org.apache.directory.api.ldap.model.password.PasswordDetails.<init> java code examples

Add the Codota plugin to your IDE and get smart completions

private void myMethod () {
 Charset c =String charsetName;Charset.forName(charsetName)
Charset.defaultCharset()
ContentType contentType;contentType.getCharset()
Smart code suggestions by Codota
}

private static PasswordDetails getCryptCredentials( byte[] credentials, int algoLength,
  LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, no decoding required.
  // The salt length is dynamic, between the 2nd and 3rd '$'.
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  // skip {crypt}$x$
  int pos = algoLength;
  while ( pos < credentials.length )
  {
    if ( credentials[pos] == '$' )
    {
      break;
    }
    pos++;
  }
  byte[] salt = Arrays.copyOfRange( credentials, algoLength, pos );
  byte[] password = Arrays.copyOfRange( credentials, pos + 1, credentials.length );
  return new PasswordDetails( algorithm, salt, password );
}

private static PasswordDetails getCryptCredentials( byte[] credentials, int algoLength,
  LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, no decoding required.
  // The salt length is dynamic, between the 2nd and 3rd '$'.
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  // skip {crypt}$x$
  int pos = algoLength;
  while ( pos < credentials.length )
  {
    if ( credentials[pos] == '$' )
    {
      break;
    }
    pos++;
  }
  byte[] salt = Arrays.copyOfRange( credentials, algoLength, pos );
  byte[] password = Arrays.copyOfRange( credentials, pos + 1, credentials.length );
  return new PasswordDetails( algorithm, salt, password );
}

private static PasswordDetails getCryptCredentials( byte[] credentials, int algoLength,
  LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, no decoding required.
  // The salt length is dynamic, between the 2nd and 3rd '$'.
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  // skip {crypt}$x$
  int pos = algoLength;
  while ( pos < credentials.length )
  {
    if ( credentials[pos] == '$' )
    {
      break;
    }
    pos++;
  }
  byte[] salt = Arrays.copyOfRange( credentials, algoLength, pos );
  byte[] password = Arrays.copyOfRange( credentials, pos + 1, credentials.length );
  return new PasswordDetails( algorithm, salt, password );
}

/**
 * Gets the credentials from a PKCS5S2 hash.
 * The salt for PKCS5S2 hash is prepended to the password
 * 
 * @param credentials The password
 * @param algoLength The length of the algorithm part
 * @param algorithm The algorithm in use
 * @return The split credentials, containing the algorithm, the salt and the password 
 */
private static PasswordDetails getPbkdf2Credentials( byte[] credentials, int algoLength, LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, after having decoded the password.
  // The salt is at the *beginning* of the credentials, and is 16 bytes long
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  byte[] passwordAndSalt = Base64
    .decode( Strings.utf8ToString( credentials, algoLength, credentials.length - algoLength ).toCharArray() );
  int saltLength = passwordAndSalt.length - PKCS5S2_LENGTH;
  byte[] salt = new byte[saltLength];
  byte[] password = new byte[PKCS5S2_LENGTH];
  split( passwordAndSalt, 0, salt, password );
  return new PasswordDetails( algorithm, salt, password );
}

/**
 * Compute the credentials
 * 
 * @param credentials the credentials
 * @param algoLength The algorithm length
 * @param hashLen The hash length
 * @param algorithm the algorithm to use
 * @return The split password string, containing the credentials, the salt and the password
 */
private static PasswordDetails getCredentials( byte[] credentials, int algoLength, int hashLen,
  LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, after having decoded the password.
  // The salt is at the end of the credentials.
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  byte[] passwordAndSalt = Base64
    .decode( Strings.utf8ToString( credentials, algoLength, credentials.length - algoLength ).toCharArray() );
  int saltLength = passwordAndSalt.length - hashLen;
  byte[] salt = saltLength == 0 ? null : new byte[saltLength];
  byte[] password = new byte[hashLen];
  split( passwordAndSalt, 0, password, salt );
  return new PasswordDetails( algorithm, salt, password );
}

/**
 * Gets the credentials from a PKCS5S2 hash.
 * The salt for PKCS5S2 hash is prepended to the password
 * 
 * @param credentials The password
 * @param algoLength The length of the algorithm part
 * @param algorithm The algorithm in use
 * @return The split credentials, containing the algorithm, the salt and the password 
 */
private static PasswordDetails getPbkdf2Credentials( byte[] credentials, int algoLength, LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, after having decoded the password.
  // The salt is at the *beginning* of the credentials, and is 16 bytes long
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  byte[] passwordAndSalt = Base64
    .decode( Strings.utf8ToString( credentials, algoLength, credentials.length - algoLength ).toCharArray() );
  int saltLength = passwordAndSalt.length - PKCS5S2_LENGTH;
  byte[] salt = new byte[saltLength];
  byte[] password = new byte[PKCS5S2_LENGTH];
  split( passwordAndSalt, 0, salt, password );
  return new PasswordDetails( algorithm, salt, password );
}

