Examples of Payload

com.dbay.apns4j.model.Payload
oper.apple.com/library/ios/documentation/NetworkingInternet/Conceptual/RemoteNotificationsPG/Chapters/ApplePushService.html
com.google.api.client.auth.openidconnect.IdToken.Payload

com.google.api.client.googleapis.auth.oauth2.GoogleIdToken.Payload

google.com/apis/accounts/docs/OAuth2UserAgent.html">Using OAuth 2.0 for Client-side Applications (Experimental).

The default for {@link #getResponseTypes()} is {@code "token"}.

Sample usage for a web application:

 public void doGet(HttpServletRequest request, HttpServletResponse response) throws IOException { String url = new GoogleBrowserClientRequestUrl("812741506391.apps.googleusercontent.com", "https://oauth2-login-demo.appspot.com/oauthcallback", Arrays.asList( "https://www.googleapis.com/auth/userinfo.email", "https://www.googleapis.com/auth/userinfo.profile")).setState("/profile").build(); response.sendRedirect(url); }

Implementation is not thread-safe.

@since 1.7 @author Yaniv Inbar

com.indeed.proctor.common.model.Payload
Models a payload value for a bucket in a test, generally meant to have one kind of value per bucket. @author pwpNOTE: if you add a payload type here, also please add it to proctor webapp's buckets.js indeed.proctor.editor.BucketsEditor.prototype.prettyPrintPayloadValue_
com.nimbusds.jose.Payload
Payload with JSON object, string, byte array, Base64URL, JWS object and signed JWT views. Represents the original object that was signed with JWS or encrypted with JWE. This class is immutable.
UTF-8 is the character set for all conversions between strings and byte arrays.
Conversion relations:
```
 JSONObject <=> String <=> Base64URL <=> byte[] <=> JWSObject <=> SignedJWT 
```
@author Vladimir Dzhuvinov @version $version$ (2014-10-28)
com.scaleunlimited.cascading.Payload
com.tll.common.data.Payload
Payload - Common container with which to send data to client. @author jpk
gwlpr.protocol.handshake.messages.P000_VerifyClient.Payload
it.freedomotic.gwtclient.client.api.Payload
@author Enrico
it.freedomotic.reactions.Payload
@author Enrico
it.unimi.dsi.mg4j.index.payload.Payload
An index payload.
The main responsibility of this class is that of providing efficient ways to read and write a payload from and to bit streams. An instance of this class has at any given time a current value, which is set when {@linkplain #read(InputBitStream) reading}. and output when {@linkplain #write(OutputBitStream) writing}.
The current value can be modified using {@link #set(Object)}, and each implementation must document thoroughly which objects are accepted by this method.
It is expected that in most implementations reading and writing is much more efficient than reading, {@linkplain #get() getting a value}, {@linkplain #set(Object) setting that value} in another instance, andfinally {@linkplain #write(OutputBitStream) writing}.
Implementation of a payload might have parameters. If you need to know whether two instances are compatible, in the sense that each instance can read correctly data written by the other one, you can invoke the {@link #compatibleWith(Payload)} method.
Optionally, implementations can feature a parse(String) method that returns an object of the correct type for {@link #set(Object)}. This method can be used (for instance, by reflection) to try to build a payload from a string specification (this is what happens in {@link DocumentIteratorBuilderVisitor}).
org.apache.lucene.index.Payload
A Payload is metadata that can be stored together with each occurrence of a term. This metadata is stored inline in the posting list of the specific term.
To store payloads in the index a {@link TokenStream} has to be used thatproduces payload data.
Use {@link TermPositions#getPayloadLength()} and {@link TermPositions#getPayload(byte[],int)}to retrieve the payloads from the index.
org.drools.eventmessaging.Payload
org.jboss.errai.bus.client.Payload
The Payload class represents one-or-more messages to be transmitted from one bus to another.
org.jboss.errai.bus.client.framework.Payload
The Payload class represents one-or-more messages to be transmitted from one bus to another.
The payload may contain multiple messages for transmission in a single communication event across buses. Bus implementations will automatically group messages within transmission windows to improve network efficiency.
Messages are always transmitted in the order the arrive for transmission.
org.jboss.forge.classloader.mock.sidewaysproxy.Payload
org.jboss.test.remoting.performance.synchronous.Payload
@author Tom Elrod
org.jbpm.eventmessaging.Payload
org.jclouds.io.Payload
@author Adrian Cole
org.jwat.common.Payload
This class makes the archived payload of an ARC/WARC record accessible through a stream. The stream is fixed length so only the payload is available. @author lbihanic, selghissassi, nicl
org.springframework.messaging.handler.annotation.Payload
org.wijiscommons.ssaf.schema.search.Payload
3.org/2001/XMLSchema}anyType"> <sequence maxOccurs="unbounded" minOccurs="0"> <any/> </sequence> </restriction> </complexContent> </complexType>
uk.nhs.interoperability.payloads.Payload

