ValueTest.java

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 *
 * Pentaho Data Integration
 *
 * Copyright (C) 2002-2016 by Pentaho : http://www.pentaho.com
 *
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 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with
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 *    http://www.apache.org/licenses/LICENSE-2.0
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package org.pentaho.di.compatibility;

import java.math.BigDecimal;
import java.text.DecimalFormatSymbols;
import java.text.ParsePosition;
import java.text.SimpleDateFormat;
import java.util.Date;

import org.pentaho.di.core.Const;
import org.pentaho.di.core.exception.KettleValueException;
import org.pentaho.di.core.row.ValueMetaInterface;

import junit.framework.TestCase;

/**
 * Test class for the basic functionality of Value.
 *
 * @author Sven Boden
 */
public class ValueTest extends TestCase {
  /**
   * Constructor test 1.
   */
  public void testConstructor1() {
    Value vs = new Value();

    // Set by clearValue()
    assertFalse( vs.isNull() ); // historical probably
    assertTrue( vs.isEmpty() ); // historical probably
    assertEquals( null, vs.getName() );
    assertEquals( null, vs.getOrigin() );
    assertEquals( Value.VALUE_TYPE_NONE, vs.getType() );
    assertFalse( vs.isString() );
    assertFalse( vs.isDate() );
    assertFalse( vs.isNumeric() );
    assertFalse( vs.isInteger() );
    assertFalse( vs.isBigNumber() );
    assertFalse( vs.isNumber() );
    assertFalse( vs.isBoolean() );

    Value vs1 = new Value( "Name" );

    // Set by clearValue()
    assertFalse( vs1.isNull() ); // historical probably
    assertTrue( vs1.isEmpty() ); // historical probably
    assertEquals( "Name", vs1.getName() );
    assertEquals( null, vs1.getOrigin() );
    assertEquals( Value.VALUE_TYPE_NONE, vs1.getType() );
  }

  /**
   * Constructor test 2.
   */
  public void testConstructor2() {
    Value vs = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    assertFalse( vs.isNull() );
    assertFalse( vs.isEmpty() );
    assertEquals( "Name", vs.getName() );
    assertEquals( Value.VALUE_TYPE_NUMBER, vs.getType() );
    assertTrue( vs.isNumber() );
    assertTrue( vs.isNumeric() );

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_STRING );
    assertFalse( vs1.isNull() );
    assertFalse( vs1.isEmpty() );
    assertEquals( "Name", vs1.getName() );
    assertEquals( Value.VALUE_TYPE_STRING, vs1.getType() );
    assertTrue( vs1.isString() );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_DATE );
    assertFalse( vs2.isNull() );
    assertFalse( vs2.isEmpty() );
    assertEquals( "Name", vs2.getName() );
    assertEquals( Value.VALUE_TYPE_DATE, vs2.getType() );
    assertTrue( vs2.isDate() );

    Value vs3 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    assertFalse( vs3.isNull() );
    assertFalse( vs3.isEmpty() );
    assertEquals( "Name", vs3.getName() );
    assertEquals( Value.VALUE_TYPE_BOOLEAN, vs3.getType() );
    assertTrue( vs3.isBoolean() );

    Value vs4 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    assertFalse( vs4.isNull() );
    assertFalse( vs4.isEmpty() );
    assertEquals( "Name", vs4.getName() );
    assertEquals( Value.VALUE_TYPE_INTEGER, vs4.getType() );
    assertTrue( vs4.isInteger() );
    assertTrue( vs4.isNumeric() );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_BIGNUMBER );
    assertFalse( vs5.isNull() );
    assertFalse( vs5.isEmpty() );
    assertEquals( "Name", vs5.getName() );
    assertEquals( Value.VALUE_TYPE_BIGNUMBER, vs5.getType() );
    assertTrue( vs5.isBigNumber() );
    assertTrue( vs5.isNumeric() );

    Value vs6 = new Value( "Name", 1000000 );
    assertEquals( Value.VALUE_TYPE_NONE, vs6.getType() );
  }

  /**
   * Constructors using Values
   */
  public void testConstructor3() {
    Value vs = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs.setValue( 10.0D );
    vs.setOrigin( "origin" );
    vs.setLength( 4, 2 );
    Value copy = new Value( vs );
    assertEquals( vs.getType(), copy.getType() );
    assertEquals( vs.getNumber(), copy.getNumber(), 0.1D );
    assertEquals( vs.getLength(), copy.getLength() );
    assertEquals( vs.getPrecision(), copy.getPrecision() );
    assertEquals( vs.isNull(), copy.isNull() );
    assertEquals( vs.getOrigin(), copy.getOrigin() );
    assertEquals( vs.getName(), copy.getName() );

    // Show it's a deep copy
    copy.setName( "newName" );
    assertEquals( "Name", vs.getName() );
    assertEquals( "newName", copy.getName() );

    copy.setOrigin( "newOrigin" );
    assertEquals( "origin", vs.getOrigin() );
    assertEquals( "newOrigin", copy.getOrigin() );

    copy.setValue( 11.0D );
    assertEquals( 10.0D, vs.getNumber(), 0.1D );
    assertEquals( 11.0D, copy.getNumber(), 0.1D );

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs1.setName( null );
    // name and origin are null
    Value copy1 = new Value( vs1 );
    assertEquals( vs1.getType(), copy1.getType() );
    assertEquals( vs1.getNumber(), copy1.getNumber(), 0.1D );
    assertEquals( vs1.getLength(), copy1.getLength() );
    assertEquals( vs1.getPrecision(), copy1.getPrecision() );
    assertEquals( vs1.isNull(), copy1.isNull() );
    assertEquals( vs1.getOrigin(), copy1.getOrigin() );
    assertEquals( vs1.getName(), copy1.getName() );

