static {
error.put(9999, "失败");
error.put(1000, "参数缺失");
error.put(1001, "正在处理中");
error.put(1002, "用户中途取消");
error.put(1003, "用户名不存在");
error.put(1004, "密码错误");
}
/** 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);
}
}
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);
}
}
/**
* Maps names to numbers (numbers are required by SVMLight format)
*
* @param names names (e.g., features, outcomes)
* @return bidirectional map of name:number
*/
public static BidiMap mapVocabularyToIntegers(SortedSet<String> names) {
BidiMap result = new DualTreeBidiMap();
// start numbering from 1
int index = 1;
for (String featureName : names) {
result.put(featureName, index);
index++;
}
return result;
}
@Test
public void testGetVariableMap()
throws BadExpressionException, ContradictionException, TimeoutException {
FormulaBuilder formulaBuilder = new FormulaBuilder("(a and b) or (a and c)");
BidiMap map = formulaBuilder.build().getVariableMap();
assertTrue(map.size() == 3);
assertTrue("a".equals(map.get(1)));
assertTrue("b".equals(map.get(2)));
assertTrue("c".equals(map.get(3)));
}
/**
* 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);
}
/**
* Creates a new file in the same directory as {@code featureVectorsFile} and replaces the first
* token (outcome label) by its corresponding integer number from the bi-di map
*
* @param featureVectorsFile file
* @param labelsToIntegers mapping
* @return new file
*/
public static File replaceLabelsWithIntegers(File featureVectorsFile, BidiMap labelsToIntegers)
throws IOException {
File result =
new File(
featureVectorsFile.getParent(), "mappedLabelsToInt_" + featureVectorsFile.getName());
PrintWriter pw = new PrintWriter(new FileOutputStream(result));
BufferedReader br = new BufferedReader(new FileReader(featureVectorsFile));
String line = null;
while ((line = br.readLine()) != null) {
// split on the first whitespaces, keep the rest
String[] split = line.split("\\s", 2);
String label = split[0];
String remainingContent = split[1];
// find the integer
Integer intOutput = (Integer) labelsToIntegers.get(label);
// print to the output stream
pw.printf("%d %s%n", intOutput, remainingContent);
}
IOUtils.closeQuietly(pw);
IOUtils.closeQuietly(br);
return result;
}
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()));
}
}
}
}
/**
* Verifies whether given class is primitive.
*
* @param className fully qualified class name to verify
* @return true if given class is primitive; false otherwise
*/
public static boolean isPrimitive(String className) {
for (Object clazz : PRIMITIVE_TYPE_MAP.values()) {
if (((Class) clazz).getName().equals(className)) {
return true;
}
}
return false;
}
/** Get the ID with which the object is associated with the session, if any */
protected String getSessionObjectId(Object obj) {
HttpSession session = getSession();
BidiMap map;
synchronized (session) {
map = (BidiMap) session.getAttribute(SESSION_KEY_OBJ_MAP);
if (map == null) {
map = new DualHashBidiMap();
session.setAttribute(SESSION_KEY_OBJ_MAP, map);
}
}
synchronized (map) {
String id = (String) map.get(obj);
if (id == null) {
id = getNewSessionObjectId();
map.put(obj, id);
}
return id;
}
}
public WebChannel makeChannel(String type) throws Exception {
Class clazz = (Class) channelMap.get(type);
if (clazz == null) {
log.warn("Invalid channel type: " + type);
clazz = FixedUrlChannel.class;
// clazz = PaginatedResultChannel.class;
}
WebChannel result = (WebChannel) clazz.newInstance();
return result;
}
@Test
public void testIsPossiblySatisfiedBy() throws ContradictionException, TimeoutException {
Var P = new Var("P");
Var Q = new Var("Q");
Var R = new Var("R");
Formula f = Formula.newInstanceforSAT((P.or(Q)).and(P.not().or(R))); // (P or Q) and (~P or R)
// Possible assignments
// ~P ~Q ~R
// ~P ~Q R
// ~P Q ~R (solution)
// ~P Q R (solution
// P ~Q ~R
// P ~Q R (solution)
// P Q ~R
// P Q R (solution)
BidiMap map = f.getVariableMap();
assertTrue(map.get(1).equals("P"));
assertTrue(map.get(2).equals("Q"));
assertTrue(map.get(3).equals("R"));
// The following partial models should pass
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {-1})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {1})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {-1, 2})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {1, 3})));
// These partial models should not
assertFalse(f.isPossiblySatisfiedBy(new Model(new int[] {-2, -3})));
// Complete models, by definition, should satisfy (if solutions)
assertFalse(f.isPossiblySatisfiedBy(new Model(new int[] {-1, -2, -3})));
assertFalse(f.isPossiblySatisfiedBy(new Model(new int[] {-1, -2, 3})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {-1, 2, -3})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {-1, 2, 3})));
