Ukukhutshwa kweConnMan 1.38 network configurator

Emva konyaka wophuhliso, Intel thaca ukukhululwa komqwalaseli womnatha ConnMan 1.38. Iphakheji ibonakaliswe ngokusetyenziswa okuphantsi kwezixhobo zenkqubo kunye nobukho bezixhobo eziguquguqukayo zokwandisa ukusebenza ngeeplagi, ezivumela ukuba i-ConnMan isetyenziswe kwiinkqubo ezifakwe ngaphakathi. Ekuqaleni, iprojekthi yasekwa yi-Intel kunye neNokia ngexesha lophuhliso lweqonga le-MeeGo; kamva, inkqubo yoqwalaselo yothungelwano esekwe kwi-ConnMan yasetyenziswa kwiqonga le-Tizen kunye nokuhanjiswa okukhethekileyo kunye neeprojekthi, ezinje ngeYocto, Sailfish, IAldebaran Robotic и indlwane, kunye nakwizixhobo ezahlukeneyo zabathengi abasebenzisa iLinux-based firmware. Ikhowudi yeprojekthi isasazwa ngu ilayisenisi phantsi kwe-GPLv2.

Ukukhutshwa okutsha ephawulekayo ukubonelela ngenkxaso yeVPN WireGuard kunye nedemon ye-Wi-Fi IWD (i-iNet Wireless Daemon), iphuhliswe yi-Intel njengenye indlela ekhaphukhaphu kwi-wpa_supplicant, ilungele ukuqhagamshela iinkqubo ze-Linux ezizindisiweyo kuthungelwano olungenazingcingo.

Ilungu eliphambili leConnMan yinkqubo yangasemva connmand, elawula uqhagamshelwano lwenethiwekhi. Ukusebenzisana kunye noqwalaselo lweentlobo ngeentlobo zeendlela ezisezantsi zothungelwano lwenziwa ngeeplagi. Ngokomzekelo, iiplagi ziyafumaneka kwi-Ethernet, i-WiFi, iBluetooth, i-2G/3G/4G, i-VPN (Openconnect, OpenVPN, vpnc), iPolicyKit, ukufumana idilesi nge-DHCP, ukusebenza ngamaseva e-proxy, ukuseta i-DNS resolutionr, kunye nokuqokelela izibalo. . Indlela esezantsi ye-Linux kernel netlink isetyenziselwa ukusebenzisana nezixhobo, kwaye imiyalelo ihanjiswa ngaphezulu kwe-D-Bus ukunxibelelana nezinye iinkqubo. Ujongano lomsebenzisi kunye nengqiqo yolawulo yahluke ngokupheleleyo, ivumela inkxaso yeConnMan ukuba idityaniswe kubalungiseleli abakhoyo.

Itekhnoloji, inkxaso kwi ConnMan:

• I-Ethernet
• I-WiFi exhasa i-WEP40/WEP128 kunye ne-WPA/WPA2;
• IBluetooth (esetyenzisiweyo Luhlaza);
• 2G/3G/4G (esetyenzisiweyo oFono);
• IPv4, IPv4-LL (link-local) kunye neDHCP;
• I-ACD (i-Address Conflict Detection, RFC 5227) inkxaso yokuchonga iingxabano zeedilesi ze-IPv4 (ACD);
• IPv6, DHCPv6 kunye ne-6to4 tunneling;
• Indlela ekwinqanaba eliphezulu kunye noqwalaselo lwe-DNS;
• I-proxy ye-DNS eyakhelwe-ngaphakathi kunye nenkqubo ye-caching ye-DNS yokuphendula;
• Inkqubo eyakhelwe-ngaphakathi yokubona iiparameters zokungena kunye nokuqinisekiswa kwee-portal zewebhu kwiindawo zokufikelela ngaphandle kwamacingo (i-WISPr hotspot);
• Ukuseta ixesha kunye nexesha lendawo (ngesandla okanye nge-NTP);
• Ulawulo lomsebenzi nge-proxy (incwadana okanye ngeWPAD);
• Imowudi yocingo yokulungiselela ukufikelela kwinethiwekhi ngesixhobo esikhoyo. Ixhasa ukudalwa kwejelo lonxibelelwano nge-USB, iBluetooth kunye neWi-Fi;
• Ukuqokelelwa kweenkcukacha-manani ezineenkcukacha zokusetyenziswa kwetrafikhi, kubandakanywa ubalo-mali olwahlukileyo lomsebenzi kuthungelwano lwasekhaya nakwimo yokuzulazula;
• Inkxaso yenkqubo yangasemva PACrunner ukulawula abameli;
• Inkxaso yePolicyKit yokulawula imigaqo-nkqubo yokhuseleko kunye nolawulo lokufikelela.

umthombo: opennet.ru