def rados_commands(fsid, cluster_name, commands):
services = cluster.get_services(fqdn)
fsid = None
for service in services:
fsid = service['fsid']
assert fsid is not None
for command in commands:
prefix, args = command
try:
if prefix == "osd pool create":
cluster.pool_create(args['pool'], args['pg_num'])
elif prefix == "osd pool set":
if args['var'] == 'hashpspool':
# 'set hashpspool' is actually and update to 'flags'
cluster.pool_update(args['pool'], "flags", FLAG_HASHPSPOOL if args['val'] else 0)
else:
cluster.pool_update(args['pool'], args['var'], args['val'])
elif prefix == "osd pool set-quota":
# NB set-quota takes a string which it expects to parse
# as numeric size
cluster.pool_update(args['pool'], "quota_%s" % args['field'], int(args['val']))
elif prefix == "osd pool rename":
cluster.pool_update(args['srcpool'], 'pool_name', args['destpool'])
elif prefix == "osd pool delete":
cluster.pool_delete(args['pool'])
elif prefix == "osd in":
for osd_id in args['ids']:
cluster.set_osd_state(int(osd_id), None, 1)
elif prefix == "osd out":
for osd_id in args['ids']:
cluster.set_osd_state(int(osd_id), None, 0)
elif prefix == "osd down":
for osd_id in args['ids']:
cluster.set_osd_state(int(osd_id), 0, None)
elif prefix == "osd reweight":
cluster.set_osd_weight(args['id'], args['weight'])
elif prefix == "osd scrub":
pass
elif prefix == "osd deep-scrub":
pass
elif prefix == "osd repair":
pass
elif prefix == "osd set":
cluster.set_osd_flags(args['key'])
elif prefix == "osd crush add":
cluster.crush_add(args)
elif prefix == "osd crush add-bucket":
cluster.crush_add_bucket(args)
elif prefix == "osd crush move":
cluster.crush_move(args)
elif prefix == "osd crush remove":
cluster.crush_remove(args)
elif prefix == "osd crush reweight":
cluster.crush_reweight(args)
else:
raise NotImplementedError()
except Exception as e:
log.exception("Exception running %s" % command)
status = cluster.get_heartbeat(fsid)
return {
'error': True,
'results': [],
'error_status': e.__str__(),
'fsid': fsid,
'versions': status['versions']
}
status = cluster.get_heartbeat(fsid)
return {
'error': False,
'results': [None for n in commands],
'error_status': '',
'fsid': fsid,
'versions': status['versions']
}
def main():
"""
This is a specialized launcher for salt-minion.
The difference is that it substitutes some modules with mocked versions
that get their data from an XMLRPC test-driving interface instead of
from the real system.
Set RPC_URL environment variable to point to an XMLRPC CephCluster simulator.
"""
# Dirty arg parsing, I assume I will always be invoked with -c <config>
config_file = sys.argv[2]
config = yaml.load(open(os.path.join(config_file, 'minion')))
fqdn = config['grains']['fqdn']
__salt__ = None
rpc_url = os.environ['RPC_URL']
cluster = xmlrpclib.ServerProxy(rpc_url, allow_none=True)
def status_check():
return {"SMART Health Status": "OK"}
# Monkey-patch in a mock version of the ceph module
def heartbeat():
global __salt__
report_clusters = {}
services = {}
cluster_name = cluster.get_name()
for service in cluster.get_services(fqdn):
service_name = "%s-%s.%s" % (cluster_name, service['type'], service['id'])
services[service_name] = {
'id': str(service['id']),
'type': service['type'],
'cluster': cluster_name,
'fsid': service['fsid'],
'status': None
}
if service['type'] == 'mon':
fsid = service['fsid']
report_clusters[fsid] = cluster.get_heartbeat(fsid)
services[service_name]['status'] = msgpack.unpackb(
cluster.get_cluster_object(fsid, 'mon_status', None).data)['data']
server_heartbeat = {
'services': services,
'ceph_version': '0.67.8-simulator',
'boot_time': 123456
}
__salt__['event.fire_master'](server_heartbeat, "ceph/server")
for fsid, cluster_data in report_clusters.items():
__salt__['event.fire_master'](cluster_data, 'ceph/cluster/{0}'.format(fsid))
def get_cluster_object(cluster_name, sync_type, since):
result = msgpack.unpackb(cluster.get_cluster_object(cluster_name, sync_type, since).data)
return result
def rados_commands(fsid, cluster_name, commands):
services = cluster.get_services(fqdn)
fsid = None
for service in services:
fsid = service['fsid']
assert fsid is not None
for command in commands:
prefix, args = command
try:
if prefix == "osd pool create":
cluster.pool_create(args['pool'], args['pg_num'])
elif prefix == "osd pool set":
if args['var'] == 'hashpspool':
# 'set hashpspool' is actually and update to 'flags'
cluster.pool_update(args['pool'], "flags", FLAG_HASHPSPOOL if args['val'] else 0)
else:
cluster.pool_update(args['pool'], args['var'], args['val'])
elif prefix == "osd pool set-quota":
# NB set-quota takes a string which it expects to parse
# as numeric size
cluster.pool_update(args['pool'], "quota_%s" % args['field'], int(args['val']))
