public void BookCalculatesAnAverageGrade()
{
/*
* Three Sections
* 1. Arrange
* 2. Act
* 3. Assert
*/
//Arrange
var book = new InMemoryBook("");
book.AddGrade(89.1);
book.AddGrade(90.5);
book.AddGrade(77.3);
//Act
var result = book.GetStatistics();
//Assert API and Assert
Assert.Equal(85.6, result.Average, 1);
Assert.Equal(90.5, result.High, 1);
Assert.Equal(77.3, result.Low, 1);
Assert.Equal('B', result.Letter);
}
public void BookCalcutesAnAverageGrade()
{
//People usually break up unit tests into 3 sections (the tripple A testing sections)
//1st Section:
//Arrange (gather test data and arrange objects and values that you will use)
//If you are referencing classes that are in other folders you can add a ProjectReference.
//can add a ProjectReference by typing into terminal: dotnet add reference ../../src/GradeBook/GradeBook.csproj
//The above will add an ItemGroup into the csproj Tests file
var book = new InMemoryBook("");
book.AddGrade(89.1);
book.AddGrade(90.5);
book.AddGrade(77.3);
//2nd Section:
//Act (invoke a method to perform a computation. Do something to check actual result)
var result = book.GetStatistics();
//3rd Section:
//Assert (assert something about the value found in Act)
//When you use Assert.Equal you can pass 2 or 3 parameters into this test
//the firest is the expected result
//the second is running the actual test
//the third is "precision" where you can say to how many decimal places you would like to check
Assert.Equal(85.6, result.Average, 1);
Assert.Equal(90.5, result.High, 1);
Assert.Equal(77.3, result.Low, 1);
Assert.Equal('B', result.Letter);
}
public void GradesMustBeBetweenZeroAndOneHundred()
{
var book = new InMemoryBook("");
var grades = new List <double>(3)
{
-10, 200, 90
};
foreach (double grade in grades)
{
try
{
book.AddGrade(grade);
}
catch (ArgumentException ex)
{
Console.WriteLine(ex.Message);
}
}
var stats = book.GetStatistics();
Assert.Equal(90.0, stats.Average, 1);
Assert.Equal(90.0, stats.High, 1);
Assert.Equal(90.0, stats.Low, 1);
}
public void TestAverage()
{
//Arrange
IBook book = new InMemoryBook("Test");
var grades = new List <double> {
100.0,
100.0,
20.0,
20.0,
80.0,
60.0,
};
foreach (var grade in grades)
{
book.AddGrade(grade);
}
//Act
var stats = book.GetStatistics();
//Assert
Assert.Equal(20, stats.LowScore);
Assert.Equal(100, stats.HighScore);
Assert.Equal(63.3, stats.Average, 1);
Console.WriteLine(stats.Letter);
Assert.Equal('C', stats.Letter);
}
public void BookCalculatesStatistics()
{
// Arrange
var book = new InMemoryBook("Test");
book.AddGrade(89.1);
book.AddGrade(90.5);
book.AddGrade(77.3);
// Should not add invalid grade
try {
book.AddGrade(105);
}
catch (ArgumentException ex)
{
Console.WriteLine("Add Grade failed as expected.");
Console.WriteLine(ex.Message);
}
// Act
var results = book.GetStatistics();
// Assert
Assert.Equal(85.6, results.Average, 1);
Assert.Equal(90.5, results.Highest, 1);
Assert.Equal(77.3, results.Lowest, 1);
Assert.Equal('B', results.Letter);
}
public void CheckGradeBounds()
{
InMemoryBook book;
Statistics stats;
book = new InMemoryBook("Test Book");
book.AddGrade(32);
book.AddGrade(0);
try
{
book.AddGrade(-10);
}
catch (ArgumentException ex)