    Value vs2 = new Value( (Value) null );
    assertTrue( vs2.isNull() );
    assertNull( vs2.getName() );
    assertNull( vs2.getOrigin() );
  }

  /**
   * Constructors using Values
   */
  public void testConstructor4() {
    Value vs = new Value( "Name", new StringBuffer( "buffer" ) );
    assertEquals( Value.VALUE_TYPE_STRING, vs.getType() );
    assertEquals( "buffer", vs.getString() );
  }

  /**
   * Constructors using Values
   */
  public void testConstructor5() {
    Value vs = new Value( "Name", 10.0D );
    assertEquals( Value.VALUE_TYPE_NUMBER, vs.getType() );
    assertEquals( "Name", vs.getName() );

    Value copy = new Value( "newName", vs );
    assertEquals( "newName", copy.getName() );
    assertFalse( !vs.equals( copy ) );
    copy.setName( "Name" );
    assertTrue( vs.equals( copy ) );
  }

  /**
   * Test of string representation of String Value.
   */
  public void testToStringString() {
    String result = null;

    Value vs = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs.setValue( "test string" );
    result = vs.toString( true );
    assertEquals( "test string", result );

    vs.setLength( 20 );
    result = vs.toString( true ); // padding
    assertEquals( "test string         ", result );

    vs.setLength( 4 );
    result = vs.toString( true ); // truncate
    assertEquals( "test", result );

    vs.setLength( 0 );
    result = vs.toString( true ); // on 0 => full string
    assertEquals( "test string", result );

    // no padding
    result = vs.toString( false );
    assertEquals( "test string", result );

    vs.setLength( 20 );
    result = vs.toString( false );
    assertEquals( "test string", result );

    vs.setLength( 4 );
    result = vs.toString( false );
    assertEquals( "test string", result );

    vs.setLength( 0 );
    result = vs.toString( false );
    assertEquals( "test string", result );

    vs.setLength( 4 );
    vs.setNull();
    result = vs.toString( false );
    assertEquals( "", result );

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_STRING );
    assertEquals( "", vs1.toString() );

    // Just to get 100% coverage
    Value vs2 = new Value( "Name", Value.VALUE_TYPE_NONE );
    assertEquals( "", vs2.toString() );
  }

  /**
   * Test of string representation of Number Value.
   */
  public void testToStringNumber() {
    Value vs1 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    DecimalFormatSymbols symbols = DecimalFormatSymbols.getInstance();
    assertEquals( " 0" + symbols.getDecimalSeparator() + "0", vs1.toString( true ) );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs2.setNull();
    assertEquals( "", vs2.toString( true ) );

    Value vs3 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs3.setValue( 100.0D );
    vs3.setLength( 6 );
    vs3.setNull();
    assertEquals( "      ", vs3.toString( true ) );

    Value vs4 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs4.setValue( 100.0D );
    vs4.setLength( 6 );
    assertEquals( " 000100" + symbols.getDecimalSeparator() + "00", vs4.toString( true ) );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs5.setValue( 100.5D );
    vs5.setLength( -1 );
    vs5.setPrecision( -1 );

    assertEquals( " 100" + symbols.getDecimalSeparator() + "5", vs5.toString( true ) );
    Value vs6 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs6.setValue( 100.5D );
    vs6.setLength( 8 );
    vs6.setPrecision( -1 );
    assertEquals( " 00000100" + symbols.getDecimalSeparator() + "50", vs6.toString( true ) );

    Value vs7 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs7.setValue( 100.5D );
    vs7.setLength( 0 );
    vs7.setPrecision( 3 );
    assertEquals( " 100" + symbols.getDecimalSeparator()+ "5", vs7.toString( true ) );

    Value vs8 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs8.setValue( 100.5D );
    vs8.setLength( 5 );
    vs8.setPrecision( 3 );
    assertEquals( "100.5", vs8.toString( false ) );

    Value vs9 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs9.setValue( 100.0D );
    vs9.setLength( 6 );
    assertEquals( "100.0", vs9.toString( false ) );

    Value vs10 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs10.setValue( 100.5D );
    vs10.setLength( -1 );
    vs10.setPrecision( -1 );
    assertEquals( "100.5", vs10.toString( false ) );

    Value vs11 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs11.setValue( 100.5D );
    vs11.setLength( 8 );
    vs11.setPrecision( -1 );
    assertEquals( "100.5", vs11.toString( false ) );

    Value vs12 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs12.setValue( 100.5D );
    vs12.setLength( 0 );
    vs12.setPrecision( 3 );
    assertEquals( "100.5", vs12.toString( false ) );

    Value vs13 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs13.setValue( 100.5D );
    vs13.setLength( 5 );
    vs13.setPrecision( 3 );
    assertEquals( "100.5", vs13.toString( false ) );

    Value vs14 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs14.setValue( 100.5D );
    vs14.setLength( 5 );
    vs14.setPrecision( 3 );
    assertEquals( " 100" + symbols.getDecimalSeparator() + "500", vs14.toString( true ) );
  }

  /**
   * Test of string representation of Integer Value.
   */
  public void testToIntegerNumber() {
    Value vs1 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    assertEquals( " 0", vs1.toString( true ) );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs2.setNull();
    assertEquals( "", vs2.toString( true ) );

