@Test
@JUnitTemporaryDatabase // Relies on records created in @Before so we need a fresh database
public void testUpdateNode() throws InterruptedException {
AdapterOperationChecker verifyOperations = new AdapterOperationChecker(2);
m_adapter.getOperationQueue().addListener(verifyOperations);
try {
OnmsNode node = m_nodeDao.get(NODE_ID);
assertNotNull(node);
int firstNodeId = node.getId();
assertNull(node.getAssetRecord().getComment());
m_adapter.addNode(firstNodeId);
m_adapter.updateNode(firstNodeId);
assertTrue(verifyOperations.enqueueLatch.await(4, TimeUnit.SECONDS));
assertTrue(verifyOperations.dequeueLatch.await(4, TimeUnit.SECONDS));
assertTrue(verifyOperations.executeLatch.await(4, TimeUnit.SECONDS));
assertEquals(0, m_adapter.getOperationQueue().getOperationQueueForNode(firstNodeId).size());
node = m_nodeDao.get(firstNodeId);
assertNotNull(node);
System.out.println("ID: " + node.getAssetRecord().getId());
System.out.println("Comment: " + node.getAssetRecord().getComment());
assertNotNull("AssetRecord comment is null", node.getAssetRecord().getComment());
assertEquals(EXPECTED_COMMENT_FIELD, node.getAssetRecord().getComment());
} finally {
m_adapter.getOperationQueue().removeListener(verifyOperations);
}
}
@Test
@JUnitTemporaryDatabase // Relies on records created in @Before so we need a fresh database
@Transactional
public void testAddNodeDirectly() throws InterruptedException {
OnmsNode node = m_nodeDao.get(NODE_ID);
assertNotNull(node);
int firstNodeId = node.getId();
m_adapter.doAddNode(firstNodeId);
node = m_nodeDao.get(firstNodeId);
assertNotNull(node);
assertNotNull("AssetRecord comment is null", node.getAssetRecord().getComment());
assertEquals(EXPECTED_COMMENT_FIELD, node.getAssetRecord().getComment());
}
/** {@inheritDoc} */
@Override
public void foundAsset(String name, String value) {
BeanWrapper w = PropertyAccessorFactory.forBeanPropertyAccess(m_node.getAssetRecord());
try {
w.setPropertyValue(name, value);
} catch (BeansException e) {
LOG.warn("Could not set property on asset: {}", name, e);
}
}
/**
* Constructor for AbstractSaveOrUpdateOperation.
*
* @param nodeId a {@link java.lang.Integer} object.
* @param foreignSource a {@link java.lang.String} object.
* @param foreignId a {@link java.lang.String} object.
* @param nodeLabel a {@link java.lang.String} object.
* @param building a {@link java.lang.String} object.
* @param city a {@link java.lang.String} object.
*/
public AbstractSaveOrUpdateOperation(
final Integer nodeId,
final String foreignSource,
final String foreignId,
final String nodeLabel,
final String building,
final String city) {
m_node = new OnmsNode();
m_node.setId(nodeId);
m_node.setLabel(nodeLabel);
m_node.setLabelSource(NodeLabelSource.USER);
m_node.setType(NodeType.ACTIVE);
m_node.setForeignSource(foreignSource);
m_node.setForeignId(foreignId);
m_node.getAssetRecord().setBuilding(building);
m_node.getAssetRecord().setCity(city);
}
private void declareBeans(BSFManager bsfManager) throws BSFException {
NodeDao nodeDao = Notifd.getInstance().getNodeDao();
Integer nodeId;
try {
nodeId = Integer.valueOf(m_notifParams.get(NotificationManager.PARAM_NODE));
} catch (NumberFormatException nfe) {
nodeId = null;
}
OnmsNode node = null;
