Quote from Joshua Paetzel, one of the FreeNAS developers:
And can't something similar happen in BTRFS? Don't cosmic rays affect him?
Quote from Joshua Paetzel, one of the FreeNAS developers:
And can't something similar happen in BTRFS? Don't cosmic rays affect him?
jollyrogr We can go round in circles about zfs & ECC all night if you want to but it's an old cannard and a waste of time. Latest OpenZFS statment is here:
Haha whatever. IMO ZFS itself is a waste of time. Running enterprise file system on shit hardware - play stupid games, win stupid prizes. Reminds me of the people running a NAS on a raspberry pi with USB drives in a raid5 looking for help when the array fails. That statement should be revised to say "for home users, ZFS is not needed nor recommended". But they would never say that because that would eliminate the bulk of their user base.
Haha whatever. IMO ZFS itself is a waste of time. Running enterprise file system on shit hardware - play stupid games, win stupid prizes. Reminds me of the people running a NAS on a raspberry pi with USB drives in a raid5 looking for help when the array fails. That statement should be revised to say "for home users, ZFS is not needed nor recommended". But they would never say that because that would eliminate the bulk of their user base.
And what would you recommend to home users?
And what would you recommend to home users?
EXT4
EXT4
What if a home user wants/needs a file system with redundancy? What would be your recommendation?
What if a home user wants/needs a file system with redundancy? What would be your recommendation?
You said home user, so my opinion is no, they don't need it.
You said home user, so my opinion is no, they don't need it.
This thread has long strayed from it’s original topic and risks descending (further?) into the level of a school playground with some gratuitous foul language thrown in. I will say just one more thing about this.
Let’s start with a definition of redundancy that we might agree on:
A way of storing the same data in different places on multiple hard disks or solid-state drives (SSDs) to protect data in the case of a drive failure
Elsewhere you advocate that “Snapraid and mergerfs is still the best in my opinion”. A system that obviously offers a form of redundancy. Yet now you appear to recant, or least say what’s good for you, other home users don’t need. An attitude that’s hardly going to garner support.
This thread has long strayed from it’s original topic and risks descending (further?) into the level of a school playground with some gratuitous foul language thrown in. I will say just one more thing about this.
Let’s start with a definition of redundancy that we might agree on:
A way of storing the same data in different places on multiple hard disks or solid-state drives (SSDs) to protect data in the case of a drive failure
Elsewhere you advocate that “Snapraid and mergerfs is still the best in my opinion”. A system that obviously offers a form of redundancy. Yet now you appear to recant, or least say what’s good for you, other home users don’t need. An attitude that’s hardly going to garner support.
You're right, I won't continue wasting my time here.
Alles anzeigenThis thread has long strayed from it’s original topic and risks descending (further?) into the level of a school playground with some gratuitous foul language thrown in. I will say just one more thing about this.
Let’s start with a definition of redundancy that we might agree on:
A way of storing the same data in different places on multiple hard disks or solid-state drives (SSDs) to protect data in the case of a drive failure
Elsewhere you advocate that “Snapraid and mergerfs is still the best in my opinion”. A system that obviously offers a form of redundancy. Yet now you appear to recant, or least say what’s good for you, other home users don’t need. An attitude that’s hardly going to garner support.
It appears you did not understand what has been said. Snapraid is not a filesystem. I use it on top of ext4 filesystem and it works very well. I absolutely recommend for home users.
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