static void Main(string[] args)
{
string assname = "x86_64s-elf64-tysos";
libtysila.Assembler.Architecture arch = libtysila.Assembler.ParseArchitectureString(assname);
frontend_lib.FileSystemFileLoader floader = new frontend_lib.FileSystemFileLoader();
floader.DirectoryDelimiter = "\\";
floader.SearchDirs.Add(".");
floader.SearchDirs.Add("..\\mono\\corlib");
libtysila.Assembler ass = libtysila.Assembler.CreateAssembler(arch, floader, null, null);
System.IO.FileStream f = new System.IO.FileStream("test.tir", System.IO.FileMode.Open);
TIRParse.Parser p = new TIRParse.Parser(new TIRParse.Scanner(f), ass);
bool res = p.Parse();
/* Generate tybel code */
libtysila.timple.Optimizer.OptimizeReturn opt = libtysila.timple.Optimizer.Optimize(p.tacs["test2"]);
//libtysila.tybel.Tybel tybel = libtysila.tybel.Tybel.GenerateTybel(opt, ass, new List<libasm.hardware_location>());
libtysila.tybel.Tybel tybel = null;
/* Generate code */
List <byte> code = new List <byte>();
List <libasm.ExportedSymbol> syms = new List <libasm.ExportedSymbol>();
List <libasm.RelocationBlock> relocs = new List <libasm.RelocationBlock>();
//tybel.Assemble(code, syms, relocs, ass);
/* Dump dissassembly */
tydisasm.tydisasm d = tydisasm.tydisasm.GetDisassembler(ass.Arch.InstructionSet);
CodeStream cs = new CodeStream {
code = code
};
if (d != null)
{
while (cs.MoreToRead)
{
ulong offset = (ulong)cs.Offset;
tydisasm.line disasm = d.GetNextLine(cs);
Console.WriteLine("{0} {1,-30} {2}", offset.ToString("x16"), disasm.OpcodeString, disasm.ToString());
if (disasm.opcodes == null)
{
break;
}
}
}
Console.ReadKey();
}
internal Parser(Scanner s, libtysila.Assembler assembler) : base(s)
{
ass = assembler;
}
