def cluster_status(**kwargs):
"""
Get the cluster status
CLI Example:
salt '*' sesceph.cluster_status \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
Get the cluster status including health if in quorum.
Scope:
Cluster wide
Arguments:
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
cluster_name
Set the cluster name. Defaults to "ceph".
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
p = presenter.mdl_presentor(m)
return p.cluster_status()
def pool_del(pool_name, **kwargs):
"""
List all cephx authorization keys
CLI Example:
salt '*' sesceph.pool_del pool_name \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
cluster_name
Set the cluster name. Defaults to "ceph".
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
mur.pool_list()
return mur.pool_del(pool_name)
def cluster_quorum(**kwargs):
"""
Get the cluster status
CLI Example:
salt '*' sesceph.cluster_status \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
Get the cluster quorum status.
Scope:
Cluster wide
Arguments:
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
cluster_name
Set the cluster name. Defaults to "ceph".
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
return False
q = mdl_query.mdl_query(m)
return q.cluster_quorum()
def cluster_status(**kwargs):
"""
Get the cluster status
CLI Example:
salt '*' sesceph.cluster_status \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
Get the cluster status including health if in quorum.
Scope:
Cluster wide
Arguments:
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
cluster_name
Set the cluster name. Defaults to "ceph".
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
p = presenter.mdl_presentor(m)
return p.cluster_status()
def cluster_quorum(**kwargs):
"""
Get the cluster status
CLI Example:
salt '*' sesceph.cluster_status \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
Get the cluster quorum status.
Scope:
Cluster wide
Arguments:
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
cluster_name
Set the cluster name. Defaults to "ceph".
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
return False
q = mdl_query.mdl_query(m)
return q.cluster_quorum()
def pool_del(pool_name, **kwargs):
"""
List all cephx authorization keys
CLI Example:
salt '*' sesceph.pool_del pool_name \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
cluster_name
Set the cluster name. Defaults to "ceph".
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
mur.pool_list()
return mur.pool_del(pool_name)
def rgw_pools_create(self):
rc = True
mur = mdl_updater_remote.model_updater_remote(self.model)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
for name in self.rgw_pools_missing():
log.info("Adding missing pool:%s" % (name))
try:
tmp_rc = mur.pool_add(name, pg_num=16)
except mdl_updater_remote.Error, e:
log.error(e)
log.error("Failed to add pool '%s'" % (name))
rc = False
def pool_add(pool_name, **kwargs):
"""
List all cephx authorization keys
CLI Example:
salt '*' sesceph.pool_add pool_name \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
cluster_name
Set the cluster name. Defaults to "ceph".
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
pg_num
Default to 8
pgp_num
Default to pg_num
pool_type
can take values "replicated" or "erasure"
erasure_code_profile
Set the "erasure_code_profile"
crush_ruleset
Set the crush map rule set
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
mur.pool_list()
return mur.pool_add(pool_name, **kwargs)
def pool_add(pool_name, **kwargs):
"""
List all cephx authorization keys
CLI Example:
salt '*' sesceph.pool_add pool_name \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
cluster_name
Set the cluster name. Defaults to "ceph".
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
pg_num
Default to 8
pgp_num
Default to pg_num
pool_type
can take values "replicated" or "erasure"
erasure_code_profile
Set the "erasure_code_profile"
crush_ruleset
Set the crush map rule set
"""
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
mur.pool_list()
return mur.pool_add(pool_name, **kwargs)
def keyring_auth_del_type(**kwargs):
"""
Write rgw keyring for cluster
CLI Example:
salt '*' sesceph.keyring_mds_auth_del \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
cluster_name
Set the cluster name. Defaults to "ceph".
"""
keyring_type = kwargs.get("keyring_type")
if (keyring_type is None):
raise Error("keyring_type is None")
if (keyring_type in set(["mon","admin"])):
raise Error("keyring_type is %s" % (keyring_type))
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
q = mdl_query.mdl_query(m)
if q.mon_is():
u.mon_status()
keyobj = keyring.keyring_facard(m)
keyobj.key_type = keyring_type
if not keyobj.present():
raise Error("keyring not present")
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
return mur.auth_del(keyring_type)
def keyring_auth_del_type(**kwargs):
"""
Write rgw keyring for cluster
CLI Example:
salt '*' sesceph.keyring_mds_auth_del \\
'cluster_name'='ceph' \\
'cluster_uuid'='cluster_uuid'
Notes:
cluster_uuid
Set the cluster UUID. Defaults to value found in ceph config file.
cluster_name
Set the cluster name. Defaults to "ceph".
"""
keyring_type = kwargs.get("keyring_type")
if (keyring_type is None):
raise Error("keyring_type is None")
if (keyring_type in set(["mon", "admin"])):
raise Error("keyring_type is %s" % (keyring_type))
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
q = mdl_query.mdl_query(m)
if q.mon_is():
u.mon_status()
keyobj = keyring.keyring_facard(m)
keyobj.key_type = keyring_type
if not keyobj.present():
raise Error("keyring not present")
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
return mur.auth_del(keyring_type)
def keyring_auth_add_type(**kwargs):
keyring_type = kwargs.get("keyring_type")
if (keyring_type is None):
raise Error("keyring_type is None")
if (keyring_type in set(["mon","admin"])):
raise Error("keyring_type is %s" % (keyring_type))
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
q = mdl_query.mdl_query(m)
if q.mon_is():
u.mon_status()
keyobj = keyring.keyring_facard(m)
keyobj.key_type = keyring_type
if not keyobj.present():
raise Error("keyring not present")
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
return mur.auth_add(keyring_type)
def keyring_auth_add_type(**kwargs):
keyring_type = kwargs.get("keyring_type")
if (keyring_type is None):
raise Error("keyring_type is None")
if (keyring_type in set(["mon", "admin"])):
raise Error("keyring_type is %s" % (keyring_type))
m = model.model(**kwargs)
u = mdl_updater.model_updater(m)
u.hostname_refresh()
u.defaults_refresh()
u.load_confg(m.cluster_name)
u.mon_members_refresh()
q = mdl_query.mdl_query(m)
if q.mon_is():
u.mon_status()
keyobj = keyring.keyring_facard(m)
keyobj.key_type = keyring_type
if not keyobj.present():
raise Error("keyring not present")
mur = mdl_updater_remote.model_updater_remote(m)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
return mur.auth_add(keyring_type)
def rgw_pools_missing(self):
requiredPools = set([".rgw",
".rgw.control",
".rgw.gc",
".log",
".intent-log",
".usage",
".users",
".users.email",
".users.swift",
".users.uid"
])
mur = mdl_updater_remote.model_updater_remote(self.model)
can_connect = mur.connect()
if not can_connect:
raise Error("Cant connect to cluster.")
mur.pool_list()
if self.model.pool_list == None:
LOG.error("Failed to list available pools")
return False
foundnames = set()
for pool in self.model.pool_list:
foundnames.add(pool)
return list(requiredPools.difference(foundnames))