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WinRAR is an archiving utility that completely supports RAR and ZIP archives and is able to unpack CAB, ARJ, LZH, TAR, GZ, ACE, UUE, BZ2, JAR, ISO, 7Z, Z archives. It consistently makes smaller archives than the competition, saving disk space and transmission costs.WinRAR offers a graphic interactive interface utilizing mouse and menus as well as the command line interface. WinRAR is easier to use than many other archivers with the inclusion of a special 'Wizard' mode which allows instant access to the basic archiving functions through a simple question and answer procedure.WinRAR offers you the benefit of industry strength archive encryption using AES (Advanced Encryption Standard) with a key of 128 bits. It supports files and archives up to 8,589 billion gigabytes in size. It also offers the ability to create selfextracting and multivolume archives. With recovery record and recovery volumes, you can reconstruct even physically damaged archives.
'Convert archives' command: a) improved performance when processing a lot of small archives in Windows 10; b) fixed memory leaks which could lead to excessive memory use when converting to ZIP format. Corrupt ZIP archive processing: a) 'Repair' command replaces packed and unpacked file sizes stored in local file header with sizes from central directory if local header sizes look invalid; b) file extraction is stopped at unpacked size stored in ZIP headers even if available packed data allows further extraction. It is done to prevent unexpected hard drive space usage. Ctrl+C allows to abort RAR 'l' command quickly. In previous versions it could take several seconds until list command stopped.
Bugs fixed: a) WinRAR could crash when attempting to display some types of archive comments in GUI shell, resulting in a denial of service; b) if 'Save archive name' and 'Add to context menu' options were set in compression profile parameters and profile was invoked from Explorer context menu, WinRAR proposed an automatically generated archive name instead of name saved in profile.
NoteFor the group policy enrolled scenario - The end user uses the local user account to AAD join their Windows 10 device. The user must log onto the device using their AAD user account and enroll into Intune.
Intune will install the Intune Management extension on the device if a PowerShell script or a Win32 app is targeted to the user or device. Windows application size is capped at 8 GB per app.Prepare the Win32 app content for uploadUse the to pre-process Windows Classic (Win32) apps. The tool converts application installation files into the.intunewin format.
The tool also detects some of the attributes required by Intune to determine the application installation state. After you use this tool on the app installer folder, you will be able to create a Win32 app in the Intune console. ImportantThe zips all files and subfolders when it creates the.intunewin file. Be sure to keep the Microsoft Win32 Content Prep Tool separate from the installer files and folders, so that you don't include the tool or other unnecessary files and folders in your.intunewin file.You can download the from GitHub as a zip file. The zipped file contains a folder named Microsoft-Win32-Content-Prep-Tool-master. The folder contains the prep tool, the license, a readme, and the release notes.
Process flow to create.intunewin fileRun the Microsoft Win32 Content Prep ToolIf you run IntuneWinAppUtil.exe from the command window without parameters, the tool will guide you to input the required parameters step by step. Or, you can add the parameters to the command based on the following available command-line parameters. Available command-line parameters Command-line parameterDescription-hHelp-c Folder for all setup files. All files in this folder will be compressed into.intunewin file.-s Setup file (such as setup.exe or setup.msi).-o Output folder for the generated.intunewin file.-qQuiet modeExample commands Example commandDescriptionIntuneWinAppUtil -hThis command will show usage information for the tool.IntuneWinAppUtil -c c:testappv1.0 -s c:testappv1.0setup.exe -o c:testappoutputv1.0 -qThis command will generate the.intunewin file from the specified source folder and setup file. For the MSI setup file, this tool will retrieve required information for Intune.
If -q is specified, the command will run in quiet mode, and if the output file already exists, it will be overwritten. Also, if the output folder does not exist, it will be created automatically.When generating an.intunewin file, put any files you need to reference into a subfolder of the setup folder.
Then, use a relative path to reference the specific file you need. For example:Setup source folder: c:testappv1.0License file: c:testappv1.0licenseslicense.txtRefer to the license.txt file by using the relative path licenseslicense.txt. Create, assign, and monitor a Win32 appMuch like a line-of-business (LOB) app, you can add a Win32 app to Microsoft Intune. This type of app is typically written in-house or by a 3rd party.
Process flow to add a Win32 app to IntuneAdd a Win32 app to IntuneThe following steps provide guidance to help you add a Windows app to Intune. Step 1: Specify the software setup file.Sign in to.In the Intune pane, select Client apps Apps Add.In the Add app pane, select Windows app (Win32) from the provided drop-down list.Step 2: Upload the app package file.In the Add app pane, select App package file to select a file. The App package file pane will be displayed.In the App package file pane, select the browse button. Then, select a Windows installation file with the extension.intunewin.
NoteYou can configure a Win32 app to be installed in User or System context. User context refers to only a given user. System context refers to all users of a Windows 10 device.End users are not required to be logged in on the device to install Win32 apps.The Win32 app install and uninstall will be executed under admin privilege (by default) when the app is set to install in user context and the end user on the device has admin privileges.When you're finished, select OK.Step 5: Configure app requirements.In the Add app pane, select Requirements to configure the requirements that devices must meet before the app is installed.In the Add a Requirement rule pane, configure the following information. NoteIn the Detection rules pane, you can choose to add multiple rules. The conditions for all rules must be met to detect the app.Manually configure detection rules - You can select one of the following rule types:.MSI – Verify based on MSI version check. This option can only be added once.
NoteMicrosoft recommends encoding your script as UTF-8. When the script exits with the value of 0, the script execution was success. Second output channel indicates app was detected - STDOUT data indicates that the app was found on the client. We do not look for a particular string from STDOUT.Once you have added your rule(s), select Add OK.Step 7: Configure app return codes. In the Add app pane, select Return codes to add the return codes used to specify either app installation retry behavior or post-installation behavior. Return code entries are added by default during app creation.
However, you can add additional return codes or change existing return codes. In the Return codes pane, add additional return codes, or modify existing return codes. Failed – The return value that indicates an app installation failure. Hard reboot – The hard reboot return code does not allow next Win32 apps to be installed on the client without reboot. Soft reboot – The soft reboot return code allows the next Win32 app to be installed without requiring a client reboot. Reboot is necessary to complete installation of the current application. Retry – The retry return code agent will attempt to install the app three times.