Java Code Examples for com.helger.commons.string.StringParser

@Test
public void testNullSafeEquals () throws MalformedURLException
{
  _test ("s1", "s2");
  _test (StringParser.parseBigDecimal ("12562136756"), StringParser.parseBigDecimal ("67673455"));
  _test (Double.valueOf (3.1234d), Double.valueOf (23.456d));
  _test (Float.valueOf (3.1234f), Float.valueOf (23.456f));
  _test (new URL ("http://www.helger.com"), new URL ("http://www.google.com"));
  _test (new boolean [] { true }, new boolean [] { false });
  _test (new byte [] { 1 }, new byte [] { 2 });
  _test (new char [] { 'a' }, new char [] { 'b' });
  _test (new double [] { 2.1 }, new double [] { 2 });
  _test (new float [] { 2.1f }, new float [] { 1.9f });
  _test (new int [] { 5 }, new int [] { 6 });
  _test (new long [] { 7 }, new long [] { 8 });
  _test (new short [] { -9 }, new short [] { -10 });

  final String s1 = "s1";
  final String s2 = "S1";
  assertTrue (EqualsHelper.equalsIgnoreCase (s1, s1));
  assertTrue (EqualsHelper.equalsIgnoreCase (s1, s2));
  assertTrue (EqualsHelper.equalsIgnoreCase (s2, s1));
  assertFalse (EqualsHelper.equalsIgnoreCase (s1, null));
  assertFalse (EqualsHelper.equalsIgnoreCase (null, s2));
  assertTrue (EqualsHelper.equalsIgnoreCase (null, null));
}
 

@Test
public void testParseBigDecimal ()
{
  final BigDecimal aBD1M = StringParser.parseBigDecimal ("1000000");
  assertEquals (aBD1M, LocaleParser.parseBigDecimal ("1.000.000", L_DE, CGlobal.BIGDEC_MINUS_ONE));
  assertEquals (aBD1M, LocaleParser.parseBigDecimal ("1,000,000", L_EN, CGlobal.BIGDEC_MINUS_ONE));
  assertEquals (aBD1M, LocaleParser.parseBigDecimal ("1,000,000", (DecimalFormat) NumberFormat.getInstance (L_EN)));
  assertEquals (new BigDecimal ("1234567.8901"),
                LocaleParser.parseBigDecimal ("1.234.567,8901", L_DE, CGlobal.BIGDEC_MINUS_ONE));
  assertEquals (CGlobal.BIGDEC_MINUS_ONE,
                LocaleParser.parseBigDecimal ("... und denken", L_EN, CGlobal.BIGDEC_MINUS_ONE));
  final ChoiceFormat aCF = new ChoiceFormat ("-1#negative|0#zero|1.0#one");
  assertEquals (BigDecimal.valueOf (0.0), LocaleParser.parseBigDecimal ("zero", aCF, CGlobal.BIGDEC_MINUS_ONE));

  try
  {
    LocaleParser.parseBigDecimal ("0", (DecimalFormat) null);
    fail ();
  }
  catch (final NullPointerException ex)
  {}
}
 

@Test
public void testGetIteratorWithConversion ()
{
  final Iterator <Integer> it = new MapperIterator <> (CollectionHelper.newList ("100", "-25"),
                                                       StringParser::parseIntObj);
  assertNotNull (it);
  assertTrue (it.hasNext ());
  assertEquals (Integer.valueOf (100), it.next ());
  assertTrue (it.hasNext ());
  assertEquals (Integer.valueOf (-25), it.next ());
  assertFalse (it.hasNext ());

  try
  {
    it.next ();
    fail ();
  }
  catch (final NoSuchElementException ex)
  {}

