Examples of org.rhq.core.domain.alert.AlertCondition

org.rhq.core.domain.alert.AlertCondition
An alert condition (e.g. ActiveThreads > 100) as configured in an alert definition. @author Joseph Marques

                em.persist(dynamicSchedule);
            }
        });


        alertDefinition = new AlertDefinition();
        AlertCondition cond = new AlertCondition(alertDefinition, AlertConditionCategory.CHANGE);
        cond.setName(DYNAMIC_DEF_NAME);
        cond.setMeasurementDefinition(dynamicMeasuremenDef);
        alertDefinition.setName("liveDataTestAlert");
        alertDefinition.setResource(resource);
        alertDefinition.setPriority(AlertPriority.MEDIUM);
        alertDefinition.setRecoveryId(0);
        alertDefinition.setAlertDampening(new AlertDampening(AlertDampening.Category.NONE));

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        if (conditionLogs.size() > 1) {
            conditionText = MSG.view_alerts_field_condition_text_many();
            conditionValue = "--";
        } else if (conditionLogs.size() == 1) {
            AlertConditionLog conditionLog = conditionLogs.iterator().next();
            AlertCondition condition = conditionLog.getCondition();
            conditionText = AlertFormatUtility.formatAlertConditionForDisplay(condition);
            conditionValue = conditionLog.getValue();
            if (condition.getMeasurementDefinition() != null) {
                try {
                    conditionValue = MeasurementConverterClient.format(Double.valueOf(conditionLog.getValue()),
                        condition.getMeasurementDefinition().getUnits(), true);
                } catch (Exception e) {
                    // the condition log value was probably not a number (most likely a trait). Ignore this exception.
                    // even if any other errors occur trying to format the value, ignore this and just use the raw value string
                }
            }
        } else {
            conditionText = MSG.view_alerts_field_condition_text_none();
            conditionValue = "--";
        }
        record.setAttribute("conditionText", conditionText);
        if (conditionValue.contains("extraInfo=")) {
            conditionValue = conditionValue.replaceFirst("extraInfo=\\[","");
            conditionValue = conditionValue.substring(0,conditionValue.length()-1);
        }
        record.setAttribute("conditionValue", conditionValue);


        // We also need the'raw' notification data to show in details
        DataClass[] conditions = new DataClass[from.getConditionLogs().size()];
        int i = 0;
        for (AlertConditionLog log : from.getConditionLogs()) {
            AlertCondition condition = log.getCondition();
            DataClass dc = new DataClass();
            dc.setAttribute("text", AlertFormatUtility.formatAlertConditionForDisplay(condition));
            String value = log.getValue();
            if (condition.getMeasurementDefinition() != null) {
                try {
                    value = MeasurementConverterClient.format(Double.valueOf(log.getValue()), condition
                        .getMeasurementDefinition().getUnits(), true);
                } catch (Exception e) {
                    // the condition log value was probably not a number (most likely a trait). Ignore this exception.
                    // even if any other errors occur trying to format the value, ignore this and just use the raw value string
                }

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            } else {
                calltimeCategory = false;
                category = AlertConditionCategory.valueOf(selectedCategory);
            }


            AlertCondition newCondition = new AlertCondition();
            newCondition.setCategory(category);


            switch (category) {
            case AVAILABILITY: {
                newCondition.setName(form.getValueAsString(AVAILABILITY_ITEMNAME));
                newCondition.setComparator(null);
                newCondition.setThreshold(null);
                newCondition.setOption(null);
                newCondition.setMeasurementDefinition(null);
                break;
            }


            case AVAIL_DURATION: {
                newCondition.setName(form.getValueAsString(AVAILABILITY_DURATION_ITEMNAME));
                newCondition.setComparator(null);
                newCondition.setThreshold(null);
                // entered in minutes, converted to seconds by DurationItem, and stored in seconds
                int duration = Integer.valueOf(form.getValueAsString(AVAILABILITY_DURATION_VAL_ITEMNAME));
                newCondition.setOption(String.valueOf(duration));
                newCondition.setMeasurementDefinition(null);
                break;
            }


