public void TestAddOperatorWithTwoDecimals()
{
decimal leftNumber = 63.42M;
decimal rightNumber = 11.23M;
string operator_code = "+";
string result_format = "0.####";
string expected = (leftNumber + rightNumber).ToString(result_format);
string actual = calculator.OperatorSwitch(operator_code, leftNumber, rightNumber);
Assert.AreEqual(expected, actual);
}
public IActionResult Index(Calculator cal, string op)
{
SimpleCalc calc = new SimpleCalc();
cal.result = calc.OperatorSwitch(cal.firstNum, cal.secondNum, op);
return(View(cal));
}
public IActionResult IndexPost([Bind("leftNumber,rightNumber,operat")] CalculatorModel calculator)
{
CalculatorModel cm = new CalculatorModel();
cm.rightNumber = calculator.rightNumber;
cm.leftNumber = calculator.leftNumber;
cm.operat = calculator.operat;
cm.result = simpleCalc.OperatorSwitch(calculator.leftNumber, calculator.rightNumber, calculator.operat);
return(View("Index", cm));
}
public void SimpleCalc_OperatorSwitch_Operator_Default()
{
decimal num1 = 1;
decimal num2 = 2;
string op = default;
decimal expectedResult = 0;
SimpleCalc calc = new SimpleCalc();
decimal result = System.Convert.ToDecimal(calc.OperatorSwitch(num1, num2, op));
Assert.AreEqual(expectedResult, result);
}
public ActionResult Index(ExpressionModel exp)
{
ViewBag.operand1 = exp.operand1;
ViewBag.operand2 = exp.operand2;
ViewBag.operator_symbol = exp.operator_symbol;
try
{
ViewBag.result = sc.OperatorSwitch(exp.operator_symbol, exp.operand1, exp.operand2);
}catch (DivideByZeroException de)
{
Console.WriteLine(de.Message);
ViewBag.result = "Error: Invalid divisor";
}catch (Exception e)
{
Console.WriteLine(e.Message);
ViewBag.result = "Invalid Inputs";
}
return(View());
}