  it.remove ();
}
 

/**
 * Convert the passed string value with unit into a structured
 * {@link CSSSimpleValueWithUnit}. Example: parsing <code>5px</code> will
 * result in the numeric value <code>5</code> and the unit
 * <code>ECSSUnit.PX</code>. The special value "0" is returned with the unit
 * "px".
 *
 * @param sCSSValue
 *        The value to be parsed. May be <code>null</code> and is trimmed
 *        inside this method.
 * @param bWithPerc
 *        <code>true</code> to include the percentage unit, <code>false</code>
 *        to exclude the percentage unit.
 * @return <code>null</code> if the passed value could not be converted to
 *         value and unit.
 */
@Nullable
public static CSSSimpleValueWithUnit getValueWithUnit (@Nullable final String sCSSValue, final boolean bWithPerc)
{
  String sRealValue = StringHelper.trim (sCSSValue);
  if (StringHelper.hasText (sRealValue))
  {
    // Special case for 0!
    if (sRealValue.equals ("0"))
      return new CSSSimpleValueWithUnit (BigDecimal.ZERO, ECSSUnit.PX);

    final ECSSUnit eUnit = bWithPerc ? getMatchingUnitInclPercentage (sRealValue)
                                     : getMatchingUnitExclPercentage (sRealValue);
    if (eUnit != null)
    {
      // Cut the unit off
      sRealValue = sRealValue.substring (0, sRealValue.length () - eUnit.getName ().length ()).trim ();
      final BigDecimal aValue = StringParser.parseBigDecimal (sRealValue);
      if (aValue != null)
        return new CSSSimpleValueWithUnit (aValue, eUnit);
    }
  }
  return null;
}
 

@Nonnull
public Color convertToNative (@Nonnull final IMicroElement aElement)
{
  final int nRed = StringParser.parseInt (aElement.getAttributeValue (ATTR_RED), 0);
  final int nGreen = StringParser.parseInt (aElement.getAttributeValue (ATTR_GREEN), 0);
  final int nBlue = StringParser.parseInt (aElement.getAttributeValue (ATTR_BLUE), 0);
  final int nAlpha = StringParser.parseInt (aElement.getAttributeValue (ATTR_ALPHA), 0xff);
  return new Color (nRed, nGreen, nBlue, nAlpha);
}
 

/**
 * Consumes the supplied Reader and uses it to construct a populated Homoglyph
 * object.
 *
 * @param aReader
 *        a Reader object that provides access to homoglyph data (see the
 *        bundled char_codes.txt file for an example of the required format)
 * @return a Homoglyph object populated using the data returned by the Reader
 *         object
 * @throws IOException
 *         if the specified Reader cannot be read
 */
@Nonnull
public static Homoglyph build (@Nonnull @WillClose final Reader aReader) throws IOException
{
  ValueEnforcer.notNull (aReader, "reader");
  try (final NonBlockingBufferedReader aBR = new NonBlockingBufferedReader (aReader))
  {
    final ICommonsList <IntSet> aList = new CommonsArrayList <> ();
    String sLine;
    while ((sLine = aBR.readLine ()) != null)
    {
      sLine = sLine.trim ();
      if (sLine.length () == 0 || sLine.charAt (0) == '#')
        continue;

      final IntSet aSet = new IntSet (sLine.length () / 3);
      for (final String sCharCode : StringHelper.getExploded (',', sLine))
      {
        final int nVal = StringParser.parseInt (sCharCode, 16, -1);
        if (nVal >= 0)
          aSet.add (nVal);
      }
      aList.add (aSet);
    }

    return new Homoglyph (aList);
  }
}
 

@Nonnull
@ReturnsMutableCopy
private static String [] _extSplit (@Nonnull final String s)
{
  final String [] aDotParts = StringHelper.getExplodedArray ('.', s, 2);
  if (aDotParts.length == 2)
  {
    // Dots always take precedence
    return aDotParts;
  }

  if (StringParser.isInt (aDotParts[0]))
  {
    // If it is numeric, use the dot parts anyway (e.g. for "5" or "-1")
    return aDotParts;
  }

  final String [] aDashParts = StringHelper.getExplodedArray ('-', s, 2);
  if (aDashParts.length == 1)
  {
    // Neither dot nor dash present
    return aDotParts;
  }