Examples of com.scaleunlimited.cascading.Payload

        // TODO CSc - re-enable this test, when termination really works.
        // Assert.assertEquals(numPages, totalEntries);
    }
    
    protected void testPayloads(BixoPlatform platform) throws Exception {
        Payload payload = new Payload();
        payload.put("key", "value");
        Tap in = makeInputData(platform, "testPayloads", 1, 1, payload);


        Pipe pipe = new Pipe("urlSource");
        BaseFetcher fetcher = new FakeHttpFetcher(false, 10);
        BaseScoreGenerator scorer = new FixedScoreGenerator();

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Examples of com.scaleunlimited.cascading.Payload

            throw e;
        }
    }


    public FetchedResult fetch(String url) throws BaseFetchException{
      return fetch(new HttpGet(), url, new Payload());
    }

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Examples of com.scaleunlimited.cascading.Payload




    @Override
    public FetchedDatum get(ScoredUrlDatum datum) throws BaseFetchException {
        String url = datum.getUrl();
        Payload payload = datum.getPayload();
        logPayload(url, payload);
        
        // Create a simple HTML page here, where we fill in the URL as
        // the field, and return that as the BytesWritable. we could add
        // more of the datum values to the template if we cared.

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Examples of com.tll.common.data.Payload

        ForgotPasswordServiceContext.KEY);
  }


  public Payload requestPassword(final String emailAddress) {
    final Status status = new Status();
    final Payload p = new Payload(status);
    final Map<String, Object> data = new HashMap<String, Object>();


    if(StringUtil.isEmpty(emailAddress)) {
      status.addMsg("An email address must be specified.", MsgLevel.ERROR, MsgAttr.STATUS.flag);
    }

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Examples of gwlpr.protocol.handshake.messages.P000_VerifyClient.Payload

    @Event.Handler
    public void onHandshakeDone(HandShakeDoneEvent event)
    {
        LOGGER.debug("Got a new client to verify.");


        Payload verifyClient = event.getVerifyClient();


        // failcheck
        if (verifyClient == null) { return; }


        // check the server key

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Examples of it.freedomotic.gwtclient.client.api.Payload

    public void refreshDisplays() {
        dataProvider.refresh();
    }


    public static void message(String message) {
        Payload payload = FreedomoticStompHelper.parseMessage(message);
//    EnvObject obj = FloorPlanWidget.environmentEnvironmentController.getInstance().getObject(payload.getStatements("object.name").get(0).getValue());             
//    EnvObject obj = 
//    Iterator it = payload.iterator();
//        while (it.hasNext()) {
//            Statement st = (Statement) it.next();

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Examples of it.freedomotic.reactions.Payload

    private void save(Trigger t) {
        if (table.getCellEditor() != null) {
            table.getCellEditor().stopCellEditing();
        }


        Payload payload = new Payload();


        for (int r = 0; r < model.getRowCount(); r++) {
            boolean saveCurrent = true;


            for (int k = 0; k < 4; k++) {
                String test = model.getValueAt(r, 0).toString();


                if ((test == null) || test.equals("")) {
                    saveCurrent = false;


                    break;
                }
            }


            if (saveCurrent) {
                payload.addStatement(model.getValueAt(r, 0).toString(),
                        model.getValueAt(r, 1).toString(),
                        model.getValueAt(r, 2).toString(),
                        model.getValueAt(r, 3).toString());
            }
        }

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Examples of it.unimi.dsi.mg4j.index.payload.Payload