OnmsAssetRecord assets = null;
List<String> categories = new ArrayList<String>();
String nodeLabel = null;
String foreignSource = null;
String foreignId = null;
if (nodeId != null) {
node = nodeDao.get(nodeId);
nodeLabel = node.getLabel();
assets = node.getAssetRecord();
for (OnmsCategory cat : node.getCategories()) {
categories.add(cat.getName());
}
foreignSource = node.getForeignSource();
foreignId = node.getForeignId();
}
bsfManager.declareBean("bsf_notif_strategy", this, BSFNotificationStrategy.class);
retrieveParams();
bsfManager.declareBean("notif_params", m_notifParams, Map.class);
bsfManager.declareBean("node_label", nodeLabel, String.class);
bsfManager.declareBean("foreign_source", foreignSource, String.class);
bsfManager.declareBean("foreign_id", foreignId, String.class);
bsfManager.declareBean("node_assets", assets, OnmsAssetRecord.class);
bsfManager.declareBean("node_categories", categories, List.class);
bsfManager.declareBean("node", node, OnmsNode.class);
for (Argument arg : m_arguments) {
if (NotificationManager.PARAM_TEXT_MSG.equals(arg.getSwitch()))
bsfManager.declareBean("text_message", arg.getValue(), String.class);
if (NotificationManager.PARAM_NUM_MSG.equals(arg.getSwitch()))
bsfManager.declareBean("numeric_message", arg.getValue(), String.class);
if (NotificationManager.PARAM_NODE.equals(arg.getSwitch()))
bsfManager.declareBean("node_id", arg.getValue(), String.class);
if (NotificationManager.PARAM_INTERFACE.equals(arg.getSwitch()))
bsfManager.declareBean("ip_addr", arg.getValue(), String.class);
if (NotificationManager.PARAM_SERVICE.equals(arg.getSwitch()))
bsfManager.declareBean("svc_name", arg.getValue(), String.class);
if (NotificationManager.PARAM_SUBJECT.equals(arg.getSwitch()))
bsfManager.declareBean("subject", arg.getValue(), String.class);
if (NotificationManager.PARAM_EMAIL.equals(arg.getSwitch()))
bsfManager.declareBean("email", arg.getValue(), String.class);
if (NotificationManager.PARAM_PAGER_EMAIL.equals(arg.getSwitch()))
bsfManager.declareBean("pager_email", arg.getValue(), String.class);
if (NotificationManager.PARAM_XMPP_ADDRESS.equals(arg.getSwitch()))
bsfManager.declareBean("xmpp_address", arg.getValue(), String.class);
if (NotificationManager.PARAM_TEXT_PAGER_PIN.equals(arg.getSwitch()))
bsfManager.declareBean("text_pin", arg.getValue(), String.class);
if (NotificationManager.PARAM_NUM_PAGER_PIN.equals(arg.getSwitch()))
bsfManager.declareBean("numeric_pin", arg.getValue(), String.class);
if (NotificationManager.PARAM_WORK_PHONE.equals(arg.getSwitch()))
bsfManager.declareBean("work_phone", arg.getValue(), String.class);
if (NotificationManager.PARAM_HOME_PHONE.equals(arg.getSwitch()))
bsfManager.declareBean("home_phone", arg.getValue(), String.class);
if (NotificationManager.PARAM_MOBILE_PHONE.equals(arg.getSwitch()))
bsfManager.declareBean("mobile_phone", arg.getValue(), String.class);
if (NotificationManager.PARAM_TUI_PIN.equals(arg.getSwitch()))
bsfManager.declareBean("phone_pin", arg.getValue(), String.class);
if (NotificationManager.PARAM_MICROBLOG_USERNAME.equals(arg.getSwitch()))
bsfManager.declareBean("microblog_username", arg.getValue(), String.class);
}
}
/**
* This method queries the Vmware vCenter server for sensor data.
