Examples with EventDetectorDefinition com.serotonin.m2m2.module.EventDetectorDefinition used on opensource projects

Example 1 with EventDetectorDefinition

use of com.serotonin.m2m2.module.EventDetectorDefinition in project ma-core-public by infiniteautomation.

the class DataPointVO method jsonRead.

@Override
public void jsonRead(JsonReader reader, JsonObject jsonObject) throws JsonException {
    // Not reading XID so can't do this: super.jsonRead(reader, jsonObject);
    name = jsonObject.getString("name");
    enabled = jsonObject.getBoolean("enabled");
    String text = jsonObject.getString("loggingType");
    if (text != null) {
        loggingType = LOGGING_TYPE_CODES.getId(text);
        if (loggingType == -1)
            throw new TranslatableJsonException("emport.error.invalid", "loggingType", text, LOGGING_TYPE_CODES.getCodeList());
    }
    text = jsonObject.getString("intervalLoggingPeriodType");
    if (text != null) {
        intervalLoggingPeriodType = Common.TIME_PERIOD_CODES.getId(text);
        if (intervalLoggingPeriodType == -1)
            throw new TranslatableJsonException("emport.error.invalid", "intervalLoggingPeriodType", text, Common.TIME_PERIOD_CODES.getCodeList());
    }
    text = jsonObject.getString("intervalLoggingType");
    if (text != null) {
        intervalLoggingType = INTERVAL_LOGGING_TYPE_CODES.getId(text);
        if (intervalLoggingType == -1)
            throw new TranslatableJsonException("emport.error.invalid", "intervalLoggingType", text, INTERVAL_LOGGING_TYPE_CODES.getCodeList());
    }
    text = jsonObject.getString("purgeType");
    if (text != null) {
        purgeType = Common.TIME_PERIOD_CODES.getId(text);
        if (purgeType == -1)
            throw new TranslatableJsonException("emport.error.invalid", "purgeType", text, Common.TIME_PERIOD_CODES.getCodeList(TimePeriods.MILLISECONDS, TimePeriods.SECONDS, TimePeriods.MINUTES, TimePeriods.HOURS));
    }
    JsonObject locatorJson = jsonObject.getJsonObject("pointLocator");
    if (locatorJson != null)
        reader.readInto(pointLocator, locatorJson);
    JsonArray pedArray = jsonObject.getJsonArray("eventDetectors");
    if (pedArray != null) {
        for (JsonValue jv : pedArray) {
            JsonObject pedObject = jv.toJsonObject();
            String pedXid = pedObject.getString("xid");
            if (StringUtils.isBlank(pedXid))
                throw new TranslatableJsonException("emport.error.ped.missingAttr", "xid");
            // Use the ped xid to lookup an existing ped.
            AbstractEventDetectorVO<?> ped = null;
            for (AbstractPointEventDetectorVO<?> existing : eventDetectors) {
                if (StringUtils.equals(pedXid, existing.getXid())) {
                    ped = existing;
                    break;
                }
            }
            JsonArray handlerXids = pedObject.getJsonArray("handlers");
            if (handlerXids != null)
                for (int k = 0; k < handlerXids.size(); k += 1) {
                    AbstractEventHandlerVO<?> eh = EventHandlerDao.instance.getByXid(handlerXids.getString(k));
                    if (eh == null) {
                        throw new TranslatableJsonException("emport.eventHandler.missing", handlerXids.getString(k));
                    }
                }
            if (ped == null) {
                String typeStr = pedObject.getString("type");
                if (typeStr == null)
                    throw new TranslatableJsonException("emport.error.ped.missingAttr", "type");
                EventDetectorDefinition<?> def = ModuleRegistry.getEventDetectorDefinition(typeStr);
                if (def == null)
                    throw new TranslatableJsonException("emport.error.ped.invalid", "type", typeStr, ModuleRegistry.getEventDetectorDefinitionTypes());
                else {
                    ped = def.baseCreateEventDetectorVO();
                    ped.setDefinition(def);
                }
                // Create a new one
                ped.setId(Common.NEW_ID);
                ped.setXid(pedXid);
                AbstractPointEventDetectorVO<?> dped = (AbstractPointEventDetectorVO<?>) ped;
                dped.njbSetDataPoint(this);
                eventDetectors.add(dped);
            }
            reader.readInto(ped, pedObject);
        }
    }
    text = jsonObject.getString("unit");
    if (text != null) {
        unit = parseUnitString(text, "unit");
        unitString = UnitUtil.formatUcum(unit);
    }
    text = jsonObject.getString("integralUnit");
    if (text != null) {
        useIntegralUnit = true;
        integralUnit = parseUnitString(text, "integralUnit");
        integralUnitString = UnitUtil.formatUcum(integralUnit);
    }
    text = jsonObject.getString("renderedUnit");
    if (text != null) {
        useRenderedUnit = true;
        renderedUnit = parseUnitString(text, "renderedUnit");
        renderedUnitString = UnitUtil.formatUcum(renderedUnit);
    }
    text = jsonObject.getString("plotType");
    if (text != null) {
        plotType = PLOT_TYPE_CODES.getId(text);
        if (plotType == -1)
            throw new TranslatableJsonException("emport.error.invalid", "plotType", text, PLOT_TYPE_CODES.getCodeList());
    }
    // Rollup
    text = jsonObject.getString("rollup");
    if (text != null) {
        rollup = Common.ROLLUP_CODES.getId(text);
        if (rollup == -1)
            throw new TranslatableJsonException("emport.error.chart.invalid", "rollup", text, Common.ROLLUP_CODES.getCodeList());
    }
    // Simplify
    text = jsonObject.getString("simplifyType");
    if (text != null) {
        simplifyType = SIMPLIFY_TYPE_CODES.getId(text);
        if (simplifyType == -1)
            throw new TranslatableJsonException("emport.error.invalid", "simplifyType", text, SIMPLIFY_TYPE_CODES.getCodeList());
    }
    int simplifyTarget = jsonObject.getInt("simplifyTarget", Integer.MIN_VALUE);
    if (simplifyTarget != Integer.MIN_VALUE)
        this.simplifyTarget = simplifyTarget;
    double simplifyTolerance = jsonObject.getDouble("simplifyTolerance", Double.NaN);
    if (simplifyTolerance != Double.NaN)
        this.simplifyTolerance = simplifyTolerance;
}

