/**
* Sets up the test.
*
* @exception Exception An error occurred
*/
protected final void setUp() throws Exception {
super.setUp();
PropertyConfigurator.configure("./target/classes/props/log4j.properties");
if (SnmpAgent.getInstance() == null) {
MessageLayer.main(new String[] {});
}
readerDevice = ReaderDevice.getInstance();
ReadPoint[] readPoints = readerDevice.getAllReadPoints();
for (int i = 0; i < readPoints.length; i++) {
if (readPoints[i] instanceof AntennaReadPoint)
antReadPoint = (AntennaReadPoint) readPoints[i];
row =
SnmpTableRow.getSnmpTableRow(
new RowObjectContainer(
TableTypeEnum.EPCG_ANT_READ_POINT_TABLE, new Object[] {antReadPoint}));
return;
}
fail();
}
/** Tests the <code>getValue()</code> method. */
public final void testGetValue() {
Variable value;
for (int i = 0; i < 1; i++) {
antReadPoint.increaseIdentificationCount();
}
for (int i = 0; i < 2; i++) {
antReadPoint.increaseWriteCount();
}
for (int i = 0; i < 3; i++) {
antReadPoint.increaseKillCount();
}
for (int i = 0; i < 4; i++) {
antReadPoint.increaseEraseCount();
}
for (int i = 0; i < 5; i++) {
antReadPoint.increaseLockCount();
}
for (int i = 0; i < 6; i++) {
antReadPoint.memReadFailureOccurred();
}
for (int i = 0; i < 7; i++) {
antReadPoint.writeFailureOccurred();
}
for (int i = 0; i < 8; i++) {
antReadPoint.killFailureOccurred();
}
for (int i = 0; i < 9; i++) {
antReadPoint.eraseFailureOccurred();
}
for (int i = 0; i < 10; i++) {
antReadPoint.lockFailureOccurred();
}
antReadPoint.getFailedMemReadAlarmControl().setEnabled(false);
antReadPoint.getFailedMemReadAlarmControl().setLevel(AlarmLevel.ALERT);
antReadPoint.getFailedWriteAlarmControl().setEnabled(true);
antReadPoint.getFailedWriteAlarmControl().setLevel(AlarmLevel.CRITICAL);
antReadPoint.getFailedKillAlarmControl().setEnabled(false);
antReadPoint.getFailedKillAlarmControl().setLevel(AlarmLevel.DEBUG);
antReadPoint.getFailedEraseAlarmControl().setEnabled(true);
antReadPoint.getFailedEraseAlarmControl().setLevel(AlarmLevel.EMERGENCY);
antReadPoint.getFailedLockAlarmControl().setEnabled(false);
antReadPoint.getFailedLockAlarmControl().setLevel(AlarmLevel.ERROR);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntTagsIdentified);
assertEquals(new Integer32(antReadPoint.getIdentificationCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntTagsNotIdentified);
assertEquals(new Integer32(antReadPoint.getFailedIdentificationCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntMemoryReadFailures);
assertEquals(new Integer32(antReadPoint.getFailedMemReadCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntReadFailureNotifEnable);
assertEquals(
new Integer32(antReadPoint.getFailedMemReadAlarmControl().getEnabled() ? 1 : 2), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntReadFailureNotifLevel);
assertEquals(
new Integer32(antReadPoint.getFailedMemReadAlarmControl().getLevel().toInt()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteOperations);
assertEquals(new Integer32(antReadPoint.getWriteCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteFailures);
assertEquals(new Integer32(antReadPoint.getFailedWriteCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteFailuresNotifEnable);
assertEquals(
new Integer32(antReadPoint.getFailedWriteAlarmControl().getEnabled() ? 1 : 2), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteFailuresNotifLevel);
assertEquals(
new Integer32(antReadPoint.getFailedWriteAlarmControl().getLevel().toInt()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntKillOperations);
assertEquals(new Integer32(antReadPoint.getKillCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntKillFailures);
assertEquals(new Integer32(antReadPoint.getFailedKillCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntKillFailuresNotifEnable);
assertEquals(
new Integer32(antReadPoint.getFailedKillAlarmControl().getEnabled() ? 1 : 2), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntKillFailuresNotifLevel);
assertEquals(new Integer32(antReadPoint.getFailedKillAlarmControl().getLevel().toInt()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseOperations);
assertEquals(new Integer32(antReadPoint.getEraseCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseFailures);
assertEquals(new Integer32(antReadPoint.getFailedEraseCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseFailuresNotifEnable);
assertEquals(
new Integer32(antReadPoint.getFailedEraseAlarmControl().getEnabled() ? 1 : 2), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseFailuresNotifLevel);
assertEquals(
new Integer32(antReadPoint.getFailedEraseAlarmControl().getLevel().toInt()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntLockOperations);
assertEquals(new Integer32(antReadPoint.getLockCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntLockFailures);
assertEquals(new Integer32(antReadPoint.getFailedLockCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntLockFailuresNotifEnable);
assertEquals(
new Integer32(antReadPoint.getFailedLockAlarmControl().getEnabled() ? 1 : 2), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntLockFailuresNotifLevel);
assertEquals(new Integer32(antReadPoint.getFailedLockAlarmControl().getLevel().toInt()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntPowerLevel);
assertEquals(new Integer32(antReadPoint.getPowerLevel()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntNoiseLevel);
assertEquals(new Integer32(antReadPoint.getNoiseLevel()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntTimeEnergized);
// assertEquals(new Gauge32(antReadPoint.getTimeEnergized()), value); // cannot test
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntMemoryReadOperations);
assertEquals(new Integer32(antReadPoint.getMemReadCount()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntReadFailureSuppressInterval);
assertEquals(
new UnsignedInteger32(antReadPoint.getFailedMemReadAlarmControl().getSuppressInterval()),
value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntReadFailureSuppressions);
assertEquals(new Counter32(antReadPoint.getReadFailureSuppressions()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteFailureSuppressInterval);
assertEquals(
new UnsignedInteger32(antReadPoint.getFailedWriteAlarmControl().getSuppressInterval()),
value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteFailureSuppressions);
assertEquals(new Counter32(antReadPoint.getWriteFailureSuppressions()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntKillFailureSuppressInterval);
assertEquals(
new UnsignedInteger32(antReadPoint.getFailedKillAlarmControl().getSuppressInterval()),
value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntKillFailureSuppressions);
assertEquals(new Counter32(antReadPoint.getKillFailureSuppressions()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseFailureSuppressInterval);
assertEquals(
new UnsignedInteger32(antReadPoint.getFailedEraseAlarmControl().getSuppressInterval()),
value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseFailureSuppressions);
assertEquals(new Counter32(antReadPoint.getEraseFailureSuppressions()), value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntLockFailureSuppressInterval);
assertEquals(
new UnsignedInteger32(antReadPoint.getFailedLockAlarmControl().getSuppressInterval()),
value);
value = row.getValue(EpcglobalReaderMib.idxEpcgAntRdPntLockFailureSuppressions);
assertEquals(new Counter32(antReadPoint.getLockFailureSuppressions()), value);
}
/** Tests the <code>setValue()</code> method. */
public final void testSetValue() {
int value;
AlarmLevel level;
value = 1;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntReadFailureNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedMemReadAlarmControl().getEnabled() ? 1 : 2);
value = 2;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntReadFailureNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedMemReadAlarmControl().getEnabled() ? 1 : 2);
level = AlarmLevel.CRITICAL;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntReadFailureNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedMemReadAlarmControl().getLevel());
level = AlarmLevel.DEBUG;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntReadFailureNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedMemReadAlarmControl().getLevel());
value = 1;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedWriteAlarmControl().getEnabled() ? 1 : 2);
value = 2;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntWriteFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedWriteAlarmControl().getEnabled() ? 1 : 2);
level = AlarmLevel.CRITICAL;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntWriteFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedWriteAlarmControl().getLevel());
level = AlarmLevel.DEBUG;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntWriteFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedWriteAlarmControl().getLevel());
value = 1;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntKillFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedKillAlarmControl().getEnabled() ? 1 : 2);
value = 2;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntKillFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedKillAlarmControl().getEnabled() ? 1 : 2);
level = AlarmLevel.CRITICAL;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntKillFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedKillAlarmControl().getLevel());
level = AlarmLevel.DEBUG;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntKillFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedKillAlarmControl().getLevel());
value = 1;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedEraseAlarmControl().getEnabled() ? 1 : 2);
