I made the following improvements to the Modbus/TCP dissector:
1. Implemented protocol to the latest specification (v1.1b). See
http://www.modbus.org/specs.php.
2. Upgraded to "tcp_dissect_pdus" instead of having the dissector do it
manually. This also provides TCP packet reassembly support.
3. Removed support for UDP port 502 because it's not supported by the protocol
specification. I believe "Decode As..." could be used in its place.
4. Added dissector support for the following function codes:
a) 8 - Diagnostics
b) 11 - Event Counter
c) 12 - Event Log
d) 43 - Encapsulation Transport (mostly for 43/14)
5. Removed support for function codes not in the protocol specification. None
of them were really being parsed, they just offered a "name" for the function
code.
6. Moved protocol #defines to header file for access from other dissectors. I
plan to have other dissectors use this, but one patch at a time.
7. Created "modbus" dissector that is accessible to other dissectors.
8. Renamed base "display filter name" to reflect PROTOABBREV.
I removed defines for value_strings, I think it's better to export the vaöue strings if needed.
https://bugs.wireshark.org/bugzilla/show_bug.cgi?id=5923
svn path=/trunk/; revision=37539
The two patches attached allow the dissection of the Homeplug AV Ethernet MAC
management frames between a controlling device and a Homeplug AV Ethernet to
PLC adapter. This protocol is pretty similar to the previous generation
Homeplug protocol (dissected by packet-homeplug.c) but a couple of noticeable
differences make it require its own dissector handler.
This dissector is based on the work done by Nicolas Thill, Xavier Carcelle and
myself in the Faifa project (https://dev.open-plc.org).
The dissector handles the standard Homeplug AV Ethernet MAC management frames
(called public) as well as the Intellon specific management frames (vendor).
From me:
Remove unnecessary global variables.
Add to COL_INFO even when !tree.
Remove gotos.
Remove unnecessary includes.
svn path=/trunk/; revision=37403
The Locator/ID Separation Protocol [1] is being standardized within the IETF,
and it is nearing RFC status (pending security review). I have been maintaining
a dissector patch for about a year, see [2]. Feedback received indicates that,
among others, it is widely used by the developers of a large router vendor,
without issues.
In January I submitted the dissector for data plane packets as bug #5602, which
was committed as r35615. The patch attached to this bug adds support for
dissection of control plane packets.
[1] http://tools.ietf.org/html/draft-ietf-lisp
[2] http://lisp.ccaba.upc.edu/wireshark/
svn path=/trunk/; revision=36845
A new dissector for uTorrent Transport Protocol
From me :
* Add link to spec BEP-0029
* Add note about type/version
* Rework extensions loop
* Use 2-space indenting
svn path=/trunk/; revision=36715
Adds BMC protocol, including adding support for MAC and RLC CTCH channels to carry it.
From me:
Removed hf blurbs = def and removed check_col added tp CMakeList.
svn path=/trunk/; revision=36662
* Number of ICMP echo requests, replies, lost replies and percent loss.
* Min, Max, Average SRT (Service Response Time), and standard deviation.
(This is my first tap, so hopefully I didn't miss something, but we'll see ...)
TODO: Add a Wireshark tap.
svn path=/trunk/; revision=36480
This patch adds the capability to create BACnet statistics trees.
Find the respective menu items under 'Statistics->BACnet'.
Packets can be sorted by different criteria:
- Src/Dst IP adresses
- Instance ID
- Object Type
- Service
From me:
- Don't use C++/C99-style comments.
- Name variables for tick_stat_node() don't need to be static.
- Change updateBacnetInfoValue() to require 'data' to be ep_ allocated. Change
the couple of calls that did not send in ep_ allocated data to do so.
- Change one or two functions to be static.
- Do not use (memory-unsafe) g_sprintf().
- Use ep_strconcat() instead of leaking memory with g_strconcat().
- Put back one if(tree) that doesn't appear to do any harm.
- Remove variable declarations and #includes from the header file.
svn path=/trunk/; revision=36468
A patch to add ATM over TCP Dissector.
