}
}
public TagStack parseRecursiveInternal(IWikiModel wikiModel, boolean createOnlyLocalStack, boolean noTOC) {
// local stack for this wiki snippet
TagStack localStack = new TagStack();
// global wiki model stack
TagStack globalWikiModelStack = wikiModel.swapStack(localStack);
try {
// fix for infinite recursion
if (wikiModel.incrementParserRecursionCount() > Configuration.GLOBAL_RECURSION_LIMIT) {
TagNode error = new TagNode("span");
error.addAttribute("class", "error", true);
error.addChild(new ContentToken("Error - total recursion count limit exceeded parsing wiki tags."));
localStack.append(error);
return localStack;
}
int level = wikiModel.incrementRecursionLevel();
if (level > Configuration.PARSER_RECURSION_LIMIT) {
TagNode error = new TagNode("span");
error.addAttribute("class", "error", true);
error.addChild(new ContentToken("Error - recursion limit exceeded parsing wiki tags."));
localStack.append(error);
return localStack;
}
// WikipediaParser parser = new WikipediaParser(rawWikitext,
// wikiModel.isTemplateTopic(), wikiModel.getWikiListener());
setModel(wikiModel);
setNoToC(noTOC);
runParser();
return localStack;
} catch (Exception e) {
e.printStackTrace();
TagNode error = new TagNode("span");
error.addAttribute("class", "error", true);
error.addChild(new ContentToken(e.getClass().getSimpleName()));
localStack.append(error);
} catch (Error e) {
e.printStackTrace();
TagNode error = new TagNode("span");
error.addAttribute("class", "error", true);
error.addChild(new ContentToken(e.getClass().getSimpleName()));
localStack.append(error);
} finally {
wikiModel.decrementRecursionLevel();
if (!createOnlyLocalStack) {
// append the resursively parsed local stack to the global wiki
// model
// stack
globalWikiModelStack.append(localStack);
}
wikiModel.swapStack(globalWikiModelStack);
}
return localStack;