public void AddGradesWorksCorrectly()
{
//Given
var book2 = new Book("Kemi");
book2.AddGrades(-0.1);
book2.AddGrades(100.5);
book2.AddGrades(55.5);
//When
//Then
Assert.Equal(1, book2.GetGrades().Count);
}
public void Test1()
{ //arrange
var Book = new Book("");
Book.AddGrades(24);
Book.AddGrades(55);
Book.AddGrades(17);
Book.AddGrades(87);
Book.AddGrades(100);
//act
var result = Book.GetStats();
//assert
Assert.Equal(56.6, result.avg);
Assert.Equal(100, result.high);
Assert.Equal(17, result.low);
Assert.Equal('f', result.Letter);
}
public void Test1()
{
var list = new List <double> {
53.5, 10.5, 12
};
var book = new Book();
book.AddGrades(list);
var result = book.CalculateStatistics();
Assert.Equal(list.Average(), result.Average);
Assert.Equal(list.Max(), result.Max);
Assert.Equal(list.Min(), result.Min);
}
public void BookCalculatesAnAverageGrade()
{
//arrange
var book = new Book("");
book.AddGrades(80);
book.AddGrades(45);
book.AddGrades(55);
var actualAverage = 60;
var actualHigh = book.GetGrades()[0];
var actualLow = book.GetGrades()[1];;
//act
var expectedAverage = book.GetStatistics().average;
var expectedHigh = book.GetStatistics().high;
var expectedLow = book.GetStatistics().low;
//assert
Assert.Equal(expectedAverage, actualAverage);
Assert.Equal(expectedLow, actualLow);
Assert.Equal(expectedHigh, actualHigh);
}
