use of cern.laser.business.data.Location 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;
}
use of cern.laser.business.data.Location in project ACS by ACS-Community.
the class ACSAlarmDAOImpl method generateAlarmsMap.
/**
* Generate the alarms from the definition of the fault families.
* The alarms will be added into the HashMap with their triplet as key.
* The default item has FM="*".
*
* The sources read from the families are also added to the HashMap of the sources
*
* @param families The FF read from the CDB
*/
public void generateAlarmsMap(Vector<FaultFamily> families) {
if (families == null) {
throw new IllegalArgumentException("Invalid null vector of FFs");
}
for (FaultFamily family : families) {
String FF = family.getName();
String helpUrl = family.getHelpUrl();
String source = family.getAlarmSource();
Contact contactPerson = family.getContact();
FaultMember[] FMs = family.getFaultMember();
FaultMemberDefault defaultFM = family.getFaultMemberDefault();
FaultCode[] FCs = family.getFaultCode();
// There should be at least one FC in the CDB
if (FCs == null || FCs.length == 0) {
logger.log(AcsLogLevel.WARNING, "No FC defined for family " + family.getName());
continue;
}
// There should be at least one FM or a default FM defined in the CDB
if (defaultFM == null && (FMs == null || FMs.length == 0)) {
logger.log(AcsLogLevel.WARNING, "No FM defined for family " + family.getName());
continue;
}
// Iterate over the FCs
for (FaultCode code : FCs) {
int FC = code.getValue();
int priority = code.getPriority();
String action = code.getAction();
String cause = code.getCause();
String consequence = code.getConsequence();
String problemDesc = code.getProblemDescription();
boolean instant = code.getInstant();
// Iterate over all the FMs
for (FaultMember member : FMs) {
alma.acs.alarmsystem.generated.Location loc = member.getLocation();
if (loc == null) {
loc = new alma.acs.alarmsystem.generated.Location();
}
if (loc.getBuilding() == null) {
loc.setBuilding("");
}
if (loc.getFloor() == null) {
loc.setFloor("");
}
if (loc.getMnemonic() == null) {
loc.setMnemonic("");
}
if (loc.getPosition() == null) {
loc.setPosition("");
}
if (loc.getRoom() == null) {
loc.setRoom("");
}
String FM = member.getName();
if (FM.equals(DEFAULT_FM)) {
logger.log(AcsLogLevel.ERROR, "In the CDB, FM=" + DEFAULT_FM + " in family " + FF + " is not allowed");
}
AlarmImpl alarm = new AlarmImpl();
alarm.setMultiplicityChildrenIds(new HashSet());
alarm.setMultiplicityParentIds(new HashSet());
alarm.setNodeChildrenIds(new HashSet());
alarm.setNodeParentIds(new HashSet());
alarm.setAction(action);
alarm.setTriplet(new Triplet(FF, FM, FC));
alarm.setCategories(new HashSet<Category>());
alarm.setCause(cause);
alarm.setConsequence(consequence);
alarm.setProblemDescription(problemDesc);
try {
alarm.setHelpURL(new URL(helpUrl));
} catch (MalformedURLException e) {
alarm.setHelpURL(null);
}
alarm.setInstant(instant);
Location location = new Location("0", loc.getFloor(), loc.getMnemonic(), loc.getPosition(), loc.getRoom());
alarm.setLocation(location);
if (contactPerson.getEmail() != null) {
alarm.setPiquetEmail(contactPerson.getEmail());
} else {
alarm.setPiquetEmail("");
}
if (contactPerson.getGsm() != null) {
alarm.setPiquetGSM(contactPerson.getGsm());
