public void WhenContainsIsCalledWithAValueEqualToUpperLimt_ThenTrueShouldBeReturned()
{
int lowerLimit = 5;
int upperLimit = 10;
var classUnderTest = new ClosedInterval <int>(lowerLimitPoint: lowerLimit, upperLimitPoint: upperLimit);
Assert.IsTrue(classUnderTest.Contains(upperLimit));
}
public void WhenContainsIsCalledWithAValueEqualToUpperLimt_ThenTrueShouldBeReturned()
{
int lowerLimit = 5;
int upperLimit = 10;
var classUnderTest = new ClosedInterval<int>(lowerLimitPoint: lowerLimit, upperLimitPoint: upperLimit);
Assert.IsTrue(classUnderTest.Contains(upperLimit));
}
public void WhenContainsIsCalledWithAllPointsBetweenLimits_ThenTrueShouldBeReturned()
{
var lowerLimit = 0;
var upperLimit = 10;
var classUnderTest = new ClosedInterval <int>(lowerLimitPoint: lowerLimit, upperLimitPoint: upperLimit);
foreach (int candidatePoint in System.Linq.Enumerable.Range(lowerLimit, (upperLimit - lowerLimit) + 1))
{
if (!classUnderTest.Contains(candidatePoint))
{
Assert.Fail(System.String.Format("Point: {0} should be contained in interval.", candidatePoint));
}
}
}
public void WhenContainsIsCalledWithAllPointsBetweenLimits_ThenTrueShouldBeReturned()
{
var lowerLimit = 0;
var upperLimit = 10;
var classUnderTest = new ClosedInterval<int>(lowerLimitPoint: lowerLimit, upperLimitPoint: upperLimit);
foreach (int candidatePoint in System.Linq.Enumerable.Range(lowerLimit, (upperLimit - lowerLimit) + 1))
{
if (!classUnderTest.Contains(candidatePoint))
{
Assert.Fail(System.String.Format("Point: {0} should be contained in interval.", candidatePoint));
}
}
}
private bool PersonIsWithinTargetAttendanceRate(IPerson person, ClosedInterval<float> targetAttendanceRate)
{
var personAttendanceRate = CalculatePersonAttendanceRate(person);
return targetAttendanceRate.Contains(personAttendanceRate);
}