if (hasChildNodes()) { try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, false, true)) { result = iterator; case AxisInfo.DESCENDANT_OR_SELF: try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, true, true)) { result = iterator;
if (hasChildNodes()) { try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, false, true)) { result = iterator; case AxisInfo.DESCENDANT_OR_SELF: try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, true, true)) { result = iterator;
if (n.hasChildNodes()) { if (forwards) { descendants = new DescendantEnumeration(n, false, true); return n; } else { descendants = new DescendantEnumeration(n, true, false); return next(); return start; } else { return next();
if (hasChildNodes()) { try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, false, true)) { result = iterator; case AxisInfo.DESCENDANT_OR_SELF: try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, true, true)) { result = iterator;
if (n.hasChildNodes()) { if (forwards) { descendants = new DescendantEnumeration(n, false, true); return n; } else { descendants = new DescendantEnumeration(n, true, false); return next(); return start; } else { return next();
case AxisInfo.DESCENDANT_OR_SELF: AxisIterator iter = new Navigator.DescendantEnumeration( this, axisNumber == AxisInfo.DESCENDANT_OR_SELF, true); if (!(nodeTest instanceof AnyNodeTest)) {
if (nexts != null) { if (nexts.hasChildNodes()) { descendEnum = new DescendantEnumeration(nexts, true, false); return next(); } else {
case AxisInfo.DESCENDANT_OR_SELF: AxisIterator iter = new Navigator.DescendantEnumeration( this, axisNumber == AxisInfo.DESCENDANT_OR_SELF, true); if (!(nodeTest instanceof AnyNodeTest)) {
if (nexts != null) { if (nexts.hasChildNodes()) { descendEnum = new DescendantEnumeration(nexts, false, true); } else { descendEnum = null;
if (nexts != null) { if (nexts.hasChildNodes()) { descendEnum = new DescendantEnumeration(nexts, false, true); } else { descendEnum = null;
if (nexts != null) { if (nexts.hasChildNodes()) { descendEnum = new DescendantEnumeration(nexts, true, false); return next(); } else {
/** * Return an iterator over the descendants of this node. * This method is only called after checking that the node is an element or document node. * * @param nodeTest a test that the returned descendants must satisfy * @param includeSelf true if this node is to be included in the result * @return an iterator over the sibling nodes, in axis order. */ protected AxisIterator iterateDescendants(NodeTest nodeTest, boolean includeSelf) { AxisIterator iter = new Navigator.DescendantEnumeration(this, includeSelf, true); if (!(nodeTest instanceof AnyNodeTest)) { iter = new Navigator.AxisFilter(iter, nodeTest); } return iter; }
/** * Return an iterator over the descendants of this node. * This method is only called after checking that the node is an element or document node. * * @param nodeTest a test that the returned descendants must satisfy * @param includeSelf true if this node is to be included in the result * @return an iterator over the sibling nodes, in axis order. */ protected AxisIterator iterateDescendants(NodeTest nodeTest, boolean includeSelf) { AxisIterator iter = new Navigator.DescendantEnumeration(this, includeSelf, true); if (!(nodeTest instanceof AnyNodeTest)) { iter = new Navigator.AxisFilter(iter, nodeTest); } return iter; }
if (hasChildNodes()) { try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, false, true)) { result = iterator; case AxisInfo.DESCENDANT_OR_SELF: try (AxisIterator iterator = new Navigator.DescendantEnumeration(this, true, true)) { result = iterator;