def restart(self, args, config, connection):
status = self.status(args, config, connection, internal=True)
if status == 'down':
print("MarkLogic server on {0} appears to be {1}."
.format(connection.host, status))
else:
if 'cluster' in args:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
cluster = LocalCluster(connection=connection).read()
print("Restarting cluster...")
cluster.restart()
# Make sure it's back up
status = self.status(args,config,connection,internal=True)
while status != 'up':
time.sleep(2)
status = self.status(args,config,connection,internal=True)
else:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
host = Host(hostname,connection=connection).read()
print("Restarting host...")
host.restart()
# Make sure it's back up
status = self.status(args,config,connection,internal=True)
while status != 'up':
time.sleep(2)
status = self.status(args,config,connection,internal=True)
def stop(self, args, config, connection):
status = self.status(args, config, connection, internal=True)
if status == 'down':
print("MarkLogic server on {0} appears to be {1}."
.format(connection.host, status))
else:
if 'cluster' in args:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
cluster = LocalCluster(connection=connection).read()
print("Shutting down cluster...")
cluster.shutdown()
else:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
host = Host(hostname,connection=connection).read()
print("Shutting down host...")
host.shutdown()
status = self.status(args,config,connection,internal=True)
while status == 'up':
time.sleep(2)
status = self.status(args,config,connection,internal=True)
def bootstrap_hosts(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
hosts = []
for host in cluster.bootstrap_hosts():
hosts.append(host.host_name())
print(json.dumps(hosts, sort_keys=True, indent=2))
def cluster(self, connection=None):
if connection is None:
cluster = LocalCluster(self.connection, self.save_connection)
else:
cluster = LocalCluster(connection, False)
return cluster.read()
def bootstrap_hosts(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
hosts = []
for host in cluster.bootstrap_hosts():
hosts.append(host.host_name())
print(json.dumps(hosts, sort_keys=True, indent=2))
def cluster(self, connection=None):
if connection is None:
cluster = LocalCluster(self.connection, self.save_connection)
else:
cluster = LocalCluster(connection, False)
return cluster.read()
def stop(self, args, config, connection):
status = self.status(args, config, connection, internal=True)
if status == 'down':
print("MarkLogic server on {0} appears to be {1}.".format(
connection.host, status))
else:
if 'cluster' in args:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
cluster = LocalCluster(connection=connection).read()
print("Shutting down cluster...")
cluster.shutdown()
else:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
host = Host(hostname, connection=connection).read()
if host.group_name() is None:
ml = MarkLogic(connection)
if len(ml.hosts()) == 1:
host = Host(ml.hosts()[0],
connection=connection).read()
else:
print("Failed to identify host:", ml.hosts())
sys.exit(1)
print("Shutting down host: " + host.host_name())
host.shutdown()
status = self.status(args, config, connection, internal=True)
while status == 'up':
time.sleep(2)
status = self.status(args, config, connection, internal=True)
def stop(self, args, config, connection):
status = self.status(args, config, connection, internal=True)
if status == 'down':
print("MarkLogic server on {0} appears to be {1}.".format(
connection.host, status))
else:
if 'cluster' in args:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
cluster = LocalCluster(connection=connection).read()
print("Shutting down cluster...")
cluster.shutdown()
else:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
host = Host(hostname, connection=connection).read()
print("Shutting down host...")
host.shutdown()
status = self.status(args, config, connection, internal=True)
while status == 'up':
time.sleep(2)
status = self.status(args, config, connection, internal=True)
def stop(self, args, config, connection):
status = self.status(args, config, connection, internal=True)
if status == 'down':
print("MarkLogic server on {0} appears to be {1}."
.format(connection.host, status))
else:
if 'cluster' in args:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
cluster = LocalCluster(connection=connection).read()
print("Shutting down cluster...")
cluster.shutdown()
else:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
host = Host(hostname,connection=connection).read()
if host.group_name() is None:
ml = MarkLogic(connection)
if len(ml.hosts()) == 1:
host = Host(ml.hosts()[0], connection=connection).read()
else:
print("Failed to identify host:",ml.hosts())
sys.exit(1)
print("Shutting down host: " + host.host_name())
host.shutdown()
status = self.status(args,config,connection,internal=True)
while status == 'up':
time.sleep(2)
status = self.status(args,config,connection,internal=True)
def cluster(self, connection=None):
"""
Get information about the local cluster.
