Emva konyaka wophuhliso, SUSE ukukhululwa kwekhithi yokusasaza kwimizi-mveliso SUSE Linux Enterprise 15 SP1. Iiphakheji ze-SUSE 15 SP1 esele zikho njengesiseko sosasazo lwe-openSUSE Leap 15.1 oluxhaswa luluntu. Ngokusekelwe UShishino lwe-SUSE Linux lwenze iimveliso ezinje , , Umphathi we-SUSE kunye ne-SUSE Linux Enterprise High Performance Computing. Ukuhanjiswa kunokuba kwaye ikhululekile ukuyisebenzisa, kodwa ukufikelela kuhlaziyo kunye neepetshi kukhawulelwe kwixesha leentsuku ezingama-60 zesilingo. Ukukhutshwa kufumaneka kwizakhiwo ze-aarch64, ppc64le, s390x kunye ne-x86_64 izakhiwo.
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- Umsebenzi wokufuduka kofakelo lweseva ye-openSUSE kwikhithi yokusasaza kweshishini I-SUSE Linux Enterprise yenziwe lula kwaye yakhawuleza, evumela abadibanisi benkqubo ukuba baqale benze kwaye bavavanye isisombululo esisebenzayo esisekwe kwi-openSUSE, kwaye emva koko batshintshele kwinguqulelo yorhwebo ngenkxaso epheleleyo, i-SLA, isatifikethi, ukukhutshwa kwexesha elide lohlaziyo kunye nezixhobo eziphambili zokuphunyezwa kobuninzi. Indawo yokugcina ibonelelwe abasebenzisi be-SUSE Linux Enterprise , ebonelela ngokufikelela kwizicelo ezongezelelweyo kunye neenguqulelo ezintsha ezixhaswa luluntu lwe-openSUSE;
- Uhlelo lwe-ARM64 lwe-SUSE Linux Enterprise Server luphinda kabini inani kunye nenkxaso yehardware eyandisiweyo. Ngokomzekelo, kwiibhodi ze-Raspberry Pi ze-64-bit, inkxaso yokuhanjiswa komsindo kunye nevidiyo nge-HDMI yongezwe, inkqubo yokuvumelanisa ixesha le-Chrony ifakiwe, kwaye umfanekiso we-ISO ohlukeneyo ulungiselelwe ukufakela;
- Umsebenzi wenziwe ukwandisa ukusebenza kunye nokunciphisa i-latency xa isetyenziswa kwiinkqubo ezinememori eqhubekayo ye-Intel Optane DC kunye neprosesa yesizukulwana sesibini. ;
- Inkxaso epheleleyo inikezelwa kwi-AMD Secure Encrypted Virtualization (AMD SEV) indlela yokukhusela, evumela uguqulelo olucacileyo lwememori yomatshini wenyani, apho kuphela inkqubo yeendwendwe yangoku inokufikelela kwidatha efihliweyo, kunye nabanye oomatshini benyani kunye ne-hypervisor bafumana idatha efihliweyo. xa uzama ukufikelela kule nkumbulo;
- Inkxaso eyongeziweyo yoguqulelo oluntsonkothileyo kumaphepha eenkumbulo ezizimeleyo kusetyenziswa i-SME (Secure Memory Encryption) ubuchwepheshe obuveliswe kwiiprosesa ze-AMD. I-SME ikuvumela ukuba uphawule amaphepha ememori ukuze aguqulelwe ngokuntsonkothileyo, kwaye idatha yephepha iya kuguqulelwa ngokufihlakeleyo xa ibhalwe kwi-DRAM kwaye ikhutshiwe xa ifundwa kwi-DRAM. I-SME ixhaswa kwiiprosesa ze-AMD ziqala ngosapho lwe-17h;
- Yazisa inkxaso yovavanyo yohlaziyo lwentengiselwano, ethi hlaziya unikezelo kwimo yeatom, ngaphandle kokufaka ngokwahlukeneyo uguqulelo olutsha lomqulu ngamnye. Ukuphunyezwa kohlaziyo lwentengiselwano lusekwe kubuchule benkqubo yefayile ye-Btrfs, iindawo zokugcina iipakethe eziqhelekileyo kunye nezixhobo eziqhelekileyo ze-snapper kunye ne-zypper. Ngokungafaniyo nenkqubo ekhoyo ngaphambili ye-snapshots kunye ne-rollback yemisebenzi yokufakela iphakheji, indlela entsha yenza i-snapshot kwaye yenza uhlaziyo kuyo ngaphandle kokuchukumisa inkqubo esebenzayo. Ukuba uhlaziyo luphumelele, i-snapshot ehlaziyiweyo iphawulwe ngokusebenzayo kwaye isetyenziswe ngokungagqibekanga emva kokuqalisa kwakhona;
- Ufakelo lwenziwe lula kusetyenziswa iModyuli +, uyilo lwemodyuli apho amandla athile afana neemveliso zeseva, idesktop, ilifu, izixhobo zomphuhlisi, kunye nezixhobo zesikhongozeli zipakishwa njengeemodyuli, kunye nohlaziyo kunye neepatches ezikhutshwe njengeemodyuli ezahlukeneyo. , ngaphandle kokulinda ukuhanjiswa kwe-monolithic yonke ukuba ihlaziywe. Iimveliso ezinje ngoMphathi we-SUSE, i-SUSE Linux Enterprise Real Time kunye ne-SUSE Linux Enterprise Point of Service ngoku ziyafumaneka ukuze zifakwe kwimodyuli yemodyuli;
- Ifayile yoqwalaselo ye-resolv.conf isusiwe kwi/etc directory ukuya ku/run (/etc/resolv.conf ngoku likhonkco lomfuziselo);
- Ikhubaziwe imowudi yonikezelo lwenkumbulo yemekobume yeengcambu ze-Xen. Kwi-dom0, i-10% yobukhulu be-RAM + 1GB ngoku yabelwe ngokungagqibekanga (umzekelo, ukuba unayo i-32GB ye-RAM, i-0 GB iya kwabelwa i-Dom4.2);
- Ukuphucula ukusebenza kwe-GNOME kwiinkqubo eziphezulu ze-pixel density (HiDPI). Ukuba iscreen se-DPI singaphezulu kwe-144, i-GNOME ngoku ngokuzenzekelayo isebenzisa umlinganiselo we-2:1 (eli xabiso linokutshintshwa kwiZiko loLawulo le-GNOME). Ukulinganiswa kwe-fractional kunye nokusetyenziswa kweemonitha ezininzi ezineeDPI ezahlukeneyo azikaxhaswa. Njengoko kukhutshwe kwangaphambili, i-GNOME 3.26 inikezelwa njenge-desktop, ehamba phezu kwe-Wayland ngokungagqibekanga kwiinkqubo ze-x86-64;
- IWizard yoLungiselelo lwe-GNOME yokuQala (ukuseta i-gnome-i-initial), isungulwe okokuqala xa ungena emva kofakelo, enika iinketho zokwenza ubeko lwakho lwebhodi yezitshixo kunye neendlela zokufaka (ezinye iinketho ze-GNOME zokuQala zokuSeta zivaliwe);
- I-Btrfs yongeza inkxaso ye-block cache yamahhala (I-Space Tree okanye i-Free Space Cache v2), ukugcina isahlulo sokutshintsha kwifayile, kunye nokutshintsha imethadatha ye-UUID;
- I-Python 2 ayibandakanywanga kwisiseko sokusabalalisa kwaye i-Python 3 kuphela ishiywe (i-Python 2 ngoku ifumaneka njengemodyuli efakwe ngokwahlukileyo).
umthombo: opennet.ru