private static void ExecuteProblem23(int max)
{
var collator = new SumCollator();
var factorFinder = new FactorFinder();
var abundantNumberFinder = new AbundantNumberFinder(factorFinder);
var valueCounter = new FinalValueCounter();
var possibleSumFinder = new PossibleSumsFinder(abundantNumberFinder, collator);
var mysteryNumberFinder = new MysteryNumberFinder(possibleSumFinder);
var problem23Runner = new Problem23Runner(mysteryNumberFinder, valueCounter);
Console.WriteLine(problem23Runner.Execute(max));
}
public void TestUsage()
{
var collator = new SumCollator();
var valueCounter = new FinalValueCounter();
var factorFinder = new FactorFinder();
var abundantNumberFinder = new AbundantNumberFinder(factorFinder);
var possibleSumsFinder = new PossibleSumsFinder(abundantNumberFinder, collator);
var mysteryNumFinder = new MysteryNumberFinder(possibleSumsFinder);
var p23Runner = new Problem23Runner(mysteryNumFinder, valueCounter);
Assert.That(p23Runner.Execute(0), Is.EqualTo("0"));
Assert.That(p23Runner.Execute(1), Is.EqualTo("0"));
Assert.That(p23Runner.Execute(2), Is.EqualTo("1"));
Assert.That(p23Runner.Execute(25), Is.EqualTo("276"));
Assert.That(p23Runner.Execute(36), Is.EqualTo("544"));
}
public Problem23Runner(MysteryNumberFinder mysterNumberFinder, FinalValueCounter valueCounter)
{
mMysteryNumberFinder = mysterNumberFinder;
mValueCounter = valueCounter;
}
public void TestUsage(int[] incomingNums, int expected)
{
var finalValueCounter = new FinalValueCounter();
Assert.That(finalValueCounter.Tally(incomingNums), Is.EqualTo(expected));
}
