A fast, reliable way to package your win32 applications and deploy them to Intune from any source - including SCCM, using Powershell & VS Code tasks!
Think of this as streamlining your application packaging workflow - If most or all of your application packaging dev work is done in VS Code, why not build and publish locally as well?!
This repo can be used as a scaffold to very easily build and deploy win32 applications from any machine that you clone it to.
- Clone the repo to your development environment
- Open the repo folder in VS Code
- Start preparing your applications in the applications folder (One app per folder..)
- Open the command palette (ctrl+shift+p // F1) and type Run Task
To set up your development space (Installing PowerShell modules Yaml-Powershell & AzureAD, downloading the Win32 Content Prep Tool.), select the Initialize Environment task.
To compile your application package into the require *.intunewin file, while in a file within the application you wish to build, select the Build task.
To publish your compiled application package, while in a file within the application you wish to publish, select the Publish task.
You will be asked to enter Credentials to authenticate to your Azure Tenant - make sure you have correct permissions to access Intune.
Build & publish tasks in one streamlined package - for the confident amongst us.
If you are building an application package locally, just place all your binaries / scripts within a folder inside the applications folder.
If you are building an application from media stored remotely, make a note of the location of the media and we will put it in the..
Once you are ready to build and deploy your package, create a file within the root of the folder named app.yaml and configure as you would in Intune / SCCM.
Below is a sample to use as a reference point.
application:
appName: "NameOfApplication"
publisher: "Powers-Hell"
description: 'Description goes here'
appUrl: "" # URL of your application package (storage blob, dropbox, whatever)
appFile: "" # whats the file name inclusing extension
unpack: false # true / false (if you need to unpack the remote media set to true, otherwise set to false)
installFile: "InstallerGoesHere.exe" # what's the first file that will trigger the install (setup.exe, setup.msi, setup.ps1 etc)
installCmdLine: "InstallerGoesHere.exe -installArgs"
uninstallCmdLine: "InstallerGoesHere.exe -uninstallArgs"
requirements:
runAs32: false # true / false
minOSArch: "v10_1809" # set this to your minimum allowed win10 build
detection:
detectionType: "file" # file / msi / registry - what you pick here is what detection method will be bundled into your application.
file: # File or folder detection.
path: "C:/path/to/application"
fileOrFolderName: "filename.ext"
fileDetectionType: "exists"
check32BitRegOn64System: false # true / false
registry: # Registry detection
registryKeyPath: "HKLM:/software/path/application"
registryDetectionType: "exists"
check32BitRegOn64System: false # true / false
msi: # MSI installation detection (application GUID)
msiProductCode: "{F16BDC7C-960E-4F21-A44A-41E996D5356C}"
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