@DELETE
@Path("{token}")
public Response unregisterInstallations(
@PathParam("token") String token, @Context HttpServletRequest request) {
// find the matching variation:
final Variant variant = loadVariantWhenAuthorized(request);
if (variant == null) {
return appendAllowOriginHeader(
Response.status(Status.UNAUTHORIZED)
.header("WWW-Authenticate", "Basic realm=\"AeroGear UnifiedPush Server\"")
.entity("Unauthorized Request"),
request);
}
// look up all installations (with same token) for the given variant:
Installation installation =
clientInstallationService.findInstallationForVariantByDeviceToken(
variant.getVariantID(), token);
if (installation == null) {
return appendAllowOriginHeader(Response.status(Status.NOT_FOUND), request);
} else {
logger.log(Level.INFO, "Deleting metadata Installation");
// remove
clientInstallationService.removeInstallation(installation);
}
return appendAllowOriginHeader(Response.noContent(), request);
}
@POST
@Consumes(MediaType.APPLICATION_JSON)
public Response registerInstallation(Installation entity, @Context HttpServletRequest request) {
// find the matching variation:
final Variant variant = loadVariantWhenAuthorized(request);
if (variant == null) {
return appendAllowOriginHeader(
Response.status(Status.UNAUTHORIZED)
.header("WWW-Authenticate", "Basic realm=\"AeroGear UnifiedPush Server\"")
.entity("Unauthorized Request"),
request);
}
// Poor validation: We require the Token! And the 'simplePushEndpoint' for SimplePush clients!
if (entity.getDeviceToken() == null
|| (variant.getType() == VariantType.SIMPLE_PUSH
&& entity.getSimplePushEndpoint() == null)) {
return appendAllowOriginHeader(Response.status(Status.BAD_REQUEST), request);
}
// look up all installations (with same token) for the given variant:
Installation installation =
clientInstallationService.findInstallationForVariantByDeviceToken(
variant.getVariantID(), entity.getDeviceToken());
// Needed for the Admin UI Only. Help for setting up Routes
entity.setPlatform(variant.getType().getTypeName());
// The 'mobile application' on the device/client was launched.
// If the installation is already in the DB, let's update the metadata,
// otherwise we register a new installation:
logger.log(Level.FINEST, "Mobile Application on device was launched");
// new device/client ?
if (installation == null) {
logger.log(Level.FINEST, "Performing new device/client registration");
// store the installation:
clientInstallationService.addInstallation(variant.getType(), entity);
// add installation to the matching variant
genericVariantService.addInstallation(variant, entity);
} else {
// We only update the metadata, if the device is enabled:
if (installation.isEnabled()) {
logger.log(Level.FINEST, "Updating received metadata for an 'enabled' installation");
// update the entity:
clientInstallationService.updateInstallation(installation, entity);
}
}
return appendAllowOriginHeader(Response.ok(entity), request);
}
/**
* Sends APNs notifications ({@link UnifiedPushMessage}) to all devices, that are represented by
* the {@link Collection} of tokens for the given {@link iOSVariant}.
*
* @param iOSVariant the logical construct, needed to lookup the certificate and the passphrase.
* @param tokens collection of tokens, representing actual iOS devices
* @param pushMessage the payload to be submitted
*/
public void sendPushMessage(
iOSVariant iOSVariant, Collection<String> tokens, UnifiedPushMessage pushMessage) {
// no need to send empty list
if (tokens.isEmpty()) {
return;
}
PayloadBuilder builder =
APNS.newPayload()
// adding recognized key values
.alertBody(pushMessage.getAlert()) // alert dialog, in iOS
.badge(pushMessage.getBadge()) // little badge icon update;
.sound(pushMessage.getSound()); // sound to be played by app
// apply the 'content-available:1' value:
if (pushMessage.isContentAvailable()) {
// content-available:1 is (with iOS7) not only used
// Newsstand, however 'notnoop' names it this way (legacy)...
