//Restart the process
async Task RestartProcessAuto(ProcessMulti processMulti, DataBindApp dataBindApp, bool useLaunchArgument)
{
try
{
//Check the application category
if (!useLaunchArgument && dataBindApp.Category != AppCategory.Process)
{
await CloseSingleProcessAuto(processMulti, dataBindApp, true, false);
await LaunchProcessDatabindAuto(dataBindApp);
return;
}
//Check keyboard controller launch
string fileNameNoExtension = Path.GetFileNameWithoutExtension(dataBindApp.NameExe);
bool keyboardProcess = vCtrlKeyboardProcessName.Any(x => x.String1.ToLower() == fileNameNoExtension.ToLower() || x.String1.ToLower() == dataBindApp.PathExe.ToLower());
bool keyboardLaunch = (keyboardProcess || dataBindApp.LaunchKeyboard) && vControllerAnyConnected();
//Restart the process
if (processMulti.Type == ProcessType.UWP)
{
await PrepareRestartProcessUwp(dataBindApp, processMulti, useLaunchArgument, keyboardLaunch);
}
else if (processMulti.Type == ProcessType.Win32Store)
{
await PrepareRestartProcessWin32Store(dataBindApp, processMulti, useLaunchArgument, keyboardLaunch);
}
else
{
await PrepareRestartProcessWin32(dataBindApp, processMulti, useLaunchArgument, keyboardLaunch);
}
}
catch { }
}
//Get threads from ProcessMulti
public static ProcessThreadCollection GetProcessThreads(ProcessMulti processMulti)
{
try
{
return(GetProcessById(processMulti.Identifier).Threads);
}
catch { }
return(null);
}
//Close open Windows system menu
public static async Task CloseOpenWindowsSystemMenu(ProcessMulti foregroundProcess)
{
try
{
Debug.WriteLine("Closing system menu for window: " + foregroundProcess.WindowHandle);
SendMessage(foregroundProcess.WindowHandle, (int)WindowMessages.WM_CANCELMODE, 0, 0);
await Task.Delay(10);
}
catch { }
}
//Get multi process from window handle
public static ProcessMulti GetProcessMultiFromWindowHandle(IntPtr targetWindowHandle)
{
try
{
ProcessMulti processMulti = new ProcessMulti();
//Set window handle
processMulti.WindowHandle = targetWindowHandle;
//Get window classname
processMulti.ClassName = GetClassNameFromWindowHandle(processMulti.WindowHandle);
//Get window process
Process focusedProcess = null;
if (processMulti.ClassName == "ApplicationFrameWindow")
{
focusedProcess = GetUwpProcessByWindowHandle(processMulti.WindowHandle);
}
else
{
focusedProcess = GetProcessById(GetProcessIdFromWindowHandle(processMulti.WindowHandle));
}
//Set the identifier
processMulti.Identifier = focusedProcess.Id;
//Set the process name
processMulti.Name = focusedProcess.ProcessName;
//Get and set the process path
string processAppUserModelId = GetAppUserModelIdFromProcess(focusedProcess);
if (!string.IsNullOrWhiteSpace(processAppUserModelId))
{
processMulti.Path = processAppUserModelId;
}
else
{
processMulti.Path = GetExecutablePathFromProcess(focusedProcess);
}
//Get the window title
processMulti.Title = GetWindowTitleFromWindowHandle(processMulti.WindowHandle);
if (processMulti.Title == "Unknown")
{
processMulti.Title = GetWindowTitleFromProcess(focusedProcess);
}
return(processMulti);
}
catch (Exception ex)
{
Debug.WriteLine("Failed to get multi process: " + ex.Message);
return(null);
}
}
//Close open start menu, cortana or search
public static async Task CloseOpenWindowsStartMenu(ProcessMulti foregroundProcess)
{
try
{
if (foregroundProcess.Name == "SearchUI")
{
Debug.WriteLine("Start menu is currently open, pressing escape to close it.");
await KeyPressSingleAuto(KeysVirtual.Escape);
await Task.Delay(10);
}
}
catch { }
}
//Close single process
async Task CloseSingleProcessAuto(ProcessMulti processMulti, DataBindApp dataBindApp, bool resetProcess, bool removeProcess)
{
try
{
if (processMulti.Type == ProcessType.UWP)
{
await CloseSingleProcessUwp(dataBindApp, processMulti, resetProcess, removeProcess);
}
else if (processMulti.Type == ProcessType.Win32 || processMulti.Type == ProcessType.Win32Store)
{
await CloseSingleProcessWin32AndWin32Store(dataBindApp, processMulti, resetProcess, removeProcess);
}
}
catch { }
}
//Close all processes
async Task CloseAllProcessesAuto(ProcessMulti processMulti, DataBindApp dataBindApp, bool resetProcess, bool removeProcess)
{
try
{
if (processMulti.Type == ProcessType.UWP)
{
await CloseAllProcessesUwp(dataBindApp, resetProcess, removeProcess);
}
else
{
await CloseAllProcessesWin32AndWin32Store(dataBindApp, resetProcess, removeProcess);
}
}
catch { }
}
void ResetFpsCounter()
{
try
{
//Debug.WriteLine("Resetting the frames per second counter.");
//Reset the target process
vTargetProcess = new ProcessMulti();
//Reset the frames variables
vLastFrameTimeStamp = 0;
vListFrameTime.Clear();
}
catch { }
}
//Close all processes UWP
async Task <bool> CloseAllProcessesUwp(DataBindApp dataBindApp, bool resetProcess, bool removeProcess)
{
try
{
//Get the multi process
ProcessMulti processMulti = dataBindApp.ProcessMulti.FirstOrDefault();
await Notification_Send_Status("AppClose", "Closing " + dataBindApp.Name);
Debug.WriteLine("Closing all UWP processes: " + dataBindApp.Name + " / " + processMulti.Identifier);
//Close the process
bool closedProcess = CloseProcessById(processMulti.Identifier);
if (closedProcess)
{
await Notification_Send_Status("AppClose", "Closed " + dataBindApp.Name);
Debug.WriteLine("Closed all UWP processes: " + dataBindApp.Name);
//Reset the process running status
if (resetProcess)
{
dataBindApp.StatusRunning = Visibility.Collapsed;
dataBindApp.StatusSuspended = Visibility.Collapsed;
dataBindApp.RunningProcessCount = string.Empty;
dataBindApp.RunningTimeLastUpdate = 0;
dataBindApp.ProcessMulti.Clear();
}
//Remove the process from the list
if (removeProcess)
{
await RemoveAppFromList(dataBindApp, false, false, true);
}
return(true);
}
else
{
await Notification_Send_Status("AppClose", "Failed to close the app");
Debug.WriteLine("Failed to close the application.");
return(false);
}
}
catch { }
return(false);
}
//Check process windows
async Task <IntPtr> CheckProcessWindowsAuto(DataBindApp dataBindApp, ProcessMulti processMulti)
{
try
{
if (processMulti.Type == ProcessType.UWP)
{
return(processMulti.WindowHandle);
}
else if (processMulti.Type == ProcessType.Win32 || processMulti.Type == ProcessType.Win32Store)
{
return(await CheckProcessWindowsWin32AndWin32Store(dataBindApp, processMulti));
}
}
catch { }
return(IntPtr.Zero);
}
//Convert Process to a ProcessMulti
public static ProcessMulti ConvertProcessToProcessMulti(ProcessType processType, Process convertProcess)
{
ProcessMulti convertedProcess = new ProcessMulti();
try
{
convertedProcess.Type = processType;
convertedProcess.Identifier = convertProcess.Id;
convertedProcess.WindowHandle = convertProcess.MainWindowHandle;
//Get the process launch argument
string processExecutablePath = GetExecutablePathFromProcess(convertProcess);
