Тег: freebsd

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TrueOS is an open source operating system based on FreeBSD's development branch. TrueOS provides a rolling release platform featuring the Lumina desktop environment and the OpenRC service manager. The project's latest snapshot, version 17.12, includes LibreSSL in the base system (replacing OpenSSL), Bhyve virtual machine support, and the latest drivers supplied by FreeBSD's 12.0-CURRENT branch. "Notable changes: over 1,100 OpenRC services have been created for 3rd-party packages, this should unsure the functionality of nearly all available 3rd-party packages that install/use their own services; the OpenRC services for FreeBSD itself have been overhauled, resulting in significantly shorter boot times; separate install images for desktops and servers (server image uses a text installer); Bhyve support for TrueOS Server install; FreeBSD base is synced with 12.0-CURRENT as of December 4th; FreeBSD ports tree is synced as of November 30th; Lumina desktop has been updated to 1.4.1."

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TrueOS is an open source operating system based on FreeBSD's development branch. TrueOS provides a rolling release platform featuring the Lumina desktop environment and the OpenRC service manager. The project's latest snapshot, version 17.12, includes LibreSSL in the base system (replacing OpenSSL), Bhyve virtual machine support, and the latest drivers supplied by FreeBSD's 12.0-CURRENT branch. "Notable changes: over 1,100 OpenRC services have been created for 3rd-party packages, this should unsure the functionality of nearly all available 3rd-party packages that install/use their own services; the OpenRC services for FreeBSD itself have been overhauled, resulting in significantly shorter boot times; separate install images for desktops and servers (server image uses a text installer); Bhyve support for TrueOS Server install; FreeBSD base is synced with 12.0-CURRENT as of December 4th; FreeBSD ports tree is synced as of November 30th; Lumina desktop has been updated to 1.4.1."

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The FreeBSD Release Engineering Team is pleased to announce availability of FreeBSD 10.4-RELEASE. This is the fifth release of the stable/10 branch, building upon the stability and reliability of 10.3-RELEASE and introducing new features. Some of the highlights: 10.4-RELEASE is the first FreeBSD release to feature full support for eMMC storage, including eMMC partitions, TRIM and bus speed modes up to HS400. Please note, though, that availability of especially the DDR52, HS200 and HS400 modes requires support in the actual sdhci(4) front-end as well as by the hardware used. Also note, that the SDHCI controller part of Intel Apollo Lake chipsets is affected by several severe silicon bugs. Apparently, it depends on the particular Apollo Lake platform whether the workarounds in place so far are sufficient to avoid timeouts on attaching sdhci(4) there. Also in case a GPT disk label is used, the fsck_ffs(8) utility now is able to find alternate superblocks. The aesni(4) driver now no longer shares a single FPU context across multiple sessions in multiple threads, addressing problems seen when employing aesni(4) for accelerating ipsec(4). Support for the Kaby Lake generation of Intel i219(4)/ i219(5) devices has been added to the em(4) driver....

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The FreeBSD Release Engineering Team is pleased to announce availability of FreeBSD 10.4-RELEASE. This is the fifth release of the stable/10 branch, building upon the stability and reliability of 10.3-RELEASE and introducing new features. Some of the highlights: 10.4-RELEASE is the first FreeBSD release to feature full support for eMMC storage, including eMMC partitions, TRIM and bus speed modes up to HS400. Please note, though, that availability of especially the DDR52, HS200 and HS400 modes requires support in the actual sdhci(4) front-end as well as by the hardware used. Also note, that the SDHCI controller part of Intel Apollo Lake chipsets is affected by several severe silicon bugs. Apparently, it depends on the particular Apollo Lake platform whether the workarounds in place so far are sufficient to avoid timeouts on attaching sdhci(4) there. Also in case a GPT disk label is used, the fsck_ffs(8) utility now is able to find alternate superblocks. The aesni(4) driver now no longer shares a single FPU context across multiple sessions in multiple threads, addressing problems seen when employing aesni(4) for accelerating ipsec(4). Support for the Kaby Lake generation of Intel i219(4)/ i219(5) devices has been added to the em(4) driver....

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