List of digest() Examples

Examples of digest()

br.net.woodstock.rockframework.security.digest.Digester.digest()
br.net.woodstock.rockframework.security.digest.impl.BasicDigester.digest()
ch.ethz.ssh2.crypto.digest.Digest.digest()
ch.ethz.ssh2.crypto.digest.HMAC.digest()
ch.ethz.ssh2.crypto.digest.MD5.digest()
ch.ethz.ssh2.crypto.digest.SHA1.digest()
com.getperka.flatpack.util.UuidDigest.digest()
com.knowgate.jcifs.util.HMACT64.digest()
com.knowgate.jcifs.util.MD4.digest()
com.sardak.antform.util.CSVReader.digest()
split a sentence into consitutive words
com.securityinnovation.jNeo.digest.sha256.digest()
com.sun.midp.crypto.MessageDigest.digest()
Completes the hash computation by performing final operations such as padding. The digest is reset after this call is made. @param buf output buffer for the computed digest @param offset offset into the output buffer to begin storing the digest @param len number of bytes within buf allotted for the digest @return the number of bytes placed into buf @exception DigestException if an error occurs.
com.trilead.ssh2.crypto.digest.MD5.digest()
com.volantis.charset.configuration.xml.CharsetDigesterDriver.digest()
Perform the digestion of the XML @return The charsets root element.
gnu.crypto.hash.IMessageDigest.digest()
gnu.crypto.hash.MD5.digest()
gnu.crypto.hash.RipeMD160.digest()
gnu.java.security.hash.IMessageDigest.digest()
gnu.java.security.hash.Sha160.digest()
gnu.javax.crypto.mac.IMac.digest()
gnu.javax.crypto.mode.IAuthenticatedMode.digest()
hudson.FilePath.digest()
Computes the MD5 digest of the file in hex string.
io.fathom.cloud.storage.ResumableMD5Digest.digest()
java.security.MessageDigest.digest()
Completes the hash computation by performing final operations such as padding. The digest is reset after this call is made. @return the array of bytes for the resulting hash value.
jcifs.util.HMACT64.digest()
jcifs.util.MD4.digest()
net.schmizz.sshj.transport.digest.Digest.digest()
net.timewalker.ffmq3.utils.md5.MD5.digest()
Returns array of bytes (16 bytes) representing hash as of the current state of this object. Note: getting a hash does not invalidate the hash object, it only creates a copy of the real state which is finalized. @return Array of 16 bytes, the hash of all updated bytes
net.tomp2p.dht.FutureDigest.digest()
Return the digest information from the get() after evaluation. The evaluation gets rid of the PeerAddress information, by either a majority vote or cumulation. @return The evaluated digest information that have been received.
net.tomp2p.dht.FutureGet.digest()
Return the digest information from the get() after evaluation. The evaluation gets rid of the PeerAddress information, by either a majority vote or cumulation. @return The evaluated digest information that have been received.
net.webpasswordsafe.server.plugin.encryption.EsapiDigester.digest()
net.webpasswordsafe.server.plugin.encryption.JasyptDigester.digest()
one.nio.util.DigestStream.digest()
org.apache.cassandra.db.ReadResponse.digest()
org.apache.harmony.security.tests.support.MyMessageDigest1.digest()
org.apache.java.security.MD5.digest()
Appends a message block with specified length starting from the given offset, and return its message digest. @param block A byte[]. @param offset An int. @param length An int.
org.apache.jcp.xml.dsig.internal.dom.DOMReference.digest()
org.apache.sshd.common.Digest.digest()
org.apache.sshd.common.digest.MD5.digest()
org.apache.xml.security.algorithms.MessageDigestAlgorithm.digest()
Proxy method for {@link java.security.MessageDigest#digest()}which is executed on the internal {@link java.security.MessageDigest} object. @return the result of the {@link java.security.MessageDigest#digest()} method
org.gudy.azureus2.core3.util.SHA1.digest()
Finishes the SHA-1 message digest calculation. @return 20-byte hash result
org.hsqldb.lib.MD5.digest()
Retrieves a byte sequence representing the MD5 digest of the specified character sequence, using the specified encoding to first convert the character sequence into a byte sequence. If the specified encoding is null, then ISO-8859-1 is assumed. @param string the string to digest. @param encoding the character encoding. @return the digest as an array of 16 bytes. @throws HsqlUnsupportedOperationException if an MD5 digestalgorithm is not available through the java.security.MessageDigest spi or the requested encoding is not available
org.jasypt.digest.StandardByteDigester.digest()
Performs a digest operation on a byte array message.

