TestCalculator

// Global variables;
var proc; // Object of calculator for click
var ExpResult; // Expected result

function TestCalc(str)
{
  res = str.split(/[=]/);
  Input = res[0];
  ExpResult = res[1];

  // Terminate process
  p = Sys.WaitProcess("Microsoft.WindowsCalculator",0);
  if (p.Exists) p.Close();

  // Start new process
  TestedApps.calc.Run();
  p = Sys.WaitProcess("Microsoft.WindowsCalculator", 2000);
  if (! p.Exists) {
    // Process does not exist
    Log.Error("Microsoft.WindowsCalculator can't started");
    Runner.Stop();
  }

  proc = p.UIAObject("Calculator");
  proc.UIAObject("Clear_entry").Click();
  parseInputToClick(Input);

  // If Object exist that mean Actual result equal Expected result
  ActResult = proc.UIAObject("Display_is_"+ExpResult+"_").Exists;
  p.Close();
  if (!ActResult)
  {
    Log.Error("Test "+str+" FAILED!");
    Runner.Stop();
  }
  Log.Checkpoint("Test Calculator function "+str+" Passed");
}

function parseInputToClick(input)
{
    for (i = 0; i < input.length; i++)
    {
        sp = input.charAt(i);
        button = buttonForClick(sp);
        proc.UIAObject(button).Click();
    }
}

function buttonForClick(sp)
{
    switch(sp)
    {
        case '1': return 'One'; break;
        case '2': return 'Two'; break;
        case '3': return 'Three'; break;
        case '4': return 'Four'; break;
        case '5': return 'Five'; break;
        case '6': return 'Six'; break;
        case '7': return 'Seven'; break;
        case '8': return 'Eight'; break;
        case '9': return 'Nine'; break;
        case '0': return 'Zero'; break;
    case '√': return 'Square_root'; break;
    // TODO add other mathematicals symbols
        default: return 'Clear_entry'; break;
    }
}