  // More matches for dash split! (e.g. "0-RC1")
  return aDashParts;
}
 

@Test
public void testEquals_BigDecimal ()
{
  final BigDecimal bd1 = StringParser.parseBigDecimal ("5.5");
  final BigDecimal bd2 = StringParser.parseBigDecimal ("5.49999");
  CommonsAssert.assertEquals (bd1, bd1);
  CommonsAssert.assertEquals (bd1, StringParser.parseBigDecimal ("5.5000"));
  CommonsAssert.assertEquals (bd1, StringParser.parseBigDecimal ("5.50000000000000000"));
  CommonsAssert.assertNotEquals (bd1, bd2);
}
 

@Nullable
public ICSSValue createSpecialValue (@Nonnull final ICSSProperty aProperty,
                                     @Nonnull @Nonempty final String sValue,
                                     final boolean bIsImportant)
{
  final double dValue = StringParser.parseDouble (sValue, Double.NaN);
  if (!Double.isNaN (dValue))
  {
    final int nPerc = (int) (dValue * 100);
    return new CSSValueList (ECSSProperty.OPACITY,
                             new ICSSProperty [] { new CSSPropertyFree (ECSSProperty.FILTER,
                                                                        ECSSVendorPrefix.MICROSOFT),
                                                   new CSSPropertyFree (ECSSProperty.FILTER),
                                                   aProperty.getClone (ECSSVendorPrefix.MOZILLA),
                                                   aProperty.getClone (ECSSVendorPrefix.WEBKIT),
                                                   aProperty },
                             new String [] { "\"progid:DXImageTransform.Microsoft.Alpha(Opacity=" +
                                             nPerc +
                                             ")\"",
                                             "alpha(opacity=" + nPerc + ")",
                                             sValue,
                                             sValue,
                                             sValue },
                             bIsImportant);
  }
  return null;
}
 

@Test
public void testViceVersaConversion () throws UnsupportedEncodingException
{
  // Name is important!
  final ISettings aSrc = new Settings ("anonymous");
  aSrc.putIn ("field1a", BigInteger.valueOf (1234));
  aSrc.putIn ("field1b", BigInteger.valueOf (-23423424));
  aSrc.putIn ("field2a", BigDecimal.valueOf (12.34));
  aSrc.putIn ("field2b", BigDecimal.valueOf (-2342.334599424));
  aSrc.putIn ("field3a", "My wonderbra string\n(incl newline)");
  aSrc.putIn ("field3b", "");
  aSrc.putIn ("field9a", Boolean.TRUE);
  aSrc.putIn ("field9b", StringParser.parseByteObj ("5"));
  aSrc.putIn ("field9c", Character.valueOf ('ä'));
  aSrc.putIn ("fieldxa", PDTFactory.getCurrentLocalDate ());
  aSrc.putIn ("fieldxb", PDTFactory.getCurrentLocalTime ());
  aSrc.putIn ("fieldxc", PDTFactory.getCurrentLocalDateTime ());
  aSrc.putIn ("fieldxd", PDTFactory.getCurrentZonedDateTime ());
  aSrc.putIn ("fieldxe", Duration.ofHours (5));
  aSrc.putIn ("fieldxf", Period.ofDays (3));
  aSrc.putIn ("fieldxg", "Any byte ärräy".getBytes (StandardCharsets.UTF_8.name ()));

  // null value
  aSrc.putIn ("fieldnull", null);

  final SettingsPersistenceJson aSPP = new SettingsPersistenceJson ();
  final String sSrc = aSPP.writeSettings (aSrc);
  assertNotNull (sSrc);

  // The created object is different, because now all values are String typed!
  final ISettings aDst1 = aSPP.readSettings (sSrc);
  assertNotNull (aDst1);

