http://www.wireshark.org/lists/wireshark-dev/200711/msg00228.html
Only a single (private) capture file is currently available which contains only a few of the P7 operations, so testing has been minimal.
General attribute types, containing information from the X.400 envelope, are also included.
svn path=/trunk/; revision=23479
Added a new dissector for CDT (CompressedDataType) as
defined in STANAG 4406 Annex E. This dissector is used in P_Mul to
decode encapsulated X.411 content. I have added a function in the
X.411 dissector to decode a MTS APDU without having a ROS
Changes in this patch:
* Added CDT dissector
* Use CDT dissector in P_Mul
* Added function to decode MTS APDU in the X.411 dissector
svn path=/trunk/; revision=16565
I attach my RTSE dissector (in tar file) which requires the included ROS dissector, as well as a patch to the latest pres.{cnf,asn}. The ROS dissector uses a new field in the SESSION_DATA_STRUCTURE to pass the ROS operation to the sub-dissector, though this is also set by other dissectors (RTSE uses it in X.410 mode).
Note that X.400 P1 in X.410 mode doesn't use ROS, so it is useful not to explicitly include ROS in my X411 dissector. However, the inclusion of a ROS dissector won't effect any dissectors that currently implement their own ROS.
I also include dissectors for:
X.411 (P1) X.400 OSI Message Transfer Service
X.420 (P22) X.400 OSI Information Object
STANAG 4406 (P772) STANAG 4406 Military Message Extensions (to P22)
These rely on the RTSE and ROS dissectors.
svn path=/trunk/; revision=15679
Stig Bjørlykke