Ukukhishwa kwegatsha elisha elizinzile le-Wireshark 4.2 network analyzer kushicilelwe. Masikhumbule ukuthi iphrojekthi yaqalwa ngaphansi kwegama elithi Ethereal, kodwa ngo-2006, ngenxa yokungqubuzana nomnikazi we-trademark ye-Ethereal, abathuthukisi baphoqeleka ukuba baqambe kabusha iphrojekthi i-Wireshark. I-Wireshark 4.2 ibe eyokuqala eyakhishwa ngaphansi kwenhlangano engenzi nzuzo i-Wireshark Foundation, manje esezokwengamela ukuthuthukiswa kwephrojekthi. Ikhodi yephrojekthi isatshalaliswa ngaphansi kwelayisensi ye-GPLv2.
Izinto ezintsha ezibalulekile ku-Wireshark 4.2.0:
- Amakhono athuthukisiwe ahlobene nokuhlunga amaphakethe enethiwekhi. Isibonelo, ukusheshisa okukhiphayo, amaphakethe kuphela abonakalayo ngemva kokufaka isihlungi asehlungiwe. Umsebenzisi unikezwa ithuba lokuphazamisa inqubo yokuhlunga.
- Ngokuzenzakalelayo, izinhlu zokudonsela phansi zihlelwa ngesikhathi sokusetshenziswa kunokudalwa kokufakiwe.
- I-Wireshark ne-TShark manje zikhiqiza okulungile ekubhaleni ngekhodi kwe-UTF-8. Ukusebenzisa i-opharetha yesilayi kuyunithi yezinhlamvu ze-UTF-8 manje kukhiqiza iyunithi yezinhlamvu ye-UTF-8 kune-byte array.
- Isihlungi esisha sengeziwe ukuze kuhlungwe ukulandelana kwebhayithi engafanele emaphaketheni (@some.field == ), okuyinto, isibonelo, engasetshenziswa ukubamba izintambo ezingalungile ze-UTF-8.
- Ukusetshenziswa kwezinkulumo ze-arithmetic kuvunyelwe kuma-elementi esihlungi esisethiwe.
- Kwengezwe u-opharetha onengqondo XOR.
- Amathuluzi athuthukisiwe okuqedela ngokuzenzakalela okokufaka ezihlungini.
- Kwengezwe amandla okusesha amakheli e-MAC kusibhalisi se-IEEE OUI.
- Amafayela okumisa achaza uhlu lwabathengisi namasevisi ahlanganiswa ukuze alayishwe ngokushesha.
- Kuplathifomu yeWindows, ukwesekwa kwetimu emnyama kungeziwe. Ku-Windows, isifaki se-Arm64 architecture sengeziwe. Kwengezwe amandla okuhlanganisela iWindows kusetshenziswa ikhithi yamathuluzi ye-MSYS2, kanye nokuhlanganisa ku-Linux. Ukuncika okusha kwangaphandle kwengezwe ekwakhiweni kwe-Windows - SpeexDSP (ngaphambilini ikhodi ibingaphakathi komugqa).
- Amafayela okufaka e-Linux awasaboshelwa endaweni ohlelweni lwefayela futhi asebenzisa izindlela ezihlobene ku-RPATH. Uhla lwemibhalo lwama-plugin e-extcap luyiswe ku-$HOME/.local/lib/wireshark/extcap (yayingu-$XDG_CONFIG_HOME/wireshark/extcap).
- Ngokuzenzakalelayo, ukuhlanganiswa ne-Qt6 kunikezwa; ukuze wakhe nge-Qt5, kufanele ucacise u-USE_qt6=OFF kokuthi CMake.
- Usekelo lwe-Cisco IOS XE 17.x lwengezwe ku-"ciscodump".
- Isikhawu sokubuyekeza isixhumi esibonakalayo uma uthwebula ithrafikhi sehlisiwe ukusuka ku-500ms ukuya ku-100ms (singashintshwa kuzilungiselelo).
- Ikhonsoli ye-Lua iklanywe kabusha ukuze ibe newindi elilodwa elivamile lokufaka nokukhiphayo.
- Izilungiselelo zengezwe kumojula ye-dissector ye-JSON ukuze kulawulwe ukuphunyuka kwamanani nokuboniswa kwedatha ekumelelweni koqobo (okungavuthiwe).
