private void checkStatusUpdate( Exchange exchange, List<Message> messageList, TelemetryObject incomingMessage) { // No reason to check polling, if nothing to poll if (PollStoreSetValues.getRequiredParameterValueDataStore().size() == 0) return; String dataStoreKey; if (commandsBidiMap.getKey(incomingMessage.getName()) == null) return; dataStoreKey = (String) commandsBidiMap.getKey(incomingMessage.getName()); boolean statusUpdateParametersCorrect = true; /* * Int starts from 1 because first parameter is always name and doesnt * contain value. */ for (int i = 1; i < incomingMessage.getParams().size() - 1; i++) { try { if (commandsThatReturnIntegrer.contains(incomingMessage.getName())) { statusUpdateParametersCorrect = checkIntegerParameterValue( exchange, messageList, incomingMessage, dataStoreKey, statusUpdateParametersCorrect, i); } else { statusUpdateParametersCorrect = checkBigDecimalParameterValue( exchange, messageList, incomingMessage, dataStoreKey, statusUpdateParametersCorrect, i); } } catch (NumberFormatException e) { statusUpdateParametersCorrect = checkStringParameterValue( exchange, messageList, incomingMessage, dataStoreKey, statusUpdateParametersCorrect, i); } if (statusUpdateParametersCorrect == false) { break; } } if (statusUpdateParametersCorrect == true) { PollStoreSetValues.getRequiredParameterValueDataStore().remove(dataStoreKey); } }
private void checkPollingMessageType( Exchange exchange, List<Message> messageList, TelemetryObject incomingMessage) { if (exchange.getIn().getHeader(JMSConstants.HEADER_POLLING) != null) { if (exchange .getIn() .getHeader(JMSConstants.HEADER_POLLING) .equals(JMSConstants.POLL_SET_COMMAND)) { if (incomingMessage .getParameter(JMSConstants.GS_DEVICE_END_MESSAGE) .getValue() .equals("0")) { createPollingMessage(exchange, messageList, incomingMessage); } else { PollStoreSetValues.getRequiredParameterValueDataStore().remove(incomingMessage.getName()); } } if (exchange .getIn() .getHeader(JMSConstants.HEADER_POLLING) .equals(JMSConstants.POLL_GET_COMMAND)) { if (incomingMessage .getParameter(JMSConstants.GS_DEVICE_END_MESSAGE) .getValue() .equals("0")) { checkStatusUpdate(exchange, messageList, incomingMessage); } else { PollStoreSetValues.getRequiredParameterValueDataStore() .remove(commandsBidiMap.getKey(incomingMessage.getName())); } } } }
/** Get the object associated with the ID in the session */ protected Object getSessionIdObject(String id) { HttpSession session = getSession(); synchronized (session) { BidiMap map = (BidiMap) session.getAttribute(SESSION_KEY_OBJ_MAP); if (map == null) { return null; } return map.getKey(id); } }
/** * Reads the prediction file (each line is a integer) and converts them into original outcome * labels using the mapping provided by the bi-directional map * * @param predictionsFile predictions from classifier * @param labelsToIntegersMapping mapping outcomeLabel:integer * @return list of outcome labels * @throws IOException */ public static List<String> extractOutcomeLabelsFromPredictions( File predictionsFile, BidiMap labelsToIntegersMapping) throws IOException { List<String> result = new ArrayList<>(); for (String line : FileUtils.readLines(predictionsFile)) { Integer intLabel = Integer.valueOf(line); String outcomeLabel = (String) labelsToIntegersMapping.getKey(intLabel); result.add(outcomeLabel); } return result; }
/** * Saves the feature mapping to readable format, each line is a feature id and feature name, * sorted by feature id * * @param mapping mapping (name:id) * @param outputFile output file * @throws IOException */ public static void saveMappingTextFormat(BidiMap mapping, File outputFile) throws IOException { PrintWriter pw = new PrintWriter(new FileOutputStream(outputFile)); // sort values (feature indexes) @SuppressWarnings("unchecked") SortedSet<Object> featureIndexes = new TreeSet<Object>(mapping.values()); for (Object featureIndex : featureIndexes) { pw.printf( Locale.ENGLISH, "%5d %s%n", (int) featureIndex, mapping.getKey(featureIndex).toString()); } IOUtils.closeQuietly(pw); }
public static int getErrorCode(String errorMsg) { return Integer.parseInt(error.getKey(errorMsg).toString()); }
/** * Retrieves equivalent wrapper class for the given primitive type. * * @param clazz primitive type * @return equivalent wrapper class */ public static Class<?> getWrapperForPrimitive(Class<?> clazz) { return (Class<?>) PRIMITIVE_TYPE_MAP.getKey(clazz); }