protected void resetChildReaders() {
if (childPullReaders != null) {
for (XmlPullReader childTagReader : childPullReaders) {
childTagReader.reset();
}
}
}
protected void addChildPullReaders(XmlPullReader... childTagReaders) {
if (childPullReaders == null) {
this.childPullReaders = new ArrayList<XmlPullReader>();
}
for (XmlPullReader reader : childTagReaders) {
childPullReaders.add(reader);
reader.setParentReader(this);
}
}
protected XmlPullReader getChildPullReader() throws XmlParseException {
if (childPullReaders != null) {
for (int i = lastChildPullReaderIdx; i < childPullReaders.size(); i++) {
XmlPullReader tagReader = childPullReaders.get(i);
if (tagReader.isTagSupported(parser.getName(), parser.getNamespace())) {
if (!unordered) {
this.lastChildPullReaderIdx = i;
}
return tagReader;
}
}
}
throw new XmlParseException(parser, "unsupported tag");
}
protected void handleChildTag(XmlPullReader childTagReader)
throws XmlPullParserException, IOException, XmlParseException {
// When recursing, store state and reset the 0
int tmpLastChildPullReaderIdx = lastChildPullReaderIdx;
int tmpCount = count;
this.lastChildPullReaderIdx = 0;
this.count = 0;
// Recurse child node
childTagReader.parseElement(parser);
// Restore state from before iteration
this.lastChildPullReaderIdx = tmpLastChildPullReaderIdx;
this.count = tmpCount;
}