elif prefix == "osd pool rename":
cluster.pool_update(args['srcpool'], 'pool_name', args['destpool'])
elif prefix == "osd pool delete":
cluster.pool_delete(args['pool'])
elif prefix == "osd in":
for osd_id in args['ids']:
cluster.set_osd_state(int(osd_id), None, 1)
elif prefix == "osd out":
for osd_id in args['ids']:
cluster.set_osd_state(int(osd_id), None, 0)
elif prefix == "osd down":
for osd_id in args['ids']:
cluster.set_osd_state(int(osd_id), 0, None)
elif prefix == "osd reweight":
cluster.set_osd_weight(args['id'], args['weight'])
elif prefix == "osd scrub":
pass
elif prefix == "osd deep-scrub":
pass
elif prefix == "osd repair":
pass
elif prefix == "osd set":
cluster.set_osd_flags(args['key'])
elif prefix == "osd crush add":
cluster.crush_add(args)
elif prefix == "osd crush add-bucket":
cluster.crush_add_bucket(args)
elif prefix == "osd crush move":
cluster.crush_move(args)
elif prefix == "osd crush remove":
cluster.crush_remove(args)
elif prefix == "osd crush reweight":
cluster.crush_reweight(args)
else:
raise NotImplementedError()
except Exception as e:
log.exception("Exception running %s" % command)
status = cluster.get_heartbeat(fsid)
return {
'error': True,
'results': [],
'error_status': e.__str__(),
'fsid': fsid,
'versions': status['versions']
}
status = cluster.get_heartbeat(fsid)
return {
'error': False,
'results': [None for n in commands],
'error_status': '',
'fsid': fsid,
'versions': status['versions']
}
def list_logs(subpath):
return ["ceph/ceph.log"]
def tail(subpath, n_lines):
return """2014-01-19 18:30:29.176592 mon.0 192.168.18.1:6789/0 463 : [INF] pgmap v163848: 1644 pgs: 1644 active+clean; 1040 GB data, 1993 GB used, 2954 GB / 4948 GB avail
2014-01-19 18:30:34.581473 osd.2 192.168.18.3:6801/8734 192 : [INF] 1.fb scrub ok
2014-01-19 18:30:39.184182 mon.0 192.168.18.1:6789/0 464 : [INF] pgmap v163849: 1644 pgs: 1644 active+clean; 1040 GB data, 1993 GB used, 2954 GB / 4948 GB avail
2014-01-19 18:30:59.357278 mon.0 192.168.18.1:6789/0 465 : [INF] pgmap v163850: 1644 pgs: 1643 active+clean, 1 active+clean+scrubbing+deep; 1040 GB data, 1993 GB used, 2954 GB / 4948 GB avail
2014-01-19 18:31:01.897580 mon.0 192.168.18.1:6789/0 466 : [INF] pgmap v163851: 1644 pgs: 1643 active+clean, 1 active+clean+scrubbing+deep; 1040 GB data, 1993 GB used, 2954 GB / 4948 GB avail
2014-01-19 18:31:11.663174 mon.0 192.168.18.1:6789/0 467 : [INF] pgmap v163852: 1644 pgs: 1643 active+clean, 1 active+clean+scrubbing+deep; 1040 GB data, 1993 GB used, 2954 GB / 4948 GB avail
2014-01-19 18:31:32.179999 osd.1 192.168.18.2:6801/6964 1929 : [INF] 0.64 deep-scrub ok
2014-01-19 18:31:34.917031 mon.0 192.168.18.1:6789/0 468 : [INF] pgmap v163853: 1644 pgs: 1644 active+clean; 1040 GB data, 1993 GB used, 2954 GB / 4948 GB avail
2014-01-19 18:32:01.002447 osd.1 192.168.18.2:6801/6964 1930 : [INF] 1.1ef deep-scrub ok
2014-01-19 18:32:05.062757 mon.0 192.168.18.1:6789/0 469 : [INF] pgmap v163854: 1644 pgs: 1643 active+clean, 1 active+clean+scrubbing+deep; 1040 GB data, 1993 GB used, 2954 GB / 4948 GB avail"""
def selftest_wait(period):
"""
For self-test only. Wait for the specified period and then return None.
"""
time.sleep(period)
def selftest_block():
"""
For self-test only. Run forever
"""
while True:
time.sleep(1)
def selftest_exception():
"""
For self-test only. Throw an exception
"""
raise RuntimeError("This is a self-test exception")
import salt.loader
old_minion_mods = salt.loader.minion_mods
def my_minion_mods(opts, context=None, whilelist=None):
global __salt__
data = old_minion_mods(opts)
data['ceph.heartbeat'] = heartbeat
data['wilyplugin.status_check'] = status_check
data['ceph.get_cluster_object'] = get_cluster_object
data['ceph.rados_commands'] = rados_commands
data['log_tail.list_logs'] = list_logs
data['log_tail.tail'] = tail
data['ceph.selftest_wait'] = selftest_wait
data['ceph.selftest_block'] = selftest_block
data['ceph.selftest_exception'] = selftest_exception
data['state.highstate'] = lambda: None
data['saltutil.sync_modules'] = lambda: None
__salt__ = data
return data
salt.loader.minion_mods = my_minion_mods
try:
minion = salt.Minion()
except Exception as e:
if isinstance(e, AttributeError):
#Minion() moved from salt to salt.cli.daemons in 2015 releases of salt
try:
minion = daemons.Minion()
except:
log.exception("Could not get daemons.Minion instance for %s" % fqdn)
raise
else:
log.exception("Could not get salt.Minion instance for %s" % fqdn)
raise
try:
minion.start()
except Exception as e:
if not isinstance(e, SystemExit):
log.exception("minion.start[%s] threw an exception" % fqdn)
raise
