| #Set the following variables as needed |
| |
| export DURATION=0 #Time in seconds for pounder to run. Setting this variable |
| #to 0 will not put an upper bound on pounder run time. |
| |
| export MAX_FAILURES=5 #Maximum number of test failures allowed for each subtest |
| #before aborting. Setting this variable to 0 will not put |
| #an upper bound on any subtest failures. |
| |
| export NFS_LOGGING=0 #1 to enable NFS logging of pounder output, pounder will |
| #log output to remote directory on NFS server specified |
| #by $NFS_LOGDIR and $NFS_LOGSERVER (see below), which |
| #will be mounted on $POUNDER_LOGLOCAL (see libpounder.sh). |
| #0 to disable this feature, all output for pounder runs |
| #will be stored locally directly in $POUNDER_LOGLOCAL instead. |
| |
| export NFS_LOGSERVER=0 #IP address of the NFS server to use for logging pounder results. |
| #NFS_LOGGING should be enabled to use this feature. |
| |
| export NFS_LOGDIR=/path/to/log #path to the log directory on $NFS_LOGSERVER; If $NFS_LOGGING |
| #is enabled, pounder will attempt to mount $NFS_LOGSERVER:$NFS_LOGDIR/ |
| #on $POUNDER_LOGLOCAL (see libpounder.sh). |
| |
| export POUNDER_CACHE=0 #address of the cache to use for fetching outside packages, |
| #The cache is a user-created web-accessible directory |
| #containing cached tarballs/scripts/etc. used for |
| #the various tests you intend to build. This is optional |
| #but useful for saving download time. |
| |
| #These variables below are used by specific subtests contained in the provided default test scheduler, |
| #but they can be incorporated into user-defined subtests as well. |
| |
| export DO_X_TESTS=0 #0 disables X system testing, 1 enables X system testing. |
| #Used by the xterm_stress subtest. |
| |
| export NFS_SERVER=0 #IP address of the NFS server to use for nfs and ping_nfs |
| #subtests. Setting this variable to 0 disables nfs testing. |
| |
| export NTP_SERVER=pool.ntp.org #Or use another NTP server of your choice. |
| #Used by the time_drift subtest. |
| |
| #Feel free to add more variables as you see fit. |