/** * Get a NodeTest that all the nodes matching this pattern must satisfy * * @return a NodeTest, as specific as possible, which all the matching nodes satisfy */ public ItemType getItemType() { return AnyNodeTest.getInstance(); }
public AttributeAxisIterator(XOMNodeWrapper start, NodeTest test) { // use lazy instead of eager materialization (performance) this.start = start; if (test == AnyNodeTest.getInstance()) test = null; nodeTest = test; position = 0; cursor = 0; }
AttributeAxisIterator(XOMNodeWrapper start, NodeTest test) { // use lazy instead of eager materialization (performance) this.start = start; if (test == AnyNodeTest.getInstance()) test = null; nodeTest = test; cursor = 0; }
AttributeAxisIterator(XOMNodeWrapper start, NodeTest test) { // use lazy instead of eager materialization (performance) this.start = start; if (test == AnyNodeTest.getInstance()) test = null; nodeTest = test; cursor = 0; }
public ItemType getItemType() { return AnyNodeTest.getInstance(); } };
public AncestorAxisIterator(XOMNodeWrapper start, boolean includeSelf, NodeTest test) { // use lazy instead of eager materialization (performance) this.start = start; if (test == AnyNodeTest.getInstance()) test = null; nodeTest = test; if (!includeSelf) { current = start; } this.includeSelf = includeSelf; position = 0; }
/** * Get a NodeTest that all the nodes matching this pattern must satisfy * * @return a NodeTest, as specific as possible, which all the matching nodes satisfy */ public ItemType getItemType() { return AnyNodeTest.getInstance(); }
/** * Get a NodeTest that all the nodes matching this pattern must satisfy * * @return a NodeTest, as specific as possible, which all the matching nodes satisfy */ public ItemType getItemType() { return AnyNodeTest.getInstance(); }
public ItemType getItemType() { return AnyNodeTest.getInstance(); } };
/** * Determine the data type of the items returned by this expression * @return Type.NODE * @param th the type hierarchy cache */ public ItemType getItemType(TypeHierarchy th) { return AnyNodeTest.getInstance(); }
/** * Get a NodeTest that all the nodes matching this pattern must satisfy */ public NodeTest getNodeTest() { return AnyNodeTest.getInstance(); }
/** * Determine the data type of the items returned by this expression * @return Type.NODE * @param th the type hierarchy cache */ public ItemType getItemType(TypeHierarchy th) { return AnyNodeTest.getInstance(); }
/** * Get a NodeTest that all the nodes matching this pattern must satisfy */ public NodeTest getNodeTest() { return AnyNodeTest.getInstance(); }
public ItemType getItemType() { return AnyNodeTest.getInstance(); }
public ItemType getItemType() { return AnyNodeTest.getInstance(); } };
public ItemType getItemType() { return AnyNodeTest.getInstance(); } };
public ItemType getItemType() { return AnyNodeTest.getInstance(); } };
/** * Get a NodeTest that all the nodes matching this pattern must satisfy * * @return a NodeTest, as specific as possible, which all the matching nodes satisfy */ public ItemType getItemType() { return AnyNodeTest.getInstance(); }
/** * Get a NodeTest that all the nodes matching this pattern must satisfy */ public NodeTest getNodeTest() { return AnyNodeTest.getInstance(); }
/** * Determine the data type of the items returned by this expression * @return Type.NODE * @param th the type hierarchy cache */ public ItemType getItemType(TypeHierarchy th) { return AnyNodeTest.getInstance(); }