forked from osmocom/wireshark
f4b0abc729
They already know who they are when they register themselves. Saving the handle then to avoid finding it later. Not sure if this will increase unnecessary register_dissector functions (instead of using create_dissector_handle in proto_reg_handoff function) when other dissectors copy/paste, but it should make startup time a few microseconds better. Change-Id: I3839be791b32b84887ac51a6a65fb5733e9f1f43 Reviewed-on: https://code.wireshark.org/review/19481 Petri-Dish: Michael Mann <mmann78@netscape.net> Tested-by: Petri Dish Buildbot <buildbot-no-reply@wireshark.org> Reviewed-by: Anders Broman <a.broman58@gmail.com> |
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.. | ||
AUTHORS | ||
ChangeLog | ||
CMakeLists.txt | ||
Makefile.am | ||
moduleinfo.h | ||
packet-bintrngreq.c | ||
packet-bpkmattr.c | ||
packet-bpkmreq.c | ||
packet-bpkmrsp.c | ||
packet-cmctrlreq.c | ||
packet-cmctrlrsp.c | ||
packet-cmstatus.c | ||
packet-dbcack.c | ||
packet-dbcreq.c | ||
packet-dbcrsp.c | ||
packet-dccack.c | ||
packet-dccreq.c | ||
packet-dccrsp.c | ||
packet-dcd.c | ||
packet-docsis.c | ||
packet-dpd.c | ||
packet-dpvreq.c | ||
packet-dpvrsp.c | ||
packet-dsaack.c | ||
packet-dsareq.c | ||
packet-dsarsp.c | ||
packet-dscack.c | ||
packet-dscreq.c | ||
packet-dscrsp.c | ||
packet-dsdreq.c | ||
packet-dsdrsp.c | ||
packet-intrngreq.c | ||
packet-macmgmt.c | ||
packet-map.c | ||
packet-mdd.c | ||
packet-ocd.c | ||
packet-regack.c | ||
packet-regreq.c | ||
packet-regreqmp.c | ||
packet-regrsp.c | ||
packet-regrspmp.c | ||
packet-rngreq.c | ||
packet-rngrsp.c | ||
packet-sync.c | ||
packet-tlv-cmctrl.c | ||
packet-tlv.c | ||
packet-tlv.h | ||
packet-type29ucd.c | ||
packet-type35ucd.c | ||
packet-type51ucd.c | ||
packet-uccreq.c | ||
packet-uccrsp.c | ||
packet-ucd.c | ||
packet-vendor.c | ||
plugin.rc.in | ||
README |
Overview: ========= The dissectors provided by this plugin allow the dissection of DOCSIS 1.1 Frames. Captures of DOCSIS 1.1 frames can be facilitated using Cisco's Cable Monitor Features found on Cicso UBR7200 and UBR10000 Series Cable Modem Termination Systems. Captures of DOCSIS 1.1 and DOCSIS 2.0 frames can be facilitated using the ARRIS Cadant C4 and the ARRIS Cadant C3. Features: ========= + Decode the DOCSIS header + Extended Header. For Data PDU's it will automatically decode as far up the stack that it can. + Decode Mac Management Header. The following Mac Messages are decoded at present: REG-REQ REG-RSP REG-ACK RNG-REQ RNG-RSP UCC-REQ UCC-RSP UCD Messages MAP Messages DSA-REQ DSA-RSP DSA-ACK DSC-REQ DSC-RSP DSC-ACK DSD-REQ DSD-RSP BPKM-REQ BPKM-RSP BPKM Attributes + Decode All Appendix C TLV's + Decode Concatenated Frames via a recursive call to dissect_docsis() + Decode DOCSIS 2.0 packets including: Type 29 UCD Messages (DOCSIS 2.0 only) INT-RNG-REQ References: =========== DOCSIS 1.1 and DOCSIS 2.0 Specifications can be found at: http://www.cablemodem.com/specifications.html Information on Cisco's Cable Monitor Feature can be found at: http://www.cisco.com/univercd/cc/td/doc/product/cable/cab_rout/cmtsfg/ufg_cmon.htm Information on the ARRIS Cadant line of products http://www.arrisi.com/products_solutions/product_families/Cadant/index.asp