  // Reading the String typed version again should result in the same object
  final ISettings aDst2 = aSPP.readSettings (aSPP.writeSettings (aDst1));
  assertNotNull (aDst2);

  if (false)
  {
    // Differs because of different types
    assertEquals (aDst1, aDst2);
  }

  assertNotNull (aDst2.getAsLocalDate ("fieldxa"));
  assertNotNull (aDst2.getAsLocalTime ("fieldxb"));
  assertNotNull (aDst2.getAsLocalDateTime ("fieldxc"));
  assertNotNull (aDst2.getConvertedValue ("fieldxd", ZonedDateTime.class));
  assertNotNull (aDst2.getConvertedValue ("fieldxe", Duration.class));
  assertNotNull (aDst2.getConvertedValue ("fieldxf", Period.class));
}
 

@Test
public void testViceVersaConversion () throws UnsupportedEncodingException
{
  // Name is important!
  final ISettings aSrc = new Settings ("anonymous");
  aSrc.putIn ("field1a", BigInteger.valueOf (1234));
  aSrc.putIn ("field1b", BigInteger.valueOf (-23423424));
  aSrc.putIn ("field2a", BigDecimal.valueOf (12.34));
  aSrc.putIn ("field2b", BigDecimal.valueOf (-2342.334599424));
  aSrc.putIn ("field3a", "My wonderbra string\n(incl newline)");
  aSrc.putIn ("field3b", "");
  aSrc.putIn ("field9a", Boolean.TRUE);
  aSrc.putIn ("field9b", StringParser.parseByteObj ("5"));
  aSrc.putIn ("field9c", Character.valueOf ('ä'));
  aSrc.putIn ("fieldxa", PDTFactory.getCurrentLocalDate ());
  aSrc.putIn ("fieldxb", PDTFactory.getCurrentLocalTime ());
  aSrc.putIn ("fieldxc", PDTFactory.getCurrentLocalDateTime ());
  aSrc.putIn ("fieldxd", PDTFactory.getCurrentZonedDateTime ());
  aSrc.putIn ("fieldxe", Duration.ofHours (5));
  aSrc.putIn ("fieldxf", Period.ofDays (3));
  aSrc.putIn ("fieldxg", "Any byte ärräy".getBytes (StandardCharsets.UTF_8.name ()));

  // null value
  aSrc.putIn ("fieldnull", null);

  final SettingsPersistenceProperties aSPP = new SettingsPersistenceProperties ();
  final String sSrc = aSPP.writeSettings (aSrc);
  assertNotNull (sSrc);

  // The created object is different, because now all values are String typed!
  final ISettings aDst1 = aSPP.readSettings (sSrc);
  assertNotNull (aDst1);

  // Reading the String typed version again should result in the same object
  final ISettings aDst2 = aSPP.readSettings (aSPP.writeSettings (aDst1));
  assertNotNull (aDst2);
  assertEquals (aDst1, aDst2);

  assertNotNull (aDst2.getAsLocalDate ("fieldxa"));
  assertNotNull (aDst2.getAsLocalTime ("fieldxb"));
  assertNotNull (aDst2.getAsLocalDateTime ("fieldxc"));
  assertNotNull (aDst2.getConvertedValue ("fieldxd", ZonedDateTime.class));
  assertNotNull (aDst2.getConvertedValue ("fieldxe", Duration.class));
  assertNotNull (aDst2.getConvertedValue ("fieldxf", Period.class));
}
 

