Java Code Examples for org.apache.xmlbeans.XmlCursor#setName()

private XmlObject createTimeGeometricPrimitivePropertyType(TimePeriod timePeriod) throws EncodingException {
    TimeGeometricPrimitivePropertyType xbTimeGeometricPrimitiveProperty =
            TimeGeometricPrimitivePropertyType.Factory.newInstance(getXmlOptions());
    if (timePeriod.isSetStart() && timePeriod.isSetEnd()) {
        xbTimeGeometricPrimitiveProperty.addNewTimeGeometricPrimitive()
                .set(encodeObjectToXml(GmlConstants.NS_GML, timePeriod));
    }
    // TODO check GML 311 rename nodename of geometric primitive to
    // gml:timePeriod
    XmlCursor timeCursor = xbTimeGeometricPrimitiveProperty.newCursor();
    boolean hasTimePrimitive =
            timeCursor.toChild(new QName(GmlConstants.NS_GML, GmlConstants.EN_ABSTRACT_TIME_GEOM_PRIM));
    if (hasTimePrimitive) {
        timeCursor.setName(new QName(GmlConstants.NS_GML, GmlConstants.EN_TIME_PERIOD));
    }
    timeCursor.dispose();
    return xbTimeGeometricPrimitiveProperty;
}
 

/**
  * Qualifies a valid member of a substitution group. This method tries to use the
  * built-in {@link XmlObject#substitute(QName, SchemaType)} and if succesful returns
  * a valid substitution which is usable (not disconnected). If it fails, it uses
  * low-level {@link XmlCursor} manipulation to qualify the substitution group. Note
  * that if the latter is the case the resulting document is disconnected and should
  * no longer be manipulated. Thus, use it as a final step after all markup is included.
  *
  * If newType is null, this method will skip {@link XmlObject#substitute(QName, SchemaType)}
  * and directly use {@link XmlCursor}. This can be used, if you are sure that the substitute
  * is not in the list of (pre-compiled) valid substitutions (this is the case if a schema
  * uses another schema's type as a base for elements. E.g. om:Observation uses gml:_Feature
  * as the base type).
  *
  * @param xobj
  * 		the abstract element
  * @param newInstance
  * 		the new {@link QName} of the instance
  * @param newType the new schemaType. if null, cursors will be used and the resulting object
  * 		will be disconnected.
  * @return if successful applied {@link XmlObject#substitute(QName, SchemaType)} a living object with a
  * 		type == newType is returned. Otherwise null is returned as you can no longer manipulate the object.
  */
 public static XmlObject qualifySubstitutionGroup(XmlObject xobj, QName newInstance, SchemaType newType) {
   XmlObject	substitute = null;

   if (newType != null) {
     substitute = xobj.substitute(newInstance, newType);
     if (substitute != null && substitute.schemaType() == newType
  && substitute.getDomNode().getLocalName().equals(newInstance.getLocalPart()))
     {
return substitute;
     }
   }

   XmlCursor cursor = xobj.newCursor();
   cursor.setName(newInstance);
   QName qName = new QName("http://www.w3.org/2001/XMLSchema-instance", "type");
   cursor.removeAttribute(qName);
   cursor.toNextToken();
   if (cursor.isNamespace()) {
     cursor.removeXml();
   }

   cursor.dispose();

   return null;
 }
 

/**
 *
 * @param name
 */
void setLocalName(String localName)
{
    XmlCursor cursor = newCursor();

    try
    {
        if(cursor.isStartdoc())
            cursor.toFirstContentToken();

        if(cursor.isText() || cursor.isComment()) return;


        javax.xml.namespace.QName qname = cursor.getName();
        cursor.setName(new javax.xml.namespace.QName(
            qname.getNamespaceURI(), localName, qname.getPrefix()));
    }
    finally
    {
        cursor.dispose();
    }
}
 

/**
 *
 * @param ns
 */
void setNamespace(Namespace ns)
{
    XmlCursor cursor = newCursor();

    try
    {
        if(cursor.isStartdoc())
            cursor.toFirstContentToken();

        if(cursor.isText() ||
           cursor.isComment() ||
           cursor.isProcinst()) return;

        String prefix = ns.prefix();
        if (prefix == null) {
            prefix = "";
        }
        cursor.setName(new javax.xml.namespace.QName(
            ns.uri(), localName(), prefix));
    }
    finally
    {
        cursor.dispose();
    }
}
 

