Imihlangano emisha ebhuthayo yokusatshalaliswa kwe-Void Linux yenziwe, okuyiphrojekthi ezimele engasebenzisi ukuthuthukiswa kokunye ukusatshalaliswa futhi ithuthukiswa kusetshenziswa umjikelezo oqhubekayo wokubuyekeza izinguqulo zohlelo (izibuyekezo ezigoqayo, ngaphandle kokukhishwa okuhlukene kokusabalalisa). Ukwakhiwa kwangaphambilini kwashicilelwa ngo-2019. Ngaphandle kokubonakala kwezithombe ze-boot zamanje ezisekelwe esiqeshini sakamuva kakhulu sesistimu, ukubuyekezwa kwemihlangano akulethi izinguquko zokusebenza futhi ukusetshenziswa kwazo kunengqondo ekufakweni okusha (kumasistimu afakiwe kakade, ukubuyekezwa kwephakheji kulethwa njengoba sekulungile).
Izithombe ezibukhoma ezinamadeskithophu e-Enlightenment, Cinnamon, Mate, Xfce, LXDE kanye ne-LXQt, kanye nokwakhiwa kwekhonsoli, zilungiselelwe amapulatifomu e-x86_64, i686, armv6l, armv7l kanye ne-aarch64. Imihlangano yamabhodi osekelo e-ARM i-BeagleBone/BeagleBone Black, i-Cubieboard 2, i-Odroid U2/U3, i-RaspberryPi (ARMv6), i-RaspberryPi 2, i-RaspberryPi 3. Imihlangano iyatholakala ngezinguqulo ezisekelwe kumtapo wolwazi wesistimu ye-Glibc ne-Musl. Amasistimu athuthukiswe yi-Void asatshalaliswa ngaphansi kwelayisensi ye-BSD.
Ukusabalalisa kusebenzisa umphathi wesistimu ye-runit ukuqalisa nokuphatha amasevisi. Ukuphatha amaphakheji, sakha umphathi wephakheji yethu ye-xbps kanye nesistimu yokuhlanganisa iphakheji ye-xbps-src. I-Xbps ikuvumela ukuthi ufake, ukhiphe, futhi ubuyekeze izinhlelo zokusebenza, uthole ukungahambisani kwelabhulali eyabiwe, futhi ulawule ukuncika. Kungenzeka ukusebenzisa i-Musl njengomtapo wolwazi ojwayelekile esikhundleni se-Glibc. I-LibreSSL iyasetshenziswa esikhundleni se-OpenSSL, kodwa ukubuyela ku-OpenSSL kuyacatshangelwa.
Source: opennet.ru