def test_unmanaged_service_relocate(self):
"""
That when an OSD disappears from one server's salt.services output
and reappears on another server, this is reflected in the state.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_osd_map(OSD_MAP)
# osd.1 initially on unmanaged server OSD
self.assertEqual(sm.services[ServiceId(FSID, 'osd', "1")].server_state.fqdn, OSD_HOSTNAME)
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES_MIGRATED)
sm.on_osd_map(OSD_MAP_MIGRATED)
# osd.1 now on managed server MON
self.assertEqual(sm.services[ServiceId(FSID, 'osd', "1")].server_state.fqdn, MON_FQDN)
# Check the servers' lists of services are up to date too
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_HOSTNAME].services.keys(), [
ServiceId(FSID, 'osd', '0')
])
def test_unmanaged_service_relocate(self):
"""
That when an OSD disappears from one server's salt.services output
and reappears on another server, this is reflected in the state.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_osd_map(OSD_MAP)
# osd.1 initially on unmanaged server OSD
self.assertEqual(sm.services[ServiceId(FSID, 'osd', "1")].server_state.fqdn, OSD_HOSTNAME)
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES_MIGRATED)
sm.on_osd_map(OSD_MAP_MIGRATED)
# osd.1 now on managed server MON
self.assertEqual(sm.services[ServiceId(FSID, 'osd', "1")].server_state.fqdn, MON_FQDN)
# Check the servers' lists of services are up to date too
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_HOSTNAME].services.keys(), [
ServiceId(FSID, 'osd', '0')
])
def test_unmanaged_managed_transition(self):
"""
That when a pesky user doesn't initially install salt on OSD servers
but later adds it, we correctly transition from paying attention
to the CRUSH config to paying attention to the salt data, and
fill in the correct FQDNs.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_osd_map(OSD_MAP)
self.assertListEqual(sm.servers.keys(), [MON_FQDN, OSD_HOSTNAME])
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_HOSTNAME].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')
])
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
self.assertListEqual(sm.servers.keys(), [MON_FQDN, OSD_FQDN])
self.assertEqual(sm.servers[OSD_FQDN].fqdn, OSD_FQDN)
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_FQDN].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')
])
def test_unmanaged_managed_transition(self):
"""
That when a pesky user doesn't initially install salt on OSD servers
but later adds it, we correctly transition from paying attention
to the CRUSH config to paying attention to the salt data, and
fill in the correct FQDNs.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_osd_map(OSD_MAP)
self.assertListEqual(sm.servers.keys(), [MON_FQDN, OSD_HOSTNAME])
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_HOSTNAME].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')
])
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
self.assertListEqual(sm.servers.keys(), [MON_FQDN, OSD_FQDN])
self.assertEqual(sm.servers[OSD_FQDN].fqdn, OSD_FQDN)
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_FQDN].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')
])
def test_remove_mds(self):
"""
That when an mds disappears from the mds map, ServerMonitor notices
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MDS1_FQDN, MDS1_SERVICES)
sm.on_server_heartbeat(MDS2_FQDN, MDS2_SERVICES)
sm.on_mds_map(FSID, MDS_MAP)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'mds', MDS1_HOSTNAME),
ServiceId(FSID, 'mds', MDS2_HOSTNAME)
])
sm.on_mds_map(FSID, MDS_MAP_1_REMOVED)
self.assertListEqual(sm.services.keys(),
[ServiceId(FSID, 'mds', MDS1_HOSTNAME)])
def test_remove_mds(self):
"""
That when an mds disappears from the mds map, ServerMonitor notices
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MDS1_FQDN, MDS1_SERVICES)
sm.on_server_heartbeat(MDS2_FQDN, MDS2_SERVICES)
sm.on_mds_map(FSID, MDS_MAP)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'mds', MDS1_HOSTNAME),
ServiceId(FSID, 'mds', MDS2_HOSTNAME)
])
sm.on_mds_map(FSID, MDS_MAP_1_REMOVED)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'mds', MDS1_HOSTNAME)
])
def test_remove_mon(self):
"""
That when a mon disappears from the mon map, ServerMonitor notices
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
sm.on_mon_map(MON_MAP)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
sm.on_mon_map(MON_MAP_1_REMOVED)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'osd', '1')
])
def test_remove_mon(self):
"""
That when a mon disappears from the mon map, ServerMonitor notices
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
sm.on_mon_map(MON_MAP)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