} else {
alarm.setPiquetGSM("");
}
alarm.setPriority(priority);
ResponsiblePerson responsible = new ResponsiblePerson(0, contactPerson.getName(), "", contactPerson.getEmail(), contactPerson.getGsm(), "");
alarm.setResponsiblePerson(responsible);
SourceDefinition srcDef = new SourceDefinition(source, "SOURCE", "", 15, 1);
Source src = new Source(srcDef, responsible);
alarm.setSource(src);
alarm.setIdentifier(alarm.getTriplet().toIdentifier());
alarmDefs.put(alarm.getAlarmId(), alarm);
if (!srcDefs.containsKey(source)) {
srcDefs.put(src.getSourceId(), src);
logger.log(AcsLogLevel.DEBUG, "Source " + src.getName() + " (id=" + src.getSourceId() + ") added");
}
logger.log(AcsLogLevel.DEBUG, "Alarm added " + alarm.getAlarmId());
}
// Add the default
if (defaultFM != null) {
alma.acs.alarmsystem.generated.Location loc = defaultFM.getLocation();
if (loc == null) {
loc = new alma.acs.alarmsystem.generated.Location();
}
if (loc.getBuilding() == null) {
loc.setBuilding("");
}
if (loc.getFloor() == null) {
loc.setFloor("");
}
if (loc.getMnemonic() == null) {
loc.setMnemonic("");
}
if (loc.getPosition() == null) {
loc.setPosition("");
}
if (loc.getRoom() == null) {
loc.setRoom("");
}
AlarmImpl defaultAlarm = new AlarmImpl();
defaultAlarm.setMultiplicityChildrenIds(new HashSet());
defaultAlarm.setMultiplicityParentIds(new HashSet());
defaultAlarm.setNodeChildrenIds(new HashSet());
defaultAlarm.setNodeParentIds(new HashSet());
defaultAlarm.setAction(action);
defaultAlarm.setCategories(new HashSet<Category>());
defaultAlarm.setCause(cause);
defaultAlarm.setConsequence(consequence);
defaultAlarm.setProblemDescription(problemDesc);
try {
defaultAlarm.setHelpURL(new URL(helpUrl));
} catch (MalformedURLException e) {
defaultAlarm.setHelpURL(null);
}
defaultAlarm.setInstant(instant);
Location location = new Location("0", loc.getFloor(), loc.getMnemonic(), loc.getPosition(), loc.getRoom());
defaultAlarm.setLocation(location);
defaultAlarm.setPiquetEmail(contactPerson.getEmail());
defaultAlarm.setPiquetGSM(contactPerson.getGsm());
defaultAlarm.setPriority(priority);
ResponsiblePerson responsible = new ResponsiblePerson(0, contactPerson.getName(), "", contactPerson.getEmail(), contactPerson.getGsm(), "");
defaultAlarm.setResponsiblePerson(responsible);
SourceDefinition srcDef = new SourceDefinition(source, "SOURCE", "", 15, 1);
Source src = new Source(srcDef, responsible);
defaultAlarm.setSource(src);
defaultAlarm.setIdentifier(defaultAlarm.getTriplet().toIdentifier());
Triplet triplet = new Triplet(FF, DEFAULT_FM, FC);
defaultAlarm.setTriplet(triplet);
defaultAlarm.setIdentifier(triplet.toIdentifier());
alarmDefs.put(defaultAlarm.getAlarmId(), defaultAlarm);
if (!srcDefs.containsKey(source)) {
srcDefs.put(src.getSourceId(), src);
logger.log(AcsLogLevel.DEBUG, "Source " + src.getName() + " (id=" + src.getSourceId() + ") added");
}
logger.log(AcsLogLevel.DEBUG, "Default alarm added " + defaultAlarm.getAlarmId());
}
}
}
}
use of cern.laser.business.data.Location in project ACS by ACS-Community.
the class ACSAlarmDAOImpl method generateAlarmsMap.
/**
* Generate the alarms from the definition of the fault families.
* The alarms will be added into the HashMap with their triplet as key.
* The default item has FM="*".
