/** Destroys destination - should be executed when the app is uninstalled */
public void destroyReceiver(final String uriStr) {
try {
final Destination dest = DestinationFactory.getReceiverDestination(URI.create(uriStr));
if (dest != null) {
dest.destroy();
}
} catch (final Exception e) {
alertDialog(e.toString());
}
}
/**
* Creates non-blocking receiver destination (IPC) for the URI and registers a listener.
*
* @param uriStr
* @param autoStartEnabled Auto-start application on incoming messages
*/
public void startNonBlockingReceiverIPC(final String uriStr, final boolean autoStartEnabled) {
NonBlockingReceiverDestination nonBlockRecvDest = null;
try {
nonBlockRecvDest =
(NonBlockingReceiverDestination)
DestinationFactory.getReceiverDestination(URI.create(uriStr));
if (nonBlockRecvDest == null) // Not registered yet
{
final SimpleListener responseListener = new SimpleListener("NonBlockingReceiverIPC");
// Prepare the inbound destination for incoming
// messages (Inter Process Communication).
final InboundDestinationConfiguration config =
InboundDestinationConfigurationFactory.createIPCConfiguration(
autoStartEnabled, true, false);
nonBlockRecvDest =
DestinationFactory.createNonBlockingReceiverDestination(
config, URI.create(uriStr), null, responseListener);
}
} catch (final Exception e) {
alertDialog(e.toString());
}
}
/**
* Creates receiver destination (BES) for the URI and registers a listener
*
* @param uriStr URI of the receiver destination
* @param autoStartEnabled Auto start application on incoming messages
*/
public void startNonBlockingReceiverBES(final String uriStr, final boolean autoStartEnabled) {
NonBlockingReceiverDestination nonBlockRecvDest = null;
try {
nonBlockRecvDest =
(NonBlockingReceiverDestination)
DestinationFactory.getReceiverDestination(URI.create(uriStr));
if (nonBlockRecvDest == null) // Not registered yet
{
final MessageListener responseListener =
new DestinationListener("NonBlockingReceiverBES", true);
// Prepare the in-bound destination for incoming messages
// (BES/http)
final InboundDestinationConfiguration config =
InboundDestinationConfigurationFactory.createBESConfiguration(
autoStartEnabled, true, false);
nonBlockRecvDest =
DestinationFactory.createNonBlockingReceiverDestination(
config, URI.create(uriStr), responseListener);
}
} catch (final Exception e) {
alertDialog(e.toString());
}
}
/** @see Thread#run() */
public void run() {
BlockingReceiverDestination blockRecvDest = null;
try {
blockRecvDest =
(BlockingReceiverDestination)
DestinationFactory.getReceiverDestination(URI.create(_uriStr));
if (blockRecvDest == null) // Not registered yet
{
InboundDestinationConfiguration config;
// Prepare the inbound destination for incoming messages
if (_configType == InboundDestinationConfiguration.CONFIG_TYPE_BES) {
config =
InboundDestinationConfigurationFactory.createBESConfiguration(
_autoStartEnabled, true, false);
} else if (_configType == InboundDestinationConfiguration.CONFIG_TYPE_IPC) {
config =
InboundDestinationConfigurationFactory.createIPCConfiguration(
_autoStartEnabled, true, false);
} else {
throw new IllegalArgumentException(
"Invalid InboundDestinationConfiguration type! Implemented support of IPC and BES only.");
}
blockRecvDest =
DestinationFactory.createBlockingReceiverDestination(config, URI.create(_uriStr));
}
String alertString = "";
_response = blockRecvDest.receive(_timeout * 1000);
if (_response != null) {
alertString = "RECEIVED[id: " + _response.getMessageId() + "]:";
final String stringPayload = ((ByteMessage) _response).getStringPayload();
if (stringPayload != null) {
alertString += "\n" + stringPayload;
}
} else {
// No response received
alertString = "No message has been received during timeout of " + _timeout + " sec.";
}
alertDialog(alertString);
} catch (final Exception e) {
alertDialog(e.toString());
}
}