private void renameContentsElementNames(final Contents xbContents) {
    for (final Offering offering : xbContents.getContents().getOfferingArray()) {
        final XmlCursor cursor = offering.getAbstractOffering().newCursor();
        cursor.setName(Sos2Constants.QN_OBSERVATION_OFFERING);
        cursor.removeAttribute(W3CConstants.QN_XSI_TYPE);
        if (cursor.toChild(Sos2Constants.QN_SOS_OBSERVED_AREA)) {
            cursor.setName(Sos2Constants.QN_SOS_OBSERVED_AREA);
            cursor.toParent();
        }
        if (cursor.toChild(Sos2Constants.QN_SOS_PHENOMENON_TIME)) {
            cursor.setName(Sos2Constants.QN_SOS_PHENOMENON_TIME);
            cursor.toParent();
        }
        if (cursor.toChild(Sos2Constants.QN_SOS_RESULT_TIME)) {
            cursor.setName(Sos2Constants.QN_SOS_RESULT_TIME);
            cursor.toParent();
        }
        if (cursor.toChild(Sos2Constants.QN_SOS_RESPONSE_FORMAT)) {
            cursor.setName(Sos2Constants.QN_SOS_RESPONSE_FORMAT);
            while (cursor.toNextSibling(Sos2Constants.QN_SOS_RESPONSE_FORMAT)) {
                cursor.setName(Sos2Constants.QN_SOS_RESPONSE_FORMAT);
            }
            cursor.toParent();
        }
        if (cursor.toChild(Sos2Constants.QN_SOS_OBSERVATION_TYPE)) {
            cursor.setName(Sos2Constants.QN_SOS_OBSERVATION_TYPE);
            while (cursor.toNextSibling(Sos2Constants.QN_SOS_OBSERVATION_TYPE)) {
                cursor.setName(Sos2Constants.QN_SOS_OBSERVATION_TYPE);
            }
            cursor.toParent();
        }
        if (cursor.toChild(Sos2Constants.QN_SOS_FEATURE_OF_INTEREST_TYPE)) {
            cursor.setName(Sos2Constants.QN_SOS_FEATURE_OF_INTEREST_TYPE);
            while (cursor.toNextSibling(Sos2Constants.QN_SOS_FEATURE_OF_INTEREST_TYPE)) {
                cursor.setName(Sos2Constants.QN_SOS_FEATURE_OF_INTEREST_TYPE);
            }
        }
        cursor.dispose();
    }
}
 

/**
 * Qualifies a valid member of a substitution group. This method tries to use the built-in {@link
 * XmlObject#substitute(QName, SchemaType)} and if succesful returns a valid substitution which is
 * usable (not disconnected). If it fails, it uses low-level {@link XmlCursor} manipulation to
 * qualify the substitution group. Note that if the latter is the case the resulting document is
 * disconnected and should no longer be manipulated. Thus, use it as a final step after all markup
 * is included.
 *
 * <p>If newType is null, this method will skip {@link XmlObject#substitute(QName, SchemaType)}
 * and directly use {@link XmlCursor}. This can be used, if you are sure that the substitute is
 * not in the list of (pre-compiled) valid substitutions (this is the case if a schema uses
 * another schema's type as a base for elements. E.g. om:Observation uses gml:_Feature as the base
 * type).
 *
 * @param xobj the abstract element
 * @param newInstance the new {@link QName} of the instance
 * @param newType the new schemaType. if null, cursors will be used and the resulting object will
 *     be disconnected.
 * @return if successful applied {@link XmlObject#substitute(QName, SchemaType)} a living object
 *     with a type == newType is returned. Otherwise null is returned as you can no longer
 *     manipulate the object.
 */
public static XmlObject qualifySubstitutionGroup(
    XmlObject xobj, QName newInstance, SchemaType newType) {
  XmlObject substitute = null;

  if (newType != null) {
    substitute = xobj.substitute(newInstance, newType);
    if (substitute != null
        && substitute.schemaType() == newType
        && substitute.getDomNode().getLocalName().equals(newInstance.getLocalPart())) {
      return substitute;
    }
  }

  XmlCursor cursor = xobj.newCursor();
  cursor.setName(newInstance);
  QName qName = new QName("http://www.w3.org/2001/XMLSchema-instance", "type");
  cursor.removeAttribute(qName);
  cursor.toNextToken();
  if (cursor.isNamespace()) {
    cursor.removeXml();
  }

  cursor.dispose();

  return null;
}
 

protected void changeNS (String oldURI, String newURI)
{
    XmlCursor curs = newCursor();
    while (curs.toParent()) {
      /* Goto the top of the document */
    }

    TokenType tt = curs.currentTokenType();
    if (tt.isStartdoc())
    {
        tt = curs.toFirstContentToken();
    }

    if (tt.isStart())
    {
        do
        {
            if (tt.isStart() || tt.isAttr() || tt.isNamespace())
            {
                javax.xml.namespace.QName currQName = curs.getName();
                if (oldURI.equals(currQName.getNamespaceURI()))
                {
                    curs.setName(new javax.xml.namespace.QName(newURI, currQName.getLocalPart()));
                }
            }

            tt = curs.toNextToken();
        } while (!tt.isEnddoc() && !tt.isNone());
    }

    curs.dispose();
}
 

/**
 *
 * @param name
 */
void setName(QName qname)
{
    XmlCursor cursor = newCursor();

    try
    {
        if(cursor.isStartdoc())
            cursor.toFirstContentToken();

        if(cursor.isText() || cursor.isComment()) return;

        if(cursor.isProcinst())
        {
            String localName = qname.localName();
            cursor.setName(new javax.xml.namespace.QName(localName));
        }
        else
        {
            String prefix = qname.prefix();
            if (prefix == null) { prefix = ""; }
            cursor.setName(new javax.xml.namespace.QName(
                qname.uri(), qname.localName(), prefix));
        }
    }
    finally
    {
        cursor.dispose();
    }
}
 

