Examples of Sender

com.crashnote.core.send.Sender
The Dispatcher is responsible for transmitting the data from the client to the server by using Java's build-in capabilities around {@link HttpURLConnection}.
com.dragome.debugging.messages.Sender
com.google.android.gcm.server.Sender
Helper class to send messages to the GCM service using an API Key.
com.nokia.dempsy.messagetransport.Sender
A simple interface to send messages to a messaging server destination.
com.pegaa.uploader.sender.Sender
@author tayfun
com.stoof.IM.GUI.server.Sender
com.volantis.mps.bms.Sender

Interface defining details about the originator of a SendRequest. A Sender is merely a composite of SMTPAddress and MSISDN.

Warning: This is a facade provided for use by user code, not for implementation. User implementations of this interface are highly likely to be incompatible with future releases of the product at both binary and source levels.
@volantis-api-include-in InternalAPI
com.zeonfederated.mailclient.senders.Sender
common.Sender
communication.Sender
edu.pitt.dbmi.nlp.noble.util.Sender
edu.pitt.terminology.util.Sender
evolaris.framework.smsservices.datamodel.Sender
hudson.plugins.im.Sender
Represents a sender of a IM message @author Christoph Kutzinski
io.undertow.io.Sender
Sender interface that allows for callback based async IO. Note that all methods on this class are asynchronous, and may result in dispatch to an IO thread. After calling a method on this class you should not perform any more work on the current exchange until the callback is invoked. NOTE: implementers of this interface should be careful that they do not recursively call onComplete, which can lead to stack overflows if send is called many times. @author Stuart Douglas
net.sf.saxon.event.Sender
Sender is a helper class that sends events to a Receiver from any kind of Source object
net.sf.xbus.technical.Sender
Common interface for all Sender classes.
net.windwards.dnsfrontend.api.Sender
nexj.core.integration.Sender
Interface implemented by message client adapters. Used by clients to initiate message processing. The messages are passed in transfer objects, where the class name is the name of the message metadata object.
org.apache.hadoop.hdfs.protocol.datatransfer.Sender
Sender
org.apache.kafka.clients.producer.internals.Sender
The background thread that handles the sending of produce requests to the Kafka cluster. This thread makes metadata requests to renew its view of the cluster and then sends produce requests to the appropriate nodes.
org.apache.qpid.amqp_1_0.client.Sender
org.apache.qpid.proton.engine.Sender
Sender
org.apache.s4.base.Sender
Defines the exit point from the event processing layer to the communication layer. The implementation is responsible for serializing events and passing serialized data to the communication layer.
org.apache.s4.core.Sender
The {@link Sender} and its counterpart {@link Receiver} are the top level classes of the communication layer.
{@link Sender} is responsible for sending an event to a {@link ProcessingElement} instance using a hashKey.
Details on how the cluster is partitioned and how events are serialized and transmitted to its destination are hidden from the application developer.
org.apache.sandesha.server.Sender
This is the sender for Sandesha for both the client and the server sides. Starting of the Sender will be done either by the RMProvider or the SandeshaContext. The job of the sender is to keep on monitoring the SandeshaQueue and send any messages that are scheduled to be sent. @author Chamikar Jayalath @author Jaliya Ekanayake
org.apache.sandesha2.workers.Sender
This is responsible for sending and re-sending messages of Sandesha2. This represent a thread that keep running all the time. This keep looking at the Sender table to find out any entries that should be sent.
org.apache.servicemix.tck.Sender
A simple interface to allow polymorphic access to sending, test components. @version $Revision: 426415 $
org.collectd.protocol.Sender
Protocol independent Sender interface.
org.fenixedu.academic.domain.util.email.Sender
org.fluentd.logger.sender.Sender
org.jboss.narayana.blacktie.jatmibroker.core.transport.Sender
org.jresearch.gossip.beans.user.Sender
DOCUMENT ME! @author Dmitry Belov
org.mule.example.geomail.dao.Sender
org.pdf4j.saxon.event.Sender
Sender is a helper class that sends events to a Receiver from any kind of Source object
org.servicemix.examples.Sender
A simple interface to allow polymorphic access to sending, test components. @version $Revision: 567 $