/**
 * Gets the credentials from a PKCS5S2 hash.
 * The salt for PKCS5S2 hash is prepended to the password
 * 
 * @param credentials The password
 * @param algoLength The length of the algorithm part
 * @param algorithm The algorithm in use
 * @return The split credentials, containing the algorithm, the salt and the password 
 */
private static PasswordDetails getPbkdf2Credentials( byte[] credentials, int algoLength, LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, after having decoded the password.
  // The salt is at the *beginning* of the credentials, and is 16 bytes long
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  byte[] passwordAndSalt = Base64
    .decode( Strings.utf8ToString( credentials, algoLength, credentials.length - algoLength ).toCharArray() );
  int saltLength = passwordAndSalt.length - PKCS5S2_LENGTH;
  byte[] salt = new byte[saltLength];
  byte[] password = new byte[PKCS5S2_LENGTH];
  split( passwordAndSalt, 0, salt, password );
  return new PasswordDetails( algorithm, salt, password );
}

/**
 * Compute the credentials
 * 
 * @param credentials the credentials
 * @param algoLength The algorithm length
 * @param hashLen The hash length
 * @param algorithm the algorithm to use
 * @return The split password string, containing the credentials, the salt and the password
 */
private static PasswordDetails getCredentials( byte[] credentials, int algoLength, int hashLen,
  LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, after having decoded the password.
  // The salt is at the end of the credentials.
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  byte[] passwordAndSalt = Base64
    .decode( Strings.utf8ToString( credentials, algoLength, credentials.length - algoLength ).toCharArray() );
  int saltLength = passwordAndSalt.length - hashLen;
  byte[] salt = saltLength == 0 ? null : new byte[saltLength];
  byte[] password = new byte[hashLen];
  split( passwordAndSalt, 0, password, salt );
  return new PasswordDetails( algorithm, salt, password );
}

/**
 * Compute the credentials
 * 
 * @param credentials the credentials
 * @param algoLength The algorithm length
 * @param hashLen The hash length
 * @param algorithm the algorithm to use
 * @return The split password string, containing the credentials, the salt and the password
 */
private static PasswordDetails getCredentials( byte[] credentials, int algoLength, int hashLen,
  LdapSecurityConstants algorithm )
{
  // The password is associated with a salt. Decompose it
  // in two parts, after having decoded the password.
  // The salt is at the end of the credentials.
  // The algorithm, salt, and password will be stored into the PasswordDetails structure.
  byte[] passwordAndSalt = Base64
    .decode( Strings.utf8ToString( credentials, algoLength, credentials.length - algoLength ).toCharArray() );
  int saltLength = passwordAndSalt.length - hashLen;
  byte[] salt = saltLength == 0 ? null : new byte[saltLength];
  byte[] password = new byte[hashLen];
  split( passwordAndSalt, 0, password, salt );
  return new PasswordDetails( algorithm, salt, password );
}

return new PasswordDetails( null, null, credentials );
  password = new byte[credentials.length - salt.length - algoLength];
  split( credentials, algoLength, salt, password );
  return new PasswordDetails( algorithm, salt, password );
    password = Arrays.copyOfRange( credentials, credentials.length - 31, credentials.length );
    return new PasswordDetails( algorithm, salt, password );

return new PasswordDetails( null, null, credentials );
  password = new byte[credentials.length - salt.length - algoLength];
  split( credentials, algoLength, salt, password );
  return new PasswordDetails( algorithm, salt, password );
    password = Arrays.copyOfRange( credentials, credentials.length - 31, credentials.length );
    return new PasswordDetails( algorithm, salt, password );

return new PasswordDetails( null, null, credentials );
  password = new byte[credentials.length - salt.length - algoLength];
  split( credentials, algoLength, salt, password );
  return new PasswordDetails( algorithm, salt, password );
    password = Arrays.copyOfRange( credentials, credentials.length - 31, credentials.length );
    return new PasswordDetails( algorithm, salt, password );

Javadoc

Creates a new PasswordDetails instance

Popular methods of PasswordDetails

getAlgorithm
The hash algorithm used to hash the password, null for plain text passwords.
getPassword
The hashed or plain text password.
getSalt
The salt used to hash the password, null if no salt was used.

Popular in Java

Running tasks concurrently on multiple threads
startActivity (Activity)
getSystemService (Context)
scheduleAtFixedRate (ScheduledExecutorService)
Creates and executes a periodic action that becomes enabled first after the given initial delay, and
FlowLayout (java.awt)
A flow layout arranges components in a left-to-right flow, much like lines of text in a paragraph. F
BufferedInputStream (java.io)
Wraps an existing InputStream and buffers the input. Expensive interaction with the underlying input
PrintStream (java.io)
A PrintStream adds functionality to another output stream, namely the ability to print representatio
Permission (java.security)
Abstract class for representing access to a system resource. All permissions have a name (whose inte
Iterator (java.util)
An iterator over a collection. Iterator takes the place of Enumeration in the Java Collections Frame
Logger (org.slf4j)
The main user interface to logging. It is expected that logging takes place through concrete impleme

How to use org.apache.directory.api.ldap.model.password.PasswordDetailsconstructor

Best Java code snippets using org.apache.directory.api.ldap.model.password.PasswordDetails.<init> (Showing top 12 results out of 315)

How to use
org.apache.directory.api.ldap.model.password.PasswordDetails
constructor