public static void Main(string[] args)
{
CalculatorObject calculator = new CalculatorObject();
Console.WriteLine("Welcome to your brand new calculator");
while (true)
{
int option = startMenu();
options(calculator, option);
}
}
private static void inputTwoNumbers(CalculatorObject calculator)
{
string firstInput = null;
string secondInput = null;
do
{
Console.WriteLine("Give me two numbers");
firstInput = Console.ReadLine();
secondInput = Console.ReadLine();
} while (firstInput == "" || secondInput == "");
calculator.setNumbers(Convert.ToInt32(firstInput), Convert.ToInt32(secondInput));
}
private static void options(CalculatorObject calculator, int option)
{
switch (option)
{
case 1:
inputTwoNumbers(calculator);
Console.WriteLine("The sum is: " + calculator.sum());
break;
case 2:
inputTwoNumbers(calculator);
Console.WriteLine("The product is: " + calculator.multiply());
break;
case 3:
inputTwoNumbers(calculator);
Console.WriteLine("The sum is : " + calculator.sumInBetweenNumbers());
break;
case 4:
string s = Console.ReadLine();
calculator.storeNumber(Convert.ToInt32(s));
Console.WriteLine("Successfully added number to memory");
break;
case 5:
calculator.removeFromMemory();
Console.WriteLine("Successfully removed number from memory");
break;
case 6:
Console.WriteLine(calculator.printToString());
break;
case 7:
Environment.Exit(0);
break;
default:
Console.WriteLine("Invalid input");
break;
}
}
public static void Main(string[] args)
{
CalculatorObject myCalculator = new CalculatorObject();
Console.WriteLine("Welcome to Calculator: \ntype \"x\" to exit at anytime." +
"\n -Accepted parameters (+ - * / (s for square root))");
while (true)
{
SolutionFormatHelper solutionFormatHelper = new SolutionFormatHelper();
UserInput input = new UserInput();
OperatorType operatorInput = new OperatorType();
SquareRootChecker squareRootChecker = new SquareRootChecker();
SquareRootType squareRootType = squareRootChecker.SquareRoot;
decimal firstNumberInput = input.GetNumber("first", operatorInput);
operatorInput = input.AskForOperator();
myCalculator.Operator = operatorInput;
squareRootType = squareRootChecker.SquareRootCheck(operatorInput);
squareRootChecker.SquareRoot = squareRootType;
decimal secondNumberInput = input.GetNumber("second", operatorInput);
myCalculator.OperandOne = firstNumberInput;
myCalculator.OperandTwo = secondNumberInput;
decimal solution = myCalculator.PerformCalculation();
Console.WriteLine();
string finalResultMessage = solutionFormatHelper.FinalResultMessage(myCalculator.Operator
.DisplayOperator(), firstNumberInput, secondNumberInput, solution, myCalculator.Operator);
Console.WriteLine(finalResultMessage);
Console.Read();
}
//CalculatorObject myCalculator = new CalculatorObject();
//Console.WriteLine("Welcome to Calculator: \ntype \"x\" to exit at anytime." +
// "\n -Accepted parameters (+ - * / (s for square root))");
//while (true)
//{
// UserInput input = new UserInput();
// OperatorType operatorInput = new OperatorType();
// SquareRootChecker squareRootChecker = new SquareRootChecker();
// SquareRootType squareRootType = squareRootChecker.SquareRoot;
// string numberInput = UserInput.GetEquation();
// input.ParseOperandsFromEquation(numberInput);
// operatorInput = input.GetOperator(numberInput);
// myCalculator.Operator = operatorInput;
// //squareRootType = squareRootChecker.SquareRootCheck(operatorInput);
// //squareRootChecker.SquareRoot = squareRootType;
// myCalculator.OperandOne = input.FirstNumber;
// myCalculator.OperandTwo = input.SecondNumber;
// decimal solution = myCalculator.PerformCalculation();
// SolutionFormatHelper resultMessageStructure = new SolutionFormatHelper();
// string finalResultMessage = resultMessageStructure.FinalResultMessage(myCalculator.Operator
// .DisplayOperator(), input.FirstNumber, input.SecondNumber, solution, myCalculator.Operator);
// Console.WriteLine(finalResultMessage);
//}
/*
* UserInput input = new UserInput();
* var Var = UserInput.GetEquation();
* input.GetNumbers(Var);
* var otherOtherVar = input.GetOperator(Var);
*/
}
