Rock solid may be a stretch. They still suffer from outrageous metadata bugs even to this day when used in busy file systems.
That bug alone has been open for over a decade. Development focus of the people who understand and want to fix those things have shifted to other filesystems like ext4 and ZFS.
From the top of my head, compared to ext4: RAM use and the ability to shrink an FS if necessary. Oh, also I’ve used an EXT FS driver on a Windows host, but I’ve never seen one for XFS.
The two benefits to XFS that I’ve ever seen are that it has no inode limit like ext4 (which prevents the FS shrink). The other is that it seems to handle simultaneous I/O better than ext4 does; think very active database volumes and datastores.
XFS is rock solid and still has active development going on, so why not.
Rock solid may be a stretch. They still suffer from outrageous metadata bugs even to this day when used in busy file systems.
That bug alone has been open for over a decade. Development focus of the people who understand and want to fix those things have shifted to other filesystems like ext4 and ZFS.
Main reason I stopped using it ten years ago.
But are there benefits over ext4 and BTRFS these days?
From the top of my head, compared to ext4: RAM use and the ability to shrink an FS if necessary. Oh, also I’ve used an EXT FS driver on a Windows host, but I’ve never seen one for XFS.
Just to clarify, the previous comment asked about benefits of XFS over ext4. But I completely agree with your reasons for choosing ext4.
Oh, my bad.
The two benefits to XFS that I’ve ever seen are that it has no inode limit like ext4 (which prevents the FS shrink). The other is that it seems to handle simultaneous I/O better than ext4 does; think very active database volumes and datastores.