Examples of javax.naming.BinaryRefAddr

javax.naming.BinaryRefAddr
This class represents the binary form of the address of a communications end-point.
A BinaryRefAddr consists of a type that describes the communication mechanism and an opaque buffer containing the address description specific to that communication mechanism. The format and interpretation of the address type and the contents of the opaque buffer are based on the agreement of three parties: the client that uses the address, the object/server that can be reached using the address, and the administrator or program that creates the address.
An example of a binary reference address is an BER X.500 presentation address. Another example of a binary reference address is a serialized form of a service's object handle.
A binary reference address is immutable in the sense that its fields once created, cannot be replaced. However, it is possible to access the byte array used to hold the opaque buffer. Programs are strongly recommended against changing this byte array. Changes to this byte array need to be explicitly synchronized. @author Rosanna Lee @author Scott Seligman @see RefAddr @see StringRefAddr @since 1.3

    }
  }


  public void testClear_Simple() {
    String type = "Binary";
    BinaryRefAddr refAddr = new BinaryRefAddr(type, buffer);
    int count = 10;
    for (int i = 0; i < count; i++) {
      ref.add(refAddr);
    }
    assertEquals(count, ref.size());

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    String className = "java.lang.String";
    String classFactory = "class factory";
    String location = "/home/neuser";
    StringRefAddr addr = new StringRefAddr("String address",
        "this is a string");
    BinaryRefAddr addr1 = new BinaryRefAddr("Binary address", new byte[] {
        1, 2, 3, 4, 5 });
    Reference reference0 = new Reference(className, addr, classFactory,
        location);
    Reference reference1 = new Reference(className, addr1, classFactory,
        location);

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      IOException {
    Reference reference = new Reference("dazzle.naming.Reference",
        "dazzle.naming.factory.RefFactory", "http://www.apache.org");
    StringRefAddr addr = new StringRefAddr("StringRefAddr",
        "This is a String RefAddr.");
    BinaryRefAddr addr2 = new BinaryRefAddr("BinaryRefAddr", new byte[] {
        'a', 'b', 'c' });
    reference.add(addr);
    reference.add(addr2);


    // write to byte array

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    Reference reference = new Reference("dazzle.naming.Reference",
        "dazzle.naming.factory.RefFactory", "http://www.apache.org");
    StringRefAddr addr = new StringRefAddr("StringRefAddr",
        "This is a String RefAddr.");
    BinaryRefAddr addr2 = new BinaryRefAddr("BinaryRefAddr", new byte[] {
        'a', 'b', 'c' });
    reference.add(addr);
    reference.add(addr2);


    assertEquals(reference, reference2);

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      if (_reference == null)
      {
         try
         {
            _reference = new Reference(this.getClass().getCanonicalName(),
                                      new BinaryRefAddr(ConnectionFactoryObjectFactory.QPID_CF,
                                                        Util.serialize(this)),
                                      ConnectionFactoryObjectFactory.class.getCanonicalName(),
                                      null);
         }
         catch (final IOException ioe)

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        if ( jndiEnvironment != null ) 
        {
            try
            {
                ser = serialize(jndiEnvironment);
                ref.add(new BinaryRefAddr("jndiEnvironment", ser));
            }
            catch (IOException ioe)
            {
                throw new NamingException("An IOException prevented " + 
                   "serializing the jndiEnvironment properties.");
            }
        }


        ref.add(new StringRefAddr("loginTimeout", 
                                  String.valueOf(getLoginTimeout())));


        if ( perUserDefaultAutoCommit != null ) 
        {
            try
            {
                ser = serialize((Serializable)perUserDefaultAutoCommit);
                ref.add(new BinaryRefAddr("perUserDefaultAutoCommit", ser));
            }
            catch (IOException ioe)
            {
                throw new NamingException("An IOException prevented " + 
                   "serializing the perUserDefaultAutoCommit properties.");
            }
        }


        if ( perUserMaxActive != null ) 
        {
            try
            {
                ser = serialize((Serializable)perUserMaxActive);
                ref.add(new BinaryRefAddr("perUserMaxActive", ser));
            }
            catch (IOException ioe)
            {
                throw new NamingException("An IOException prevented " + 
                   "serializing the perUserMaxActive properties.");
            }
        }


        if ( perUserMaxIdle != null ) 
        {
            try
            {
                ser = serialize((Serializable)perUserMaxIdle);
                ref.add(new BinaryRefAddr("perUserMaxIdle", ser));
            }
            catch (IOException ioe)
            {
                throw new NamingException("An IOException prevented " + 
                   "serializing the perUserMaxIdle properties.");
            }
        }


        if ( perUserMaxWait != null ) 
        {
            try
            {
                ser = serialize((Serializable)perUserMaxWait);
                ref.add(new BinaryRefAddr("perUserMaxWait", ser));
            }
            catch (IOException ioe)
            {
                throw new NamingException("An IOException prevented " + 
                   "serializing the perUserMaxWait properties.");
            }
        }


        if ( perUserDefaultReadOnly != null ) 
        {
            try
            {
                ser = serialize((Serializable)perUserDefaultReadOnly);
                ref.add(new BinaryRefAddr("perUserDefaultReadOnly", ser));
            }
            catch (IOException ioe)
            {
                throw new NamingException("An IOException prevented " + 
                   "serializing the perUserDefaultReadOnly properties.");

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        byte[] serJndiEnv = null;
        // BinaryRefAddr does not allow null byte[].
        if (jndiEnvironment != null)
        {
            serJndiEnv = SerializationUtils.serialize(jndiEnvironment);
            ref.add(new BinaryRefAddr("jndiEnvironment", serJndiEnv));
        }


        byte[] serPUMC = null;
        // BinaryRefAddr does not allow null byte[].
        if (getPerUserMaxConnections() != null)
        {
            serPUMC = SerializationUtils.serialize(getPerUserMaxConnections());
            ref.add(new BinaryRefAddr("perUserMaxConnections", serPUMC));
        }


        return ref;
    }

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    Reference reference = new Reference(this.getClass().getName(), CommonDataSourceFactory.class.getName(), null);
    reference.add(new StringRefAddr(CommonDataSourceFactory.CLUSTER, this.cluster));
    DatabaseClusterConfigurationFactory<Z, D> factory = this.getConfigurationFactory();
    if (factory != null)
    {
      reference.add(new BinaryRefAddr(CommonDataSourceFactory.CONFIG, Objects.serialize(factory)));
    }
    else
    {
      reference.add(new StringRefAddr(CommonDataSourceFactory.CONFIG, this.config));
    }

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      throw namingException;
    }


    return new Reference(
        Ejb3Configuration.class.getName(),
        new BinaryRefAddr("object", serialized ),
        Ejb3ConfigurationObjectFactory.class.getName(),
        null
    );
  }

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      throw namingException;
    }


    return new Reference(
        Ejb3Configuration.class.getName(),
        new BinaryRefAddr("object", serialized ),
        Ejb3ConfigurationObjectFactory.class.getName(),
        null
    );
  }

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