mirror of https://github.com/nealey/eris.git
33 lines
1.3 KiB
Plaintext
33 lines
1.3 KiB
Plaintext
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fnord is meant to be used under Linux with the diet libc
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(http://www.fefe.de/dietlibc/). These are actual apache bench results,
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all on localhost on a 100k JPEG test file, 1000 requests with a
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concurrency of 10.
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To be fair, I linked thttpd, mini_httpd and fnord against the diet libc.
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I did not try this with apache, though. Since apache does not exec
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anything, it should not matter much, though.
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mini_httpd forks for each request, apparently does not support
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keep-alive and compared to fnord does not incur the overhead of execve
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for each request.
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thttpd is the fastest web server known to me.
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Values are time in seconds for the whole transaction (1000 downloads, 10
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parallel connections).
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server software keep-alive no keep-alive
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----------------------------------------------------------------
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mini_httpd 1.15c 1.690 0.943
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apache 1.3.22 1.236 1.178
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thttpd 2.21b 0.896 0.839
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fnord 1.008 1.331
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fnord w/ sendfile 0.316 0.912
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Please note that fnord actually plays in the same league as others even
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without keep-alive and sendfile support. That is surprising since fnord
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has one fork() _and_ one execve() as overhead for each request! As the
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difference between keep-alive and non-keep-alive shows, that difference
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is not very large. That is the achievement of the diet libc, which
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reduces the normally significant libc overhead to zero.
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