    Value vs3 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs3.setValue( 100 );
    vs3.setLength( 6 );
    vs3.setNull();
    assertEquals( "      ", vs3.toString( true ) );

    Value vs4 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs4.setValue( 100 );
    vs4.setLength( 6 );
    assertEquals( " 000100", vs4.toString( true ) );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs5.setValue( 100 );
    vs5.setLength( -1 );
    vs5.setPrecision( -1 );
    assertEquals( " 100", vs5.toString( true ) );

    Value vs6 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs6.setValue( 105 );
    vs6.setLength( 8 );
    vs6.setPrecision( -1 );
    assertEquals( " 00000105", vs6.toString( true ) );

    Value vs7 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs7.setValue( 100 );
    vs7.setLength( 0 );
    vs7.setPrecision( 3 );
    assertEquals( " 100", vs7.toString( true ) );

    Value vs8 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs8.setValue( 100 );
    vs8.setLength( 5 );
    vs8.setPrecision( 3 );
    assertEquals( "100", vs8.toString( false ) );

    Value vs9 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs9.setValue( 100 );
    vs9.setLength( 6 );
    assertEquals( "100", vs9.toString( false ) );

    Value vs10 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs10.setValue( 100 );
    vs10.setLength( -1 );
    vs10.setPrecision( -1 );
    assertEquals( " 100", vs10.toString( false ) );

    Value vs11 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs11.setValue( 100 );
    vs11.setLength( 8 );
    vs11.setPrecision( -1 );
    assertEquals( "100", vs11.toString( false ) );

    Value vs12 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs12.setValue( 100 );
    vs12.setLength( 0 );
    vs12.setPrecision( 3 );
    assertEquals( " 100", vs12.toString( false ) );

    Value vs13 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs13.setValue( 100 );
    vs13.setLength( 5 );
    vs13.setPrecision( 3 );
    assertEquals( "100", vs13.toString( false ) );

    Value vs14 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs14.setValue( 100 );
    vs14.setLength( 5 );
    vs14.setPrecision( 3 );
    assertEquals( " 00100", vs14.toString( true ) );
  }

  /**
   * Test of boolean representation of Value.
   */
  public void testToStringBoolean() {
    String result = null;

    Value vs = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs.setValue( true );
    result = vs.toString( true );
    assertEquals( "true", result );

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs1.setValue( false );
    result = vs1.toString( true );
    assertEquals( "false", result );

    // set to "null"
    Value vs2 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs2.setValue( true );
    vs2.setNull();
    result = vs2.toString( true );
    assertEquals( "", result );

    // set to "null"
    Value vs3 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs3.setValue( false );
    vs3.setNull();
    result = vs3.toString( true );
    assertEquals( "", result );

    // set to length = 1 => get Y/N
    Value vs4 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs4.setValue( true );
    vs4.setLength( 1 );
    result = vs4.toString( true );
    assertEquals( "true", result );

    // set to length = 1 => get Y/N
    Value vs5 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs5.setValue( false );
    vs5.setLength( 1 );
    result = vs5.toString( true );
    assertEquals( "false", result );

    // set to length > 1 => get true/false
    Value vs6 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs6.setValue( true );
    vs6.setLength( 3 );
    result = vs6.toString( true );
    assertEquals( "true", result );

    // set to length > 1 => get true/false (+ truncation)
    Value vs7 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs7.setValue( false );
    vs7.setLength( 3 );
    result = vs7.toString( true );
    assertEquals( "false", result );
  }

  /**
   * Test of boolean representation of Value.
   */
  public void testToStringDate() {
    String result = null;

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_DATE );
    result = vs1.toString( true );
    assertEquals( "", result );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs2.setNull( true );
    result = vs2.toString( true );
    assertEquals( "", result );

    SimpleDateFormat df = new SimpleDateFormat( "yyyy/MM/dd HH:mm:ss.SSS" );
    Date dt = df.parse( "2006/03/01 17:01:02.005", new ParsePosition( 0 ) );

    Value vs3 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs3.setValue( dt );
    result = vs3.toString( true );
    assertEquals( "2006/03/01 17:01:02.005", result );

    Value vs4 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs4.setNull( true );
    vs4.setLength( 2 );
    result = vs4.toString( true );
    assertEquals( "", result );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs3.setValue( dt );
    vs5.setLength( 10 );
    result = vs5.toString( true );
    assertEquals( "", result );
  }

  public void testToStringMeta() {
    String result = null;

    // Strings
    Value vs = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs.setValue( "test" );
    result = vs.toStringMeta();
    assertEquals( "String", result );

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs1.setValue( "test" );
    vs1.setLength( 0 );
    result = vs1.toStringMeta();
    assertEquals( "String", result );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs2.setValue( "test" );
    vs2.setLength( 4 );
    result = vs2.toStringMeta();
    assertEquals( "String(4)", result );

    // Booleans: not affected by length on output
    Value vs3 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs3.setValue( false );
    result = vs3.toStringMeta();
    assertEquals( "Boolean", result );

    Value vs4 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs4.setValue( false );
    vs4.setLength( 0 );
    result = vs4.toStringMeta();
    assertEquals( "Boolean", result );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs5.setValue( false );
    vs5.setLength( 4 );
    result = vs5.toStringMeta();
    assertEquals( "Boolean", result );

    // Integers
    Value vs6 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs6.setValue( 10 );
    result = vs6.toStringMeta();
    assertEquals( "Integer", result );

    Value vs7 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs7.setValue( 10 );
    vs7.setLength( 0 );
    result = vs7.toStringMeta();
    assertEquals( "Integer", result );

