/**
* {@inheritDoc}
*
* <p>This method is invoked by the EventIpcManager when a new event is available for processing.
* Each message is examined for its Universal Event Identifier and the appropriate action is
* taking based on each UEI.
*/
@Override
public void onEvent(Event event) {
ThreadCategory log = ThreadCategory.getInstance(getClass());
String eventUei = event.getUei();
if (eventUei == null) return;
if (log.isDebugEnabled()) log.debug("Received event: " + eventUei);
if (eventUei.equals(EventConstants.NODE_GAINED_INTERFACE_EVENT_UEI)) {
// add to known nodes
if (Long.toString(event.getNodeid()) != null && event.getInterface() != null) {
SyslogdIPMgr.setNodeId(event.getInterface(), event.getNodeid());
}
if (log.isDebugEnabled()) {
log.debug("Added " + event.getInterface() + " to known node list");
}
} else if (eventUei.equals(EventConstants.INTERFACE_DELETED_EVENT_UEI)) {
// remove from known nodes
if (event.getInterface() != null) {
SyslogdIPMgr.removeNodeId(event.getInterface());
}
if (log.isDebugEnabled()) {
log.debug("Removed " + event.getInterface() + " from known node list");
}
} else if (eventUei.equals(EventConstants.INTERFACE_REPARENTED_EVENT_UEI)) {
// add to known nodes
if (Long.toString(event.getNodeid()) != null && event.getInterface() != null) {
SyslogdIPMgr.setNodeId(event.getInterface(), event.getNodeid());
}
if (log.isDebugEnabled()) {
log.debug("Reparented " + event.getInterface() + " to known node list");
}
}
}
/**
* Process the received events. For each event, use the EventExpander to look up matching
* eventconf entry and load info from that match, expand event parms, add event to database and
* send event to appropriate listeners.
*/
@Override
public void run() {
Events events = m_eventLog.getEvents();
if (events == null || events.getEventCount() <= 0) {
// no events to process
return;
}
for (final Event event : events.getEventCollection()) {
final ThreadCategory log = log();
if (log.isDebugEnabled()) {
// Log the uei, source, and other important aspects
final String uuid = event.getUuid();
log.debug("Event {");
log.debug(" uuid = " + (uuid != null && uuid.length() > 0 ? uuid : "<not-set>"));
log.debug(" uei = " + event.getUei());
log.debug(" src = " + event.getSource());
log.debug(" iface = " + event.getInterface());
log.debug(" time = " + event.getTime());
if (event.getParmCollection().size() > 0) {
log.debug(" parms {");
for (final Parm parm : event.getParmCollection()) {
if ((parm.getParmName() != null) && (parm.getValue().getContent() != null)) {
log.debug(
" ("
+ parm.getParmName().trim()
+ ", "
+ parm.getValue().getContent().trim()
+ ")");
}
}
log.debug(" }");
}
log.debug("}");
}
for (final EventProcessor eventProcessor : m_eventProcessors) {
try {
eventProcessor.process(m_eventLog.getHeader(), event);
} catch (SQLException e) {
log.warn(
"Unable to process event using processor "
+ eventProcessor
+ "; not processing with any later processors. Exception: "
+ e,
e);
break;
} catch (Throwable t) {
log.warn(
"Unknown exception processing event with processor "
+ eventProcessor
+ "; not processing with any later processors. Exception: "
+ t,
t);
break;
}
}
}
}
/** {@inheritDoc} */
@Override
public ModelAndView handleRequest(HttpServletRequest request, HttpServletResponse response)
throws IOException {
BufferedWriter bw =
new BufferedWriter(new OutputStreamWriter(response.getOutputStream(), "UTF-8"));
ThreadCategory.setPrefix(MapsConstants.LOG4J_CATEGORY);
log = ThreadCategory.getInstance(this.getClass());
try {
String user = request.getRemoteUser();
if (log.isDebugEnabled()) log.debug("MapStartUp for user:"******"Error in map's startup", e);
bw.write(ResponseAssembler.getMapErrorResponse(MapsConstants.MAPS_STARTUP_ACTION));
} finally {
bw.close();
}
return null;
}
/*
* stop the current receiver
* @throws InterruptedException
*
*/
void stop() throws InterruptedException {
m_stop = true;
// Shut down the thread pools that are executing SyslogConnection and SyslogProcessor tasks
for (ExecutorService service : m_executors) {
service.shutdown();
}
if (m_context != null) {
ThreadCategory log = ThreadCategory.getInstance(getClass());
log.debug("Stopping and joining thread context " + m_context.getName());
m_context.interrupt();
m_context.join();
log.debug("Thread context stopped and joined");
}
}
/** {@inheritDoc} */
@Override
public void runAndRender(
ReportParameters parameters, ReportMode mode, OutputStream outputStream) {
// TODO remove this debug code
Map<String, Object> reportParms = parameters.getReportParms(mode);
for (String key : reportParms.keySet()) {
String value;
if (reportParms.get(key) == null) {
value = "NULL";
} else {
value = reportParms.get(key).toString();
}
log.debug("param " + key + " set " + value);
}
try {
getReportService(parameters.getReportId())
.runAndRender(
parameters.getReportParms(mode),
parameters.getReportId(),
parameters.getFormat(),
outputStream);
} catch (ReportException reportException) {
log.error("failed to run or render report: " + parameters.getReportId(), reportException);
}
}
/**
* {@inheritDoc}
*
* <p>This method is invoked by the EventIpcManager when a new event is available for processing.
* Each message is examined for its Universal Event Identifier and the appropriate action is
* taking based on each UEI.
*/
public void onEvent(Event event) {
ThreadCategory log = ThreadCategory.getInstance(getClass());
String eventUei = event.getUei();
if (eventUei == null) {
log.warn("Received an unexpected event with a null UEI");
return;
}
if (log.isDebugEnabled()) {
log.debug("Received event: " + eventUei);
}
if (eventUei.equals(EventConstants.NODE_GAINED_INTERFACE_EVENT_UEI)
|| eventUei.equals(EventConstants.INTERFACE_REPARENTED_EVENT_UEI)) {
String action =
eventUei.equals(EventConstants.INTERFACE_REPARENTED_EVENT_UEI) ? "reparent" : "add";
if (Long.toString(event.getNodeid()) == null) {
log.warn("Not " + action + "ing interface to known node list: " + "nodeId is null");
} else if (event.getInterface() == null) {
log.warn("Not " + action + "ing interface to known node list: " + "interface is null");
} else {
m_trapdIpMgr.setNodeId(event.getInterface(), event.getNodeid());
if (log.isDebugEnabled()) {
log.debug(
"Successfully " + action + "ed " + event.getInterface() + " to known node list");
}
}
} else if (eventUei.equals(EventConstants.INTERFACE_DELETED_EVENT_UEI)) {
if (event.getInterface() != null) {
m_trapdIpMgr.removeNodeId(event.getInterface());
if (log.isDebugEnabled()) {
log.debug("Removed " + event.getInterface() + " from known node list");
}
}
} else {
log.warn("Received an unexpected event with UEI of \"" + eventUei + "\"");
}
}
/** Reset the user timer. */
public synchronized void resetUserTimer() {
// Reset the user timer
if (m_userTask != null) return;
ThreadCategory log = ThreadCategory.getInstance(getClass());
try {
m_timer.schedule((m_userTask = new RTCTimerTask(USERTIMER)), 0, m_userRefreshInterval);
if (log.isDebugEnabled()) log.debug("resetUserTimer: " + USERTIMER + " scheduled");
} catch (IllegalStateException isE) {
log.error("dataReceived: Illegal State adding new RTCTimerTask", isE);
}
}
/**
* updateNoticeWithUserInfo
*
* @throws java.io.IOException if any.
* @throws org.exolab.castor.xml.ValidationException if any.
* @throws org.exolab.castor.xml.MarshalException if any.
* @param userId a {@link java.lang.String} object.
* @param noticeId a int.
* @param media a {@link java.lang.String} object.
* @param contactInfo a {@link java.lang.String} object.
* @param autoNotify a {@link java.lang.String} object.
* @throws java.sql.SQLException if any.
