MonitorZwift-v2.ps1
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<#PSScriptInfo .VERSION 2.0.3 .GUID 4296fcf1-a13d-4d31-afdc-bcbd4e05506d .AUTHOR Nick2bad4u .COMPANYNAME Personal Project .COPYRIGHT © 2025 Nick. All rights reserved. .TAGS Zwift, Automation, PowerShell, OBS, FileSync, Display Management, Edge, Spotify, Sauce for Zwift .LICENSEURI https://opensource.org/licenses/MIT .PROJECTURI https://github.com/Nick2bad4u/ZwiftScripts .ICONURI https://www.google.com/s2/favicons?sz=256&domain=zwift.com .EXTERNALMODULEDEPENDENCIES DisplayConfig .REQUIREDSCRIPTS .EXTERNALSCRIPTDEPENDENCIES - PowerToys (Recommended): https://github.com/microsoft/PowerToys Required for managing workspaces during Zwift sessions. If not installed, workspace management features will be unavailable. - FreeFileSync (Mandatory): https://freefilesync.org/ Required for synchronizing Zwift-related files. - OBS Studio (Optional): https://obsproject.com/ Used for recording and streaming Zwift sessions. - Sauce for Zwift (Optional): https://sauce.llc/ Provides additional metrics and overlays for Zwift. - Spotify (Optional): https://www.spotify.com/ Used for managing music playback during Zwift sessions. - Microsoft Edge (Mandatory): https://www.microsoft.com/edge Ensure Microsoft Edge is installed and accessible before running the script. Required for launching Zwift-related web pages in app mode. .RELEASENOTES - Initial release of MonitorZwift-v2. - Automates Zwift session setup, monitoring, and teardown. - Includes display management, OBS integration, file synchronization, and application handling. - Added support for Microsoft Edge in app mode and Sauce for Zwift. .PRIVATEDATA # No private data included in this script. #> <# .DESCRIPTION ### Main Script Function This script performs the following tasks: - **Window Management**: - Resizes and positions the PowerShell window. - Sets window transparency for the PowerShell window. - **Path Resolution**: - Resolves paths for Zwift Launcher and Monitor Script. - **Application Automation**: - Starts Zwift Launcher and monitors Zwift game processes. - Sets the primary display for Zwift and restores it after the session. - Launches PowerToys Workspaces for Zwift if required. - **Zwift Game Monitoring**: - Waits for Zwift game to start, maximizes its window, and monitors until it closes. - **Application Cleanup**: - Closes additional applications like Sauce for Zwift, OBS, and Spotify. - **File Synchronization**: - Synchronizes Zwift-related files using FreeFileSync. - **Browser Automation**: - Launches Microsoft Edge in app mode with specified URLs. - **File Explorer Integration**: - Opens File Explorer for Zwift media and pictures directories. - **Task Validation**: - Validates task completion and provides a review window before closing. --- ### Features - **Display Management**: - Automatically sets the primary display for Zwift and restores it after the session. - **Application Automation**: - Launches Zwift Launcher and monitors Zwift game processes. - Closes additional applications like Sauce for Zwift, OBS, and Spotify. - Launches PowerToys Workspaces for Zwift if required. - **OBS Integration**: - Stops OBS recording using a configurable hotkey. - Closes OBS gracefully or forcefully if needed. - **File Synchronization**: - Runs a FreeFileSync batch job to synchronize Zwift-related files after the session. - **Browser Automation**: - Launches Microsoft Edge in app mode with specified URLs (e.g., YouTube Studio, Strava, Garmin Connect). - **File Explorer Integration**: - Opens File Explorer for Zwift media and pictures directories. - **Customizable Settings**: - Configurable display indices, window positions, and dimensions. - Adjustable transparency for the PowerShell window. - Customizable hotkeys for OBS recording and closing. - **Task Validation**: - Tracks and validates the completion of all tasks, providing a summary at the end. - **User-Friendly Animations**: - Includes waiting animations and countdown timers for a better user experience. --- ### Requirements - **PowerShell**: Version 5.1 or later. - **External Dependencies**: - DisplayConfig module (automatically installed if missing). - Applications like PowerToys, FreeFileSync, and OBS (optional but recommended). - **Configuration**: - Ensure all paths and parameters are correctly configured before running the script. --- ### Examples 1. **Run with default settings**: ````powershell .\MonitorZwift-v2.ps1 2. **Run with custom Zwift Launcher path and display settings**: .\MonitorZwift-v2.ps1 -ZwiftLauncherPath "C:\Zwift\ZwiftLauncher.exe" -PrimaryDisplayZwift 2 3. **Run with custom window transparency and dimensions**: .\MonitorZwift-v2.ps1 -Transparency 50 -WindowWidth 400 -WindowHeight 800 ``` #> <# .SYNOPSIS A PowerShell script to automate the setup, monitoring, and teardown of a Zwift session, including managing displays, applications, and file synchronization. .DESCRIPTION This script performs the following tasks: - Resizes and positions the PowerShell window. - Sets window transparency for the PowerShell window. - Resolves paths for Zwift Launcher and Monitor Script. - Starts Zwift Launcher and monitors Zwift game processes. - Sets the primary display for Zwift and restores it after the session. - Launches PowerToys Workspaces for Zwift if required. - Waits for Zwift game to start, maximizes its window, and monitors until it closes. - Closes additional applications like Sauce for Zwift, OBS, and Spotify. - Synchronizes Zwift-related files using FreeFileSync. - Launches Microsoft Edge in app mode with specified URLs. - Opens File Explorer for Zwift media and pictures directories. - Validates task completion and provides a review window before closing. .PARAMETER ZwiftLauncherPath Path to the Zwift Launcher executable. Default: 'C:\Program Files (x86)\Zwift\ZwiftLauncher.exe'. .PARAMETER MonitorZwiftScriptPath Path to the MonitorZwift script. Default: 'C:\Users\Nick\Dropbox\Cycling\ZwiftScripts\MonitorZwift-v2.ps1'. .PARAMETER ZwiftLauncher Process name of the Zwift Launcher. Default: 'ZwiftLauncher'. .PARAMETER ZwiftGame Process name of the Zwift game. Default: 'ZwiftApp'. .PARAMETER ZwiftGameMaximizeDelay Delay in seconds before maximizing the Zwift game window. Default: 180. .PARAMETER PrimaryDisplayZwift Zero-based index of the display to be used for Zwift. Default: 3. .PARAMETER PrimaryDisplayDefault Zero-based index of the default primary display. Default: 1. .PARAMETER TargetDisplayIndex Zero-based index of the target display for positioning the PowerShell window. Default: 1. .PARAMETER WindowPositionX X-coordinate offset for the PowerShell window position. Default: 0. .PARAMETER WindowPositionY Y-coordinate offset for the PowerShell window position. Default: 50. .PARAMETER WindowWidth Width of the PowerShell window in pixels. Default: 300. .PARAMETER WindowHeight Height of the PowerShell window in pixels. Default: 600. .PARAMETER PowerToysPath Path to the PowerToys executable. Default: 'C:\Program Files\PowerToys\PowerToys.exe'. .PARAMETER PowerToysAwakePath Path to the PowerToys Awake executable. Default: 'C:\Program Files\PowerToys\PowerToys.Awake.exe'. .PARAMETER PowerToysWorkspacesPath Path to the PowerToys Workspaces executable. Default: 'C:\Program Files\PowerToys\PowerToys.WorkspacesLauncher.exe'. .PARAMETER