private JasperPrint runAndRender(Report report) throws Exception, JRException {
JasperPrint jasperPrint = new JasperPrint();
JasperReport jasperReport =
JasperCompileManager.compileReport(
System.getProperty("opennms.home")
+ File.separator
+ "etc"
+ File.separator
+ "report-templates"
+ File.separator
+ report.getReportTemplate());
if (report.getReportEngine().equals("jdbc")) {
Connection connection = DataSourceFactory.getDataSource().getConnection();
jasperPrint =
JasperFillManager.fillReport(
jasperReport, paramListToMap(report.getParameterCollection()), connection);
connection.close();
} else if (report.getReportEngine().equals("opennms")) {
LogUtils.errorf(this, "Sorry the OpenNMS Data source engine is not yet available");
jasperPrint = null;
} else {
LogUtils.errorf(this, "Unknown report engine: %s ", report.getReportEngine());
jasperPrint = null;
}
return jasperPrint;
}
protected void setUp() throws Exception {
super.setUp();
MockUtil.println("------------ Begin Test " + this + " --------------------------");
MockLogAppender.setupLogging();
if (m_runSupers) {
createMockNetwork();
populateDatabase();
DataSourceFactory.setInstance(m_db);
SnmpPeerFactory.setInstance(
new SnmpPeerFactory(new ByteArrayResource(getSnmpConfig().getBytes())));
if (isStartEventd()) {
m_eventdIpcMgr = new EventIpcManagerDefaultImpl();
JdbcEventdServiceManager eventdServiceManager = new JdbcEventdServiceManager();
eventdServiceManager.setDataSource(m_db);
eventdServiceManager.afterPropertiesSet();
/*
* Make sure we specify a full resource path since "this" is
* the unit test class, which is most likely in another package.
*/
File configFile =
ConfigurationTestUtils.getFileForResource(
this, "/org/opennms/netmgt/mock/eventconf.xml");
DefaultEventConfDao eventConfDao = new DefaultEventConfDao();
eventConfDao.setConfigResource(new FileSystemResource(configFile));
eventConfDao.afterPropertiesSet();
EventconfFactory.setInstance(eventConfDao);
EventExpander eventExpander = new EventExpander();
eventExpander.setEventConfDao(eventConfDao);
eventExpander.afterPropertiesSet();
JdbcEventWriter jdbcEventWriter = new JdbcEventWriter();
jdbcEventWriter.setEventdServiceManager(eventdServiceManager);
jdbcEventWriter.setDataSource(m_db);
jdbcEventWriter.setGetNextIdString(
"select nextVal('eventsNxtId')"); // for HSQL: "SELECT max(eventId)+1 from events"
jdbcEventWriter.afterPropertiesSet();
EventIpcBroadcastProcessor eventIpcBroadcastProcessor = new EventIpcBroadcastProcessor();
eventIpcBroadcastProcessor.setEventIpcBroadcaster(m_eventdIpcMgr);
eventIpcBroadcastProcessor.afterPropertiesSet();
List<EventProcessor> eventProcessors = new ArrayList<EventProcessor>(3);
eventProcessors.add(eventExpander);
eventProcessors.add(jdbcEventWriter);
eventProcessors.add(eventIpcBroadcastProcessor);
DefaultEventHandlerImpl eventHandler = new DefaultEventHandlerImpl();
eventHandler.setEventProcessors(eventProcessors);
eventHandler.afterPropertiesSet();
m_eventdIpcMgr.setHandlerPoolSize(5);
m_eventdIpcMgr.setEventHandler(eventHandler);
m_eventdIpcMgr.afterPropertiesSet();
m_eventProxy = m_eventdIpcMgr;
EventIpcManagerFactory.setIpcManager(m_eventdIpcMgr);
EventIpcManagerEventHandlerProxy proxy = new EventIpcManagerEventHandlerProxy();
proxy.setEventIpcManager(m_eventdIpcMgr);
proxy.afterPropertiesSet();
List<EventHandler> eventHandlers = new ArrayList<EventHandler>(1);
eventHandlers.add(proxy);
TcpEventReceiver tcpEventReceiver = new TcpEventReceiver();
tcpEventReceiver.setPort(5837);
tcpEventReceiver.setEventHandlers(eventHandlers);
UdpEventReceiver udpEventReceiver = new UdpEventReceiver();
udpEventReceiver.setPort(5837);
tcpEventReceiver.setEventHandlers(eventHandlers);
List<EventReceiver> eventReceivers = new ArrayList<EventReceiver>(2);
eventReceivers.add(tcpEventReceiver);
eventReceivers.add(udpEventReceiver);
m_eventd = new Eventd();
m_eventd.setEventdServiceManager(eventdServiceManager);
m_eventd.setEventReceivers(eventReceivers);
m_eventd.setReceiver(new BroadcastEventProcessor(m_eventdIpcMgr, eventConfDao));
m_eventd.init();
m_eventd.start();
}
}
m_transMgr = new DataSourceTransactionManager(DataSourceFactory.getInstance());
}
/**
* {@inheritDoc}
*
* <p>Responsible for performing all necessary initialization for the specified interface in
* preparation for thresholding.
