At 18:08 11.11.98 +0200, you wrote:
>Well, I think that delay pools is one of the most useful features of Squid,
>addressed to manageable teams of users, so I will try to give a brief
>explanation of how it works.
Thanks a lot!
I've been trying to get delay pools to work all day; (reason: a single user
soaked up my complete bandwidth for a few hours by starting several
downloads of 76MB files from microsoft simultaneously, often canceling
after about half..)
however the results aren't really usable at the moment;
For testing purposes let's just set a limit of 6K/second for individual
clients:
delay_class1_access deny all
delay_class2_access allow net-dialup
delay_class2_individual_max 6000
delay_class2_individual_restore 6000
Now let's try it out.
1) Start downloading a big file (2MB) from a nearby server -> OK, as
expected the file is transfered at 6K/second.
2) While this transfer is active, try to open a few small web pages, also
on nearby server.
Hoped-for reaction: the available bandwidth of 6k is shared more or less
evenly between the outstanding requests.
Observed reaction: the big download keeps running at 6k/sec and no other
requests get serviced at all until the big one finishes.
This obviously isn't very useful since normal user behaviour is to keep
browsing around while a large upload is in the works; is this a problem
with my configuration or inherent in the delay_class implementation?
Ultimately, I'd like to set a fairly large maxvalue (say, 1MB) and just
brake single clients to ISDN speed or a little higher for larger files.
That way there should be no actual slowdown for dialup-users while still
preventing large files to hog all available bandwidth.
Platform is linux 2.0.35, Squid 2.1-pre3
Another question: how does delay-class on proxy A impact clients connected
to proxy B, if A is the parent cache of B? Are prox B's ICP requests reated
just as if it was a normal client?
Thanks for any insights on my problems.
Bye, Martin
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Martin Bene vox: +43-664-3251047
simon media fax: +43-316-813824-6
Andreas-Hofer-Platz 9 e-mail: mb@sime.com
8010 Graz, Austria
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Received on Thu Nov 12 1998 - 15:22:09 MST
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