WorkspaceGuid GUID for the PowerToys Workspace for Zwift. Default: '{E2CDEA2A-6E33-4CFD-A26B-0C5CC2E55F40}'. .PARAMETER FreeFileSyncPath Path to the FreeFileSync executable. Default: 'C:\Program Files\FreeFileSync\FreeFileSync.exe'. .PARAMETER BatchJobPath Path to the FreeFileSync batch job file for synchronizing files. Default: 'C:\Users\Nick\Dropbox\Random Save\Task Scheduler Rules\ZwiftPics.ffs_batch'. .PARAMETER BatchJobPath2 Path to the second FreeFileSync batch job file for synchronizing recordings to NAS. Default: 'C:\Users\Nick\Dropbox\Random Save\Task Scheduler Rules\RecordingsToNas.ffs_batch'. .PARAMETER ZwiftMediaPath Path to the Zwift media directory. Default: 'C:\Users\Nick\Dropbox\Cycling\ZwiftMedia'. .PARAMETER ZwiftPicturesPath Path to the Zwift pictures directory. Default: 'C:\Users\Nick\Dropbox\PC (2)\Pictures\Zwift'. .PARAMETER EdgePath Path to the Microsoft Edge executable. Default: 'C:\Program Files (x86)\Microsoft\Edge\Application\msedge.exe'. .PARAMETER EdgeUrl1 URL to open in Microsoft Edge (YouTube Studio). Default: YouTube Studio upload page. .PARAMETER EdgeUrl2 URL to open in Microsoft Edge (Strava). Default: Strava training page. .PARAMETER EdgeUrl3 URL to open in Microsoft Edge (Garmin Connect). Default: Garmin Connect home page. .PARAMETER AppsToCheck List of additional applications to check and close when Zwift is detected. Default: @('Spotify', 'obs64', 'Sauce for Zwift'). .PARAMETER AnimationChars Characters used for the waiting animation. Default: @('|', '/', '-', '\', '|', '/', '-', '\'). .PARAMETER Transparency Transparency percentage for the PowerShell window (0-100). Default: 75. .PARAMETER SleepInterval Interval in seconds for detecting Zwift processes. Default: 10. .PARAMETER Colors List of colors for the waiting animation. Default: Various console colors. .PARAMETER randomColor Random color selected for the waiting animation. .PARAMETER AnimIndex Index for the waiting animation. .PARAMETER ObsProcessName Process name of OBS. Default: 'obs64'. .PARAMETER ObsRecordingHotkey Hotkey to stop recording in OBS. Default: '^{F11}' (Ctrl+F11). .PARAMETER CloseObsHotkey Hotkey to close OBS gracefully. Default: '%{F4}' (Alt+F4). .PARAMETER ZwiftLogPath Path to the Zwift log file. Default: 'C:\Users\Nick\Dropbox\PC (2)\Documents\Zwift\Logs\Log.txt'. .PARAMETER ObsLogDir Path to the OBS log directory. Default: "$env:APPDATA\obs-studio\logs". .PARAMETER obsPath Path to the OBS executable. Default: 'C:\Program Files\obs-studio\bin\64bit\obs64.exe'. .PARAMETER ObsRecordingStartLogMessage Log message indicating OBS recording start. Default: '==== Recording Start'. .PARAMETER tasksCompleted List of tasks to track completion status. .PARAMETER remainingTimeinHours Remaining time in hours for the script to remain open for review. Default: 3. .PARAMETER remainingTimeinMinutes Remaining time in minutes for the script to remain open for review. Default: 180. Must be manually uncommented if used. .PARAMETER remainingTimeinSeconds Remaining time in seconds for the script to remain open for review. Default: 10800. Must be manually uncommented if used. .PARAMETER remainingTime Remaining time in seconds for the script to remain open for review. Default: 10800. Must be manually uncommented if used. .PARAMETER PowerToysAwakeTime Time in seconds for PowerToys Awake to keep the display awake. Default: 3600 seconds (1 hour). .NOTES - Requires PowerShell 5.1 or later. - Some features depend on external modules like DisplayConfig and applications like PowerToys, FreeFileSync, and OBS. - Ensure all paths and parameters are correctly configured before running the script. .EXAMPLE .\MonitorZwift-v2.ps1 -ZwiftLauncherPath "C:\Zwift\ZwiftLauncher.exe" -PrimaryDisplayZwift 2 Runs the script with a custom Zwift Launcher path and sets display 2 as the primary display for Zwift. .EXAMPLE .\MonitorZwift-v2.ps1 -Transparency 50 -WindowWidth 400 -WindowHeight 800 Runs the script with 50% window transparency and custom window dimensions. #> [CmdletBinding()] param ( # Used in Step 1: Define helper functions and Win32 API for window management [string[]]$Colors = @('Black', 'DarkBlue', 'DarkGreen', 'DarkCyan', 'DarkRed', 'DarkMagenta', 'DarkYellow', 'Gray', 'DarkGray', 'Blue', 'Green', 'Cyan', 'Red', 'Magenta', 'Yellow', 'White'), [string]$randomColor = ($Colors | Get-Random), [int]$AnimIndex = 0, [string[]]$AnimationChars = @('|', '/', '-', '\', '|', '/', '-', '\'), # Used in Step 2: Resize and position the PowerShell window on the target display [int]$TargetDisplayIndex = 1, [int]$WindowPositionX = 0, [int]$WindowPositionY = 50, [int]$WindowWidth = 300, [int]$WindowHeight = 600, # Used in Step 3: Import the DisplayConfig module for display management # (No params used directly here) # Used in Step 4: Set PowerShell window transparency [int]$Transparency = 75, # Used in Step 5: Resolve paths for Zwift Launcher and Monitor Script [string]$MonitorZwiftScriptPath = 'C:\Users\Nick\Dropbox\Cycling\ZwiftScripts\MonitorZwift-v2.ps1', [string]$ZwiftLauncherPath = 'C:\Program Files (x86)\Zwift\ZwiftLauncher.exe', # Used in Step 6: Start Zwift Launcher if Zwift is not already running [string]$ZwiftGame = 'ZwiftApp', [string]$ZwiftLauncher = 'ZwiftLauncher', # Used in Step 7: Wait for Zwift Launcher to start, then set Zwift display as primary [int]$PrimaryDisplayZwift = 3, # Used in Step 8: Optionally launch PowerToys Workspaces for Zwift [string[]]$AppsToCheck = @('Spotify', 'obs64', 'Sauce for Zwift'), [string]$PowerToysWorkspacesPath = 'C:\Program Files\PowerToys\PowerToys.WorkspacesLauncher.exe', [string]$WorkspaceGuid = '{E2CDEA2A-6E33-4CFD-A26B-0C5CC2E55F40}', # Used in Step 9: Wait for Zwift game to start, then maximize its window [int]$ZwiftGameMaximizeDelay = 60, # Used in Step 10: Move OBS to Zwift monitor if running [string]$ObsProcessName = 'obs64', # Used in Step 10.5: Monitor Zwift log for 'GameFlowState Riding' and check OBS [string]$ZwiftLogPath = 'C:\Users\Nick\Dropbox\PC (2)\Documents\Zwift\Logs\Log.txt', [string]$ObsLogDir = "$env:APPDATA\obs-studio\logs", [string]$obsPath = 'C:\Program Files\obs-studio\bin\64bit\obs64.exe', [string]$ObsRecordingStartLogMessage = '==== Recording Start', [string]$FreeFileSyncPath = 'C:\Program Files\FreeFileSync\FreeFileSync.exe', [string]$BatchJobPath = 'C:\Users\Nick\Dropbox\Random Save\Task Scheduler Rules\ZwiftPics.ffs_batch', [string]$BatchJobPath2 = 'C:\Users\Nick\Dropbox\Random Save\Task Scheduler Rules\RecordingsToNas.ffs_batch', # Used in Step 16: Close Spotify if running # (No params used directly here) # Used in Step 17: Launch Microsoft Edge with specified URLs in app mode [string]$EdgePath = 'C:\Program Files (x86)\Microsoft\Edge\Application\msedge.exe', [string]$EdgeUrl1 = 'https://studio.youtube.com/channel/UCyYwMWui3Opy2yZyom2QM0g/videos/upload?filter=%5B%5D&sort=%7B%22columnType%22%3A%22date%22%2C%22sortOrder%22%3A%22DESCENDING%22%7D', [string]$EdgeUrl2 = 'https://www.strava.com/athlete/training', [string]$EdgeUrl3 = 'https://connect.garmin.com/modern/home', # Used in Step 18: Open File Explorer for Zwift media and pictures directories [string]$ZwiftMediaPath = 'C:\Users\Nick\Dropbox\Cycling\ZwiftMedia', [string]$ZwiftPicturesPath = 'C:\Users\Nick\Dropbox\PC (2)\Pictures\Zwift', # Used in Step 19: Show task completion summary # (No params used directly here) # Used in Step 20: Set PowerToys Awake if available [string]$PowerToysAwakePath = 'C:\Program Files\PowerToys\PowerToys.Awake.exe', [int]$remainingTimeinHours = 3, [int]$PowerToysAwakeTime = $remainingTimeinHours * 3600, # Used in Step 21: Show task completion summary and allow review/countdown before exit # (No params used directly here) # Used throughout [int]$SleepInterval = 10 ) # ============================= # Step 1: Define helper functions and Win32 API for window management. # ============================= # Check if the 'Win32' type is already defined if (-not ([System.Management.Automation.PSTypeName]'Win32').Type) { $win32Code = @' using System; using System.Runtime.InteropServices; public class Win32 { [DllImport("user32.dll", SetLastError = true)] public static extern IntPtr GetForegroundWindow(); [DllImport("user32.dll", SetLastError = true)] public static extern int GetWindowLong(IntPtr hWnd, int nIndex); [DllImport("user32.dll")] public static extern int SetWindowLong(IntPtr hWnd, int nIndex, int dwNewLong); [DllImport("user32.dll", SetLastError = true)] [return: MarshalAs(UnmanagedType.Bool)] public static extern bool SetLayeredWindowAttributes(IntPtr hwnd, uint crKey, byte bAlpha, uint dwFlags); [DllImport("user32.dll", SetLastError = true)] public static extern bool SetWindowPos(IntPtr hWnd, IntPtr hWndInsertAfter, int X, int Y, int cx, int cy, uint uFlags); [DllImport("user32.dll", SetLastError = true)] public static extern bool ShowWindow(IntPtr hWnd, int nCmdShow); public const int GWL_EXSTYLE = -20; public const int WS_EX_LAYERED = 0x80000; public const int LWA_ALPHA = 0x2; public const uint SWP_NOSIZE = 0x0001; public const uint SWP_NOMOVE = 0x0002; public const uint SWP_NOZORDER = 0x0004; public const uint SWP_SHOWWINDOW = 0x0040; public const int SW_MAXIMIZE = 3; } '@ Add-Type -TypeDefinition $win32Code } # Variables for the current PowerShell window and process $hwnd = [Win32]::GetForegroundWindow() $process = Get-Process -Id ([System.Diagnostics.Process]::GetCurrentProcess().Id) $processName = $process.ProcessName.ToLower() $allowedProcesses = @('powershell', 'pwsh', 'windowsterminal', 'wt') $style = [Win32]::GetWindowLong($hwnd, [Win32]::GWL_EXSTYLE) # Ensure the transparency is applied only to the current PowerShell window or Windows Terminal # Initialize a hashtable to track completed tasks $taskTracker = @{ CompletedTasks = @() } # Function to add a completed task <#+ .SYNOPSIS Adds a completed task to the tracker. .DESCRIPTION This function adds a task name to the list of completed tasks in the tracker. .PARAMETER Tracker The hashtable tracking completed tasks. .PARAMETER TaskName The name of the task to add to the completed tasks list. .EXAMPLE Add-CompletedTask -Tracker $taskTracker -TaskName "Task 1" Adds "Task 1" to the completed tasks list in the task tracker. #> function Add-CompletedTask { param ( [hashtable]$Tracker, [string]$TaskName ) $Tracker.CompletedTasks += $TaskName } # Function to check if a task is completed <#+ .SYNOPSIS Checks if a task is completed. .DESCRIPTION This function checks if a task name is present in the list of completed tasks in the tracker. .PARAMETER Tracker The hashtable tracking completed tasks. .PARAMETER TaskName The name of the task to check for completion. .EXAMPLE Test-TaskCompletion -Tracker $taskTracker -TaskName "Task 1" Returns $true if "Task 1" is in the completed tasks list, otherwise $false. #> function Test-TaskCompletion { param ( [hashtable]$Tracker, [string]$TaskName ) return $TaskName -in $Tracker.CompletedTasks } # Function to get the list of completed tasks <#+ .SYNOPSIS Returns the list of completed tasks. .DESCRIPTION This function retrieves the list of completed tasks from the tracker. .PARAMETER Tracker The hashtable tracking completed tasks. .EXAMPLE Get-CompletedTasks -Tracker $taskTracker Returns the list of completed tasks from the task tracker. #> function Get-CompletedTasks { param ( [hashtable]$Tracker ) return $Tracker.CompletedTasks } # Function: Show-WaitingAnimation <#+ .SYNOPSIS Displays a waiting animation with a message. .DESCRIPTION This function shows a rotating animation (e.g., '|', '/', '-', '\') alongside a custom message. .PARAMETER Message The message to display alongside the animation. .PARAMETER Continue A boolean indicating whether to continue the animation. .EXAMPLE Show-WaitingAnimation -Message "Loading..." -Continue $true #> # Function to display a waiting animation with a message function Show-WaitingAnimation { param ( [string]$Message, [bool]$Continue ) $script:animIndex = ($script:animIndex + 1) % $AnimationChars.Length Write-Host "`r$Message $($AnimationChars[$script:animIndex])" -NoNewline -ForegroundColor $script:randomColor } # Function: Wait-WithAnimation <#+ .SYNOPSIS Waits for a specified duration while displaying an animation. .DESCRIPTION This function waits for a given number of seconds and displays a rotating animation with a custom message. .PARAMETER Seconds The number of seconds to wait. .PARAMETER Message The message to display alongside the animation. .EXAMPLE Wait-WithAnimation -Seconds 5 -Message "Processing..." #> # Function to wait with an animation and a message function Wait-WithAnimation { param ( [int]$Seconds, [string]$Message ) $endTime = (Get-Date).AddSeconds($Seconds) while ((Get-Date) -lt $endTime) { Show-WaitingAnimation -Message $Message -Continue $true -AnimationChars $AnimationChars Start-Sleep -Milliseconds 200 } } # Function: Import-DisplayConfigModule <#+ .SYNOPSIS Imports the DisplayConfig module or installs it if not available. .DESCRIPTION This function checks for the availability of the DisplayConfig module, installs it if missing, and imports it. .EXAMPLE Import-DisplayConfigModule #> # Function to Import the DisplayConfig module or install it if not available (requires PowerShellGet) and handle exceptions function Import-DisplayConfigModule { try { if (-not (Get-Module -ListAvailable -Name DisplayConfig)) { Write-Host "$(Get-Date): DisplayConfig module not found. Downloading..." -ForegroundColor Yellow Install-Module -Name DisplayConfig -Force -AllowClobber -Scope CurrentUser -ErrorAction Stop Write-Host "$(Get-Date): Module downloaded and installed successfully." -ForegroundColor Green } } catch { Write-Error "$(Get-Date): Failed to download and install module: $($_.Exception.Message). Continuing without it." } try { Import-Module DisplayConfig -ErrorAction Stop Write-Host "$(Get-Date): Successfully imported DisplayConfig module." -ForegroundColor Green } catch { Write-Error "$(Get-Date): Failed to import DisplayConfig module: $($_.Exception.Message). Continuing without it." } } # Function: Get-ProcessRunning <#+ .SYNOPSIS Checks if a process is running by name. .DESCRIPTION This function checks if a process with the specified name is currently running. .PARAMETER ProcessName The name of the process to check. .EXAMPLE Get-ProcessRunning -ProcessName "notepad" #> # Function to check if a process is running by name (case-insensitive) and handle exceptions function Get-ProcessRunning { param ([string]$ProcessName) try { return $null -ne (Get-Process -Name $ProcessName -ErrorAction SilentlyContinue) } catch { Write-Error "$(Get-Date): Error checking process ${ProcessName}: $($_.Exception.Message)" return $false } } # Function: Set-WindowTransparencyUWP <#+ .SYNOPSIS Sets the transparency of the current PowerShell or Windows Terminal window. .DESCRIPTION This function adjusts the transparency of the current window using the Win32 API. .PARAMETER Transparency The transparency percentage (0-100) to apply to the window. .EXAMPLE Set-WindowTransparencyUWP -Transparency 50 #> # Function to set window transparency using UWP API function Set-WindowTransparencyUWP { param ( [int]$Transparency # Set at the beginning of the script ) try { if ($allowedProcesses -contains $processName) { Write-Host "$(Get-Date): Trying to set window transparency to $Transparency%..." -ForegroundColor Cyan $null = [Win32]::SetWindowLong($hwnd, [Win32]::GWL_EXSTYLE, $style -bor [Win32]::WS_EX_LAYERED) # Ensure transparency value of 0 sets the window to fully opaque $opacity = if ($Transparency -eq 0) { 255 } else { [byte]((100 - $Transparency) * 255 / 100) } $null = [Win32]::SetLayeredWindowAttributes($hwnd, 0, $opacity, [Win32]::LWA_ALPHA) Write-Host "$(Get-Date): Successfully set window transparency to $Transparency%" -ForegroundColor Green } else { Write-Host "$(Get-Date): The foreground window is not a PowerShell or Windows Terminal window. Transparency not applied." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Failed to set window transparency: $($_.Exception.Message)" } } # Function: Set-PrimaryDisplay <#+ .SYNOPSIS Sets the primary display to the specified index. .DESCRIPTION This function uses the DisplayConfig module to set the primary display to the given index. .PARAMETER DisplayIndex The zero-based index of the display to set as primary. .EXAMPLE Set-PrimaryDisplay -DisplayIndex 2 #> # Function to set the primary display using the DisplayConfig module and handle exceptions function Set-PrimaryDisplay { param ([int]$DisplayIndex) try { Set-DisplayPrimary $DisplayIndex Write-Host "$(Get-Date): Primary display set to $DisplayIndex" -ForegroundColor Green } catch { Write-Error "$(Get-Date): Failed to set primary display to ${DisplayIndex}: $($_.Exception.Message)" } } # Function: Show-TaskCompletionSummary <#+ .SYNOPSIS Displays a summary of task completion status. .DESCRIPTION The Show-TaskCompletionSummary function outputs a summary of completed tasks in the order they were completed. It also highlights any tasks in the provided tasksCompleted list that were not completed. .PARAMETER Tracker A hashtable containing task tracking information, including a list of completed tasks. .PARAMETER tasksCompleted An additional collection of tasks to check for completion. .EXAMPLE Show-TaskCompletionSummary -Tracker $myTracker -tasksCompleted $recentlyCompleted .NOTES This function assumes the existence of a Get-CompletedTasks function that retrieves completed tasks from the provided tracker. #> function Show-TaskCompletionSummary { param ( [hashtable]$Tracker, $tasksCompleted ) try { # Only use the order in which tasks were completed $completedOrdered = $Tracker.CompletedTasks Write-Host "$(Get-Date): Task Completion Summary (in order completed):" -ForegroundColor Cyan foreach ($task in $completedOrdered) { Write-Host "- ${task}: Completed" -ForegroundColor Green } # Optionally, show any tasks in $tasksCompleted that were not completed (if needed) if ($tasksCompleted) { foreach ($task in $tasksCompleted) { if ($task -notin $completedOrdered) { Write-Host "- ${task}: Not Completed" -ForegroundColor Red } } } } catch { Write-Error "$(Get-Date): Error during task validation: $($_.Exception.Message)" } } # Function: Get-RemainingTime <# .SYNOPSIS Calculates the remaining time in seconds based on provided hours, minutes, or seconds. .DESCRIPTION The Get-RemainingTime function returns the remaining time in seconds. It accepts one of three parameters: hours, minutes, or seconds. The function prioritizes hours over minutes, and minutes over seconds. If none of the parameters are provided, it writes an error message and exits the script. .PARAMETER remainingTimeinHours The number of remaining hours to be converted to seconds. .PARAMETER remainingTimeinMinutes The number of remaining minutes to be converted to seconds. .PARAMETER remainingTimeinSeconds The number of remaining seconds. .EXAMPLE Get-RemainingTime -remainingTimeinMinutes 15 # Returns 900 .EXAMPLE Get-RemainingTime -remainingTimeinHours 1 # Returns 3600 .NOTES Only one parameter should be provided at a time. If multiple parameters are provided, hours take precedence over minutes, and minutes over seconds. #> function Get-RemainingTime { param ( $remainingTimeinHours, $remainingTimeinMinutes, $remainingTimeinSeconds ) try { if ($null -ne $remainingTimeinHours) { return $remainingTimeinHours * 3600 } elseif ($null -ne $remainingTimeinMinutes) { return $remainingTimeinMinutes * 60 } elseif ($null -ne $remainingTimeinSeconds) { return $remainingTimeinSeconds } else { Write-Host "$(Get-Date): No valid remaining time parameter provided. Exiting script." -ForegroundColor Red exit } } catch { Write-Error "$(Get-Date): Error calculating remaining time: $($_.Exception.Message)" exit } } # Function: Invoke-ReviewCountdownAndCleanup <# .SYNOPSIS Displays a countdown timer for script review and performs cleanup actions after script execution. .DESCRIPTION The Invoke-ReviewCountdownAndCleanup function provides a post-execution review period by displaying a countdown timer in the console. The user can exit the review early by pressing any key. Once the countdown completes or a key is pressed, the function attempts to stop the PowerToys Awake process if it is running, ensuring proper cleanup. Informative messages are displayed throughout the process, and errors are handled gracefully. .PARAMETER remainingTime The number of seconds to keep the script window open for review after execution completes. .EXAMPLE Invoke-ReviewCountdownAndCleanup -remainingTime 60 # Keeps the script window open for 60 seconds, allowing the user to review output or exit early by pressing a key. .NOTES This function is intended to be called at the end of a script to allow users time to review output and ensure that PowerToys Awake is stopped if it was started during script execution. #> function Invoke-ReviewCountdownAndCleanup { param ( [int]$remainingTime ) try { Write-Host "$(Get-Date): Script execution completed. The window will remain open for review for $([TimeSpan]::FromSeconds($remainingTime).ToString('hh\:mm\:ss'))." -ForegroundColor Yellow $originalRemainingTime = $remainingTime $exitEarly = $false while ($remainingTime -gt 0) { try { if ([Console]::KeyAvailable) { Write-Host "`n$(Get-Date): Key press detected. Exiting script, window will remain open." -ForegroundColor Yellow $exitEarly = $true break } $formattedTime = [TimeSpan]::FromSeconds($remainingTime).ToString('hh\:mm\:ss') Wait-WithAnimation -Seconds 1 -Message "Time remaining: $formattedTime" $remainingTime-- } catch { Write-Error "$(Get-Date): Error during countdown timer: $($_.Exception.Message)" break } } # --- Always attempt to stop PowerToys Awake, regardless of exitEarly --- try { if (Get-Process -Name 'PowerToys.Awake' -ErrorAction SilentlyContinue) { Write-Host "$(Get-Date): PowerToys Awake is running. Stopping it now..." -ForegroundColor Cyan Get-Process -Name 'PowerToys.Awake' -ErrorAction SilentlyContinue | Stop-Process -Force Write-Host "$(Get-Date): PowerToys Awake stopped successfully." -ForegroundColor Green } else { Write-Host "$(Get-Date): PowerToys Awake is not running. No action needed." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error stopping PowerToys Awake: $($_.Exception.Message)" } if ($exitEarly) { Write-Host "$(Get-Date): Exiting review early due to key press. Window will remain open." -ForegroundColor Yellow return } else { Write-Host "`n$(Get-Date): Script review time over. $([TimeSpan]::FromSeconds($originalRemainingTime).ToString('hh\:mm\:ss')) has passed since the script ended." -ForegroundColor Yellow Write-Host "$(Get-Date): Closing the script now." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error during script review countdown: $($_.Exception.Message)" } } # ============================= # Step 2: Resize and position the PowerShell window on the target display. # ============================= # Resize the PowerShell window using Win32 API functions # This code snippet uses the Win32 class defined earlier to resize the # current PowerShell window. It retrieves the handle of the current # foreground window using the GetForegroundWindow function, and then # uses the SetWindowPos function to set the window position and size. # The window position (X, Y) and size (width, height) are specified in # pixels. The script also uses the SWP_NOZORDER and SWP_SHOWWINDOW flags # to ensure that the window is resized without changing its z-order and # is shown after resizing. try { # Load the System.Windows.Forms assembly Add-Type -AssemblyName System.Windows.Forms # Resize the PowerShell window $hwnd = [Win32]::GetForegroundWindow() # Get the screen coordinates of display 3 $displayIndex = $TargetDisplayIndex - 1 # Subtract 1 to make it zero-based $displays = [System.Windows.Forms.Screen]::AllScreens if ($displayIndex -lt $displays.Count) { $targetDisplay = $displays[$displayIndex] $x = $targetDisplay.WorkingArea.X $y = $targetDisplay.WorkingArea.Y # Set the window position to display 3 [Win32]::SetWindowPos($hwnd, [IntPtr]::Zero, $x + $WindowPositionX, $y + $WindowPositionY, $WindowWidth, $WindowHeight, [Win32]::SWP_NOZORDER -bor [Win32]::SWP_SHOWWINDOW) Write-Host "$(Get-Date): Successfully resized and positioned the PowerShell window on display $TargetDisplayIndex." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Resized and positioned PowerShell window' } else { Write-Host "$(Get-Date): Display 3 not found. Resizing in current display." -ForegroundColor Yellow [Win32]::SetWindowPos($hwnd, [IntPtr]::Zero, $WindowPositionX, $WindowPositionY, $WindowWidth, $WindowHeight, [Win32]::SWP_NOZORDER -bor [Win32]::SWP_SHOWWINDOW) } } catch { Write-Error "$(Get-Date): Error resizing or positioning the PowerShell window: $($_.Exception.Message)" } # ============================= # Step 3: Import the DisplayConfig module for display management. # ============================= try { Write-Host "$(Get-Date): Attempting to import DisplayConfig module..." -ForegroundColor Cyan Import-DisplayConfigModule Add-CompletedTask -Tracker $taskTracker -TaskName 'Imported DisplayConfig module' } catch { Write-Error "$(Get-Date): Error importing DisplayConfig module: $($_.Exception.Message)" } # ============================= # Step 4: Set PowerShell window transparency. # ============================= # Set PowerShell window transparency to the specified value (default: 25) try { Set-WindowTransparencyUWP -Transparency $Transparency Add-CompletedTask -Tracker $taskTracker -TaskName 'Set Window Transparency' } catch { Write-Error "$(Get-Date): Error setting window transparency: $($_.Exception.Message)" } # ============================= # Step 5: Resolve paths for Zwift Launcher and Monitor Script. # ============================= try { $MonitorZwiftScriptPath = Resolve-Path -LiteralPath $MonitorZwiftScriptPath -ErrorAction Stop $ZwiftLauncherPath = Resolve-Path -LiteralPath $ZwiftLauncherPath -ErrorAction Stop Add-CompletedTask -Tracker $taskTracker -TaskName 'Zwift Launcher path resolved' } catch { Write-Error "Failed to resolve paths: $($_.Exception.Message)" exit 1 } # ============================= # Step 6: Start Zwift Launcher if Zwift is not already running. # ============================= # Check if Zwift is already running $ZwiftAppRunning = $null -ne (Get-Process -Name $ZwiftGame -ErrorAction SilentlyContinue) if ($ZwiftAppRunning) { Write-Output 'ZwiftApp.exe is already running. Skipping ZwiftLauncher.exe start.' Add-CompletedTask -Tracker $taskTracker -TaskName 'ZwiftApp already running or Zwift Launcher started' } else { # Start Zwift Launcher if (Test-Path -LiteralPath $ZwiftLauncherPath) { try { $ZwiftProcess = Start-Process -FilePath $ZwiftLauncherPath -NoNewWindow -PassThru -ErrorAction Stop if ($ZwiftProcess) { Write-Output "Zwift Launcher started successfully from path: $ZwiftLauncherPath" Add-CompletedTask -Tracker $taskTracker -TaskName 'ZwiftApp already running or Zwift Launcher started' } else { Write-Error 'Zwift Launcher process did not start.' } } catch { Write-Error "Failed to start Zwift Launcher: $($_.Exception.Message)" } } else { Write-Error "Zwift Launcher path not found: $ZwiftLauncherPath" } } # ============================= # Step 7: Wait for Zwift Launcher to start, then set Zwift display as primary. # ============================= try { Write-Host "$(Get-Date): Waiting for Zwift launcher to start..." -ForegroundColor Cyan while (-not (Get-ProcessRunning -ProcessName $ZwiftLauncher)) { Wait-WithAnimation -Seconds 1 -Message "Waiting for $ZwiftLauncher" } Write-Host "$(Get-Date): Zwift launcher detected. Switching primary display to $($PrimaryDisplayZwift + 1)" -ForegroundColor Green Set-PrimaryDisplay ($PrimaryDisplayZwift + 1) # + 1 to make it one-based index for the DisplayConfig module (index: 4) Add-CompletedTask -Tracker $taskTracker -TaskName 'Zwift launcher running' Add-CompletedTask -Tracker $taskTracker -TaskName 'Primary display set for Zwift' } catch { Write-Error "$(Get-Date): Error while waiting for Zwift launcher to start or switching primary display: $($_.Exception.Message)" } # ============================= # Step 8: Optionally launch PowerToys Workspaces for Zwift. # ============================= # Launch the PowerToys Workspaces for Zwift (if installed) after the Zwift launcher starts try { # Check if all of the specified applications are running Write-Host "$(Get-Date): Checking if all specified applications are running..." -ForegroundColor Cyan $allAppsRunning = $true foreach ($app in $AppsToCheck) { try { if (-not (Get-Process -Name $app -ErrorAction SilentlyContinue)) { $allAppsRunning = $false break } } catch { Write-Error "$(Get-Date): Error checking process ${app}: $($_.Exception.Message)" $allAppsRunning = $false break } } if (-not $allAppsRunning) { try { Write-Host "$(Get-Date): Launching Zwift PowerToys Workspaces..." -ForegroundColor Cyan Start-Process -FilePath $PowerToysWorkspacesPath -ArgumentList "$WorkspaceGuid 1" Write-Host "$(Get-Date): Zwift PowerToys Workspaces launched successfully." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'PowerToys Workspaces launched or skipped' } catch { Write-Error "$(Get-Date): Error launching PowerToys Workspaces: $($_.Exception.Message)" } } else { Write-Host "$(Get-Date): All specified applications are running. Skipping PowerToys Workspaces launch." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error in checking or launching applications: $($_.Exception.Message)" } # ============================= # Step 9: Wait for Zwift game to start, then maximize its window. # ============================= try { Write-Host "$(Get-Date): Waiting for Zwift game to start..." -ForegroundColor Cyan while (-not (Get-ProcessRunning -ProcessName $ZwiftGame)) { Wait-WithAnimation -Seconds 1 -Message "Waiting for $ZwiftGame" } Write-Host "$(Get-Date): Zwift game detected." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Zwift game started' } catch { Write-Error "$(Get-Date): Error while waiting for or detecting Zwift game: $($_.Exception.Message)" } # Wait for a specified amount of time before maximizing the Zwift game window try { Write-Host "$(Get-Date): Waiting for $ZwiftGameMaximizeDelay seconds before maximizing the Zwift game window..." -ForegroundColor Cyan # Countdown animation for ($i = $ZwiftGameMaximizeDelay; $i -gt 0; $i--) { Write-Host "`rWaiting: $i seconds remaining..." -NoNewline -ForegroundColor Yellow Start-Sleep -Seconds 1 } Write-Host "`rCountdown complete. Proceeding..." -ForegroundColor Green $ZwiftProcess = Get-Process -Name $ZwiftGame -ErrorAction SilentlyContinue if ($ZwiftProcess) { # Get the main window handle of the Zwift game process $ZwiftHwnd = $ZwiftProcess.MainWindowHandle Write-Host "Zwift MainWindowHandle: $ZwiftHwnd" # If the handle is valid, maximize the window if ($ZwiftHwnd -ne [IntPtr]::Zero) { [Win32]::ShowWindow($ZwiftHwnd, [Win32]::SW_MAXIMIZE) Write-Host "$(Get-Date): Zwift game window maximized successfully." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Zwift game window maximized' } else { Write-Host "$(Get-Date): Zwift game window handle not found. Unable to maximize." -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): Zwift game process not found. Unable to maximize window." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error maximizing Zwift game window: $($_.Exception.Message)" } # ============================= # Step 10: Move OBS to Zwift monitor if running. # ============================= # Move OBS to the Zwift monitor, center it, and resize to 80% of the monitor's width and height try { Write-Host "$(Get-Date): Attempting to move OBS to the Zwift monitor, center it, and resize to 80% of the monitor's dimensions..." -ForegroundColor Cyan $ObsProcess = Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue if ($ObsProcess) { $ObsHwnd = $ObsProcess.MainWindowHandle if ($ObsHwnd -ne [IntPtr]::Zero) { # Get the screen coordinates of the Zwift display Add-Type -AssemblyName System.Windows.Forms # Get the display index for Zwift (1-based index) $ZwiftDisplayIndex = $PrimaryDisplayZwift - 1 $Displays = [System.Windows.Forms.Screen]::AllScreens if ($ZwiftDisplayIndex -lt $Displays.Count) { $ZwiftDisplay = $Displays[$ZwiftDisplayIndex] $X = $ZwiftDisplay.WorkingArea.X $Y = $ZwiftDisplay.WorkingArea.Y $Width = $ZwiftDisplay.WorkingArea.Width $Height = $ZwiftDisplay.WorkingArea.Height # Calculate 80% of the display size for OBS window $ObsWidth = [int]($Width * 0.8) $ObsHeight = [int]($Height * 0.8) # Center the OBS window on the display $ObsX = $X + [int](($Width - $ObsWidth) / 2) $ObsY = $Y + [int](($Height - $ObsHeight) / 2) # Move and resize OBS to be centered and 80% of the Zwift display [Win32]::SetWindowPos($ObsHwnd, [IntPtr]::Zero, $ObsX, $ObsY, $ObsWidth, $ObsHeight, [Win32]::SWP_SHOWWINDOW) [Win32]::ShowWindow($ObsHwnd, 5) # SW_SHOW Write-Host "$(Get-Date): OBS moved to Zwift monitor, centered, and resized to 80% of the display." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'OBS moved to Zwift monitor and centered/resized' } else { Write-Host "$(Get-Date): Zwift display index $ZwiftDisplayIndex not found. Skipping OBS move." -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): OBS window handle not found. Skipping OBS move." -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): OBS is not running. Skipping OBS move." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error moving OBS to Zwift monitor: $($_.Exception.Message)" } # ============================= # Step 10.5: Monitor Zwift log for 'GameFlowState Riding' and check OBS # ============================= $GameFlowRidingDetected = $false if (Test-Path -Path $ZwiftLogPath) { Write-Host "$(Get-Date): Monitoring Zwift log for '[ZWATCHDOG]: GameFlowState Riding'..." -ForegroundColor Cyan try { $logStream = [System.IO.File]::Open($ZwiftLogPath, [System.IO.FileMode]::Open, [System.IO.FileAccess]::Read, [System.IO.FileShare]::ReadWrite) $reader = New-Object System.IO.StreamReader($logStream) # Move to end of file $null = $reader.BaseStream.Seek(0, [System.IO.SeekOrigin]::End) while (-not $GameFlowRidingDetected) { Start-Sleep -Seconds 1 while ($null -ne ($line = $reader.ReadLine())) { if ($line -match '\[ZWATCHDOG\]: GameFlowState Riding') { Write-Host "$(Get-Date): Detected 'GameFlowState Riding' in Zwift log!" -ForegroundColor Green $GameFlowRidingDetected = $true break } } } } finally { if ($null -ne $reader) { $reader.Close() } if ($null -ne $logStream) { $logStream.Close() } } # Check if OBS is running $obsProcess = Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue if (-not $obsProcess) { Write-Host "$(Get-Date): OBS is NOT running!" -ForegroundColor Red do { $userInput = Read-Host 'Would you like to start OBS now? (Y/N)' if ($userInput -notmatch '^(Y|y|N|n)$') { Write-Host "Invalid input. Please enter 'Y' or 'N'." -ForegroundColor Yellow } } while ($userInput -notmatch '^(Y|y|N|n)$') if ($userInput -match '^(Y|y)') { if (Test-Path -Path $obsPath) { Start-Process -FilePath $obsPath Write-Host "$(Get-Date): OBS started." -ForegroundColor Green # Wait for OBS to start Start-Sleep -Seconds 3 $obsProcess = Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue Add-CompletedTask -Tracker $taskTracker -TaskName 'OBS started after user prompt' } else { Write-Host "$(Get-Date): OBS executable not found at $obsPath. Please start OBS manually." -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): OBS will not be started automatically. Remember to start it if you want to record!" -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): OBS is already running." -ForegroundColor Green } # After checking/starting OBS, check if recording has started in the latest OBS log if (Test-Path $ObsLogDir -and (Get-ChildItem -Path $ObsLogDir -Filter '*.txt' -ErrorAction SilentlyContinue)) { $latestLog = Get-ChildItem -Path $ObsLogDir -Filter '*.txt' | Sort-Object LastWriteTime -Descending | Select-Object -First 1 if ($latestLog) { $logContent = Get-Content $latestLog.FullName -Raw if ($logContent -match [regex]::Escape($ObsRecordingStartLogMessage)) { # Ensure OBS window is active before sending the hotkey if ($obsProc -and $obsProc.MainWindowTitle) { $retryCount = 0 $maxRetries = 3 while (-not $obsProc -and $retryCount -lt $maxRetries) { Write-Host "$(Get-Date): OBS process not found. Retrying in 5 seconds... (Attempt $($retryCount + 1) of $maxRetries)" -ForegroundColor Yellow Start-Sleep -Seconds 5 $obsProc = Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue $retryCount++ } if ($obsProc) { [void]$wshell.AppActivate($obsProc.MainWindowTitle) } else { Write-Host "$(Get-Date): OBS process could not be found after $maxRetries attempts. Please start OBS manually." -ForegroundColor Red } Start-Sleep -Milliseconds 500 } Write-Host "$(Get-Date): OBS recording already started (detected in log)." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'OBS recording already started, detected in log' } else { Write-Host "$(Get-Date): OBS recording not detected in log. Attempting to start recording..." -ForegroundColor Yellow # Try to start recording using OBS hotkey (simulate hotkey Ctrl+F11 by default) $wshell = New-Object -ComObject WScript.Shell $obsProc = Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue if ($obsProc) { [void]$wshell.AppActivate($obsProc.MainWindowTitle) Start-Sleep -Seconds 1 $wshell.SendKeys($ObsRecordingHotkey) # <-- Send the start recording hotkey (Ctrl+F11 by default) Add-CompletedTask -Tracker $taskTracker -TaskName 'OBS recording started' Start-Sleep -Seconds 3 # Minimize OBS window $obsHwnd = $obsProc.MainWindowHandle if ($obsHwnd -ne [IntPtr]::Zero) { [Win32]::ShowWindow($obsHwnd, 2) # SW_MINIMIZE Write-Host "$(Get-Date): OBS window minimized." -ForegroundColor Green } else { Write-Host "$(Get-Date): Could not get OBS window handle to minimize." -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): OBS process not found to send hotkey." -ForegroundColor Red } } } else { Write-Host "$(Get-Date): No OBS log files found to check recording status." -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): OBS log directory not found: $ObsLogDir" -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): Zwift log file not found at $ZwiftLogPath. Skipping log monitoring for ride start." -ForegroundColor Yellow } # ============================= # Step 11: Wait for Zwift game to close. # ============================= try { Write-Host "$(Get-Date): Zwift game is running. Waiting for it to close..." -ForegroundColor Cyan while (Get-ProcessRunning -ProcessName $ZwiftGame) { Wait-WithAnimation -Seconds 1 -Message "Waiting for $ZwiftGame" } Write-Host "$(Get-Date): Zwift game closed." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Zwift game closed' } catch { Write-Error "$(Get-Date): Error monitoring Zwift game: $($_.Exception.Message)" } # ============================= # Step 12: Ensure Sauce for Zwift is closed. # ============================= try { Write-Host "$(Get-Date): Checking for Sauce for Zwift process..." -ForegroundColor Cyan $SauceProcess = Get-Process | Where-Object { $_.Name -like 'Sauce for Zwift*' } if ($SauceProcess) { Write-Host "$(Get-Date): Sauce for Zwift is running. Closing it..." -ForegroundColor Yellow $SauceProcess | Stop-Process -Force Write-Host "$(Get-Date): Sauce for Zwift closed successfully." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Sauce for Zwift closed or skipped' } else { Write-Host "$(Get-Date): Sauce for Zwift is not running. Skipping..." -ForegroundColor Yellow Add-CompletedTask -Tracker $taskTracker -TaskName 'Sauce for Zwift closed or skipped' } } catch { Write-Error "$(Get-Date): Error closing Sauce for Zwift: $($_.Exception.Message)" } # ============================= # Step 13: Restore primary display to default. # ============================= try { Write-Host "$(Get-Date): Restoring primary display to $($PrimaryDisplayDefault + 1)..." -ForegroundColor Cyan Set-PrimaryDisplay ($PrimaryDisplayDefault + 1) # + 1 to make it one-based index for the DisplayConfig module (index: 2) Write-Host "$(Get-Date): Primary display restored to $($PrimaryDisplayDefault + 1)." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Primary display restored' } catch { Write-Error "$(Get-Date): Error restoring primary display: $($_.Exception.Message)" } # ============================= # Step 14: Stop and close OBS if running. # ============================= try { Write-Host "$(Get-Date): Checking for OBS..." -ForegroundColor Cyan $ObsProcess = Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue if ($ObsProcess) { Write-Host "$(Get-Date): OBS is running. Stopping recording and closing OBS..." -ForegroundColor Yellow try { # Send hotkey to stop recording $wshell = New-Object -ComObject WScript.Shell $ObsProcess | ForEach-Object { try { [void]$wshell.AppActivate($_.MainWindowTitle) Start-Sleep -Milliseconds 500 $wshell.SendKeys($ObsRecordingHotkey) # Send hotkey to stop recording } catch { Write-Error "$(Get-Date): Error activating OBS window or sending stop recording hotkey: $($_.Exception.Message)" } } Write-Host "$(Get-Date): Sent stop recording command to OBS" -ForegroundColor Green } catch { Write-Error "$(Get-Date): Error initializing WScript.Shell or sending stop recording command: $($_.Exception.Message)" } try { # Give OBS time to save the recording Write-Host "$(Get-Date): Waiting for recording to save..." -ForegroundColor Cyan Wait-WithAnimation -Seconds 5 -Message 'Saving recording...' } catch { Write-Error "$(Get-Date): Error while waiting for recording to save: $($_.Exception.Message)" } try { # Close OBS gracefully with hotkey instead of force-killing it $ObsProcess | ForEach-Object { try { # Check if the OBS window is already active if ($_.MainWindowTitle -and $wshell.AppActivate($_.MainWindowTitle)) { Write-Host "$(Get-Date): OBS window is already active: $($_.MainWindowTitle)" -ForegroundColor Yellow } else { # Attempt to activate the OBS window if ($_.MainWindowTitle) { $activated = $wshell.AppActivate($_.MainWindowTitle) if ($activated) { Write-Host "$(Get-Date): Activated OBS window: $($_.MainWindowTitle)" -ForegroundColor Green Wait-WithAnimation -Seconds 2 -Message 'Activating OBS Window...' } else { Write-Host "$(Get-Date): Failed to activate OBS window: $($_.MainWindowTitle)" -ForegroundColor Yellow } } else { Write-Host "$(Get-Date): OBS process has no MainWindowTitle. Skipping activation." -ForegroundColor Yellow } } # Send the hotkey to close OBS $wshell.SendKeys($CloseObsHotkey) Write-Host "$(Get-Date): Sent close hotkey to OBS window: $($_.MainWindowTitle)" -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'OBS recording stopped' } catch { Write-Error "$(Get-Date): Error activating OBS window or sending close hotkey: $($_.Exception.Message)" } } } catch { Write-Error "$(Get-Date): Error initializing WScript.Shell or sending close command to OBS: $($_.Exception.Message)" } try { # Wait for OBS to close naturally (up to 10 seconds) $timeout = 10 Write-Host "$(Get-Date): Waiting for OBS to close..." -ForegroundColor Cyan Wait-WithAnimation -Seconds $timeout -Message 'Waiting for OBS to close' if (Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue) { Write-Host "$(Get-Date): OBS didn't close after $timeout seconds, closing forcefully" -ForegroundColor Yellow try { Get-Process -Name $ObsProcessName -ErrorAction SilentlyContinue | Stop-Process } catch { Write-Error "$(Get-Date): Error forcefully closing OBS: $($_.Exception.Message)" } } else { Write-Host "$(Get-Date): OBS closed successfully" -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'OBS closed' } } catch { Write-Error "$(Get-Date): Error while waiting for OBS to close: $($_.Exception.Message)" } } else { Write-Host "$(Get-Date): OBS is not running" -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error stopping OBS recording or closing OBS: $($_.Exception.Message)" } # ============================= # Step 15: Run FreeFileSync batch job to sync files. # ============================= # Run FreeFileSync batch job after Zwift game closes and display is restored to default display (index: 2) # This ensures that any files (screenshots) modified during the Zwift session are synchronized with the backup location. try { Write-Host "$(Get-Date): Running FreeFileSync batch job..." -ForegroundColor Cyan Start-Process -FilePath $FreeFileSyncPath -ArgumentList "`"$BatchJobPath`"" Write-Host "$(Get-Date): FreeFileSync batch job started (not waiting for completion)." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'FreeFileSync batch job started' # Run the second batch job for recordings to NAS Write-Host "$(Get-Date): Running second FreeFileSync batch job (RecordingsToNas)..." -ForegroundColor Cyan Start-Process -FilePath $FreeFileSyncPath -ArgumentList "`"$BatchJobPath2`"" Write-Host "$(Get-Date): Second FreeFileSync batch job started (not waiting for completion)." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'FreeFileSync batch job 2 started' } catch { Write-Error "$(Get-Date): Error running FreeFileSync batch job(s): $($_.Exception.Message)" } # ============================= # Step 16: Close Spotify if running. # ============================= try { Write-Host "$(Get-Date): Checking for Spotify..." -ForegroundColor Cyan $SpotifyProcess = Get-Process -Name 'Spotify' -ErrorAction SilentlyContinue if ($SpotifyProcess) { Write-Host "$(Get-Date): Spotify is running. Closing Spotify..." -ForegroundColor Yellow $SpotifyProcess | Stop-Process -Force Write-Host "$(Get-Date): Spotify closed successfully." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Spotify closed' } else { Write-Host "$(Get-Date): Spotify is not running." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error closing Spotify: $($_.Exception.Message)" } # ============================= # Step 17: Launch Microsoft Edge with specified URLs in app mode. # ============================= # Check if Microsoft Edge is installed if (Test-Path -Path $EdgePath) { try { Write-Host "$(Get-Date): Microsoft Edge found. Launching in app mode with the specified URLs..." -ForegroundColor Cyan Start-Process -FilePath "$EdgePath" -ArgumentList @("$EdgeUrl1", "$EdgeUrl2", "$EdgeUrl3") Write-Host "$(Get-Date): Microsoft Edge launched successfully with the specified URLs." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Microsoft Edge launched' } catch { Write-Error "$(Get-Date): Error launching Microsoft Edge: $($_.Exception.Message)" } } else { Write-Host "$(Get-Date): Microsoft Edge not found at $EdgePath. Skipping launch." -ForegroundColor Yellow Add-CompletedTask -Tracker $taskTracker -TaskName 'Microsoft Edge skipped' } # ============================= # Step 18: Open File Explorer for Zwift media and pictures directories. # ============================= try { Write-Host "$(Get-Date): Opening File Explorer with specified directories..." -ForegroundColor Cyan if (Test-Path -Path $ZwiftMediaPath) { Start-Process -FilePath 'explorer.exe' -ArgumentList "`"$ZwiftMediaPath`"" Add-CompletedTask -Tracker $taskTracker -TaskName 'Opened File Explorer for ZwiftMediaPath' } else { Write-Host "$(Get-Date): Path $ZwiftMediaPath does not exist. Skipping opening File Explorer for this path." -ForegroundColor Yellow } if (Test-Path -Path $ZwiftPicturesPath) { Start-Process -FilePath 'explorer.exe' -ArgumentList "`"$ZwiftPicturesPath`"" Add-CompletedTask -Tracker $taskTracker -TaskName 'Opened File Explorer for ZwiftPicturesPath' } else { Write-Host "$(Get-Date): Path $ZwiftPicturesPath does not exist. Skipping the opening of File Explorer for this path." -ForegroundColor Yellow } $openedPaths = @() if (Test-Path -Path $ZwiftMediaPath) { $openedPaths += $ZwiftMediaPath } if (Test-Path -Path $ZwiftPicturesPath) { $openedPaths += $ZwiftPicturesPath } if ($openedPaths.Count -gt 0) { Write-Host "$(Get-Date): File Explorer opened successfully with the following directories: $($openedPaths -join ', ')." -ForegroundColor Green } else { Write-Host "$(Get-Date): No directories were opened as none of the specified paths exist." -ForegroundColor Yellow } } catch { Write-Error "$(Get-Date): Error opening File Explorer: $($_.Exception.Message)" } # ============================= # Step 19: Reset PowerShell window transparency to opaque. # ============================= try { Set-WindowTransparencyUWP -Transparency 0 Write-Host "$(Get-Date): Window transparency reset to fully opaque." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Window transparency reset to fully opaque' } catch { Write-Error "$(Get-Date): Error resetting window transparency: $($_.Exception.Message)" Write-Host "$(Get-Date): Attempting fallback by resetting transparency using default Win32 API..." -ForegroundColor Yellow try { $hwnd = [Win32]::GetForegroundWindow() $style = [Win32]::GetWindowLong($hwnd, [Win32]::GWL_EXSTYLE) [Win32]::SetWindowLong($hwnd, [Win32]::GWL_EXSTYLE, $style -bor [Win32]::WS_EX_LAYERED) [Win32]::SetLayeredWindowAttributes($hwnd, 0, 255, [Win32]::LWA_ALPHA) Write-Host "$(Get-Date): Fallback succeeded. Window transparency reset to fully opaque using Win32 API." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'Window transparency reset to fully opaque' } catch { Write-Error "$(Get-Date): Fallback failed: $($_.Exception.Message). Continuing script execution regardless." } } # ============================= # Step 20: Set PowerToys Awake if available. # ============================= $PowerToysAwakeArgs = "--time-limit $PowerToysAwakeTime --display-on true" try { if (Test-Path -LiteralPath $PowerToysAwakePath) { Write-Host "$(Get-Date): Setting PowerToys Awake to on for ($([TimeSpan]::FromSeconds($PowerToysAwakeTime).ToString('hh\:mm\:ss')))..." -ForegroundColor Cyan Start-Process -FilePath $PowerToysAwakePath -ArgumentList $PowerToysAwakeArgs -WindowStyle Hidden -ErrorAction Stop Write-Host "$(Get-Date): PowerToys Awake settings applied." -ForegroundColor Green Add-CompletedTask -Tracker $taskTracker -TaskName 'PowerToys Awake set' } else { Write-Host "$(Get-Date): PowerToys Awake executable not found at '$PowerToysAwakePath'. Skipping." -ForegroundColor Yellow Add-CompletedTask -Tracker $taskTracker -TaskName 'PowerToys Awake skipped' } } catch { Write-Error "$(Get-Date): Error setting PowerToys Awake: $($_.Exception.Message)" Add-CompletedTask -Tracker $taskTracker -TaskName 'PowerToys Awake failed' } # ============================= # Step 21: Show task completion summary and allow review/countdown before exit. # ============================= try { Add-CompletedTask -Tracker $taskTracker -TaskName 'Final validation and review process started' Show-TaskCompletionSummary -Tracker $taskTracker -tasksCompleted $tasksCompleted $remainingTime = Get-RemainingTime -remainingTimeinHours $remainingTimeinHours -remainingTimeinMinutes $remainingTimeinMinutes -remainingTimeinSeconds $remainingTimeinSeconds Invoke-ReviewCountdownAndCleanup -remainingTime $remainingTime # --- Add prompt to keep window open after review period or key press --- Write-Host "`n$(Get-Date): Review period complete. Press Enter to close this window..." -ForegroundColor Cyan [void] (Read-Host) } catch { Write-Error "$(Get-Date): Unexpected error in the final validation and review process: $($_.Exception.Message)" return } |