convertedProcess.Argument = GetLaunchArgumentsFromProcess(convertProcess, processExecutablePath);
}
catch { }
return(convertedProcess);
}
//Close single UWP process
async Task <bool> CloseSingleProcessUwp(DataBindApp dataBindApp, ProcessMulti processMulti, bool resetProcess, bool removeProcess)
{
try
{
await Notification_Send_Status("AppClose", "Closing " + dataBindApp.Name);
Debug.WriteLine("Closing UWP process: " + dataBindApp.Name);
//Close the process
bool closedProcess = await CloseProcessUwpByWindowHandleOrProcessId(dataBindApp.Name, processMulti.Identifier, processMulti.WindowHandle);
if (closedProcess)
{
await Notification_Send_Status("AppClose", "Closed " + dataBindApp.Name);
Debug.WriteLine("Closed UWP process: " + dataBindApp.Name);
//Reset the process running status
if (resetProcess)
{
dataBindApp.StatusRunning = Visibility.Collapsed;
dataBindApp.StatusSuspended = Visibility.Collapsed;
dataBindApp.RunningProcessCount = string.Empty;
dataBindApp.RunningTimeLastUpdate = 0;
dataBindApp.ProcessMulti.Clear();
}
//Remove the process from the list
if (removeProcess)
{
await RemoveAppFromList(dataBindApp, false, false, true);
}
return(true);
}
else
{
await Notification_Send_Status("AppClose", "Failed to close the app");
Debug.WriteLine("Failed to close the application.");
return(false);
}
}
catch { }
return(false);
}
async Task <bool> PrepareRestartProcessUwp(DataBindApp dataBindApp, ProcessMulti processMulti, bool useLaunchArgument, bool launchKeyboard)
{
try
{
if (string.IsNullOrWhiteSpace(dataBindApp.PathExe))
{
await Notification_Send_Status("Close", "Failed restarting " + dataBindApp.Name);
Debug.WriteLine("Failed to restart process: " + dataBindApp.Name);
return(false);
}
await Notification_Send_Status("AppRestart", "Restarting " + dataBindApp.Name);
Debug.WriteLine("Restarting UWP application: " + dataBindApp.Name + " / " + processMulti.Identifier + " / " + processMulti.WindowHandle);
//Set the launch argument
string launchArgument = string.Empty;
if (useLaunchArgument)
{
Debug.WriteLine("Setting restart argument: " + processMulti.Argument);
launchArgument = processMulti.Argument;
}
//Restart the process
Process restartProcess = await RestartProcessUwp(dataBindApp.Name, dataBindApp.PathExe, processMulti.Identifier, processMulti.WindowHandle, launchArgument);
if (restartProcess == null)
{
await Notification_Send_Status("Close", "Failed restarting " + dataBindApp.Name);
Debug.WriteLine("Failed to restart process: " + dataBindApp.Name);
return(false);
}
//Launch the keyboard controller
if (launchKeyboard)
{
await KeyboardControllerHideShow(true);
}
}
catch { }
return(false);
}
//Check which launch method needs to be used
async Task LaunchProcessSelector(DataBindApp dataBindApp)
{
try
{
//Check if the shortcut is available
if (dataBindApp.Category == AppCategory.Shortcut && dataBindApp.StatusAvailable == Visibility.Visible)
{
Debug.WriteLine("Remove shortcut prompt: " + dataBindApp.ShortcutPath);
await RemoveShortcutFilePrompt(dataBindApp);
return;
}
//Check the application category
if (dataBindApp.Category == AppCategory.Process)
{
//Get the process multi
ProcessMulti processMulti = null;
foreach (ProcessMulti processMultiFor in dataBindApp.ProcessMulti)
{
if (processMultiFor.WindowHandle != IntPtr.Zero)
{
processMulti = processMultiFor;
}
}
//Show the process window
await ShowProcessWindow(dataBindApp, processMulti);
}
else
{
//Run process url protocol
if (dataBindApp.PathExe.Contains(":\\\\") || dataBindApp.PathExe.Contains("://"))
{
await LaunchProcessUrlProtocol(dataBindApp);
return;
}
//Refresh the processes list
await Notification_Send_Status("AppLaunch", "Preparing launch");
await RefreshListProcessesWithWait(true);
//Check if process is running
ProcessMulti processMulti = await SelectProcessMulti(dataBindApp, true);
if (processMulti == null)
{
Debug.WriteLine("Process is not running, launching the application.");
await LaunchProcessDatabindAuto(dataBindApp);
}
else if (processMulti.Action == "Cancel")
{
Debug.WriteLine("Process is already running, skipping the launch.");
}
else if (processMulti.Action == "CloseAll")
{
Debug.WriteLine("Closing all processes, skipping the launch.");
await CloseAllProcessesAuto(processMulti, dataBindApp, true, false);
}
else
{
Debug.WriteLine("Process is already running, checking the app.");
await CheckLaunchProcessStatus(dataBindApp, processMulti);
}
}
}
catch
{
Debug.WriteLine("Failed launch process selector.");
}
}
async Task ShowProcessWindow(DataBindApp dataBindApp, ProcessMulti processMulti)
{
try
{
Debug.WriteLine("Showing the application: " + dataBindApp.Name);
//Check if application has multiple windows
IntPtr processWindowHandle = await CheckProcessWindowsAuto(dataBindApp, processMulti);
//Check if application window has been found
if (processWindowHandle == new IntPtr(-50))
{
await LaunchProcessDatabindAuto(dataBindApp);
}
else if (processWindowHandle == new IntPtr(-75))
{
await RestartProcessAuto(processMulti, dataBindApp, true);
}
else if (processWindowHandle == new IntPtr(-80))
{
await RestartProcessAuto(processMulti, dataBindApp, false);
}
else if (processWindowHandle == new IntPtr(-100))
{
await CloseSingleProcessAuto(processMulti, dataBindApp, true, false);
}
else if (processWindowHandle == new IntPtr(-200))
{
Debug.WriteLine("Cancelled window selection.");
}
else if (processWindowHandle != IntPtr.Zero)
{
//Minimize the CtrlUI window
if (Convert.ToBoolean(Setting_Load(vConfigurationCtrlUI, "MinimizeAppOnShow")))
{
await AppMinimize(true);
}
//Check keyboard controller launch
string fileNameNoExtension = Path.GetFileNameWithoutExtension(dataBindApp.NameExe);
bool keyboardProcess = vCtrlKeyboardProcessName.Any(x => x.String1.ToLower() == fileNameNoExtension.ToLower() || x.String1.ToLower() == dataBindApp.PathExe.ToLower());
bool keyboardLaunch = (keyboardProcess || dataBindApp.LaunchKeyboard) && vControllerAnyConnected();
//Force focus on the app
await PrepareFocusProcessWindow(dataBindApp.Name, processMulti.Identifier, processWindowHandle, 0, false, false, false, keyboardLaunch);
}
else
{
Debug.WriteLine("Show application has no window.");
//Focus or Close when process is already running
List <DataBindString> Answers = new List <DataBindString>();
DataBindString AnswerLaunch = new DataBindString();
AnswerLaunch.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppLaunch.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerLaunch.Name = "Launch new instance";
Answers.Add(AnswerLaunch);
DataBindString AnswerRestartCurrent = new DataBindString();
if (!string.IsNullOrWhiteSpace(processMulti.Argument))
{
AnswerRestartCurrent.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartCurrent.Name = "Restart application";
