Examples of Digest

ch.ethz.ssh2.crypto.digest.Digest
Digest. @author Christian Plattner, plattner@inf.ethz.ch @version $Id: Digest.java,v 1.2 2005/08/11 12:47:29 cplattne Exp $
com.antimatterstudios.esftp.Digest
com.esri.gpt.framework.security.codec.Digest
Digest authenticator.
com.google.wave.api.SearchResult.Digest
com.subhajit.diagrams.codeanalysis.Digest
flex2.compiler.swc.Digest
The Digest class represents the values of the digest or signed-digest xml in catalog.xml. @author dloverin
net.schmizz.sshj.transport.digest.Digest
Interface used to compute digests, based on algorithms such as MD5 or SHA1.
org.apache.sshd.common.Digest
Interface used to compute digests, based on algorithms such as MD5 or SHA1. @author Apache MINA SSHD Project
org.bouncycastle.crypto.Digest
interface that a message digest conforms to.
org.bouncycastle2.crypto.Digest
interface that a message digest conforms to.
org.eclipse.php.internal.core.phar.digest.Digest
org.jgroups.protocols.pbcast.Digest
A message digest, which is used by the PBCAST layer for gossiping (also used by NAKACK for keeping track of current seqnos for all members). It contains pairs of senders and a range of seqnos (low and high), where each sender is associated with its highest and lowest seqnos seen so far. That is, the lowest seqno which was not yet garbage-collected and the highest that was seen so far and is deliverable (or was already delivered) to the application. A range of [0 - 0] means no messages have been received yet.
April 3 2001 (bela): Added high_seqnos_seen member. It is used to disseminate information about the last (highest) message M received from a sender P. Since we might be using a negative acknowledgment message numbering scheme, we would never know if the last message was lost. Therefore we periodically gossip and include the last message seqno. Members who haven't seen it (e.g. because msg was dropped) will request a retransmission. See DESIGN for details. @author Bela Ban
org.jgroups.util.Digest
A message digest, which is used by the PBCAST layer for gossiping (also used by NAKACK for keeping track of current seqnos for all members). It contains pairs of senders and a range of seqnos (low and high), where each sender is associated with its highest and lowest seqnos seen so far. That is, the lowest seqno which was not yet garbage-collected and the highest that was seen so far and is deliverable (or was already delivered) to the application. A range of [0 - 0] means no messages have been received yet.
April 3 2001 (bela): Added high_seqnos_seen member. It is used to disseminate information about the last (highest) message M received from a sender P. Since we might be using a negative acknowledgment message numbering scheme, we would never know if the last message was lost. Therefore we periodically gossip and include the last message seqno. Members who haven't seen it (e.g. because msg was dropped) will request a retransmission. See DESIGN for details. @author Bela Ban
org.jwat.common.Digest
This class represents a message digest including information about algorithm and encoding used. @author nicl
org.kmem.kosh.sftp.Digest
org.restlet.data.Digest
Describes a digest value and the digest algorithm used. Digests can have several use cases such as ensuring the integrity of representations exchanges between resources, or for authentication purpose. @see Representation#getDigest() @author Jerome Louvel
org.spongycastle.crypto.Digest
org.waveprotocol.box.search.SearchResponse.Digest

Examples of ch.ethz.ssh2.crypto.digest.Digest

   * @param hostkey the hostkey
   * @return the raw fingerprint
   */
  static final private byte[] rawFingerPrint(String type, String keyType, byte[] hostkey)
  {
    Digest dig = null;


    if ("md5".equals(type))
    {
      dig = new MD5();
    }
    else if ("sha1".equals(type))
    {
      dig = new SHA1();
    }
    else
      throw new IllegalArgumentException("Unknown hash type " + type);


    if ("ssh-rsa".equals(keyType))
    {
    }
    else if ("ssh-dss".equals(keyType))
    {
    }
    else
      throw new IllegalArgumentException("Unknown key type " + keyType);


    if (hostkey == null)
      throw new IllegalArgumentException("hostkey is null");


    dig.update(hostkey);
    byte[] res = new byte[dig.getDigestLength()];
    dig.digest(res);
    return res;
  }

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Examples of com.antimatterstudios.esftp.Digest

    //System.out.println("TRACE-> TransferDetails::getKey()");
    //  Cache the key so you only have to do this once per object
    if(m_key == null){
      //System,out.println("creating key");
      //  Obtain the hash object from the SftpPlugin object
      Digest h = Activator.getDefault().getHash();
      
      //  Create a single string from all the data for this server (DONT INCLUDE THE PASSWORD)
      String str = m_store.getString(IProperty.SERVER)+":"+m_store.getInt(IProperty.PORT)+":"+m_store.getString(IProperty.USERNAME)+":";
      
      m_key = h.getDigest(str);
    }//else System.out.println("TransferDetails::getKey(), using cached copy");
    return m_key;
  }

