public MeasureDescriptor getGenericMeasureDescriptor(
String orgName,
String vdcName,
List<String> vappNames,
String measureId,
String hwItem,
String networkName)
throws MonitorException {
String[] elementHref = getElementAndHref(orgName, vdcName, vappNames, hwItem, networkName);
System.out.println(elementHref[0]);
nodedirectory nd = db.get(nodedirectory.class, elementHref[0]);
if ((measureId.contains("netInput_") || measureId.contains("netOutput_"))
&& nd.getTipo() != nodedirectory.TYPE_NIC) {
return new MeasureDescriptor(
measureId,
nd.getFqnString() + "." + URICreation.FQN_SEPARATOR_MEASURE + "." + measureId,
"",
DataTypesUtils.STANDARD_BANDWIDTH_UNIT_DEFAULT,
"0",
"0",
"");
} else if (measureId.equals("diskUsage")) {
return db.getDiskMeasureDescriptor(nd);
} else {
MeasureDescriptor result = db.getMeasureDescriptors(nd, measureId);
if (result == null) throw new MonitorException("Measure " + measureId + " not available.");
result.setHref(elementHref[1]);
return result;
}
}
public MeasuredValueList getMeasuredValueListRest(
MeasureDescriptor md, MeasuredValueFilter filter) throws MonitorException {
// Find the data to create the URL
String url;
nodedirectory nd =
db.get(
nodedirectory.class,
md.getMeasurementTypeId().substring(0, md.getMeasurementTypeId().indexOf(".measure")));
VEEReplica rep;
if (nd == null
|| (nd.getTipo() != nodedirectory.TYPE_REPLICA && nd.getTipo() != nodedirectory.TYPE_NIC))
return new MeasuredValueList(md);
String path;
if (nd.getTipo() == nodedirectory.TYPE_REPLICA) {
path = URICreation.getURIVEEReplica(md.getMeasurementTypeId());
rep = db.get(VEEReplica.class, nd.getInternalNodeId());
} else if (nd.getTipo() == nodedirectory.TYPE_NIC) {
path = URICreation.getURIHwItem(md.getMeasurementTypeId());
path = translateNetInfrastructureId(path, nd.getFqnString());
rep =
db.get(
VEEReplica.class,
nd.getFqnString().substring(0, md.getMeasurementTypeId().indexOf(".network")));
} else {
return new MeasuredValueList(md);
}
if (rep.getDeployedOn() == null) return new MeasuredValueList(md);
else {
url =
"http://"
+ rep.getDeployedOn().getHost()
+ ":"
+ rep.getDeployedOn().getPort()
+ path
+ URICreation.MONITOR
+ "/"
+ md.getName()
+ URICreation.VALUES;
// Get the measures
return restClient.getReplicaMeasure(url, filter, md);
}
}
public MeasuredValueList getMeasuredValueListBD(MeasureDescriptor md, MeasuredValueFilter filter)
throws MonitorException {
String id = md.getMeasurementTypeId();
String element = id.substring(0, id.indexOf(URICreation.FQN_SEPARATOR_MEASURE) - 1);
nodedirectory nd = db.get(nodedirectory.class, element);
List<MeasuredValue> valueList;
if ((md.getName().contains("netInput_") || md.getName().contains("netOutput_"))
&& nd.getTipo() != nodedirectory.TYPE_NIC) {
valueList =
db.getNetworkValues(
nd,
filter.getFrom(),
filter.getTo(),
filter.getSamples(),
filter.getInterval(),
md.getName(),
md.getValueType());
} else {
valueList =
db.getMeasureValues(
nd,
filter.getFrom(),
filter.getTo(),
filter.getSamples(),
filter.getInterval(),
md.getName(),
md.getValueType());
}
MeasuredValueList mvl = new MeasuredValueList(md);
for (MeasuredValue mv : valueList) {
mvl.add(mv);
}
return mvl;
}
public MeasuredValueList getMeasuredValueListJMS(MeasureDescriptor md, MeasuredValueFilter filter)
throws MonitorException {
try {
SMIChannelEvent smi = new SMIChannelEvent(0, 0, SMIAction.GET_MEASURE_VALUE);
Long seqNumber = ClothoUtils.getSecuenceNumber();
smi.put(SMIChannelEvent.SEQUENCE_NUMBER, seqNumber.toString());
String id = md.getMeasurementTypeId();
smi.put(
SMIChannelEvent.FQN_ID,
id.substring(0, id.indexOf(URICreation.FQN_SEPARATOR_MEASURE) - 1));
smi.put(SMIChannelEvent.MEASURE_NAME, md.getName());
smi.put(SMIChannelEvent.MEASURE_TYPE_ID, md.getMeasurementTypeId());
smi.put(
SMIChannelEvent.MEASURE_FILTER_FROM,
(filter.getFrom() == null)
? null
