public void Activate()
{
ConsoleOutput.DisplayTitle();
FindFactors f = new FindFactors();
PerfectNumber pn = new PerfectNumber();
IsPrimeNumber prime = new IsPrimeNumber();
int number;
number = ConsoleInput.GetNumberFromUser();
ConsoleOutput.DisplayFactors();
f.Factors(number);
if (pn.IsPerfectNumber(number) == true)
{
ConsoleOutput.DisplayPerfect();
}
if (prime.PrimeNumber(number) == true)
{
ConsoleOutput.DisplayPrime();
}
}
public void check_PNTest9()
{
PerfectNumber n = new PerfectNumber();
bool result = n.check(0);
Assert.IsTrue(result);
}
public static void PerfectNumberWork(int number)
{
// Arrange
// Act
var result = PerfectNumber.IsPerfectNumber(number);
// Assert
Assert.IsTrue(result);
}
public void Number_VerifyNumberIsPerfect_IsPerfectNumber()
{
// Arrange
var number = new Faker().Random.Int(1, 10000);
// Act
var _perfectNumber = new PerfectNumber(number);
// Assert
Assert.Equal(number, _perfectNumber.Number);
}
public void Number_VerifyNumberIsPerfect_VerifyExceptionForValuesGreater10000()
{
// Arrange
var number = new Faker().Random.Int(10001, 3000);
var _perfectNumber = new PerfectNumber(number);
// Act
var exception = Assert.Throws <Exception>(() => _perfectNumber.VerifyNumberIsPerfect(number));
// Assert
Assert.Equal("The number is out of limits!", exception.Message);
}
public void Number_VerifyNumberIsPerfect_VerifyExceptionNegativeNumbers()
{
// Arrange
var number = new Faker().Random.Int(-1000, 0);
var _perfectNumber = new PerfectNumber(number);
// Act
var exception = Assert.Throws <Exception>(() => _perfectNumber.VerifyNumberIsPerfect(number));
// Assert
Assert.Equal("The number is out of limits!", exception.Message);
}
public void CheckPerfect_IntValueInput_ReturnBooleanIfSumOfFactorsIsEqualToInput(int num, bool expected)
{
var actual = PerfectNumber.CheckPerfect(num);
Assert.Equal(expected, actual);
}
public void BeforeEach()
{
PerfectNumber = new PerfectNumber();
}