builder = builder.forNewsstand();
}
builder = builder.customFields(pushMessage.getData()); // adding other (submitted) fields
final String apnsMessage = builder.build(); // build the JSON payload, for APNs
ApnsService service = buildApnsService(iOSVariant);
if (service != null) {
try {
logger.fine(String.format("Sending transformed APNs payload: '%s' ", apnsMessage));
// send:
service.start();
Date expireDate = createFutureDateBasedOnTTL(pushMessage.getTimeToLive());
service.push(tokens, apnsMessage, expireDate);
// after sending, let's ask for the inactive tokens:
final Set<String> inactiveTokens = service.getInactiveDevices().keySet();
// transform the tokens to be all lower-case:
final Set<String> transformedTokens = lowerCaseAllTokens(inactiveTokens);
// trigger asynchronous deletion:
clientInstallationService.removeInstallationsForVariantByDeviceTokens(
iOSVariant.getVariantID(), transformedTokens);
} catch (RuntimeException e) {
logger.log(Level.SEVERE, "Error sending messages to APN server", e);
} finally {
// tear down and release resources:
service.stop();
}
} else {
logger.severe("No certificate was found. Could not send messages to APNs");
}
}
/**
* Receives request for processing a {@link UnifiedPushMessage} and loads tokens for devices that
* match requested parameters from database.
*
* <p>Device tokens are loaded in a stream and split to batches of configured size (see {@link
* SenderConfiguration#batchSize()}). Once the pre-configured number of batches (see {@link
* SenderConfiguration#batchesToLoad()}) is reached, this method resends message to the same queue
* it took the request from, so that the transaction it worked in is split and further processing
* may continue in next transaction.
*
* <p>Additionally it fires {@link BatchLoadedEvent} as CDI event (that is translated to JMS
* event) that helps {@link MetricsCollector} to track how many batches were loaded. When all
* batches were loaded for the given variant, it fires {@link AllBatchesLoadedEvent}.
*
* @param msg holder object containing the payload and info about the effected variants
*/
public void loadAndQueueTokenBatch(@Observes @Dequeue MessageHolderWithVariants msg)
throws IllegalStateException {
final UnifiedPushMessage message = msg.getUnifiedPushMessage();
final VariantType variantType = msg.getVariantType();
final Collection<Variant> variants = msg.getVariants();
final String lastTokenFromPreviousBatch = msg.getLastTokenFromPreviousBatch();
final SenderConfiguration configuration =
senderConfiguration.select(new SenderTypeLiteral(variantType)).get();
final PushMessageInformation pushMessageInformation = msg.getPushMessageInformation();
int serialId = msg.getLastSerialId();
logger.debug("Received message from queue: " + message.getMessage().getAlert());
final Criteria criteria = message.getCriteria();
final List<String> categories = criteria.getCategories();
final List<String> aliases = criteria.getAliases();
final List<String> deviceTypes = criteria.getDeviceTypes();
logger.info(
String.format(
"Preparing message delivery and loading tokens for the %s 3rd-party Push Network (for %d variants)",
variantType, variants.size()));
for (Variant variant : variants) {
try {
ResultsStream<String> tokenStream;
final Set<String> topics = new TreeSet<>();
final boolean isAndroid = variantType.equals(VariantType.ANDROID);
// the entire batch size
int batchesToLoad = configuration.batchesToLoad();
// Some checks for GCM, because of GCM-3 topics
boolean gcmTopicRequest = (isAndroid && TokenLoaderUtils.isGCMTopicRequest(criteria));
if (gcmTopicRequest) {
// If we are able to do push for GCM topics...