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Examples of com.esri.gpt.framework.security.codec.Digest

    setResponseCode(httpCon.getResponseCode());
    setResponseCodeText(httpCon.getResponseMessage());


    // not authenticated; setup digest authentication and resend request
    if (getResponseCode() == 401) {
      Digest digResp = Digest.extractFrom(httpCon);
      if (digResp.isValid()) {


        // reconnect
        httpCon.disconnect();
        httpCon = openConnection(sMethod, bSendData);
        // setup credentials
        digResp.injectTo(httpCon,(UsernamePasswordCredentials)getCredentials());
        // send data if required
        if (bSendData) {
          sendData(httpCon);
        }

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Examples of com.google.wave.api.SearchResult.Digest

  }


  public void testSearchWrapsSearchProvidersResult() throws InvalidRequestException {
    String title = "title";
    SearchResult.Digest digest =
        new Digest(title, "", WAVE_ID.serialise(), ImmutableList.of(PARTICIPANT.getAddress(),
            OTHER_PARTICIPANT.getAddress()), -1L, -1L, 1, 1);
    String query = "in:inbox";
    SearchResult searchResult = new SearchResult(query);
    searchResult.addDigest(digest);
    when(searchProvider.search(USER, query, 0, 10)).thenReturn(searchResult);

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Examples of com.google.wave.api.SearchResult.Digest

      new TestingWaveletData(WAVE_ID, CONVERSATION_WAVELET_ID, PARTICIPANT, false);
    final Collection<WaveViewData> providerResults = Arrays.asList(data.copyViewData());


    String query = "in:inbox";
    SearchResult.Digest digest =
        new Digest("", "", WAVE_ID.serialise(), ImmutableList.of(PARTICIPANT.getAddress()), -1L,
            -1L, 1, 1);
    SearchResult searchResult = new SearchResult(query);
    searchResult.addDigest(digest);
    when(searchProvider.search(USER, query, 0, 10)).thenReturn(searchResult);
    service.execute(operation, context, USER);

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Examples of com.google.wave.api.SearchResult.Digest

        SearchResult results = (SearchResult) resultsObj;


        assertEquals(query, results.getQuery());
        assertEquals(1, results.getNumResults());


        Digest digest = results.getDigests().get(0);
        assertEquals(title, digest.getTitle());
        assertEquals(ApiIdSerializer.instance().serialiseWaveId(waveId), digest.getWaveId());


        Builder<ParticipantId> participantIds = ImmutableSet.builder();
        for (String name : digest.getParticipants()) {
          participantIds.add(ParticipantId.ofUnsafe(name));
        }
        assertEquals(participants, participantIds.build());


        assertEquals(unreadCount, digest.getUnreadCount());
        assertEquals(blipCount, digest.getBlipCount());
        return true;
      }


      @Override
      public void describeTo(Description description) {

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Examples of com.subhajit.diagrams.codeanalysis.Digest

      for (String sourcePath : StrUtils.parse(args[3], IConstants.COMMA)) {
        sourceDirs.add(new File(sourcePath));
      }
      final File outputFile = new File(args[4]);


      Digest digest = new Digest(new ZipFile(digestFile));
      DigestBasedSequenceDiagramGenerator gen = new DigestBasedSequenceDiagramGenerator(
          digest);
      DigestBasedSequenceDiagramContext ctx = new DigestBasedSequenceDiagramContext();
      ctx.setFilters(filters);
      ctx.setFollowInvokedMethods(true);
      ctx.setShowInstructions(false);
      ctx.setShowSourceCode(true);
      ctx.setSrcCodeManager(new SourceCodeManager(sourceDirs
          .toArray(IConstants.ZERO_LENGTH_FILE_ARRAY)));


      ctx.setClassName(className);
      // Create a temporary directory under which the diagrams will be
      // generated.
      final File tempDir = new File(IConstants.JAVA_IO_TMPDIR_PATH, UUID
          .randomUUID().toString());
      try {
        if (!tempDir.mkdirs()) {
          throw new IOException(
              "Could not create temporary directory - "
                  + tempDir.getAbsolutePath());
        }
        Set<MethodInfo> methods = digest.load(className).keySet();
        for (MethodInfo method : methods) {
          ctx.setMethod(method);
          try {
            // Generate the sequence diagram specification.
            final String sequenceDiagramSpec = gen

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Examples of flex2.compiler.swc.Digest

            Swc swc = swcContext.getSwc(swcPath);


