secnet-sites and now installed in
+$prefix/sbin/make-secnet-sites; ipaddr.py library installed in
+$prefix/share/secnet/ipaddr.py. make-secnet-sites searches
+/usr/local/share/secnet and /usr/share/secnet for ipaddr.py
+
* New in version 0.1.8
Netlink devices now support a 'point-to-point' mode. In this mode the
netlink device does not require an IP address; instead, the IP address
of the other end of the tunnel is specified using the 'ptp-address'
option. Precisely one site must be configured to use the netlink
-device.
+device. (I haven't had a chance to test this because 0.1.8 turned into
+a 'quick' release to enable secnet to cope with the network problems
+affecting connections going via LINX on 2001-10-16.)
The tunnel code in site.c now initiates a key setup if the
reverse-transform function fails (wrong key, bad MAC, too much skew,
are much more common than links with active attackers... (an attacker
can now force a new key setup by replaying an old packet, but apart
from minor denial of service on slow links or machines this won't
-achieve them much).
+achieve them much). This should eventually be made configurable.
The sequence number skew detection code in transform.c now only
complains about 'reverse skew' - replays of packets that are too
~ian / secnet.git / blobdiff