Steve Dobson <[EMAIL PROTECTED]> writes:
> However a large file which requires many blocks also requires the disk heads
> to seek many time toaccess them. If the block size is small then more head
> seeking is required and performance goes down. (There's a lot more to block
> positiong than this
% may be a low estimate of wasted disk space. I had a dir go from 54M
in a 1k block environment to 78M when cp'd to a 4k block system - that
is a 44% increase when moving to 4k blocks, or a 31% savings when moving
to 1k blocks... it was a $HOME and had a mix of file sizes.
Some dirs will see a 10
Massimo Dal Zotto <[EMAIL PROTECTED]> writes:
> Yes, I understant this. The question is if the default debian installation
> should use the mke2fs default (4096) or force a 1024 block size.
The default isn't 4k, it's 4k _if_ the partion is over a certain
size. Falling back to 1k for smaller siz
On Sun, Oct 01, 2000 at 01:48:53PM +0200, Massimo Dal Zotto wrote:
> >
> > What you have here is a case of usage v speed. Your files are broken up
> > by the file system in to blocks and scattered over the disk surface.
> >
> > To store a file which contains just a single character will take u
Scavenging the mail folder uncovered Massimo Dal Zotto's letter:
>
> In my opinion optimizing for space would be a better choice for the root
> partition because it contains a lot of very small files that waste a lot
> of disk space and speed optimization is not very important in this case.
nowd
I don't disagree with your assessment that we should probably use 1k
block sizes for root partitions when they are under a certain size.
Remember that a lot of users just make one gigantic 2gig partition and
put everything on that.
Anyhow, you shold probably file a wishlist bug against boot-flop
> On Sat, Sep 30, 2000 at 05:35:48PM +0200, Massimo Dal Zotto wrote:
> > I found that of my 2GB root filesystem more than 10% is wasted because it has
> > been formatted by the potato installer with a 4K block size instead of 1K.
>
> What exactly is on your /-mountpoint? home? var? usr? opt? Ever
>
> What you have here is a case of usage v speed. Your files are broken up
> by the file system in to blocks and scattered over the disk surface.
>
> To store a file which contains just a single character will take up one block.
> Not very efficient in terms of disk usage.
>
> However a la
On Sat, Sep 30, 2000 at 06:54:34PM +0200, Bernd Eckenfels wrote:
> On Sat, Sep 30, 2000 at 05:35:48PM +0200, Massimo Dal Zotto wrote:
> > I found that of my 2GB root filesystem more than 10% is wasted because it has
> > been formatted by the potato installer with a 4K block size instead of 1K.
>
On Sat, Sep 30, 2000 at 06:34:07PM +0200, Bernd Eckenfels wrote:
> On Sat, Sep 30, 2000 at 05:35:48PM +0200, Massimo Dal Zotto wrote:
> > I found that of my 2GB root filesystem more than 10% is wasted because it has
> > been formatted by the potato installer with a 4K block size instead of 1K.
>
On Sat, Sep 30, 2000 at 06:54:34PM +0200, Bernd Eckenfels wrote:
> > I found that of my 2GB root filesystem more than 10% is wasted because it has
> > been formatted by the potato installer with a 4K block size instead of 1K.
>
> Actually on my system all partitions are 1k:
>
> /dev/sda1 Block s
On Sat, Sep 30, 2000 at 05:35:48PM +0200, Massimo Dal Zotto wrote:
> I found that of my 2GB root filesystem more than 10% is wasted because it has
> been formatted by the potato installer with a 4K block size instead of 1K.
Actually on my system all partitions are 1k:
Filesystem 1k-blo
On Sat, Sep 30, 2000 at 05:35:48PM +0200, Massimo Dal Zotto wrote:
> I found that of my 2GB root filesystem more than 10% is wasted because it has
> been formatted by the potato installer with a 4K block size instead of 1K.
What exactly is on your /-mountpoint? home? var? usr? opt? Everything?
C
Hi,
I found that of my 2GB root filesystem more than 10% is wasted because it has
been formatted by the potato installer with a 4K block size instead of 1K.
In other words if the same files are stored on a filesystem with 1K-blocks I
have other 200MB available.
This is the test I have done:
# m
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