public void PerfectTests(int x, bool expected)
{
PerfectChecker perfect = new PerfectChecker();
bool result = perfect.IsPerfect(x);
Assert.AreEqual(expected, result);
}
private void Calculate()
{
_factors = FactorFinder.FindFactorList(_target);
_factors.Add(_target);
_isPrime = PrimeChecker.IsPrime(_target);
_isPerfect = PerfectChecker.IsPerfect(_target);
}
public void NumberIsPerfect(string number, bool output)
{
PerfectChecker find = new PerfectChecker();
bool actual = find.IsPerfect(number);
Assert.AreEqual(output, actual);
}
internal static void DisplayPerfect(int number, List <int> factors)
{
PerfectChecker checker = new PerfectChecker();
var success = checker.IsPerfect(number, factors);
if (success == true)
{
Console.WriteLine($"{number} is a perfect number");
}
else
{
Console.WriteLine($"{number} is not a perfect number.");
}
}
public void RunFactorFinder()
{
ConsoleOutput.DisplayTitle();
int input = ConsoleInput.GetUserInput();
FactorFinder findFactors = new FactorFinder();
int[] factors = findFactors.FactorArray(input);
PrimeChecker checkPrime = new PrimeChecker();
bool isPrime = checkPrime.IsPrime(input);
PerfectChecker checkPerfect = new PerfectChecker();
bool isPerfect = checkPerfect.IsPerfect(input);
ConsoleOutput.DisplayResults(input, factors, isPrime, isPerfect);
}
public void PerfectTest(int target, bool perfectResult)
{
bool isPerfect = PerfectChecker.IsPerfect(target);
Assert.AreEqual(isPerfect, perfectResult);
}