            // write digest for each rsl in the list
            boolean secureRsls = configuration.getVerifyDigests();
            Boolean isSigned = (Boolean)info.getSignedFlags().get(i);
            Digest digest = swc.getDigest(Swc.LIBRARY_SWF,
                    Digest.SHA_256,
                    isSigned.booleanValue());


            if (digest == null || !digest.hasDigest())
            {
                // if the digest is not available then throw an exception,
                // "No digest found in catalog.xml. Either compile the application with
                // the -verify-digests=false or compile the library with
                // -create-digest=true"
                if (isSigned.booleanValue()) {
                    ThreadLocalToolkit.log(new MissingSignedLibraryDigest(swc.getLocation()));
                }
                else {
                    ThreadLocalToolkit.log(new MissingUnsignedLibraryDigest(swc.getLocation()));
                }
                return;
            }
            
            buf.append("\"" + digest.getValue() + "\",\n");
            buf.append("\"" + digest.getType() + "\",");
            buf.append(info.getSignedFlags().get(i) + ",");
            buf.append(secureRsls + ",");
            buf.append("\"" +  rslSettingsConfig.getApplicationDomain(swcPath) + "\"");
            
            // end of one object in the array

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Examples of net.schmizz.sshj.transport.digest.Digest

    }


    /* See Sec. 7.2. "Output from Key Exchange", RFC 4253 */


    private void gotNewKeys() {
        final Digest hash = kex.getHash();


        final byte[] H = kex.getH();


        if (sessionID == null)
            // session id is 'H' from the first key exchange and does not change thereafter
            sessionID = H;


        final Buffer.PlainBuffer hashInput = new Buffer.PlainBuffer()
                .putMPInt(kex.getK())
                .putRawBytes(H)
                .putByte((byte) 0) // <placeholder>
                .putRawBytes(sessionID);
        final int pos = hashInput.available() - sessionID.length - 1; // Position of <placeholder>


        hashInput.array()[pos] = 'A';
        hash.update(hashInput.array(), 0, hashInput.available());
        final byte[] initialIV_C2S = hash.digest();


        hashInput.array()[pos] = 'B';
        hash.update(hashInput.array(), 0, hashInput.available());
        final byte[] initialIV_S2C = hash.digest();


        hashInput.array()[pos] = 'C';
        hash.update(hashInput.array(), 0, hashInput.available());
        final byte[] encryptionKey_C2S = hash.digest();


        hashInput.array()[pos] = 'D';
        hash.update(hashInput.array(), 0, hashInput.available());
        final byte[] encryptionKey_S2C = hash.digest();


        hashInput.array()[pos] = 'E';
        hash.update(hashInput.array(), 0, hashInput.available());
        final byte[] integrityKey_C2S = hash.digest();


        hashInput.array()[pos] = 'F';
        hash.update(hashInput.array(), 0, hashInput.available());
        final byte[] integrityKey_S2C = hash.digest();


        final Cipher cipher_C2S = Factory.Named.Util.create(transport.getConfig().getCipherFactories(),
                                                            negotiatedAlgs.getClient2ServerCipherAlgorithm());
        cipher_C2S.init(Cipher.Mode.Encrypt,
                        resizedKey(encryptionKey_C2S, cipher_C2S.getBlockSize(), hash, kex.getK(), kex.getH()),

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Examples of org.apache.sshd.common.Digest

        byte[] Es2c;
        byte[] MACc2s;
        byte[] MACs2c;
        byte[] K = kex.getK();
        byte[] H = kex.getH();
        Digest hash = kex.getHash();
        Cipher s2ccipher;
        Cipher c2scipher;
        Mac s2cmac;
        Mac c2smac;
        Compression s2ccomp;
        Compression c2scomp;


        if (sessionId == null) {
            sessionId = new byte[H.length];
            System.arraycopy(H, 0, sessionId, 0, H.length);
        }


        Buffer buffer = new Buffer();
        buffer.putMPInt(K);
        buffer.putRawBytes(H);
        buffer.putByte((byte) 0x41);
        buffer.putRawBytes(sessionId);
        int pos = buffer.available();
        byte[] buf = buffer.array();
        hash.update(buf, 0, pos);
        IVc2s = hash.digest();


        int j = pos - sessionId.length - 1;


        buf[j]++;
        hash.update(buf, 0, pos);
        IVs2c = hash.digest();


        buf[j]++;
        hash.update(buf, 0, pos);
        Ec2s = hash.digest();


        buf[j]++;
        hash.update(buf, 0, pos);
        Es2c = hash.digest();


        buf[j]++;
        hash.update(buf, 0, pos);
        MACc2s = hash.digest();


        buf[j]++;
        hash.update(buf, 0, pos);
        MACs2c = hash.digest();


        s2ccipher = NamedFactory.Utils.create(factoryManager.getCipherFactories(), negotiated[SshConstants.PROPOSAL_ENC_ALGS_STOC]);
        Es2c = resizeKey(Es2c, s2ccipher.getBlockSize(), hash, K, H);
        s2ccipher.init(isServer ? Cipher.Mode.Encrypt : Cipher.Mode.Decrypt, Es2c, IVs2c);

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