public void DoSubtraction_Input16and15_Returns1()
{
//Arrange
double nOne = 16;
double nTwo = 15;
double expectedResultOf = nOne - nTwo;
CalculatorCode calTest = new CalculatorCode(nOne, nTwo);
//Act
double actualResultOf = calTest.DoSubtraction();
//Assert
Assert.AreEqual(expectedResultOf, actualResultOf);
}
public void DoAddition_Input6point6and6point5_Returns13point1()
{
//Arrange
double nOne = 6.6;
double nTwo = 6.5;
double expectedResultOf = nOne + nTwo;
CalculatorCode calTest = new CalculatorCode(nOne, nTwo);
//Act
double actualResultOf = calTest.DoAddition();
//Assert
Assert.AreEqual(expectedResultOf, actualResultOf);
}
public void DoDivision_Input9and3_Returns3()
{
//Arrange
double nOne = 9;
double nTwo = 3;
double expectedResultOf = nOne / nTwo;
CalculatorCode calTest = new CalculatorCode(nOne, nTwo);
//Act
double actualResultOf = calTest.DoDivision();
//Assert
Assert.AreEqual(expectedResultOf, actualResultOf);
}
public void DoMultiplication_Input8and3_Returns24()
{
//Arrange
double nOne = 8;
double nTwo = 3;
double expectedResultOf = nOne * nTwo;
CalculatorCode calTest = new CalculatorCode(nOne, nTwo);
//Act
double actualResultOf = calTest.DoMultiplication();
//Assert
Assert.AreEqual(expectedResultOf, actualResultOf);
}
public void DoDivision_Input100and2_Returns50()
{
//Arrange
double nOne = 100;
double nTwo = 2;
double expectedResultOf = nOne * nTwo;
CalculatorCode calTest = new CalculatorCode(nOne, nTwo);
//Act
double actualResultOf = calTest.DoDivision();
//Assert
Assert.AreEqual(expectedResultOf, actualResultOf);
}
