# test that hspace machine readable output looks correct ./test/hs/hspace --simu p,4,8T,64g,16 --machine-readable --disk-template drbd -l 8 >>> /^HTS_OK=1/ >>>= 0 # test again via a file and shell parsing ./test/hs/hspace --simu p,4,8T,64g,16 --machine-readable --disk-template drbd -l 8 > $T/capacity && sh -c ". $T/capacity && test x\$HTS_OK = x1" >>>= 0 # standard & tiered allocation, using shell parsing to do multiple checks ./test/hs/hspace --machine-readable -t $TESTDATA_DIR/hspace-tiered.data > $T/capacity && sh -c ". $T/capacity && test \"\${HTS_TSPEC}\" = '131072,1048576,4=4 129984,1048320,4=2' && test \"\${HTS_ALLOC_INSTANCES}\" = 6" >>>=0 # again, but with a policy containing two min/max specs pairs ./test/hs/hspace --machine-readable -t $TESTDATA_DIR/hspace-tiered-dualspec.data > $T/capacity && sh -c ". $T/capacity && test \"\${HTS_TSPEC}\" = '131072,1048576,4=4 129984,1048320,4=2 65472,524288,2=2' && test \"\${HTS_ALLOC_INSTANCES}\" = 14" >>>2 >>>=0 # Verify that instance policy for disks is adhered to ./test/hs/hspace --machine-readable -t $TESTDATA_DIR/hspace-tiered-ipolicy.data >>>/HTS_TRL_INST_CNT=4/ >>>=0 # ...and instance positioning in human-readable form ./test/hs/hspace -pname,pcnt -t $TESTDATA_DIR/hspace-tiered-ipolicy.data >>>2/Tiered allocation status: Name pcnt node-01-001 1 node-01-002 1 node-01-003 1 node-01-004 1/ >>>=0 ./test/hs/hspace -pname,pcnt -t $TESTDATA_DIR/hspace-tiered-resourcetypes.data >>>2/Tiered allocation status: Name pcnt node-01-001 1 node-01-002 2 node-01-003 2 node-01-004 2/ >>>=0