/**
 * Creates a XML Polygon from a SOS Polygon.
 *
 * @param jtsPolygon
 *            SOS Polygon
 * @param xbPolType
 *            XML Polygon
 */
private void createPolygonFromJtsGeometry(Polygon jtsPolygon, PolygonType xbPolType) {
    List<?> jtsPolygons = PolygonExtracter.getPolygons(jtsPolygon);
    String srsName = getSrsName(jtsPolygon);

    for (int i = 0; i < jtsPolygons.size(); i++) {

        Polygon pol = (Polygon) jtsPolygons.get(i);

        AbstractRingPropertyType xbArpt = xbPolType.addNewExterior();
        AbstractRingType xbArt = xbArpt.addNewAbstractRing();

        LinearRingType xbLrt = LinearRingType.Factory.newInstance();

        // Exterior ring
        LineString ring = pol.getExteriorRing();
        DirectPositionListType xbPosList = xbLrt.addNewPosList();

        xbPosList.setSrsName(srsName);
        xbPosList.setStringValue(JTSHelper.getCoordinatesString(ring));
        xbArt.set(xbLrt);

        // Rename element name for output
        XmlCursor cursor = xbArpt.newCursor();
        if (cursor.toChild(GmlConstants.QN_ABSTRACT_RING_32)) {
            cursor.setName(GmlConstants.QN_LINEAR_RING_32);
        }
        cursor.dispose();

        // Interior ring
        int numberOfInteriorRings = pol.getNumInteriorRing();
        for (int ringNumber = 0; ringNumber < numberOfInteriorRings; ringNumber++) {
            xbArpt = xbPolType.addNewInterior();
            xbArt = xbArpt.addNewAbstractRing();

            xbLrt = LinearRingType.Factory.newInstance();

            ring = pol.getInteriorRingN(ringNumber);

            xbPosList = xbLrt.addNewPosList();
            xbPosList.setSrsName(srsName);
            xbPosList.setStringValue(JTSHelper.getCoordinatesString(ring));
            xbArt.set(xbLrt);

            // Rename element name for output
            cursor = xbArpt.newCursor();
            if (cursor.toChild(GmlConstants.QN_ABSTRACT_RING_32)) {
                cursor.setName(GmlConstants.QN_LINEAR_RING_32);
            }
            cursor.dispose();
        }
    }
}
 

/**
 * Creates a XML Polygon from a SOS Polygon.
 *
 * @param jtsPolygon
 *            SOS Polygon
 * @param xbPolType
 *            XML Polygon
 */
private void createPolygonFromJtsGeometry(Polygon jtsPolygon, PolygonType xbPolType) {
    List<?> jtsPolygons = PolygonExtracter.getPolygons(jtsPolygon);
    for (int i = 0; i < jtsPolygons.size(); i++) {

        Polygon pol = (Polygon) jtsPolygons.get(i);

        AbstractRingPropertyType xbArpt = xbPolType.addNewExterior();
        AbstractRingType xbArt = xbArpt.addNewRing();

        LinearRingType xbLrt = LinearRingType.Factory.newInstance(getXmlOptions());

        // Exterior ring
        LineString ring = pol.getExteriorRing();
        String coords = JTSHelper.getCoordinatesString(ring);
        DirectPositionListType xbPosList = xbLrt.addNewPosList();
        xbPosList.setSrsName(getSrsName(jtsPolygon));
        // switch coordinates
        xbPosList.setStringValue(coords);
        xbArt.set(xbLrt);

        // Rename element name for output
        XmlCursor cursor = xbArpt.newCursor();
        if (cursor.toChild(GmlConstants.QN_ABSTRACT_RING)) {
            cursor.setName(GmlConstants.QN_LINEAR_RING);
        }
        cursor.dispose();

        // Interior ring
        int numberOfInteriorRings = pol.getNumInteriorRing();
        for (int ringNumber = 0; ringNumber < numberOfInteriorRings; ringNumber++) {
            xbArpt = xbPolType.addNewInterior();
            xbArt = xbArpt.addNewRing();

            xbLrt = LinearRingType.Factory.newInstance(getXmlOptions());

            ring = pol.getInteriorRingN(ringNumber);

            xbPosList = xbLrt.addNewPosList();
            xbPosList.setSrsName(getSrsName(jtsPolygon));
            xbPosList.setStringValue(JTSHelper.getCoordinatesString(ring));
            xbArt.set(xbLrt);

            // Rename element name for output
            cursor = xbArpt.newCursor();
            if (cursor.toChild(GmlConstants.QN_ABSTRACT_RING)) {
                cursor.setName(GmlConstants.QN_LINEAR_RING);
            }
            cursor.dispose();
        }
    }
}