static List<CStatement> B_C(uint pc, uint instruction)
{
Instruction i = new Instruction(instruction);
List<CStatement> stats = new List<CStatement>();
uint destination = (uint) SignExtend24(i.LI() << 2);
if ((instruction & 2) != 2)
destination += pc;
Function f = decompiler.Functions.Find(delegate(Function fn) { return fn.Address == destination; });
String destName;
if (f != null)
destName = f.Name;
else
destName = "L" + destination.ToString("X8");
CStatement branch = new CStatement();
if (i.LK())
{
if (f != null && decompiler.IgnoredCalls.Contains(f))
return new List<CStatement>();
if (f != null && f.Returns.Name == "void" && f.Returns.Kind == CType.TypeKind.ValueType)
{
branch.Kind = CStatement.Kinds.Call;
branch.CallFuncName = destName;
branch.CalledFunction = f;
}
else
{
branch.Kind = CStatement.Kinds.Assignment;
branch.Op1 = new CStatement.COperand("r3");
CStatement realBranch = new CStatement(CStatement.Kinds.Call);
realBranch.CallFuncName = destName;
realBranch.CalledFunction = f;
branch.Op2 = new CStatement.COperand(realBranch);
}
}
else
{
if (f != null && decompiler.CallIsRet.Contains(f))
branch.Kind = CStatement.Kinds.Return;
else
{
branch.Kind = CStatement.Kinds.Goto;
branch.BranchDestination = destName;
branch.BranchDestinationAddr = destination;
}
}
stats.Add(branch);
return stats;
}
