public ParserFile(OutputModelFactory factory, string fileName)
: base(factory, fileName)
{
Grammar g = factory.GetGrammar();
namedActions = BuildNamedActions(factory.GetGrammar());
genPackage = g.tool.genPackage;
exportMacro = factory.GetGrammar().GetOptionString("exportMacro");
// need the below members in the ST for Python, C++
genListener = g.tool.gen_listener;
genVisitor = g.tool.gen_visitor;
grammarName = g.name;
if (g.GetOptionString("contextSuperClass") != null)
{
contextSuperClass = new ActionText(null, g.GetOptionString("contextSuperClass"));
}
}
protected Recognizer(OutputModelFactory factory)
: base(factory)
{
Grammar g = factory.GetGrammar();
grammarFileName = Path.GetFileName(g.fileName);
grammarName = g.name;
name = g.GetRecognizerName();
tokens = new LinkedHashMap<string, int>();
foreach (KeyValuePair<string, int> entry in g.tokenNameToTypeMap)
{
int ttype = entry.Value;
if (ttype > 0)
{
tokens[entry.Key] = ttype;
}
}
ruleNames = g.rules.Keys;
rules = g.rules.Values;
atn = new SerializedATN(factory, g.atn, g.GetRuleNames());
if (g.GetOptionString("superClass") != null)
{
superClass = new ActionText(null, g.GetOptionString("superClass"));
}
else
{
superClass = null;
}
#pragma warning disable CS0612 // Type or member is obsolete
tokenNames = TranslateTokenStringsToTarget(g.GetTokenDisplayNames(), factory);
#pragma warning restore CS0612 // Type or member is obsolete
literalNames = TranslateTokenStringsToTarget(g.GetTokenLiteralNames(), factory);
symbolicNames = TranslateTokenStringsToTarget(g.GetTokenSymbolicNames(), factory);
abstractRecognizer = g.IsAbstract();
}