mirror of https://github.com/ceph/ceph
3aa2df2e0f
Modify test_activate_osd() to get the type of scheduler in use and then verify the value of osd_max_backfills. This is because mclock scheduler overrides this option to 1000 upon OSD initialization. The test earlier used to pass because the OSD daemon was killed but not marked down and upon being brought up, the wait for OSD up check was passing quickly. But the OSD still didn't have the latest config values. But now upon killing the OSD, the osd_fast_shutdown sequence notifies the mon (see PR: https://github.com/ceph/ceph/pull/44807) and is marked down and dead. Upon bringing it up, the wait for OSD up check takes a longer time and this is sufficient for the config values to be updated. This results in the correct values being read from the config 'Values' map. Signed-off-by: Sridhar Seshasayee <sseshasa@redhat.com> |
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| .. | ||
| archs | ||
| btrfs | ||
| cephfs | ||
| client | ||
| clusters | ||
| config | ||
| crontab | ||
| debug | ||
| distros | ||
| erasure-code | ||
| libceph | ||
| machine_types | ||
| mds | ||
| mgr_ttl_cache | ||
| mon/bootstrap | ||
| mon_election | ||
| msgr | ||
| nightlies | ||
| objectstore | ||
| objectstore_cephfs | ||
| objectstore_debug | ||
| overrides | ||
| packages | ||
| qa_scripts | ||
| rbd | ||
| releases | ||
| rgw | ||
| rgw_bucket_sharding | ||
| rgw_frontend | ||
| rgw_pool_type | ||
| standalone | ||
| suites | ||
| tasks | ||
| timezone | ||
| workunits | ||
| .gitignore | ||
| .qa | ||
| .teuthology_branch | ||
| CMakeLists.txt | ||
| Makefile | ||
| README | ||
| find-used-ports.sh | ||
| loopall.sh | ||
| mypy.ini | ||
| run-standalone.sh | ||
| run_xfstests-obsolete.sh | ||
| run_xfstests.sh | ||
| run_xfstests_qemu.sh | ||
| runallonce.sh | ||
| runoncfuse.sh | ||
| runonkclient.sh | ||
| setup-chroot.sh | ||
| test_import.py | ||
| tox.ini | ||
| valgrind.supp | ||
README
ceph-qa-suite ------------- clusters/ - some predefined cluster layouts suites/ - set suite The suites directory has a hierarchical collection of tests. This can be freeform, but generally follows the convention of suites/<test suite name>/<test group>/... A test is described by a yaml fragment. A test can exist as a single .yaml file in the directory tree. For example: suites/foo/one.yaml suites/foo/two.yaml is a simple group of two tests. A directory with a magic '+' file represents a test that combines all other items in the directory into a single yaml fragment. For example: suites/foo/bar/+ suites/foo/bar/a.yaml suites/foo/bar/b.yaml suites/foo/bar/c.yaml is a single test consisting of a + b + c. A directory with a magic '%' file represents a test matrix formed from all other items in the directory. For example, suites/baz/% suites/baz/a.yaml suites/baz/b/b1.yaml suites/baz/b/b2.yaml suites/baz/c.yaml suites/baz/d/d1.yaml suites/baz/d/d2.yaml is a 4-dimensional test matrix. Two dimensions (a, c) are trivial (1 item), so this is really 2x2 = 4 tests, which are a + b1 + c + d1 a + b1 + c + d2 a + b2 + c + d1 a + b2 + c + d2 A directory with a magic '$' file, or a directory whose name ends with '$', represents a test where one of the non-magic items is chosen randomly. For example, both suites/foo/$ suites/foo/a.yaml suites/foo/b.yaml suites/foo/c.yaml and suites/foo$/a.yaml suites/foo$/b.yaml suites/foo$/c.yaml is a single test, either a, b or c. This can be used in conjunction with the '%' file in the same (see below) or other directories to run a series of tests without causing an unwanted increase in the total number of jobs run. Symlinks are okay. One particular use of symlinks is to combine '%' and the latter form of '$' feature. Consider supported_distros directory containing fragments that define os_type and os_version: supported_distros/% supported_distros/centos.yaml supported_distros/rhel.yaml supported_distros/ubuntu.yaml A test that links supported_distros as distros (a name that doesn't end with '$') will be run three times: on centos, rhel and ubuntu. A test that links supported_distros as distros$ will be run just once: either on centos, rhel or ubuntu, chosen randomly. The teuthology code can be found in https://github.com/ceph/teuthology.git