@Override
public void jsonWrite(ObjectWriter writer) throws IOException, JsonException {
writer.writeEntry("loggingType", LOGGING_TYPE_CODES.getCode(loggingType));
writer.writeEntry(
"intervalLoggingPeriodType", Common.TIME_PERIOD_CODES.getCode(intervalLoggingPeriodType));
writer.writeEntry(
"intervalLoggingType", INTERVAL_LOGGING_TYPE_CODES.getCode(intervalLoggingType));
writer.writeEntry("purgeType", Common.TIME_PERIOD_CODES.getCode(purgeType));
writer.writeEntry("pointLocator", pointLocator);
writer.writeEntry("eventDetectors", eventDetectors);
writer.writeEntry("engineeringUnits", ENGINEERING_UNITS_CODES.getCode(engineeringUnits));
writer.writeEntry("plotType", PLOT_TYPE_CODES.getCode(plotType));
}
@Override
public void jsonRead(JsonReader reader, JsonObject jsonObject) throws JsonException {
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());
}
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.
PointEventDetectorVO ped = null;
for (PointEventDetectorVO existing : eventDetectors) {
if (StringUtils.equals(pedXid, existing.getXid())) {
ped = existing;
break;
}
}
if (ped == null) {
// Create a new one
ped = new PointEventDetectorVO();
ped.setId(Common.NEW_ID);
ped.setXid(pedXid);
ped.njbSetDataPoint(this);
eventDetectors.add(ped);
}
reader.readInto(ped, pedObject);
}
}
text = jsonObject.getString("engineeringUnits");
if (text != null) {
engineeringUnits = ENGINEERING_UNITS_CODES.getId(text);
if (engineeringUnits == -1) engineeringUnits = ENGINEERING_UNITS_DEFAULT;
}
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());
}
}
public void validate(ProcessResult response) {
if (StringUtils.isBlank(xid)) response.addContextualMessage("xid", "validate.required");
else if (StringValidation.isLengthGreaterThan(xid, 50))
response.addMessage("xid", new TranslatableMessage("validate.notLongerThan", 50));
else if (!new DataPointDao().isXidUnique(xid, id))
response.addContextualMessage("xid", "validate.xidUsed");
if (StringUtils.isBlank(name)) response.addContextualMessage("name", "validate.required");
if (!LOGGING_TYPE_CODES.isValidId(loggingType))
response.addContextualMessage("loggingType", "validate.invalidValue");
if (loggingType == DataPointVO.LoggingTypes.ON_CHANGE
&& pointLocator.getDataTypeId() == DataTypes.NUMERIC) {
if (tolerance < 0) response.addContextualMessage("tolerance", "validate.cannotBeNegative");
}
if (!Common.TIME_PERIOD_CODES.isValidId(intervalLoggingPeriodType))
response.addContextualMessage("intervalLoggingPeriodType", "validate.invalidValue");
if (intervalLoggingPeriod <= 0)
response.addContextualMessage("intervalLoggingPeriod", "validate.greaterThanZero");
if (!INTERVAL_LOGGING_TYPE_CODES.isValidId(intervalLoggingType))
response.addContextualMessage("intervalLoggingType", "validate.invalidValue");
if (purgeOverride) {
if (!Common.TIME_PERIOD_CODES.isValidId(purgeType))
response.addContextualMessage("purgeType", "validate.invalidValue");
if (purgePeriod <= 0)
response.addContextualMessage("purgePeriod", "validate.greaterThanZero");
}
if (textRenderer == null) response.addContextualMessage("textRenderer", "validate.required");
if (defaultCacheSize < 0)
response.addContextualMessage("defaultCacheSize", "validate.cannotBeNegative");
if (discardExtremeValues && discardHighLimit <= discardLowLimit)
response.addContextualMessage("discardHighLimit", "validate.greaterThanDiscardLow");
if (!StringUtils.isBlank(chartColour)) {
try {
ColorUtils.toColor(chartColour);
} catch (InvalidArgumentException e) {
response.addContextualMessage("chartColour", "validate.invalidValue");
}
}
pointLocator.validate(response, this);
// Check text renderer type
if (textRenderer != null && !textRenderer.getDef().supports(pointLocator.getDataTypeId()))
response.addGenericMessage("validate.text.incompatible");
// Check chart renderer type
if (chartRenderer != null && !chartRenderer.getDef().supports(pointLocator.getDataTypeId()))
response.addGenericMessage("validate.chart.incompatible");
// Check the plot type
if (!PLOT_TYPE_CODES.isValidId(plotType))
response.addContextualMessage("plotType", "validate.invalidValue");
if (plotType != PlotTypes.STEP && pointLocator.getDataTypeId() != DataTypes.NUMERIC)
response.addContextualMessage("plotType", "validate.invalidValue");
}