Example 2 with EventDetectorDefinition

use of com.serotonin.m2m2.module.EventDetectorDefinition in project ma-core-public by infiniteautomation.

the class DataPointEditDwr method addEventDetector.

@DwrPermission(user = true)
public AbstractPointEventDetectorVO<?> addEventDetector(String typeName, int newId) {
    DataPointVO dp = getDataPoint();
    EventDetectorDefinition<?> definition = ModuleRegistry.getEventDetectorDefinition(typeName);
    AbstractPointEventDetectorVO<?> ped = (AbstractPointEventDetectorVO<?>) definition.baseCreateEventDetectorVO();
    ped.setXid(EventDetectorDao.instance.generateUniqueXid());
    ped.setName("");
    ped.setId(newId);
    synchronized (dp) {
        ped.setSourceId(dp.getId());
        ped.njbSetDataPoint(dp);
        dp.getEventDetectors().add(ped);
    }
    return ped;
}

Example 3 with EventDetectorDefinition

use of com.serotonin.m2m2.module.EventDetectorDefinition in project ma-core-public by infiniteautomation.

the class DataPointDwr method getEventDetectorOptions.

/**
 * Get a list of available Point Event Detectors for this point
 *
 * @param vo
 * @return
 */
@DwrPermission(user = true)
public ProcessResult getEventDetectorOptions(int dataTypeId) {
    ProcessResult response = new ProcessResult();
    List<EventDetectorDefinition<?>> definitions = ModuleRegistry.getEventDetectorDefinitions();
    List<StringStringPair> list = new ArrayList<StringStringPair>();
    for (EventDetectorDefinition<?> definition : definitions) {
        AbstractEventDetectorVO<?> vo = definition.baseCreateEventDetectorVO();
        if (vo instanceof AbstractPointEventDetectorVO) {
            AbstractPointEventDetectorVO<?> ped = (AbstractPointEventDetectorVO<?>) vo;
            if (ped.supports(dataTypeId)) {
                list.add(new StringStringPair(definition.getDescriptionKey(), definition.getEventDetectorTypeName()));
            }
        }
    }
    response.addData("options", list);
    return response;
}

Example 4 with EventDetectorDefinition

use of com.serotonin.m2m2.module.EventDetectorDefinition in project ma-core-public by infiniteautomation.

the class AbstractEventDetectorModelDeserializer method deserialize.