    Value vs8 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs8.setValue( 10 );
    vs8.setLength( 4 );
    result = vs8.toStringMeta();
    assertEquals( "Integer(4)", result );

    // Numbers
    Value vs9 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs9.setValue( 10.0D );
    result = vs9.toStringMeta();
    assertEquals( "Number", result );

    Value vs10 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs10.setValue( 10.0D );
    vs10.setLength( 0 );
    result = vs10.toStringMeta();
    assertEquals( "Number", result );

    Value vs11 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs11.setValue( 10.0D );
    vs11.setLength( 4 );
    result = vs11.toStringMeta();
    assertEquals( "Number(4)", result );

    Value vs12 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs12.setValue( 10.0D );
    vs12.setLength( 4 );
    vs12.setPrecision( 2 );
    result = vs12.toStringMeta();
    assertEquals( "Number(4, 2)", result );

    // BigNumber
    Value vs13 = new Value( "Name", Value.VALUE_TYPE_BIGNUMBER );
    vs13.setValue( new BigDecimal( 10 ) );
    result = vs13.toStringMeta();
    assertEquals( "BigNumber", result );

    Value vs14 = new Value( "Name", Value.VALUE_TYPE_BIGNUMBER );
    vs14.setValue( new BigDecimal( 10 ) );
    vs14.setLength( 0 );
    result = vs14.toStringMeta();
    assertEquals( "BigNumber", result );

    Value vs15 = new Value( "Name", Value.VALUE_TYPE_BIGNUMBER );
    vs15.setValue( new BigDecimal( 10 ) );
    vs15.setLength( 4 );
    result = vs15.toStringMeta();
    assertEquals( "BigNumber(4)", result );

    Value vs16 = new Value( "Name", Value.VALUE_TYPE_BIGNUMBER );
    vs16.setValue( new BigDecimal( 10 ) );
    vs16.setLength( 4 );
    vs16.setPrecision( 2 );
    result = vs16.toStringMeta();
    assertEquals( "BigNumber(4, 2)", result );

    // Date
    Value vs17 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs17.setValue( new Date() );
    result = vs17.toStringMeta();
    assertEquals( "Date", result );

    Value vs18 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs18.setValue( new Date() );
    vs18.setLength( 0 );
    result = vs18.toStringMeta();
    assertEquals( "Date", result );

    Value vs19 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs19.setValue( new Date() );
    vs19.setLength( 4 );
    result = vs19.toStringMeta();
    assertEquals( "Date", result );

    Value vs20 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs20.setValue( new Date() );
    vs20.setLength( 4 );
    vs20.setPrecision( 2 );
    result = vs20.toStringMeta();
    assertEquals( "Date", result );
  }

  /**
   * Constructors using Values.
   */
  public void testClone1() {
    Value vs = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs.setValue( 10.0D );
    vs.setOrigin( "origin" );
    vs.setLength( 4, 2 );
    Value copy = vs.Clone();
    assertEquals( vs.getType(), copy.getType() );
    assertEquals( vs.getNumber(), copy.getNumber(), 0.1D );
    assertEquals( vs.getLength(), copy.getLength() );
    assertEquals( vs.getPrecision(), copy.getPrecision() );
    assertEquals( vs.isNull(), copy.isNull() );
    assertEquals( vs.getOrigin(), copy.getOrigin() );
    assertEquals( vs.getName(), copy.getName() );

    // Show it's a deep copy
    copy.setName( "newName" );
    assertEquals( "Name", vs.getName() );
    assertEquals( "newName", copy.getName() );

    copy.setOrigin( "newOrigin" );
    assertEquals( "origin", vs.getOrigin() );
    assertEquals( "newOrigin", copy.getOrigin() );

    copy.setValue( 11.0D );
    assertEquals( 10.0D, vs.getNumber(), 0.1D );
    assertEquals( 11.0D, copy.getNumber(), 0.1D );

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs1.setName( null );
    // name and origin are null
    Value copy1 = new Value( vs1 );
    assertEquals( vs1.getType(), copy1.getType() );
    assertEquals( vs1.getNumber(), copy1.getNumber(), 0.1D );
    assertEquals( vs1.getLength(), copy1.getLength() );
    assertEquals( vs1.getPrecision(), copy1.getPrecision() );
    assertEquals( vs1.isNull(), copy1.isNull() );
    assertEquals( vs1.getOrigin(), copy1.getOrigin() );
    assertEquals( vs1.getName(), copy1.getName() );

    Value vs2 = new Value( (Value) null );
    assertTrue( vs2.isNull() );
    assertNull( vs2.getName() );
    assertNull( vs2.getOrigin() );
  }

  /**
   * Test of getStringLength().
   *
   */
  public void testGetStringLength() {
    int result = 0;

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_STRING );
    result = vs1.getStringLength();
    assertEquals( 0, result );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs2.setNull();
    result = vs2.getStringLength();
    assertEquals( 0, result );

    Value vs3 = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs3.setValue( "stringlength" );
    result = vs3.getStringLength();
    assertEquals( 12, result );
  }

  public void testGetXML() {
    String result = null;

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs1.setValue( "test" );
    vs1.setLength( 4 );
    vs1.setPrecision( 2 );
    result = vs1.getXML();
    assertEquals(
      "<value><name>Name</name><type>String</type><text>test</text><length>4</length><precision>-1</precision><isnull>N</isnull></value>",
      result );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    vs2.setValue( false );
    vs2.setLength( 4 );
    vs2.setPrecision( 2 );
    result = vs2.getXML();
    assertEquals(
      "<value><name>Name</name><type>Boolean</type><text>false</text><length>-1</length><precision>-1</precision><isnull>N</isnull></value>",
      result );