Examples of com.crashnote.core.send.Sender


    /**
     * Create an instance of module 'Sender'
     */
    public Sender<C> getSender() {
        return new Sender(this);
    }

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Examples of com.dragome.debugging.messages.Sender

    if (!(configuredReceiver instanceof ChannelReceiverImpl))
      ServiceLocator.getInstance().getServerToClientMessageChannel().setReceiver(new ChannelReceiverImpl());
    else
      configuredReceiver.reset();


    ServiceLocator.getInstance().getServerToClientMessageChannel().setSender(new Sender()
    {
      public void send(String aMessage)
      {
        broadcaster.broadcast(aMessage);
      }

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Examples of com.google.android.gcm.server.Sender

        registrationIds.add(device.getRegistrationId());
      }
    }
    GcmMessage gcmMessage = (GcmMessage)pushMessage;
    
    Sender sender = new Sender(Application.get().getAppContext().getGoogleServerApiKey());
    Message.Builder messageBuilder = new Message.Builder();
    if (StringUtils.isNotEmpty(gcmMessage.getCollapseKey())) {
      messageBuilder.collapseKey(gcmMessage.getCollapseKey());
    }
    if (gcmMessage.isDelayWhileIdle() != null) {
      messageBuilder.delayWhileIdle(gcmMessage.isDelayWhileIdle());
    }
    if (gcmMessage.getTimeToLive() != null) {
      messageBuilder.timeToLive(gcmMessage.getTimeToLive());
    }
    for (Entry<String, String> entry : gcmMessage.getParameters().entrySet()) {
      if (entry.getValue() != null) {
        messageBuilder.addData(entry.getKey(), entry.getValue());
      }
    }
    Message message = messageBuilder.build();
    PushResponse pushResponse = new PushResponse();
    try {
      MulticastResult multicastResult = sender.send(message, Lists.newArrayList(registrationIds), 10);
      
      // analyze the results
      for (int i = 0; i < registrationIds.size(); i++) {
        Result result = multicastResult.getResults().get(i);
        Device device = devices.get(i);

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Examples of com.nokia.dempsy.messagetransport.Sender

         boolean justGetOut = false;
         while(keepGoing.get() && !justGetOut)
         {
            try
            {
               Sender sender = senderFactory.getSender(destination);
               sender.send( ("Hello from " + threadInstance).getBytes());
               sentMessageCount.incrementAndGet();
            }
            catch(MessageTransportException e)
            {
               sendFailed.set(true);

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Examples of com.nokia.dempsy.messagetransport.Sender

               adaptor.start(); // start the adaptor
               Destination destination = adaptor.getDestination(); // get the destination


               // send a message
               byte[] messageBytes = "Hello".getBytes();
               Sender sender = factory.getSender(destination);
               
               assertEquals((shouldBatch ? TcpTransport.defaultBatchingDelayMillis : -1), ((TcpSender)sender).getBatchOutgoingMessagesDelayMillis());
               
               sender.send(messageBytes);
               sender.send(messageBytes);
               
               // wait for it to be received.
               for (long endTime = System.currentTimeMillis() + baseTimeoutMillis;
                     endTime > System.currentTimeMillis() && receiver.numMessages.get() < 2;)
                  Thread.sleep(1);

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Examples of com.nokia.dempsy.messagetransport.Sender


               adaptor.start(); // start the adaptor
               Destination destination = adaptor.getDestination(); // get the destination


               // send a message
               Sender sender = factory.getSender(destination);
               sender.send("Hello".getBytes());
               
               // wait for it to be received.
               for (long endTime = System.currentTimeMillis() + baseTimeoutMillis;
                     endTime > System.currentTimeMillis() && receiver.numMessages.get() == 0;)
                  Thread.sleep(1);

