protected void DecArg()
{
if (argFSM == ArgFSM.SRC)
{
argFSM = ArgFSM.DST;
}
else
{
argFSM = ArgFSM.COMPLETE;
}
}
public void EnterMonad(GBASMParser.MonadContext context)
{
PrintLine("Monad Detected");
argFSM = ArgFSM.COMPLETE;
currentInst.op = Instruction.MapOp(context.GetText());
currentInst.src.loc = Locations.NONE;
currentInst.dst.loc = Locations.NONE;
}
public void EnterTriad(GBASMParser.TriadContext context)
{
PrintLine("Triad Detected");
argFSM = ArgFSM.SRC;
currentInst.op = Instruction.MapOp(context.GetText());
}
public List<Byte> Assemble()
{
rom = new List<byte>();
lines = new List<String>();
byteLines = new List<String>();
lineToByteIndex = new Dictionary<int, List<int>>();
byteToLineIndex = new Dictionary<int, int>();
lexer = new GBASMLexer(inputStream);
tokenStream = new CommonTokenStream(lexer);
parser = new GBASMParser(tokenStream);
argFSM = ArgFSM.COMPLETE;
db_stack = 0;
isSectionArg = false;
isReptArg = false;
rep_stack = new Stack<RepInfo>();
sec_stack = new Stack<SectionInfo>();
jumpAddressIndex = new Dictionary<string,int>();
unProcessedJumpLabels = new Dictionary<string, List<LabelInfo>>(); ;
parser.BuildParseTree = true;
Antlr4.Runtime.Tree.IParseTree tree = parser.eval();
Antlr4.Runtime.Tree.ParseTreeWalker.Default.Walk(this, tree);
if (AssemblyComplete != null)
{
AssemblyComplete(rom);
}
return rom;
}