*
* The sources read from the families are also added to the HashMap of the sources
*
* @param families The FF read from the CDB
*/
private void generateAlarmsMap(Vector<FaultFamily> families) {
if (families == null) {
throw new IllegalArgumentException("Invalid null vector of FFs");
}
for (FaultFamily family : families) {
String FF = family.getName();
String helpUrl = family.getHelpUrl();
String source = family.getAlarmSource();
Contact contactPerson = family.getContact();
FaultMember[] FMs = family.getFaultMember();
FaultMemberDefault defaultFM = family.getFaultMemberDefault();
FaultCode[] FCs = family.getFaultCode();
// There should be at least one FC in the CDB
if (FCs == null || FCs.length == 0) {
logger.log(AcsLogLevel.WARNING, "No FC defined for family " + family.getName());
continue;
}
// There should be at least one FM or a default FM defined in the CDB
if (defaultFM == null && (FMs == null || FMs.length == 0)) {
logger.log(AcsLogLevel.WARNING, "No FM defined for family " + family.getName());
continue;
}
// Iterate over the FCs
for (FaultCode code : FCs) {
int FC = code.getValue();
int priority = code.getPriority();
String action = code.getAction();
String cause = code.getCause();
String consequence = code.getConsequence();
String problemDesc = code.getProblemDescription();
boolean instant = code.getInstant();
// Iterate over all the FMs
for (FaultMember member : FMs) {
alma.acs.alarmsystem.generated.Location loc = member.getLocation();
if (loc == null) {
loc = new alma.acs.alarmsystem.generated.Location();
}
if (loc.getBuilding() == null) {
loc.setBuilding("");
}
if (loc.getFloor() == null) {
loc.setFloor("");
}
if (loc.getMnemonic() == null) {
loc.setMnemonic("");
}
if (loc.getPosition() == null) {
loc.setPosition("");
}
if (loc.getRoom() == null) {
loc.setRoom("");
}
String FM = member.getName();
if (FM.equals(DEFAULT_FM)) {
logger.log(AcsLogLevel.ERROR, "In the CDB, FM=" + DEFAULT_FM + " in family " + FF + " is not allowed");
}
AlarmImpl alarm = new AlarmImpl();
alarm.setMultiplicityChildrenIds(new HashSet());
alarm.setMultiplicityParentIds(new HashSet());
alarm.setNodeChildrenIds(new HashSet());
alarm.setNodeParentIds(new HashSet());
alarm.setAction(action);
alarm.setTriplet(new Triplet(FF, FM, FC));
alarm.setCategories(new HashSet<Category>());
alarm.setCause(cause);
alarm.setConsequence(consequence);
alarm.setProblemDescription(problemDesc);
try {
alarm.setHelpURL(new URL(helpUrl));
} catch (MalformedURLException e) {
alarm.setHelpURL(null);
}
alarm.setInstant(instant);
Location location = new Location("0", loc.getFloor(), loc.getMnemonic(), loc.getPosition(), loc.getRoom());
alarm.setLocation(location);
if (contactPerson.getEmail() != null) {
alarm.setPiquetEmail(contactPerson.getEmail());
} else {
alarm.setPiquetEmail("");
}
if (contactPerson.getGsm() != null) {
alarm.setPiquetGSM(contactPerson.getGsm());
} else {
alarm.setPiquetGSM("");
}
alarm.setPriority(priority);
