Examples with Status cern.laser.business.data.Status used on opensource projects

Example 1 with Status

use of cern.laser.business.data.Status in project ACS by ACS-Community.

the class CategoryClient method convertAlarmType.

/**
	 * Convert a CORBA alarm into a client alarm.
	 * 
	 * @param alarm The CORBA alarm
	 * @return the client alarm
	 */
private Alarm convertAlarmType(alma.alarmsystem.Alarm alarm) {
    Source source = new Source();
    Building building = new Building(alarm.alarmLocation.buildingNb, alarm.alarmLocation.site, alarm.alarmLocation.zone, alarm.alarmLocation.map);
    Location location = new Location(alarm.alarmLocation.locationId, alarm.alarmLocation.floor, alarm.alarmLocation.mnemonic, alarm.alarmLocation.position, alarm.alarmLocation.room);
    location.setBuilding(building);
    ResponsiblePerson responsiblePerson = new ResponsiblePerson(alarm.alarmResponsiblePerson.responsibleId, alarm.alarmResponsiblePerson.familyName, alarm.alarmResponsiblePerson.firstName, alarm.alarmResponsiblePerson.eMail, alarm.alarmResponsiblePerson.gsmNumber, alarm.alarmResponsiblePerson.phoneNumber);
    Properties userProperties = new Properties();
    for (org.omg.CosPropertyService.Property prop : alarm.alarmStatus.userProperties) {
        userProperties.put(prop.property_name, prop.property_value);
    }
    Status status = new StatusImpl(Boolean.valueOf(alarm.alarmStatus.active), Boolean.valueOf(alarm.alarmStatus.masked), Boolean.valueOf(alarm.alarmStatus.reduced), Boolean.FALSE, Boolean.FALSE, alarm.alarmStatus.sourceHostname, new Timestamp(alarm.alarmStatus.sourceTimestamp.miliseconds), new Timestamp(alarm.alarmStatus.userTimestamp.miliseconds), new Timestamp(alarm.alarmStatus.systemTimestamp.miliseconds), userProperties);
    Triplet triplet = new Triplet(alarm.alarmTriplet.faultFamily, alarm.alarmTriplet.faultMember, alarm.alarmTriplet.faultCode);
    Set<cern.laser.business.data.Category> categories = new HashSet<cern.laser.business.data.Category>();
    for (Category cat : alarm.categories) {
        CategoryImpl catImpl = new CategoryImpl(cat.categoryId, cat.name, cat.description, cat.path, cat.leaf);
        categories.add(catImpl);
    }
    cern.laser.business.data.Alarm businessAlarm = new AlarmImpl(alarm.alarmId, alarm.systemName, alarm.identifier, alarm.problemDescription, Integer.valueOf(alarm.priority), alarm.cause, alarm.action, alarm.consequence, alarm.piquetGSM, alarm.piquetEmail, alarm.helpURL, Boolean.valueOf(alarm.instant), source, location, responsiblePerson, categories, status, triplet, alarm.nodeParent, alarm.multiplicityParent, alarm.nodeChild, alarm.multiplicityChild);
    Alarm ret = new cern.laser.client.impl.data.AlarmImpl(businessAlarm);
    return ret;
}

Example 2 with Status

use of cern.laser.business.data.Status in project ACS by ACS-Community.

the class AlarmMessageProcessorImpl method processChange.