            case THRESHOLD: {
                if (!calltimeCategory) {
                    MeasurementDefinition measDef = getMeasurementDefinition(form
                        .getValueAsString(THRESHOLD_METRIC_ITEMNAME));
                    newCondition.setName(measDef.getDisplayName());
                    newCondition.setThreshold(getMeasurementValue(measDef,
                        form.getValueAsString(THRESHOLD_ABSVALUE_ITEMNAME)));
                    newCondition.setComparator(form.getValueAsString(THRESHOLD_COMPARATOR_ITEMNAME));
                    newCondition.setOption(null);
                    newCondition.setMeasurementDefinition(measDef);
                } else {
                    MeasurementDefinition measDef = getMeasurementDefinition(form
                        .getValueAsString(CALLTIME_THRESHOLD_METRIC_ITEMNAME));
                    newCondition.setName(form.getValueAsString(CALLTIME_THRESHOLD_REGEX_ITEMNAME));
                    newCondition.setThreshold(getMeasurementValue(measDef,
                        form.getValueAsString(CALLTIME_THRESHOLD_ABSVALUE_ITEMNAME)));
                    newCondition.setComparator(form.getValueAsString(CALLTIME_THRESHOLD_COMPARATOR_ITEMNAME));
                    newCondition.setOption(form.getValueAsString(CALLTIME_THRESHOLD_MINMAXAVG_ITEMNAME));
                    newCondition.setMeasurementDefinition(measDef);
                }
                break;
            }


            case BASELINE: {
                MeasurementDefinition measDef = getMeasurementDefinition(form
                    .getValueAsString(BASELINE_METRIC_ITEMNAME));
                newCondition.setName(measDef.getDisplayName());
                newCondition.setThreshold(getMeasurementValueByUnits(MeasurementUnits.PERCENTAGE,
                    form.getValueAsString(BASELINE_PERCENTAGE_ITEMNAME)));
                newCondition.setComparator(form.getValueAsString(BASELINE_COMPARATOR_ITEMNAME));
                newCondition.setOption(form.getValueAsString(BASELINE_SELECTION_ITEMNAME));
                newCondition.setMeasurementDefinition(measDef);
                break;
            }


            case CHANGE: {
                if (!calltimeCategory) {
                    MeasurementDefinition measDef = getMeasurementDefinition(form
                        .getValueAsString(CHANGE_METRIC_ITEMNAME));
                    newCondition.setName(measDef.getDisplayName());
                    newCondition.setComparator(null);
                    newCondition.setThreshold(null);
                    newCondition.setOption(null);
                    newCondition.setMeasurementDefinition(measDef);
                } else {
                    MeasurementDefinition measDef = getMeasurementDefinition(form
                        .getValueAsString(CALLTIME_CHANGE_METRIC_ITEMNAME));
                    newCondition.setName(form.getValueAsString(CALLTIME_CHANGE_REGEX_ITEMNAME));
                    newCondition.setThreshold(getMeasurementValueByUnits(MeasurementUnits.PERCENTAGE,
                        form.getValueAsString(CALLTIME_CHANGE_PERCENTAGE_ITEMNAME)));
                    newCondition.setComparator(form.getValueAsString(CALLTIME_CHANGE_COMPARATOR_ITEMNAME));
                    newCondition.setOption(form.getValueAsString(CALLTIME_CHANGE_MINMAXAVG_ITEMNAME));
                    newCondition.setMeasurementDefinition(measDef);
                }
                break;
            }


            case TRAIT: {
                MeasurementDefinition measDef = getMeasurementDefinition(form.getValueAsString(TRAIT_METRIC_ITEMNAME));
                newCondition.setName(measDef.getDisplayName());
                newCondition.setComparator(null);
                newCondition.setThreshold(null);
                newCondition.setOption(form.getValueAsString(TRAIT_REGEX_ITEMNAME));
                newCondition.setMeasurementDefinition(measDef);
                break;
            }


            case CONTROL: {
                newCondition.setName(form.getValueAsString(OPERATION_NAME_ITEMNAME));
                newCondition.setComparator(null);
                newCondition.setThreshold(null);
                newCondition.setOption(form.getValueAsString(OPERATION_RESULTS_ITEMNAME));
                newCondition.setMeasurementDefinition(null);
                break;
            }