*/
public void updateNoticeWithUserInfo(
final String userId,
final int noticeId,
final String media,
final String contactInfo,
final String autoNotify)
throws SQLException, MarshalException, ValidationException, IOException {
if (noticeId < 0) return;
int userNotifId = getUserNotifId();
ThreadCategory log = this.log();
if (log.isDebugEnabled()) {
log.debug(
"updating usersnotified: ID = "
+ userNotifId
+ " User = "******", notice ID = "
+ noticeId
+ ", conctactinfo = "
+ contactInfo
+ ", media = "
+ media
+ ", autoNotify = "
+ autoNotify);
}
Connection connection = null;
final DBUtils d = new DBUtils(getClass());
try {
connection = getConnection();
d.watch(connection);
final PreparedStatement insert =
connection.prepareStatement(
"INSERT INTO usersNotified (id, userid, notifyid, notifytime, media, contactinfo, autonotify) values (?,?,?,?,?,?,?)");
d.watch(insert);
insert.setInt(1, userNotifId);
insert.setString(2, userId);
insert.setInt(3, noticeId);
insert.setTimestamp(4, new Timestamp((new Date()).getTime()));
insert.setString(5, media);
insert.setString(6, contactInfo);
insert.setString(7, autoNotify);
insert.executeUpdate();
} finally {
d.cleanUp();
}
}
/**
* Determines when a group is next on duty. If a group has no duty schedules listed in the
* configuration file, that group is assumed to always be on duty.
*
* @param group the group whose duty schedule we want
* @param time the time to check for a duty schedule
* @return long, the time in milliseconds until the group is next on duty
* @throws java.io.IOException if any.
* @throws org.exolab.castor.xml.MarshalException if any.
* @throws org.exolab.castor.xml.ValidationException if any.
*/
public long groupNextOnDuty(String group, Calendar time)
throws IOException, MarshalException, ValidationException {
ThreadCategory log = ThreadCategory.getInstance(this.getClass());
long next = -1;
update();
// if the group has no duty schedules then it is on duty
if (!m_dutySchedules.containsKey(group)) {
return 0;
}
List<DutySchedule> dutySchedules = m_dutySchedules.get(group);
for (int i = 0; i < dutySchedules.size(); i++) {
DutySchedule curSchedule = dutySchedules.get(i);
long tempnext = curSchedule.nextInSchedule(time);
if (tempnext < next || next == -1) {
if (log.isDebugEnabled()) {
log.debug("isGroupOnDuty: On duty in " + tempnext + " millisec from schedule " + i);
}
next = tempnext;
}
}
return next;
}
/**
* matchNotificationParameters
*
* @param event a {@link org.opennms.netmgt.xml.event.Event} object.
* @param notification a {@link org.opennms.netmgt.config.notifications.Notification} object.
* @return a boolean.
*/
public boolean matchNotificationParameters(Event event, Notification notification) {
ThreadCategory log = ThreadCategory.getInstance(getClass());
boolean parmmatch = false;
if (notification.getVarbind() != null && notification.getVarbind().getVbname() != null) {
String notfValue = null;
String notfName = notification.getVarbind().getVbname();
if (notification.getVarbind().getVbvalue() != null) {
notfValue = notification.getVarbind().getVbvalue();
} else {
if (log.isDebugEnabled()) {
log.debug(
"BroadcastEventProcessor:matchNotificationParameters: Null value for varbind, assuming true.");
}
parmmatch = true;
}
for (final Parm parm : event.getParmCollection()) {
final String parmName = parm.getParmName();
final Value parmValue = parm.getValue();
final String parmContent;
if (parmValue == null) {
continue;
} else {
parmContent = parmValue.getContent();
}
if (parmName.equals(notfName) && parmContent.startsWith(notfValue)) {
parmmatch = true;
}
}
} else if (notification.getVarbind() == null || notification.getVarbind().getVbname() == null) {
parmmatch = true;
}
return parmmatch;
}
/** {@inheritDoc} */
public ModelAndView handleRequest(HttpServletRequest request, HttpServletResponse response)
throws IOException {
ThreadCategory.setPrefix(MapsConstants.LOG4J_CATEGORY);
log = ThreadCategory.getInstance(this.getClass());
String action = request.getParameter("action");
String elems = request.getParameter("elems");
log.debug("Adding Nodes action:" + action + ", elems=" + elems);
BufferedWriter bw =
new BufferedWriter(new OutputStreamWriter(response.getOutputStream(), "UTF-8"));
try {
Integer[] nodeids = null;
boolean actionfound = false;
if (action.equals(MapsConstants.ADDNODES_ACTION)) {
log.debug("Adding nodes by id: " + elems);
actionfound = true;
String[] snodeids = elems.split(",");
nodeids = new Integer[snodeids.length];
for (int i = 0; i < snodeids.length; i++) {
nodeids[i] = new Integer(snodeids[i]);
}
}
if (action.equals(MapsConstants.ADDNODES_BY_CATEGORY_ACTION)) {
log.debug("Adding nodes by category: " + elems);
actionfound = true;
String categoryName = elems;
CategoryFactory.init();
CatFactory cf = CategoryFactory.getInstance();
cf.getReadLock().lock();
try {
final String rule = cf.getEffectiveRule(categoryName);
final List<InetAddress> nodeIPs = FilterDaoFactory.getInstance().getIPAddressList(rule);
LogUtils.debugf(this, "ips found: %s", nodeIPs.toString());
nodeids = new Integer[nodeIPs.size()];
for (int i = 0; i < nodeIPs.size(); i++) {
final InetAddress nodeIp = nodeIPs.get(i);
final List<Integer> ids =
NetworkElementFactory.getInstance(getServletContext())
.getNodeIdsWithIpLike(InetAddressUtils.str(nodeIp));
LogUtils.debugf(this, "Ids by ipaddress %s: %s", nodeIp, ids.toString());
nodeids[i] = ids.get(0);
}
} finally {
cf.getReadLock().unlock();
}
}
if (action.equals(MapsConstants.ADDNODES_BY_LABEL_ACTION)) {
log.debug("Adding nodes by label: " + elems);
actionfound = true;
List<OnmsNode> nodes = NetworkElementFactory.getInstance(getServletContext()).getAllNodes();
nodeids = new Integer[nodes.size()];
for (int i = 0; i < nodes.size(); i++) {
nodeids[i] = nodes.get(i).getId();
}
}
if (action.equals(MapsConstants.ADDRANGE_ACTION)) {
log.debug("Adding nodes by range: " + elems);
actionfound = true;
nodeids =
(Integer[])
NetworkElementFactory.getInstance(getServletContext())
.getNodeIdsWithIpLike(elems)
.toArray(new Integer[0]);
}
if (action.equals(MapsConstants.ADDNODES_NEIG_ACTION)) {
log.debug("Adding nodes neighbor of:" + elems);
actionfound = true;
nodeids =
(Integer[])
NetworkElementFactory.getInstance(getServletContext())
.getLinkedNodeIdOnNode(WebSecurityUtils.safeParseInt(elems))
.toArray(new Integer[0]);
}
if (action.equals(MapsConstants.ADDNODES_WITH_NEIG_ACTION)) {
log.debug("Adding nodes with neighbor of:" + elems);
actionfound = true;
Set<Integer> linkednodeids =
NetworkElementFactory.getInstance(getServletContext())
.getLinkedNodeIdOnNode(WebSecurityUtils.safeParseInt(elems));
linkednodeids.add(new Integer(elems));
nodeids = linkednodeids.toArray(new Integer[linkednodeids.size()]);
}
VMap map = manager.openMap();
if (log.isDebugEnabled()) log.debug("Got map from manager " + map);
List<VElement> velems = new ArrayList<VElement>();
// response for addElement
if (actionfound) {
log.debug("Before Checking map contains elems");
for (int i = 0; i < nodeids.length; i++) {
int elemId = nodeids[i].intValue();
if (map.containsElement(elemId, MapsConstants.NODE_TYPE)) {
log.debug(
"Action: "
+ action
+ " . Map Contains Element: "
+ elemId
+ MapsConstants.NODE_TYPE);
continue;
}
velems.add(manager.newElement(map.getId(), elemId, MapsConstants.NODE_TYPE));
} // end for
// get links and add elements to map
map = manager.addElements(map, velems);
log.debug("After getting/adding links");
bw.write(ResponseAssembler.getAddElementResponse(null, velems, map.getLinks()));
}
} catch (Throwable e) {
log.error("Error while adding nodes for action: " + action, e);
bw.write(ResponseAssembler.getMapErrorResponse(action));
} finally {
bw.close();
}
return null;
}
