public void ExpectWhenSizeIs6ToHaveACorrectMatrix()
{
var matrix = new SquareMatrix(6);
int expectedTwenty = matrix[0, 5];
int expectedThirtySix = matrix[3, 1];
int expectedSix = matrix[5, 5];
int expectedThirty = matrix[2, 4];
bool isCorrect = (expectedTwenty == 20) && (expectedThirtySix == 36) && (expectedSix == 6)
&& (expectedThirty == 30);
Assert.IsTrue(isCorrect, "Numbers 20, 36, 6 and 30 are not found where they were expected.");
}
public static void Main()
{
int matrixSize = GetMatrixSize();
var myMatrix = new SquareMatrix(matrixSize);
myMatrix.PrintOnConsole();
}
public void ExpectToThrowWhenSizeIsZero()
{
var matrix = new SquareMatrix(0);
}
public void ExpectToThrowWhenSizeIs101()
{
var matrix = new SquareMatrix(101);
}
public void ExpectToThrowWhenIndicesAreEqualToSize()
{
int size = 4;
var matrix = new SquareMatrix(size);
int number = matrix[size, size];
}
public void ExpectToContainTheDigitOneWhenSizeIsOne()
{
var matrix = new SquareMatrix(1);
Assert.AreEqual(1, matrix[0, 0], string.Format("Instead of 1, the matrix contains {0}.", matrix[0, 0]));
}
public void ExpectNotToThrowWhenSizeIs100()
{
var matrix = new SquareMatrix(100);
}