*
* @param svc the monitored service
* @param parameters the parameter map
* @return the poll status for this system
*/
@Override
public PollStatus poll(MonitoredService svc, Map<String, Object> parameters) {
OnmsNode onmsNode = m_nodeDao.get(svc.getNodeId());
// retrieve the assets and
String vmwareManagementServer = onmsNode.getAssetRecord().getVmwareManagementServer();
String vmwareManagedEntityType = onmsNode.getAssetRecord().getVmwareManagedEntityType();
String vmwareManagedObjectId = onmsNode.getForeignId();
TimeoutTracker tracker = new TimeoutTracker(parameters, DEFAULT_RETRY, DEFAULT_TIMEOUT);
PollStatus serviceStatus = PollStatus.unknown();
for (tracker.reset();
tracker.shouldRetry() && !serviceStatus.isAvailable();
tracker.nextAttempt()) {
VmwareViJavaAccess vmwareViJavaAccess = null;
try {
vmwareViJavaAccess = new VmwareViJavaAccess(vmwareManagementServer);
} catch (MarshalException e) {
logger.warn(
"Error initialising VMware connection to '{}': '{}'",
vmwareManagementServer,
e.getMessage());
return PollStatus.unavailable(
"Error initialising VMware connection to '" + vmwareManagementServer + "'");
} catch (ValidationException e) {
logger.warn(
"Error initialising VMware connection to '{}': '{}'",
vmwareManagementServer,
e.getMessage());
return PollStatus.unavailable(
"Error initialising VMware connection to '" + vmwareManagementServer + "'");
} catch (IOException e) {
logger.warn(
"Error initialising VMware connection to '{}': '{}'",
vmwareManagementServer,
e.getMessage());
return PollStatus.unavailable(
"Error initialising VMware connection to '" + vmwareManagementServer + "'");
}
try {
vmwareViJavaAccess.connect();
} catch (MalformedURLException e) {
logger.warn(
"Error connecting VMware management server '{}': '{}'",
vmwareManagementServer,
e.getMessage());
return PollStatus.unavailable(
"Error connecting VMware management server '" + vmwareManagementServer + "'");
} catch (RemoteException e) {
logger.warn(
"Error connecting VMware management server '{}': '{}'",
vmwareManagementServer,
e.getMessage());
return PollStatus.unavailable(
"Error connecting VMware management server '" + vmwareManagementServer + "'");
}
if (!vmwareViJavaAccess.setTimeout(tracker.getConnectionTimeout())) {
logger.warn(
"Error setting connection timeout for VMware management server '{}'",
vmwareManagementServer);
}
String powerState = "unknown";
if ("HostSystem".equals(vmwareManagedEntityType)) {
HostSystem hostSystem =
vmwareViJavaAccess.getHostSystemByManagedObjectId(vmwareManagedObjectId);
if (hostSystem == null) {
return PollStatus.unknown("hostSystem=null");
} else {
HostRuntimeInfo hostRuntimeInfo = hostSystem.getRuntime();
if (hostRuntimeInfo == null) {
return PollStatus.unknown("hostRuntimeInfo=null");
} else {
HostSystemPowerState hostSystemPowerState = hostRuntimeInfo.getPowerState();
if (hostSystemPowerState == null) {
return PollStatus.unknown("hostSystemPowerState=null");
} else {
powerState = hostSystemPowerState.toString();
}
}
}
} else {
if ("VirtualMachine".equals(vmwareManagedEntityType)) {
VirtualMachine virtualMachine =
vmwareViJavaAccess.getVirtualMachineByManagedObjectId(vmwareManagedObjectId);
if (virtualMachine == null) {
return PollStatus.unknown("virtualMachine=null");
} else {
VirtualMachineRuntimeInfo virtualMachineRuntimeInfo = virtualMachine.getRuntime();
if (virtualMachineRuntimeInfo == null) {
return PollStatus.unknown("virtualMachineRuntimeInfo=null");
} else {
VirtualMachinePowerState virtualMachinePowerState =
virtualMachineRuntimeInfo.getPowerState();
if (virtualMachinePowerState == null) {
return PollStatus.unknown("virtualMachinePowerState=null");
} else {
powerState = virtualMachinePowerState.toString();
}
}
}
} else {
logger.warn(
"Error getting '{}' for '{}'", vmwareManagedEntityType, vmwareManagedObjectId);
vmwareViJavaAccess.disconnect();
return serviceStatus;
}
}
if ("poweredOn".equals(powerState)) {
serviceStatus = PollStatus.available();
} else {
serviceStatus = PollStatus.unavailable("The system's state is '" + powerState + "'");
}
vmwareViJavaAccess.disconnect();
}
return serviceStatus;
}
/**
* doUpdate
*
* @param nodeId a int.
* @param retry a boolean.