    Value vs3 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs3.setValue( 10 );
    vs3.setLength( 4 );
    vs3.setPrecision( 2 );
    result = vs3.getXML();
    assertEquals(
      "<value><name>Name</name><type>Integer</type><text>10</text><length>4</length><precision>0</precision><isnull>N</isnull></value>",
      result );

    Value vs4 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs4.setValue( 10.0D );
    vs4.setLength( 4 );
    vs4.setPrecision( 2 );
    result = vs4.getXML();
    assertEquals(
      "<value><name>Name</name><type>Number</type><text>10.0</text><length>4</length><precision>2</precision><isnull>N</isnull></value>",
      result );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_BIGNUMBER );
    vs5.setValue( new BigDecimal( 10 ) );
    vs5.setLength( 4 );
    vs5.setPrecision( 2 );
    result = vs5.getXML();
    assertEquals(
      "<value><name>Name</name><type>BigNumber</type><text>10</text><length>4</length><precision>2</precision><isnull>N</isnull></value>",
      result );

    SimpleDateFormat df = new SimpleDateFormat( "yyyy/MM/dd HH:mm:ss.SSS" );
    Date dt = df.parse( "2006/03/01 17:01:02.005", new ParsePosition( 0 ) );
    Value vs6 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs6.setValue( dt );
    vs6.setLength( 4 );
    vs6.setPrecision( 2 );
    result = vs6.getXML();
    assertEquals(
      "<value><name>Name</name><type>Date</type><text>2006/03/01 17:01:02.005</text><length>-1</length><precision>2</precision><isnull>N</isnull></value>",
      result );
  }

  /**
   * Test of setValue()
   */
  public void testSetValue() {
    Value vs = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs.setValue( 100L );
    vs.setOrigin( "origin" );

    Value vs1 = new Value( (Value) null );
    assertTrue( vs1.isNull() );
    assertTrue( vs1.isEmpty() );
    assertNull( vs1.getName() );
    assertNull( vs1.getOrigin() );
    assertEquals( Value.VALUE_TYPE_NONE, vs1.getType() );

    Value vs2 = new Value( "newName", Value.VALUE_TYPE_INTEGER );
    vs2.setOrigin( "origin1" );
    vs2.setValue( vs );
    assertEquals( "origin", vs2.getOrigin() );
    assertEquals( vs.getInteger(), vs2.getInteger() );

    Value vs3 = new Value( "newName", Value.VALUE_TYPE_INTEGER );
    vs3.setValue( new StringBuffer( "Sven" ) );
    assertEquals( Value.VALUE_TYPE_STRING, vs3.getType() );
    assertEquals( "Sven", vs3.getString() );

    Value vs4 = new Value( "newName", Value.VALUE_TYPE_STRING );
    vs4.setValue( new StringBuffer( "Test" ) );
    vs4.setValue( new StringBuffer( "Sven" ) );
    assertEquals( Value.VALUE_TYPE_STRING, vs4.getType() );
    assertEquals( "Sven", vs4.getString() );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs5.setValue( (byte) 4 );
    assertEquals( 4L, vs5.getInteger() );

    Value vs6 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs6.setValue( (Value) null );
    assertFalse( vs6.isNull() );
    assertNull( vs6.getName() );
    assertNull( vs6.getOrigin() );
    assertEquals( Value.VALUE_TYPE_NONE, vs6.getType() );
  }

  /**
   * Test for isNumeric().
   */
  public void testIsNumeric() {
    assertEquals( false, Value.isNumeric( Value.VALUE_TYPE_NONE ) );
    assertEquals( true, Value.isNumeric( Value.VALUE_TYPE_NUMBER ) );
    assertEquals( false, Value.isNumeric( Value.VALUE_TYPE_STRING ) );
    assertEquals( false, Value.isNumeric( Value.VALUE_TYPE_DATE ) );
    assertEquals( false, Value.isNumeric( Value.VALUE_TYPE_BOOLEAN ) );
    assertEquals( true, Value.isNumeric( Value.VALUE_TYPE_INTEGER ) );
    assertEquals( true, Value.isNumeric( Value.VALUE_TYPE_BIGNUMBER ) );
    assertEquals( false, Value.isNumeric( Value.VALUE_TYPE_SERIALIZABLE ) );
  }

  public void testIsEqualTo() {
    Value vs1 = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs1.setValue( "test" );
    assertTrue( vs1.isEqualTo( "test" ) );
    assertFalse( vs1.isEqualTo( "test1" ) );

    Value vs2 = new Value( "Name", Value.VALUE_TYPE_STRING );
    vs2.setValue( BigDecimal.ONE );
    assertTrue( vs2.isEqualTo( BigDecimal.ONE ) );
    assertFalse( vs2.isEqualTo( BigDecimal.valueOf( 2.0D ) ) );

    Value vs3 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs3.setValue( 10.0D );
    assertTrue( vs3.isEqualTo( 10.0D ) );
    assertFalse( vs3.isEqualTo( 11.0D ) );

    Value vs4 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs4.setValue( 10L );
    assertTrue( vs4.isEqualTo( 10L ) );
    assertFalse( vs4.isEqualTo( 11L ) );

    Value vs5 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs5.setValue( 10 );
    assertTrue( vs5.isEqualTo( 10 ) );
    assertFalse( vs5.isEqualTo( 11 ) );

