singrdk/base/Applications/WebApps/SPECweb99/rc

#
# NB Singularity testing: search-replace "galenh-sut" in this document
# with the IP address of your SUT machine.
#

###############################################################################
#                                                                             #
#                    Test parameters for SPECweb99                            #
#                                                                             #
###############################################################################

###############################################################################
#
# Changeable Benchmark Configuration Parameters
#
###############################################################################

# SIMULTANEOUS_CONNECTIONS sets the number of load generators for the
# tests to be run.  You may specify one value or a list of values.
# manager will run a separate test for each value in the list.  During
# each test, N measurements will be taken, where N is the value assigned
# to ITERATIONS.  If you use a list, each value results in a separate
# test with its own output files, unless ITERATIONS=1.  When
# ITERATIONS=1, all the values in SIMULTANEOUS_CONNECTIONS get reported
# in a single set of output files.  This is for testing and tuning
# purposes only.  For reporting purposes ITERATIONS must be set to 3.
# The form <first>-<last>x<increment> can be used to run a series of
# tests starting at <first>, ending at <last> and incrementing by
# <increment>.

SIMULTANEOUS_CONNECTIONS="200"
#SIMULTANEOUS_CONNECTIONS="5-65x15"
#SIMULTANEOUS_CONNECTIONS="10-100x10 85 95 98"

# CLIENTS: client-name(port)[speed]{servername}
# SERVER: server-name as seen by the prime-client

# You may use multiple network adapters in a client by specifying that client
# multiple times with different {servername} settings and using the
# @@SERVER@@ form of URL_ROOT. For example:
#   CLIENTS=box1{sut-fddi1} box1{sut-fddi2}
# The speed setting gives relative speed of each
# client and the port setting is the port through which the prime-client
# communicates with that client. For example:
#   CLIENTS=client1[2] client2(2223)
# client1 is twice as fast as client2, client2 will open port 2223 to
# receive its messages from the prime client.

CLIENTS=localhost
#CLIENTS=sc5 sc6 sc7 sc8 sc9 sc10 sc11 sc12 sc13 sc14 sc15 sc16 sc17 sc18 sc20 sc23 sc24 sc25 sc26 sc28 sc29 sc30 sc31 sc32

SERVER=172.31.43.157

URL_ROOT=http://172.31.43.157/fs/SPECWEB
DYNAMIC_ROOT=http://172.31.43.157/dynamic-content
DYN_CMD_SCRIPT=http://172.31.43.157/dynamic-content
DYN_CGI_SCRIPT=http://172.31.43.157/dynamic-content

# URL_ROOT is the URL for the directory that contains "file_set". For
# example, if your file_set directory is in the web-server root then use
# "URL_ROOT=http://server1" (where server1 is the name of your web
# server).  If you built the file_set in a directory named "specweb99"
# then use "URL_ROOT=http://server1/specweb99". To use multi-adapter
# clients use: URL_ROOT=http://@@SERVER@@/specweb99


# DYNAMIC_ROOT or DYN_GET_SCRIPT, DYN_CAD_SCRIPT, DYN_POST_SCRIPT,
#         DYN_CMD_SCRIPT
# The URL of the dynamic program(s) (e.g. CGI executable, ISAPI
# module, NSAPI module, etc).  If your file_set directory is not in the
# web-server root then add a question mark and the URL to the directory
# that contains file_set.
#
# For example, if file_set is in a directory
# named "specweb99" then you would use
# "DYNAMIC_ROOT=http://server1/cgi-bin/specweb99-cgi.pl?/specweb99".
#
# You may also use separate URL's for each class of DYNAMIC operation
# supported: POST, standard dynamic GET, custom ad rotation (CAD) GET
# and Commands (fetch, reset).  You may set any or all of the 4 separate
# variables.  The unset variables will default to DYNAMIC_ROOT.
#

#DYN_POST_SCRIPT=http://specsut/post/specweb99.dll
#DYN_CAD_SCRIPT=http://sut/spec99/specweb99cad.dll
#DYN_GET_SCRIPT=http://server1/spec/cgi-bin/specweb99-cgi.pl


# You must specify the URL for DYN_CGI_SCRIPT that is a CGI-based
# implementation of the standard dynamic GET.  This will not default to
# DYNAMIC_ROOT.