ResponsiblePerson responsible = new ResponsiblePerson(0, contactPerson.getName(), "", contactPerson.getEmail(), contactPerson.getGsm(), "");
alarm.setResponsiblePerson(responsible);
SourceDefinition srcDef = new SourceDefinition(source, "SOURCE", "", 15, 1);
Source src = new Source(srcDef, responsible);
alarm.setSource(src);
alarm.setIdentifier(alarm.getTriplet().toIdentifier());
addAlarmToCache(alarm);
if (!srcDefs.containsKey(source)) {
srcDefs.put(src.getSourceId(), src);
logger.log(AcsLogLevel.DEBUG, "Source " + src.getName() + " (id=" + src.getSourceId() + ") added");
}
logger.log(AcsLogLevel.DEBUG, "Alarm added " + alarm.getAlarmId());
}
// Add the default
if (defaultFM != null) {
alma.acs.alarmsystem.generated.Location loc = defaultFM.getLocation();
if (loc == null) {
loc = new alma.acs.alarmsystem.generated.Location();
}
if (loc.getBuilding() == null) {
loc.setBuilding("");
}
if (loc.getFloor() == null) {
loc.setFloor("");
}
if (loc.getMnemonic() == null) {
loc.setMnemonic("");
}
if (loc.getPosition() == null) {
loc.setPosition("");
}
if (loc.getRoom() == null) {
loc.setRoom("");
}
AlarmImpl defaultAlarm = new AlarmImpl();
defaultAlarm.setMultiplicityChildrenIds(new HashSet());
defaultAlarm.setMultiplicityParentIds(new HashSet());
defaultAlarm.setNodeChildrenIds(new HashSet());
defaultAlarm.setNodeParentIds(new HashSet());
defaultAlarm.setAction(action);
defaultAlarm.setCategories(new HashSet<Category>());
defaultAlarm.setCause(cause);
defaultAlarm.setConsequence(consequence);
defaultAlarm.setProblemDescription(problemDesc);
try {
defaultAlarm.setHelpURL(new URL(helpUrl));
} catch (MalformedURLException e) {
defaultAlarm.setHelpURL(null);
}
defaultAlarm.setInstant(instant);
Location location = new Location("0", loc.getFloor(), loc.getMnemonic(), loc.getPosition(), loc.getRoom());
defaultAlarm.setLocation(location);
defaultAlarm.setPiquetEmail(contactPerson.getEmail());
defaultAlarm.setPiquetGSM(contactPerson.getGsm());
defaultAlarm.setPriority(priority);
ResponsiblePerson responsible = new ResponsiblePerson(0, contactPerson.getName(), "", contactPerson.getEmail(), contactPerson.getGsm(), "");
defaultAlarm.setResponsiblePerson(responsible);
SourceDefinition srcDef = new SourceDefinition(source, "SOURCE", "", 15, 1);
Source src = new Source(srcDef, responsible);
defaultAlarm.setSource(src);
defaultAlarm.setIdentifier(defaultAlarm.getTriplet().toIdentifier());
Triplet triplet = new Triplet(FF, DEFAULT_FM, FC);
defaultAlarm.setTriplet(triplet);
defaultAlarm.setIdentifier(triplet.toIdentifier());
addAlarmToCache(defaultAlarm);
if (!srcDefs.containsKey(source)) {
srcDefs.put(src.getSourceId(), src);
logger.log(AcsLogLevel.DEBUG, "Source " + src.getName() + " (id=" + src.getSourceId() + ") added");
}
logger.log(AcsLogLevel.DEBUG, "Default alarm added " + defaultAlarm.getAlarmId());
}
}
}
}
use of cern.laser.business.data.Location in project ACS by ACS-Community.
the class AlarmMessageConversion method getAlarm.