/** * Return all notices (optionally only unacknowledged notices) sorted by the given sort style. * * <p><strong>Note: </strong> This limit/offset code is <em>Postgres specific!</em> Per <a * href="mailto:[email protected]">Shane </a>, this is okay for now until we can come up with an * Oracle alternative too. * * @param limit if -1 or zero, no limit or offset is used * @param offset if -1, no limit or offset if used * @param sortStyle a {@link org.opennms.web.outage.SortStyle} object. * @param outType a {@link org.opennms.web.outage.OutageType} object. * @param filters an array of org$opennms$web$filter$Filter objects. * @return an array of {@link org.opennms.web.outage.Outage} objects. * @throws java.sql.SQLException if any. */ public static Outage[] getOutages( SortStyle sortStyle, OutageType outType, Filter[] filters, int limit, int offset) throws SQLException { if (sortStyle == null || outType == null || filters == null) { throw new IllegalArgumentException("Cannot take null parameters."); } boolean useLimits = false; if (limit > 0 && offset > -1) { useLimits = true; } Outage[] outages = null; final Connection conn = Vault.getDbConnection(); final DBUtils d = new DBUtils(OutageFactory.class, conn); try { StringBuffer select = new StringBuffer( "SELECT OUTAGES.*, NODE.NODELABEL, IPINTERFACE.IPHOSTNAME, SERVICE.SERVICENAME, NOTIFICATIONS.NOTIFYID, NOTIFICATIONS.ANSWEREDBY FROM OUTAGES " + "JOIN NODE USING(NODEID) " + "JOIN IPINTERFACE ON OUTAGES.NODEID=IPINTERFACE.NODEID AND OUTAGES.IPADDR=IPINTERFACE.IPADDR " + "JOIN IFSERVICES ON OUTAGES.NODEID=IFSERVICES.NODEID AND OUTAGES.IPADDR=IFSERVICES.IPADDR AND OUTAGES.SERVICEID=IFSERVICES.SERVICEID " + "LEFT OUTER JOIN SERVICE ON OUTAGES.SERVICEID=SERVICE.SERVICEID " + "LEFT OUTER JOIN NOTIFICATIONS ON SVCLOSTEVENTID=NOTIFICATIONS.EVENTID " + "WHERE (NODE.NODETYPE != 'D' AND IPINTERFACE.ISMANAGED != 'D' AND IFSERVICES.STATUS != 'D') " + "AND "); select.append(outType.getClause()); for (Filter filter : filters) { select.append(" AND "); select.append(filter.getParamSql()); } select.append(sortStyle.getOrderByClause()); if (useLimits) { select.append(" LIMIT "); select.append(limit); select.append(" OFFSET "); select.append(offset); } log.debug(select.toString()); final PreparedStatement stmt = conn.prepareStatement(select.toString()); d.watch(stmt); int parameterIndex = 1; for (Filter filter : filters) { parameterIndex += filter.bindParam(stmt, parameterIndex); } final ResultSet rs = stmt.executeQuery(); d.watch(rs); outages = rs2Outages(rs); } finally { d.cleanUp(); } return outages; }
/** The execution context. */
@Override
public void run() {
// get the context
m_context = Thread.currentThread();
// Get a log instance
ThreadCategory.setPrefix(m_logPrefix);
ThreadCategory log = ThreadCategory.getInstance(getClass());
if (m_stop) {
log.debug("Stop flag set before thread started, exiting");
return;
} else log.debug("Thread context started");
// allocate a buffer
final int length = 0xffff;
final byte[] buffer = new byte[length];
// set an SO timeout to make sure we don't block forever
// if a socket is closed.
try {
log.debug("Setting socket timeout to " + SOCKET_TIMEOUT + "ms");
m_dgSock.setSoTimeout(SOCKET_TIMEOUT);
} catch (SocketException e) {
log.warn("An I/O error occured while trying to set the socket timeout", e);
}
// Increase the receive buffer for the socket
try {
log.debug("Setting receive buffer size to " + length);
m_dgSock.setReceiveBufferSize(length);
} catch (SocketException e) {
log.info("Failed to set the receive buffer to " + length, e);
}
// set to avoid numerous tracing message
boolean ioInterrupted = false;
// now start processing incoming requests
while (!m_stop) {
if (m_context.isInterrupted()) {
log.debug("Thread context interrupted");
break;
}
try {
if (!ioInterrupted) {
log.debug("Waiting on a datagram to arrive");
}
DatagramPacket pkt = new DatagramPacket(buffer, length);
m_dgSock.receive(pkt);
// SyslogConnection *Must* copy packet data and InetAddress as DatagramPacket is a mutable
// type
WaterfallExecutor.waterfall(
m_executors,
new SyslogConnection(
pkt,
m_matchPattern,
m_hostGroup,
m_messageGroup,
m_UeiList,
m_HideMessages,
m_discardUei));
ioInterrupted = false; // reset the flag
} catch (SocketTimeoutException e) {
ioInterrupted = true;
continue;
} catch (InterruptedIOException e) {
ioInterrupted = true;
continue;
} catch (ExecutionException e) {
log.error("Task execution failed in " + this.getClass().getSimpleName(), e);
break;
} catch (InterruptedException e) {
log.error("Task interrupted in " + this.getClass().getSimpleName(), e);
break;
} catch (IOException e) {
log.error("An I/O exception occured on the datagram receipt port, exiting", e);
break;
}
} // end while status OK
log.debug("Thread context exiting");
}
/**
* acknowledgeNotice
*
* @param event a {@link org.opennms.netmgt.xml.event.Event} object.
* @param uei a {@link java.lang.String} object.
* @param matchList an array of {@link java.lang.String} objects.
* @return a {@link java.util.Collection} object.
* @throws java.sql.SQLException if any.
* @throws java.io.IOException if any.
* @throws org.exolab.castor.xml.MarshalException if any.
* @throws org.exolab.castor.xml.ValidationException if any.
*/
public Collection<Integer> acknowledgeNotice(
final Event event, final String uei, final String[] matchList)
throws SQLException, IOException, MarshalException, ValidationException {
Connection connection = null;
List<Integer> notifIDs = new LinkedList<Integer>();
final DBUtils d = new DBUtils(getClass());
ThreadCategory log = this.log();
try {
// First get most recent event ID from notifications
// that match the matchList, then get all notifications
// with this event ID
connection = getConnection();
d.watch(connection);
int eventID = 0;
boolean wasAcked = false;
StringBuffer sql = new StringBuffer("SELECT eventid FROM notifications WHERE eventuei=? ");
for (int i = 0; i < matchList.length; i++) {
sql.append("AND ").append(matchList[i]).append("=? ");
}
sql.append("ORDER BY eventid desc limit 1");
PreparedStatement statement = connection.prepareStatement(sql.toString());
d.watch(statement);
statement.setString(1, uei);
for (int i = 0; i < matchList.length; i++) {
if (matchList[i].equals("nodeid")) {
statement.setLong(i + 2, event.getNodeid());
}
if (matchList[i].equals("interfaceid")) {
statement.setString(i + 2, event.getInterface());
}
if (matchList[i].equals("serviceid")) {
statement.setInt(i + 2, getServiceId(event.getService()));
}
}
ResultSet results = statement.executeQuery();
d.watch(results);
if (results != null && results.next()) {
eventID = results.getInt(1);
if (log.isDebugEnabled()) log.debug("EventID for notice(s) to be acked: " + eventID);
sql =
new StringBuffer(
"SELECT notifyid, answeredby, respondtime FROM notifications WHERE eventID=?");
statement = connection.prepareStatement(sql.toString());
statement.setInt(1, eventID);
results = statement.executeQuery();
if (results != null) {
while (results.next()) {
int notifID = results.getInt(1);
String ansBy = results.getString(2);
Timestamp ts = results.getTimestamp(3);
if (ansBy == null) {
ansBy = "auto-acknowledged";
ts = new Timestamp((new Date()).getTime());
} else if (ansBy.indexOf("auto-acknowledged") > -1) {
if (log.isDebugEnabled())
log.debug("Notice has previously been auto-acknowledged. Skipping...");
continue;
} else {
wasAcked = true;
ansBy = ansBy + "/auto-acknowledged";
}
if (log.isDebugEnabled())
log.debug(
"Matching DOWN notifyID = "
+ notifID
+ ", was acked by user = "******", ansBy = "
+ ansBy);
final PreparedStatement update =
connection.prepareStatement(
getConfigManager().getConfiguration().getAcknowledgeUpdateSql());
d.watch(update);
update.setString(1, ansBy);
update.setTimestamp(2, ts);
update.setInt(3, notifID);
update.executeUpdate();
update.close();
if (wasAcked) {
notifIDs.add(-1 * notifID);
} else {
notifIDs.add(notifID);
}
}
}
} else {
if (log.isDebugEnabled()) log.debug("No matching DOWN eventID found");
}
} finally {
d.cleanUp();
}
return notifIDs;
}
/**
* getNotifForEvent
*
* @param event a {@link org.opennms.netmgt.xml.event.Event} object.