AnswerRestartCurrent.NameSub = "(Current argument)";
Answers.Add(AnswerRestartCurrent);
}
DataBindString AnswerRestartWithout = new DataBindString();
AnswerRestartWithout.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartWithout.Name = "Restart application";
if (!string.IsNullOrWhiteSpace(dataBindApp.Argument) || dataBindApp.Category == AppCategory.Shortcut || dataBindApp.Category == AppCategory.Emulator || dataBindApp.LaunchFilePicker)
{
AnswerRestartWithout.NameSub = "(Default argument)";
}
else
{
AnswerRestartWithout.NameSub = "(Without argument)";
}
Answers.Add(AnswerRestartWithout);
DataBindString AnswerClose = new DataBindString();
AnswerClose.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppClose.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerClose.Name = "Close application";
Answers.Add(AnswerClose);
//Show the messagebox
DataBindString messageResult = await Popup_Show_MessageBox("Application has no window", "", "", Answers);
if (messageResult != null)
{
if (messageResult == AnswerClose)
{
await CloseSingleProcessAuto(processMulti, dataBindApp, true, false);
}
else if (messageResult == AnswerRestartCurrent)
{
await RestartProcessAuto(processMulti, dataBindApp, true);
}
else if (messageResult == AnswerRestartWithout)
{
await RestartProcessAuto(processMulti, dataBindApp, false);
}
else if (messageResult == AnswerLaunch)
{
await LaunchProcessDatabindAuto(dataBindApp);
}
}
}
}
catch { }
}
async Task RightClickProcess(ListBox listboxSender, int listboxSelectedIndex, DataBindApp dataBindApp)
{
try
{
//Get the process multi
ProcessMulti processMulti = dataBindApp.ProcessMulti.FirstOrDefault();
//Get process details
string processDetails = dataBindApp.PathExe;
if (!string.IsNullOrWhiteSpace(dataBindApp.NameExe))
{
processDetails += " (" + dataBindApp.NameExe + ")";
}
//Get process running time
string processRunningTimeString = ApplicationRunningTimeString(dataBindApp.RunningTime, "process");
if (string.IsNullOrWhiteSpace(processRunningTimeString))
{
processRunningTimeString = processDetails;
}
else
{
processRunningTimeString += "\n" + processDetails;
}
List <DataBindString> Answers = new List <DataBindString>();
DataBindString AnswerShow = new DataBindString();
AnswerShow.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppMiniMaxi.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerShow.Name = "Show application";
Answers.Add(AnswerShow);
DataBindString AnswerClose = new DataBindString();
AnswerClose.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppClose.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerClose.Name = "Close application";
Answers.Add(AnswerClose);
DataBindString AnswerLaunch = new DataBindString();
AnswerLaunch.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppLaunch.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerLaunch.Name = "Launch new instance";
Answers.Add(AnswerLaunch);
DataBindString AnswerRestartCurrent = new DataBindString();
if (!string.IsNullOrWhiteSpace(processMulti.Argument))
{
AnswerRestartCurrent.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartCurrent.Name = "Restart application";
AnswerRestartCurrent.NameSub = "(Current argument)";
Answers.Add(AnswerRestartCurrent);
}
DataBindString AnswerRestartWithout = new DataBindString();
AnswerRestartWithout.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartWithout.Name = "Restart application";
if (!string.IsNullOrWhiteSpace(dataBindApp.Argument) || dataBindApp.Category == AppCategory.Shortcut || dataBindApp.Category == AppCategory.Emulator || dataBindApp.LaunchFilePicker)
{
AnswerRestartWithout.NameSub = "(Default argument)";
}
else
{
AnswerRestartWithout.NameSub = "(Without argument)";
}
Answers.Add(AnswerRestartWithout);
DataBindString messageResult = await Popup_Show_MessageBox("What would you like to do with " + dataBindApp.Name + "?", processRunningTimeString, "", Answers);
if (messageResult != null)
{
if (messageResult == AnswerShow)
{
await ShowProcessWindow(dataBindApp, processMulti);
}
else if (messageResult == AnswerClose)
{
await CloseSingleProcessAuto(processMulti, dataBindApp, false, true);
}
else if (messageResult == AnswerRestartCurrent)
{
await RestartProcessAuto(processMulti, dataBindApp, true);
}
else if (messageResult == AnswerRestartWithout)
{
await RestartProcessAuto(processMulti, dataBindApp, false);
}
else if (messageResult == AnswerLaunch)
{
await LaunchProcessDatabindAuto(dataBindApp);
}
}
}
catch { }
}
//Check process status before launching (True = Continue)
async Task CheckLaunchProcessStatus(DataBindApp dataBindApp, ProcessMulti processMulti)
{
try
{
Debug.WriteLine("Checking launch process: " + dataBindApp.Name);
//Focus or Close when process is already running
List <DataBindString> Answers = new List <DataBindString>();
DataBindString AnswerShow = new DataBindString();
AnswerShow.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppMiniMaxi.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerShow.Name = "Show application";
Answers.Add(AnswerShow);
DataBindString AnswerClose = new DataBindString();
AnswerClose.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppClose.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerClose.Name = "Close application";
Answers.Add(AnswerClose);
DataBindString AnswerLaunch = new DataBindString();
AnswerLaunch.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppLaunch.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerLaunch.Name = "Launch new instance";
Answers.Add(AnswerLaunch);
DataBindString AnswerRestartCurrent = new DataBindString();
if (!string.IsNullOrWhiteSpace(processMulti.Argument))
{
AnswerRestartCurrent.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartCurrent.Name = "Restart application";
AnswerRestartCurrent.NameSub = "(Current argument)";
Answers.Add(AnswerRestartCurrent);
}
DataBindString AnswerRestartWithout = new DataBindString();
AnswerRestartWithout.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartWithout.Name = "Restart application";
if (!string.IsNullOrWhiteSpace(dataBindApp.Argument) || dataBindApp.Category == AppCategory.Shortcut || dataBindApp.Category == AppCategory.Emulator || dataBindApp.LaunchFilePicker)
{
AnswerRestartWithout.NameSub = "(Default argument)";
}
else
{
AnswerRestartWithout.NameSub = "(Without argument)";
}
Answers.Add(AnswerRestartWithout);
//Get process details
string processDetails = dataBindApp.PathExe;
if (!string.IsNullOrWhiteSpace(dataBindApp.NameExe))
{
processDetails += " (" + dataBindApp.NameExe + ")";
}
//Get process running time and last launch time
string processRunningTimeString = string.Empty;
string lastLaunchTimeString = string.Empty;
if (dataBindApp.Category == AppCategory.Shortcut)
