public void sendMessage(
CellMessage msg, boolean local, boolean remote, CellMessageAnswerable callback, long timeout)
throws SerializationException {
if (!msg.isStreamMode()) {
msg.touch();
}
msg.setTtl(timeout);
EventLogger.sendBegin(this, msg, "callback");
UOID uoid = msg.getUOID();
boolean success = false;
try {
CellLock lock = new CellLock(msg, callback, timeout);
synchronized (_waitHash) {
_waitHash.put(uoid, lock);
}
__cellGlue.sendMessage(this, msg, local, remote);
success = true;
} catch (NoRouteToCellException e) {
if (callback != null) {
callback.exceptionArrived(msg, e);
}
} finally {
if (!success) {
synchronized (_waitHash) {
_waitHash.remove(uoid);
}
EventLogger.sendEnd(msg);
}
}
}
public CellMessage sendAndWait(CellMessage msg, boolean local, boolean remote, long timeout)
throws SerializationException, NoRouteToCellException, InterruptedException {
if (!msg.isStreamMode()) {
msg.touch();
}
msg.setTtl(timeout);
EventLogger.sendBegin(this, msg, "blocking");
UOID uoid = msg.getUOID();
try {
CellLock lock = new CellLock();
synchronized (_waitHash) {
_waitHash.put(uoid, lock);
}
LOGGER.trace("sendAndWait : adding to hash : {}", uoid);
__cellGlue.sendMessage(this, msg, local, remote);
//
// because of a linux native thread problem with
// wait(n > 0), we have to use a interruptedFlag
// and the time messurement.
//
synchronized (lock) {
long start = System.currentTimeMillis();
while (lock.getObject() == null && timeout > 0) {
lock.wait(timeout);
timeout -= (System.currentTimeMillis() - start);
}
}
CellMessage answer = (CellMessage) lock.getObject();
if (answer == null) {
return null;
}
answer = answer.decode();
Object obj = answer.getMessageObject();
if (obj instanceof NoRouteToCellException) {
throw (NoRouteToCellException) obj;
} else if (obj instanceof SerializationException) {
throw (SerializationException) obj;
}
return answer;
} finally {
synchronized (_waitHash) {
_waitHash.remove(uoid);
}
EventLogger.sendEnd(msg);
}
}
public void sendMessage(CellMessage msg, boolean locally, boolean remotely)
throws SerializationException, NoRouteToCellException {
if (!msg.isStreamMode()) {
msg.touch();
}
EventLogger.sendBegin(this, msg, "async");
try {
__cellGlue.sendMessage(this, msg, locally, remotely);
} finally {
EventLogger.sendEnd(msg);
}
}
@Override
public void innerRun() {
try (CDC ignored = _lock.getCdc().restore()) {
CellMessageAnswerable callback = _lock.getCallback();
CellMessage answer;
Object obj;
try {
answer = _message.decode();
obj = answer.getMessageObject();
} catch (SerializationException e) {
LOGGER.warn(e.getMessage());
obj = e;
answer = null;
}
EventLogger.sendEnd(_lock.getMessage());
if (obj instanceof Exception) {
callback.exceptionArrived(_lock.getMessage(), (Exception) obj);
} else {
callback.answerArrived(_lock.getMessage(), answer);
}
LOGGER.trace("addToEventQueue : callback done for : {}", _message);
}
}
public <T extends Message> List<DeliveryAddress> validateMessageRecipients(MessageWrapper<T> msg)
throws InvalidAddressException {
LinkedList<DeliveryAddress> outList = new LinkedList<DeliveryAddress>();
// Ok Here we go
Set<String> validServices = services.getServiceNames();
Set<Recipient> sendTo = msg.getMessage().getHeader().getRecipientsList();
Iterator<Recipient> itr = sendTo.iterator();
while (itr.hasNext()) {
Recipient r = itr.next();
DeliveryAddress adr = r.getDeliveryAddress();
AddressType type = adr.getAddressType();
if (type == null) {
InvalidAddressException exp =
new InvalidAddressException("Recipient passed with unknown/type");
eventLogger.logUserExceptionEvent("validateMessageRecipients", exp);
throw exp;
}
switch (type) {
case Physical:
{
PhysicalAddress a = adr.getPhysicalAddress();
if (!validServices.contains(a.getServiceId())) {
outList.add(adr);
}
break;
}
case Group:
{
// TODO: Should we do a deep validation? - For not no - We
// assume Group integrity
if (groupMgr.findGroup(adr.getGroupAddress().getName()) == null) {
