qualifier is ILineQualifierEvaluatable eval?_qualifier(eval, lines) :
static void TestExpr()
{
var e1 = new __opDollarVector2();
var e2 = new __opDollarVector2();
var e3 = new __opDollarVector2();
var plus = new __opPlus();
var minus = new __opMinus();
e1.__arg0 = 5;
e1.__arg1 = 15;
e2.__arg0 = 4;
e2.__arg1 = 16;
e3.__arg0 = 2;
e3.__arg1 = 15;
//(e1 + e2) - e3
plus.__arg0 = e1;
plus.__arg1 = e2;
minus.__arg0 = plus;
minus.__arg1 = e3;
Context m = new Context();
m.__arg0 = ImmutableDictionary <string, Value> .Empty;
m.__arg1 = ImmutableDictionary <string, Value> .Empty;
m.__arg2 = ImmutableDictionary <string, Value> .Empty;
eval ev = new eval();
ev.__arg0 = minus;
ev.__arg1 = m;
ev.Run();
//5 * (3 - 2)
__opMul mulint = new __opMul();
__opMinus minint = new __opMinus();
mulint.__arg0 = new __opDollari();
__opDollari eint1 = new __opDollari();
__opDollari eint2 = new __opDollari();
__opDollari eint3 = new __opDollari();
eint1.__arg0 = 5;
eint2.__arg0 = 3;
eint3.__arg0 = 2;
minint.__arg0 = eint2;
minint.__arg1 = eint3;
mulint.__arg0 = eint1;
mulint.__arg1 = minint;
eval evint = new eval();
evint.__arg0 = mulint;
evint.__arg1 = m;
evint.Run();
if (ev.__res.HasValue)
{
Console.WriteLine(ev.__res.Value);
}
else
{
Console.WriteLine("The rule has failed its evaluation");
}
if (evint.__res.HasValue)
{
Console.WriteLine(evint.__res.Value);
}
else
{
Console.WriteLine("The rule has failed its evaluation");
}
}
