- Enables automatic horizontal and vertical scrollbars for ListViews in the UI to improve navigation.
- Introduces functions to dynamically calculate and apply column widths based on the visible content and header text.
- Triggers column auto-resizing across various modules whenever ListView data is updated or refreshed.
- Renames a path normalization function and updates an event handler parameter name for clarity.
Transitions the Microsoft Surface driver model list retrieval to use a centralized Learn-based index. This change unifies the scraping logic between the CLI and UI components, ensuring consistency and simplified maintenance. Cached model lists now serve both interfaces efficiently, reducing unnecessary network requests while retaining fallback mechanisms.
Adjusts margins, padding, and alignments across multiple UI components in the XAML file to ensure a consistent and polished layout. Values for spacing have been standardized to improve the visual spacing between controls, enhancing overall readability and user experience.
Updates the Home page UI to display current build, latest release, and release status. Moves the resources section to the Home page and adds a new section to display the latest GitHub discussions. Add helper functions to query GitHub for the latest release and recent public discussions to keep users informed efficiently.
Switches to the application background brush and removes the border to improve visual consistency and integrate more seamlessly with the overall application theme.
Wraps the application's content area in a stylized border and introduces a centralized, dynamic page header to provide a more cohesive look.
- Adds `Tag` attributes to navigation list items to define each view's display title
- Implements event handlers to automatically update the header text based on user navigation
- Removes redundant embedded titles from individual content pages to streamline the layouts
Reduces the top margin to zero for the primary layout containers across multiple tabs and pages, improving content alignment and visual spacing within the scroll viewers.
Wraps the "Select All" header checkbox in a custom container to mirror the padding and layout used by data rows. Removes default padding and enforces strict vertical and horizontal centering, ensuring consistent visual alignment between the header and cell content.
Introduces radio buttons to choose between downloading a Windows ESD or providing a custom Windows ISO file, enhancing flexibility for media source selection. Updates configuration handling and event listeners to toggle visibility and appropriately populate combo boxes based on the selected media source.
Transitions the General Build Options, Build USB Drive Options, and Post-Build Cleanup settings panels into Expander controls to improve interface organization and space management. Removes dynamic visibility toggling for the USB settings section from the backend scripts, allowing the expander to remain visible while child settings are controlled by the primary enable checkbox.
Refactors the main window layout to use a sidebar navigation model instead of a standard tab control, improving the overall organization of the application.
Introduces support for the Fluent theme (Light, Dark, and System) for users running PowerShell 7.5+ (.NET 9+), gracefully falling back to standard styling for older versions.
Adds a new Settings page that allows users to configure the application theme and access helpful documentation and repository links.
Standardizes margins, font sizes, and layout choices across all forms to closer match Windows design guidelines.
Updates configuration handling to save and restore user theme preferences.
Updates the FFU UI and orchestration scripts to allow users to specify custom file paths for their Bring Your Own (BYO) app lists, rather than forcing the use of `UserAppList.json` in a specific directory.
Also modifies the orchestration to sync this custom path via `AppInstallConfig.json` so that the runtime orchestration phase resolves the correct file name and path during installation. Refreshes the Apps ISO if the custom BYO app list is updated.
Ensures build and cleanup processes run from the expected project location.
Prevents temporary state files from being created or removed in the wrong folder, which avoids stale markers and cleanup failures when launched from the UI or another directory.
Always requests the amd64 products catalog regardless of the target architecture, as it already contains media entries for both x64 and arm64. This removes unnecessary architecture-specific branching.
Improves the current-run cleanup mechanism by tracking file downloads explicitly. This ensures that files downloaded via BITS or preserving older timestamps are correctly identified and removed during cleanup. Extends the run manifest schema to support file backups, allowing for safe restoration of pre-existing scripts and configuration files modified during a run. Additional cleanup logic now correctly prunes residual empty directories after tracked files are removed.
Prevents reusing cached images when the requested disk size changes. Ensures the disk size property is properly saved and verified against existing cache items to maintain configuration accuracy.
Extends the volume optimization helper to safely handle already mounted drives, resolve partition letters, and optionally execute a volume retrim. Replaces inline defragmentation steps with the updated helper prior to caching to ensure a fully compacted and optimized image is stored.
Adds a new configuration parameter and UI toggle to control whether downloaded Windows ESD files are removed after application. Updates the download process to check for and reuse existing ESD files that match the latest metadata filename, saving bandwidth and time on subsequent executions. Integrates the conditional deletion logic into the shared cleanup module.
Enhances grid view selection to optionally target only visible items when a filter is applied, preventing accidental selection or deselection of hidden rows via the header checkbox. Updates the save logic to process the unfiltered master dataset, ensuring that previously selected but currently hidden items are safely preserved during save operations.
Adds logic to normalize LTSC/LTSB release years (such as 2016, 2019, 2021, and 2024) to their corresponding base Windows client versions (10 or 11). This ensures correct model retrieval and driver downloading, as OEM catalogs typically evaluate against base Windows versions rather than LTSC-specific release years.
Improves the reliability of locating Windows ADK and WinPE add-on installations.
Updates registry searches to locate installer executables in the bundle cache path instead of relying on display names, avoiding potential mismatches.
Expands the registry queries to check both the WOW6432Node and standard uninstall paths to better support different installation contexts.