            case EVENT: {
                newCondition.setName(form.getValueAsString(EVENT_SEVERITY_ITEMNAME));
                newCondition.setComparator(null);
                newCondition.setThreshold(null);
                Object regex1 = form.getValue(EVENT_REGEX_ITEMNAME);
                Object regex2 = form.getValue(EVENT_SOURCE_PATH_REGEX_ITEMNAME);
                newCondition.setOption((regex1 == null ? "" : regex1) + AlertCondition.ADHOC_SEPARATOR
                    + (regex2 == null ? "" : regex2));
                newCondition.setMeasurementDefinition(null);
                break;
            }


            case RESOURCE_CONFIG: {
                newCondition.setName(null);
                newCondition.setComparator(null);
                newCondition.setThreshold(null);
                newCondition.setOption(null);
                newCondition.setMeasurementDefinition(null);
                break;
            }


            case DRIFT: {
                newCondition.setName(form.getValueAsString(DRIFT_DEFNAME_REGEX_ITEMNAME));
                newCondition.setComparator(null);
                newCondition.setThreshold(null);
                newCondition.setOption(form.getValueAsString(DRIFT_PATHNAME_REGEX_ITEMNAME));
                newCondition.setMeasurementDefinition(null);
                break;
            }


            case RANGE: {
                MeasurementDefinition measDef = getMeasurementDefinition(form.getValueAsString(RANGE_METRIC_ITEMNAME));
                newCondition.setName(measDef.getDisplayName());
                newCondition.setThreshold(getMeasurementValue(measDef,
                    form.getValueAsString(RANGE_LO_ABSVALUE_ITEMNAME)));
                newCondition.setComparator(form.getValueAsString(RANGE_COMPARATOR_ITEMNAME));
                newCondition.setOption(getMeasurementValue(measDef, form.getValueAsString(RANGE_HI_ABSVALUE_ITEMNAME))
                    .toString());
                newCondition.setMeasurementDefinition(measDef);
                break;
            }


            default: {
                CoreGUI.getErrorHandler().handleError(
                    MSG.view_alert_common_tab_invalid_condition_category(category.name())); // should never happen
                break;
            }
            }
            if (editMode) {
                if (existingCondition.getId() != 0) {
                    // get rid of the id, because of the equals method
                    AlertCondition conditionWithoutId = new AlertCondition(existingCondition);
                    if (!conditionWithoutId.equals(newCondition)) {
                        // there was a change
                        this.modifiedConditions.put(existingCondition.getId(), newCondition);
                        existingCondition.setMeasurementDefinition(newCondition.getMeasurementDefinition());
                        existingCondition.setName(newCondition.getName());
                        existingCondition.setComparator(newCondition.getComparator());

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        Response.ResponseBuilder builder;


        if (type.equals(MediaType.APPLICATION_XML_TYPE)) {
            List<StringValue> result = new ArrayList<StringValue>(conditions.size());
            for (AlertConditionLog log : conditions) {
                AlertCondition condition = log.getCondition();
                String entry = String.format("category='%s', name='%s', comparator='%s', threshold='%s', option='%s' : %s",
                        condition.getCategory(), condition.getName(), condition.getComparator(), condition.getThreshold(), condition.getOption(), log.getValue() );
                StringValue sv = new StringValue(entry);
                result.add(sv);
            }
            GenericEntity<List<StringValue>> entity = new GenericEntity<List<StringValue>>(result){};
            builder = Response.ok(entity);
        }
        else {
            List<String> result = new ArrayList<String>(conditions.size());


            for (AlertConditionLog log : conditions) {
                AlertCondition condition = log.getCondition();
                String entry = String.format("category='%s', name='%s', comparator='%s', threshold='%s', option='%s' : %s",
                        condition.getCategory(), condition.getName(), condition.getComparator(), condition.getThreshold(), condition.getOption(), log.getValue() );
                result.add(entry);
            }
            if (type.equals(MediaType.TEXT_HTML_TYPE)) {
                builder = Response.ok(renderTemplate("genericStringList.ftl",result),type);
            } else {

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            throw new IllegalStateException("Availabilities table is not empty");
        }
        systemManager.vacuum(overlord, new String[] { "rhq_availability" });