* @return an array of {@link org.opennms.netmgt.config.notifications.Notification} objects.
* @throws java.io.IOException if any.
* @throws org.exolab.castor.xml.MarshalException if any.
* @throws org.exolab.castor.xml.ValidationException if any.
*/
public Notification[] getNotifForEvent(final Event event)
throws IOException, MarshalException, ValidationException {
update();
List<Notification> notifList = new ArrayList<Notification>();
boolean matchAll = getConfigManager().getNotificationMatch();
ThreadCategory log = this.log();
// This if statement will check to see if notification should be suppressed for this event.
if (event == null) {
log.warn("unable to get notification for null event!");
return null;
} else if (event.getLogmsg() != null && !(event.getLogmsg().getNotify())) {
if (log.isDebugEnabled())
log.debug("Event " + event.getUei() + " is configured to suppress notifications.");
return null;
}
for (Notification curNotif : m_notifications.getNotificationCollection()) {
if (log.isDebugEnabled())
log.debug("Checking " + event.getUei() + " against " + curNotif.getUei());
if (event.getUei().equals(curNotif.getUei()) || "MATCH-ANY-UEI".equals(curNotif.getUei())) {
// Match!
} else if (curNotif.getUei().charAt(0) == '~') {
if (event.getUei().matches(curNotif.getUei().substring(1))) {
// Match!
} else {
if (log.isDebugEnabled())
log.debug(
"Notification regex "
+ curNotif.getUei()
+ " failed to match event UEI: "
+ event.getUei());
continue;
}
} else {
if (log.isDebugEnabled())
log.debug("Event UEI " + event.getUei() + " did not match " + curNotif.getUei());
continue;
}
/** Check if event severity matches pattern in notification */
if (log.isDebugEnabled())
log.debug(
"Checking event severity: "
+ event.getSeverity()
+ " against notification severity: "
+ curNotif.getEventSeverity());
// parameter is optional, return true if not set
if (curNotif.getEventSeverity() == null) {
// Skip matching on severity
} else if (event
.getSeverity()
.toLowerCase()
.matches(curNotif.getEventSeverity().toLowerCase())) {
// Severities match
} else {
if (log.isDebugEnabled())
log.debug(
"Event severity: "
+ event.getSeverity()
+ " did not match notification severity: "
+ curNotif.getEventSeverity());
continue;
}
// The notice has to be "on"
// The notice has to match a severity if configured - currHasSeverity should be true if there
// is no severity rule
// The notice has to match the UEI of the event or MATCH-ANY-UEI
// If all those things are true:
// Then the service has to match if configured, the interface if configured, and the node if
// configured.
if (curNotif.getStatus().equals("on")) {
if (nodeInterfaceServiceValid(curNotif, event)) {
boolean parmsmatched = getConfigManager().matchNotificationParameters(event, curNotif);
if (!parmsmatched) {
if (log.isDebugEnabled())
log.debug(
"Event "
+ event.getUei()
+ " did not match parameters for notice "
+ curNotif.getName());
continue;
}
// Add this notification to the return value
notifList.add(curNotif);
if (log.isDebugEnabled())
log.debug("Event " + event.getUei() + " matched notice " + curNotif.getName());
if (!matchAll) break;
} else {
if (log.isDebugEnabled())
log.debug("Node/interface/service combination in the event was invalid");
}
} else {
if (log.isDebugEnabled()) log.debug("Current notification is turned off.");
}
}
if (!notifList.isEmpty()) {
return notifList.toArray(new Notification[0]);
} else {
return null;
}
}
/**
* Test to see if the passed host-port pair is the endpoint for a TCP server. If there is a TCP
* server at that destination then a value of true is returned from the method. Otherwise a false
* value is returned to the caller. In order to return true the remote host must generate a banner
* line which contains the text from the bannerMatch argument.
*
* @param host The remote host to connect to.
* @param port The remote port on the host.
* @param bannerResult Banner line generated by the remote host must contain this text.
* @return True if a connection is established with the host and the banner line contains the
* bannerMatch text.
*/
private boolean isServer(
InetAddress host, int port, int retries, int timeout, RE regex, StringBuffer bannerResult) {
ThreadCategory log = ThreadCategory.getInstance(getClass());
boolean isAServer = false;
for (int attempts = 0; attempts <= retries && !isAServer; attempts++) {
Socket socket = null;
try {
// create a connected socket
//
socket = new Socket();
socket.connect(new InetSocketAddress(host, port), timeout);
socket.setSoTimeout(timeout);
log.debug("TcpPlugin: connected to host: " + host + " on port: " + port);
// If banner matching string is null or wildcard ("*") then we
// only need to test connectivity and we've got that!
//
if (regex == null) {
isAServer = true;
} else {
// get a line reader
//
BufferedReader lineRdr =
new BufferedReader(new InputStreamReader(socket.getInputStream()));
// Read the server's banner line ouptput and validate it
// against
// the bannerMatch parameter to determine if this interface
// supports the
// service.
//
String response = lineRdr.readLine();
if (regex.match(response)) {
if (log.isDebugEnabled()) log.debug("isServer: matching response=" + response);
isAServer = true;
if (bannerResult != null) bannerResult.append(response);
} else {
// Got a response but it didn't match...no need to
// attempt retries
isAServer = false;
if (log.isDebugEnabled()) log.debug("isServer: NON-matching response=" + response);
break;
}
}
} catch (ConnectException e) {
// Connection refused!! Continue to retry.
//
log.debug("TcpPlugin: Connection refused to " + InetAddressUtils.str(host) + ":" + port);
isAServer = false;
} catch (NoRouteToHostException e) {
// No Route to host!!!
//
e.fillInStackTrace();
log.info(
"TcpPlugin: Could not connect to host "
+ InetAddressUtils.str(host)
+ ", no route to host",
e);
isAServer = false;
throw new UndeclaredThrowableException(e);
} catch (InterruptedIOException e) {
// This is an expected exception
//
log.debug(
"TcpPlugin: did not connect to host within timeout: "
+ timeout
+ " attempt: "
+ attempts);
isAServer = false;
} catch (IOException e) {
log.info(
"TcpPlugin: An expected I/O exception occured connecting to host "
+ InetAddressUtils.str(host)
+ " on port "
+ port,
e);
isAServer = false;
} catch (Throwable t) {
isAServer = false;
log.warn(
"TcpPlugin: An undeclared throwable exception was caught connecting to host "
+ InetAddressUtils.str(host)
+ " on port "
+ port,
t);
} finally {
try {
if (socket != null) socket.close();
} catch (IOException e) {
}
}
}
//
// return the success/failure of this
// attempt to contact an ftp server.
//
return isAServer;
}
/**
* 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()
/**
* {@inheritDoc}
*
* <p>Poll the specified address for service availability.
*
* <p>During the poll an attempt is made to call the specified external script or program. If the
* connection request is successful, the banner line returned as standard output by the script or
* program is parsed for a partial match with the banner string specified in the poller
* configuration. Provided that the script's response is valid we set the service status to
* SERVICE_AVAILABLE and return.
*
* <p>The timeout is handled by ExecRunner and is also passed as a parameter to the script or
* program being called.