"""
if connection is None:
cluster = LocalCluster(self.connection, self.save_connection)
else:
cluster = LocalCluster(connection, False)
return cluster.read()
def modify(self, args, config, connection):
cluster = LocalCluster(connection=connection)
if args['json'] is not None:
cluster = self._read()
self._properties(cluster, args)
print("Modify cluster...")
cluster.update(connection=connection)
def join(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
self.logger.info("Initializing {0}...".format(args['host']))
MarkLogic.instance_init(args['host'])
host = Host(args['host'])
self.logger.info("Joining cluster...")
cluster.add_host(host)
def modify(self, args, config, connection):
cluster = LocalCluster(connection=connection)
if args['json'] is not None:
cluster = self._read()
self._properties(cluster, args)
print("Modify cluster...")
cluster.update(connection=connection)
def cluster(self, connection=None):
"""
Get information about the local cluster.
"""
if connection is None:
cluster = LocalCluster(self.connection, self.save_connection)
else:
cluster = LocalCluster(connection, False)
return cluster.read()
def test_ssl_certificate_pems(self):
cluster = LocalCluster(connection=self.connection)
version = cluster.version()
if (version.startswith("4") or version.startswith("5")
or version.startswith("6") or version.startswith("7")
or version.startswith("8.0-1") or version.startswith("8.0-2")
or version.startswith("8.0-3") or version.startswith("8.0-4")):
pass
else:
self._test_ssl_certificate_pems()
def test_ssl_certificate_pems(self):
cluster = LocalCluster(connection=self.connection)
version = cluster.version()
if (version.startswith("4") or version.startswith("5")
or version.startswith("6") or version.startswith("7")
or version.startswith("8.0-1") or version.startswith("8.0-2")
or version.startswith("8.0-3") or version.startswith("8.0-4")):
pass
else:
self._test_ssl_certificate_pems()
def test_ssl_certificate_pems(self):
connection = Connection.make_connection(tc.hostname, tc.admin, tc.password)
cluster = LocalCluster(connection=connection)
version = cluster.version()
if (version.startswith("4") or version.startswith("5")
or version.startswith("6") or version.startswith("7")
or version.startswith("8.0-1") or version.startswith("8.0-2")
or version.startswith("8.0-3")):
pass
else:
self._test_ssl_certificate_pems()
def couple(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
try:
username, password = re.split(":", args['couple_credentials'])
except ValueError:
print ("--couple-credentials value must be 'user:password':",
args['couple_credentials'])
sys.exit(1)
altconn = Connection(args['host'], HTTPDigestAuth(username, password))
altcluster = LocalCluster(connection=altconn)
cluster.couple(altcluster, connection=connection,
other_cluster_connection=altconn)
def restart(self, args, config, connection):
status = self.status(args, config, connection, internal=True)
if status == 'down':
print("MarkLogic server on {0} appears to be {1}.".format(
connection.host, status))
else:
if 'cluster' in args:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
cluster = LocalCluster(connection=connection).read()
print("Restarting cluster...")
cluster.restart()
else:
hostname = connection.host
if hostname == 'localhost':
hostname = socket.gethostname()
host = Host(hostname, connection=connection).read()
print("Restarting host...")
host.restart()
def create(self, args, config, connection):
name = args['name']
host = args['forest_host']
if args['json'] is not None:
forest = self._read(name, args['json'], connection=connection)
name = forest.forest_name()
host = forest.host()
else:
forest = Forest(name, host, connection=connection)
if forest.exists():
self.logger.error("Forest already exists: {0}".format(name))
sys.exit(1)
self._properties(forest, args)
dbname = forest.database()
# Strip out properties that we know the server will reject
cluster = LocalCluster(connection)
cluster.read()
if cluster.security_version() is None:
for key in ['database-replication', 'failover-enable']:
if key in forest._config:
del (forest._config[key])
self.logger.debug(
"Ignoring {0}, not supported by server".format(key))
if dbname is not None:
database = Database(dbname)
database.read(connection)
else:
database = None
self.logger.info("Create forest {0}...".format(name))
forest.create(connection=connection)
if database is not None:
database.add_forest_name(forest.forest_name())
database.update(connection)
def create(self, args, config, connection):
name = args['name']
host = args['forest_host']
if args['json'] is not None:
forest = self._read(name, args['json'], connection=connection)
name = forest.forest_name()
host = forest.host()
else:
forest = Forest(name, host, connection=connection)
if forest.exists():
self.logger.error("Forest already exists: {0}".format(name))
sys.exit(1)
self._properties(forest, args)
dbname = forest.database()
# Strip out properties that we know the server will reject
cluster = LocalCluster(connection)
cluster.read()
if cluster.security_version() is None:
for key in ['database-replication', 'failover-enable']:
if key in forest._config:
del(forest._config[key])
self.logger.debug("Ignoring {0}, not supported by server"
.format(key))
if dbname is not None:
database = Database(dbname)
database.read(connection)
else:
database = None
self.logger.info("Create forest {0}...".format(name))
forest.create(connection=connection)
if database is not None:
database.add_forest_name(forest.forest_name())
database.update(connection)
def join(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
self.logger.info("Initializing {0}...".format(args['host']))
MarkLogic.instance_init(args['host'])
host = Host(args['host'])
self.logger.info("Joining cluster...")