public void processChange(FaultState faultState, String sourceName, String sourceHostname, Timestamp sourceTimestamp) throws Exception {
    alarmCache.acquire();
    try {
        logger.log(AcsLogLevel.DEBUG, "processing fault state: " + faultState.getFamily() + ":" + faultState.getMember() + ":" + faultState.getCode() + ", Descriptor=" + faultState.getDescriptor() + "\n");
        Timestamp system_timestamp = new Timestamp(System.currentTimeMillis());
        Alarm alarm = alarmCache.getCopy(Triplet.toIdentifier(faultState.getFamily(), faultState.getMember(), Integer.valueOf(faultState.getCode())));
        // process the change
        String defined_source_name = alarm.getSource().getName();
        if (!defined_source_name.equals(sourceName)) {
            logger.log(AcsLogLevel.ERROR, "source name mismatch : received " + sourceName + ", should be " + defined_source_name + ".\nFault State was discarded :\n" + faultState);
        } else {
            Status current_status = alarm.getStatus();
            boolean ordered = true;
            // check if fault state changes were received in the right order
            if ((current_status.getUserTimestamp() != null) && (faultState.getUserTimestamp() != null)) {
                if (faultState.getUserTimestamp().before(current_status.getUserTimestamp())) {
                    logger.log(AcsLogLevel.ERROR, "user timestamp not ordered : received " + faultState.getUserTimestamp() + ", was " + current_status.getUserTimestamp() + ".\nFault State was discarded :\n" + faultState);
                    ordered = false;
                }
            } else {
                if (sourceTimestamp.before(current_status.getSourceTimestamp())) {
                    logger.log(AcsLogLevel.ERROR, "source timestamp not ordered : received " + sourceTimestamp + ", was " + current_status.getSourceTimestamp() + ".\nFault State was discarded :\n" + faultState);
                    ordered = false;
                }
            }
            if (ordered) {
                //        StatusImpl new_status = null;
                //        StatusImpl alarm_status = alarm.getStatus();
                boolean notify_reduction_relatives = false;
                boolean alarm_updated = false;
                if (alarm.getInstant().booleanValue()) {
                    if (faultState.getDescriptor().equalsIgnoreCase(FaultState.INSTANT)) {
                        // process INSTANT fault state
                        updateStatus(faultState, current_status, Boolean.TRUE, sourceHostname, sourceTimestamp, system_timestamp);
                        alarm_updated = true;
                    //            new_status = new StatusImpl(Boolean.TRUE, current_status.getMasked(), current_status.getReduced(), new
                    // Boolean(
                    //                faultState.getActivatedByBackup()), new Boolean(faultState.getTerminatedByBackup()), sourceHostname,
                    //                sourceTimestamp, faultState.getUserTimestamp(), system_timestamp, faultState.getUserProperties());
                    } else {
                        logger.log(AcsLogLevel.ERROR, "invalid fault descriptor : received " + faultState.getDescriptor() + "  while expecting " + FaultState.INSTANT + ".\nFault State was discarded :\n" + faultState);
                    }
                } else {
                    if (faultState.getDescriptor().equalsIgnoreCase(FaultState.ACTIVE)) {
                        // process ACTIVE fault state
                        if (alarm.getStatus().getActive().equals(Boolean.FALSE)) {
                            updateStatus(faultState, current_status, Boolean.TRUE, sourceHostname, sourceTimestamp, system_timestamp);
                            //              new_status = new StatusImpl(Boolean.TRUE, current_status.getMasked(), current_status.getReduced(),
                            //                  new Boolean(faultState.getActivatedByBackup()), new Boolean(faultState.getTerminatedByBackup()),
                            //                  sourceHostname, sourceTimestamp, faultState.getUserTimestamp(), system_timestamp, faultState
                            //                      .getUserProperties());
                            notify_reduction_relatives = true;
                            alarm_updated = true;
                        } else {
                            logger.log(AcsLogLevel.WARNING, "Alarm already active: Fault State " + alarm.getAlarmId() + " discarded");
                        }
                    } else if (faultState.getDescriptor().equalsIgnoreCase(FaultState.TERMINATE)) {
                        // process TERMINATE fault state
                        if (alarm.getStatus().getActive().equals(Boolean.TRUE)) {
                            updateStatus(faultState, current_status, Boolean.FALSE, sourceHostname, sourceTimestamp, system_timestamp);
                            //              new_status = new StatusImpl(Boolean.FALSE, current_status.getMasked(), current_status.getReduced(),
                            //                  new Boolean(faultState.getActivatedByBackup()), new Boolean(faultState.getTerminatedByBackup()),
                            //                  sourceHostname, sourceTimestamp, faultState.getUserTimestamp(), system_timestamp, faultState
                            //                      .getUserProperties());
                            notify_reduction_relatives = true;
                            alarm_updated = true;
                        } else {
                            logger.log(AcsLogLevel.WARNING, "Alarm already terminated: Fault State " + alarm.getAlarmId() + " discarded");
                        }
                    } else if (faultState.getDescriptor().equalsIgnoreCase(FaultState.CHANGE)) {
                        // process CHANGE fault state
                        if (alarm.getStatus().getActive().equals(Boolean.FALSE)) {
                            logger.log(AcsLogLevel.ERROR, "changed alarm was terminated : " + alarm.getAlarmId());
                            notify_reduction_relatives = true;
                        } else {
                            updateStatus(faultState, current_status, Boolean.TRUE, sourceHostname, sourceTimestamp, system_timestamp);
                            //            new_status = new StatusImpl(Boolean.TRUE, current_status.getMasked(), current_status.getReduced(), new
                            // Boolean(
                            //                faultState.getActivatedByBackup()), new Boolean(faultState.getTerminatedByBackup()), sourceHostname,
                            //                sourceTimestamp, faultState.getUserTimestamp(), system_timestamp, faultState.getUserProperties());
                            alarm_updated = true;
                        }
                    } else {
                        logger.log(AcsLogLevel.ERROR, "invalid fault descriptor : received " + faultState.getDescriptor() + "  while expecting " + FaultState.ACTIVE + "|" + FaultState.TERMINATE + "|" + FaultState.CHANGE + ".\nFault State was discarded :\n" + faultState);
                    }
                }
                //        if (new_status != null) {
                if (alarm_updated) {
                    //          alarm.setStatus(new_status);
                    logger.log(AcsLogLevel.DEBUG, "applying change...");
                    if (alarm.getSource() != null && sourceHostname != null) {
                        alarm.getSource().setHostName(sourceHostname.toLowerCase());
                    }
                    alarmCache.put(alarm);
                    if (notify_reduction_relatives) {
                        notifyReductionRelatives(alarm);
                    }
                }
            }
        }
    } finally {
        alarmCache.release();
        logger.log(AcsLogLevel.DEBUG, "processed fault state:" + faultState.getFamily() + ":" + faultState.getMember() + ":" + faultState.getCode() + ", Descriptor=" + faultState.getDescriptor() + "\n");
    }
}