{
processRunningTimeString = ApplicationRunningTimeString(dataBindApp.RunningTime, "shortcut process");
}
else
{
processRunningTimeString = ApplicationRunningTimeString(dataBindApp.RunningTime, "application");
lastLaunchTimeString = ApplicationLastLaunchTimeString(dataBindApp.LastLaunch, "Application");
}
//Set the running time string
bool runningTimeEmpty = string.IsNullOrWhiteSpace(processRunningTimeString);
bool launchTimeEmpty = string.IsNullOrWhiteSpace(lastLaunchTimeString);
if (runningTimeEmpty && launchTimeEmpty)
{
processRunningTimeString = processDetails;
}
else
{
if (!launchTimeEmpty)
{
processRunningTimeString += "\n" + lastLaunchTimeString;
}
processRunningTimeString += "\n" + processDetails;
}
//Show the messagebox
DataBindString messageResult = await Popup_Show_MessageBox("What would you like to do with " + dataBindApp.Name + "?", processRunningTimeString, "", Answers);
if (messageResult != null)
{
if (messageResult == AnswerShow)
{
await ShowProcessWindow(dataBindApp, processMulti);
}
else if (messageResult == AnswerClose)
{
await CloseSingleProcessAuto(processMulti, dataBindApp, true, false);
}
else if (messageResult == AnswerRestartCurrent)
{
await RestartProcessAuto(processMulti, dataBindApp, true);
}
else if (messageResult == AnswerRestartWithout)
{
await RestartProcessAuto(processMulti, dataBindApp, false);
}
else if (messageResult == AnswerLaunch)
{
await LaunchProcessDatabindAuto(dataBindApp);
}
}
else
{
Debug.WriteLine("Cancelling the process action.");
}
}
catch (Exception ex)
{
await Notification_Send_Status("Close", "Failed showing or closing application");
Debug.WriteLine("Failed closing or showing the application: " + ex.Message);
}
}
//Hide or recover the CtrlUI application
async Task AppWindow_HideShow()
{
try
{
Debug.WriteLine("Show or hide the CtrlUI window.");
//Get the current focused application
ProcessMulti foregroundProcess = GetProcessMultiFromWindowHandle(GetForegroundWindow());
if (vAppMinimized || !vAppActivated)
{
PlayInterfaceSound(vConfigurationCtrlUI, "PopupOpen", false);
//Check previous focused application
try
{
//Check if application title or process is blacklisted
bool titleBlacklisted = vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == foregroundProcess.Title.ToLower());
bool processBlacklisted = vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == foregroundProcess.Name.ToLower());
if (!titleBlacklisted && !processBlacklisted)
{
//Save the previous focused application
vPrevFocusedProcess = foregroundProcess;
}
}
catch { }
//Disable top most window from foreground process
try
{
Debug.WriteLine("Disabling top most from process: " + foregroundProcess.Name);
SetWindowPos(foregroundProcess.WindowHandle, (IntPtr)WindowPosition.NoTopMost, 0, 0, 0, 0, (int)WindowSWP.NOMOVE | (int)WindowSWP.NOSIZE);
}
catch { }
//Force focus on CtrlUI
await PrepareFocusProcessWindow("CtrlUI", vProcessCurrent.Id, vProcessCurrent.MainWindowHandle, 0, false, true, false, false);
}
else
{
//Disable top most window from foreground process
try
{
Debug.WriteLine("Disabling top most from process: " + foregroundProcess.Name);
SetWindowPos(foregroundProcess.WindowHandle, (IntPtr)WindowPosition.NoTopMost, 0, 0, 0, 0, (int)WindowSWP.NOMOVE | (int)WindowSWP.NOSIZE);
}
catch { }
//Force focus on CtrlUI
await PrepareFocusProcessWindow("CtrlUI", vProcessCurrent.Id, vProcessCurrent.MainWindowHandle, 0, false, true, false, false);
//Check if a previous process is available
if (vPrevFocusedProcess == null)
{
Debug.WriteLine("Previous application process not found.");
await ApplicationPopupMinimize("No application to show found");
return;
}
//Check if application name is blacklisted
if (vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == vPrevFocusedProcess.Name.ToLower()))
{
Debug.WriteLine("Previous process name is blacklisted: " + vPrevFocusedProcess.Name);
await ApplicationPopupMinimize("Previous app name is blacklisted");
return;
}
//Check if application title is blacklisted
if (vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == vPrevFocusedProcess.Title.ToLower()))
{
Debug.WriteLine("Previous process title is blacklisted: " + vPrevFocusedProcess.Title);
await ApplicationPopupMinimize("Previous app title is blacklisted");
return;
}
//Check if application process is still running
if (!CheckRunningProcessByNameOrTitle(vPrevFocusedProcess.Name, false))
{
Debug.WriteLine("Previous process is no longer running.");
await ApplicationPopupMinimize("Previous app is no longer running");
return;
}
//Show application switch popup
await ApplicationPopupSwitch();
}
}
catch
{
await Notification_Send_Status("Close", "Failed to minimize or show app");
Debug.WriteLine("Failed to minimize or show application.");
}
}
//Select a process multi from the list
async Task <ProcessMulti> SelectProcessMulti(DataBindApp dataBindApp, bool selectProcess)
{
try
{
List <DataBindString> multiAnswers = new List <DataBindString>();
if (dataBindApp.ProcessMulti.Any())
{
if (selectProcess && dataBindApp.ProcessMulti.Count > 1)
{
foreach (ProcessMulti multiProcess in dataBindApp.ProcessMulti)
{
try
{
//Get the process title
string ProcessTitle = GetWindowTitleFromWindowHandle(multiProcess.WindowHandle);
if (ProcessTitle == "Unknown")
{
ProcessTitle += " (Hidden)";
}
DataBindString AnswerApp = new DataBindString();
AnswerApp.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppLaunch.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerApp.Name = ProcessTitle;
AnswerApp.NameSub = multiProcess.Identifier.ToString();
multiAnswers.Add(AnswerApp);
}
catch { }
}
DataBindString Answer1 = new DataBindString();
Answer1.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppLaunch.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
Answer1.Name = "Launch new instance";
multiAnswers.Add(Answer1);
DataBindString Answer2 = new DataBindString();
Answer2.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppClose.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
Answer2.Name = "Close all the instances";
multiAnswers.Add(Answer2);
DataBindString messageResult = await Popup_Show_MessageBox(dataBindApp.Name + " has multiple running instances", "", "Please select the instance that you wish to interact with:", multiAnswers);
if (messageResult != null)
{
if (messageResult == Answer2)
{
//Get the first multi process type
ProcessType processType = dataBindApp.ProcessMulti.FirstOrDefault().Type;
//Return close all with process type
ProcessMulti processMultiNew = new ProcessMulti();
processMultiNew.Action = "CloseAll";
processMultiNew.Type = processType;
return(processMultiNew);
}
else
{
return(dataBindApp.ProcessMulti[multiAnswers.IndexOf(messageResult)]);
}
}
else
{
ProcessMulti processMultiNew = new ProcessMulti();