@Test
public void testConversionWithTypes () throws UnsupportedEncodingException
{
  final Settings aSrc = new Settings ("myName");
  aSrc.putIn ("field1a", BigInteger.valueOf (1234));
  aSrc.putIn ("field1b", BigInteger.valueOf (-23423424));
  aSrc.putIn ("field2a", BigDecimal.valueOf (12.34));
  aSrc.putIn ("field2b", BigDecimal.valueOf (-2342.334599424));
  aSrc.putIn ("field3a", "My wonderbra string\n(incl newline)");
  aSrc.putIn ("field3b", "");
  aSrc.putIn ("field9a", Boolean.TRUE);
  aSrc.putIn ("field9b", StringParser.parseByteObj ("5"));
  aSrc.putIn ("field9c", Character.valueOf ('ä'));
  aSrc.putIn ("fieldxa", PDTFactory.getCurrentLocalDate ());
  aSrc.putIn ("fieldxb", PDTFactory.getCurrentLocalTime ());
  aSrc.putIn ("fieldxc", PDTFactory.getCurrentLocalDateTime ());
  aSrc.putIn ("fieldxd", PDTFactory.getCurrentZonedDateTime ());
  aSrc.putIn ("fieldxe", Duration.ofHours (5));
  aSrc.putIn ("fieldxf", Period.ofDays (3));
  aSrc.putIn ("fieldxg", "Any byte ärräy".getBytes (StandardCharsets.UTF_8.name ()));

  final Settings aNestedSettings = new Settings ("nestedSettings");
  aNestedSettings.putIn ("a", "b");
  aNestedSettings.putIn ("c", "d");
  aNestedSettings.putIn ("e", Clock.systemDefaultZone ().millis ());
  aSrc.putIn ("fieldxh", aNestedSettings);

  // null value
  aSrc.putIn ("fieldnull", null);

  // To XML
  final IMicroElement eSrcElement = MicroTypeConverter.convertToMicroElement (aSrc, "root");
  assertNotNull (eSrcElement);
  if (false)
    LOGGER.info (MicroWriter.getNodeAsString (eSrcElement));

  // From XML
  final ISettings aDst = MicroTypeConverter.convertToNative (eSrcElement, Settings.class);
  assertNotNull (aDst);

  // No longer true, because now all values are String
  if (false)
  {
    assertEquals (aSrc, aDst);

    // Compare list
    assertEquals (BigInteger.valueOf (1234), aDst.getValue ("field1a"));
  }
  else
  {
    assertEquals ("1234", aDst.getValue ("field1a"));
  }

  final ISettings aDst2 = new Settings (aDst.getName ());
  aDst2.putAllIn (aDst);
  assertEquals (aDst, aDst2);
  assertTrue (aDst2.putIn ("field3b", "doch was").isChanged ());
  assertFalse (aDst.equals (aDst2));
}
 

default boolean getAttributeValueAsBool (@Nullable final String sAttrName, final boolean bDefault)
{
  return StringParser.parseBool (getAttributeValue (sAttrName), bDefault);
}
 

default boolean getAttributeValueAsBool (@Nullable final String sNamespaceURI,
                                         @Nullable final String sAttrName,
                                         final boolean bDefault)
{
  return StringParser.parseBool (getAttributeValue (sNamespaceURI, sAttrName), bDefault);
}
 

default boolean getAttributeValueAsBool (@Nullable final IMicroQName aAttrName, final boolean bDefault)
{
  return StringParser.parseBool (getAttributeValue (aAttrName), bDefault);
}
 

default double getAttributeValueAsDouble (@Nullable final String sAttrName, final double dDefault)
{
  return StringParser.parseDouble (getAttributeValue (sAttrName), dDefault);
}
 

default double getAttributeValueAsDouble (@Nullable final String sNamespaceURI,
                                          @Nullable final String sAttrName,
                                          final double dDefault)
{
  return StringParser.parseDouble (getAttributeValue (sNamespaceURI, sAttrName), dDefault);
}
 

default double getAttributeValueAsDouble (@Nullable final IMicroQName aAttrName, final double dDefault)
{
  return StringParser.parseDouble (getAttributeValue (aAttrName), dDefault);
}
 

default float getAttributeValueAsFloat (@Nullable final String sAttrName, final float fDefault)
{
  return StringParser.parseFloat (getAttributeValue (sAttrName), fDefault);
}
 

default float getAttributeValueAsFloat (@Nullable final String sNamespaceURI,
                                        @Nullable final String sAttrName,
                                        final float fDefault)
{
  return StringParser.parseFloat (getAttributeValue (sNamespaceURI, sAttrName), fDefault);
}
 

