Cast the argument to <ctype.h> macros to "guchar", so that if the 8th
bit is set in the byte, it doesn't get sign-extended.
svn path=/trunk/; revision=15691
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
Basically the changes are:
a) [pres] make the find_oid_by_[pres_]ctx_id (I changed the name to make it more specific) non-static so it can be called from other dissectors (see acse.cnf changes). I also call it from RTSE and ROS dissectors
b) [acse] remove (#ifdef NOT_NEEDED) the oid lookup table and any reference to acse_handle - as these are no longer needed
c) [acse] register the acse dissector on 2.2.1.0.1
with some modifications: -#ifdef:ed code removed
- renamed aco -> pco
svn path=/trunk/; revision=15678
A PDU length routine called by tcp_dissect_pdus() should use the offset
passed to it as the offset of the beginning of the PDU.
In the heuristic GIOP dissector, if we're running over TCP, and accept
the packet, call "dissect_giop_tcp()" so that we handle multiple PDUs
within the segment or PDUs split across segments.
svn path=/trunk/; revision=15667
buffer (the buffer in question is temporary, so it doesn't need to
survive after inet_ntop() returns), which should fix some compile errors
on Windows.
svn path=/trunk/; revision=15657
at the same time, make proto_construct_dfilter_string() return an emem allocated string.
This fixes a tiny memleak in print.c that never freed the string returned by this function.
svn path=/trunk/; revision=15651
Patch which will enable saving payload in raw (binary) format in addition to the existing au format.
We have found it very useful to be able to extract the RTP data for use with other tools (especially when dealing with proprietary/uncommon coders).
Changes:
rtp_packet_save_payload: no longer transforms packet to linear coding, payload is saved in raw format
copy_file: will perform the needed transcoding and save to needed format (au or raw)
svn path=/trunk/; revision=15648
These small patches:
- add RTSP header 'RDTFeatureLevel as a proper field
- show feature level in RDT stream setup info
- tidy up RDT info column text
svn path=/trunk/; revision=15647