#DYN_CGI_SCRIPT=http://server1/spec/cgi-bin/specweb99-cgi.pl

# HTTP_PROTOCOL is used to specify HTTP version 1.0 or 1.1.  If you
# leave this commented out then <I>manager</I> makes a connection to
# your web server to determine what version of the protocol to use.  You
# can set the HTTP_PROTOCOL variable in order to force SPECweb99 to use
# a particular version of HTTP.  The valid settings are "HTTP/1.0" or
# "HTTP/1.1".

#HTTP_PROTOCOL="HTTP/1.1"
#HTTP_PROTOCOL="HTTP/1.0"

# WARMUP_TIME is the amount of time in seconds to run to get to steady
# state prior to the 1st measurement in the test.  This time is intended
# to warm up any caches before taking a measurement.  The minimum legal
# value is 1200 seconds.

WARMUP_TIME=60

# WAIT_TO_BEGIN is the time to sleep in seconds before starting each
# iteration. This delay is taken after the prime client tells the
# clients about the workload and before telling them to start working.
# If test startup isn't synchronizing properly, this might need to be
# increased.

WAIT_TO_BEGIN=5

# All outputs get put in ./results/<OUTPUT_NAME>.nnn.xxx where nnn is an
# ascending test number and xxx is the output format type (i.e. raw, ps,
# pdf, asc, html).

OUTPUT_NAME="output"

###############################################################################
#
# Configuration Description - set these parameters to describe the test.
# These settings will show up in the reports
#
###############################################################################

#Network

msl=30
time_wait=60

###############################################################################
#
# Benchmark Constants - any change to these will lead to an invalid result
#
###############################################################################
#
#  you cannot change these without invalidating benchmark results
#

#
#

# "warmup" time before 2nd through nth iteration of the test
RAMPUP_TIME="30"

# measurement time for each iteration (default = 1200)</DD>
RUN_TIME="180"

# time after each iteration of the test (default = 300)</DD>
RAMPDOWN_TIME="30"

# number of times to repeat the measurement (default = 3)</DD>
ITERATIONS=1

#
# Mix parameters - control the percentage of requests of each type.  Set
#    values between 0 and 1.
#


# Percent of overall dynamic requests (default = 0.3 for 30% dynamic requests)

DYNAMIC_CONTENT=0.3

# Percent of dynamic requests that are posts (default = 0.16).

DYNAMIC_POST=0.16

# Percent of dynamic requests that are Custom Ad Rotation GETS (default = .42)

DYNAMIC_CAD_GET=.42

# Percent of dynamic requests that are  GETs calling the CGI code
# (default = .005)

DYNAMIC_CGI_GET=.005

# Number of files each in each class

MAX_FILE=8

# Emulation of user dialup line. SPEED in bits/sec.
# Target line speed to emulate in bits/second (default = 400000)</DD>

USER_LINE_SPEED=400000

# Speed in bits/second below which a connection is deemed too slow.  For
# a valid test, 95% of the connections must operate faster than the
# USER_SPEED_LIMIT (default = 320000)

USER_SPEED_LIMIT=320000

# REQUESTS_PER_KEEP_ALIVE is the average number of HTTP requests to do
# per "keep-alive" HTTP connection.  For example, if a connection
# randomly selects 5 requests to keep alive it will open a connection to
# the web server, request a page, read the server response, do this
# request+read 4 more times, and then close the socket connection.  Each
# of the 5 GETs on that socket will be for different URLs. (default =
# 10)

REQUESTS_PER_KEEP_ALIVE=10

# PERCENT_KEEP_ALIVE_REQUETS is the percentage of GETs that to retrieve
# via "keep-alive" connections.  Note that this is NOT the percentage of
# connections that will have the keep-alive header. (default = 0.7)

PERCENT_KEEP_ALIVE_REQUESTS=0.7

# Set ABORTIVE_CLOSE to 0 or 1 to indicate whether or not to use
# abortive closes.  (default = 0)

ABORTIVE_CLOSE=0