// create our resource with alert definition
MeasurementDefinition metricDef = createResourceWithMetricSchedule();
AlertDefinition alertDef = createAlertDefinitionWithOneInsideRangeCondition(metricDef, resource.getId());
assert alertDef.getConditions().size() == 1 : "1 alertDef condition should exist";
AlertCondition condition = alertDef.getConditions().iterator().next();
int conditionId = condition.getId();
// re-load the resource so we get the measurement schedule
Resource resourceWithSchedules = loadResourceWithSchedules(resource.getId());
MeasurementSchedule schedule = resourceWithSchedules.getSchedules().iterator().next();
// simulate a measurement report coming from the agent - one values that fits in our range, so 1 alert is fired
MeasurementScheduleRequest request = new MeasurementScheduleRequest(schedule);
MeasurementReport report = new MeasurementReport();
report.addData(new MeasurementDataNumeric(getTimestamp(15), request, 50.0)); // 50 < 60 AND 50 > 40
MeasurementDataManagerLocal dataManager = LookupUtil.getMeasurementDataManager();
dataManager.mergeMeasurementReport(report);
// wait for our JMS messages to process and see if we get any alerts
Thread.sleep(5000);
// make sure one alert was triggered
List<Alert> alerts = getAlerts(resourceWithSchedules.getId());
assert alerts.size() == 1 : "1 alert should have fired: " + alerts;
Alert alert = alerts.get(0);
assert alert.getConditionLogs().size() == 1 : "1 condition log should exist";
AlertConditionLog conditionLog = alert.getConditionLogs().iterator().next();
Assert.assertEquals(conditionLog.getCondition().getId(), conditionId,
"original condition should have been associated with the alert");
// update a non-condition aspect of the def and then update the def
String updatedDesc = "Updated Description";
alertDef.setDescription(updatedDesc);
AlertDefinition updatedAlertDef = LookupUtil.getAlertDefinitionManager().updateAlertDefinition(getOverlord(),
alertDef.getId(), alertDef, false); // note that resetMatching is false
assert updatedDesc.equals(updatedAlertDef.getDescription()) : "Description should be updated";
assert updatedAlertDef.getConditions().size() == 1 : "1 alertDef condition should exist after the update";
assert updatedAlertDef.getConditions().iterator().next().getId() == condition.getId() : "condition should not be updated";
// get the alert again, and make sure it still has a log with the same condition
alerts = getAlerts(resourceWithSchedules.getId());
assert alerts.size() == 1 : "1 alert should have fired: " + alerts;
alert = alerts.get(0);
assert alert.getConditionLogs().size() == 1 : "1 condition log should exist after the update";
conditionLog = alert.getConditionLogs().iterator().next();
Assert.assertEquals(conditionLog.getCondition().getId(), conditionId,
"original condition should still have been associated with the alert");
// update the condition on the def and then update the def
condition.setThreshold(41.0);
updatedAlertDef = LookupUtil.getAlertDefinitionManager().updateAlertDefinition(getOverlord(), alertDef.getId(),
alertDef, true); // note that resetMatching is true
assert updatedAlertDef.getConditions().size() == 1 : "1 alertDef condition should exist after the update";
assert updatedAlertDef.getConditions().iterator().next().getId() != condition.getId() : "condition should be updated";
// get the alert again, and make sure it still has a log with the same condition
alerts = getAlerts(resourceWithSchedules.getId());
assert alerts.size() == 1 : "1 alert should have fired: " + alerts;
alert = alerts.get(0);