sm.on_mon_map(MON_MAP_1_REMOVED)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'osd', '1')
])
def test_unmanaged_servers(self):
"""
That when only the mons are sending salt messages, we generate
a correct view of service locations including OSDs.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_osd_map(OSD_MAP)
self.assertEqual(len(sm.servers), 2)
self.assertEqual(len(sm.services), 3)
self.assertEqual(len(sm.fsid_services), 1)
self.assertEqual(len(sm.hostname_to_server), 2)
self.assertListEqual(sm.servers[MON_FQDN].services.keys(),
[ServiceId(FSID, 'mon', MON_HOSTNAME)])
self.assertListEqual(
sm.servers[OSD_HOSTNAME].services.keys(),
[ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')])
def test_unmanaged_servers(self):
"""
That when only the mons are sending salt messages, we generate
a correct view of service locations including OSDs.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_osd_map(OSD_MAP)
self.assertEqual(len(sm.servers), 2)
self.assertEqual(len(sm.services), 3)
self.assertEqual(len(sm.fsid_services), 1)
self.assertEqual(len(sm.hostname_to_server), 2)
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_HOSTNAME].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')
])
def test_remove_osd(self):
"""
That when an OSD is disappears from the OSD map, it is also removed
from ServerMonitor's worldview
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
sm.on_osd_map(OSD_MAP_1_REMOVED)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
def test_delete_managed(self):
"""
That when a managed server is removed, it no longer appears
in the server/service data.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
sm.delete(OSD_FQDN)
# The two OSD services, and the 'osd' server should be gone
self.assertEqual(len(sm.servers), 1)
self.assertEqual(len(sm.services), 1)
self.assertEqual(len(sm.fsid_services), 1)
self.assertEqual(len(sm.hostname_to_server), 1)
self.assertListEqual(sm.servers.keys(), [MON_FQDN])
self.assertListEqual(sm.services.keys(), [ServiceId(FSID, 'mon', MON_HOSTNAME)])
self.assertListEqual([s.id for s in sm.fsid_services[FSID]], [ServiceId(FSID, 'mon', MON_HOSTNAME)])
self.assertListEqual(sm.hostname_to_server.keys(), [MON_HOSTNAME])
def test_remove_osd(self):
"""
That when an OSD is disappears from the OSD map, it is also removed
from ServerMonitor's worldview
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
sm.on_osd_map(OSD_MAP_1_REMOVED)
self.assertListEqual(sm.services.keys(), [
ServiceId(FSID, 'osd', '0'),
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
def test_delete_managed(self):
"""
That when a managed server is removed, it no longer appears
in the server/service data.
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
sm.delete(OSD_FQDN)
# The two OSD services, and the 'osd' server should be gone
self.assertEqual(len(sm.servers), 1)
self.assertEqual(len(sm.services), 1)
self.assertEqual(len(sm.fsid_services), 1)
self.assertEqual(len(sm.hostname_to_server), 1)
self.assertListEqual(sm.servers.keys(), [MON_FQDN])
self.assertListEqual(sm.services.keys(), [ServiceId(FSID, 'mon', MON_HOSTNAME)])
self.assertListEqual([s.id for s in sm.fsid_services[FSID]], [ServiceId(FSID, 'mon', MON_HOSTNAME)])
self.assertListEqual(sm.hostname_to_server.keys(), [MON_HOSTNAME])
def test_managed_servers(self):
"""
That managed servers (those sending salt messages) generate
a correct view of service locations
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
self.assertEqual(len(sm.servers), 2)
self.assertEqual(len(sm.services), 3)
self.assertEqual(len(sm.fsid_services), 1)
self.assertEqual(len(sm.hostname_to_server), 2)
self.assertListEqual(sm.servers.keys(), [MON_FQDN, OSD_FQDN])
self.assertEqual(sm.servers[OSD_FQDN].fqdn, OSD_FQDN)
self.assertListEqual(sm.servers[MON_FQDN].services.keys(),
[ServiceId(FSID, 'mon', MON_HOSTNAME)])
self.assertListEqual(
sm.servers[OSD_FQDN].services.keys(),
[ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')])
def test_managed_servers(self):
"""
That managed servers (those sending salt messages) generate
a correct view of service locations
"""
sm = ServerMonitor(Mock(), Mock(), Mock())
sm.on_server_heartbeat(MON_FQDN, MON_CEPH_SERVICES)
sm.on_server_heartbeat(OSD_FQDN, OSD_CEPH_SERVICES)
self.assertEqual(len(sm.servers), 2)
self.assertEqual(len(sm.services), 3)
self.assertEqual(len(sm.fsid_services), 1)
self.assertEqual(len(sm.hostname_to_server), 2)
self.assertListEqual(sm.servers.keys(), [MON_FQDN, OSD_FQDN])
self.assertEqual(sm.servers[OSD_FQDN].fqdn, OSD_FQDN)
self.assertListEqual(sm.servers[MON_FQDN].services.keys(), [
ServiceId(FSID, 'mon', MON_HOSTNAME)
])
self.assertListEqual(sm.servers[OSD_FQDN].services.keys(), [
ServiceId(FSID, 'osd', '1'),
ServiceId(FSID, 'osd', '0')
])