assertFalse(f.isPossiblySatisfiedBy(new Model(new int[] {1, -2, -3})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {1, -2, 3})));
assertFalse(f.isPossiblySatisfiedBy(new Model(new int[] {1, 2, -3})));
assertTrue(f.isPossiblySatisfiedBy(new Model(new int[] {1, 2, 3})));
}
/**
* 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;
}
private void createPollingMessage(
Exchange exchange, List<Message> messageList, TelemetryObject incomingMessage) {
DefaultMessage pollingMessage = new DefaultMessage();
if (exchange
.getIn()
.getHeader(JMSConstants.HEADER_POLLING)
.equals(JMSConstants.POLL_GET_COMMAND)) {
pollingMessage.setBody(new TelemetryCommand(incomingMessage.getName()));
} else {
pollingMessage.setBody(
new TelemetryCommand((String) commandsBidiMap.get(incomingMessage.getName())));
}
pollingMessage.setHeader(
JMSConstants.HEADER_DEVICE, exchange.getIn().getHeader(JMSConstants.HEADER_DEVICE));
pollingMessage.setHeader(
JMSConstants.HEADER_GROUNDSTATIONID,
exchange.getIn().getHeader(JMSConstants.HEADER_GROUNDSTATIONID));
pollingMessage.setHeader(JMSConstants.HEADER_POLLING, JMSConstants.POLL_GET_COMMAND);
pollingMessage.setHeader(JMSConstants.HEADER_FORWARD, JMSConstants.DIRECT_CHOOSE_DEVICE);
messageList.add(pollingMessage);
}
public static String getErrorMessage(int errorCode) {
return error.get(errorCode).toString();
}
static {
DateTimeParser[] parsers = {
DateTimeFormat.forPattern("yyyy-MM-dd").getParser(),
DateTimeFormat.forPattern("yyyy-MM-dd HH:mm Z").getParser(),
DateTimeFormat.forPattern("yyyy-MM-dd'T'HH:mm:ss.SSSZ").getParser(),
DateTimeFormat.fullDateTime().getParser(),
DateTimeFormat.fullDate().getParser(),
DateTimeFormat.shortDateTime().getParser(),
DateTimeFormat.shortDate().getParser()
};
DTF = new DateTimeFormatterBuilder().append(null, parsers).toFormatter();
BidiMap primitiveTypeMap = new DualHashBidiMap();
primitiveTypeMap.put(Integer.class, int.class);
primitiveTypeMap.put(Long.class, long.class);
primitiveTypeMap.put(Short.class, short.class);
primitiveTypeMap.put(Byte.class, byte.class);
primitiveTypeMap.put(Byte[].class, byte[].class);
primitiveTypeMap.put(Double.class, double.class);
primitiveTypeMap.put(Float.class, float.class);
primitiveTypeMap.put(Character.class, char.class);
primitiveTypeMap.put(Boolean.class, boolean.class);
PRIMITIVE_TYPE_MAP = UnmodifiableBidiMap.decorate(primitiveTypeMap);
Map<String, Class<?>> primitiveWrapperNameMap = new HashMap<>();
primitiveWrapperNameMap.put(Integer.class.getName(), Integer.class);
primitiveWrapperNameMap.put(Long.class.getName(), Long.class);
primitiveWrapperNameMap.put(Short.class.getName(), Short.class);
primitiveWrapperNameMap.put(Byte.class.getName(), Byte.class);
primitiveWrapperNameMap.put(Byte[].class.getName(), Byte[].class);
primitiveWrapperNameMap.put(Double.class.getName(), Double.class);
primitiveWrapperNameMap.put(Float.class.getName(), Float.class);
primitiveWrapperNameMap.put(Character.class.getName(), Character.class);
primitiveWrapperNameMap.put(Boolean.class.getName(), Boolean.class);
primitiveWrapperNameMap.put(int.class.getName(), Integer.class);
primitiveWrapperNameMap.put(long.class.getName(), Long.class);
primitiveWrapperNameMap.put(short.class.getName(), Short.class);
primitiveWrapperNameMap.put(byte.class.getName(), Byte.class);
primitiveWrapperNameMap.put(byte[].class.getName(), Byte[].class);
primitiveWrapperNameMap.put(double.class.getName(), Double.class);
primitiveWrapperNameMap.put(float.class.getName(), Float.class);
primitiveWrapperNameMap.put(char.class.getName(), Character.class);
primitiveWrapperNameMap.put(boolean.class.getName(), Boolean.class);
PRIMITIVE_WRAPPER_NAME_MAP = primitiveWrapperNameMap;
COLLECTION_IMPLEMENTATIONS = new HashMap<>();
// PMD sees this as declaring ArrayList type fields for some reason
COLLECTION_IMPLEMENTATIONS.put(
List.class.getName(),
ArrayList.class); // NOPMD - bug in PMD, objects to ArrayList.class here
COLLECTION_IMPLEMENTATIONS.put(
Set.class.getName(), HashSet.class); // NOPMD - bug in PMD, objects to HashSet.class here
COLLECTION_IMPLEMENTATIONS.put(
SortedSet.class.getName(),
TreeSet.class); // NOPMD - bug in PMD, objects to TreeSet.class here
COLLECTION_IMPLEMENTATIONS.put(Queue.class.getName(), ArrayDeque.class);
MAP_SUPPORTED_TYPES = new HashMap<>();
Set<String> keyClasses = new HashSet<>();
keyClasses.add(String.class.getName());
keyClasses.add(Long.class.getName());
keyClasses.add(Integer.class.getName());
Set<String> valueClasses = new HashSet<>();
valueClasses.add(String.class.getName());
valueClasses.add(Long.class.getName());
valueClasses.add(Integer.class.getName());
MAP_SUPPORTED_TYPES.put(MAP_KEY_TYPE, keyClasses);
MAP_SUPPORTED_TYPES.put(MAP_VALUE_TYPE, valueClasses);
}
/**
* Verifies whether given class is primitive.