    Value vs6 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    vs6.setValue( (byte) 10 );
    assertTrue( vs6.isEqualTo( 10 ) );
    assertFalse( vs6.isEqualTo( 11 ) );

    SimpleDateFormat df = new SimpleDateFormat( "yyyy/MM/dd HH:mm:ss.SSS" );
    Date dt = df.parse( "2006/03/01 17:01:02.005", new ParsePosition( 0 ) );
    Value vs7 = new Value( "Name", Value.VALUE_TYPE_DATE );
    vs7.setValue( dt );
    assertTrue( vs7.isEqualTo( dt ) );
    assertFalse( vs7.isEqualTo( new Date() ) ); // assume it's not 2006/03/01
  }

  /**
   * Test boolean operators.
   */
  public void testBooleanOperators() {
    Value vs1 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );
    Value vs2 = new Value( "Name", Value.VALUE_TYPE_BOOLEAN );

    vs1.setValue( false );
    vs2.setValue( false );
    vs1.bool_and( vs2 );
    assertEquals( false, vs1.getBoolean() );

    vs1.setValue( false );
    vs2.setValue( true );
    vs1.bool_and( vs2 );
    assertEquals( false, vs1.getBoolean() );

    vs1.setValue( true );
    vs2.setValue( false );
    vs1.bool_and( vs2 );
    assertEquals( false, vs1.getBoolean() );

    vs1.setValue( true );
    vs2.setValue( true );
    vs1.bool_and( vs2 );
    assertEquals( true, vs1.getBoolean() );

    vs1.setValue( false );
    vs2.setValue( false );
    vs1.bool_or( vs2 );
    assertEquals( false, vs1.getBoolean() );

    vs1.setValue( false );
    vs2.setValue( true );
    vs1.bool_or( vs2 );
    assertEquals( true, vs1.getBoolean() );

    vs1.setValue( true );
    vs2.setValue( false );
    vs1.bool_or( vs2 );
    assertEquals( true, vs1.getBoolean() );

    vs1.setValue( true );
    vs2.setValue( true );
    vs1.bool_or( vs2 );
    assertEquals( true, vs1.getBoolean() );

    vs1.setValue( false );
    vs2.setValue( false );
    vs1.bool_xor( vs2 );
    assertEquals( false, vs1.getBoolean() );

    vs1.setValue( false );
    vs2.setValue( true );
    vs1.bool_xor( vs2 );
    assertEquals( true, vs1.getBoolean() );

    vs1.setValue( true );
    vs2.setValue( false );
    vs1.bool_xor( vs2 );
    assertEquals( true, vs1.getBoolean() );

    vs1.setValue( true );
    vs2.setValue( true );
    vs1.bool_xor( vs2 );
    assertEquals( false, vs1.getBoolean() );

    vs1.setValue( true );
    vs1.bool_not();
    assertEquals( false, vs1.getBoolean() );

    vs1.setValue( false );
    vs1.bool_not();
    assertEquals( true, vs1.getBoolean() );
  }

  /**
   * Test boolean operators.
   */
  public void testBooleanOperators1() {
    Value vs1 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    Value vs2 = new Value( "Name", Value.VALUE_TYPE_INTEGER );

    vs1.setValue( 255L );
    vs2.setValue( 255L );
    vs1.and( vs2 );
    assertEquals( 255L, vs1.getInteger() );

    vs1.setValue( 255L );
    vs2.setValue( 0L );
    vs1.and( vs2 );
    assertEquals( 0L, vs1.getInteger() );

    vs1.setValue( 0L );
    vs2.setValue( 255L );
    vs1.and( vs2 );
    assertEquals( 0L, vs1.getInteger() );

    vs1.setValue( 0L );
    vs2.setValue( 0L );
    vs1.and( vs2 );
    assertEquals( 0L, vs1.getInteger() );

    vs1.setValue( 255L );
    vs2.setValue( 255L );
    vs1.or( vs2 );
    assertEquals( 255L, vs1.getInteger() );

    vs1.setValue( 255L );
    vs2.setValue( 0L );
    vs1.or( vs2 );
    assertEquals( 255L, vs1.getInteger() );

    vs1.setValue( 0L );
    vs2.setValue( 255L );
    vs1.or( vs2 );
    assertEquals( 255L, vs1.getInteger() );

    vs1.setValue( 0L );
    vs2.setValue( 0L );
    vs1.or( vs2 );
    assertEquals( 0L, vs1.getInteger() );

    vs1.setValue( 255L );
    vs2.setValue( 255L );
    vs1.xor( vs2 );
    assertEquals( 0L, vs1.getInteger() );

    vs1.setValue( 255L );
    vs2.setValue( 0L );
    vs1.xor( vs2 );
    assertEquals( 255L, vs1.getInteger() );

    vs1.setValue( 0L );
    vs2.setValue( 255L );
    vs1.xor( vs2 );
    assertEquals( 255L, vs1.getInteger() );

    vs1.setValue( 0L );
    vs2.setValue( 0L );
    vs1.xor( vs2 );
    assertEquals( 0L, vs1.getInteger() );
  }

