HFS+ has a different features set than NTFS or ext4, Apple elect to store metadata that way.
I would imagine modern FS like ZFS or btrfs could benefit from doing something similar but nobody has chosen to implement something like that in that way.
A Copy on White file system that supports snapshots, supported mostly by
ZFS
Zetabyte File System
Copy on Write File System. Less flexible than BTRFS but generally more robust and stable. Better compression in my experience than BTRFS. Out of Kernel Linux support and native FreeBSD.
HFS+
what Mac uses, I have no clue about this. some Copy on Write stuff.
NTFS
Windows File System
From what I know, no compression or COW
In my experience less stable than ext4/ZFS but maybe it’s better nowadays.
Great summary, but I’ve to add that NTFS is WAY more stable than ext4 when it comes to hardware glitches and/or power failures. ZFS is obviously superior to both but overkill for most people, BTRFS should be a nice middle ground and now even NAS manufacturers like Synology are migrating ext4 into BTRFS.
HFS+ has a different features set than NTFS or ext4, Apple elect to store metadata that way.
I would imagine modern FS like ZFS or btrfs could benefit from doing something similar but nobody has chosen to implement something like that in that way.
Yeah totally!
frantically searches for the meaning of all those abbreviations
I gotcha:
Great summary, but I’ve to add that NTFS is WAY more stable than ext4 when it comes to hardware glitches and/or power failures. ZFS is obviously superior to both but overkill for most people, BTRFS should be a nice middle ground and now even NAS manufacturers like Synology are migrating ext4 into BTRFS.