*/
public void initialize(ThresholdNetworkInterface iface, Map<?, ?> parameters) {
// Get interface address from NetworkInterface
//
if (iface.getType() != NetworkInterface.TYPE_INET)
throw new RuntimeException("Unsupported interface type, only TYPE_INET currently supported");
InetAddress ipAddr = (InetAddress) iface.getAddress();
String groupName = ParameterMap.getKeyedString(parameters, "thresholding-group", "default");
// Get the threshold group's RRD repository path
//
String repository = null;
try {
repository = ThresholdingConfigFactory.getInstance().getRrdRepository(groupName);
} catch (IllegalArgumentException e) {
throw new RuntimeException("Thresholding group '" + groupName + "' does not exist.");
}
// Add RRD repository as an attribute of the interface for retrieval
// by the check() method.
//
iface.setAttribute(RRD_REPOSITORY_KEY, repository);
// Get database connection in order to retrieve the nodeid and
// ifIndex from the database for this interface.
//
java.sql.Connection dbConn = null;
final DBUtils d = new DBUtils(getClass());
try {
dbConn = DataSourceFactory.getInstance().getConnection();
d.watch(dbConn);
} catch (SQLException sqlE) {
if (log().isEnabledFor(ThreadCategory.Level.ERROR))
log().error("initialize: Failed getting connection to the database.", sqlE);
throw new UndeclaredThrowableException(sqlE);
}
// Use IP address to lookup the node id
//
// NOTE: All database calls wrapped in try/finally block so we make
// certain that the connection will be closed when we are
// finished.
//
int nodeId = -1;
final String hostAddress = InetAddressUtils.str(ipAddr);
try {
// Prepare & execute the SQL statement to get the 'nodeid',
// 'ifIndex' and 'isSnmpPrimary' fields from the ipInterface table.
//
PreparedStatement stmt = null;
try {
stmt = dbConn.prepareStatement(SQL_GET_NODEID);
d.watch(stmt);
stmt.setString(1, hostAddress); // interface address
ResultSet rs = stmt.executeQuery();
d.watch(rs);
if (rs.next()) {
nodeId = rs.getInt(1);
if (rs.wasNull()) nodeId = -1;
}
} catch (SQLException sqle) {
if (log().isDebugEnabled()) log().debug("initialize: SQL exception!!", sqle);
throw new RuntimeException(
"SQL exception while attempting to retrieve node id for interface " + hostAddress);
}
if (log().isDebugEnabled())
log()
.debug(
"initialize: db retrieval info: nodeid = " + nodeId + ", address = " + hostAddress);
if (nodeId == -1)
throw new RuntimeException("Unable to retrieve node id for interface " + hostAddress);
} finally {
d.cleanUp();
}
// Add nodeId as an attribute of the interface for retrieval
// by the check() method.
//
iface.setAttribute(NODE_ID_KEY, new Integer(nodeId));
// Retrieve the collection of Threshold objects associated with
// the defined thresholding group and build maps of
// ThresholdEntity objects keyed by datasource name. The
// datasource type of the threshold determines which
// map the threshold entity is added to.
//
// Each ThresholdEntity can wrap one high Threshold and one low
// Threshold castor-generated object for a single datasource.
// If more than one high or more than one low threshold is defined
// for a single datasource a warning messages is generated. Only
// the first threshold in such a scenario will be used for thresholding.
//
// Create empty map for storing threshold entities
Map<String, ThresholdEntity> thresholdMap = new HashMap<String, ThresholdEntity>();
try {
for (Basethresholddef thresh :
ThresholdingConfigFactory.getInstance().getThresholds(groupName)) {
// See if map entry already exists for this datasource
// If not, create a new one.
boolean newEntity = false;
ThresholdEntity thresholdEntity = null;
// All latency thresholds are per interface so confirm that
// the datasource type is set to "if"
//
if (!thresh.getDsType().equals("if") && !thresh.getDsType().equals("expr")) {
log()
.warn(
"initialize: invalid datasource type, latency thresholder only supports interface level datasources.");
continue; // continue with the next threshold...
}
try {
BaseThresholdDefConfigWrapper wrapper =
BaseThresholdDefConfigWrapper.getConfigWrapper(thresh);
// First attempt to lookup the entry in the map
thresholdEntity = thresholdMap.get(wrapper.getDatasourceExpression());
// Found entry?
if (thresholdEntity == null) {
// Nope, create a new one
newEntity = true;
thresholdEntity = new ThresholdEntity();
}
try {
thresholdEntity.addThreshold(wrapper);
} catch (IllegalStateException e) {
log()
.warn(
"Encountered duplicate "
+ thresh.getType()
+ " for datasource "
+ wrapper.getDatasourceExpression()
+ ": "
+ e,
e);
}
// Add new entity to the map
if (newEntity) {
thresholdMap.put(wrapper.getDatasourceExpression(), thresholdEntity);
}
} catch (ThresholdExpressionException e) {
log().warn("Could not parse threshold expression: " + e.getMessage(), e);
}
}
} catch (IllegalArgumentException e) {
throw new RuntimeException("Thresholding group '" + groupName + "' does not exist.");
}
// Add threshold maps as attributes for retrieval by the check() method.
//
iface.setAttribute(THRESHOLD_MAP_KEY, thresholdMap);
// Debug
//
if (log().isDebugEnabled()) {
log()
.debug(
"initialize: dumping interface thresholds defined for "
+ hostAddress
+ "/"
+ groupName
+ ":");
Iterator<ThresholdEntity> iter = thresholdMap.values().iterator();
while (iter.hasNext()) log().debug(iter.next().toString());
}
if (log().isDebugEnabled())
log().debug("initialize: initialization completed for " + hostAddress);
return;
}