/**
* 将一组自动机（一个 parents 链）组合到当前的节点中
*
* <p>试图寻找，如果找到了，就递归加入，否则就创建一枝
*
* @param ambs 自动机配置行
*/
void join(int off, AmBean[] ambs) {
/*
* 木有 children，将给定的链表变树的一枝，插入一个 child
*/
if (null == children) {
children = new LinkedArray<AmBean>(20);
addToChildren(off, ambs);
}
// 试图在 children 中查找
else {
Iterator<AmBean> it = children.iterator();
AmBean amb = ambs[off];
while (it.hasNext()) {
AmBean myAmb = it.next();
/*
* 找到相等，递归
*/
if (Ams.eq(myAmb.cs, amb.cs)) {
myAmb.join(off + 1, ambs);
return;
}
}
/*
* 没有找到，建立一枝
*/
addToChildren(off, ambs);
}
}
private void addToChildren(int off, AmBean[] ambs) {
LinkedArray<AmBean> clds = children;
for (int i = off; i < ambs.length; i++) {
AmBean amb = ambs[i];
clds.push(amb);
amb.children = new LinkedArray<AmBean>(20);
clds = amb.children;
}
}
private void _toAm(Am am, Map<String, Am> map) {
am.depth = depth;
am.name = Strings.isBlank(name) ? null : name;
am.cs = cs;
am.behaviors = Ams.parseBehaviors(behaviors);
am.next = map.get(nextName);
if (null != children && !children.isEmpty()) {
am.children = new Am[children.size()];
for (int i = 0; i < am.children.length; i++) {
AmBean amb = children.get(i);
Am cld = map.get(amb.name);
if (null == cld) cld = new Am();
amb._toAm(cld, map);
am.children[i] = cld;
cld.parent = am;
}
}
}