- Imojuli yokuhlaziya ye-IPv6 yengeze ukusekelwa kokubonisa imininingwane ye-semantic mayelana nekheli kanye nekhono lokuhlaziya inketho ye-APN6 kusihloko se-HBH (Hop-by-Hop Options) kanye ne-DOH (Isihloko Sezinketho Zokufikela).
- Imojula yokuhlaziya ye-XML manje isinamandla okubonisa izinhlamvu ngokucabangela umbhalo wekhodi oshiwo kusihloko sedokhumenti noma okhethwe ngokuzenzakalela kuzilungiselelo.
- Ikhono lokucacisa umbhalo wekhodi wokubonisa okuqukethwe kwemilayezo ye-SIP lengezwe kumojula yokuhlaziya ye-SIP.
- Ku-HTTP, ukuncozululwa kwedatha ehlutshiwe kumodi yokuhlanganisa kabusha yokusakaza sekuqalisiwe.
- Isihlaluli sohlobo lwemidiya manje sisekela zonke izinhlobo ze-MIME ezishiwo ku-RFC 6838 futhi sisusa ukuzwela kwecala.
- Ukwesekwa kwephrothokholi eyengeziwe:
- I-HTTP / 3,
- I-MCTP (Iphrothokholi Yengxenye Yokuphatha),
- I-BT-Tracker (UDP Tracker Protocol ye-BitTorrent),
- ID3v2,
- Zabhix,
- I-Aruba UBT
- I-ASAM Capture Module Protocol (CMP),
- I-ATSC Link-Layer Protocol (ALP),
- Isendlalelo sephrothokholi ye-DECT DLC (DECT-DLC),
- Isendlalelo sephrothokholi ye-DECT NWK (DECT-NWK),
- I-DECT yokuphathelene ne-Mitel OMM/RFP Protocol (AaMiDe),
- I-Digital Object Identifier Resolution Protocol (DO-IRP),
- Lahla iProtocol,
- I-FiRa UWB Controller Interface (UCI),
- I-FiveCo's Register Access Protocol (5CoRAP),
- I-Fortinet FortiGate Cluster Protocol (FGCP),
- I-GPS L1 C/A LNAV,
- I-GSM Radio Link Protocol (RLP),
- H.224,
- High Speed Fahrzeugzugang (HSFZ),
- I-IEEE 802.1CB (R-TAG),
- Iperf3,
- I-JSON 3GPP
- Ukusayina Kwezinga Eliphansi (ATSC3 LLS),
- Iprothokholi ye-automation yasekhaya,
- I-Microsoft Delivery Optimization, Multi-Drop Bus (MDB),
- I-Non-volatile Memory Express - I-Management Interface (NVMe-MI) phezu kwe-MCTP,
- Iphrothokholi yesiteshi esibonakalayo sokukhishwa komsindo we-RDP (rdpsnd),
- Iphrothokholi yesiteshi sokuqondisa kabusha ibhodi lokunamathisela le-RDP (cliprdr),
- Uhlelo lwe-RDP virtual channel Protocol (RAIL),
- Iseva ye-SAP Enqueue (SAPEnqueue),
- I-SAP GUI (SAPDiag),
- I-SAP HANA SQL Command Network Protocol (SAPHDB),
- I-SAP Internet Graphic Server (SAP IGS),
- Iseva yomlayezo we-SAP (SAPMS),
- I-SAP Network Interface (SAPNI),
- Umzila we-SAP (SAPROUTER),
- I-SAP Secure Network Connection (SNC),
- I-SBAS L1 Navigation Messages (SBAS L1),
- I-SINEC AP1 Protocol (SINEC AP),
- SMPTE ST2110-20 (Ividiyo Esebenzayo Engacindezelwe),
- Iphrothokholi Yedatha Yesikhathi Sangempela (TRDP),
- I-UBX (u-blox GNSS abamukeli),
- Iphrothokholi ye-UWB UCI, Iphrothokholi Yevidiyo 9 (VP9),
- I-VMware HeartBeat
- I-Windows Delivery Optimization (MS-DO),
- I-Z21 LAN Protocol (Z21),
- I-ZigBee Direct (ZBD),
- I-Zigbee TLV.
Source: opennet.ru