electron windows store
v2.1.0
Electron-Windows-Store: A CLI that takes the packaged output of your Electron app, then converts it into an AppX package. This allows you to submit your Electron app to the Windows Store ?. You can also distribute your app as an .appx without using the Windows Store, allowing users to just double-click your .appx to automatically install it.
To install this command line tool, get it directly from npm:
npm install -g electron-windows-store
Then, configure your PowerShell:
Set-ExecutionPolicy -ExecutionPolicy RemoteSigned
To turn an Electron app into an AppX package, run:
electron-windows-store --input-directory C:myelectronapp --output-directory C:outputmyelectronapp --package-version 1.0.0.0 --package-name myelectronapp
This tool supports two methods to create AppX packages: Either using manual file copy operations, or using Windows Containers. The first option requires only the Windows 10 SDK, while the second option also requires the Desktop App Converter.
Before running the Electron-Windows-Store CLI, let's make sure we have all the prerequisites in place. You will need:
node -v)Package the application using electron-packager (or something similar). Make sure to remove node_modules that you don't need in your final application.
The output should look roughly like this:
├── Ghost.exe
├── LICENSE
├── content_resources_200_percent.pak
├── node.dll
├── pdf.dll
├── resources
│ ├── app
│ └── atom.asar
├── snapshot_blob.bin
├── [... and more files]
From an elevated PowerShell (run it "as Administrator"), run electron-windows-store with the required parameters, passing both the input and output directories, the app's name and version. If you don't pass these parameters, we will simply ask you for them.
electron-windows-store --input-directory C:myelectronapp --output-directory C:outputmyelectronapp --package-version 1.0.0.0 --package-name myelectronapp
These are all options for the CLI:
-h, --help output usage information
-V, --version output the version number
-c, --container-virtualization Create package using Windows Container virtualization
-b, --windows-build Display Windows Build information
-i, --input-directory <path> Directory containing your application
-o, --output-directory <path> Output directory for the appx
-p, --package-version <version> Version of the app package
-n, --package-name <name> Name of the app package
--package-display-name <displayName> Display name of the package
--package-description <description> Description of the package
--package-background-color <color> Background color for the app icon (example: #464646)
-e, --package-executable <executablePath> Path to the package executable
-a, --assets <assetsPath> Path to the visual assets for the appx
-m, --manifest <manifestPath> Path to a manifest, if you want to be overwritten
-d, --deploy <true|false> Should the app be deployed after creation?
--identity-name <name> Name for identity
--publisher <publisher> Publisher to use (example: CN=developmentca)
--publisher-display-name <publisherDisplayName> Publisher display name to use
--make-pri <true|false> Use makepri.exe (you don't need to unless you know you do)
--windows-kit <windows-kit> Path to the Windows Kit bin folder
--dev-cert <dev-cert> Path to the developer certificate to use
--cert-pass <cert-pass> Password to use when signing the application (only necessary if a p12 certication is used)
--desktop-converter <desktop-converter> Path to the desktop converter tools
--expanded-base-image <base-image> Path to the expanded base image
--makeappx-params <params> Additional parameters for Make-AppXPackage (example: --makeappx-params "/l","/d")
--signtool-params <params> Additional parameters for signtool.exe (example: --makeappx-params "/l","/d")
--create-config-params <params> Additional parameters for makepri.exe "createconfig" (example: --create-config-params "/l","/d")')
--create-pri-params <params> Additional parameters for makepri.exe "new" (example: --create-pri-params "/l","/d")')
--verbose <true|false> Enable debugging (similar to setting a DEBUG=electron-windows-store environment variable)
You can call this package directly. All options correspond to the CLI options and are equally optional. There is one exception: You can provide a finalSay function, which will be executed right before makeappx.exe is being called. This allows you to modify the output folder right before we turn it into a package.
const convertToWindowsStore = require('electron-windows-store')
convertToWindowsStore({
containerVirtualization: false,
inputDirectory: 'C:\input\',
outputDirectory: 'C:\output\',
packageVersion: '1.0.0.0',
packageName: 'Ghost',
packageDisplayName: 'Ghost Desktop',
packageDescription: 'Ghost for Desktops',
packageExecutable: 'app/Ghost.exe',
assets: 'C:\assets\',
manifest: 'C:\AppXManifest.xml',
deploy: false,
publisher: 'CN=developmentca',
windowsKit: 'C:\windowskit',
devCert: 'C:\devcert.pfx',
certPass: 'abcd',
desktopConverter: 'C:\desktop-converter-tools',
expandedBaseImage: 'C:\base-image.wim',
makeappxParams: ['/l'],
signtoolParams: ['/p'],
makePri: true,
createConfigParams: ['/a'],
createPriParams: ['/b'],
protocol: "ghost-app",
finalSay: function () {
return new Promise((resolve, reject) => resolve())
}
})The Desktop App Converter is capable of running an installer and your app during conversion inside a Windows Container. This requires installation of the Desktop App Converter and has more advanced requirements.
appx to be created using a Windows container, use the "File Copying" method described above.
Ensure that your computer is capable of running containers: You'll need a 64 bit (x64) processor, hardware-assisted virtualization and second Level Address Translation (SLAT). You will also need Windows 10 Enterprise Edition.
Before running the CLI for the first time, you will have to setup the "Windows Desktop App Converter". This will take a few minutes, but don't worry - you only have to do this once. Download and the Desktop App Converter from here. You will receive two files: DesktopAppConverter.zip and BaseImage-14316.wim.
DesktopAppConverter.zip. From an elevated PowerShell (opened with "run as Administrator"., ensure that your systems execution policy allows us to run everything we intended to run by calling Set-ExecutionPolicy bypass.BaseImage-14316.wim), by calling .DesktopAppConverter.ps1 -Setup -BaseImage .BaseImage-14316.wim.Then, run electron-windows-store with the --container-virtualization flag!
Once executed, the tool goes to work: It accepts your Electron app as an input. Then, it archives your application as app.zip. Using an installer and a Windows Container, the tool creates an "expanded" AppX package - including the Windows Application Manifest (AppXManifest.xml) as well as the virtual file system and the virtual registry inside your output folder.
Once we have the expanded AppX files, the tool uses the Windows App Packager (MakeAppx.exe) to create a single-file AppX package from those files on disk. Finally, the tool can be used to create a trusted certificate on your computer to sign the new AppX pacakge. With the signed AppX package, the CLI can also automatically install the package on your machine.
The first time you run this tool, it needs to know some settings. It will ask you only once and store your answers in your profile folder in a .electron-windows-store file. You can also provide these values as a parameter when running the CLI.
{
"publisher": "CN=developmentca",
"windowsKit": "C:\Program Files (x86)\Windows Kits\10\bin\x64",
"devCert": "C:\Tools\DesktopConverter\Certs\devcert.pfx",
"desktopConverter": "C:\Tools\DesktopConverter",
"expandedBaseImage": "C:\ProgramData\Microsoft\Windows\Images\BaseImage-14316\"
}You can pair up your Electron app with a little invisible UWP side-kick, enabling your Electron app to call all WinRT APIs. Check out an example over here.
The compiled AppX package still contains a win32 executable - and will therefore not run on Xbox, HoloLens, or Phones.
electron-windows-store uses Semantic Release to
automate the whole release process. In order to have a PR merged, please ensure that your PR
follows the commit guidelines so that our robots can understand your change. This repository uses
the default conventional-changelog rules.
Licensed using the MIT License (MIT); Copyright (c) Felix Rieseberg and Microsoft Corporation. For more information, please see LICENSE.