default float getAttributeValueAsFloat (@Nullable final IMicroQName aAttrName, final float fDefault)
{
  return StringParser.parseFloat (getAttributeValue (aAttrName), fDefault);
}
 

default int getAttributeValueAsInt (@Nullable final String sAttrName, final int nDefault)
{
  return StringParser.parseInt (getAttributeValue (sAttrName), nDefault);
}
 

default int getAttributeValueAsInt (@Nullable final String sNamespaceURI,
                                    @Nullable final String sAttrName,
                                    final int nDefault)
{
  return StringParser.parseInt (getAttributeValue (sNamespaceURI, sAttrName), nDefault);
}
 

default int getAttributeValueAsInt (@Nullable final IMicroQName aAttrName, final int nDefault)
{
  return StringParser.parseInt (getAttributeValue (aAttrName), nDefault);
}
 

default long getAttributeValueAsLong (@Nullable final String sAttrName, final long nDefault)
{
  return StringParser.parseLong (getAttributeValue (sAttrName), nDefault);
}
 

default long getAttributeValueAsLong (@Nullable final String sNamespaceURI,
                                      @Nullable final String sAttrName,
                                      final long nDefault)
{
  return StringParser.parseLong (getAttributeValue (sNamespaceURI, sAttrName), nDefault);
}
 

default long getAttributeValueAsLong (@Nullable final IMicroQName aAttrName, final long nDefault)
{
  return StringParser.parseLong (getAttributeValue (aAttrName), nDefault);
}
 

@Override
@MustBeLocked (ELockType.WRITE)
protected final int readAndUpdateIDCounter (@Nonnegative final int nReserveCount)
{
  // Read the old content
  final String sContent = SimpleFileIO.getFileAsString (m_aFile, CHARSET_TO_USE);
  final int nRead = sContent != null ? StringParser.parseInt (sContent.trim (), 0) : 0;

  // Write the new content to the new file
  // This will fail, if the disk is full
  SimpleFileIO.writeFile (m_aNewFile, Integer.toString (nRead + nReserveCount), CHARSET_TO_USE);

  FileIOError aIOError;
  boolean bRenamedToPrev = false;
  if (m_aFile.exists ())
  {
    // Rename the existing file to the prev file
    aIOError = FileOperationManager.INSTANCE.renameFile (m_aFile, m_aPrevFile);
    bRenamedToPrev = true;
  }
  else
    aIOError = new FileIOError (EFileIOOperation.RENAME_FILE, EFileIOErrorCode.NO_ERROR);
  if (aIOError.isSuccess ())
  {
    // Rename the new file to the destination file
    aIOError = FileOperationManager.INSTANCE.renameFile (m_aNewFile, m_aFile);
    if (aIOError.isSuccess ())
    {
      // Finally delete the prev file (may not be existing for fresh
      // instances)
      aIOError = FileOperationManager.INSTANCE.deleteFileIfExisting (m_aPrevFile);
    }
    else
    {
      // 2nd rename failed
      // -> Revert original rename to stay as consistent as possible
      if (bRenamedToPrev)
        FileOperationManager.INSTANCE.renameFile (m_aPrevFile, m_aFile);
    }
  }
  if (aIOError.isFailure ())
    throw new IllegalStateException ("Error on rename(existing-old)/rename(new-existing)/delete(old): " + aIOError);

  return nRead;
}
 

@Override
protected final long readAndUpdateIDCounter (@Nonnegative final int nReserveCount)
{
  final String sContent = SimpleFileIO.getFileAsString (m_aFile, CHARSET_TO_USE);
  final long nRead = sContent != null ? StringParser.parseLong (sContent.trim (), 0) : 0;

  // Write the new content to the new file
  // This will fail, if the disk is full
  SimpleFileIO.writeFile (m_aNewFile, Long.toString (nRead + nReserveCount), CHARSET_TO_USE);