: DataTypesUtils.date2String(filter.getFrom().getTime()));
smi.put(
SMIChannelEvent.MEASURE_FILTER_TO,
(filter.getTo() == null) ? null : DataTypesUtils.date2String(filter.getTo().getTime()));
smi.put(SMIChannelEvent.MEASURE_FILTER_NUMBER, String.valueOf(filter.getSamples()));
smi.put(SMIChannelEvent.MEASURE_FILTER_INTERVAL, String.valueOf(filter.getInterval()));
jmsConnectionData.smiChannelProducer.send(jmsConnectionData.session.createObjectMessage(smi));
MessageConsumer messageConsumer =
jmsConnectionData.session.createConsumer(
jmsConnectionData.smiChannelReply,
"element = '"
+ md.getMeasurementTypeId()
+ "' AND "
+ SMIChannelEvent.SEQUENCE_NUMBER
+ "='"
+ seqNumber
+ "'");
ObjectMessage m = (ObjectMessage) messageConsumer.receive(ClothoUtils.EVENT_BUS_TIMEOUT);
if (m == null) {
log.error("Timeout waiting for a server response. Try later.");
throw new MonitorException("Timeout waiting for a server response. Try later.");
}
smi = (SMIChannelEvent) m.getObject();
Map<String, String> values =
(HashMap<String, String>) smi.getSerializable(SMIChannelEvent.MEASURE_VALUES);
String units = smi.get(SMIChannelEvent.MEASURE_UNITS);
MeasuredValueList mvl = new MeasuredValueList();
mvl.setHref(md.getHref() + URICreation.VALUES);
for (String measureDate : values.keySet()) {
MeasuredValue mv = new MeasuredValue();
mv.setUnit(units);
mv.setValue(values.get(measureDate));
try {
mv.setRegisterDate(DataTypesUtils.string2Date(measureDate));
} catch (ParseException e) {
log.error("SMDeploymentDriver: Wrong date format received: " + measureDate);
continue;
}
mvl.add(mv);
}
return mvl;
} catch (JMSException e) {
log.error(
"SMDeploymentDriver: Communication error accessing the SLM. Impossible to retrieve service data.",
e);
throw new MonitorException(
"SMDeploymentDriver: Communication error accessing the SLM. Impossible to retrieve service data."
+ e.getMessage());
}
}
public MeasureDescriptorList getGenericMeasureDescriptorList(
String orgName, String vdcName, List<String> vappNames, String item, String networkName)
throws MonitorException {
String[] elementHref = getElementAndHref(orgName, vdcName, vappNames, item, networkName);
MeasureDescriptorList result = new MeasureDescriptorList(elementHref[1], "");
System.out.println(result.getHref());
nodedirectory nd = db.get(nodedirectory.class, elementHref[0]);
if (nd == null) return result;
List<MeasureDescriptor> descriptorList = db.getMeasureDescriptorsList(nd);
for (MeasureDescriptor md : descriptorList) {
md.setHref(elementHref[1] + md.getName());
result.add(md);
}
if (nd.getTipo() == nodedirectory.TYPE_VDC) {
VDC vdc = db.get(VDC.class, nd.getFqnString());
for (Zone z : vdc.getZones())
for (Network network : z.getNetworks()) {
result.add(
new MeasureDescriptor(
"netInput_" + network.getName(),
nd.getFqnString()
+ "."
+ URICreation.FQN_SEPARATOR_MEASURE
+ "."
+ "netInput_"
+ network.getName(),
"",
DataTypesUtils.STANDARD_BANDWIDTH_UNIT_DEFAULT,
"0",
"0",
""));
result.add(
new MeasureDescriptor(
"netOutput_" + network.getName(),
nd.getFqnString()
+ "."
+ URICreation.FQN_SEPARATOR_MEASURE
+ "."
+ "netOutput_"
+ network.getName(),
"",
DataTypesUtils.STANDARD_BANDWIDTH_UNIT_DEFAULT,
"0",
"0",
""));
}
} else if (nd.getTipo() == nodedirectory.TYPE_SERVICE) {
ServiceApplication sap = db.getServiceApplication(nd.getFqnString());
for (Network network : sap.getNetworks()) {
result.add(
new MeasureDescriptor(
"netInput_" + network.getName(),
nd.getFqnString()
+ "."
+ URICreation.FQN_SEPARATOR_MEASURE
+ "."
+ "netInput_"
+ network.getName(),
"",
DataTypesUtils.STANDARD_BANDWIDTH_UNIT_DEFAULT,
"0",
"0",
""));
result.add(
new MeasureDescriptor(
"netOutput_" + network.getName(),
nd.getFqnString()
+ "."
+ URICreation.FQN_SEPARATOR_MEASURE
+ "."
+ "netOutput_"
+ network.getName(),
"",
DataTypesUtils.STANDARD_BANDWIDTH_UNIT_DEFAULT,
"0",
"0",
""));
}
}
return result;
}