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разве на десктоп версию не забили?
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2020 September 18
AP
говорят есть все шансы попасть в официальные спины убунты
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Фикус
unity счас сообщество развивает
они уже кучу лет развивают юнити 8, но так и не релизнули ничего
g
А зачем кста..
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при этом дистр не официальный. хз, взлетит ли
Ф
они уже кучу лет развивают юнити 8, но так и не релизнули ничего
UBPorts развивает под Ubuntu Touch
Ф
под десктопы я ничего не слышал
AP
@axill1 кто там ща юнити7 на 20 убунту натянул?
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Фикус
UBPorts развивает под Ubuntu Touch
тут да. а юнити 8 гниет. хотя они, вроде, вяло что-то там пилят
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Еще из неофциальных имеется UbuntuDDE
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Ubuntu Cinnamon Remix 20.04 Desktop
AP
@axill1 админит ру канал по дде
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Прекрасно, что кто-то ею занимается, но изменений почти нет. Пока гном двигается, юнити топчется на месте
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Btrfs is a stable and mature file system with modern features: data integrity, optimizations for SSDs, compression, cheap writable snapshots, multiple device support, and more.
The switch to Btrfs will use a single-partition disk layout, and Btrfs’ built-in volume management. The previous default layout placed constraints on disk usage that can be a difficult adjustment for novice users. Btrfs solves this problem by avoiding it.
As a techie, you may have heard of bit rot, and memory bit flips. Data can be corrupted by a multitude of physical factors, even cosmic rays from the sun! Before an SSD fails outright, often it will return either zeros or garbage, instead of your data. Btrfs safeguards your data with checksums, and performs verification on every read. Corrupt data is never given to your programs, and it won’t replicate into your backups to be discovered another day (or year).
Btrfs uses a “copy-on-write” model: your data and the file system itself are never overwritten. This enhances crash-safeness. When copying a file, Btrfs does not write new data until you actually change the old data, saving space.
In fact, users will save more space when using Btrfs’ transparent compression. Compressing data reduces total writes, saves space, and extends flash drive life. In many cases, it can also improve performance. Compression can be enabled on an entire file system, or per subvolume, directory, and even per file. You will be able to opt-in to using compression in Fedora 33. And it’s one of the features we’re looking forward to taking advantage of by default in future Fedora releases.
The switch to Btrfs will use a single-partition disk layout, and Btrfs’ built-in volume management. The previous default layout placed constraints on disk usage that can be a difficult adjustment for novice users. Btrfs solves this problem by avoiding it.
As a techie, you may have heard of bit rot, and memory bit flips. Data can be corrupted by a multitude of physical factors, even cosmic rays from the sun! Before an SSD fails outright, often it will return either zeros or garbage, instead of your data. Btrfs safeguards your data with checksums, and performs verification on every read. Corrupt data is never given to your programs, and it won’t replicate into your backups to be discovered another day (or year).
Btrfs uses a “copy-on-write” model: your data and the file system itself are never overwritten. This enhances crash-safeness. When copying a file, Btrfs does not write new data until you actually change the old data, saving space.
In fact, users will save more space when using Btrfs’ transparent compression. Compressing data reduces total writes, saves space, and extends flash drive life. In many cases, it can also improve performance. Compression can be enabled on an entire file system, or per subvolume, directory, and even per file. You will be able to opt-in to using compression in Fedora 33. And it’s one of the features we’re looking forward to taking advantage of by default in future Fedora releases.
Утешай себя, утешай)
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Утешай себя, утешай)
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Он уже 10 мин. там что-то проверяет
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Хреново. Флешка может мертва