The dissector dissect only the ATMTCP header (VCI, VPI, Payload Length)
The data are not yet dissect, it is necessary to add a "UAT" (As with the K12
dissector) to indicate the type (ILMI, AAL, ATM...) of data (based on VCI/VPI)
svn path=/trunk/; revision=36354
Patch, which removes both EPL and EPLv1 .h files, as well as adding a heuristic dissector hook to EPL (v1 is nearly nowhere in use anymore, therefore not needed)
https://bugs.wireshark.org/bugzilla/show_bug.cgi?id=5751
svn path=/trunk/; revision=36198
https://bugs.wireshark.org/bugzilla/show_bug.cgi?id=5654
From me:
- Entry for DVBCI added to wtap.c encap_table_base[];
- Some code simplification with respect to the use of col_...() for COL_INFO;
- Certain tests for "enough bytes available" not really needed;
- (Other minor tweaks);
- #include<stdio.h> not req'd;
- Minor reformatting and whitespace cleanup;
svn path=/trunk/; revision=36149
Enhance RIPng
* Replace tvb_memcpy/proto_tree_add_text by proto_tree_add_item
* Remove dependency to packet-ipv6.h
* Remove packet-ripng.h (not needed)
Also update AUTHORS file
From me:
Put a check_col() back and reword (shorten) a couple of the new blurbs.
svn path=/trunk/; revision=36033
Patch to add a new dissector for Realm Specific IP (RSIP) as defined by
RFC 3102, RFC 3103, and RFC 3104.
This is a very basic dissector. It could be extended to do addtional RSIP
protocol violation testing. The dissector is written such that it should be
easy to add later.
svn path=/trunk/; revision=35653
The patch I am attaching here is for dissecting LISP data packets.
From me:
Minor cleanups.
Showing the reserved field.
Adding to all makefiles and release notes.
svn path=/trunk/; revision=35615
FCoIB – Fibre Channel over InfiniBand. The protocol enables transmission of
Fibre Channel frames over InfiniBand networks. It is based on encapsulation of
Fibre Channel frames over InfiniBand UD transport. The discovery protocol is
based on the FIP protocol (not supported by this patch).
This patch adds an FCoIB dissector to Wireshark. It is based in large part on
the existing FCoE dissection code.
This code is submitted on behalf of Mellanox Technologies Ltd.
svn path=/trunk/; revision=35475
Bluetooth profiles and protocols above RFCOMM and L2CAP can not be dissected correctly because the required information (server channel and dynamic PSM value mappings to services/profiles) about the type of data carried in the payload is not available. RFCOMM is currently hardcoded to handoff all payload data to the obex dissector though it may carry e.g. handsfree, dial-up networking or serial port profile related data.
The patch consists of modifcations to the following dissectors:
btsdp: Extraction of RFCOMM server channel and L2CAP dynamic PSM with service mapping is provided to RFCOMM and L2CAP through a tap interface. In addition, the packet list info is beautyfied and extended with more details for better
overview.
btl2cap: Adds a new dissector table with services and dynamic PSM mapping which is filled by a tap listner catching the info from btsdp. More info added to packet list.
btrfcomm: Adds a new dissector table with services and server channel mapping which is filled by a tap listner catching the info from btsdp. Dissectors for handsfree, dial-up netorking and serial port profiles (all based on RFCOMM) are also added.
btobex: Registers several obex based profiles (e.g. obex push, file transfer, basic printing etc.) in both RFCOMM and L2CAP. Some cleanup.
svn path=/trunk/; revision=35323
1) Add links to RFC 4627 and the json.org web site.
2) Comment out hf_json_member_key to keep tools/checkhf.pl happy.
3) Avoid duplicate (application/json) from being displayed in Info column.
svn path=/trunk/; revision=35317
This is a dissector for reload framed message:
ReLOAD packets can be inserted in frame message, as described in
draft-ietf-p2psip-base-10
From me: remove some unnecessary includes.
svn path=/trunk/; revision=35005
This patch adds to Wireshark the ability to dissect Infiniband SDP (Socket
Direct Protocol) and CM MADs traffic.
It also contains various other bug-fixes and enhancements. SDP traffic can be
identified automatically (analyzing SDP CM MADs) or manually.
SDP, or Sockets Direct Protocol, is a protocol developed by the Infiniband
Trade Association which enables existing socket-based applications to
transparently utilize the Infiniband capabilities.
This patch is submitted on behalf of Mellanox Technologies Ltd.
svn path=/trunk/; revision=34918