outList.add(adr);
}
break;
}
case Party:
{
// TODO: Should we do a deep Validation? - For not no - We
// assume user integrity;
if (userMgr.findUser(adr.getPartyAddress().getName()) == null) {
outList.add(adr);
}
break;
}
default:
{
outList.add(adr);
}
}
}
// Loop Address - Switch by type
return outList;
}
private void preparePlayer(boolean playWhenReady) {
if (player == null) {
player = new DemoPlayer(getRendererBuilder());
player.addListener(this);
player.setCaptionListener(this);
player.setMetadataListener(this);
player.seekTo(playerPosition);
playerNeedsPrepare = true;
mediaController.setMediaPlayer(player.getPlayerControl());
mediaController.setEnabled(true);
eventLogger = new EventLogger();
eventLogger.startSession();
player.addListener(eventLogger);
player.setInfoListener(eventLogger);
player.setInternalErrorListener(eventLogger);
debugViewHelper = new DebugTextViewHelper(player, debugTextView);
debugViewHelper.start();
}
if (playerNeedsPrepare) {
player.prepare();
playerNeedsPrepare = false;
updateButtonVisibilities();
}
player.setSurface(surfaceView.getHolder().getSurface());
player.setPlayWhenReady(playWhenReady);
}
public Integer createUpdate(Integer executorId,
BillingProcessConfigurationDTO dto) {
configuration = configurationDas.findByEntity(dto.getEntity());
if (configuration != null) {
if (!configuration.getGenerateReport().equals(
dto.getGenerateReport())) {
eLogger.audit(executorId, null,
Constants.TABLE_BILLING_PROCESS_CONFIGURATION,
configuration.getId(),
EventLogger.MODULE_BILLING_PROCESS,
EventLogger.ROW_UPDATED, new Integer(configuration
.getGenerateReport()), null, null);
configuration.setGenerateReport(dto.getGenerateReport());
configuration
.setReviewStatus(dto.getGenerateReport() == 1 ? Constants.REVIEW_STATUS_GENERATED
: Constants.REVIEW_STATUS_APPROVED);
} else {
eLogger.audit(executorId, null,
Constants.TABLE_BILLING_PROCESS_CONFIGURATION,
configuration.getId(),
EventLogger.MODULE_BILLING_PROCESS,
EventLogger.ROW_UPDATED, null, null, null);
}
configuration.setNextRunDate(dto.getNextRunDate());
} else {
configuration = configurationDas.create(dto.getEntity(), dto
.getNextRunDate(), dto.getGenerateReport());
}
configuration.setDaysForReport(dto.getDaysForReport());
configuration.setDaysForRetry(dto.getDaysForRetry());
configuration.setPeriodUnit(dto.getPeriodUnit());
configuration.setDueDateUnitId(dto.getDueDateUnitId());
configuration.setDueDateValue(dto.getDueDateValue());
configuration.setDfFm(dto.getDfFm());
configuration.setOnlyRecurring(dto.getOnlyRecurring());
configuration.setInvoiceDateProcess(dto.getInvoiceDateProcess());
configuration.setAutoPaymentApplication(dto.getAutoPaymentApplication());
configuration.setMaximumPeriods(dto.getMaximumPeriods());
configuration.setLastDayOfMonth(dto.getLastDayOfMonth());
configuration.setProratingType(dto.getProratingType());
return configuration.getId();
}
private void releasePlayer() {
if (player != null) {
debugViewHelper.stop();
debugViewHelper = null;
playerPosition = player.getCurrentPosition();
player.release();
player = null;
eventLogger.endSession();
eventLogger = null;
}
}
public void setReviewApproval(Integer executorId, boolean flag) {
eLogger.audit(executorId, null,
Constants.TABLE_BILLING_PROCESS_CONFIGURATION, configuration
.getId(), EventLogger.MODULE_BILLING_PROCESS,
EventLogger.ROW_UPDATED, configuration.getReviewStatus(), null,
null);
configuration.setReviewStatus(flag ? Constants.REVIEW_STATUS_APPROVED
: Constants.REVIEW_STATUS_DISAPPROVED);
}
@Override
public void innerRun() {
EventLogger.queueEnd(_event);
if (_event instanceof LastMessageEvent) {
LOGGER.trace("messageThread : LastMessageEvent arrived");
_cell.messageArrived((MessageEvent) _event);
} else if (_event instanceof RoutedMessageEvent) {
LOGGER.trace("messageThread : RoutedMessageEvent arrived");
_cell.messageArrived((RoutedMessageEvent) _event);
} else if (_event instanceof MessageEvent) {
MessageEvent msgEvent = (MessageEvent) _event;