{
Console.WriteLine(ex.ToString());
}
book.AddGrade(64);
book.AddGrade(100);
try
{
book.AddGrade(110);
}
catch (ArgumentException ex)
{
Console.WriteLine(ex.ToString());
}
stats = book.GetStatistics();
Assert.Equal(0, stats.Minimum);
Assert.Equal(100, stats.Maximum);
}
[Fact] //attribute
public void BookCalculatesAnAverageGrade()
{
//arrange
var book = new InMemoryBook("");
book.AddGrade(45.23);
book.AddGrade(13.69);
book.AddGrade(36.12);
book.AddGrade(99.32);
//act
var result= book.GetStatistics();
//assert
Assert.Equal(48.6,result.Average,1);
Assert.Equal(99.3,result.High,1);
Assert.Equal(13.7,result.Low,1);
}
public void BookCalculatesAnAverageGrades()
{
// arrange
var book = new InMemoryBook("Arthur's Grade Book");
for (int i = 0; i > 20; i++)
{
var input = Console.ReadLine();
var grade = double.Parse(input);
if (input == "q")
{
i = 21;
}
}
// act
var result = book.GetStatistics();
// assert
Assert.Equal(85.6, result.Average, 1);
Assert.Equal(90.5, result.High, 1);
Assert.Equal(77.3, result.Low, 1);
Assert.Equal('B', result.Letter);
}
public void CorrectListGradesAreAdded()
{
//* Arrange *//
var book = new InMemoryBook("Test Book");
//* Act *//
// Double
book.AddGrades(new List <double>()
{
-0.0, 0.0, 100.0
});
// Int
book.AddGrades(new List <int>()
{
-0, 0, 100
});
// String
book.AddGrades(new List <string>()
{
"-0.0", "0.0", "100.0"
});
book.AddGrades(new List <string>()
{
"-0.0", "0", "100.0"
});
// Letters
book.AddGrades(new List <char>()
{
'a', 'b', 'c', 'A', 'B', 'C'
});
//* Assert *//
Assert.Equal(18, book.Grades.Count);
Assert.Equal(48.9, book.GetStatistics().Average, 1);
}
public void BookCalculateAnAverageGrade()
{
// arrange
/*
* var x = 5;
* var y = 2;
* var expected = 7;
*/
var book = new InMemoryBook("");
book.AddGrade(89.1);
book.AddGrade(90.5);
book.AddGrade(77.3);
// act
// var actual = x * y;// failure
// var actual = x + y;// pass
var result = book.GetStatistics();
// assert
//Assert.Equal(expected, actual);
Assert.Equal(85.6, result.Average, 1);
Assert.Equal(90.5, result.High, 1);
Assert.Equal(77.3, result.Low, 1);
Assert.Equal('B', result.Letter);
}
public void OutAddGrade_Number_ReturnsThatNumber()
{
var book = new InMemoryBook("0");
OutAddGrade(out book, 1, "1");
var result = book.GetStatistics();
Assert.Equal(1, result.Average);
}
public void AddGrade_InvalidGrade_ReturnsNaN(double input)
{
InMemoryBook book = new InMemoryBook("0");
book.AddGrade(input);
var result = book.GetStatistics();
Assert.True(double.IsNaN(result.Average));
}
public void CannotAddGreaterGrade()
{
InMemoryBook book1 = GetBook("Book 1");
book1.AddGrade(105);
var x = book1.GetStatistics();
Assert.NotEqual(x.High, 105);
}
public void GradeNotAddedIfGreaterThanOneHundred()
{
var book = new InMemoryBook("");
book.AddGrade(101);
var result = book.GetStatistics();
Assert.Equal(Double.NaN, result.Average);
}
public void GradeNotAddedIfLessThanZero()
{
var book = new InMemoryBook("");
book.AddGrade(-1);
var result = book.GetStatistics();
Assert.Equal(Double.NaN, result.Average);
}
public void StatisticsShownCorrectlyOnEmptyStats()
{
var book = new InMemoryBook("Empty Statistics");
var result = book.GetStatistics();