public static synchronized AlarmImpl getAlarm(String xml) throws ValidationException, MarshalException, ParseException {
if (xml == null) {
throw new IllegalArgumentException();
}
StringReader strReader = new StringReader(xml);
ACSAlarmMessage alarm = ACSAlarmMessage.unmarshalACSAlarmMessage(strReader);
// Primitive field
String alarmId = alarm.getAlarmId();
String systemName = alarm.getSystemName();
String identifier = alarm.getIdent();
String problemDescription = alarm.getProblemDescription();
Integer priority = new Integer(alarm.getPriority());
String cause = alarm.getCause();
String action = alarm.getAction();
String consequence = alarm.getConsequence();
String piquetGSM = alarm.getPiquetGSM();
String piquetEmail = alarm.getPiquetEmail();
String helpURLString = alarm.getHelpURLString();
Boolean instant = new Boolean(alarm.getInstant());
boolean nodeParent = alarm.getNodeParent();
boolean multiplicityParent = alarm.getMultiplicityParent();
boolean nodeChild = alarm.getNodeChild();
boolean multiplicityChild = alarm.getMultiplicityChild();
// The Triplet
Triplet triplet = new Triplet(alarm.getTriplet().getFaultFamily(), alarm.getTriplet().getFaultMember(), new Integer(alarm.getTriplet().getFaultCode()));
// The Building
Building building;
if (alarm.getLocation() != null) {
if (alarm.getLocation().getBuilding() != null) {
building = new Building(alarm.getLocation().getBuilding().getBuildingNumber(), alarm.getLocation().getBuilding().getSite(), new Integer(alarm.getLocation().getBuilding().getZone()), alarm.getLocation().getBuilding().getMap());
} else {
building = new Building("N/A", ",N/A", 0, "N/A");
}
} else {
building = new Building("N/A", ",N/A", 0, "N/A");
}
// The Location
Location location;
if (alarm.getLocation() != null) {
location = new Location(alarm.getLocation().getLocationId(), alarm.getLocation().getFloor(), alarm.getLocation().getMnemonic(), alarm.getLocation().getPosition(), alarm.getLocation().getRoom());
} else {
location = new Location("N/A", "N/A", "N/A", "N/A", "N/A");
}
location.setBuilding(building);
// The ResponsiblePerson
ResponsiblePerson responsiblePerson = null;
if (alarm.getResponsiblePerson() != null) {
responsiblePerson = new ResponsiblePerson(new Integer(alarm.getResponsiblePerson().getResponsibleId()), alarm.getResponsiblePerson().getFirstName(), alarm.getResponsiblePerson().getFamilyName(), alarm.getResponsiblePerson().getEMail(), alarm.getResponsiblePerson().getGsmNumber(), alarm.getResponsiblePerson().getPhoneNumber());
}
// The Source
Source source = new Source();
source.setSourceId(alarm.getSource().getSourceId());
source.setDescription(alarm.getSource().getDescription());
source.setConnectionTimeout(new Integer(alarm.getSource().getConnectionTimeout()));
source.setSurveillanceAlarmId(alarm.getSource().getSurveillanceAlarmId());
source.setHostName(alarm.getSource().getHostName());
ResponsiblePerson responsiblePersonSrc = new ResponsiblePerson(new Integer(alarm.getSource().getResponsiblePerson().getResponsibleId()), alarm.getSource().getResponsiblePerson().getFirstName(), alarm.getSource().getResponsiblePerson().getFamilyName(), alarm.getSource().getResponsiblePerson().getEMail(), alarm.getSource().getResponsiblePerson().getGsmNumber(), alarm.getSource().getResponsiblePerson().getPhoneNumber());
source.setResponsiblePerson(responsiblePersonSrc);
HashSet set = new HashSet();
for (int pos = 0; pos < alarm.getSource().getAlarmIds().length; pos++) {
set.add(alarm.getSource().getAlarmIds()[pos]);
}
source.setAlarmIds(set);
Timestamp lastContact = null;
if (alarm.getSource().getSourceStatus().getLastContact() != null) {
Date date = IsoDateFormat.parseIsoTimestamp(alarm.getSource().getSourceStatus().getLastContact());
lastContact = new Timestamp(date.getTime());
}
