static void Main(string[] args)
{
Console.WriteLine("Enter the year: ");
var year = int.Parse(Console.ReadLine() ?? string.Empty);
Console.WriteLine($"Is year leap: {LeapYear.IsLeapYear(year)}");
}
public void IsLeapYear_ForNumberDivisibleByHundred_false()
{
// eventually your testing code will go here
LeapYear testLeapYear = new LeapYear();
Assert.Equal(false, testLeapYear.IsLeapYear(1900));
}
public void IsLeapYear_ForNumbersDivisibleByFour_isTrue()
{
//Test code goes here.
LeapYear year = new LeapYear(); //instantiate a LeapYear object named year.
Assert.Equal(true, year.IsLeapYearTrue(2012));
}
public void IsLeapYear_ForNumberDivisibleByFour_true()
{
// eventually your testing code will go here
LeapYear testLeapYear = new LeapYear();
Assert.Equal(true, testLeapYear.IsLeapYear(2016));
}
public void IsLeapYear_ForNumberDivisibleByFour_true()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(true, testLeapYear.IsLeapYear(2012));
}
public void IsLeapYear_ForMultiplesOfOneHundred_false()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(false, testLeapYear.IsLeapYear(1900));
}
public void IsLeapYear_ForNumberDivisibleByFour_true()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(true, testLeapYear.IsLeapYear(2012));
}
public void IsLeapYear_ForMultiplesOfFourHundred_true()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(true, testLeapYear.IsLeapYear(2000));
}
public void IsLeapYear_ForMultiplesOfOneHundred_false()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(false, testLeapYear.IsLeapYear(1900));
}
public void IsLeapYear_ForNumberNotDivisibleByFour_false()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(false, testLeapYear.IsLeapYear(1999));
}
public void IsLeapYear_MultiplesDivisibleByHundred_isFalse()
{
LeapYear year = new LeapYear();
Assert.Equal(true, year.IsLeapYearTrue(1900));
}
public void IsLeapYear_ForNumberDivisibleByOneHundred_false()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(false, testLeapYear.IsLeapYear(1900));
}
public void NormalYearIsNotLeapYear()
{
Assert.False(LeapYear.IsLeapYear(1789));
}
public void IsLeapYear_ForNumberDivisibleByOneHundred_false()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(false, testLeapYear.IsLeapYear(1900));
}
public void IsLeapYear_MultipleOfFourHundred_isTrue()
{
LeapYear year = new LeapYear();
Assert.Equal(true, year.IsLeapYearTrue(2000));
}
public void IsLeapYear_ForNumbersDivisibleByFour_isFalse()
{
LeapYear year = new LeapYear();
Assert.Equal(false, year.IsLeapYearTrue(1999));
}
public void IsLeapYear_ForNumberNotDivisibleByFour_false()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(false, testLeapYear.IsLeapYear(1999));
}
public void IsLeapYear_ForYearDivisibleByFourHundred_true()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(true, testLeapYear.IsLeapYear(2000));
}
public void IsLeapYear_ForMultiplesOfFourHundred_true()
{
LeapYear testLeapYear = new LeapYear();
Assert.Equal(true, testLeapYear.IsLeapYear(2000));
}
public void IsLeapYear_ForNumberDivisibleByFour_true()
{
//testing code here
LeapYear LeapYear = new LeapYear();
Assert.Equal(true, LeapYear.IsLeapYear(2012));
}
