public SymbolStack(TSymbolType notFoundVal)
{
scopes = new CL_PooledList <Scope> ();
pooledDicts = new CL_PooledList <Dictionary <ArrayPointer <byte>, TSymbolType> > ();
version = 0;
notFoundValue = notFoundVal;
IsDisposed = false;
}
private void ParseBlock(UDMFParsedMapData dataClass, string ident, ParserInfo.BlockInfo?info)
{
UDMFToken tok = scanner.Scan();
if (tok.Type != UDMFTokenType.BROPEN)
{
Errors.Add(new UDMFParseError("Unexpected token '" + tok.Text.ToString().Replace("\n", "") + "' found. Expected " + UDMFToken.TokenTypeToString(UDMFTokenType.BROPEN), 0x1001, tok));
return;
}
IUDMFBlock block;
if (info != null)
{
block = (IUDMFBlock)Activator.CreateInstance(info.Value.BlockType);
info.Value.Delegates.Getter(dataClass).AddBlock(block);
}
else
{
var newBlock = new UDMFUnknownBlock();
block = newBlock;
if (!unknownBlocksPooled.TryGetValue(ident, out var unknownBlocksList))
{
unknownBlocksList = new CL_PooledList <UDMFUnknownBlock> ();
unknownBlocksPooled.Add(ident, unknownBlocksList);
}
unknownBlocksList.Add(newBlock);
}
ParseExpr_List(block, info);
tok = scanner.Scan();
if (tok.Type != UDMFTokenType.BRCLOSE)
{
Errors.Add(new UDMFParseError("Unexpected token '" + tok.Text.ToString().Replace("\n", "") + "' found. Expected " + UDMFToken.TokenTypeToString(UDMFTokenType.BRCLOSE), 0x1001, tok));
return;
}
}