SourceStatus sourceStatus = new SourceStatus(new Boolean(alarm.getSource().getSourceStatus().getConnected()), new Boolean(alarm.getSource().getSourceStatus().getEnabled()), lastContact);
source.setStatus(sourceStatus);
// The Status
Timestamp sourceTimestamp = new Timestamp(IsoDateFormat.parseIsoTimestamp(alarm.getStatus().getSourceTimestamp()).getTime());
Timestamp userTimestamp = new Timestamp(IsoDateFormat.parseIsoTimestamp(alarm.getStatus().getUserTimestamp()).getTime());
Timestamp systemTimestamp = new Timestamp(IsoDateFormat.parseIsoTimestamp(alarm.getStatus().getSystemTimestamp()).getTime());
// The properties
ACSProperty[] props = alarm.getStatus().getPersistentUserProperties();
Properties properties = new Properties();
for (int pos = 0; pos < props.length; pos++) {
properties.put(props[pos].getKey(), props[pos].getValue());
}
StatusImpl status = new StatusImpl(new Boolean(alarm.getStatus().getActive()), new Boolean(alarm.getStatus().getMasked()), new Boolean(alarm.getStatus().getReduced()), new Boolean(alarm.getStatus().getActivatedByBackup()), new Boolean(alarm.getStatus().getTerminatedByBackup()), alarm.getStatus().getSourceHostname(), sourceTimestamp, userTimestamp, systemTimestamp, properties);
// The Categories
HashSet categories = new HashSet();
for (int pos = 0; pos < alarm.getCategoriesCount(); pos++) {
ACSCategory cat = alarm.getCategories(pos);
CategoryImpl catImpl = new CategoryImpl(new Integer(cat.getCategoryId()), cat.getName(), cat.getDescription(), cat.getPath(), cat.getIsLeaf());
catImpl.setParentId(new Integer(cat.getParentId()));
HashSet alarmIds = new HashSet();
if (cat.getAlarmIdsCount() > 0) {
for (pos = 0; pos < cat.getAlarmIdsCount(); pos++) {
alarmIds.add(cat.getAlarmIds(pos));
}
catImpl.setAlarmIds(alarmIds);
}
HashSet childrenIds = new HashSet();
if (cat.getChildrenIdsCount() > 0) {
for (pos = 0; pos < cat.getChildrenIdsCount(); pos++) {
childrenIds.add(cat.getChildrenIds(pos));
}
catImpl.setChildrenIds(childrenIds);
}
categories.add(catImpl);
}
// MutiplicityChildIds (added later to alarmImpl)
HashSet MultiplicityChildIds = new HashSet();
if (alarm.getMultiplicityChildrenIdsCount() > 0) {
for (int pos = 0; pos < alarm.getMultiplicityChildrenIdsCount(); pos++) {
MultiplicityChildIds.add(alarm.getMultiplicityChildrenIds(pos));
}
}
// MutiplicityParentIds (added later to alarmImpl)
HashSet MultiplicityParentIds = new HashSet();
if (alarm.getMultiplicityParentIdsCount() > 0) {
for (int pos = 0; pos < alarm.getMultiplicityParentIdsCount(); pos++) {
MultiplicityParentIds.add(alarm.getMultiplicityParentIds(pos));
}
}
// NodeChildIds (added later to alarmImpl)
HashSet NodeChildIds = new HashSet();
if (alarm.getNodeChildrenIdsCount() > 0) {
for (int pos = 0; pos < alarm.getNodeChildrenIdsCount(); pos++) {
NodeChildIds.add(alarm.getNodeChildrenIds(pos));
}
}
// NodeParentIds (added later to alarmImpl)
HashSet NodeParentIds = new HashSet();
if (alarm.getNodeParentIdsCount() > 0) {
for (int pos = 0; pos < alarm.getNodeParentIdsCount(); pos++) {
NodeParentIds.add(alarm.getNodeParentIds(pos));
}
}
// The multiplicity threshold (added later to alarmImpl)
int multiplityThreshold = alarm.getMultiplicityThreshold();
AlarmImpl alarmImpl = new AlarmImpl(alarmId, systemName, identifier, problemDescription, priority, cause, action, consequence, piquetGSM, piquetEmail, helpURLString, instant, source, location, responsiblePerson, categories, status, triplet, nodeParent, multiplicityParent, nodeChild, multiplicityChild);
alarmImpl.setNodeParentIds(NodeParentIds);
alarmImpl.setNodeChildrenIds(NodeChildIds);
alarmImpl.setMultiplicityChildrenIds(MultiplicityChildIds);
alarmImpl.setMultiplicityParentIds(MultiplicityParentIds);
alarmImpl.setMultiplicityThreshold(new Integer(multiplityThreshold));
return alarmImpl;
}
use of cern.laser.business.data.Location in project ACS by ACS-Community.
the class ACSAlarmCacheImpl method buildUnconfiguredAlarm.