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Examples of com.nokia.dempsy.messagetransport.Sender


               adaptor.start(); // start the adaptor
               Destination destination = adaptor.getDestination(); // get the destination


               // send a message
               Sender sender = factory.getSender(destination);
               
               // send messageBytes
               byte[] messageBytes = "Hello".getBytes();
               int sentBytesPerMessage = messageBytes.length + tcpTransportHeaderSize;
               
               sender.send(messageBytes);
               Thread.sleep(batchOutgoingMessagesDelayMillis * 2);
               sender.send(messageBytes);
               sender.send(messageBytes);
               Thread.sleep(batchOutgoingMessagesDelayMillis * 2);
               sender.send(messageBytes);
               
               // now numBytesLastFlush should be set to the num of bytes that were last flushed.
               // numBytesSent should be the total bytes, even those still in the buffer.
               // Therefore numBytesSent - numBytesLastFlush should be the number of bytes waiting.
               // These are asserted below.

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Examples of com.nokia.dempsy.messagetransport.Sender


               adaptor.start(); // start the adaptor
               Destination destination = adaptor.getDestination(); // get the destination


               // send a message
               Sender sender = factory.getSender(destination);
               
               int mtu = ((TcpSender)sender).getMtu();
               
               // send enough messages to get one through
               byte[] messageBytes = "Hello".getBytes();
               int numMessagesSent = 0;
               int numBytesSent = 0;
               int numBytesLastFlush = 0;
               while (numBytesSent < mtu)
               {
                  sender.send(messageBytes);
                  numBytesLastFlush = numBytesSent;
                  numBytesSent += messageBytes.length + tcpTransportHeaderSize; 
                  numMessagesSent++;
               }

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Examples of com.nokia.dempsy.messagetransport.Sender

               adaptor.start(); // start the adaptor
               Destination destination = adaptor.getDestination(); // get the destination
               Destination destination2 = adaptor2.getDestination(); // get the destination


               // send a message
               Sender sender = factory.getSender(destination);
               factory.getSender(destination2);  // create a second sender to make sure the historgram acts correctly
               
               int mtu = ((TcpSender)sender).getMtu();
               
               // now create a message larger than the mtu by 10%
               Random random = new Random();
               byte[] messageBytes = new byte[(int)(mtu * 1.1)];
               for (int i = 0; i < messageBytes.length; i++)
                  messageBytes[i] = (byte)charSet.charAt(random.nextInt(charSet.length()));
               
               // send the message ... it should be sent without delay.
               sender.send(messageBytes);


               // wait for it to be received.
               for (long endTime = System.currentTimeMillis() + baseTimeoutMillis;
                     endTime > System.currentTimeMillis() && receiver.numMessages.get() == 0;)
                  Thread.sleep(1);

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Examples of com.nokia.dempsy.messagetransport.Sender


               adaptor.start(); // start the adaptor
               Destination destination = adaptor.getDestination(); // get the destination


               // send a message
               Sender sender = factory.getSender(destination);
               
               int mtu = ((TcpSender)sender).getMtu();
               
               // now create a message larger than the mtu by 10%
               Random random = new Random();
               byte[] largeMessageBytes = new byte[(int)(mtu * 1.1)];
               for (int i = 0; i < largeMessageBytes.length; i++)
                  largeMessageBytes[i] = (byte)charSet.charAt(random.nextInt(charSet.length()));
               
               byte[] messageBytes = "Hello".getBytes();
               
               // send the message ... it should be sent without delay.
               sender.send(largeMessageBytes); // this should flush everything
               sender.send(messageBytes); // this should wait for another message.
               sender.send(messageBytes); // this should wait for another message.
               sender.send(largeMessageBytes); // this should flush everything


               // wait for it to be received.
               for (long endTime = System.currentTimeMillis() + baseTimeoutMillis;
                     endTime > System.currentTimeMillis() && receiver.numMessages.get() < 4;)
                  Thread.sleep(1);

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