processMultiNew.Action = "Cancel";
return(processMultiNew);
}
}
else
{
return(dataBindApp.ProcessMulti.FirstOrDefault());
}
}
}
catch { }
return(null);
}
//Get all the active UWP processes and update the lists
async Task ListLoadCheckProcessesUwp(List <int> activeProcessesId, List <IntPtr> activeProcessesWindow, IEnumerable <DataBindApp> currentListApps, bool showStatus)
{
try
{
//Check if there are active processes
Process frameHostProcess = GetProcessByNameOrTitle("ApplicationFrameHost", false);
if (frameHostProcess != null)
{
//Show refresh status message
if (showStatus)
{
await Notification_Send_Status("Refresh", "Refreshing store apps");
}
//Debug.WriteLine("Checking store processes.");
//Add new running process if needed
foreach (ProcessThread threadProcess in frameHostProcess.Threads)
{
try
{
//Process variables
Process processApp = null;
int processIdentifier = -1;
bool processInterfaceCheck = false;
IntPtr processWindowHandle = IntPtr.Zero;
foreach (IntPtr threadWindowHandle in EnumThreadWindows(threadProcess.Id))
{
try
{
//Get window class name
string classNameString = GetClassNameFromWindowHandle(threadWindowHandle);
//Get information from frame window
if (classNameString == "ApplicationFrameWindow")
{
//Set window handle
processWindowHandle = threadWindowHandle;
//Get app process
IntPtr threadWindowHandleEx = FindWindowEx(threadWindowHandle, IntPtr.Zero, "Windows.UI.Core.CoreWindow", null);
if (threadWindowHandleEx != IntPtr.Zero)
{
processIdentifier = GetProcessIdFromWindowHandle(threadWindowHandleEx);
if (processIdentifier > 0)
{
processApp = GetProcessById(processIdentifier);
}
}
}
//Check if uwp application has interface
if (classNameString == "MSCTFIME UI")
{
processInterfaceCheck = true;
}
}
catch { }
}
//Check if uwp application has interface
if (processInterfaceCheck)
{
//Process application type
ProcessType processType = ProcessType.UWP;
//Process Windows Store Status
Visibility processStatusStore = Visibility.Visible;
//Get the process title
string processTitle = GetWindowTitleFromWindowHandle(processWindowHandle);
//Check if application title is blacklisted
if (vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == processTitle.ToLower()))
{
continue;
}
//Get the application user model id
string processPathExe = GetAppUserModelIdFromWindowHandle(processWindowHandle);
if (string.IsNullOrWhiteSpace(processPathExe))
{
processPathExe = GetAppUserModelIdFromProcess(processApp);
}
string processPathExeLower = processPathExe.ToLower();
//Get detailed application information
Package appPackage = UwpGetAppPackageByAppUserModelId(processPathExe);
AppxDetails appxDetails = UwpGetAppxDetailsFromAppPackage(appPackage);
string processNameExe = appxDetails.ExecutableName;
string processNameExeLower = processNameExe.ToLower();
string processNameExeNoExt = Path.GetFileNameWithoutExtension(processNameExe);
string processNameExeNoExtLower = processNameExeNoExt.ToLower();
//Check if application name is blacklisted
if (vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == processNameExeNoExtLower))
{
continue;
}
//Check if the process has been found
if (processApp == null)
{
processApp = GetUwpProcessByProcessNameAndAppUserModelId(processNameExeNoExt, processPathExe);
processIdentifier = processApp.Id;
}
//Add active process to the list
activeProcessesId.Add(processIdentifier);
activeProcessesWindow.Add(processWindowHandle);
//Check the process running time
int processRunningTime = ProcessRuntimeMinutes(processApp);
//Check if the process is suspended
Visibility processStatusRunning = Visibility.Visible;
Visibility processStatusSuspended = Visibility.Collapsed;
ProcessThreadCollection processThreads = processApp.Threads;
if (CheckProcessSuspended(processThreads))
{
processStatusRunning = Visibility.Collapsed;
processStatusSuspended = Visibility.Visible;
}
//Convert Process To ProcessMulti
ProcessMulti processMultiNew = new ProcessMulti();
processMultiNew.Type = processType;
processMultiNew.Identifier = processIdentifier;
processMultiNew.WindowHandle = processWindowHandle;
//Set the application search filters
Func <DataBindApp, bool> filterCombinedApp = x => x.PathExe != null && x.PathExe.ToLower() == processPathExeLower;
Func <DataBindApp, bool> filterProcessApp = x => x.ProcessMulti.Any(z => z.WindowHandle == processWindowHandle);
//Check all the lists for the application
IEnumerable <DataBindApp> existingCombinedApps = currentListApps.Where(filterCombinedApp);
IEnumerable <DataBindApp> existingProcessApps = List_Processes.Where(filterProcessApp);
bool appUpdatedContinueLoop = false;
//Check if process is in combined list and update it
foreach (DataBindApp existingCombinedApp in existingCombinedApps)
{
//Update the process running time
existingCombinedApp.RunningTime = processRunningTime;
//Update the process running status
existingCombinedApp.StatusRunning = processStatusRunning;
//Update the process suspended status
existingCombinedApp.StatusSuspended = processStatusSuspended;
//Update the application last runtime
existingCombinedApp.RunningTimeLastUpdate = GetSystemTicksMs();
//Add the new process multi application
if (!existingCombinedApp.ProcessMulti.Any(x => x.WindowHandle == processWindowHandle))
{
existingCombinedApp.ProcessMulti.Add(processMultiNew);
}
//Remove app from processes list
if (Convert.ToBoolean(Setting_Load(vConfigurationCtrlUI, "HideAppProcesses")))
{
await ListBoxRemoveAll(lb_Processes, List_Processes, filterCombinedApp);
appUpdatedContinueLoop = true;
}
}
if (appUpdatedContinueLoop)
{
continue;
}
//Check if process is in process list and update it
foreach (DataBindApp existingProcessApp in existingProcessApps)
{
//Update the process title
if (existingProcessApp.Name != processTitle)
{
existingProcessApp.Name = processTitle;
}
//Update the process running time
existingProcessApp.RunningTime = processRunningTime;
//Update the process suspended status
existingProcessApp.StatusSuspended = processStatusSuspended;
//Update the process multi identifier
foreach (ProcessMulti processMulti in existingProcessApp.ProcessMulti.Where(x => x.Identifier <= 0))
{
processMulti.Identifier = processIdentifier;
}
//Update the process multi window handle
foreach (ProcessMulti processMulti in existingProcessApp.ProcessMulti.Where(x => x.WindowHandle == IntPtr.Zero))
{
processMulti.WindowHandle = processWindowHandle;
}
appUpdatedContinueLoop = true;
}
if (appUpdatedContinueLoop)
{
continue;
}
//Load the application image
BitmapImage processImageBitmap = FileToBitmapImage(new string[] { processTitle, processNameExeNoExt, appxDetails.SquareLargestLogoPath, appxDetails.WideLargestLogoPath }, vImageSourceFolders, vImageBackupSource, processWindowHandle, 90, 0);