        // Set up an alert definition on one resource
        AlertCondition goingDown = new AlertCondition();
        goingDown.setCategory(AlertConditionCategory.AVAILABILITY);
        goingDown.setComparator("==");
        goingDown.setOption(AvailabilityType.DOWN.toString());


        AlertDefinition def = new AlertDefinition();
        def.addCondition(goingDown);
        def.setName("Test alert definition");
        def.setPriority(AlertPriority.MEDIUM);

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            table.addTableAction(MSG.common_button_delete(), MSG
                .view_alert_definition_condition_editor_delete_confirm(), ButtonColor.RED, new AbstractTableAction(
                TableActionEnablement.ANY) {
                public void executeAction(ListGridRecord[] selection, Object actionValue) {
                    for (ListGridRecord record : selection) {
                        AlertCondition condition = getDataSource().copyValues(record);
                        conditions.remove(condition);
                        modifiedConditions.remove(condition);
                        updated = true;
                    }
                    refresh();
                }
            });


            table.addTableAction(MSG.view_alert_definition_editCondition(), null, ButtonColor.GRAY, new AbstractTableAction(TableActionEnablement.SINGLE) {
                public void executeAction(ListGridRecord[] selection, Object actionValue) {
                    AlertCondition condition = getDataSource().copyValues(selection[0]);
                    showConditionEditor(condition);
                }
            });


        }

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                entityManager.merge(alertConditionLog); // update values, for
                entityManager.flush();
            } catch (NoResultException nre) { // this is the expected case 90% of the time
                // lookup the condition entity
                AlertCondition condition = entityManager.find(AlertCondition.class, alertConditionId);


                // persist the log entry
                AlertConditionLog conditionLog = new AlertConditionLog(condition, ctime);
                conditionLog.setValue(value);

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            for (AlertDefinitionComposite history : result) {
                Set<AlertCondition> acs = history.getAlertDefinition().getConditions();
                if (acs.size() > 1) {
                    history.setConditionText("Multiple Conditions");
                } else if (acs.size() == 1) {
                    AlertCondition condition = acs.iterator().next();
                    String displayText = AlertDefUtil.formatAlertConditionForDisplay(condition, request);


                    history.setConditionText(displayText);
                } else {
                    history.setConditionText("No Conditions");

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                if (acls.size() > 1) {
                    history.setConditionText("Multiple Conditions");
                    history.setConditionValue("--");
                } else if (acls.size() == 1) {
                    AlertConditionLog log = acls.iterator().next();
                    AlertCondition condition = log.getCondition();
                    String displayText = AlertDefUtil.formatAlertConditionForDisplay(condition, request);


                    String firedValue = log.getValue();
                    if (condition.getMeasurementDefinition() != null) {
                        DataType type = condition.getMeasurementDefinition().getDataType();
                        if (type == DataType.CALLTIME || type == DataType.TRAIT)
                            firedValue = log.getValue();
                        else
                            firedValue = MeasurementConverter.format(Double.valueOf(log.getValue()), condition
                                .getMeasurementDefinition().getUnits(), true);
                    }


                    history.setConditionText(displayText);
                    history.setConditionValue(firedValue);

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    private static final String TEN_PERCENT = String.format("%2.1f%%", 10d);
    private static final String TWELVE_DOT_5_B = String.format("%2.1fB", 12.5d);
    private String pretty;


    public void testPrettyPrintAVAILABILITY() {
        AlertCondition condition = createCondition(AlertConditionCategory.AVAILABILITY,
            AlertConditionOperator.AVAIL_GOES_UP.name(), null, null, null, null);
        pretty = getPrettyAlertConditionString(condition);
        check(AlertI18NResourceKeys.ALERT_AVAILABILITY_GOES_UP);
        pretty = getShortPrettyAlertConditionString(condition);
        check(AlertI18NResourceKeys.ALERT_AVAILABILITY_GOES_UP_SHORT);

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Related Classes of org.rhq.core.domain.alert.AlertCondition

org.rhq.core.domain.alert.composite.AlertConditionAvailabilityCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionBaselineCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionChangesCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionControlCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionDriftCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionEventCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionRangeCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionResourceConfigurationCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionScheduleCategoryComposite

org.rhq.core.domain.alert.composite.AlertConditionTraitCategoryComposite

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