  FileIOError aIOError;
  boolean bRenamedToPrev = false;
  if (m_aFile.exists ())
  {
    // Rename the existing file to the prev file
    aIOError = FileOperationManager.INSTANCE.renameFile (m_aFile, m_aPrevFile);
    bRenamedToPrev = true;
  }
  else
    aIOError = new FileIOError (EFileIOOperation.RENAME_FILE, EFileIOErrorCode.NO_ERROR);
  if (aIOError.isSuccess ())
  {
    // Rename the new file to the destination file
    aIOError = FileOperationManager.INSTANCE.renameFile (m_aNewFile, m_aFile);
    if (aIOError.isSuccess ())
    {
      // Finally delete the prev file (may not be existing for fresh
      // instances)
      aIOError = FileOperationManager.INSTANCE.deleteFileIfExisting (m_aPrevFile);
    }
    else
    {
      // 2nd rename failed
      // -> Revert original rename to stay as consistent as possible
      if (bRenamedToPrev)
        FileOperationManager.INSTANCE.renameFile (m_aPrevFile, m_aFile);
    }
  }
  if (aIOError.isFailure ())
    throw new IllegalStateException ("Error on rename(existing-old)/rename(new-existing)/delete(old): " + aIOError);

  return nRead;
}
 

/**
 * Read a <pattern> element
 *
 * @param ePattern
 *        The source micro element. Never <code>null</code>.
 * @return The created domain object. May not be <code>null</code>.
 */
@Nonnull
public PSPattern readPatternFromXML (@Nonnull final IMicroElement ePattern)
{
  final PSPattern ret = new PSPattern ();

  final PSRichGroup aRichGroup = new PSRichGroup ();
  ePattern.forAllAttributes ( (sNS, sAttrName, sVal) -> {
    final String sAttrValue = _getAttributeValue (sVal);
    if (sAttrName.equals (CSchematronXML.ATTR_ABSTRACT))
      ret.setAbstract (StringParser.parseBool (sAttrValue));
    else
      if (sAttrName.equals (CSchematronXML.ATTR_ID))
        ret.setID (sAttrValue);
      else
        if (sAttrName.equals (CSchematronXML.ATTR_IS_A))
          ret.setIsA (sAttrValue);
        else
          if (PSRichGroup.isRichAttribute (sAttrName))
            _handleRichGroup (sAttrName, sAttrValue, aRichGroup);
          else
            ret.addForeignAttribute (sAttrName, sAttrValue);
  });
  ret.setRich (aRichGroup);

  ePattern.forAllChildElements (ePatternChild -> {
    if (isValidSchematronNS (ePatternChild.getNamespaceURI ()))
    {
      if (ePatternChild.getLocalName ().equals (CSchematronXML.ELEMENT_INCLUDE))
        ret.addInclude (readIncludeFromXML (ePatternChild));
      else
        if (ePatternChild.getLocalName ().equals (CSchematronXML.ELEMENT_TITLE))
          ret.setTitle (readTitleFromXML (ePatternChild));
        else
          if (ePatternChild.getLocalName ().equals (CSchematronXML.ELEMENT_P))
            ret.addP (readPFromXML (ePatternChild));
          else
            if (ePatternChild.getLocalName ().equals (CSchematronXML.ELEMENT_LET))
              ret.addLet (readLetFromXML (ePatternChild));
            else
              if (ePatternChild.getLocalName ().equals (CSchematronXML.ELEMENT_RULE))
                ret.addRule (readRuleFromXML (ePatternChild));
              else
                if (ePatternChild.getLocalName ().equals (CSchematronXML.ELEMENT_PARAM))
                  ret.addParam (readParamFromXML (ePatternChild));
                else
                  _warn (ret,
                         "Unsupported Schematron element '" +
                              ePatternChild.getLocalName () +
                              "' in " +
                              ret.toString ());
    }
    else
      ret.addForeignElement (ePatternChild.getClone ());
  });
  return ret;
}