* @throws org.opennms.netmgt.provision.ProvisioningAdapterException if any.
*/
@Override
public void doUpdateNode(final int nodeId) throws ProvisioningAdapterException {
log().debug("doUpdate: updating nodeid: " + nodeId);
final OnmsNode node = m_nodeDao.get(nodeId);
Assert.notNull(node, "doUpdate: failed to return node for given nodeId:" + nodeId);
final InetAddress ipaddress =
m_template.execute(
new TransactionCallback<InetAddress>() {
public InetAddress doInTransaction(final TransactionStatus arg0) {
return getIpForNode(node);
}
});
final SnmpAgentConfig agentConfig = m_snmpConfigDao.getAgentConfig(ipaddress);
final OnmsAssetRecord asset = node.getAssetRecord();
m_config.getReadLock().lock();
try {
for (AssetField field : m_config.getAssetFieldsForAddress(ipaddress, node.getSysObjectId())) {
try {
String value =
fetchSnmpAssetString(agentConfig, field.getMibObjs(), field.getFormatString());
if (log().isDebugEnabled()) {
log()
.debug(
"doUpdate: Setting asset field \"" + field.getName() + "\" to value: " + value);
}
// Use Spring bean-accessor classes to set the field value
BeanWrapper wrapper = PropertyAccessorFactory.forBeanPropertyAccess(asset);
try {
wrapper.setPropertyValue(field.getName(), value);
} catch (BeansException e) {
log()
.warn(
"doUpdate: Could not set property \""
+ field.getName()
+ "\" on asset object: "
+ e.getMessage(),
e);
}
} catch (MissingFormatArgumentException e) {
// This exception is thrown if the SNMP operation fails or an incorrect number of
// parameters is returned by the agent or because of a misconfiguration.
log()
.warn(
"doUpdate: Could not set value for asset field \""
+ field.getName()
+ "\": "
+ e.getMessage(),
e);
}
}
} finally {
m_config.getReadLock().unlock();
}
node.setAssetRecord(asset);
m_nodeDao.saveOrUpdate(node);
m_nodeDao.flush();
}
/**
* Simply replaces the current asset record with the new record
*
* @param scannedNode a {@link org.opennms.netmgt.model.OnmsNode} object.
*/
public void replaceCurrentAssetRecord(OnmsNode scannedNode) {
scannedNode.getAssetRecord().setId(this.getAssetRecord().getId());
scannedNode.setId(this.m_id); // just in case
this.setAssetRecord(scannedNode.getAssetRecord());
}
/**
* Truly merges the node's assert record
*
* @param scannedNode a {@link org.opennms.netmgt.model.OnmsNode} object.
*/
public void mergeAssets(OnmsNode scannedNode) {
this.getAssetRecord().mergeRecord(scannedNode.getAssetRecord());
}
/**
* This method maps OpenNMS alarm to an OSS/J alarms and adds additional information
*
* @param _openNMSalarm data to use to populate the OSS/J alarm
* @param alarmValueSpecification AlarmValue object to be populated - Invariant (Specifcation)
* values should be already populated
* @return the _av OSS/J AlarmValue populated with opennms data
* @throws java.lang.IllegalArgumentException if any.
* @throws javax.oss.UnsupportedAttributeException if any.
*/
public AlarmValue populateOssjAlarmFromOpenNMSAlarm(
AlarmValue alarmValueSpecification, OnmsAlarm _openNMSalarm)
throws IllegalArgumentException, UnsupportedAttributeException {
ThreadCategory log = getLog();
String logheader =
"\t\t" + this.getClass().getSimpleName() + "populateOssjAlarmFromOpenNMSAlarm():";
// Node node = null;
OnmsNode node = null;
// Asset asset = null;
OnmsAssetRecord asset = null;
boolean isQoSDrxAlarm = false; // true if alarm is received from Qosdrx
if (log.isDebugEnabled()) log.debug(logheader + ": Populating alarm");
// test to see if opennms alarm already has type and instance information set. If yes then it
// has most likely
// come from Qosdrx.
