public static ValueProxy Min(ValueProxy val1, ValueProxy val2)
{
switch (conv_t[val1.GetValueCode(), val2.GetValueCode()])
{
case -1:
val1 = val2.Promote(val1);
break;
case 0:
break;
case 1:
val2 = val1.Promote(val2);
break;
default:
{
if (conv_t[val2.GetValueCode(), val1.GetValueCode()] == 1)
val1 = val2.Promote(val1);
else
throw new OperatorMismatchException(Funcs.Gt, val1, val2);
}
break;
}
if (val2.IsNaN() || val1.Gt(val2))
return val2;
return val1;
}
public static bool Gt(ValueProxy val1, ValueProxy val2, out bool res)
{
res = false;
switch (conv_t[val1.GetValueCode(), val2.GetValueCode()])
{
case -1:
return val2.Promote(val1).TryGt(val2, out res);
case 0:
return val1.TryGt(val2, out res);
case 1:
return val1.TryGt(val1.Promote(val2), out res);
default:
{
if (conv_t[val2.GetValueCode(), val1.GetValueCode()] == 1)
return val2.Promote(val1).TryGt(val2, out res);
return false;
}
}
}
public static Integer op_IntegerDivide(ValueProxy val1, ValueProxy val2)
{
switch (conv_t[val1.GetValueCode(), val2.GetValueCode()])
{
case -1:
return val2.Promote(val1).IDiv(val2);
case 0:
return val1.IDiv(val2);
case 1:
return val1.IDiv(val1.Promote(val2));
default:
{
if (conv_t[val2.GetValueCode(), val1.GetValueCode()] == 1)
return val2.Promote(val1).IDiv(val2);
throw new OperatorMismatchException(Funcs.IDiv, val1, val2);
}
}
}
public static bool Equals(ValueProxy val1, ValueProxy val2)
{
switch (conv_t[val1.GetValueCode(), val2.GetValueCode()])
{
case -1:
return val2.Promote(val1).Eq(val2);
case 0:
return val1.Eq(val2);
case 1:
return val1.Eq(val1.Promote(val2));
default:
{
if (conv_t[val2.GetValueCode(), val1.GetValueCode()] == 1)
return val2.Promote(val1).Eq(val2);
throw new OperatorMismatchException(Funcs.Eq, val1, val2);
}
}
}