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 ngonyaka odlule. 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).
Ama-Assemblies atholakala ngezinguqulo ezisuselwe kumtapo wolwazi wesistimu ye-Glibc ne-Musl. Izithombe ezibukhoma ezinedeskithophu ye-Xfce kanye nokwakhiwa kwekhonsoli eyisisekelo kulungiselelwe amapulatifomu e-x86_64, i686, armv6l, armv7l kanye ne-aarch64. I-ARM yakha usekelo lwe-BeagleBone/BeagleBone Black, i-Cubieboard 2, i-Odroid U2/U3, i-RaspberryPi (ARMv6) kanye namabhodi we-Raspberry Pi. Ngokungafani nokukhishwa kwangaphambilini, ukwakhiwa okusha kwe-Raspberry Pi manje sekuhlanganiswe ezithombeni zomhlaba wonke zamabhodi e-Raspberry Pi asekelwe ku-architectures ye-armv6l (1 A, 1 B, 1 A+, 1 B+, Zero, Zero W, Zero WH), armv7l (2 B) kanye ne-aarch64 (3 B, 3 A+, 3 B+, Zero 2W, 4 B, 400).
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 wezincwadi ojwayelekile esikhundleni se-Glibc. Amasistimu athuthukiswe yi-Void asatshalaliswa ngaphansi kwelayisensi ye-BSD.
Source: opennet.ru