firstTime = false; if ( adaptor.getChildCount(tree)==0 ) { // single node tree (special) nodes.add(eof); return tree; nodes.add(tree); // real node is next after DOWN return down; adaptor.getChildIndex(tree)+1 >= adaptor.getChildCount(parent) ) nodes.add(up); // we're moving back up tree = parent; parent = adaptor.getParent(tree); nodes.add(eof); // add to queue, might have UP nodes in there return nodes.remove(); nodes.add(tree); // add to queue, might have UP nodes in there return nodes.remove();
firstTime = false; if ( adaptor.getChildCount(tree)==0 ) { // single node tree (special) nodes.add(eof); return tree; nodes.add(tree); // real node is next after DOWN return down; adaptor.getChildIndex(tree)+1 >= adaptor.getChildCount(parent) ) nodes.add(up); // we're moving back up tree = parent; parent = adaptor.getParent(tree); nodes.add(eof); // add to queue, might have UP nodes in there return nodes.remove(); nodes.add(tree); // add to queue, might have UP nodes in there return nodes.remove();
firstTime = false; if ( adaptor.getChildCount(tree)==0 ) { // single node tree (special) nodes.add(eof); return tree; nodes.add(tree); // real node is next after DOWN return down; adaptor.getChildIndex(tree)+1 >= adaptor.getChildCount(parent) ) nodes.add(up); // we're moving back up tree = parent; parent = adaptor.getParent(tree); nodes.add(eof); // add to queue, might have UP nodes in there return nodes.remove(); nodes.add(tree); // add to queue, might have UP nodes in there return nodes.remove();
firstTime = false; if ( adaptor.getChildCount(tree)==0 ) { // single node tree (special) nodes.add(eof); return tree; nodes.add(tree); // real node is next after DOWN return down; adaptor.getChildIndex(tree)+1 >= adaptor.getChildCount(parent) ) nodes.add(up); // we're moving back up tree = parent; parent = adaptor.getParent(tree); nodes.add(eof); // add to queue, might have UP nodes in there return nodes.remove(); nodes.add(tree); // add to queue, might have UP nodes in there return nodes.remove();
firstTime = false; if ( adaptor.getChildCount(tree)==0 ) { // single node tree (special) nodes.add(eof); return tree; nodes.add(tree); // real node is next after DOWN return down; adaptor.getChildIndex(tree)+1 >= adaptor.getChildCount(parent) ) nodes.add(up); // we're moving back up tree = parent; parent = adaptor.getParent(tree); nodes.add(eof); // add to queue, might have UP nodes in there return nodes.remove(); nodes.add(tree); // add to queue, might have UP nodes in there return nodes.remove();
firstTime = false; if ( adaptor.getChildCount(tree)==0 ) { // single node tree (special) nodes.add(eof); return tree; nodes.add(tree); // real node is next after DOWN return down; adaptor.getChildIndex(tree)+1 >= adaptor.getChildCount(parent) ) nodes.add(up); // we're moving back up tree = parent; parent = adaptor.getParent(tree); nodes.add(eof); // add to queue, might have UP nodes in there return nodes.remove(); nodes.add(tree); // add to queue, might have UP nodes in there return nodes.remove();