/* (non-Javadoc)
	 * @see com.fasterxml.jackson.databind.JsonDeserializer#deserialize(com.fasterxml.jackson.core.JsonParser, com.fasterxml.jackson.databind.DeserializationContext)
	 */
@Override
public AbstractEventDetectorModel<?> deserialize(JsonParser jp, DeserializationContext ctxt) throws IOException, JsonProcessingException {
    ObjectMapper mapper = (ObjectMapper) jp.getCodec();
    JsonNode tree = jp.readValueAsTree();
    String typeName = tree.get("detectorType").asText();
    EventDetectorDefinition<?> def = ModuleRegistry.getEventDetectorDefinition(typeName);
    if (def == null)
        throw new ModelNotFoundException(typeName);
    AbstractEventDetectorModel<?> model = (AbstractEventDetectorModel<?>) mapper.treeToValue(tree, def.getModelClass());
    model.setDefinition(def);
    return model;
}

Example 5 with EventDetectorDefinition

use of com.serotonin.m2m2.module.EventDetectorDefinition in project ma-core-public by infiniteautomation.

the class EventDetectorImporter method importImpl.

@Override
protected void importImpl() {
    String dataPointXid = json.getString("dataPointXid");
    DataPointVO dpvo;
    // Everyone is in the same thread so no synchronization on dataPointMap required.
    if (dataPointMap.containsKey(dataPointXid))
        dpvo = dataPointMap.get(dataPointXid);
    else if (StringUtils.isEmpty(dataPointXid) || (dpvo = DataPointDao.instance.getByXid(dataPointXid)) == null) {
        addFailureMessage("emport.error.missingPoint", dataPointXid);
        return;
    } else {
        dataPointMap.put(dataPointXid, dpvo);
        // We're only going to use this to house event detectors imported in the eventDetectors object.
        dpvo.setEventDetectors(new ArrayList<AbstractPointEventDetectorVO<?>>());
    }
    String typeStr = json.getString("type");
    if (typeStr == null)
        addFailureMessage("emport.error.ped.missingAttr", "type");
    EventDetectorDefinition<?> def = ModuleRegistry.getEventDetectorDefinition(typeStr);
    if (def == null) {
        addFailureMessage("emport.error.ped.invalid", "type", typeStr, ModuleRegistry.getEventDetectorDefinitionTypes());
        return;
    }
    JsonArray handlerXids = json.getJsonArray("handlers");
    if (handlerXids != null)
        for (int k = 0; k < handlerXids.size(); k += 1) {
            AbstractEventHandlerVO<?> eh = EventHandlerDao.instance.getByXid(handlerXids.getString(k));
            if (eh == null) {
                addFailureMessage("emport.eventHandler.missing", handlerXids.getString(k));
                return;
            }
        }
    AbstractEventDetectorVO<?> importing = def.baseCreateEventDetectorVO();
    importing.setDefinition(def);
    String xid = json.getString("xid");
    // Create a new one
    importing.setId(Common.NEW_ID);
    importing.setXid(xid);
    AbstractPointEventDetectorVO<?> dped = (AbstractPointEventDetectorVO<?>) importing;
    dped.njbSetDataPoint(dpvo);
    dpvo.getEventDetectors().add(dped);
    try {
        ctx.getReader().readInto(importing, json);
    // try {
    // if(Common.runtimeManager.getState() == RuntimeManager.RUNNING){
    // Common.runtimeManager.saveDataPoint(dpvo);
    // addSuccessMessage(isNew, "emport.eventDetector.prefix", xid);
    // }else{
    // addFailureMessage(new ProcessMessage("Runtime Manager not running point with xid: " + xid + " not saved."));
    // }
    // } catch(LicenseViolatedException e) {
    // addFailureMessage(new ProcessMessage(e.getErrorMessage()));
    // }
    } catch (TranslatableJsonException e) {
        addFailureMessage("emport.eventDetector.prefix", xid, e.getMsg());
    } catch (JsonException e) {
        addFailureMessage("emport.eventDetector.prefix", xid, getJsonExceptionMessage(e));
    }
}