//Create new ProcessMulti list
List <ProcessMulti> listProcessMulti = new List <ProcessMulti>();
listProcessMulti.Add(processMultiNew);
//Add the process to the process list
DataBindApp dataBindApp = new DataBindApp()
{
Type = processType, Category = AppCategory.Process, ProcessMulti = listProcessMulti, ImageBitmap = processImageBitmap, Name = processTitle, NameExe = processNameExe, PathExe = processPathExe, StatusStore = processStatusStore, StatusSuspended = processStatusSuspended, RunningTime = processRunningTime
};
await ListBoxAddItem(lb_Processes, List_Processes, dataBindApp, false, false);
//Add the process to the search list
await AddSearchProcess(dataBindApp);
}
}
catch (Exception ex)
{
Debug.WriteLine("Failed adding UWP application: " + ex.Message);
}
}
}
}
catch { }
}
//Focus on a process window
public static async Task <bool> FocusProcessWindow(string processTitle, int processId, IntPtr processWindowHandle, WindowShowCommand windowShowCommand, bool setWindowState, bool setTempTopMost)
{
try
{
//Prepare the process focus
async Task <bool> TaskAction()
{
try
{
//Close open Windows prompts
await CloseOpenWindowsPrompts();
//Get the current focused application
ProcessMulti foregroundProcess = GetProcessMultiFromWindowHandle(GetForegroundWindow());
//Close open start menu, cortana or search
await CloseOpenWindowsStartMenu(foregroundProcess);
//Close open Windows system menu
await CloseOpenWindowsSystemMenu(foregroundProcess);
//Detect the previous window state
if (windowShowCommand == WindowShowCommand.None && setWindowState)
{
WindowPlacement processWindowState = new WindowPlacement();
GetWindowPlacement(processWindowHandle, ref processWindowState);
Debug.WriteLine("Detected the previous window state: " + processWindowState.windowFlags);
if (processWindowState.windowFlags == WindowFlags.RestoreToMaximized)
{
windowShowCommand = WindowShowCommand.ShowMaximized;
}
else
{
windowShowCommand = WindowShowCommand.Restore;
}
}
//Change the window state command
if (setWindowState)
{
ShowWindowAsync(processWindowHandle, windowShowCommand);
await Task.Delay(10);
ShowWindow(processWindowHandle, windowShowCommand);
await Task.Delay(10);
}
//Set the window as top most
if (setTempTopMost)
{
SetWindowPos(processWindowHandle, (IntPtr)WindowPosition.TopMost, 0, 0, 0, 0, (int)WindowSWP.NOMOVE | (int)WindowSWP.NOSIZE);
await Task.Delay(10);
}
//Retry to show the window
for (int i = 0; i < 2; i++)
{
try
{
//Allow changing window
AllowSetForegroundWindow(processId);
await Task.Delay(10);
//Bring window to top
BringWindowToTop(processWindowHandle);
await Task.Delay(10);
//Switch to the window
SwitchToThisWindow(processWindowHandle, true);
await Task.Delay(10);
//Focus on the window
UiaFocusWindowHandle(processWindowHandle);
await Task.Delay(10);
}
catch (Exception ex)
{
Debug.WriteLine("Process focus error: " + ex.Message);
}
}
//Disable the window as top most
if (setTempTopMost)
{
SetWindowPos(processWindowHandle, (IntPtr)WindowPosition.NoTopMost, 0, 0, 0, 0, (int)WindowSWP.NOMOVE | (int)WindowSWP.NOSIZE);
await Task.Delay(10);
}
//Return bool
Debug.WriteLine("Focused process window: " + processTitle + " WindowHandle: " + processWindowHandle + " ShowCmd: " + windowShowCommand);
return(true);
}
catch { }
Debug.WriteLine("Failed focusing process: " + processTitle);
return(false);
};
//Focus the process
return(await AVActions.TaskStartReturn(TaskAction).Result);
}
catch { }
Debug.WriteLine("Failed focusing process: " + processTitle);
return(false);
}
//Get all the active Win32 processes and update the lists
async Task ListLoadCheckProcessesWin32(Process[] processesList, List <int> activeProcessesId, List <IntPtr> activeProcessesWindow, IEnumerable <DataBindApp> currentListApps, bool showStatus)
{
try
{
//Check if processes list is provided
if (processesList == null)
{
processesList = Process.GetProcesses();
}
//Check if there are active processes
if (processesList.Any())
{
//Show refresh status message
if (showStatus)
{
await Notification_Send_Status("Refresh", "Refreshing desktop apps");
}
//Debug.WriteLine("Checking desktop processes.");
//Add new running process if needed
foreach (Process processApp in processesList)
{
try
{
//Process identifier
int processIdentifier = processApp.Id;
//Process window handle
IntPtr processWindowHandle = processApp.MainWindowHandle;
//Process application type
ProcessType processType = ProcessType.Win32;
//Process Windows Store Status
Visibility processStatusStore = Visibility.Collapsed;
//Get the process title
string processTitle = GetWindowTitleFromProcess(processApp);
//Check if application title is blacklisted
if (vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == processTitle.ToLower()))
{
continue;
}
//Validate the process state
if (!ValidateProcessState(processApp, true, true))
{
continue;
}
//Validate the window handle
bool windowValidation = ValidateWindowHandle(processWindowHandle);
//Get the executable path
string processPathExe = GetExecutablePathFromProcess(processApp);
string processPathExeLower = processPathExe.ToLower();
string processPathExeImage = processPathExe;
string processNameExe = Path.GetFileName(processPathExe);
string processNameExeLower = processNameExe.ToLower();
string processNameExeNoExt = Path.GetFileNameWithoutExtension(processPathExe);
string processNameExeNoExtLower = processNameExeNoExt.ToLower();
//Get the process launch arguments
string processArgument = GetLaunchArgumentsFromProcess(processApp, processPathExe);
//Check if application name is blacklisted
if (vCtrlIgnoreProcessName.Any(x => x.String1.ToLower() == processNameExeNoExtLower))
{
continue;
}
//Check explorer process
if (processNameExeLower == "explorer.exe")
{
processTitle = "File Explorer";
}
//Add active process to the list
activeProcessesId.Add(processIdentifier);
activeProcessesWindow.Add(processWindowHandle);
//Check the process running time
int processRunningTime = ProcessRuntimeMinutes(processApp);
//Check if the process is suspended
Visibility processStatusRunning = Visibility.Visible;
Visibility processStatusSuspended = Visibility.Collapsed;
ProcessThreadCollection processThreads = processApp.Threads;
if (CheckProcessSuspended(processThreads))
{
processStatusRunning = Visibility.Collapsed;
processStatusSuspended = Visibility.Visible;
}
//Set the application search filters
Func <DataBindApp, bool> filterCombinedApp = x => (!string.IsNullOrWhiteSpace(x.PathExe) && Path.GetFileNameWithoutExtension(x.PathExe).ToLower() == processNameExeNoExtLower) || (!string.IsNullOrWhiteSpace(x.NameExe) && x.NameExe.ToLower() == processNameExeLower);
Func <DataBindApp, bool> filterProcessApp = x => x.ProcessMulti.Any(z => z.WindowHandle == processWindowHandle);
