# # SPECjbb properties file # # This is a SAMPLE file which you can use to specify characteristics of # a particular system under test, and to control benchmark # operation. You can reuse this file repeatedly, and have a version for # each system setup you use. You should edit the reporting fields # appropriately. All of this can still be edited in the output properties # file after you run the test, but putting the values in here can save # you some typing for attributes which do not change from test to test. # ######################################################################### # # System Under Test hardware # ######################################################################### # Company which sells the hardware config.hw.vendor=Neptune Ocean King Systems # Home page for company which sells the hardware config.hw.vendor.url=http://www.neptune.com # What type of system was used config.hw.model=TurboBlaster 2 # What type of processor(s) the system had config.hw.processor=ARM # MegaHertz rating of the chip. Usually an integer config.hw.MHz=300 # Number of chips in the system as configured config.hw.nchips=1 # Number of cores in the system as configured config.hw.ncores=2 #Number of cores/chips config.hw.ncoresperchip=2 # Number of HW Threads configured config.hw.hwThreads=4 # Amount of physical memory in the system, in Megabytes. DO NOT USE MB # or GB, IT WILL CONFUSE THE REPORTER config.hw.memory=4096 #Dexscribe the memory in the system - e.g. 4 of 8 DIMMs filled with 1GB DDR 2100 CAS3 memory config.hw.memory_description=punch cards # Amount of level 1 cache for instruction and data on each CPU config.hw.primaryCache=4KBI+4KBD # Amount of level 2 cache, for instruction and data on each CPU config.hw.secondaryCache=64KB(I+D) off chip # Amount of level 3 cache (or above) config.hw.otherCache= # The file system the class files reside on config.hw.fileSystem=UFS # Size and type of disk on which the benchmark and OS reside on config.hw.disk=1 x 4GB SCSI (classes) 1 x 12GB SCSI (OS) # Any other hardware you think is performance-relative. That is, you # would need this to reproduce the test config.hw.other=AT&T Rotary Telephone config.hw.available=Jan-2000 ######################################################################### # # System Under Test software # ######################################################################### # The company that makes the JVM software config.sw.vendor=Phobos Ltd # Home page for the company that makes the JVM software config.sw.vendor.url=http://www.phobos.uk.co # Name of the JVM software product (including version) config.sw.JVM=Phobic Java 1.5.0 # Date when the JVM software product is shipping and generally available # to the public config.sw.JVMavailable=Jan-2000 # How many megabytes used by the JVM heap. "Unlimited" or "dynamic" are # allowable values for JVMs that adjust automatically config.sw.JVMheapInitial=256 config.sw.JVMheapMax=1024 #Is the JVM 32- or 64-bit? (or some other number?) config.sw.JVMbitness=32 # Command line to invoke the benchmark # On systems where the file separator is \, use \\ as the file separator # here config.sw.command_line=java -ms256m -mx1024m -spec.jbb.JBBmain -propfile Test1 # Operating system (including version) config.sw.OS=Phobos DOS V33.333 patch-level 78 # Date when the OS version is shipping and generally available to the # public config.sw.OSavailable=May-2000 # Free text description of what sort of tuning one has to do to either # the OS or the JVM to get these results. This is where kernel tunables # belong. Use HTML list tags, if you want a list on the report page config.sw.tuning=Operating system tunings
precompiled code for