value = 2;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntEraseFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedEraseAlarmControl().getEnabled() ? 1 : 2);
level = AlarmLevel.CRITICAL;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntEraseFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedEraseAlarmControl().getLevel());
level = AlarmLevel.DEBUG;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntEraseFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedEraseAlarmControl().getLevel());
value = 1;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntLockFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedLockAlarmControl().getEnabled() ? 1 : 2);
value = 2;
row.setValue(EpcglobalReaderMib.idxEpcgAntRdPntLockFailuresNotifEnable, new Integer32(value));
assertEquals(value, antReadPoint.getFailedLockAlarmControl().getEnabled() ? 1 : 2);
level = AlarmLevel.CRITICAL;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntLockFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedLockAlarmControl().getLevel());
level = AlarmLevel.DEBUG;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntLockFailuresNotifLevel, new Integer32(level.toInt()));
assertEquals(level, antReadPoint.getFailedLockAlarmControl().getLevel());
value = 1;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntReadFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedMemReadAlarmControl().getSuppressInterval());
value = 100;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntReadFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedMemReadAlarmControl().getSuppressInterval());
value = 1;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntWriteFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedWriteAlarmControl().getSuppressInterval());
value = 100;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntWriteFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedWriteAlarmControl().getSuppressInterval());
value = 1;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntKillFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedKillAlarmControl().getSuppressInterval());
value = 100;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntKillFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedKillAlarmControl().getSuppressInterval());
value = 1;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntEraseFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedEraseAlarmControl().getSuppressInterval());
value = 100;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntEraseFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedEraseAlarmControl().getSuppressInterval());
value = 1;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntLockFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedLockAlarmControl().getSuppressInterval());
value = 100;
row.setValue(
EpcglobalReaderMib.idxEpcgAntRdPntLockFailureSuppressInterval,
new UnsignedInteger32(value));
assertEquals(value, antReadPoint.getFailedLockAlarmControl().getSuppressInterval());
}
/** Tests the <code>rowStatusChanged()</code> method. */
public final void testRowStatusChanged() {
SnmpTableRow row =
SnmpTableRow.getSnmpTableRow(
new RowObjectContainer(
TableTypeEnum.EPCG_RD_PNT_SRC_TABLE, new Object[] {source, readPoint}));
RowStatusEvent event;
event = new RowStatusEvent(row, null, row, null, RowStatus.destroy, RowStatus.createAndGo);
rowStatusListener.rowStatusChanged(event);
try {
source.getReadPoint(readPoint.getName());
} catch (ReaderProtocolException rpe) {
fail();
}
event = new RowStatusEvent(row, null, row, null, RowStatus.active, RowStatus.notInService);
rowStatusListener.rowStatusChanged(event);
try {
source.getReadPoint(readPoint.getName());
fail();
} catch (ReaderProtocolException rpe) {
// ok
}
event = new RowStatusEvent(row, null, row, null, RowStatus.notInService, RowStatus.active);
rowStatusListener.rowStatusChanged(event);
try {
source.getReadPoint(readPoint.getName());
} catch (ReaderProtocolException rpe) {
fail();
}
event = new RowStatusEvent(row, null, row, null, RowStatus.active, RowStatus.destroy);
rowStatusListener.rowStatusChanged(event);
try {
source.getReadPoint(readPoint.getName());
fail();
} catch (ReaderProtocolException rpe) {
// ok
}
event = new RowStatusEvent(row, null, row, null, RowStatus.destroy, RowStatus.createAndWait);
rowStatusListener.rowStatusChanged(event);
try {
source.getReadPoint(readPoint.getName());
fail();
} catch (ReaderProtocolException rpe) {
// ok
}
event = new RowStatusEvent(row, null, row, null, RowStatus.notInService, RowStatus.active);
rowStatusListener.rowStatusChanged(event);
try {
source.getReadPoint(readPoint.getName());
} catch (ReaderProtocolException rpe) {
fail();
}
event = new RowStatusEvent(row, null, row, null, RowStatus.active, RowStatus.destroy);
rowStatusListener.rowStatusChanged(event);
try {
source.getReadPoint(readPoint.getName());
fail();
} catch (ReaderProtocolException rpe) {
// ok
}
}