Showing posts with label httperf. Show all posts
Showing posts with label httperf. Show all posts

Saturday, January 17, 2015

httperf ile http performance testing

httperf - HTTP performance measurement tool

manual:
http://www.hpl.hp.com/research/linux/httperf/httperf-man-0.9.txt

Örnekler:

httperf --hog --server <server_ip_address> --port 80 --uri /index.php --rate 150 --num-conn 10 --num-call 500


       httperf --hog --server www
          This  command causes httperf to create a connection to host www,
          send a request for the root document (http://www/), receive  the
          reply,  close  the  connection,  and then print some performance
          statistics.

       httperf --hog --server www --num-conn 100 --ra 10 --timeout 5
          Like above, except that a total of 100 connections  are  created
          and  that connections are created at a fixed rate of 10 per sec‐
          ond.  Note  that    option    ``--rate''  has     been  abbreviated  to
          ``--ra''.

       httperf --hog --server=www --wsess=10,5,2 --rate 1 --timeout 5
          Causes httperf to generate a total of 10 sessions at a rate of 1
          session per second.  Each session consists of 5 calls  that  are
          spaced out by 2 seconds.

       httperf --hog --server=www --wsess=10,5,2 --rate=1 --timeout=5 --ssl
          Like  above,  except that httperf contacts server www via SSL at
          port 443 (the default port for SSL connections).

       httperf --hog --server www --wsess=10,5,2  --rate=1  --timeout=5     --ssl
       --ssl-ciphers=EXP-RC4-MD5:EXP-RC2-CBC-MD5   --ssl-no-reuse  --http-ver‐
       sion=1.0
          Like above, except that httperf will inform the server  that  it
          can   only   select  from     two  cipher  suites  (EXP-RC4-MD5  or
          EXP-RC2-CBC-MD5); furthermore, httperf will use HTTP version 1.0
          which requires a new TCP connection for each request.  Also, SSL
          session ids  are    not  reused,  so  the  entire  SSL  connection
          establishment  process  (known  as the SSL handshake) occurs for
          each connection.