/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will also use the shared DTM system, but will * obtain its space from the global variable pool rather than the dynamic * variable stack. This allows late binding of XUnresolvedVariables without * the risk that their content will be discarded when the variable stack * is popped. * * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToGlobalRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getGlobalRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will also use the shared DTM system, but will * obtain its space from the global variable pool rather than the dynamic * variable stack. This allows late binding of XUnresolvedVariables without * the risk that their content will be discarded when the variable stack * is popped. * * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToGlobalRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getGlobalRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
int df = transformer.transformToRTF(this);
df = transformer.transformToGlobalRTF(this); else df = transformer.transformToRTF(this);
int df = transformer.transformToRTF(this);
df = transformer.transformToGlobalRTF(this); else df = transformer.transformToRTF(this);
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will also use the shared DTM system, but will * obtain its space from the global variable pool rather than the dynamic * variable stack. This allows late binding of XUnresolvedVariables without * the risk that their content will be discarded when the variable stack * is popped. * * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToGlobalRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getGlobalRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will be built within the shared RTF DTM system * used as a variable stack. * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will also use the shared DTM system, but will * obtain its space from the global variable pool rather than the dynamic * variable stack. This allows late binding of XUnresolvedVariables without * the risk that their content will be discarded when the variable stack * is popped. * * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToGlobalRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getGlobalRTFDTM(); return transformToRTF(templateParent,dtmFrag); }
/** * Given a stylesheet element, create a result tree fragment from it's * contents. The fragment will also use the shared DTM system, but will * obtain its space from the global variable pool rather than the dynamic * variable stack. This allows late binding of XUnresolvedVariables without * the risk that their content will be discarded when the variable stack * is popped. * * @param templateParent The template element that holds the fragment. * @return the NodeHandle for the root node of the resulting RTF. * * @throws TransformerException * @xsl.usage advanced */ public int transformToGlobalRTF(ElemTemplateElement templateParent) throws TransformerException { // Retrieve a DTM to contain the RTF. At this writing, this may be a // multi-document DTM (SAX2RTFDTM). DTM dtmFrag = m_xcontext.getGlobalRTFDTM(); return transformToRTF(templateParent,dtmFrag); }