    /* This will be set if *all* indices to be merged agree. Moreover, if some
     * indices disagree we will emit a warning. */
    TermProcessor termProcessor = null;
    /* This will be set if *all* indices to be merged agree. Moreover, if some
     * indices disagree we will emit a warning. */
    Payload payload = null;
    String field = null;
    writeGlobCounts = writeSizes = true;
    boolean someGlobCounts = false, someSizes = false, allDataForSizeComputation = true;
    
    for( int i = 0; i < numIndices; i++ ) {
      index[ i ] = (BitStreamIndex)Index.getInstance( inputBasename[ i ], false, requireSizes, false );
      if ( i == 0 ) {
        termProcessor = index[ 0 ].termProcessor.copy();
        payload = index[ 0 ].payload == null ? null : index[ 0 ].payload.copy();
      }
      else {
        if ( ! termProcessor.equals( index[ i ].termProcessor ) ) throw new IllegalStateException( "The term processor of the first index (" + termProcessor + ") is different from the term processor of index " + i + " (" + index[ i ].termProcessor + ")" );
        if ( ( payload == null ) != ( index[ i ].payload == null ) || payload != null && ! payload.compatibleWith( index[ i ].payload ) ) throw new IllegalStateException( "The payload specification of index " + index[ 0 ] + " is not compatible with that of index " + index[ i ] );
      }


      if ( index[ i ].field != null ) {
        if ( field == null ) {
          if ( i != 0 ) LOGGER.warn( "Not all indices specify the field property" );
          field = index[ i ].field;
        }
        else if ( ! field.equals( index[ i ].field ) ) LOGGER.warn( "Index fields disagree: \"" + field + "\", \"" + index[ i ].field + "\"" );
      }




      haveCounts &= index[ i ].hasCounts;
      havePositions &= index[ i ].hasPositions;
      maxCount = Math.max( maxCount, index[ i ].maxCount );
      indexReader[ i ] = index[ i ].getReader( bufferSize );
      if ( index[ i ].properties.getLong( Index.PropertyKeys.OCCURRENCES, -1 ) == -1 ) numberOfOccurrences = -1;
      if ( numberOfOccurrences != -1 ) numberOfOccurrences += index[ i ].properties.getLong( Index.PropertyKeys.OCCURRENCES );
      final File globCountsFile = new File( this.inputBasename[ i ] + DiskBasedIndex.GLOBCOUNTS_EXTENSION );
      writeGlobCounts &= globCountsFile.exists();
      someGlobCounts |= globCountsFile.exists();
      if ( writeGlobCounts ) globCounts[ i ] = new InputBitStream( globCountsFile );


      if ( ! metadataOnly ) {
        final File offsetsFile = new File( this.inputBasename[ i ] + DiskBasedIndex.OFFSETS_EXTENSION );
        allDataForSizeComputation &= offsetsFile.exists();
        if ( quantum < 0 && allDataForSizeComputation ) offsets[ i ] = new InputBitStream( offsetsFile );


        if ( index[ i ].hasPositions ) {
          final File positionsLengthsFile = new File( this.inputBasename[ i ] + DiskBasedIndex.POSITIONS_NUMBER_OF_BITS_EXTENSION );
          allDataForSizeComputation &= positionsLengthsFile.exists();
          if ( quantum < 0 && allDataForSizeComputation ) posNumBits[ i ] = new InputBitStream( positionsLengthsFile );
        }
      }
      
      final File sizesFile = new File( this.inputBasename[ i ] + DiskBasedIndex.SIZES_EXTENSION );
      writeSizes &= sizesFile.exists();
      someSizes |= sizesFile.exists();


      term[ i ] = new MutableString();
      termReader[ i ] = new FastBufferedReader( new InputStreamReader( new FileInputStream( this.inputBasename[ i ] + DiskBasedIndex.TERMS_EXTENSION ), "UTF-8" ) );
      if ( termReader[ i ].readLine( term[ i ] ) != null ) termQueue.enqueue( i ); // If the term list is nonempty, we enqueue it
    }


    if ( writeGlobCounts != someGlobCounts ) LOGGER.warn(  "Some (but not all) global-counts file missing" );
    if ( writeSizes != someSizes ) LOGGER.warn(  "Some (but not all) sizes file missing" );
    
    additionalProperties = new Properties();
    additionalProperties.setProperty( Index.PropertyKeys.TERMPROCESSOR, ObjectParser.toSpec( termProcessor ) );
    if ( payload != null ) {
      additionalProperties.setProperty( Index.PropertyKeys.PAYLOADCLASS, payload.getClass().getName() );
      //writerFlags.put( Component.PAYLOADS, null );
    }
    additionalProperties.setProperty( Index.PropertyKeys.BATCHES, inputBasename.length );
    if ( field != null ) additionalProperties.setProperty( Index.PropertyKeys.FIELD, field );