//Check if process is a Win32Store app
string processAppUserModelId = GetAppUserModelIdFromProcess(processApp);
if (!string.IsNullOrWhiteSpace(processAppUserModelId))
{
processType = ProcessType.Win32Store;
processPathExe = processAppUserModelId;
processPathExeLower = processAppUserModelId.ToLower();
processStatusStore = Visibility.Visible;
filterCombinedApp = x => (!string.IsNullOrWhiteSpace(x.PathExe) && x.PathExe.ToLower() == processPathExeLower) || (!string.IsNullOrWhiteSpace(x.NameExe) && x.NameExe.ToLower() == processNameExeLower);
//Validate the window handle
if (!windowValidation)
{
//Debug.WriteLine(processName + " is an invalid Win32Store application.");
continue;
}
else
{
//Debug.WriteLine(processName + " is a Win32Store application.");}
}
}
//Convert Process To ProcessMulti
ProcessMulti processMultiNew = new ProcessMulti();
processMultiNew.Type = processType;
processMultiNew.Identifier = processIdentifier;
processMultiNew.WindowHandle = processWindowHandle;
processMultiNew.Argument = processArgument;
//Check all the lists for the application
IEnumerable <DataBindApp> existingCombinedApps = currentListApps.Where(filterCombinedApp);
IEnumerable <DataBindApp> existingProcessApps = List_Processes.Where(filterProcessApp);
bool appUpdatedContinueLoop = false;
//Check if process is in combined list and update it
foreach (DataBindApp existingCombinedApp in existingCombinedApps)
{
//Update the process running time
existingCombinedApp.RunningTime = processRunningTime;
//Update the process running status
existingCombinedApp.StatusRunning = processStatusRunning;
//Update the process suspended status
existingCombinedApp.StatusSuspended = processStatusSuspended;
//Update the application last runtime
existingCombinedApp.RunningTimeLastUpdate = GetSystemTicksMs();
//Add the new process multi application
if (!existingCombinedApp.ProcessMulti.Any(x => x.WindowHandle == processWindowHandle))
{
existingCombinedApp.ProcessMulti.Add(processMultiNew);
}
//Remove app from processes list
if (Convert.ToBoolean(Setting_Load(vConfigurationCtrlUI, "HideAppProcesses")))
{
await ListBoxRemoveAll(lb_Processes, List_Processes, filterCombinedApp);
appUpdatedContinueLoop = true;
}
}
if (appUpdatedContinueLoop)
{
continue;
}
//Check if process is in process list and update it
foreach (DataBindApp existingProcessApp in existingProcessApps)
{
//Update the process title
if (existingProcessApp.Name != processTitle)
{
existingProcessApp.Name = processTitle;
}
//Update the process running time
existingProcessApp.RunningTime = processRunningTime;
//Update the process suspended status
existingProcessApp.StatusSuspended = processStatusSuspended;
//Update the process multi identifier
foreach (ProcessMulti processMulti in existingProcessApp.ProcessMulti.Where(x => x.Identifier <= 0))
{
processMulti.Identifier = processIdentifier;
}
//Update the process multi window handle
foreach (ProcessMulti processMulti in existingProcessApp.ProcessMulti.Where(x => x.WindowHandle == IntPtr.Zero))
{
processMulti.WindowHandle = processWindowHandle;
}
appUpdatedContinueLoop = true;
}
if (appUpdatedContinueLoop)
{
continue;
}
//Validate the window handle
if (!windowValidation)
{
continue;
}
//Load Windows store application images
string storeImageSquare = string.Empty;
string storeImageWide = string.Empty;
if (processType == ProcessType.Win32Store)
{
Package appPackage = UwpGetAppPackageByAppUserModelId(processPathExe);
AppxDetails appxDetails = UwpGetAppxDetailsFromAppPackage(appPackage);
storeImageSquare = appxDetails.SquareLargestLogoPath;
storeImageWide = appxDetails.WideLargestLogoPath;
}
//Load the application image
BitmapImage processImageBitmap = FileToBitmapImage(new string[] { processTitle, processNameExeNoExt, storeImageSquare, storeImageWide, processPathExeImage, processPathExe }, vImageSourceFolders, vImageBackupSource, processWindowHandle, 90, 0);
//Create new ProcessMulti list
List <ProcessMulti> listProcessMulti = new List <ProcessMulti>();
listProcessMulti.Add(processMultiNew);
//Add the process to the process list
DataBindApp dataBindApp = new DataBindApp()
{
Type = processType, Category = AppCategory.Process, ProcessMulti = listProcessMulti, ImageBitmap = processImageBitmap, Name = processTitle, NameExe = processNameExe, PathExe = processPathExe, StatusStore = processStatusStore, StatusSuspended = processStatusSuspended, RunningTime = processRunningTime
};
await ListBoxAddItem(lb_Processes, List_Processes, dataBindApp, false, false);
//Add the process to the search list
await AddSearchProcess(dataBindApp);
}
catch (Exception ex)
{
Debug.WriteLine("Failed adding Win32 or Win32Store application: " + ex.Message);
}
}
}
}
catch { }
}
//Close single process Win32 and Win32Store
async Task <bool> CloseSingleProcessWin32AndWin32Store(DataBindApp dataBindApp, ProcessMulti processMulti, bool resetProcess, bool removeProcess)
{
try
{
await Notification_Send_Status("AppClose", "Closing " + dataBindApp.Name);
Debug.WriteLine("Closing Win32 and Win32Store process: " + dataBindApp.Name);
//Close the process by id or name
bool closedProcess = false;
if (processMulti.Identifier > 0)
{
closedProcess = CloseProcessById(processMulti.Identifier);
}
else if (!string.IsNullOrWhiteSpace(dataBindApp.NameExe))
{
closedProcess = CloseProcessesByNameOrTitle(Path.GetFileNameWithoutExtension(dataBindApp.NameExe), false);
}
else
{
closedProcess = CloseProcessesByNameOrTitle(Path.GetFileNameWithoutExtension(dataBindApp.PathExe), false);
}
//Check if process closed
if (closedProcess)
{
await Notification_Send_Status("AppClose", "Closed " + dataBindApp.Name);
Debug.WriteLine("Closed Win32 and Win32Store process: " + dataBindApp.Name);
//Reset the process running status
if (resetProcess)
{
dataBindApp.StatusRunning = Visibility.Collapsed;
dataBindApp.StatusSuspended = Visibility.Collapsed;
dataBindApp.RunningProcessCount = string.Empty;
dataBindApp.RunningTimeLastUpdate = 0;
dataBindApp.ProcessMulti.Clear();
}
//Remove the process from the list
if (removeProcess)
{
await RemoveAppFromList(dataBindApp, false, false, true);
}
return(true);
}
else
{
await Notification_Send_Status("AppClose", "Failed to close the app");
Debug.WriteLine("Failed to close the application.");
return(false);
}
}
catch { }
return(false);
}
async Task LoopMonitorProcess()
{
try
{
while (!vTask_MonitorProcess.TaskStopRequest)
{
try
{
//Update the current time
UpdateCurrentTime();
//Get and check the focused process
ProcessMulti foregroundProcess = GetProcessMultiFromWindowHandle(GetForegroundWindow());
if (foregroundProcess == null)
{
Debug.WriteLine("No active or valid process found.");
//Reset the fps counter
ResetFpsCounter();
//Hide the application name and frames
HideApplicationNameFrames();