if ((_openNMSalarm.getManagedObjectInstance() != null)
&& (_openNMSalarm.getManagedObjectType() != null)
&& (!_openNMSalarm.getManagedObjectInstance().equals(""))
&& (!_openNMSalarm.getManagedObjectType().equals(""))) {
isQoSDrxAlarm = true;
if (log.isDebugEnabled())
log.debug(
logheader
+ ": isQoSDrxAlarm TRUE - because OpenNMS alarm has ManagedObjectInstance and ManagedObjectType");
} else {
isQoSDrxAlarm = false;
if (log.isDebugEnabled())
log.debug(
logheader
+ ": isQoSDrxAlarm FALSE - because OpenNMS alarm NOT POPULATED ManagedObjectInstance and ManagedObjectType");
}
try {
// If the alarm has both an acknowledge time and an acknowledge user
// then the alarm has been acknowledged. Set the corrsponding parameters
// in the OSS/J alarm
if ((null != _openNMSalarm.getAlarmAckTime()) && (null != _openNMSalarm.getAlarmAckUser())) {
alarmValueSpecification.setAckUserId(_openNMSalarm.getAlarmAckUser());
// OnmsAlarm can contain java.sql.Timestamp - convert to Date
alarmValueSpecification.setAckTime(new Date(_openNMSalarm.getAlarmAckTime().getTime()));
alarmValueSpecification.setAlarmAckState(AlarmAckState.ACKNOWLEDGED);
} else {
alarmValueSpecification.setAlarmAckState(AlarmAckState.UNACKNOWLEDGED);
}
// if the alarm is cleared, then set the alarm cleared time
// to that of the lasteventtime as this must be the time
// the clear occured.
if (_openNMSalarm.getSeverity() == OnmsSeverity.CLEARED) {
// OnmsAlarm can contain java.sql.Timestamp - convert to Date
alarmValueSpecification.setAlarmClearedTime(
new Date(_openNMSalarm.getLastEventTime().getTime()));
} else {
alarmValueSpecification.setAlarmClearedTime(null);
}
// Set the alarmRaisedTime to the FirstEventTime of the OpenNMS
// alarm. Set the alarm changed time to the last event time.
// OnmsAlarm can contain java.sql.Timestamp - convert to Date
if (null != _openNMSalarm.getFirstEventTime()) {
alarmValueSpecification.setAlarmRaisedTime(
new Date(_openNMSalarm.getFirstEventTime().getTime()));
}
if (null != _openNMSalarm.getLastEventTime()) {
alarmValueSpecification.setAlarmChangedTime(
new Date(_openNMSalarm.getLastEventTime().getTime()));
}
} catch (Throwable e) {
log.error(logheader + ": Problem getting ACK time information", e);
}
Matcher matcher = null;
String _uei_no_html = "NOT_SET";
try {
String uei = _openNMSalarm.getUei();
if (null != uei) {
matcher = p.matcher(uei);
_uei_no_html = matcher.replaceAll(" "); // remove any HTML tags from uei
}
alarmValueSpecification.setAlarmType(
(_openNMSalarm.getX733AlarmType() == null)
? javax.oss.fm.monitor.AlarmType.EQUIPMENT_ALARM
: _openNMSalarm.getX733AlarmType());
} catch (Throwable e) {
log.error(logheader + ": Problem getting X733AlarmType or Uei", e);
}
// Get some local node information as to where the alarm came from
// This includes, what type of managed element the node is
// and what its node id and label are.*/
// String mftr = "NOT_SET"; // FIXME: Not read
// String modelNo = "NOT_SET"; // FIXME: Not read
// String assetserno = "NOT_SET"; // FIXME: Not read
// String nodelabel = "NOT_SET"; // FIXME: Not read
// String alarmIP = "NOT_SET"; // FIXME: Not read
String managedObjectType = "NOT_SET";
String managedObjectInstance = "NOT_SET";
String assetManagedObjectType = "NOT_SET";
String assetManagedObjectInstance = "NOT_SET";
String assetDescription = "NOT_SET";
String assetAddress2 = "NOT_SET";
if (!isQoSDrxAlarm) { // if is locally generated alarm
try {
// some opennms alarms don't have node information
