public static bool TestCompositionAssociativity()
{
var arrf = new Func <int, int>(x => x * 9 - 3).Arr((int y) => (y + 3) / 9);
var arrg = new Func <int, int>(x => x + 1).Arr((int y) => y - 1);
var arrh = new Func <int, int>(x => x * 5).Arr((int y) => y / 5);
var f_gh = arrf.Combine(arrg.Combine(arrh));
var fg_h = (arrf.Combine(arrg)).Combine(arrh);
return(ArrowTestUtils.AssertInvertibleArrowsGiveSameOutput(f_gh, fg_h));
}
public static bool TestCompositionAssociativity()
{
var arrf = new Func<int, int>(x => x * 9 - 3).Arr((int y) => (y + 3) / 9);
var arrg = new Func<int, int>(x => x + 1).Arr((int y) => y - 1);
var arrh = new Func<int, int>(x => x * 5).Arr((int y) => y / 5);
var f_gh = arrf.Combine(arrg.Combine(arrh));
var fg_h = (arrf.Combine(arrg)).Combine(arrh);
return ArrowTestUtils.AssertInvertibleArrowsGiveSameOutput(f_gh, fg_h);
}
public void OnNextElement(Func <TContext, LambdaStep <TContext>, StepId> func)
{
_onNextElement = _onNextElement.Combine(func);
}
public TConfig WithCustomization(Func <Props, Props> custom)
{
Custom = Custom.Combine(custom);
return((this as TConfig) !);
}
public void OnExecute(Func <TContext, LambdaStep <TContext>, StepId> func)
{
_onExecute = _onExecute.Combine(func);
}