//Delay the loop task
await TaskDelayLoop(1000, vTask_MonitorProcess);
continue;
}
Debug.WriteLine("Checking process: (" + foregroundProcess.Identifier + ") " + foregroundProcess.Name);
//Check if the foreground window has changed
if (vTargetProcess.Identifier == foregroundProcess.Identifier)
{
Debug.WriteLine("Foreground window has not changed.");
//Update the current target process
vTargetProcess = foregroundProcess;
//Update the application name
UpdateApplicationName(foregroundProcess.Title);
//Delay the loop task
await TaskDelayLoop(1000, vTask_MonitorProcess);
continue;
}
Debug.WriteLine("New foreground window detected (" + foregroundProcess.Identifier + ") " + foregroundProcess.Name);
//Reset the fps counter
ResetFpsCounter();
//Update the fps overlayer position
UpdateFpsOverlayPosition(foregroundProcess.Name);
//Check if the foreground window is fps overlayer
if (vProcessCurrent.Id == foregroundProcess.Identifier)
{
Debug.WriteLine("Current process is fps overlayer.");
//Hide the application name and frames
HideApplicationNameFrames();
//Delay the loop task
await TaskDelayLoop(1000, vTask_MonitorProcess);
continue;
}
//Update the application name
UpdateApplicationName(foregroundProcess.Title);
//Update the current target process
vTargetProcess = foregroundProcess;
}
catch { }
//Delay the loop task
await TaskDelayLoop(1000, vTask_MonitorProcess);
}
}
catch { }
}
//Check if process has multiple windows
async Task <IntPtr> CheckProcessWindowsWin32AndWin32Store(DataBindApp dataBindApp, ProcessMulti processMulti)
{
try
{
//Get threads from process
ProcessThreadCollection processThreads = GetProcessThreads(processMulti);
//Check threads from process
int processThreadCount = processThreads.Count;
if (processThreadCount > 1)
{
Debug.WriteLine("Found window threads: " + processThreadCount);
List <DataBindString> multiAnswers = new List <DataBindString>();
List <IntPtr> multiVariables = new List <IntPtr>();
foreach (ProcessThread threadProcess in processThreads)
{
foreach (IntPtr threadWindowHandle in EnumThreadWindows(threadProcess.Id))
{
try
{
//Check if window handle is already added
string windowHandleString = threadWindowHandle.ToString();
if (multiAnswers.Any(x => x.Data1.ToString() == windowHandleString))
{
//Debug.WriteLine("Duplicate window handle detected, skipping.");
continue;
}
//Validate the window handle
if (threadWindowHandle == processMulti.WindowHandle || ValidateWindowHandle(threadWindowHandle))
{
//Get the window state
WindowPlacement processWindowState = new WindowPlacement();
GetWindowPlacement(threadWindowHandle, ref processWindowState);
//Get the window title
string windowTitleString = GetWindowTitleFromWindowHandle(threadWindowHandle);
string windowSubString = windowHandleString;
//Check window main
if (threadWindowHandle == processMulti.WindowHandle)
{
windowSubString += " (Main)";
}
//Check window style
WindowStylesEx windowStyle = (WindowStylesEx)GetWindowLongAuto(threadWindowHandle, (int)WindowLongFlags.GWL_EXSTYLE).ToInt64();
if (windowStyle.HasFlag(WindowStylesEx.WS_EX_TOOLWINDOW) || windowStyle.HasFlag(WindowStylesEx.WS_EX_LAYERED))
{
windowSubString += " (Tool)";
}
else
{
windowSubString += " (Window)";
}
//Check window state
if (processWindowState.windowShowCommand == WindowShowCommand.Minimized)
{
windowSubString += " (Minimized)";
}
//Check explorer window
if (dataBindApp.NameExe.ToLower() == "explorer.exe")
{
if (windowTitleString == "Unknown" || windowStyle.HasFlag(WindowStylesEx.WS_EX_TOOLWINDOW) || windowStyle.HasFlag(WindowStylesEx.WS_EX_LAYERED))
{
continue;
}
}
DataBindString Answer1 = new DataBindString();
Answer1.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppMiniMaxi.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
Answer1.Name = windowTitleString;
Answer1.NameSub = windowSubString;
Answer1.Data1 = windowHandleString;
//Add window to selection
if (threadWindowHandle == processMulti.WindowHandle)
{
multiAnswers.Insert(0, Answer1);
multiVariables.Insert(0, threadWindowHandle);
}
else
{
multiAnswers.Add(Answer1);
multiVariables.Add(threadWindowHandle);
}
}
}
catch
{
Debug.WriteLine("Failed checking window handle: " + threadWindowHandle);
}
}
}
//Check if there are multiple answers
if (multiVariables.Count == 1)
{
Debug.WriteLine("There is only one visible window, returning the default window.");
return(multiVariables.FirstOrDefault());
}
else if (multiVariables.Count == 0)
{
return(IntPtr.Zero);
}
DataBindString AnswerClose = new DataBindString();
AnswerClose.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppClose.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerClose.Name = "Close application";
multiAnswers.Add(AnswerClose);
DataBindString AnswerLaunch = new DataBindString();
AnswerLaunch.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppLaunch.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerLaunch.Name = "Launch new instance";
multiAnswers.Add(AnswerLaunch);
DataBindString AnswerRestartCurrent = new DataBindString();
if (!string.IsNullOrWhiteSpace(processMulti.Argument))
{
AnswerRestartCurrent.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartCurrent.Name = "Restart application";
AnswerRestartCurrent.NameSub = "(Current argument)";
multiAnswers.Add(AnswerRestartCurrent);
}
DataBindString AnswerRestartWithout = new DataBindString();
AnswerRestartWithout.ImageBitmap = FileToBitmapImage(new string[] { "Assets/Default/Icons/AppRestart.png" }, vImageSourceFolders, vImageBackupSource, IntPtr.Zero, -1, 0);
AnswerRestartWithout.Name = "Restart application";
if (!string.IsNullOrWhiteSpace(dataBindApp.Argument) || dataBindApp.Category == AppCategory.Shortcut || dataBindApp.Category == AppCategory.Emulator || dataBindApp.LaunchFilePicker)
{
AnswerRestartWithout.NameSub = "(Default argument)";
}
else
{
AnswerRestartWithout.NameSub = "(Without argument)";
}
multiAnswers.Add(AnswerRestartWithout);
//Ask which window needs to be shown
DataBindString messageResult = await Popup_Show_MessageBox(dataBindApp.Name + " has multiple windows open", "", "Please select the window that you wish to be shown:", multiAnswers);
if (messageResult != null)
{
if (messageResult == AnswerLaunch)
{
return(new IntPtr(-50));
}
else if (messageResult == AnswerRestartCurrent)
{
return(new IntPtr(-75));
}
else if (messageResult == AnswerRestartWithout)
{
return(new IntPtr(-80));
}
else if (messageResult == AnswerClose)
{
return(new IntPtr(-100));
}
else
{
return(multiVariables[multiAnswers.IndexOf(messageResult)]);
}
}
else
{
//Cancel the selection
return(new IntPtr(-200));
}
}
else
{
Debug.WriteLine("Single window thread process: " + processMulti.WindowHandle);
return(processMulti.WindowHandle);
}
}
catch
{
return(IntPtr.Zero);
}
}
