public void TestInterpreter1()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
object o;
// 1
ns.source = "1+2*3";
ns.Tokenize();
ns.ParseOnlyValue();
runner.Run(ns.WriteIL());
o = runner.StackTop;
Assert.IsNotNull(o);
Assert.IsTrue(7 == NakoValueConveter.ToLong(o));
// 2
ns.source = "(1+2)*3";
ns.Tokenize();
ns.ParseOnlyValue();
runner.Run(ns.WriteIL());
o = runner.StackTop;
Assert.IsNotNull(o);
Assert.IsTrue(9 == NakoValueConveter.ToLong(o));
// 3
ns.source = "1+4/2";
ns.Tokenize();
ns.ParseOnlyValue();
runner.Run(ns.WriteIL());
o = runner.StackTop;
Assert.IsNotNull(o);
Assert.IsTrue(3 == NakoValueConveter.ToLong(o));
}
private void _branch_false(NakoILCode code)
{
object v = calcStack.Pop();
if (NakoValueConveter.ToLong(v) == 0)
{
autoIncPos = false;
runpos = Convert.ToInt32((long)code.value);
}
}
private object calc_method_xor(object a, object b)
{
if (a is long && b is long)
{
return((long)a ^ (long)b);
}
if (a is double || b is double)
{
return(NakoValueConveter.ToLong(a) ^ NakoValueConveter.ToLong(b));
}
throw new NakoInterpreterException("オブジェクトは論理演算できません");
}
