This simplifies the generation of dissectors for ROS-based protocols using the asn2wrs #.TABLE directive.
See the P7 dissector for an example.
svn path=/trunk/; revision=23706
The problem is the slash in e.g.:
@$(PYTHON) ../../tools/make-dissector-reg.py
is interpreted as an option instead of being part of the path.
I didn't wanted to use backslashes as this might introduce new problems with cygwin's python port.
svn path=/trunk/; revision=19730
- remove obsolete -X option from makefiles
- not generate enumerated map table for BER
dissector will be regenerated later
svn path=/trunk/; revision=18199
Attached is a patch that updates -
* DOP - This has now been successfully tested and so is now enabled by default and workaround code removed.
Also now uses the correct EXPORTs from the other modules/dissectors.
* X509SAT - Most of the selected attributes are now supported in addition to the DirectoryString syntax attributes. This includes restoring the correct DirectoryString syntax and also providing the basic syntaxes (e.g. OBJECT IDENTIFIER, PrintableString). The latter requires a sed line in the Makefile which I assume should be OK? Not all the SAT can be defined in x509sat - so some have been included in x509if and x509af - though x509sat.cnf contains the master list and references the other dissectors where appropriate.
(I still prefer a syntax registration approach but I don't think that is going to be agreed in the short term.)
* X509IF - a mechanism to register some formating, based upon the hf_index, that is used in the cnf file.
* A couple of fixes identified by Stig.
Note the patc for dop did not apply don't regenerate dissectors yet.
svn path=/trunk/; revision=16799
The ftbp.patch file includes:
a) A fix to acse.cnf which works around an asn2eth bug (it is the AE-qualifier EXPORT I want, but asn2eth doesn't generate the appropriate extern for the values). Also a small cosmetic change for EXTERNAL decodings.
b) New EXPORTs for the FTAM dissector for use in FTBP.
c) A fix to asn2eth to solve the problem if you EXPORT types that include a '-' character in the name (e.g. "AE-qualifier" from acse.cnf, "Date-and-Time-Attribute" from ftam.cnf). The problem is that asn2eth generates the "xxxx-exp.cnf" file using the 'C' name (which has replaced '-' with '_') rather than the original 'ASN' name. The fix just undoes the replacement as I couldn't see the original name being preserved anywhere. There still remains a problem if the type has a '.' in the name - but generally I don't think they do.
* Better ROS handling and registration
* Simplified RTSE registration
* X411 column information, extension naming and use of new RTSE/ROS registration
* X420 notification extensions, warnings removal and export of ExtensionsField (missed from recent FTBP patch).
* Better highlighting of S4406 protocol.
svn path=/trunk/; revision=16296
to fix compilation under Windows NT. This should fix bug 403.
The changes were made using "find . -name Makefile.nmake | xargs perl
-pi.bak -e 's: /y::i'". They appear to work under XP, but if anything
broke I blame Larry Wall.
svn path=/trunk/; revision=15710
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.
Withs some changes to remove various warnings and errors.
svn path=/trunk/; revision=15680
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