The steps taken for creating the digest are:
1. A salt of the specified size is generated (see {@link SaltGenerator}).
2. The salt bytes are added to the message.
3. The hash function is applied to the salt and message altogether, and then to the results of the function itself, as many times as specified (iterations).
4. If specified by the salt generator (see {@link org.jasypt.salt.SaltGenerator#includePlainSaltInEncryptionResults()}), the undigested salt and the final result of the hash function are concatenated and returned as a result.
Put schematically in bytes:
- DIGEST = |S|..(ssb)..|S|X|X|X|...|X|
  - S: salt bytes (plain, not digested). (OPTIONAL).
  - ssb: salt size in bytes.
  - X: bytes resulting from hashing (see below).
- |X|X|X|...|X| = H(H(H(..(it)..H(Z|Z|Z|...|Z|))))
  - H: Hash function (algorithm).
  - it: Number of iterations.
  - Z: Input for hashing (see below).
- |Z|Z|Z|...|Z| = |S|..(ssb)..|S|M|M|M...|M|
  - S: salt bytes (plain, not digested).
  - ssb: salt size in bytes.
  - M: message bytes.
If a random salt generator is used, two digests created for the same message will always be different (except in the case of random salt coincidence). Because of this, in this case the result of the digest method will contain both the undigested salt and the digest of the (salt + message), so that another digest operation can be performed with the same salt on a different message to check if both messages match (all of which will be managed automatically by the matches method).
@param message the byte array to be digested @return the digest result @throws EncryptionOperationNotPossibleException if the digest operationfails, ommitting any further information about the cause for security reasons. @throws EncryptionInitializationException if initialization could notbe correctly done (for example, if the digest algorithm chosen cannot be used).
org.jasypt.digest.StandardStringDigester.digest()
Performs a digest operation on a String message.

The steps taken for creating the digest are:
1. The String message is converted to a byte array.
2. A salt of the specified size is generated (see {@link org.jasypt.salt.SaltGenerator}).
3. The salt bytes are added to the message.
4. The hash function is applied to the salt and message altogether, and then to the results of the function itself, as many times as specified (iterations).
5. If specified by the salt generator (see {@link org.jasypt.salt.SaltGenerator#includePlainSaltInEncryptionResults()}), the undigested salt and the final result of the hash function are concatenated and returned as a result.
6. The result of the concatenation is encoded in BASE64 (default) or HEXADECIMAL and returned as an ASCII String.
Put schematically in bytes:
- DIGEST = |S|..(ssb)..|S|X|X|X|...|X|
  - S: salt bytes (plain, not digested). (OPTIONAL).
  - ssb: salt size in bytes.
  - X: bytes resulting from hashing (see below).
- |X|X|X|...|X| = H(H(H(..(it)..H(Z|Z|Z|...|Z|))))
  - H: Hash function (algorithm).
  - it: Number of iterations.
  - Z: Input for hashing (see below).
- |Z|Z|Z|...|Z| = |S|..(ssb)..|S|M|M|M...|M|
  - S: salt bytes (plain, not digested).
  - ssb: salt size in bytes.
  - M: message bytes.
If a random salt generator is used, two digests created for the same message will always be different (except in the case of random salt coincidence). Because of this, in this case the result of the digest method will contain both the undigested salt and the digest of the (salt + message), so that another digest operation can be performed with the same salt on a different message to check if both messages match (all of which will be managed automatically by the matches method).
@param message the String to be digested @return the digest result @throws EncryptionOperationNotPossibleException if the digest operationfails, ommitting any further information about the cause for security reasons. @throws EncryptionInitializationException if initialization could notbe correctly done (for example, if the digest algorithm chosen cannot be used).
org.jasypt.intf.service.JasyptStatelessService.digest()

Configure and perform a digest operation.
@param input @param algorithm @param algorithmEnvName @param algorithmSysPropertyName @param iterations @param iterationsEnvName @param iterationsSysPropertyName @param saltSizeBytes @param saltSizeBytesEnvName @param saltSizeBytesSysPropertyName @param saltGeneratorClassName @param saltGeneratorClassNameEnvName @param saltGeneratorClassNameSysPropertyName @param providerName @param providerNameEnvName @param providerNameSysPropertyName @param providerClassName @param providerClassNameEnvName @param providerClassNameSysPropertyName @param unicodeNormalizationIgnored @param unicodeNormalizationIgnoredEnvName @param unicodeNormalizationIgnoredSysPropertyName @param stringOutputType @param stringOutputTypeEnvName @param stringOutputTypeSysPropertyName @return the result of the digest operation @throws EncryptionOperationNotPossibleException if the operation couldnot be performed (either because of wrong input or wrong parametrization).
org.jasypt.util.digest.Digester.digest()
Creates a digest. @param binary the byte array to be digested. @return the resulting digest. @see StandardByteDigester#digest(byte[])
org.jboss.errai.otec.client.util.Md5Digest.digest()
org.springframework.security.crypto.password.Digester.digest()
org.vngx.jsch.hash.Hash.digest()
Generates and returns the message digest. @return message digest
penny.recmd5.MD5MessageDigest.digest()
resources.digesters.Factory.digest()