// set default values if no node information present
if (_openNMSalarm.getNode() != null) {
node = ossDao.findNodeByID(_openNMSalarm.getNode().getId());
asset = node.getAssetRecord();
// alarmIP = _openNMSalarm.getIpAddr(); // Not read
// if (node != null) {
// nodelabel = node.getLabel(); // Not read
// }
if (asset != null) {
// if (asset.getManufacturer()!= null) mftr = asset.getManufacturer(); // Not read
// if (asset.getModelNumber()!= null) modelNo = asset.getModelNumber(); // Not read
// if (asset.getSerialNumber()!= null) assetserno = asset.getSerialNumber(); // Not
// read
if (asset.getDescription() != null)
assetDescription =
asset.getDescription(); // TODO was used for managed object class as is 128 char
// long
if (asset.getAddress2() != null)
assetAddress2 =
asset.getAddress2(); // TODO was used for managed object instance - as is 256 char
// long string
if (asset.getManagedObjectInstance() != null)
assetManagedObjectInstance = asset.getManagedObjectInstance();
if (asset.getManagedObjectType() != null)
assetManagedObjectType = asset.getManagedObjectType();
}
managedObjectInstance = assetManagedObjectInstance;
managedObjectType = assetManagedObjectType;
if (log.isDebugEnabled())
log.debug(
logheader
+ ": isQoSDrxAlarm=FALSE OpenNMS type and instance not set. Using from Node Asset record: ManagedObjectInstance: "
+ managedObjectInstance
+ " ManagedObjectType:"
+ managedObjectType);
}
} catch (Throwable ex) {
log.error(logheader + ": Problem getting node and asset information", ex);
}
} else { // is a received alarm
try {
managedObjectInstance = _openNMSalarm.getManagedObjectInstance();
managedObjectType = _openNMSalarm.getManagedObjectType();
if (log.isDebugEnabled())
log.debug(
logheader
+ ": isQoSDrxAlarm=TRUE OpenNMS type and instance set. Using from OnmsAlarm: ManagedObjectInstance: "
+ managedObjectInstance
+ " ManagedObjectType:"
+ managedObjectType);
} catch (Throwable ex) {
log.error(logheader + ": Problem managedObjectInstance or managedObjectType", ex);
}
}
alarmValueSpecification.setManagedObjectClass(managedObjectType);
if (log.isDebugEnabled())
log.debug(logheader + ": _av.setManagedObjectClass set to: " + managedObjectType);
alarmValueSpecification.setManagedObjectInstance(managedObjectInstance);
if (log.isDebugEnabled())
log.debug(logheader + ": _av.setManagedObjectInstance set to: " + managedObjectInstance);
// set severity and probable cause
try {
alarmValueSpecification.setPerceivedSeverity(
onmsSeverityToOssjSeverity(_openNMSalarm.getSeverity()));
// alarmValueSpecification.setProbableCause((short)-1); // OSS/J set to -1 then text
// contains description
alarmValueSpecification.setProbableCause((short) _openNMSalarm.getX733ProbableCause());
} catch (Throwable e) {
log.error(logheader + ": Problem getting severity or probable cause: ", e);
}
if (!isQoSDrxAlarm) { // if is a locally generated alarm
try {
String _opinstr = _openNMSalarm.getOperInstruct();
if (null != _opinstr) {
matcher = p.matcher(_opinstr);
_opinstr = matcher.replaceAll(" "); // remove all HTML tags from operator instructions
} else _opinstr = "NOT_SET";
alarmValueSpecification.setProposedRepairActions(_opinstr);
String _logmsg = _openNMSalarm.getLogMsg();
if (null != _logmsg) {
matcher = p.matcher(_logmsg);
_logmsg = matcher.replaceAll(" "); // remove all HTML tags from operator instructions
} else _logmsg = "NOT_SET";
String _description = _openNMSalarm.getDescription();
if (null != _description) {
matcher = p.matcher(_description);
