public static void Main()
{
SealedTest sealedTest = new SealedTest();
sealedTest.TestSealedClass();
ArrayAverageCalculator.HowManyOne();
ArrayAverageCalculator.GetArrayAverage();
DaysAdd.DynamicDateAdder();
DaysAdd.DaysAdder();
ProcessUserNumber.DisplayNumberInfo();
ClassifyHeight.GroupHeight();
AccelerationCalculator.CalculateAcceleration();
LeapYearChecker obj = new LeapYearChecker();
obj.ReadData();
obj.LeapCondition();
OddEven.CheckOddEven();
}
public void ShouldRerturnFalseForTypicalCommonYear()
{
var checker = new LeapYearChecker();
var result = checker.IsLeapYear(2001);
Assert.False(result);
}
public void NonLeapYearsShouldBeCorrectlyIdentified(int year)
{
//arrange
var leapYearChecker = new LeapYearChecker();
//act
var isLeapYear = leapYearChecker.Check(year);
//assert
isLeapYear.ShouldBeFalse();
}
public void The_year_2000_should_be_a_leap_year()
{
//arrange
var leapYearChecker = new LeapYearChecker();
//act
var isLeapYear = leapYearChecker.Check(2000);
//assert
isLeapYear.ShouldBeTrue();
}
public void Check_Year1900_IsNoLeapYear()
{
//arrange
var leapYearChecker = new LeapYearChecker();
//act
var isLeapYear = leapYearChecker.Check(1900);
//assert
isLeapYear.ShouldBeFalse();
}
static void Main(string[] args)
{
Console.WriteLine("Leap Year Checker!");
var checker = new LeapYearChecker();
//Console.WriteLine($"{1875} is {(checker.IsLeapYear(1875) ? "" : "not")} a leap year. ");
//Console.WriteLine($"{1876} is {(checker.IsLeapYear(1876) ? "" : "not")} a leap year. ");
//Console.WriteLine($"{2000} is {(checker.IsLeapYear(2000) ? "" : "not")} a leap year. ");
//Console.WriteLine($"{1900} is {(checker.IsLeapYear(1900) ? "" : "not")} a leap year. ");
}
public void Setup()
{
LeapYearChecker = new LeapYearChecker();
}
