/** * Serializes an ProcessingInstruction Node. * * @param node The ProcessingInstruction Node to serialize */ protected void serializePI(ProcessingInstruction node) throws SAXException { ProcessingInstruction pi = node; String name = pi.getNodeName(); // well-formed=true if ((fFeatures & WELLFORMED) != 0) { isPIWellFormed(node); } // apply the LSSerializer filter if (!applyFilter(node, NodeFilter.SHOW_PROCESSING_INSTRUCTION)) { return; } // String data = pi.getData(); if (name.equals("xslt-next-is-raw")) { fNextIsRaw = true; } else { this.fSerializer.processingInstruction(name, pi.getData()); } }
/** * Serializes an ProcessingInstruction Node. * * @param node The ProcessingInstruction Node to serialize */ protected void serializePI(ProcessingInstruction node) throws SAXException { ProcessingInstruction pi = node; String name = pi.getNodeName(); // well-formed=true if ((fFeatures & WELLFORMED) != 0) { isPIWellFormed(node); } // apply the LSSerializer filter if (!applyFilter(node, NodeFilter.SHOW_PROCESSING_INSTRUCTION)) { return; } // String data = pi.getData(); if (name.equals("xslt-next-is-raw")) { fNextIsRaw = true; } else { this.fSerializer.processingInstruction(name, pi.getData()); } }
String name = pi.getNodeName(); this.m_contentHandler.processingInstruction(pi.getNodeName(), pi.getData());
String name = pi.getNodeName(); this.m_contentHandler.processingInstruction(pi.getNodeName(), pi.getData());
String name = pi.getNodeName(); this.m_contentHandler.processingInstruction(pi.getNodeName(), pi.getData());
String name = pi.getNodeName(); this.m_contentHandler.processingInstruction(pi.getNodeName(), pi.getData());
if (!isXMLName(node.getNodeName(), fIsXMLVersion11)) { String msg = Utils.messages.createMessage(
if (!isXMLName(node.getNodeName(), fIsXMLVersion11)) { String msg = Utils.messages.createMessage(
private XMPMetadata parseInitialXpacket(ProcessingInstruction pi) throws XmpParsingException if (!"xpacket".equals(pi.getNodeName())) + pi.getNodeName());
protected void write(ProcessingInstruction node) { printWriter.print("<?"); //$NON-NLS-1$ printWriter.print(node.getNodeName()); String data = node.getNodeValue(); if (data != null && data.length() > 0) { printWriter.print(' '); printWriter.print(data); } printWriter.print("?>"); //$NON-NLS-1$ printWriter.flush(); }
protected void write(ProcessingInstruction node) { printWriter.print("<?"); //$NON-NLS-1$ printWriter.print(node.getNodeName()); String data = node.getNodeValue(); if (data != null && data.length() > 0) { printWriter.print(' '); printWriter.print(data); } printWriter.print("?>"); //$NON-NLS-1$ printWriter.flush(); }
protected void write(ProcessingInstruction node) { printWriter.print("<?"); //$NON-NLS-1$ printWriter.print(node.getNodeName()); String data = node.getNodeValue(); if (data != null && data.length() > 0) { printWriter.print(' '); printWriter.print(data); } printWriter.print("?>"); //$NON-NLS-1$ printWriter.flush(); }
protected void write(ProcessingInstruction node) { printWriter.print("<?"); //$NON-NLS-1$ printWriter.print(node.getNodeName()); String data = node.getNodeValue(); if (data != null && data.length() > 0) { printWriter.print(' '); printWriter.print(data); } printWriter.print("?>"); //$NON-NLS-1$ printWriter.flush(); }
/** * Sends data to the helper. */ public static void toSAX(Node node, ContentHandler handler) throws SAXException { for (; node != null; node = node.getNextSibling()) { if (node instanceof ProcessingInstruction) { ProcessingInstruction pi = (ProcessingInstruction) node; handler.processingInstruction(pi.getNodeName(), pi.getData()); } else if (node instanceof DocumentFragment) { toSAX(node.getFirstChild(), handler); } } }
/** * Sends data to the helper. */ public static void toSAX(Node node, ContentHandler handler) throws SAXException { for (; node != null; node = node.getNextSibling()) { if (node instanceof ProcessingInstruction) { ProcessingInstruction pi = (ProcessingInstruction) node; handler.processingInstruction(pi.getNodeName(), pi.getData()); } else if (node instanceof DocumentFragment) { toSAX(node.getFirstChild(), handler); } } }
protected void visitProcessingInstruction(ProcessingInstruction processingInstruction) throws XMLStreamException { out.writeProcessingInstruction(processingInstruction.getNodeName() , processingInstruction.getData() ); }
protected void visitProcessingInstruction(ProcessingInstruction processingInstruction) throws XMLStreamException { out.writeProcessingInstruction(processingInstruction.getNodeName() , processingInstruction.getData() ); }
protected void visitProcessingInstruction(ProcessingInstruction processingInstruction) throws XMLStreamException { out.writeProcessingInstruction(processingInstruction.getNodeName() , processingInstruction.getData() ); }
/** * Serializes an ProcessingInstruction Node. * * @param node The ProcessingInstruction Node to serialize */ protected void serializePI(ProcessingInstruction node) throws SAXException { ProcessingInstruction pi = node; String name = pi.getNodeName(); // well-formed=true if ((fFeatures & WELLFORMED) != 0) { isPIWellFormed(node); } // apply the LSSerializer filter if (!applyFilter(node, NodeFilter.SHOW_PROCESSING_INSTRUCTION)) { return; } // String data = pi.getData(); if (name.equals("xslt-next-is-raw")) { fNextIsRaw = true; } else { this.fSerializer.processingInstruction(name, pi.getData()); } }
public void visitProcessingInstruction(ProcessingInstruction pi) { printIndent(); print("<?"); //$NON-NLS-1$ print(pi.getNodeName()); print(" "); //$NON-NLS-1$ print(pi.getNodeValue()); println("?>"); //$NON-NLS-1$ }