*/
public PollStatus poll(MonitoredService svc, Map<String, Object> parameters) {
NetworkInterface<InetAddress> iface = svc.getNetInterface();
//
// Process parameters
//
ThreadCategory log = ThreadCategory.getInstance(getClass());
//
// Get interface address from NetworkInterface
//
if (iface.getType() != NetworkInterface.TYPE_INET)
throw new NetworkInterfaceNotSupportedException(
"Unsupported interface type, only TYPE_INET currently supported");
TimeoutTracker tracker = new TimeoutTracker(parameters, DEFAULT_RETRY, DEFAULT_TIMEOUT);
String hoption = ParameterMap.getKeyedString(parameters, "hoption", "--hostname");
String toption = ParameterMap.getKeyedString(parameters, "toption", "--timeout");
//
// convert timeout to seconds for ExecRunner
//
String args = ParameterMap.getKeyedString(parameters, "args", null);
// Script
//
String script = ParameterMap.getKeyedString(parameters, "script", null);
if (script == null) {
throw new RuntimeException(
"GpMonitor: required parameter 'script' is not present in supplied properties.");
}
// BannerMatch
//
String strBannerMatch = (String) parameters.get("banner");
// Script standard output
//
String scriptoutput = "";
// Script error output
//
String scripterror = "";
// Get the address instance.
//
InetAddress ipv4Addr = (InetAddress) iface.getAddress();
final String hostAddress = InetAddressUtils.str(ipv4Addr);
if (log.isDebugEnabled())
log.debug(
"poll: address = "
+ hostAddress
+ ", script = "
+ script
+ ", arguments = "
+ args
+ ", "
+ tracker);
// Give it a whirl
//
PollStatus serviceStatus = PollStatus.unavailable();
for (tracker.reset();
tracker.shouldRetry() && !serviceStatus.isAvailable();
tracker.nextAttempt()) {
try {
tracker.startAttempt();
int exitStatus = 100;
// Some scripts, such as Nagios check scripts, look for -H and -t versus --hostname and
// --timeout. If the optional parameter option-type is set to short, then the former
// will be used.
int timeoutInSeconds = (int) tracker.getTimeoutInSeconds();
ExecRunner er = new ExecRunner();
er.setMaxRunTimeSecs(timeoutInSeconds);
if (args == null)
exitStatus =
er.exec(
script
+ " "
+ hoption
+ " "
+ hostAddress
+ " "
+ toption
+ " "
+ timeoutInSeconds);
else
exitStatus =
er.exec(
script
+ " "
+ hoption
+ " "
+ hostAddress
+ " "
+ toption
+ " "
+ timeoutInSeconds
+ " "
+ args);
double responseTime = tracker.elapsedTimeInMillis();
if (exitStatus != 0) {
scriptoutput = er.getOutString();
serviceStatus =
logDown(
Level.DEBUG,
script
+ " failed with exit code "
+ exitStatus
+ ". Standard out: "
+ scriptoutput);
}
if (er.isMaxRunTimeExceeded()) {
serviceStatus = logDown(Level.DEBUG, script + " failed. Timeout exceeded");
} else {
if (exitStatus == 0) {
scriptoutput = er.getOutString();
scripterror = er.getErrString();
if (!scriptoutput.equals("")) log.debug(script + " output = " + scriptoutput);
else log.debug(script + " returned no output");
if (!scripterror.equals("")) log.debug(script + " error = " + scripterror);
if (strBannerMatch == null || strBannerMatch.equals("*")) {
serviceStatus = PollStatus.available(responseTime);
} else {
if (scriptoutput.indexOf(strBannerMatch) > -1) {
serviceStatus = PollStatus.available(responseTime);
} else {
serviceStatus =
PollStatus.unavailable(
script
+ "banner not contained in output banner='"
+ strBannerMatch
+ "' output='"
+ scriptoutput
+ "'");
}
}
}
}
} catch (ArrayIndexOutOfBoundsException e) {
serviceStatus = logDown(Level.DEBUG, script + " ArrayIndexOutOfBoundsException", e);
} catch (IOException e) {
serviceStatus =
logDown(
Level.DEBUG, "IOException occurred. Check for proper operation of " + script, e);
} catch (Throwable e) {
serviceStatus = logDown(Level.DEBUG, script + "Exception occurred", e);
}
}
//
// return the status of the service
//
log.debug("poll: GP - serviceStatus= " + serviceStatus + " " + hostAddress);
return serviceStatus;
}
/**
* This method is used to determine if the named interface is included in the passed package
* definition. If the interface belongs to the package then a value of true is returned. If the
* interface does not belong to the package a false value is returned.
*
* <p><strong>Note: </strong>Evaluation of the interface against a package filter will only work
* if the IP is already in the database.
*
* @param iface The interface to test against the package.
* @param pkg The package to check for the inclusion of the interface.
* @return True if the interface is included in the package, false otherwise.
*/
public synchronized boolean interfaceInPackage(String iface, Package pkg) {
final InetAddress ifaceAddr = addr(iface);
ThreadCategory log = log();
boolean filterPassed = false;
// get list of IPs in this package
List<InetAddress> ipList = m_pkgIpMap.get(pkg);
if (ipList != null && ipList.size() > 0) {
filterPassed = ipList.contains(ifaceAddr);
}
if (log.isDebugEnabled())
log.debug(
"interfaceInPackage: Interface "
+ iface
+ " passed filter for package "
+ pkg.getName()
+ "?: "
+ filterPassed);
if (!filterPassed) return false;
//
// Ensure that the interface is in the specific list or
// that it is in the include range and is not excluded
//
boolean has_specific = false;
boolean has_range_include = false;
boolean has_range_exclude = false;
// if there are NO include ranges then treat act as if the user include
// the range 0.0.0.0 - 255.255.255.255
has_range_include = pkg.getIncludeRangeCount() == 0 && pkg.getSpecificCount() == 0;
for (IncludeRange rng : pkg.getIncludeRangeCollection()) {
if (isInetAddressInRange(iface, rng.getBegin(), rng.getEnd())) {
has_range_include = true;
break;
}
}
byte[] addr = toIpAddrBytes(iface);
for (String spec : pkg.getSpecificCollection()) {
byte[] speca = toIpAddrBytes(spec);
if (new ByteArrayComparator().compare(speca, addr) == 0) {
has_specific = true;
break;
}
}
Enumeration<String> eurl = pkg.enumerateIncludeUrl();
while (!has_specific && eurl.hasMoreElements()) {
has_specific = interfaceInUrl(iface, eurl.nextElement());
}
for (ExcludeRange rng : pkg.getExcludeRangeCollection()) {
if (isInetAddressInRange(iface, rng.getBegin(), rng.getEnd())) {
has_range_exclude = true;
break;
}
}
return has_specific || (has_range_include && !has_range_exclude);
}
/**
* Check the timer tasks. Reset any of the timer tasks if they need to be reset (indicated by
* their being set to null on timer task completion). If the events counter has exceeded
* maxEventsBeforeResend, send data out and reset timers
*/
public synchronized void checkTimerTasksOnEventReceipt() {
ThreadCategory log = ThreadCategory.getInstance(getClass());
if (log.isDebugEnabled())
log.debug(
"checkTimerTasksOnEventReceipt: Checking if timer tasks need to be reset or data needs to be sent out");
// cancel user timer
boolean ret = m_userTask.cancel();
if (log.isDebugEnabled())
log.debug("checkTimerTasksOnEventReceipt: " + USERTIMER + " cancelled: " + ret);
// Check the counter to see if timers need to be started afresh
if (m_counter == -1) {
m_counter = 0;
//
// set timers
//
// set the low threshold timer task
if (m_lowTtask == null) {
try {
m_timer.schedule((m_lowTtask = new RTCTimerTask(LOWT_TASK)), m_lowThresholdInterval);
if (log.isDebugEnabled())
log.debug("checkTimerTasksOnEventReceipt: " + LOWT_TASK + " scheduled");
} catch (IllegalStateException isE) {
log.error("checkTimerTasksOnEventReceipt: Illegal State adding new RTCTimerTask", isE);
}
}
// set the high threshold timer task only if currently null
if (m_highTtask == null) {
try {
m_timer.schedule((m_highTtask = new RTCTimerTask(HIGHT_TASK)), m_highThresholdInterval);
if (log.isDebugEnabled())
log.debug("checkTimerTasksOnEventReceipt: " + HIGHT_TASK + " scheduled");
} catch (IllegalStateException isE) {
log.error("checkTimerTasksOnEventReceipt: Illegal State adding new RTCTimerTask", isE);
}
}
}
if (MAX_EVENTS_BEFORE_RESEND > 0 && m_counter >= MAX_EVENTS_BEFORE_RESEND) {
if (log.isDebugEnabled())
log.debug(
"checkTimerTasksOnEventReceipt: max events before resend limit reached, resetting timers");
// send the category information out and reset all timers
if (m_lowTtask != null) {
ret = m_lowTtask.cancel();
if (log.isDebugEnabled())
log.debug("checkTimerTasksOnEventReceipt: " + LOWT_TASK + " cancelled: " + ret);
m_lowTtask = null;
}
if (m_highTtask != null) {
ret = m_highTtask.cancel();
if (log.isDebugEnabled())
log.debug("checkTimerTasksOnEventReceipt: " + HIGHT_TASK + " cancelled: " + ret);
m_highTtask = null;
}
if (log.isDebugEnabled())
log.debug(
"checkTimerTasksOnEventReceipt: max events before resend limit reached, sending data to listeners");
m_dataSender.notifyToSend();
if (log.isDebugEnabled())
log.debug(
"checkTimerTasksOnEventReceipt: max events before resend limit reached, datasender notified to send data");
m_counter = -1;
} else if (m_counter != 0) {
// reset the low threshold timer since getting here means
// we got an event before the low threshold timer
// went off
if (m_lowTtask != null) {
ret = m_lowTtask.cancel();
if (log.isDebugEnabled())
log.debug("checkTimerTasksOnEventReceipt: " + LOWT_TASK + " cancelled: " + ret);
m_lowTtask = null;
}
try {
m_timer.schedule((m_lowTtask = new RTCTimerTask(LOWT_TASK)), m_lowThresholdInterval);
if (log.isDebugEnabled())
log.debug("checkTimerTasksOnEventReceipt: " + LOWT_TASK + " scheduled");
} catch (IllegalStateException isE) {
log.error("checkTimerTasksOnEventReceipt: Illegal State adding new RTCTimerTask", isE);
}
}
}
/**
* Handles a completed task.
