@Test
public void testStaticHost() throws UnknownHostException {
String ip;
assertNotNull(this.hosttracker);
// create one node and two node connectors
Node node1 = NodeCreator.createOFNode(1L);
NodeConnector nc1_1 = NodeConnectorCreator.createOFNodeConnector((short) 1, node1);
NodeConnector nc1_2 = NodeConnectorCreator.createOFNodeConnector((short) 2, node1);
// test addStaticHost(), store into inactive host DB
Status st = this.hosttracker.addStaticHost("192.168.0.8", "11:22:33:44:55:66", nc1_1, "0");
Assert.assertTrue(st.isSuccess());
st = this.hosttracker.addStaticHost("192.168.0.13", "11:22:33:44:55:77", nc1_2, "0");
Assert.assertTrue(st.isSuccess());
// check inactive DB
Iterator<HostNodeConnector> hnci = this.hosttracker.getInactiveStaticHosts().iterator();
while (hnci.hasNext()) {
ip = hnci.next().getNetworkAddressAsString();
Assert.assertTrue(ip.equals("192.168.0.8") || ip.equals("192.168.0.13"));
}
// check active host DB
hnci = this.hosttracker.getActiveStaticHosts().iterator();
Assert.assertFalse(hnci.hasNext());
// test removeStaticHost()
st = this.hosttracker.removeStaticHost("192.168.0.8");
Assert.assertTrue(st.isSuccess());
hnci = this.hosttracker.getInactiveStaticHosts().iterator();
while (hnci.hasNext()) {
ip = hnci.next().getNetworkAddressAsString();
Assert.assertTrue(ip.equals("192.168.0.13"));
}
}
public Status validateMeter(Meter meter) {
String meterName;
Status returnStatus = null;
if (null != meter) {
meterName = meter.getMeterName();
if (!FRMUtil.isNameValid(meterName)) {
logger.error("Meter Name is invalid %s" + meterName);
returnStatus = new Status(StatusCode.BADREQUEST, "Meter Name is invalid");
return returnStatus;
}
for (int i = 0; i < meter.getMeterBandHeaders().getMeterBandHeader().size(); i++) {
if (null != meter.getFlags() && !meter.getFlags().isMeterBurst()) {
if (0 < meter.getMeterBandHeaders().getMeterBandHeader().get(i).getBurstSize()) {
logger.error("Burst size should only be associated when Burst FLAG is set");
returnStatus =
new Status(
StatusCode.BADREQUEST,
"Burst size should only be associated when Burst FLAG is set");
break;
}
}
}
if (null != returnStatus && !returnStatus.isSuccess()) {
return returnStatus;
} else if (null != meter.getMeterBandHeaders()) {
BandType setBandType = null;
DscpRemark dscpRemark = null;
for (int i = 0; i < meter.getMeterBandHeaders().getMeterBandHeader().size(); i++) {
setBandType = meter.getMeterBandHeaders().getMeterBandHeader().get(i).getBandType();
if (setBandType instanceof DscpRemark) {
dscpRemark = (DscpRemark) setBandType;
if (0 > dscpRemark.getRate()) {}
} else if (setBandType instanceof Drop) {
if (0 < dscpRemark.getPercLevel()) {
logger.error("Number of drop Precedence level");
}
} else if (setBandType instanceof Experimenter) {
}
}
}
}
return new Status(StatusCode.SUCCESS);
}