/**
* Build a unconfigured alarm from the passed ID.
*
* A unconfigured alarm has no data but the triplet generated
* from the identifier.
* I associate the lowest priority and a user property
* to be recognized by clients as being generated by the AS instead
* of being retrieved from the configuration database.
* <P>
* The property identifying this alarm as generated by the AS is:
* <Name="AlarmServerProp", Value="UnconfiguredAlarm">
* <P>
* The alarm is associated to the ROOT category.
*
* @param alarmID The ID of the alarm
* @return The default alarm
*/
private Alarm buildUnconfiguredAlarm(String alarmID) {
if (alarmID == null || alarmID.isEmpty()) {
throw new IllegalArgumentException("Invalid null or empty alarm ID!");
}
String[] parts = alarmID.split(":");
if (parts.length != 3) {
throw new IllegalArgumentException("Invalid alarm ID: " + alarmID);
}
String FF = parts[0];
String FM = parts[1];
Integer FC;
try {
FC = Integer.valueOf(parts[2]);
} catch (NumberFormatException nfe) {
throw new IllegalArgumentException("Invalid FC in alarm ID: " + alarmID, nfe);
}
AlarmImpl alarm = new AlarmImpl();
alarm.setMultiplicityChildrenIds(new HashSet());
alarm.setMultiplicityParentIds(new HashSet());
alarm.setNodeChildrenIds(new HashSet());
alarm.setNodeParentIds(new HashSet());
alarm.setAction(EMPTY_STRING);
alarm.setTriplet(new Triplet(FF, FM, FC));
alarm.setCategories(new HashSet<Category>());
alarm.setCause(EMPTY_STRING);
alarm.setConsequence(EMPTY_STRING);
alarm.setProblemDescription(EMPTY_STRING);
alarm.setHelpURL(null);
alarm.setInstant(false);
Location location = new Location("0", EMPTY_STRING, EMPTY_STRING, EMPTY_STRING, EMPTY_STRING);
alarm.setLocation(location);
alarm.setPiquetEmail(EMPTY_STRING);
alarm.setPiquetGSM(EMPTY_STRING);
alarm.setPriority(3);
ResponsiblePerson responsible = new ResponsiblePerson(1, EMPTY_STRING, EMPTY_STRING, EMPTY_STRING, EMPTY_STRING, EMPTY_STRING);
alarm.setResponsiblePerson(responsible);
SourceDefinition srcDef = new SourceDefinition("ALARM_SYSTEM_SOURCES", "SOURCE", EMPTY_STRING, 15, 1);
Source src = new Source(srcDef, responsible);
alarm.setSource(src);
alarm.setIdentifier(alarm.getTriplet().toIdentifier());
// Build the status in order to associate the property
Properties userProps = new Properties();
userProps.put(alarmServerPropkey, undocumentedAlarmProp);
StatusImpl status = new StatusImpl(false, false, false, false, false, EMPTY_STRING, new Timestamp(0), new Timestamp(0), new Timestamp(0), userProps);
alarm.setStatus(status);
// Category association
//
// A category for this FF can be already set (this is the case when a new FC/FM is found
// but the FF has already been associated to a category)
// In practice a new category has to be defined only if the FF is unknown.
Category[] categories = categoryDAO.findAllCategories();
Set<Category> categoriesSet = new HashSet<Category>();
for (Category cat : categories) {
if (cat.containsAlarm(alarm)) {
categoriesSet.add(cat);
}
}
if (!categoriesSet.isEmpty()) {
System.out.println("Alarm " + alarm.getAlarmId() + " already associated to categories");
} else {
System.out.println("Alarm " + alarm.getAlarmId() + " has no associated category");
Category root = categoryDAO.findCategoryByPath("ROOT");
categoriesSet.add(root);
alarm.setCategories(categoriesSet);
root.addAlarm(alarm);
}
return alarm;
}
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