use of org.opennms.features.poller.remote.gwt.client.LocationMonitorState in project opennms by OpenNMS.
the class DefaultLocationDataService method getStatusDetailsForAllLocations.
@Override
public Map<String, StatusDetails> getStatusDetailsForAllLocations() {
final Collection<OnmsMonitoringLocation> definitions = m_monitoringLocationDao.findAll();
AllMonitorStatusTracker tracker = new AllMonitorStatusTracker();
MonitorTracker monTracker = new MonitorTracker();
for (OnmsLocationSpecificStatus status : m_locationDao.getAllMostRecentStatusChanges()) {
tracker.onStatus(status);
}
for (OnmsLocationMonitor monitor : m_locationDao.findAll()) {
monTracker.onMonitor(monitor);
}
Map<String, StatusDetails> statusDetails = new LinkedHashMap<String, StatusDetails>();
for (final OnmsMonitoringLocation def : definitions) {
LocationMonitorState monitorState = new LocationMonitorState(monTracker.drain(def.getLocationName()), tracker.drain(def.getLocationName()));
final StatusDetails monitorStatus = monitorState.getStatusDetails();
statusDetails.put(def.getLocationName(), monitorStatus);
}
return statusDetails;
}
use of org.opennms.features.poller.remote.gwt.client.LocationMonitorState in project opennms by OpenNMS.
the class LocationDataServiceIT method testLocationMonitorState.
@Test
public void testLocationMonitorState() throws Exception {
m_pollerBackEnd.reportResult(m_rduMonitor1.getId(), m_localhostHttpService.getId(), getAvailable(new Date(now() - days(20) - hours(3))));
m_pollerBackEnd.reportResult(m_rduMonitor1.getId(), m_localhostHttpService.getId(), getDown(new Date(now() - days(20) - hours(2))));
m_pollerBackEnd.reportResult(m_rduMonitor1.getId(), m_localhostHttpService.getId(), getAvailable(new Date(now() - days(20) - hours(1))));
m_pollerBackEnd.reportResult(m_rduMonitor1.getId(), m_googleHttpService.getId(), getDown(new Date(now() - days(20) - hours(4))));
LocationDetails ld = m_locationDataService.getLocationDetails("RDU");
LocationMonitorState lms = ld.getLocationMonitorState();
assertEquals(Status.DOWN, lms.getStatusDetails().getStatus());
assertEquals(2, lms.getServices().size());
assertEquals(1, lms.getServicesDown().size());
assertEquals(1, lms.getMonitorsWithServicesDown().size());
assertEquals(2, lms.getMonitorsStarted());
assertEquals(0, lms.getMonitorsStopped());
assertEquals(0, lms.getMonitorsDisconnected());
}
use of org.opennms.features.poller.remote.gwt.client.LocationMonitorState in project opennms by OpenNMS.
the class DefaultLocationDataService method getStatusDetailsForLocation.
/**
* {@inheritDoc}
*/
@Transactional
@Override
public StatusDetails getStatusDetailsForLocation(final OnmsMonitoringLocation def) {
waitForGeocoding("getStatusDetails");
final DefaultLocationDataService.MonitorStatusTracker mst = new DefaultLocationDataService.MonitorStatusTracker(def.getLocationName());
final List<GWTLocationMonitor> monitors = new ArrayList<GWTLocationMonitor>();
for (OnmsLocationMonitor mon : m_locationDao.findByLocationDefinition(def)) {
monitors.add(transformLocationMonitor(mon));
}
for (OnmsLocationSpecificStatus status : m_locationDao.getMostRecentStatusChangesForLocation(def.getLocationName())) {
mst.onStatus(status);
}
LocationMonitorState monitorState = new LocationMonitorState(monitors, mst.drain());
StatusDetails statusDetails = monitorState.getStatusDetails();
LOG.debug("getStatusDetails({}) returning {}", def.getLocationName(), statusDetails);
return statusDetails;
}
use of org.opennms.features.poller.remote.gwt.client.LocationMonitorState in project opennms by OpenNMS.
the class DefaultLocationDataService method getLocationDetails.
/**
* <p>getLocationDetails</p>
*
* @param def a {@link org.opennms.netmgt.model.OnmsMonitoringLocationDefinition} object.
* @return a {@link org.opennms.features.poller.remote.gwt.client.location.LocationDetails} object.
*/
@Transactional
@Override
public LocationDetails getLocationDetails(final OnmsMonitoringLocation def) {
waitForGeocoding("getLocationDetails");
final LocationDetails ld = new LocationDetails();
final DefaultLocationDataService.MonitorStatusTracker mst = new DefaultLocationDataService.MonitorStatusTracker(def.getLocationName());
final DefaultLocationDataService.ApplicationStatusTracker ast = new DefaultLocationDataService.ApplicationStatusTracker(def.getLocationName());
final List<GWTLocationMonitor> monitors = new ArrayList<GWTLocationMonitor>();
for (OnmsLocationMonitor mon : m_locationDao.findByLocationDefinition(def)) {
monitors.add(transformLocationMonitor(mon));
}
final Set<ApplicationInfo> applications = new HashSet<ApplicationInfo>();
for (final OnmsApplication application : m_applicationDao.findAll()) {
applications.add(transformApplication(m_monitoredServiceDao.findByApplication(application), application));
}
// for (final OnmsMonitoredService service : m_monitoredServiceDao.findAll()) {
// for (final OnmsApplication app : service.getApplications()) {
// final String appName = app.getName();
// Set<OnmsMonitoredService> serv = services.get(appName);
// if (serv == null) {
// serv = new HashSet<OnmsMonitoredService>();
// services.put(appName, serv);
// }
// serv.add(service);
// }
// }
final Date to = new Date();
final Date from = new Date(to.getTime() - AVAILABILITY_MS);
for (OnmsLocationSpecificStatus status : m_locationDao.getMostRecentStatusChangesForLocation(def.getLocationName())) {
mst.onStatus(status);
ast.onStatus(status);
}
ld.setLocationMonitorState(new LocationMonitorState(monitors, mst.drain()));
ld.setApplicationState(new ApplicationState(from, to, applications, monitors, ast.drainStatuses()));
LOG.debug("getLocationDetails({}) returning {}", def.getLocationName(), ld);
return ld;
}
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