static void Main(string[] args)
{
//StackCalculator<int> stackCal = new StackCalculator<int>();
//stackCal.push(1);
//stackCal.push(1);
//string result2 = stackCal.Add();
//Console.WriteLine(stackCal.getStackString());
string consoleCommandString = "";
int consoleCommandIntArgument;
StackCalculator <int> stackCal = new StackCalculator <int>();
while (consoleCommandString != "exit")
{
consoleCommandString = Console.ReadLine();
switch (extractCommandFromString(consoleCommandString))
{
case "push":
consoleCommandIntArgument = extractNumericFromString(consoleCommandString);
Console.WriteLine(stackCal.Push(consoleCommandIntArgument));
break;
case "pop":
Console.WriteLine(stackCal.Pop());
break;
case "add":
Console.WriteLine(stackCal.Add());
break;
case "sub":
Console.WriteLine(stackCal.Sub());
break;
case "help":
Console.WriteLine("Available commands: push <value>; pop; add; sub;");
break;
default:
Console.WriteLine("No such command, Type help for available commands");
break;
}
}
}
public void pushTest_MaxCapacity()
{
//Arrange
StackCalculator <int> testObject = new StackCalculator <int>();
//Act
testObject.Push(1);
testObject.Push(2);
testObject.Push(3);
testObject.Push(4);
testObject.Push(5);
testObject.Push(6);
}
public int AdditionShouldWorkCorrect(int value1, int value2)
{
stackCalculator.Push(value1);
stackCalculator.Push(value2);
stackCalculator.Add();
return(stackCalculator.Pop());
}