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What file systems are you using on your devices and why?

I want to learn more about file systems from the practical point of view so I know what to expect, how to approach them and what experience positive or negative you had / have.

I found this wikipedia’s comparison but I want your hands-on views.

For now my mental list is

  • NTFS - for some reason TVs on USB love these and also Windows + Linux can read and write this
  • Ext4 - solid fs with journaling but Linux specific
  • Btrfs - some modern fs with snapshot capability, Linux specific
  • xfs - servers really like these as they are performant, Linux specific
  • FAT32 - limited but recognizable everywhere
  • exFAT - like FAT32 but less recognizable and less limited
falkerie71 ,
@falkerie71@sh.itjust.works avatar

Every photocopy machine I’ve come across that accept USB sticks do not support exFAT, so what I would do with my USB stick is to split it into two partitions, one FAT32 and the rest exFAT.

wazzupdog ,

Depends on the device and the use case, mostly FAT32, exFAT, NTFS, EXT4

featured ,

ZFS for my server’s root pool and main storage pool. Ext4 with snapraid for my media pool. Currently btrfs on my desktop and ext4 under vanillaos on my laptop (not sure if I could partition it manually to use btrfs but I’m considering that for snapshots)

possiblylinux127 ,

Defaults

So Btrfs, ZFS and ext4 for virtual

mindbleach ,

NTFS for the drive I had before jumping to Mint. Currently reporting several hundred gigabytes free, but refusing to make any new files, because… I don’t know. I’ll deal with it after an upcoming move.

The OS / home SSD is ext4, and so is the fat loud hard disk I recently purchased through an entire month of fighting Amazon over gift cards.

n2burns ,

It’s all Ext4, but I run SnapRAID on top of that on my data drives. I’m sure lots of people would tell me I should use ZFS/BTRFS instead, but I’m used to SnapRAID, and I like the idea if something goes wrong, I won’t lose all my data.

seaQueue , (edited )
@seaQueue@lemmy.world avatar

Btrfs, ZFS and ext4. My servers use ZFS, my client machines mostly use btrfs and I have a sprinkling of ext4 partitions for specific workloads. I’m all in on CoW filesystems for snapshots, send receive, transparent compression and reflinks. I like btrfs on client machines and SBCs because it’s easily available (baked into the kernel) and doesn’t require maintaining dkms or holding kernel versions until ZFS supports them and because snapshot handling and other filesystem admin tasks are simple and straightforward. I run ZFS wherever data integrity is important, eg: storage servers and backup targets, but largely prefer working with btrfs.

rjek ,

ext4 because I value my data and don’t want to lose it. I used to mess about with ZFS for mass storage but it’s a university course to learn how to use and have decent performance.

I used to use XFS, but ext4 caught up.

And I used to use XFS… on something other than Linux.

gerdesj ,

xfs has reflinks. That means you can copy huge wodges of data nearly for free on one filesystem. For backup systems this is a killer feature. Veeam rolling up incremental backups into the last full happens in seconds because pointers to blocks are juggled around rather than the data blocks themselves.

xfs has been around for a very, very long time. I use it for larger filesystems eg Nextcloud, Zoneminder and the like (and Veeam backup repos that are not object storage). I use ext4 by default.

pfSense boxes - zfs because the alternative is ufs.

RPi - OverlayFS (with ext4 and tmpfs) gets you a generally read only filesystem with changes held in RAM. Ideal for kiosks, appliances and keeping memory sticks alive.

Windows - NTFS, it works well and has streams and there aren’t many other options (ReFS is a bit new but it does have reflinks)

Kaeru ,

Xfs is solid Commenting b/c I’m disappointed no one else recommends

skullgiver ,
@skullgiver@popplesburger.hilciferous.nl avatar

BTRFS on Linux (including the SD card in my Steam Deck, dunno what the root storage on that uses). NTFS on Windows (BTRFS driver for Windows isn’t quite as stable as I’d like it to be). ZFS on a NAS because that’s how it came set up and so far the zRAID hasn’t failed me yet. FAT32 for UEFI boot partitions and recovery USB drives.

XFS at work because apparently ext4 isn’t “mature enough”. Not by choice.

No idea what Android uses, probably ext4 with some software on top?

sgibson5150 ,

Random thoughts, no particular order

I think btrfs was the default the last time I installed Bazzite, but I don’t really know anything about it so I switched it to ext4. I understand the snapshot ability is nice with rolling release distros, though.

It’d been ages since I’d used FAT32 for anything until I made a Debian live USB when I was setting up my pi-hole on an old Core2Duo recently. It would only boot on FAT32 for reasons I probably once knew. 😆

NTFS was an improvement over the FATs what with the journaling, security, file streams, etc. I use it wherever I still use Windows (work).

Most of my general purpose USB flash drives use exFAT. I like not having to worry about eject/unmount.

Jesus_666 ,

NTFS feels rock solid if you use only Windows and extremely janky if you dual-boot. Linux currently can’t really fix NTFS volumes and thus won’t mount them if they’re inconsistent.

As it happens, they’re inconsistent all the time. I’ve had an NTFS volume become dirty after booting into Windows and then shutting down. Not a problem for Windows but Linux wouldn’t touch the volume until I’d booted into Windows at least once.

I finally decided to use a storage upgrade to move most drives to Btrfs save for the Windows system volume and a shared data partition that’s now on ExFAT because it’s good enough for it.

CalcProgrammer1 ,
@CalcProgrammer1@lemmy.ml avatar

Pretty much all ext4 except for a few Windows installs on NTFS.

Darkassassin07 ,
@Darkassassin07@lemmy.ca avatar

I wish I’d actually chosen a file system instead of just letting window’s at the time default to NTFS for external drives.

Moving from Windows to Debian; NTFS has been nothing but a headache. I’ve actually had to setup a windows machine to serve that drive pool via SAMBA as Linux just won’t play nicely with it.

ampersandcastles ,

My regular computer is ext4.

I assume my raspberry pi is ext4, but I’ve never checked what DietPi runs as default. It works fine.

My 720xd is ext4 on the OS drives, but the storage drives are ZFS with dual parity.

voracread ,

I tried exFAT for my USB stick but car sterio cannot read it.

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