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Examples of it.unimi.dsi.mg4j.index.payload.Payload

    final Index index = curr.top();
    if ( ! index.hasPayloads ) throw new IllegalStateException( "Index " + index + " does not have payloads" );
    try {
      final Object parser = index2Parser.containsKey( index ) ? index2Parser.get( index ) : index.payload;
      final Method method = parser.getClass().getMethod( "parse", String.class );
      final Payload left = index.payload.copy(), right = index.payload.copy();
      if ( node.left != null ) left.set( method.invoke( parser, node.left.toString() ) );
      if ( node.right != null ) right.set( method.invoke( parser, node.right.toString() ) );
      return PayloadPredicateDocumentIterator.getInstance( index.documents( 0 ), 
          index.payload.rangeFilter( node.left == null ? null : left, node.right == null ? null : right ) ).weight( weight() );
    }
    catch( InvocationTargetException e ) {

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Examples of it.unimi.dsi.mg4j.index.payload.Payload

      indirect[ i ] = new InputBitStream( tempFile[ i ] );
      if ( bloomFilterPrecision != 0 ) bloomFilter[ i ] = new BloomFilter( globalIndex.numberOfTerms, bloomFilterPrecision );
    }
    int usedIndices;
    MutableString currentTerm = new MutableString();
    Payload payload = null;
    int frequency, globalPointer, localIndex, localPointer, count = -1;


    pl.expectedUpdates = globalIndex.numberOfPostings;
    pl.itemsName = "postings";
    pl.logInterval = logInterval;
    pl.start( "Partitioning index..." );


    for ( int t = 0; t < globalIndex.numberOfTerms; t++ ) {
      terms.readLine( currentTerm );
      indexIterator = indexReader.nextIterator();
      usedIndices = 0;
      frequency = indexIterator.frequency();
      
      for ( int j = 0; j < frequency; j++ ) {
        globalPointer = indexIterator.nextDocument();                
        localIndex = strategy.localIndex( globalPointer );  


        if ( localFrequency[ localIndex ] == 0 ) {
          // First time we see a document for this index.
          currentTerm.println( localTerms[ localIndex ] );
          numTerms[ localIndex ]++;
          usedIndex[ usedIndices++ ] = localIndex;
          if ( bloomFilterPrecision != 0 ) bloomFilter[ localIndex ].add( currentTerm );
        }
        
        /* Store temporarily posting data; note that we save the global pointer as we
         * will have to access the size list. */
        
        localFrequency[ localIndex ]++;
        numPostings[ localIndex ]++;
        temp[ localIndex ].writeGamma( globalPointer );


        if ( globalIndex.hasPayloads ) payload = indexIterator.payload();
        if ( havePayloads ) payload.write( temp[ localIndex ] );
        
        if ( haveCounts ) {
          count = indexIterator.count();
          temp[ localIndex ].writeGamma( count );
          globCount[ localIndex ] += count;        
          if ( maxDocPos[ localIndex ] < count ) maxDocPos[ localIndex ] = count;         
          if ( havePositions ) {
            final int[] pos = indexIterator.positionArray();
            // TODO: compress this stuff
            for( int p = 0; p < count; p++ ) temp[ localIndex ].writeGamma( pos[ p ] ); 
          }
        }
      }
      
      // We now run through the indices used by this term and copy from the temporary buffer.


      OutputBitStream obs;
      
      for( int k = 0; k < usedIndices; k++ ) {
        final int i = usedIndex[ k ];


        localFrequencies[ i ].writeGamma( localFrequency[ i ] );
        if ( haveCounts ) numOccurrences[ i ] += globCount[ i ];
        if ( localGlobCounts[ i ] != null ) localGlobCounts[ i ].writeLongGamma( globCount[ i ] );
        globCount[ i ] = 0;
        
        InputBitStream ibs;
        indexWriter[ i ].newInvertedList();


        temp[ i ].align();
        if ( temp[ i ].buffer() != null ) ibs = direct[ i ];
        else {
          // We cannot read directly from the internal buffer.
          ibs = indirect[ i ];
          ibs.flush();
          temp[ i ].flush();
        }


        ibs.position( 0 );
          
        indexWriter[ i ].writeFrequency( localFrequency[ i ] );
        for( int j = 0; j < localFrequency[ i ]; j++ ) {
          obs = indexWriter[ i ].newDocumentRecord();
          globalPointer = ibs.readGamma();
          localPointer = strategy.localPointer( globalPointer );  
          indexWriter[ i ].writeDocumentPointer( obs, localPointer );
          if ( havePayloads ) {
            payload.read( ibs );
            indexWriter[ i ].writePayload( obs, payload );
          }
          if ( haveCounts ) indexWriter[ i ].writePositionCount( obs, count = ibs.readGamma() );
          if ( havePositions ) {
            for( int p = 0; p < count; p++ ) position[ p ] = ibs.readGamma();
            indexWriter[ i ].writeDocumentPositions( obs, position, 0, count, sizeList != null ? sizeList.getInt( globalPointer ) : -1 );
          }
          