Assert.Equal(0, result.Low);
Assert.Equal(0, result.High);
Assert.Equal(0, result.Average);
}
public void AddOnlyValidGradeRange()
{
var book = new InMemoryBook("Book Test");
book.AddGrade(5.1);
var result = book.GetStatistics();
Assert.AreEqual(5.1, result.High);
}
public void Test1()
{
var book1 = new InMemoryBook("Rodo");
book1.AddGrade(90);
book1.AddGrade(100);
var stats = book1.GetStatistics();
Assert.Equal(100, stats.High);
}
public void BookCalculateLetterGrade()
{
var book = new InMemoryBook("book 1");
book.AddGrade(90);
book.AddGrade(90);
book.AddGrade(90);
Statistics stats = book.GetStatistics();
Assert.Equal('A', stats.LetterGrade);
}
public void GradeValueIsMore()
{
var book = new InMemoryBook("Book 1");
//book.AddGrade(101);
var number = book.GetStatistics();
var result = double.MinValue;
Assert.Equal(result, number.High);
}
public void RejectsInvalidGradeValue()
{
var book = new InMemoryBook("This Book");
book.AddGrade(90);
book.AddGrade(73.7);
//book.AddGrade(102);
var result = book.GetStatistics();
Assert.Equal(90, result.High);
}
public void BookCalculatesAnAverageGrade()
{
var book = new InMemoryBook("Scott's book");
book.AddGrade(89.1);
book.AddGrade(90.5);
book.AddGrade(77.3);
var stats = book.GetStatistics();
Assert.Equal(85.63, stats.Average, 2);
}
public void StatisticsTests()
{
var book = new InMemoryBook();
book.AddGrade(89.1);
book.AddGrade(90.5);
book.AddGrade(77.3);
var result = book.GetStatistics();
Assert.Equal(85.6, result.average, 1);
}
public void BooksCalculateAnAverageGrade()
{
var book = new InMemoryBook("Pride and Prejudice");
book.AddGrade(2.0);
book.AddGrade(10.0);
var average = book.GetStatistics();
Console.WriteLine(average);
Assert.Equal(6.0, average.Average, 1);
}
public void DoWhileCheck()
{
InMemoryBook bookCheck = new InMemoryBook("Georgie's Asshole");
bookCheck.AddGrade(98.1);
bookCheck.AddGrade(77.5);
bookCheck.AddGrade(73.2);
var result = bookCheck.GetStatistics();
Assert.Equal(73.2, result.Low, 1);
}
public void BookValidatesGrade()
{
// arrange
var book = new InMemoryBook("");
// act
var result = book.GetStatistics().Max;
// assert
Assert.AreEqual(double.MinValue, result);
Assert.ThrowsException <ArgumentException>(() => book.AddGrade(105));
}
public void GetStatistics_MultipleNumbers_ReturnsLetterGrade(int input, char expected)
{
// Arrange
InMemoryBook book = new InMemoryBook("0");
// Act
book.AddGrade(input);
var result = book.GetStatistics();
// Assert
Assert.Equal(expected, result.Letter);
}
public void GetStatistics_MultipleNumbers_ReturnsAverageOfNumbers(double input1, double input2, double input3)
{
// Arrange
InMemoryBook book = new InMemoryBook("0");
// Act
book.AddGrade(input1, input2, input3);
var result = book.GetStatistics();
// Assert
Assert.Equal(2, result.Average, 2);
}
public void CorrectValueAdded()
{
//Given
var book = new InMemoryBook("Value Book");
book.AddGrade(99.1);
book.AddGrade(56.2);
//When
var result = book.GetStatistics();
//Then
Assert.Equal(99.1, result.High);
}
public void BookAddedGrade()
{
// arrange
var book = new InMemoryBook("");
// act section
book.AddGrade(85);
var stats = book.GetStatistics();
// assert
Assert.Equal('B', stats.Letter);
}