import pytest import os @pytest.fixture() def node(host, request): """ This fixture represents a single node in the ceph cluster. Using the host.ansible fixture provided by testinfra it can access all the ansible variables provided to it by the specific test scenario being ran. You must include this fixture on any tests that operate on specific type of node because it contains the logic to manage which tests a node should run. """ ansible_vars = host.ansible.get_variables() # tox will pass in this environment variable. we need to do it this way # because testinfra does not collect and provide ansible config passed in # from using --extra-vars ceph_stable_release = os.environ.get("CEPH_STABLE_RELEASE", "luminous") group_names = ansible_vars["group_names"] docker = ansible_vars.get("docker") osd_auto_discovery = ansible_vars.get("osd_auto_discovery") lvm_scenario = ansible_vars.get("osd_scenario") == 'lvm' ceph_release_num = { 'jewel': 10, 'kraken': 11, 'luminous': 12, 'mimic': 13, 'dev': 99 } # capture the initial/default state test_is_applicable = False for marker in request.node.iter_markers(): if marker.name in group_names or marker.name == 'all': test_is_applicable = True break # Check if any markers on the test method exist in the nodes group_names. If they do not, this test is not valid for the node being tested. if not test_is_applicable: reason = "%s: Not a valid test for node type: %s" % (request.function, group_names) pytest.skip(reason) if request.node.get_closest_marker("no_lvm_scenario") and lvm_scenario: pytest.skip("Not a valid test for lvm scenarios") if not lvm_scenario and request.node.get_closest_marker("lvm_scenario"): pytest.skip("Not a valid test for non-lvm scenarios") if request.node.get_closest_marker("no_docker") and docker: pytest.skip( "Not a valid test for containerized deployments or atomic hosts") if request.node.get_closest_marker("docker") and not docker: pytest.skip( "Not a valid test for non-containerized deployments or atomic hosts") # noqa E501 if "mgrs" in group_names and ceph_stable_release == "jewel": pytest.skip("mgr nodes can not be tested with ceph release jewel") if "nfss" in group_names and ceph_stable_release == "jewel": pytest.skip("nfs nodes can not be tested with ceph release jewel") if group_names == ["iscsigws"] and ceph_stable_release == "jewel": pytest.skip("iscsigws nodes can not be tested with ceph release jewel") # noqa E501 if request.node.get_closest_marker("from_luminous") and ceph_release_num[ceph_stable_release] < ceph_release_num['luminous']: # noqa E501 pytest.skip( "This test is only valid for releases starting from Luminous and above") # noqa E501 if request.node.get_closest_marker("before_luminous") and ceph_release_num[ceph_stable_release] >= ceph_release_num['luminous']: # noqa E501 pytest.skip("This test is only valid for release before Luminous") journal_collocation_test = ansible_vars.get("osd_scenario") == "collocated" if request.node.get_closest_marker("journal_collocation") and not journal_collocation_test: # noqa E501 pytest.skip("Scenario is not using journal collocation") osd_ids = [] osds = [] cluster_address = "" # I can assume eth1 because I know all the vagrant # boxes we test with use that interface address = host.interface("eth1").addresses[0] subnet = ".".join(ansible_vars["public_network"].split(".")[0:-1]) num_mons = len(ansible_vars["groups"]["mons"]) if osd_auto_discovery: num_devices = 3 else: num_devices = len(ansible_vars.get("devices", [])) if not num_devices: num_devices = len(ansible_vars.get("lvm_volumes", [])) num_osd_hosts = len(ansible_vars["groups"]["osds"]) total_osds = num_devices * num_osd_hosts cluster_name = ansible_vars.get("cluster", "ceph") conf_path = "/etc/ceph/{}.conf".format(cluster_name) if "osds" in group_names: # I can assume eth2 because I know all the vagrant # boxes we test with use that interface. OSDs are the only # nodes that have this interface. cluster_address = host.interface("eth2").addresses[0] cmd = host.run('sudo ls /var/lib/ceph/osd/ | sed "s/.*-//"') if cmd.rc == 0: osd_ids = cmd.stdout.rstrip("\n").split("\n") osds = osd_ids if docker: osds = [] for device in ansible_vars.get("devices", []): real_dev = host.run("sudo readlink -f %s" % device) real_dev_split = real_dev.stdout.split("/")[-1] osds.append(real_dev_split) data = dict( address=address, subnet=subnet, vars=ansible_vars, osd_ids=osd_ids, num_mons=num_mons, num_devices=num_devices, num_osd_hosts=num_osd_hosts, total_osds=total_osds, cluster_name=cluster_name, conf_path=conf_path, cluster_address=cluster_address, docker=docker, osds=osds, ceph_stable_release=ceph_stable_release, ) return data def pytest_collection_modifyitems(session, config, items): for item in items: test_path = item.location[0] if "mon" in test_path: item.add_marker(pytest.mark.mons) elif "osd" in test_path: item.add_marker(pytest.mark.osds) elif "mds" in test_path: item.add_marker(pytest.mark.mdss) elif "mgr" in test_path: item.add_marker(pytest.mark.mgrs) elif "rbd-mirror" in test_path: item.add_marker(pytest.mark.rbdmirrors) elif "rgw" in test_path: item.add_marker(pytest.mark.rgws) elif "nfs" in test_path: item.add_marker(pytest.mark.nfss) elif "iscsi" in test_path: item.add_marker(pytest.mark.iscsigws) else: item.add_marker(pytest.mark.all) if "journal_collocation" in test_path: item.add_marker(pytest.mark.journal_collocation)