  /**
   * Test comparators.
   */
  public void testComparators() {
    Value vs1 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    Value vs2 = new Value( "Name", Value.VALUE_TYPE_INTEGER );
    Value vs3 = new Value( "Name", Value.VALUE_TYPE_INTEGER );

    vs1.setValue( 128L );
    vs2.setValue( 100L );
    vs3.setValue( 128L );

    assertEquals( true, ( vs1.Clone().greater_equal( vs2 ) ).getBoolean() );
    assertEquals( true, ( vs1.Clone().greater_equal( vs3 ) ).getBoolean() );
    assertEquals( false, ( vs2.Clone().greater_equal( vs1 ) ).getBoolean() );

    assertEquals( false, ( vs1.Clone().smaller_equal( vs2 ) ).getBoolean() );
    assertEquals( true, ( vs1.Clone().smaller_equal( vs3 ) ).getBoolean() );
    assertEquals( true, ( vs2.Clone().smaller_equal( vs1 ) ).getBoolean() );

    assertEquals( true, ( vs1.Clone().different( vs2 ) ).getBoolean() );
    assertEquals( false, ( vs1.Clone().different( vs3 ) ).getBoolean() );

    assertEquals( false, ( vs1.Clone().equal( vs2 ) ).getBoolean() );
    assertEquals( true, ( vs1.Clone().equal( vs3 ) ).getBoolean() );

    assertEquals( true, ( vs1.Clone().greater( vs2 ) ).getBoolean() );
    assertEquals( false, ( vs1.Clone().greater( vs3 ) ).getBoolean() );
    assertEquals( false, ( vs2.Clone().greater( vs1 ) ).getBoolean() );

    assertEquals( false, ( vs1.Clone().smaller( vs2 ) ).getBoolean() );
    assertEquals( false, ( vs1.Clone().smaller( vs3 ) ).getBoolean() );
    assertEquals( true, ( vs2.Clone().smaller( vs1 ) ).getBoolean() );
  }

  /**
   * Test trim, ltrim, rtrim.
   */
  public void testTrim() {
    Value vs1 = new Value( "Name1", Value.VALUE_TYPE_INTEGER );
    Value vs2 = new Value( "Name2", Value.VALUE_TYPE_STRING );

    vs1.setValue( 128L );
    vs1.setNull();
    assertNull( vs1.Clone().ltrim().getString() );
    assertNull( vs1.Clone().rtrim().getString() );
    assertNull( vs1.Clone().trim().getString() );

    vs1.setValue( 128L );
    assertEquals( "128", vs1.Clone().ltrim().getString() );
    assertEquals( " 128", vs1.Clone().rtrim().getString() );
    assertEquals( "128", vs1.Clone().trim().getString() );

    vs2.setValue( "    Sven Boden trim test    " );
    assertEquals( "Sven Boden trim test    ", vs2.Clone().ltrim().getString() );
    assertEquals( "    Sven Boden trim test", vs2.Clone().rtrim().getString() );
    assertEquals( "Sven Boden trim test", vs2.Clone().trim().getString() );

    vs2.setValue( "" );
    assertEquals( "", vs2.Clone().ltrim().getString() );
    assertEquals( "", vs2.Clone().rtrim().getString() );
    assertEquals( "", vs2.Clone().trim().getString() );

    vs2.setValue( "   " );
    assertEquals( "", vs2.Clone().ltrim().getString() );
    assertEquals( "", vs2.Clone().rtrim().getString() );
    assertEquals( "", vs2.Clone().trim().getString() );
  }

  /**
   * Test hexToByteDecode.
   */
  public void testHexToByteDecode() throws KettleValueException {
    Value vs1 = new Value( "Name1", Value.VALUE_TYPE_INTEGER );

    vs1.setValue( "6120622063" );
    vs1.hexToByteDecode();
    assertEquals( "a b c", vs1.getString() );

    vs1.setValue( "4161426243643039207A5A2E3F2F" );
    vs1.hexToByteDecode();
    assertEquals( "AaBbCd09 zZ.?/", vs1.getString() );

    vs1.setValue( "4161426243643039207a5a2e3f2f" );
    vs1.hexToByteDecode();
    assertEquals( "AaBbCd09 zZ.?/", vs1.getString() );

    // leading 0 if odd.
    vs1.setValue( "F6120622063" );
    vs1.hexToByteDecode();
    assertEquals( "\u000fa b c", vs1.getString() );

    try {
      vs1.setValue( "g" );
      vs1.hexToByteDecode();
      fail( "Expected KettleValueException" );
    } catch ( KettleValueException ex ) {
    }
  }

  /**
   * Test hexEncode.
   */
  public void testByteToHexEncode() {
    Value vs1 = new Value( "Name1", Value.VALUE_TYPE_INTEGER );

    vs1.setValue( "AaBbCd09 zZ.?/" );
    vs1.byteToHexEncode();
    assertEquals( "4161426243643039207A5A2E3F2F", vs1.getString() );

    vs1.setValue( "1234567890" );
    vs1.byteToHexEncode();
    assertEquals( "31323334353637383930", vs1.getString() );

    vs1.setNull();
    vs1.byteToHexEncode();
    assertNull( vs1.getString() );
  }

  /**
   * Regression test for bug: hexdecode/encode would not work for some UTF8 strings.
   */
  public void testHexByteRegression() throws KettleValueException {
    Value vs1 = new Value( "Name1", Value.VALUE_TYPE_INTEGER );

    vs1.setValue( "9B" );
    vs1.hexToByteDecode();
    vs1.byteToHexEncode();
    assertEquals( "9B", vs1.getString() );

    vs1.setValue( "A7" );
    vs1.hexToByteDecode();
    vs1.byteToHexEncode();
    assertEquals( "A7", vs1.getString() );

    vs1.setValue( "74792121212121212121212121C2A7" );
    vs1.hexToByteDecode();
    vs1.byteToHexEncode();
    assertEquals( "74792121212121212121212121C2A7", vs1.getString() );

    vs1.setValue( "70616E2D6C656FC5A1" );
    vs1.hexToByteDecode();
    vs1.byteToHexEncode();
    assertEquals( "70616E2D6C656FC5A1", vs1.getString() );

    vs1.setValue( "736B76C49B6C6520" );
    vs1.hexToByteDecode();
    vs1.byteToHexEncode();
    assertEquals( "736B76C49B6C6520", vs1.getString() );
  }