*
* <p>If the low threshold or high threshold timers expire, send category data out and set both
* timer(task)s to null so they can be reset when the next event comes in
*
* <p>
*
* <p>If the user refresh timer is the one that expired, send category data out and reset the user
* timer(task)
*
* <p>
*
* @param tt the task that is finishing.
*/
private synchronized void timerTaskComplete(RTCTimerTask tt) {
ThreadCategory log = ThreadCategory.getInstance(getClass());
if (log.isDebugEnabled())
log.debug("TimerTask \'" + tt.getID() + "\' complete, status: " + getStatus());
if (tt.getID().equals(LOWT_TASK)) {
// cancel user timer
boolean ret = m_userTask.cancel();
if (log.isDebugEnabled()) log.debug("timerTaskComplete: " + USERTIMER + " cancelled: " + ret);
// send out the info and reset both timers
if (m_highTtask != null) {
ret = m_highTtask.cancel();
if (log.isDebugEnabled())
log.debug("timerTaskComplete: " + HIGHT_TASK + " cancelled: " + ret);
m_highTtask = null;
}
if (isRunning()) {
m_dataSender.notifyToSend();
}
m_lowTtask = null;
m_counter = -1;
// reset the user timer
m_timer.schedule((m_userTask = new RTCTimerTask(USERTIMER)), 0, m_userRefreshInterval);
if (log.isDebugEnabled()) log.debug("timerTaskComplete: " + USERTIMER + " scheduled");
} else if (tt.getID().equals(HIGHT_TASK)) {
// cancel user timer
boolean ret = m_userTask.cancel();
if (log.isDebugEnabled()) log.debug("timerTaskComplete: " + USERTIMER + " cancelled: " + ret);
// send the category information out reset all timers
if (m_lowTtask != null) {
ret = m_lowTtask.cancel();
if (log.isDebugEnabled())
log.debug("timerTaskComplete: " + LOWT_TASK + " cancelled: " + ret);
m_lowTtask = null;
}
if (isRunning()) {
m_dataSender.notifyToSend();
}
m_highTtask = null;
m_counter = -1;
// reset the user timer
m_timer.schedule((m_userTask = new RTCTimerTask(USERTIMER)), 0, m_userRefreshInterval);
if (log.isDebugEnabled()) log.debug("timerTaskComplete: " + USERTIMER + " scheduled");
} else if (tt.getID().equals(USERTIMER)) {
// send if not pasued
if (isRunning()) {
m_dataSender.notifyToSend();
}
}
}
/**
* Test to see if the passed host-port pair is the endpoint for an SMTP server. If there is an
* SMTP server at that destination then a value of true is returned from the method. Otherwise a
* false value is returned to the caller.
*
* @param host The remote host to connect to.
* @param port The remote port on the host.
* @return True if server supports SMTP on the specified port, false otherwise
*/
private boolean isServer(InetAddress host, int port, int retries, int timeout) {
// get a log to send errors
//
ThreadCategory log = ThreadCategory.getInstance(getClass());
boolean isAServer = false;
for (int attempts = 0; attempts <= retries && !isAServer; attempts++) {
Socket socket = null;
try {
socket = new Socket();
socket.connect(new InetSocketAddress(host, port), timeout);
socket.setSoTimeout(timeout);
log.debug("SmtpPlugin: connected to host: " + host + " on port: " + port);
// Allocate a line reader
//
BufferedReader lineRdr = new BufferedReader(new InputStreamReader(socket.getInputStream()));
// Read responses from the server. The initial line should just
// be a banner, but go ahead and check for multiline response.
//
String result = null;
do {
result = lineRdr.readLine();
} while (result != null && result.length() > 0 && MULTILINE_RESULT.match(result));
if (result == null || result.length() == 0) {
log.info("Received truncated response from SMTP server " + InetAddressUtils.str(host));
continue;
}
// Tokenize the last line result
//
StringTokenizer t = new StringTokenizer(result);
int rc = Integer.parseInt(t.nextToken());
if (rc == 220) {
//
// Send the HELO command
//
String cmd = "HELO " + LOCALHOST_NAME + "\r\n";
socket.getOutputStream().write(cmd.getBytes());
// Response from HELO command may be a multi-line response
// (but
// most likely will be single-line)..
// We are expecting to get a response with an integer return
// code in the first token. We can't ge sure that the first
// response will give us what we want. Consider the
// following
// reponse for example:
//
// 250-First line
// 250-Second line
// 250 Requested mail action okay, completed
//
// In this case the final line of the response contains the
// return
// code we are looking for.
do {
result = lineRdr.readLine();
} while (result != null && result.length() > 0 && MULTILINE_RESULT.match(result));
if (result == null || result.length() == 0) {
log.info("Received truncated response from SMTP server " + InetAddressUtils.str(host));
continue;
}
t = new StringTokenizer(result);
rc = Integer.parseInt(t.nextToken());
if (rc == 250) {
//
// Send the QUIT command
//
cmd = "QUIT\r\n";
socket.getOutputStream().write(cmd.getBytes());
// Response from QUIT command may be a multi-line
// response.
// We are expecting to get a response with an integer
// return
// code in the first token. We can't ge sure that the
// first
// response will give us what we want. Consider the
// following
// reponse for example:
//
// 221-First line
// 221-Second line
// 221 <domain> Service closing transmission channel.
//
// In this case the final line of the response contains
// the return
// code we are looking for.
do {
result = lineRdr.readLine();
} while (result != null && result.length() > 0 && MULTILINE_RESULT.match(result));
if (result == null || result.length() == 0) {
log.info(
"Received truncated response from SMTP server " + InetAddressUtils.str(host));
continue;
}
t = new StringTokenizer(result);
rc = Integer.parseInt(t.nextToken());
if (rc == 221) isAServer = true;
}
}
} catch (NumberFormatException e) {
log.info(
"SmtpPlugin: received invalid result code from server " + InetAddressUtils.str(host),
e);
isAServer = false;
} catch (ConnectException cE) {
// Connection refused!! Continue to retry.
