/** * Copy this node to a given outputter * @param out the Receiver to which the node should be copied * @param copyOptions a selection of the options defined in {@link CopyOptions} * @param locationId Identifies the location of the instruction */ public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { original.copy(out, copyOptions, locationId); }
/** * Copy this node to a given outputter (deep copy) */ public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { node.copy(out, copyOptions & ~CopyOptions.TYPE_ANNOTATIONS, locationId); }
/** * Copy this node to a given outputter * @param out the Receiver to which the node should be copied * @param copyOptions a selection of the options defined in {@link CopyOptions} * @param locationId Identifies the location of the instruction */ public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { original.copy(out, copyOptions, locationId); }
@Override public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { node.copy(out, copyOptions, locationId); }
/** * Copy this node to a given outputter (deep copy) */ public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { node.copy(out, copyOptions & ~CopyOptions.TYPE_ANNOTATIONS, locationId); }
@Override public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { node.copy(out, copyOptions, locationId); }
/** * Copy this node to a given outputter * * @param out the Receiver to which the node should be copied * @param whichNamespaces in the case of an element, controls * which namespace nodes should be copied. Values are NO_NAMESPACES, * LOCAL_NAMESPACES, ALL_NAMESPACES * @param copyAnnotations indicates whether the type annotations * of element and attribute nodes should be copied * @param locationId Identifies the location of the instruction * that requested this copy. Pass zero if no other information is available * @throws net.sf.saxon.trans.XPathException * */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { original.copy(out, whichNamespaces, copyAnnotations, locationId); }
/** * Copy this node to a given outputter * * @param out the Receiver to which the node should be copied * @param whichNamespaces in the case of an element, controls * which namespace nodes should be copied. Values are NO_NAMESPACES, * LOCAL_NAMESPACES, ALL_NAMESPACES * @param copyAnnotations indicates whether the type annotations * of element and attribute nodes should be copied * @param locationId Identifies the location of the instruction * that requested this copy. Pass zero if no other information is available * @throws net.sf.saxon.trans.XPathException * */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { original.copy(out, whichNamespaces, copyAnnotations, locationId); }
/** * Copy this node to a given outputter (deep copy) */ public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { // The underlying code does not do whitespace stripping. So we need to interpose // a stripper. Stripper stripper = new Stripper(((SpaceStrippedDocument) docWrapper).getStrippingRule(), out); node.copy(stripper, copyOptions, locationId); }
public void append(Item item, int locationId, int copyNamespaces) throws XPathException { if (item instanceof NodeInfo) { int kind = ((NodeInfo)item).getNodeKind(); if (kind == Type.ATTRIBUTE || kind == Type.NAMESPACE) { ((NodeInfo)item).copy(this, NodeInfo.NO_NAMESPACES, false, 0); return; } } ((SequenceReceiver)nextReceiver).append(item, locationId, copyNamespaces); } }
/** * Copy this node to a given outputter (deep copy) */ public void copy(Receiver out, int copyOptions, Location locationId) throws XPathException { // The underlying code does not do whitespace stripping. So we need to interpose // a stripper. Stripper stripper = new Stripper(((SpaceStrippedDocument) docWrapper).getStrippingRule(), out); node.copy(stripper, copyOptions, locationId); }
public void append(Item item, int locationId, int copyNamespaces) throws XPathException { if (item instanceof NodeInfo) { int kind = ((NodeInfo)item).getNodeKind(); if (kind == Type.ATTRIBUTE || kind == Type.NAMESPACE) { ((NodeInfo)item).copy(this, NodeInfo.NO_NAMESPACES, false, 0); return; } } ((SequenceReceiver)nextReceiver).append(item, locationId, copyNamespaces); } }
/** * Copy this node to a given outputter (deep copy) */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { // The underlying code does not do whitespace stripping. So we need to interpose // a stripper. Stripper stripper = docWrapper.getStripper().getAnother(); stripper.setUnderlyingReceiver(out); node.copy(stripper, whichNamespaces, copyAnnotations, locationId); }
/** * Copy this node to a given outputter (deep copy) */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { // The underlying code does not do whitespace stripping. So we need to interpose // a stripper. Stripper stripper = docWrapper.getStripper().getAnother(); stripper.setUnderlyingReceiver(out); node.copy(stripper, whichNamespaces, copyAnnotations, locationId); }
/** * Copy this node to a given outputter (deep copy) */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { // The underlying code does not do whitespace stripping. So we need to interpose // a stripper. Stripper stripper = docWrapper.getStripper().getAnother(); stripper.setUnderlyingReceiver(out); node.copy(stripper, whichNamespaces, copyAnnotations, locationId); }
/** * Copy this node to a given outputter */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { out.startDocument(0); // output the children AxisIterator children = iterateAxis(Axis.CHILD); while (true) { NodeInfo n = (NodeInfo)children.next(); if (n == null) { break; } n.copy(out, whichNamespaces, copyAnnotations, locationId); } out.endDocument(); }
/** * Copy this node to a given outputter */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { out.startDocument(0); // output the children AxisIterator children = iterateAxis(Axis.CHILD); while (true) { NodeInfo n = (NodeInfo)children.next(); if (n == null) { break; } n.copy(out, whichNamespaces, copyAnnotations, locationId); } out.endDocument(); }
/** * Copy this node to a given outputter */ public void copy(Receiver out, int whichNamespaces, boolean copyAnnotations, int locationId) throws XPathException { out.startDocument(0); // output the children AxisIterator children = iterateAxis(Axis.CHILD); while (true) { NodeInfo n = (NodeInfo)children.next(); if (n == null) { break; } n.copy(out, whichNamespaces, copyAnnotations, locationId); } out.endDocument(); }
@Override public void append(Item item, Location locationId, int copyNamespaces) throws XPathException { if (item instanceof NodeInfo) { int kind = ((NodeInfo) item).getNodeKind(); if (kind == Type.ATTRIBUTE || kind == Type.NAMESPACE) { ((NodeInfo) item).copy(this, 0, locationId); return; } } else if (item instanceof Function && !((Function) item).isArray()) { CharSequence representation = ((Function) item).isMap() ? Err.depict(item) : "Function " + Err.depict(item); nextReceiver.characters(representation, locationId, 0); return; } nextReceiver.append(item, locationId, copyNamespaces); } }
@Override public void append(Item item, Location locationId, int copyNamespaces) throws XPathException { if (item instanceof NodeInfo) { int kind = ((NodeInfo) item).getNodeKind(); if (kind == Type.ATTRIBUTE || kind == Type.NAMESPACE) { ((NodeInfo) item).copy(this, 0, locationId); return; } } else if (item instanceof Function && !((Function) item).isArray()) { CharSequence representation = ((Function) item).isMap() ? Err.depict(item) : "Function " + Err.depict(item); nextReceiver.characters(representation, locationId, 0); return; } nextReceiver.append(item, locationId, copyNamespaces); } }