LOGGER.trace("messageThread : MessageEvent arrived");
CellMessage msg;
try {
msg = msgEvent.getMessage().decode();
} catch (SerializationException e) {
CellMessage envelope = msgEvent.getMessage();
LOGGER.error(
String.format(
"Discarding a malformed message from %s with UOID %s and session [%s]: %s",
envelope.getSourcePath(),
envelope.getUOID(),
envelope.getSession(),
e.getMessage()),
e);
return;
}
CDC.setMessageContext(msg);
try {
LOGGER.trace("messageThread : delivering message: {}", msg);
_cell.messageArrived(new MessageEvent(msg));
LOGGER.trace("messageThread : delivering message done: {}", msg);
} catch (RuntimeException e) {
if (!msg.isReply()) {
try {
msg.revertDirection();
msg.setMessageObject(e);
sendMessage(msg);
} catch (NoRouteToCellException f) {
LOGGER.error("PANIC : Problem returning answer: {}", f);
}
}
throw e;
} finally {
CDC.clearMessageContext();
}
}
}
public int updateWaitQueue() {
Collection<CellLock> expired = new ArrayList<>();
long now = System.currentTimeMillis();
int size;
synchronized (_waitHash) {
Iterator<CellLock> i = _waitHash.values().iterator();
while (i.hasNext()) {
CellLock lock = i.next();
if (lock != null && !lock.isSync() && lock.getTimeout() < now) {
expired.add(lock);
i.remove();
}
}
size = _waitHash.size();
}
//
// _waitHash can't be used here. Otherwise
// we will end up in a deadlock (NO LOCKS WHILE CALLING CALLBACKS)
//
for (CellLock lock : expired) {
try {
CellMessage envelope = lock.getMessage();
EventLogger.sendEnd(envelope);
lock.getCallback().answerTimedOut(envelope);
} catch (RuntimeException e) {
/* Don't let a problem in the callback prevent us from
* expiring all messages.
*/
Thread t = Thread.currentThread();
t.getUncaughtExceptionHandler().uncaughtException(t, e);
}
}
return size;
}
public DeliverMessageTask(CellEvent event) {
_event = event;
EventLogger.queueBegin(_event);
}
/**
* @param adr
* @param addressMap
* @param exclude - Set of Delivery addresses already seen to avoid loops
* @param msg - The Message wrapper for context dependent addressing
*/
public <T extends Message> void resolveAddress(
DeliveryAddress adr,
HashMap<String, List<PhysicalAddress>> addressMap,
Set<DeliveryAddress> exclude,
MessageWrapper<T> msg,
Recipient r) {
if (!exclude.contains(adr)) {
exclude.add(adr);
AddressType type = adr.getAddressType();
if (type == null) {
eventLogger.logSummaryEvent(
LogEntryType.User_SendMessage,
EventLevel.warn,
"resolveAddress",
"RecipientAddress Type Unknown",
"Recipient passed with unknown/type");
return;
}
switch (adr.getAddressType()) {
case Physical:
{
PhysicalAddress a = adr.getPhysicalAddress();
List<PhysicalAddress> list = addressMap.get(a.getServiceId());
if (list == null) {
list = new LinkedList<PhysicalAddress>();
addressMap.put(a.getServiceId(), list);
}
list.add(a);
break;
}
case Group:
{
DeliveryGroup grp = groupMgr.findGroup(adr.getGroupAddress().getName());
if (grp != null) {
// Loop the group
LinkedList<DeliveryAddress> grpList = grp.getGroup();
Iterator<DeliveryAddress> itr = grpList.iterator();
while (itr.hasNext()) {
resolveAddress(itr.next(), addressMap, exclude, msg, r);
}
}
break;
}
case Party:
{
UserContactInfo userInfo = userMgr.findUser(adr.getPartyAddress().getName());
if (userInfo != null) {
// TODO Extend for context and better address selection - ay need more context for the
// operation.
// TODO Extend for presence
// Resolve the user preferred address
PhysicalAddress a = userInfo.getPreferredAddress();
List<PhysicalAddress> list = addressMap.get(a.getServiceId());
if (list == null) {
list = new LinkedList<PhysicalAddress>();
addressMap.put(a.getServiceId(), list);
}
list.add(a);
}
break;
}
}
}
}
public void send(final LoveLetter letter) {
eventLogger.sentLoveLetter();
}
public void send(final GreetingLetter letter) {
eventLogger.sentGreetingLetter();
}
private void init() {
eLogger = EventLogger.getInstance();
configurationDas = new BillingProcessConfigurationDAS();
}