using LoginPI.Engine.ScriptBase;
public class windowsCalculatorCPUStressTest : ScriptBase {
    void Execute() {
        /*
		-Disclaimer: This workload is provided as-is and might need further configuration and customization to work successfully in each unique environment. For further Professional Services-based customization please consult with the Login VSI Support and Services team. Please refer to the Help Center section "Application Customization" for further self-help information regarding workload crafting and implementation.		
		-If needed, configure the Set global variables section of this workload
		-Go through the workload to understand what it's doing. Comment out any unneeded app tests (code blocks) or add on any needed functional testing		
		-Workload version and changelist:
		--V1.0 | original		
		-Leave Application running compatibility: true
		Before production Login Enteprise testing please run this locally and manually on a target test system with a test user to determine if there are needed edits
        This workload will:
        -Launch calc with a custom timer
        -Navigate to Scientific view
        -Perform calculation: 0.1 n! (factorial), repeating the n! function for the defined amount in global vars
        --This will stress CPU
        --On the machine used to create the workload was about ~8% usage
        -Close calc
        Baremetal development machine and software information:
        -Winver Windows 11 Professional x64 21H2
        -Toshiba nVME m.2 KXG60ZNV512G | 16GB DDR4 3200MHz | Intel Core i7-8850H
        -Login Enterprise version 4.7.5 Application Xray and Script Editor
        Other metadata:
        -Last updated 30 November 2021
        */
        
        // Set global vars
        double globalIntermittentWaitInSeconds = 0.5; // 1 
        int globalFunctionTimeoutInSeconds = 30;
        int globalCharacterPerMinuteToType = 2000; // 350
        double timeBetweenFactorialButtonClicksInSeconds = 1.0; // This being faster (less time) can mean more CPU stress. This will vary from system to system. Suggest determining what is the best value here by manual testing.
        int factorialButtonClicksAmount = 30;
        ShellExecute(@"cmd /c taskkill /f /im calc*",timeout:globalFunctionTimeoutInSeconds,waitForProcessEnd:true); // Ensuring calc's closed out of before starting
        
        // Launching calc, using custom timer, and ensuring it's running
        StartTimer("CalcLaunchTime");
        START(mainWindowTitle:"*Calc*",timeout:globalFunctionTimeoutInSeconds);
        MainWindow.FindControlWithXPath(xPath : "Xaml Window:Windows.UI.Core.CoreWindow/Custom/Group:LandmarkTarget/Text",timeout:globalFunctionTimeoutInSeconds); // Looking for the output/input string pane
        StopTimer("CalcLaunchTime");
        MainWindow.Maximize();
        Wait(globalIntermittentWaitInSeconds);
        var hamburgerButton = MainWindow.FindControlWithXPath(xPath : "Xaml Window:Windows.UI.Core.CoreWindow/Custom/Button:Button",timeout:globalFunctionTimeoutInSeconds);
        Wait(globalIntermittentWaitInSeconds); 
                
        // Go into Scientific mode
        hamburgerButton.Click();
        var scientificModeToggleButton = MainWindow.FindControlWithXPath(xPath : "Xaml Window:Windows.UI.Core.CoreWindow/Custom/Xaml Window:SplitViewPane/Pane:ScrollViewer/Group/ListItem:Microsoft.UI.Xaml.Controls.NavigationViewItem[1]",timeout:globalFunctionTimeoutInSeconds);
        Wait(globalIntermittentWaitInSeconds); 
        scientificModeToggleButton.Click();
        var factorialButton = MainWindow.FindControl(className : "Button:Button", title : "Factorial",timeout:globalFunctionTimeoutInSeconds);
        Wait(globalIntermittentWaitInSeconds); 
        
        // Input 0.1
        MainWindow.Type("0.1",cpm:globalCharacterPerMinuteToType);
        MainWindow.FindControl(className : "Text", title : "Display is 0.1",timeout:globalFunctionTimeoutInSeconds);
        
        // Iterate through the defined factorial button clicks
        int factorialButtonClickCounter = 1;
        while(factorialButtonClickCounter < factorialButtonClicksAmount) {
            factorialButton.Click();            
            factorialButtonClickCounter++;
            Wait(timeBetweenFactorialButtonClicksInSeconds);
        }
        
        STOP(timeout:globalFunctionTimeoutInSeconds); // Closing the calc app
    }
}