#. Start via vstart::
- cd src
- MON=3 OSD=3 MDS=3 RGW=1 ./vstart.sh -n -x
+ cd build
+ MON=3 OSD=3 MDS=3 RGW=1 ../src/vstart.sh -n -x
#. Use as much functionality of the cluster as you can, to exercise as many object encoder methods as possible::
- ./rados -p rbd bench 10 write -b 123
- ./ceph osd out 0
- ./init-ceph stop osd.1
- for f in ../qa/workunits/cls/*.sh ; do PATH=".:$PATH" $f ; done
- ../qa/workunits/rados/test.sh
- ./ceph_test_librbd
- ./ceph_test_libcephfs
- ./init-ceph restart mds.a
+ bin/ceph osd pool create mypool 8
+ bin/rados -p mypool bench 10 write -b 123
+ bin/ceph osd out 0
+ bin/init-ceph stop osd.1
+ for f in ../qa/workunits/cls/*.sh ; do PATH="bin:$PATH" $f ; done
+ PATH="bin:$PATH" ../qa/workunits/rados/test.sh
+ bin/ceph_test_librbd
+ bin/ceph_test_libcephfs
+ bin/init-ceph restart mds.a
Do some more stuff with rgw if you know how.
#. Stop::
- ./stop.sh
+ ../src/stop.sh
#. Import the corpus (this will take a few minutes)::