Yeah. I noticed the same. I use a number of different filesystems including ext4 and have not really had issues with it.
Yeah. I noticed the same. I use a number of different filesystems including ext4 and have not really had issues with it.
Archive: https://archive.today/u0X7I
From the post:
>Sent out and already merged today for the Linux 7.0 kernel are the EXT4 file-system updates. One of the changes for EXT4 in this next kernel version that stands out for me is improving write performance when dealing with concurrent direct I/O writes to multiple files. This performance improvement comes by deferring the splitting of unwritten extents to I/O completion. EXT4 in Linux 7.0 also now avoids unnecessary cache invalidation in the extent status cache, avoids unnecessary forced ordered writes when appending to a file with delayed allocation, and a variety of bug fixes.
Archive: https://archive.today/u0X7I
From the post:
>>Sent out and already merged today for the Linux 7.0 kernel are the EXT4 file-system updates.
One of the changes for EXT4 in this next kernel version that stands out for me is improving write performance when dealing with concurrent direct I/O writes to multiple files. This performance improvement comes by deferring the splitting of unwritten extents to I/O completion.
EXT4 in Linux 7.0 also now avoids unnecessary cache invalidation in the extent status cache, avoids unnecessary forced ordered writes when appending to a file with delayed allocation, and a variety of bug fixes.
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