Aaargh! The grammar!Where The Btrfs Performance Is At Today
Like your Mom said:
Where the performance of BRTFS is today.
[lets see what mistakes I made in my grammar rant]
https://btrfs.wiki.kernel.org/index.php/Gotchas:
mount -o nodatacow also disables compression
Aaargh! The grammar!Where The Btrfs Performance Is At Today
Like your Mom said:
Where the performance of BRTFS is today.
[lets see what mistakes I made in my grammar rant]
Hi
It would be nice to compare brtfs performance on battery backed laptop with intel sss against this ext4 mout options:
noatime,barrier=0,data=writeback,nobh,commit=100,n ouser_xattr
I would much rather focus on data integrity. Is your data safe with BTRFS? ReiserFS, JFS, XFS, ext3, etc is not.
http://www.zdnet.com/blog/storage/ho...ta-at-risk/169
But, researchers shows that ZFS is safe in another research paper.
voyager_biel Ext4 tuned for performance vs .. how do you tune btrfs... Ah hell who needs it anyway when I have ext4 tuned for performance :P
"Not so common" is an understatement for a filesystem which is not available in most of the major linux distribution installers. Especially since the filesystem is still marked expiremental and the most current toolchains is not readily available through the normal channels.
Grub1 support is quite unlikely for official development has stopped before btrfs implementation even began and it's practically maintained by everybody and thus nobody. So a different bootmanager is probably called for, yes :-)
But performance is probably the last reason for switching to btrfs imho, though that still doesn't mean it may suck. The other features that a filesystem like btrfs or zfs brings make them very interesting for you general allround filesystem needs. And technologies like SSD will probably help ease over some of the perfomance loss that may come with some of their features.
But if raw performance matters more than the presence of the features of these next-generation filesytems than than those usecases will possibly will (in the short run at least, possibly for ever) call for another breed of filesystem.
So in general the choice will remain "features" vs "performance", but getting those close together will surely help in winning over the masses :-)
Can we please get a filesystem benchmark using a mechanical drive? Everything here is tested using SSDs which is extremely flawed.