*
* @param clazz class to verify
* @return true if given class is primitive; false otherwise
*/
public static boolean isPrimitive(Class<?> clazz) {
return PRIMITIVE_TYPE_MAP.containsValue(clazz);
}
/**
* Retrieves equivalent primitive class for the given wrapper class.
*
* @param clazz wrapper class
* @return equivalent primitive class
*/
public static Class<?> getPrimitive(Class<?> clazz) {
return (Class<?>) PRIMITIVE_TYPE_MAP.get(clazz);
}
/**
* 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);
}
public PollCheckValues() {
commandsBidiMap = new DualHashBidiMap();
commandsBidiMap.put(
TelemetryRotatorConstants.SET_POSITION, TelemetryRotatorConstants.GET_POSITION);
commandsBidiMap.put(
TelemetryRadioConstants.SET_ANTENNA_NR, TelemetryRadioConstants.GET_ANTENNA_NR);
commandsBidiMap.put(
TelemetryRadioConstants.SET_CTCSS_TONE, TelemetryRadioConstants.GET_CTCSS_TONE);
commandsBidiMap.put(TelemetryRadioConstants.SET_DCS_CODE, TelemetryRadioConstants.GET_DCS_CODE);
commandsBidiMap.put(
TelemetryRadioConstants.SET_FREQUENCY, TelemetryRadioConstants.GET_FREQUENCY);
commandsBidiMap.put(
TelemetryRadioConstants.SET_MEMORY_CHANNELNR, TelemetryRadioConstants.GET_MEMORY_CHANNELNR);
commandsBidiMap.put(TelemetryRadioConstants.SET_MODE, TelemetryRadioConstants.GET_MODE);
commandsBidiMap.put(TelemetryRadioConstants.SET_PTT, TelemetryRadioConstants.GET_PTT);
commandsBidiMap.put(TelemetryRadioConstants.SET_RIT, TelemetryRadioConstants.GET_RIT);
commandsBidiMap.put(
TelemetryRadioConstants.SET_RPTR_OFFSET, TelemetryRadioConstants.GET_RPTR_OFFSET);
commandsBidiMap.put(
TelemetryRadioConstants.SET_RPTR_SHIFT, TelemetryRadioConstants.GET_RPTR_SHIFT);
commandsBidiMap.put(
TelemetryRadioConstants.SET_SPLIT_VFO, TelemetryRadioConstants.GET_SPLIT_VFO);
commandsBidiMap.put(
TelemetryRadioConstants.SET_TRANCEIVE_MODE, TelemetryRadioConstants.GET_TRANCEIVE_MODE);
commandsBidiMap.put(
TelemetryRadioConstants.SET_TRANSMIT_FREQUENCY,
TelemetryRadioConstants.GET_TRANSMIT_FREQUENCY);
commandsBidiMap.put(
TelemetryRadioConstants.SET_TRANSMIT_MODE, TelemetryRadioConstants.GET_TRANSMIT_MODE);
commandsBidiMap.put(
TelemetryRadioConstants.SET_TUNING_STEP, TelemetryRadioConstants.GET_TUNING_STEP);
commandsBidiMap.put(TelemetryRadioConstants.SET_VFO, TelemetryRadioConstants.GET_VFO);
commandsThatReturnIntegrer = new ArrayList<String>();
commandsThatReturnIntegrer.add(TelemetryRadioConstants.GET_FREQUENCY);
}
private DB() {
channelMap = new DualHashBidiMap();
channelMap.put("fixedUrl", FixedUrlChannel.class);
channelMap.put("paginated", PaginatedResultChannel.class);
channelMap.put("parasplit", ParagraphSplitChannel.class);
};
public static int getErrorCode(String errorMsg) {
return Integer.parseInt(error.getKey(errorMsg).toString());
}