  /**
   * Test for Hex to Char decoding and vica versa.
   */
  public void testHexCharTest() throws KettleValueException {
    Value vs1 = new Value( "Name1", Value.VALUE_TYPE_INTEGER );

    vs1.setValue( "009B" );
    vs1.hexToCharDecode();
    vs1.charToHexEncode();
    assertEquals( "009B", vs1.getString() );

    vs1.setValue( "007400790021002100C200A7" );
    vs1.hexToCharDecode();
    vs1.charToHexEncode();
    assertEquals( "007400790021002100C200A7", vs1.getString() );

    vs1.setValue( "FFFF00FFFF000F0FF0F0" );
    vs1.hexToCharDecode();
    vs1.charToHexEncode();
    assertEquals( "FFFF00FFFF000F0FF0F0", vs1.getString() );
  }

  /**
   * Test like.
   */
  public void testLike() {
    Value vs1 = new Value( "Name1", Value.VALUE_TYPE_STRING );
    Value vs2 = new Value( "Name2", Value.VALUE_TYPE_STRING );
    Value vs3 = new Value( "Name3", Value.VALUE_TYPE_STRING );

    vs1.setValue( "This is a test" );
    vs2.setValue( "is a" );
    vs3.setValue( "not" );

    assertEquals( true, ( vs1.Clone().like( vs2 ) ).getBoolean() );
    assertEquals( true, ( vs1.Clone().like( vs1 ) ).getBoolean() );
    assertEquals( false, ( vs1.Clone().like( vs3 ) ).getBoolean() );
    assertEquals( false, ( vs3.Clone().like( vs1 ) ).getBoolean() );
  }

  /**
   * Stuff which we didn't get in other checks.
   */
  public void testLooseEnds() {
    assertEquals( Value.VALUE_TYPE_NONE, Value.getType( "INVALID_TYPE" ) );
    assertEquals( "String", Value.getTypeDesc( Value.VALUE_TYPE_STRING ) );
  }

  /**
   * Constructors using Values.
   */
  public void testClone2() {
    Value vs = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs.setValue( 10.0D );
    vs.setOrigin( "origin" );
    vs.setLength( 4, 2 );
    Value copy = (Value) vs.clone();
    assertEquals( vs.getType(), copy.getType() );
    assertEquals( vs.getNumber(), copy.getNumber(), 0.1D );
    assertEquals( vs.getLength(), copy.getLength() );
    assertEquals( vs.getPrecision(), copy.getPrecision() );
    assertEquals( vs.isNull(), copy.isNull() );
    assertEquals( vs.getOrigin(), copy.getOrigin() );
    assertEquals( vs.getName(), copy.getName() );

    // Show it's a deep copy
    copy.setName( "newName" );
    assertEquals( "Name", vs.getName() );
    assertEquals( "newName", copy.getName() );

    copy.setOrigin( "newOrigin" );
    assertEquals( "origin", vs.getOrigin() );
    assertEquals( "newOrigin", copy.getOrigin() );

    copy.setValue( 11.0D );
    assertEquals( 10.0D, vs.getNumber(), 0.1D );
    assertEquals( 11.0D, copy.getNumber(), 0.1D );

    Value vs1 = new Value( "Name", Value.VALUE_TYPE_NUMBER );
    vs1.setName( null );
    // name and origin are null
    Value copy1 = new Value( vs1 );
    assertEquals( vs1.getType(), copy1.getType() );
    assertEquals( vs1.getNumber(), copy1.getNumber(), 0.1D );
    assertEquals( vs1.getLength(), copy1.getLength() );
    assertEquals( vs1.getPrecision(), copy1.getPrecision() );
    assertEquals( vs1.isNull(), copy1.isNull() );
    assertEquals( vs1.getOrigin(), copy1.getOrigin() );
    assertEquals( vs1.getName(), copy1.getName() );

    Value vs2 = new Value( (Value) null );
    assertTrue( vs2.isNull() );
    assertNull( vs2.getName() );
    assertNull( vs2.getOrigin() );
  }

  public void testValueMetaInterfaceEquality() {
    assertEquals( ValueMetaInterface.TYPE_NONE, Value.VALUE_TYPE_NONE );
    assertEquals( ValueMetaInterface.TYPE_NUMBER, Value.VALUE_TYPE_NUMBER );
    assertEquals( ValueMetaInterface.TYPE_STRING, Value.VALUE_TYPE_STRING );
    assertEquals( ValueMetaInterface.TYPE_DATE, Value.VALUE_TYPE_DATE );
    assertEquals( ValueMetaInterface.TYPE_BOOLEAN, Value.VALUE_TYPE_BOOLEAN );
    assertEquals( ValueMetaInterface.TYPE_INTEGER, Value.VALUE_TYPE_INTEGER );
    assertEquals( ValueMetaInterface.TYPE_BIGNUMBER, Value.VALUE_TYPE_BIGNUMBER );
    assertEquals( ValueMetaInterface.TYPE_SERIALIZABLE, Value.VALUE_TYPE_SERIALIZABLE );
    assertEquals( ValueMetaInterface.TYPE_BINARY, Value.VALUE_TYPE_BINARY );
  }
}