private static void getGeneralSiblingNodes(
JsNodeArray matchingElms, JsObjectArray<String> nextTag, JsRegexp nextRegExp, Node prevRef) {
while (JsUtils.truth((prevRef = SelectorEngine.getNextSibling(prevRef))) && !isAdded(prevRef)) {
if (!JsUtils.truth(nextTag) || nextRegExp.test(prevRef.getNodeName())) {
setAdded(prevRef, true);
matchingElms.addNode(prevRef);
}
}
}
private static void getSiblingNodes(
JsNodeArray matchingElms, JsObjectArray<String> nextTag, JsRegexp nextRegExp, Node prevRef) {
while (JsUtils.truth(prevRef = SelectorEngine.getNextSibling(prevRef))
&& prevRef.getNodeType() != Node.ELEMENT_NODE) {}
if (JsUtils.truth(prevRef)) {
if (!JsUtils.truth(nextTag) || nextRegExp.test(prevRef.getNodeName())) {
matchingElms.addNode(prevRef);
}
}
}
private void getFirstChildPseudo(
JsNodeArray previousMatch, boolean previousDir, JsNodeArray matchingElms) {
Node next;
Node previous;
for (int j = 0, jlen = previousMatch.size(); j < jlen; j++) {
previous = next = previousMatch.getElement(j);
if (previousDir) {
while (JsUtils.truth((next = SelectorEngine.getPreviousSibling(next)))
&& next.getNodeType() != Node.ELEMENT_NODE) {}
} else {
while (JsUtils.truth((next = SelectorEngine.getNextSibling(next)))
&& next.getNodeType() != Node.ELEMENT_NODE) {}
}
if (!JsUtils.truth(next)) {
matchingElms.addNode(previous);
}
}
}
private void getOnlyOfTypePseudo(JsNodeArray previousMatch, JsNodeArray matchingElms) {
Node previous;
Node next;
Node prev;
Node oParent = null;
for (int o = 0, olen = previousMatch.size(); o < olen; o++) {
prev = next = previous = previousMatch.getNode(o);
Node prevParent = previous.getParentNode();
if (prevParent != oParent) {
while (JsUtils.truth(prev = SelectorEngine.getPreviousSibling(prev))
&& !JsUtils.eq(prev.getNodeName(), previous.getNodeName())) {}
while (JsUtils.truth(next = SelectorEngine.getNextSibling(next))
&& !JsUtils.eq(next.getNodeName(), previous.getNodeName())) {}
if (!JsUtils.truth(prev) && !JsUtils.truth(next)) {
matchingElms.addNode(previous);
}
oParent = prevParent;
}
}
}
private void getOnlyChildPseudo(JsNodeArray previousMatch, JsNodeArray matchingElms) {
Node previous;
Node next;
Node prev;
Node kParent = null;
for (int k = 0, klen = previousMatch.size(); k < klen; k++) {
prev = next = previous = previousMatch.getNode(k);
Node prevParent = previous.getParentNode();
if (prevParent != kParent) {
while (JsUtils.truth(prev = SelectorEngine.getPreviousSibling(prev))
&& prev.getNodeType() != Node.ELEMENT_NODE) {}
while (JsUtils.truth(next = SelectorEngine.getNextSibling(next))
&& next.getNodeType() != Node.ELEMENT_NODE) {}
if (!JsUtils.truth(prev) && !JsUtils.truth(next)) {
matchingElms.addNode(previous);
}
kParent = prevParent;
}
}
}
private void getFirstOfTypePseudo(
JsNodeArray previousMatch, boolean previousDir, JsNodeArray matchingElms) {
Node previous;
Node next;
for (int n = 0, nlen = previousMatch.size(); n < nlen; n++) {
next = previous = previousMatch.getNode(n);
if (previousDir) {
while (JsUtils.truth(next = SelectorEngine.getPreviousSibling(next))
&& !JsUtils.eq(next.getNodeName(), previous.getNodeName())) {}
} else {
while (JsUtils.truth(next = SelectorEngine.getNextSibling(next))
&& !JsUtils.eq(next.getNodeName(), previous.getNodeName())) {}
}
if (!JsUtils.truth(next)) {
matchingElms.addNode(previous);
}
}
}
private JsNodeArray getNthChildPseudo(
JsNodeArray previousMatch,
String pseudoValue,
JsNodeArray prevParents,
JsNodeArray matchingElms) {
Node previous;
if (JsUtils.eq(pseudoValue, "n")) {
matchingElms = previousMatch;
} else {
Sequence sequence = getSequence(pseudoValue);
if (sequence != null) {
for (int l = 0, llen = previousMatch.size(); l < llen; l++) {
previous = previousMatch.getNode(l);
Node prevParent = previous.getParentNode();
if (!hasChildElms(prevParent)) {
int iteratorNext = sequence.start;
int childCount = 0;
Node childElm = prevParent.getFirstChild();
while (childElm != null && (sequence.max < 0 || iteratorNext <= sequence.max)) {
if (childElm.getNodeType() == Node.ELEMENT_NODE) {
if (++childCount == iteratorNext) {
if (JsUtils.eq(childElm.getNodeName(), previous.getNodeName())) {
matchingElms.addNode(childElm);
}
iteratorNext += sequence.add;
}
}
childElm = SelectorEngine.getNextSibling(childElm);
}
setHasChildElms(prevParent, true);
prevParents.addNode(prevParent);
}
}
clearChildElms(prevParents);
}
}
return matchingElms;
}