public void CheckLargePrimes()
{
foreach (var prime in _largePrimes)
{
Assert.True(PrimeChecker.IsPrime(prime));
}
}
public void CheckSmallPrimes()
{
foreach (var prime in _smallPrimes)
{
Assert.True(PrimeChecker.IsPrime(prime));
}
}
public void CheckMediumPrimes()
{
foreach (var prime in _mediumPrimes)
{
Assert.True(PrimeChecker.IsPrime(prime));
}
}
// A button that takes the user inputed number and checks if it is prime by passing it through the PrimeChecker class when it is clicked
private void btnCheck_Click(object sender, EventArgs e)
{
// Convert number so it can be passed through the IsPrime method, which uses BigInteger
if (PrimeChecker.IsPrime(Convert.ToInt64(nudUserInput.Value)) == true)
{
// Displays label for that shows the number is prime
lblPrime.Show();
lblNotPrime.Hide();
// Changes background color to green for prime numbers
this.BackColor = Color.Green;
// A happy cat is displayed :)
picHappyCat.Show();
picSadCat.Hide();
}
else
{
// Displays label for that shows the number is not prime
lblNotPrime.Show();
lblPrime.Hide();
// Changes background color to red for non-prime numbers
this.BackColor = Color.Red;
// A sad cat is displayed :(
picSadCat.Show();
picHappyCat.Hide();
}
}
public void PrimeTests(int x, bool expected)
{
PrimeChecker prime = new PrimeChecker();
bool result = prime.IsPrime(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 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 _2_Should_Be_Prime()
{
Assert.True(PrimeChecker.IsPrime(2));
}
public void Should_Return_True_For_All_Primes_Less_Than_10(int n)
{
Assert.True(PrimeChecker.IsPrime(n));
}
public void Even_Numbers_Should_Not_Be_Prime(int n)
{
Assert.False(PrimeChecker.IsPrime(n));
}
public void GeneratedPrimeIsPrime()
{
var prime = PrimeGenerator.GetPrime1();
Assert.True(PrimeChecker.IsPrime(prime));
}
public void PrimeTest(int target, bool primeResult)
{
bool isPrime = PrimeChecker.IsPrime(target);
Assert.AreEqual(isPrime, primeResult);
}