Example 3 with Status

use of cern.laser.business.data.Status in project ACS by ACS-Community.

the class AlarmCacheServerImpl method store.

public void store(Collection updated) {
    try {
        logger.log(AcsLogLevel.DELOUSE, "storing " + updated.size() + " alarm(s)...");
        Iterator iterator = updated.iterator();
        while (iterator.hasNext()) {
            Alarm alarm = (Alarm) iterator.next();
            Status status = alarm.getStatus();
            //        if (status.getStatusId() == null || status.getStatusId().equals("")) {
            //          if (LOGGER.isDebugEnabled()) LOGGER.debug("saving status ...");
            //          status.setStatusId(alarm.getAlarmId());
            //          alarmDAO.saveStatus(status);
            //        } else {
            //          if (LOGGER.isDebugEnabled()) LOGGER.debug("updating status ...");
            alarmDAO.updateStatus(status);
        //        }
        }
        logger.log(AcsLogLevel.DELOUSE, "stored");
    } catch (Exception e) {
        throw new LaserRuntimeException("unable to store alarm(s)", e);
    }
}

Example 4 with Status

use of cern.laser.business.data.Status in project ACS by ACS-Community.

the class AlarmPublisherImpl method publish.

public void publish(AlarmChange alarmChange) {
    if (alarmChange == null) {
        logger.log(AcsLogLevel.WARNING, "alarm change is null");
        return;
    }
    try {
        logger.log(AcsLogLevel.DEBUG, "publishing alarm change for " + alarmChange.getCurrent().getAlarmId() + ", active= " + alarmChange.getCurrent().getStatus().getActive());
        Alarm alarm = alarmChange.getCurrent();
        Alarm previous = alarmChange.getPrevious();
        Iterator iterator = alarm.getCategories().iterator();
        while (iterator.hasNext()) {
            Category category = (Category) iterator.next();
            String destination = categoryRootTopic + "." + category.getPath();
            Topic topic = getTopicSession().createTopic(destination);
            //ObjectMessage message = getTopicSession().createObjectMessage((AlarmImpl) alarm);
            TextMessage message = getTopicSession().createTextMessage();
            setMessageProperties(message, alarm);
            Status previous_alarm_status = previous.getStatus();
            Status current_alarm_status = alarm.getStatus();
            message.setObjectProperty("REDUCED_MASKED_SET", Boolean.FALSE);
            /**
         * change belongs to the reduced set if and only if the transition is from whatever to (ACTIVE, NOT REDUCED, NOT
         * MASKED) or from (ACTIVE, NOT REDUCED, NOT MASKED) to whatever else or if there was not a transition but a
         * change of something NOT REDUCED and NOT MASKED
         */
            if (current_alarm_status.getActive().booleanValue() && !(current_alarm_status.getMasked().booleanValue() || current_alarm_status.getReduced().booleanValue())) {
                // transition to (ACTIVE, NOT REDUCED, NOT MASKED) or change of
                // something NOT REDUCED and NOT MASKED
                message.setObjectProperty("REDUCED_MASKED_SET", Boolean.TRUE);
            } else {
                // else
                if (previous_alarm_status.getActive().booleanValue() && !(previous_alarm_status.getMasked().booleanValue() || previous_alarm_status.getReduced().booleanValue())) {
                    message.setObjectProperty("REDUCED_MASKED_SET", Boolean.TRUE);
                }
            }
            message.setObjectProperty("NOT_REDUCED_MASKED_SET", Boolean.FALSE);
            /**
         * change belongs to the not reduced set if an only if the transition was from ACTIVE to NOT ACTIVE or from NOT
         * ACTIVE to ACTIVE or if it was not triggered by reduction or mask flags
         */
            if (current_alarm_status.getActive().booleanValue() != previous_alarm_status.getActive().booleanValue()) {
                // transition from ACTIVE to NOT ACTIVE or from NOT ACTIVE to ACTIVE
                message.setObjectProperty("NOT_REDUCED_MASKED_SET", Boolean.TRUE);
            } else if (current_alarm_status.getActive().booleanValue() && (current_alarm_status.getMasked().booleanValue() == previous_alarm_status.getMasked().booleanValue()) && (current_alarm_status.getReduced().booleanValue() == previous_alarm_status.getReduced().booleanValue())) {
                // change not triggered by reduction or mask flags
                message.setObjectProperty("NOT_REDUCED_MASKED_SET", Boolean.TRUE);
            }
            // I insert the xml representation of this object
            // in the text field of the message
            String xml = AlarmMessageConversion.getXML((AlarmImpl) alarm);
            message.setText(xml);
            getTopicPublisher().publish(topic, message);
            logger.log(AcsLogLevel.DEBUG, "change published on : " + destination);
        }
    } catch (Exception e) {
        logger.log(AcsLogLevel.ERROR, "unable to publish", e);
        close();
    }
}