        }
        temp[ i ].position( 0 );
        temp[ i ].writtenBits( 0 );
        localFrequency[ i ] = 0;
      }
      
      usedIndices = 0;
      pl.count += frequency - 1;
      pl.update();
    }


    pl.done();


    Properties globalProperties = new Properties();
    globalProperties.setProperty( Index.PropertyKeys.FIELD, inputProperties.getProperty( Index.PropertyKeys.FIELD ) );
    globalProperties.setProperty( Index.PropertyKeys.TERMPROCESSOR, inputProperties.getProperty( Index.PropertyKeys.TERMPROCESSOR ) );
    
    for ( int i = 0; i < numIndices; i++ ) {
      localFrequencies[ i ].close();
      if ( localGlobCounts[ i ] != null ) localGlobCounts[ i ].close();
      localTerms[ i ].close(); 
      indexWriter[ i ].close();
      if ( bloomFilterPrecision != 0 ) BinIO.storeObject( bloomFilter[ i ], localBasename[ i ] + DocumentalCluster.BLOOM_EXTENSION );
      temp[ i ].close();
      tempFile[ i ].delete();
      
      Properties localProperties = indexWriter[ i ].properties();
      localProperties.addAll( globalProperties );
      localProperties.setProperty( Index.PropertyKeys.MAXCOUNT, String.valueOf( maxDocPos[ i ] ) );
      localProperties.setProperty( Index.PropertyKeys.MAXDOCSIZE, maxDocSize[ i ] );
      localProperties.setProperty( Index.PropertyKeys.FIELD, globalProperties.getProperty( Index.PropertyKeys.FIELD ) );
      localProperties.setProperty( Index.PropertyKeys.OCCURRENCES, haveCounts ? numOccurrences[ i ] : -1 );
      localProperties.setProperty( Index.PropertyKeys.POSTINGS, numPostings[ i ] );
      localProperties.setProperty( Index.PropertyKeys.TERMS, numTerms[ i ] );
      if ( havePayloads ) localProperties.setProperty( Index.PropertyKeys.PAYLOADCLASS, payload.getClass().getName() );
      if ( strategyProperties[ i ] != null ) localProperties.addAll( strategyProperties[ i ] );
      localProperties.save( localBasename[ i ] + DiskBasedIndex.PROPERTIES_EXTENSION );
    }


    if ( strategyFilename != null ) globalProperties.setProperty( IndexCluster.PropertyKeys.STRATEGY, strategyFilename );
    for( int i = 0; i < numIndices; i++ ) globalProperties.addProperty( IndexCluster.PropertyKeys.LOCALINDEX, localBasename[ i ] );
    globalProperties.setProperty( DocumentalCluster.PropertyKeys.BLOOM, bloomFilterPrecision != 0 );
    // If we partition an index with a single term, by definition we have a flat cluster
    globalProperties.setProperty( DocumentalCluster.PropertyKeys.FLAT, inputProperties.getInt( Index.PropertyKeys.TERMS ) <= 1 );
    globalProperties.setProperty( Index.PropertyKeys.MAXCOUNT, inputProperties.getProperty( Index.PropertyKeys.MAXCOUNT ) );
    globalProperties.setProperty( Index.PropertyKeys.MAXDOCSIZE, inputProperties.getProperty( Index.PropertyKeys.MAXDOCSIZE ) );
    globalProperties.setProperty( Index.PropertyKeys.POSTINGS, inputProperties.getProperty( Index.PropertyKeys.POSTINGS ) );
    globalProperties.setProperty( Index.PropertyKeys.OCCURRENCES, inputProperties.getProperty( Index.PropertyKeys.OCCURRENCES ) );
    globalProperties.setProperty( Index.PropertyKeys.DOCUMENTS, inputProperties.getProperty( Index.PropertyKeys.DOCUMENTS ) );
    globalProperties.setProperty( Index.PropertyKeys.TERMS, inputProperties.getProperty( Index.PropertyKeys.TERMS ) );
    if ( havePayloads ) globalProperties.setProperty( Index.PropertyKeys.PAYLOADCLASS, payload.getClass().getName() );


    /* For the general case, we must rely on a merged cluster. However, if we detect a contiguous
     * strategy we can optimise a bit. */
    
    globalProperties.setProperty( Index.PropertyKeys.INDEXCLASS,

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