Examples of org.gudy.azureus2.core3.util.SHA1.digest()

      System.out.print("New SHA1 ");
      time = System.currentTimeMillis();
      for (int i = 0; i < loops; i++)
      {
        newsha.reset();
        newsha.digest(dBuffer);
      }
      time = System.currentTimeMillis() - time;
      speed = totalMBytes / (time / (double)1024);
      System.out.println(info + time + " ms @ " + speed + " MiB/s");

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

      System.out.print("New SHA1 ");
      time = System.currentTimeMillis();
      for (int i = 0; i < loops; i++)
      {
        newsha.reset();
        newsha.digest(hBuffer);
      }
      time = System.currentTimeMillis() - time;
      speed = totalMBytes / (time / (double)1024);
      System.out.println(info + time + " ms @ " + speed + " MiB/s");

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

      dBuffer.position(offset);
      
      oldsha.reset();
      newsha.reset();
      oldh = oldsha.digest(hBuffer);
      newh = newsha.digest(hBuffer);
      oldsha.reset();
      newsha.reset();
      oldd = oldsha.digest(dBuffer);
      newd = newsha.digest(dBuffer);

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

      oldh = oldsha.digest(hBuffer);
      newh = newsha.digest(hBuffer);
      oldsha.reset();
      newsha.reset();
      oldd = oldsha.digest(dBuffer);
      newd = newsha.digest(dBuffer);
      
      
      if(!Arrays.equals(oldh, newh) || !Arrays.equals(oldd, newd) || !Arrays.equals(oldd, oldh))
      {
        System.out.println("hash mismatch at offset: "+offset+" size: "+size);

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

      hview = hBuffer.slice();
      
      oldsha.reset();
      newsha.reset();
      oldh = oldsha.digest(hview);
      newh = newsha.digest(hview);
      oldsha.reset();
      newsha.reset();
      oldd = oldsha.digest(dview);
      newd = newsha.digest(dview);

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

      oldh = oldsha.digest(hview);
      newh = newsha.digest(hview);
      oldsha.reset();
      newsha.reset();
      oldd = oldsha.digest(dview);
      newd = newsha.digest(dview);
      
      
      if(!Arrays.equals(oldh, newh) || !Arrays.equals(oldd, newd) || !Arrays.equals(oldd, oldh))
      {
        System.out.println("(view) hash mismatch at offset: "+offset+" size: "+size);

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

      SHA1 sha1 = new SHA1();
      
      sha1.update( ByteBuffer.wrap( salt ));
      sha1.update( ByteBuffer.wrap( pw_bytes ));
      
      String  encoded_pw = ByteFormatter.encodeString( sha1.digest());


      COConfigurationManager.setParameter( persist_timeout_key, timeout );
      COConfigurationManager.setParameter( persist_pw_key_type, pw_type );
      COConfigurationManager.setParameter( persist_pw_key, encoded_pw );

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

          SHA1 sha1 = new SHA1();
          
          sha1.update( ByteBuffer.wrap( salt ));
          sha1.update( ByteBuffer.wrap( pw_bytes ));
          
          String  encoded_pw = ByteFormatter.encodeString( sha1.digest());
          
          if ( tester != null && !tester.testPassword( encoded_pw.toCharArray())){
          
              // retry

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Examples of org.gudy.azureus2.core3.util.SHA1.digest()

        SHA1  sha1 = new SHA1();
      
        sha1.update( ByteBuffer.wrap( IV ));
        sha1.update( ByteBuffer.wrap( hash ));
        
        id = new HashWrapper( sha1.digest() );
      }
    }
    
    protected HashWrapper
    getID()

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Examples of org.hsqldb.lib.MD5.digest()

    private String sessionIdHash;


    public SingleUseToken(String sessionId) throws TokenException {
        try {
            MD5 md5 = new MD5();
            this.sessionIdHash = md5.digest(sessionId);
        } catch (Exception e) {
            throw new TokenException("Error creating SingleUseToken.", e);
        }


        date = new Date();

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