//
log.debug("SmtpPlugin: connection refused to " + InetAddressUtils.str(host) + ":" + port);
isAServer = false;
} catch (NoRouteToHostException e) {
// No route to host!! No need to perform retries.
e.fillInStackTrace();
log.info(
"SmtpPlugin: Unable to test host "
+ InetAddressUtils.str(host)
+ ", no route available",
e);
isAServer = false;
throw new UndeclaredThrowableException(e);
} catch (InterruptedIOException e) {
log.debug(
"SmtpPlugin: did not connect to host within timeout: "
+ timeout
+ " attempt: "
+ attempts);
isAServer = false;
} catch (IOException e) {
log.info("SmtpPlugin: Error communicating with host " + InetAddressUtils.str(host), e);
isAServer = false;
} catch (Throwable t) {
log.warn(
"SmtpPlugin: Undeclared throwable exception caught contacting host "
+ InetAddressUtils.str(host),
t);
isAServer = false;
} finally {
try {
if (socket != null) socket.close();
} catch (IOException e) {
}
}
}
//
// return the success/failure of this
// attempt to contact an SMTP server.
//
return isAServer;
}
/**
* Private utility method used by the getMibObjectList() method. This method takes a group name
* and a list of MibObject objects as arguments and adds all of the MibObjects associated with the
* group to the object list. If the passed group consists of any additional sub-groups, then this
* method will be called recursively for each sub-group until the entire
* log.debug("processGroupName: adding MIB objects from group: " + groupName); group is processed.
*
* @param cName Collection name
* @param groupName Name of the group to process
* @param ifType Interface type
* @param mibObjectList List of MibObject objects being built.
*/
private void processGroupName(
final String cName,
final String groupName,
final int ifType,
final List<MibObject> mibObjectList) {
ThreadCategory log = log();
// Using the collector name retrieve the group map
final Map<String, Group> groupMap = getCollectionGroupMap(getContainer()).get(cName);
// Next use the groupName to access the Group object
final Group group = groupMap.get(groupName);
// Verify that we have a valid Group object...generate
// warning message if not...
if (group == null) {
log.warn(
"DataCollectionConfigFactory.processGroupName: unable to retrieve group information for group name '"
+ groupName
+ "': check DataCollection.xml file.");
return;
}
if (log.isDebugEnabled()) {
log.debug(
"processGroupName: processing group: "
+ groupName
+ " groupIfType: "
+ group.getIfType()
+ " ifType: "
+ ifType);
}
// Process any sub-groups contained within this group
for (final String includeGroup : group.getIncludeGroupCollection()) {
processGroupName(cName, includeGroup, ifType, mibObjectList);
}
// Add this group's objects to the object list provided
// that the group's ifType string does not exclude the
// provided ifType parm.
//
// ifType parm of -1 indicates that only node-level
// objects are to be added
//
// Any other ifType parm value must be compared with
// the group's ifType value to verify that they match
// (if group's ifType is "all" then the objects will
// automatically be added.
final String ifTypeStr = String.valueOf(ifType);
String groupIfType = group.getIfType();
boolean addGroupObjects = false;
if (ifType == NODE_ATTRIBUTES) {
if (groupIfType.equals("ignore")) {
addGroupObjects = true;
}
} else {
if (groupIfType.equals("all")) {
addGroupObjects = true;
} else if ("ignore".equals(groupIfType)) {
// Do nothing
} else if (ifType == ALL_IF_ATTRIBUTES) {
addGroupObjects = true;
} else {
// First determine if the group's ifType value contains
// a single type value or a list of values. In the case
// of a list the ifType values will be delimited by commas.
boolean isList = false;
if (groupIfType.indexOf(',') != -1) isList = true;
// Next compare the provided ifType parameter with the
// group's ifType value to determine if the group's OIDs
// should be added to the MIB object list.
//
// If the group ifType value is a single value then only
// a simple comparison is needed to see if there is an
// exact match.
//
// In the case of the group ifType value being a list
// of ifType values it is more complicated...each comma
// delimited substring which starts with the provided
// ifType parm must be extracted and compared until an
// EXACT match is found..
if (!isList) {
if (ifTypeStr.equals(groupIfType)) addGroupObjects = true;
} else {
int tmpIndex = groupIfType.indexOf(ifTypeStr);
while (tmpIndex != -1) {
groupIfType = groupIfType.substring(tmpIndex);
// get substring starting at tmpIndex to
// either the end of the groupIfType string
// or to the first comma after tmpIndex
final int nextComma = groupIfType.indexOf(',');
String parsedType = null;
if (nextComma == -1) // No comma, this is last type
// value
{
parsedType = groupIfType;
} else // Found comma
{
parsedType = groupIfType.substring(0, nextComma);
}
if (ifTypeStr.equals(parsedType)) {
addGroupObjects = true;
break;
}
// No more commas indicates no more ifType values to
// compare...we're done
if (nextComma == -1) break;
// Get next substring and reset tmpIndex to
// once again point to the first occurrence of
// the ifType string parm.
groupIfType = groupIfType.substring(nextComma + 1);
tmpIndex = groupIfType.indexOf(ifTypeStr);
}
}
}
}
if (addGroupObjects) {
if (log.isDebugEnabled()) {
log.debug(
"processGroupName: OIDs from group '"
+ group.getName()
+ ":"
+ group.getIfType()
+ "' are included for ifType: "
+ ifType);
}
processObjectList(groupName, groupIfType, group.getMibObjCollection(), mibObjectList);
} else {
if (log.isDebugEnabled())
log.debug(
"processGroupName: OIDs from group '"
+ group.getName()
+ ":"
+ group.getIfType()
+ "' are excluded for ifType: "
+ ifType);
}
}
/**
* This method maps an OSS/J AlarmValue to OpenNMS alarm
*
* @param onmsAlarm OnmsAlarm object to be populated
* @param alarmValue OSS/J AlarmValue data to use to populate OnmsAlarm
* @param almUpdateBehaviour - determines how to treat the node name of the new alarm must be of
* value; <code>USE_TYPE_INSTANCE</code> - populate nodeID with node having same asset type
* and instance data as alarm or <code>SPECIFY_OUTSTATION</code> - populate nodeID with node
* having same nodeLabel as defaultUpdateNodeLabel
* @param defaultUpdateNodeLabel name of node to be updated if
* almUpdateBehaviour==SPECIFY_OUTSTATION
* @return the OnmsAlarm populated with OSS/J NotifyNewAlarmEvent data
* @throws java.lang.IllegalArgumentException if any.
* @throws javax.oss.UnsupportedAttributeException if any.
*/
public OnmsAlarm populateOnmsAlarmFromOssjAlarm(
OnmsAlarm onmsAlarm,
AlarmValue alarmValue,
Integer almUpdateBehaviour,
String defaultUpdateNodeLabel)
throws IllegalArgumentException, UnsupportedAttributeException {
ThreadCategory log = getLog();
String logheader =
"\t\t" + this.getClass().getSimpleName() + "populateOnmsAlarmFromOssjAlarm():";
try {
String ossPrimaryKey = alarmValue.getAlarmKey().getAlarmPrimaryKey();
String applicationDN = alarmValue.getAlarmKey().getApplicationDN();
if (log.isDebugEnabled())
log.debug(
logheader
+ " - AlarmPrimaryKey: "
+ ossPrimaryKey
+ " ApplictionDN: "
+ applicationDN
+ " alarmRaisedTime: "
+ alarmValue.getAlarmRaisedTime());
if ((applicationDN == null)
|| (applicationDN.equals(""))
|| (ossPrimaryKey == null)
|| (ossPrimaryKey.equals(""))) {
log.error(logheader + " ApplicatioDN or PrimaryKey not set");
} else {
if (log.isDebugEnabled())
log.debug(
logheader + ": trying to find existing alarm using getCurrentAlarmForUniqueKey");
onmsAlarm = ossDao.getCurrentAlarmForUniqueKey(applicationDN, ossPrimaryKey);
if (onmsAlarm != null) { // already an alarm with this unique id - log error
log.error(logheader + " Alarm Already exists with this Unique ID");
} else {
onmsAlarm = new OnmsAlarm();
onmsAlarm.setUei(ossjAlarmTypeToUei(alarmValue.getAlarmType()));
onmsAlarm.setX733AlarmType(
(alarmValue.getAlarmType() == null) ? "" : alarmValue.getAlarmType());
onmsAlarm.setX733ProbableCause(alarmValue.getProbableCause());
onmsAlarm.setTTicketState(null); // needed?
onmsAlarm.setTTicketId(""); // needed?
onmsAlarm.setQosAlarmState("");
onmsAlarm.setSuppressedUser(""); // needed?
onmsAlarm.setSuppressedUntil(new Date()); // needed?
onmsAlarm.setSuppressedTime(new Date()); // needed?