Validates the Windows Deployment Tools feature by verifying the existence of expected script files rather than checking the registry.
Adds missing descriptions for cleanup, file copying, and download priority parameters to ensure complete help documentation.
Expands the documented supported values for Windows architectures, releases, and SKUs to accurately reflect expanded capabilities for ARM64, Windows Server, and LTSC deployments.
Corrects minor typos, updates default values to match the current implementation, and reorders parameters alphabetically to improve readability.
Since Windows 10 is out of support and only allows ESU updates, LTSB/LTSC builds are impacted by this and are unable to be offline serviced.
This commit fixes that by installing the CU in the VM, staging the update in a LTSCUpdate folder in the Apps folder.
Always stores .NET MSUs under a dedicated NET folder to keep cache structure consistent across OS variants
Migrates expected legacy root-stored .NET MSUs into the NET folder and prunes stale files from both locations to prevent buildup and mismatches
Prevents update packages for different Windows targets from mixing in a single cache, improving reuse across builds while avoiding DISM picking up stale MSUs.
Keeps pruning, download destinations, and update discovery confined to the OS/version-specific cache, including shared-branch handling for Windows 11 25H2/24H2 and LTSC mappings.
Removes older update packages from the local update cache so servicing tools don’t pick up multiple stale MSUs as sources.
Keeps only the MSUs expected for the current run across Windows, .NET (including LTSC folder layout), and Microcode updates, while logging failures and continuing.
Preserves multiple selected drives that share the same model by storing an array of UniqueIds per model.
Updates drive discovery and UI restore logic to accept either a single UniqueId or a list, preventing missed selections and skipping duplicate additions.
Improves UI responsiveness and interactive behavior by running build/cleanup in a separate PowerShell process instead of background jobs.
Fixes cancellation reliability by terminating the full process tree (including child tools) and using process exit codes for success/failure reporting.
Reduces noisy output by suppressing type-add return values and standardizes cleanup argument passing to avoid switch/boolean binding issues.
Updates selection to match images by language-independent edition metadata instead of localized names, reducing failures across ISO/ESD sources and languages.
Adds server Desktop Experience vs Core handling via installation type and prefers the best match deterministically, falling back to a user prompt only when needed with better logging.
Enhances the driver installation process to be more resilient by allowing non-critical driver injection failures to not halt the entire deployment. Key improvements include:
- Adds `IgnoreExitCode` and `PassThruExitCode` parameters to the process invocation function, enabling callers to handle non-zero exit codes without throwing exceptions.
- Modifies driver injection logic (both WIM and folder-based) to capture exit codes and log warnings instead of failing the deployment when drivers fail to inject.
- Automatically collects and preserves diagnostic logs (dism.log and setupapi.offline.log) to the USB drive when driver installation encounters issues, aiding post-deployment troubleshooting.
- Wraps cleanup operations in try-catch blocks to ensure temporary resources are released even if unmounting or deletion fails.
- Fixes code formatting inconsistencies and indentation throughout the script for improved readability.
This approach prioritizes deployment completion while preserving critical diagnostic information when driver-related issues occur.
Treats driver index cache older than 7 days as stale to trigger re-downloads and avoid outdated metadata.
Improves resiliency by falling back to a refresh when the cache timestamp can’t be read, and adds clearer logging for cache age and refresh decisions.
Reduces unnecessary Download Center requests by preferring cached file details when available
Falls back to downloading/parsing the page only on cache miss, then backfills the cache for future runs
Adds error handling and logging around cache load/update to avoid download failures from cache issues
Adds best-effort Surface System SKU resolution and persists it into driver mappings to reduce model-name ambiguity during deployment.
Speeds up Microsoft model discovery by using a local cache and updates cached Download Center details during driver downloads to keep the UI responsive.
Prefers System SKU-based rule selection for Microsoft devices, falling back to legacy model-string matching when SKU data is unavailable.
Some apps (Camtasia) require dependency apps to be installed first. Winget will download said dependency apps. This commit will place those dependencies before the calling app in the WingetWin32Apps.json file.
Adds post-processing to reorder and re-prioritize winget app entries so install order stays consistent with the configured list, even when parallel downloads append results in completion order.
Serializes updates with a named mutex and writes changes atomically to avoid races and partial writes, with logging around failure cases.
Adds cross-process locking and atomic writes to avoid race conditions and partial writes when multiple runspaces update the app command metadata in parallel.
Improves resilience by backing up and rebuilding when existing JSON is malformed, ensuring the build continues safely.
Adds a SUBST-based DISM injection loop to avoid path-length failures when adding large driver sets.
Improves INI/INF parsing reliability with Unicode API settings, a larger auto-growing buffer, and normalization of GUID values.
Hardens driver copying by using long-path prefixes and literal paths, reducing copy errors on deeply nested driver folders.
Fixes buffer truncation in Get-PrivateProfileSection by dynamically
growing the buffer when large INF sections are encountered.
Enhances Copy-Drivers with comprehensive error handling, file existence
checks, and detailed logging for each operation. Adds support for
architecture-specific SourceDisksFiles sections (amd64/arm64) and
provides a summary of matched, skipped, and copied files.
Fixes key-value parsing to handle values containing equals signs.
rbalsleyMSFT