// 1)
// find all topics, BUT only on the very first round of batches
// otherwise after 10 (or what ever the max. is) another request would be sent to that
// topic
if (serialId == 0) {
topics.addAll(TokenLoaderUtils.extractGCMTopics(criteria, variant.getVariantID()));
// topics are handled as a first extra batch,
// therefore we have to adjust the number by adding this extra batch
batchesToLoad = batchesToLoad + 1;
}
// 2) always load the legacy tokens, for all number of batch iterations
tokenStream =
clientInstallationService
.findAllOldGoogleCloudMessagingDeviceTokenForVariantIDByCriteria(
variant.getVariantID(),
categories,
aliases,
deviceTypes,
configuration.tokensToLoad(),
lastTokenFromPreviousBatch)
.fetchSize(configuration.batchSize())
.executeQuery();
} else {
tokenStream =
clientInstallationService
.findAllDeviceTokenForVariantIDByCriteria(
variant.getVariantID(),
categories,
aliases,
deviceTypes,
configuration.tokensToLoad(),
lastTokenFromPreviousBatch)
.fetchSize(configuration.batchSize())
.executeQuery();
}
String lastTokenInBatch = null;
int tokensLoaded = 0;
for (int batchNumber = 0; batchNumber < batchesToLoad; batchNumber++) {
// increasing the serial ID,
// to make sure it's properly read from all block
++serialId;
final Set<String> tokens = new TreeSet<>();
// On Android, the first batch is for GCM3 topics
// legacy tokens are submitted in the batch #2 and later
if (isAndroid && batchNumber == 0 && !topics.isEmpty()) {
tokens.addAll(topics);
} else {
for (int i = 0; i < configuration.batchSize() && tokenStream.next(); i++) {
lastTokenInBatch = tokenStream.get();
tokens.add(lastTokenInBatch);
tokensLoaded += 1;
}
}
if (tokens.size() > 0) {
if (tryToDispatchTokens(
new MessageHolderWithTokens(
msg.getPushMessageInformation(), message, variant, tokens, serialId))) {
logger.info(
String.format(
"Loaded batch #%s, containing %d tokens, for %s variant (%s)",
serialId,
tokens.size(),
variant.getType().getTypeName(),
variant.getVariantID()));
} else {
logger.debug(
String.format(
"Failing token loading transaction for batch token #%s for %s variant (%s), since queue is full, will retry...",
serialId, variant.getType().getTypeName(), variant.getVariantID()));
context.setRollbackOnly();
return;
}
// using combined key of variant and PMI (AGPUSH-1585):
batchLoaded.fire(
new BatchLoadedEvent(
variant.getVariantID() + ":" + msg.getPushMessageInformation().getId()));
if (serialId == MessageHolderWithVariants.INITIAL_SERIAL_ID) {
triggerVariantMetricCollection.fire(
new TriggerVariantMetricCollectionEvent(
msg.getPushMessageInformation(), variant));
}
} else {
logger.debug(
String.format(
"Ending batch processing: No more tokens for batch #%s available", serialId));
break;
}
}
// should we trigger next transaction?
if (tokensLoaded >= configuration.tokensToLoad()) {
logger.debug(
String.format(
"Ending token loading transaction for %s variant (%s)",
variant.getType().getTypeName(), variant.getVariantID()));
nextBatchEvent.fire(
new MessageHolderWithVariants(
msg.getPushMessageInformation(),
message,
msg.getVariantType(),
variants,
serialId,
lastTokenInBatch));
} else {
logger.debug(
String.format(
"All batches for %s variant were loaded (%s)",
variant.getType().getTypeName(), pushMessageInformation.getId()));
// using combined key of variant and PMI (AGPUSH-1585):
allBatchesLoaded.fire(
new AllBatchesLoadedEvent(
variant.getVariantID() + ":" + msg.getPushMessageInformation().getId()));
triggerVariantMetricCollection.fire(
new TriggerVariantMetricCollectionEvent(pushMessageInformation, variant));
if (tokensLoaded == 0 && lastTokenFromPreviousBatch == null) {
// no tokens were loaded at all!
if (gcmTopicRequest) {
logger.debug("No legacy(non-InstanceID) tokens found. Just pure GCM topic requests");
} else {
logger.warn("Check your push query: Not a single token was loaded from the DB!");
}
VariantMetricInformation variantMetricInformation = new VariantMetricInformation();
variantMetricInformation.setPushMessageInformation(msg.getPushMessageInformation());
variantMetricInformation.setVariantID(variant.getVariantID());
variantMetricInformation.setDeliveryStatus(Boolean.TRUE);
dispatchVariantMetricEvent.fire(variantMetricInformation);
}
}
} catch (ResultStreamException e) {
logger.error("Failed to load batch of tokens", e);
}
}
}