OnmsSeverity onmsseverity;
try {
onmsseverity = ossjSeveritytoOnmsSeverity(alarmValue.getPerceivedSeverity());
} catch (IllegalArgumentException iae) {
log.error(
logheader + " problem setting severity used default:'WARNING'. Exception:" + iae);
onmsseverity = OnmsSeverity.WARNING;
}
onmsAlarm.setSeverity(onmsseverity);
OnmsServiceType service = new OnmsServiceType();
service.setId(new Integer(-1));
onmsAlarm.setServiceType(new OnmsServiceType()); // needed?
onmsAlarm.setReductionKey(
":managedObjectInstance:"
+ alarmValue.getManagedObjectInstance()
+ ":managedObjectType:"
+ alarmValue.getManagedObjectClass()
+ ":ossPrimaryKey:-"
+ ossPrimaryKey
+ ":applicationDN:-"
+ applicationDN); // must be unique because of alarm_reductionkey_idx
onmsAlarm.setOssPrimaryKey(ossPrimaryKey);
onmsAlarm.setOperInstruct(alarmValue.getProposedRepairActions());
// defaultvalue if search fails - will update node with ID 1
OnmsNode node = new OnmsNode(); // TODO remove ossDao.makeExtendedOnmsNode();
node.setId(new Integer(1)); // node id cannot be null
onmsAlarm.setNode(node); //
if (almUpdateBehaviour == null) {
log.error(
logheader
+ ": This receiver's alarmUpdateBehaviour is not set: defaulting to update nodeID:1");
} else {
if (log.isDebugEnabled())
log.debug(
logheader
+ " alarmUpdateBehaviour:"
+ almUpdateBehaviour
+ " "
+ getAlarmUpdateBehaviourForInt(almUpdateBehaviour));
if (almUpdateBehaviour.equals(SPECIFY_OUTSTATION)) {
// this will look for first match of node label to callingAer.getName()
// and set node id to this value.
if (log.isDebugEnabled())
log.debug(
logheader
+ " SPECIFY_OUTSTATION looking for node with nodelabel:"
+ defaultUpdateNodeLabel);
try {
// TODO temp remove ?
try {
node = ossDao.findNodeByLabel(defaultUpdateNodeLabel);
} catch (Throwable ex) {
log.error(
logheader
+ " alarmUpdateBehaviour.equals(USE_TYPE_INSTANCE) Problem looking up Node "
+ ex);
}
if (node != null) {
if (log.isDebugEnabled())
log.debug(
logheader
+ " alarmUpdateBehaviour.equals(SPECIFY_OUTSTATION):"
+ "NODE FOUND for this name:"
+ defaultUpdateNodeLabel
+ " setting node id to NodeLabel:"
+ node.getLabel()
+ " NodeID:"
+ node.getId());
onmsAlarm.setNode(
node); // maps into FIRST instance of node with the same managedObjectInstance
// and managedObjectType
} else {
log.error(
logheader
+ " alarmUpdateBehaviour.equals(SPECIFY_OUTSTATION):"
+ "NODE NOT FOUND for this name:"
+ defaultUpdateNodeLabel
+ " setting node id to default NodeID: 1");
node = new OnmsNode(); // TODO remove ossDao.makeExtendedOnmsNode();
node.setId(new Integer(1)); // node id cannot be null
onmsAlarm.setNode(node); //
}
} catch (Throwable ex) {
log.error(
logheader
+ " alarmUpdateBehaviour.equals(USE_TYPE_INSTANCE) Problem looking up Node for alarm Set to default nodeID:1"
+ ex);
}
} else if (almUpdateBehaviour.equals(USE_TYPE_INSTANCE)) {
// this will look for first match of node Managed object Instance and Managed Object
// type
// and set node id to this value.
String managedObjectType = alarmValue.getManagedObjectClass();
String managedObjectInstance = alarmValue.getManagedObjectInstance();
if (log.isDebugEnabled())
log.debug(
logheader
+ " USE_TYPE_INSTANCE looking for node with managedObjectType:"
+ managedObjectType
+ " managedObjectInstance:"
+ managedObjectInstance);
try {
node = ossDao.findNodeByInstanceAndType(managedObjectInstance, managedObjectType);
if (node != null) {
if (log.isDebugEnabled())
log.debug(
logheader
+ " alarmUpdateBehaviour.equals(USE_TYPE_INSTANCE):"
+ "NODE FOUND for this RX Name:"
+ defaultUpdateNodeLabel
+ " setting node id to NodeLabel:"
+ node.getLabel()
+ " NodeID:"
+ node.getId());
onmsAlarm.setNode(
node); // maps into FIRST instance of node with the same managedObjectInstance
// and managedObjectType
} else {
log.error(
logheader
+ " alarmUpdateBehaviour.equals(USE_TYPE_INSTANCE):"
+ "NODE NOT FOUND for this managedObjectType:"
+ managedObjectType
+ " managedObjectInstance:"
+ managedObjectInstance
+ " setting node id to default NodeID: 1");
node = new OnmsNode(); // TODO remove ossDao.makeExtendedOnmsNode();
node.setId(new Integer(1)); // node id cannot be null
onmsAlarm.setNode(node); //
}
} catch (Throwable ex) {
log.error(
logheader
+ " alarmUpdateBehaviour.equals(USE_TYPE_INSTANCE) Problem looking up Node for alarm Set to default nodeID:1"
+ ex);
}
} else {
log.error(
logheader
+ " Invalid value for alarmUpdateBehaviour:"
+ almUpdateBehaviour
+ " "
+ getAlarmUpdateBehaviourForInt(almUpdateBehaviour)
+ " defaulting to update nodeID:1");
}
}
onmsAlarm.setMouseOverText(""); // needed?
onmsAlarm.setManagedObjectType(alarmValue.getManagedObjectClass());
onmsAlarm.setManagedObjectInstance(alarmValue.getManagedObjectInstance());
onmsAlarm.setLogMsg(alarmValue.getSpecificProblem());
// NOTE - this has no effect here as .setLastEvent nulls value
// alarm.setLastEventTime(nnae.getEventTime());
// TODO REMOVED - DO NOT CREATE EVENT WITH HIBERNATE AlarmDAo
// OnmsEvent event= new OnmsEvent();
// //event.setId(new Integer(1)); // This is NOT set since unique constraint in
// alarms table on Events table
// onmsAlarm.setLastEvent(event);
onmsAlarm.setIpAddr(InetAddressUtils.getLocalHostAddress()); // needed?
onmsAlarm.setId(null); // set null as updating alarm
onmsAlarm.setFirstEventTime(alarmValue.getAlarmRaisedTime());
onmsAlarm.setLastEventTime(alarmValue.getAlarmChangedTime());
// TODO removed - do create distpoller with hibernate dao
// onmsAlarm.setDistPoller(new OnmsDistPoller("undefined","localhost")); //simple
// constructor
onmsAlarm.setDistPoller(distPollerDao.get("localhost"));
onmsAlarm.setDescription(
alarmValue.getAdditionalText()); // TODO need Qosd Not to generate this if remote
onmsAlarm.setCounter(new Integer(1));
onmsAlarm.setApplicationDN(applicationDN);
onmsAlarm.setAlarmType(new Integer(1)); // set to raise alarm
// alarm.setAlarmAckUser(arg0);
// alarm.setAlarmAckTime(arg0);
if (log.isDebugEnabled()) log.debug(logheader + ": Creating Alarm: ");
}
}
} catch (Throwable e) {
log.error(logheader + " Error : ", e);
}
return onmsAlarm;
}