cluster.add_host(host)
def couple(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
try:
username, password = re.split(":", args['couple_credentials'])
except ValueError:
print("--couple-credentials value must be 'user:password':",
args['couple_credentials'])
sys.exit(1)
altconn = Connection(args['host'], HTTPDigestAuth(username, password))
altcluster = LocalCluster(connection=altconn)
cluster.couple(altcluster,
connection=connection,
other_cluster_connection=altconn)
def _read(self, jsonfile):
jf = open(jsonfile).read()
data = json.loads(jf)
cluster = LocalCluster.unmarshal(data)
return cluster
def test_lookup(self):
cluster = LocalCluster.lookup(self.connection)
assert cluster is not None
def test_status_view(self):
cluster = LocalCluster(connection=self.connection)
status = cluster.view("status")
assert status is not None
def test_version(self):
cluster = LocalCluster(connection=self.connection)
status = cluster.view("status")
version = status["local-cluster-status"]["version"]
assert version is not None
def leave(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
self.logger.info("Removing {0} from cluster...".format(args['host']))
cluster.remove_host(args['host'])
def read(self):
conn = self.connection
cluster = LocalCluster(connection=conn).read()
print("Read local cluster: {}".format(cluster.cluster_name()))
x = cluster.security_version()
x = cluster.effective_version()
x = cluster.cluster_id()
x = cluster.cluster_name()
x = cluster.ssl_fips_enabled()
x = cluster.xdqp_ssl_certificate()
x = cluster.xdqp_ssl_private_key()
x = cluster.bootstrap_hosts()
# FIXME:
#x = cluster.foreign_cluster_id()
#x = cluster.foreign_cluster_name()
x = cluster.language_baseline()
x = cluster.opsdirector_log_level()
x = cluster.opsdirector_metering()
x = cluster.opsdirector_session_endpoint()
self.readClass("Groups", Group, max_read=5)
self.readClass("Hosts", Host, max_read=5)
self.readClass("Databases", Database, max_read=5)
self.readClass("Forests", Forest, max_read=5)
self.readClass("Servers", Server)
self.readClass("Roles", Role, max_read=5)
self.readClass("Users", User, max_read=5)
self.readPrivileges()
return
def read(self):
conn = self.connection
cluster = LocalCluster(connection=conn).read()
print("Read local cluster: {}".format(cluster.cluster_name()))
x = cluster.security_version()
x = cluster.effective_version()
x = cluster.cluster_id()
x = cluster.cluster_name()
x = cluster.ssl_fips_enabled()
x = cluster.xdqp_ssl_certificate()
x = cluster.xdqp_ssl_private_key()
x = cluster.bootstrap_hosts()
# FIXME:
#x = cluster.foreign_cluster_id()
#x = cluster.foreign_cluster_name()
x = cluster.language_baseline()
x = cluster.opsdirector_log_level()
x = cluster.opsdirector_metering()
x = cluster.opsdirector_session_endpoint()
self.readClass("Groups", Group, max_read=5)
self.readClass("Hosts", Host, max_read=5)
self.readClass("Databases", Database, max_read=5)
self.readClass("Forests", Forest, max_read=5)
self.readClass("Servers", Server)
self.readClass("Roles", Role, max_read=5)
self.readClass("Users", User, max_read=5)
self.readPrivileges()
return
def get(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
self.jprint(cluster)
def get(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
self.jprint(cluster)
def _read(self, jsonfile):
jf = open(jsonfile).read()
data = json.loads(jf)
cluster = LocalCluster.unmarshal(data)
return cluster
def leave(self, args, config, connection):
cluster = LocalCluster(connection=connection)
cluster.read()
self.logger.info("Removing {0} from cluster...".format(args['host']))
cluster.remove_host(args['host'])