_description = matcher.replaceAll(" "); // remove all HTML tags from description
} else _description = "NOT_SET";
// using manufacturers own definition of specific problem here ( OSS/J )
alarmValueSpecification.setSpecificProblem(_logmsg);
Integer alarmid = _openNMSalarm.getId();
Integer counter = _openNMSalarm.getCounter();
String reductionkey = _openNMSalarm.getReductionKey();
// note some OnmsAlarms can have null nodes - we use a default value of 0 for ID
Integer nodeid = 0;
String onmsnodelabel = "";
if (_openNMSalarm.getNode() != null) {
nodeid = _openNMSalarm.getNode().getId();
onmsnodelabel = _openNMSalarm.getNode().getLabel();
}
InetAddress ipaddress = _openNMSalarm.getIpAddr();
String x733AlarmType = _openNMSalarm.getX733AlarmType();
String x733ProbableCause;
try {
x733ProbableCause =
OOSSProbableCause.getStringforEnum((short) _openNMSalarm.getX733ProbableCause());
} catch (Throwable e) {
x733ProbableCause = "X733 Probable Cause Incorrectly Defined";
}
alarmValueSpecification.setAdditionalText(
"<alarmid>"
+ alarmid
+ "</alarmid>"
+ "\n "
+ "<logmsg>"
+ _logmsg
+ "</logmsg>"
+ "\n "
+ "<uei>"
+ _uei_no_html
+ "<uei>"
+ "\n "
+ "<x733AlarmType>"
+ x733AlarmType
+ "</x733AlarmType>"
+ "\n "
+ "<x733ProbableCause>"
+ x733ProbableCause
+ "</x733ProbableCause>"
+ "\n "
+ "<counter>"
+ counter
+ "</counter>"
+ "\n "
+ "<reductionkey>"
+ reductionkey
+ "</reductionkey>"
+ "\n "
+ "<nodeid>"
+ nodeid
+ "</nodeid>"
+ "\n "
+ "<nodelabel>"
+ onmsnodelabel
+ "</nodelabel>"
+ "\n "
+ "<ipaddress>"
+ InetAddressUtils.toIpAddrString(ipaddress)
+ "</ipaddress>"
+ "\n "
+ "<description>"
+ _description
+ "</description>"
+ "\n "
+ "<opinstr>"
+ _opinstr
+ "</opinstr>"
+ "\n "
+ "<asset.managedobjectinstance>"
+ assetManagedObjectInstance
+ "</asset.managedobjectinstance>"
+ "\n "
+ // TODO - was used for object instance
"<asset.managedobjecttype>"
+ assetManagedObjectType
+ "</asset.managedobjecttype>"
+ "\n "
+ "<asset.address2>"
+ assetAddress2
+ "</asset.address2>"
+ "\n "
+ // TODO - was used for object instance
"<asset.description>"
+ assetDescription
+ "</asset.description>"
+ "\n"); // TODO - was used for object instancetype
} catch (Throwable e) {
log.error(
logheader + ": Problem setting description, logmessage or operator instrctions: ", e);
}
} else { // is a received alarm
try {
String _opinstr = _openNMSalarm.getOperInstruct();
if (null == _opinstr) _opinstr = "NOT_SET";
alarmValueSpecification.setProposedRepairActions(_opinstr);
String _logmsg = _openNMSalarm.getLogMsg();
if (null == _logmsg) _logmsg = "NOT_SET";
// using manufacturers own definition of specific problem here ( OSS/J )
alarmValueSpecification.setSpecificProblem(_logmsg);
String _description = _openNMSalarm.getDescription();
if (null == _description) _description = "NOT_SET";
alarmValueSpecification.setAdditionalText(_description);
} catch (Throwable e) {
log.error(
logheader + ": Problem setting description, logmessage or operator instrctions: ", e);
}
}
// TODO replacement method to populate the alarm key
try {
// populate alarm key
// TODO was AlarmKey ak = new OOSSAlarmKey(Integer.toString(_openNMSalarm.getId()));
AlarmKey ak = alarmValueSpecification.getAlarmKey();
ak.setAlarmPrimaryKey(Integer.toString(_openNMSalarm.getId()));
ak.setPrimaryKey(ak.getAlarmPrimaryKey());
} catch (Throwable e) {
log.error(logheader + ": Problem setting AlarmKey: ", e);
}
if (log.isDebugEnabled()) log.debug(logheader + ": Alarm Populated");
return alarmValueSpecification;
} // end populateAlarm()