Onboarding to Azure Web Marketplace and Certification
mksunitha
Azure Marketplace is a hub of solutions for users to create different types of resources. Each category of resource such as Data services, Virtual machines, Web have different on-boarding processes for ISVs to publish their solutions in Azure marketplace. In this article we will discuss the process to on-board Web Apps to Web Marketplace in Azure.
To showcase your application in Web Azure marketplace , you need to get your application certified. The certification process is a 5 Step process.
| APPLICATION |
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| ONBOARDING | Build your Azure package and provide the marketing content for your application . See details below. |
| CERTIFICATION | We’ll run tests to verify compatibility with our platform or service |
| PUBLISHING |
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| MARKETING | Promote and market your application taking advantage of Microsoft go-to-marketing resources |
On-boarding New applications to the Web Azure Marketplace
For new applications:
The on-boarding process is a gated approach and the application will be reviewed by our team. Click here to request for certification. Leverage the benefits of this program from being showcased in the Azure Marketplace but also advantages of being part of Microsoft partner network. Follow the guidelines mentioned below to build your template and test your application on App service. If accepted we will enable it in the Azure portal.Existing Applications:
We will continue to maintain existing applications in the Azure Web Marketplace. Please reach out appgal@microsoft.com if you haven't already to get details on updated process for managing updates to your application.Azure Web Marketplace Principles
Users can browse and view applications for different types of Web sites, ranging from photo galleries to blogs to e-commerce sites. To be part of the Azure Web Marketplace, developers should follow these principles, which establish a consistent, quality user experience:- Be Current: The application you provide a link to must be the latest, stable final release version available, hosted on a publicly available Web URL.
- Application License: The application Azure Web Marketplace may provide an entry point free of charge or use Bring your own license model (BOYL) where users can purchase a license from the application publisher's website.
- Be Compatible: The generated and configured application deployed from Azure Web Marketplace must also run on any Windows OS.The application should support running on cloud infrastructure by providing an option to make the application stateless.
- Be Hostable: The application to which you provide a link must run well in a shared hosted environment as well as when the user has administrative rights for the computer.
- Be Deployable: Your application code must be available on a public repository on Github.com . Azure users should be able to fork the repository and deploy to Azure web app.
- Be Supported: You must provide a publicly available Web site where end users can download your application, find documentation and/or get free on a best effort basis support through a forum.
- Be Platform Independent: The application to which you provide a link must be able to run on all Windows platforms x86, and x64.
- Be Inclusive: If your application is included in the Gallery, you should include a statement of availability in the Azure App Gallery on the application community’s Web site.
- Be Safe: The application to which you provide a link must not harm customers or be malicious, dishonest, destructive, invasive, or act in any manner restricted by the Web Gallery Application Submission agreement.
- Be a Web App: The application to which you provide a link must be a Web application that can be used to generate a working, usable Web site after deployment without requiring code or customization.
- Support Database Dependencies: Currently our create experience supports Web App with Database ( MySQL and/or SQL DB). If your application has other dependencies , Web Marketplace may not be an option.You may want to look into Azure solution templates.
Package your application code
Using Git Deploy: Create a public Github repository with your application code as it would be deployed under wwwroot in the Azure web app. You may include custom post deployment scripts with a deploy.cmd file in the root of your repository, see details on how to add custom scripts. This packaging method makes managing updates to your application easier without having to go through the entire certification process. For future updates to your application , you need to update the code in the repository with appropriate commit message for users to pull in to latest bits of your application. When code changes are committed to your repo , the code is not automatically pulled in for users using your application to prevent breaking their application. Users using your application must perform a manual sync to pull in the latest committed changes from your repository.Note: We are no longer supporting Web deploy method of application packaging for NEW applications in the Web marketplace.
Building an Azure Package for Marketplace
Azure Package has a special folder structure to be consumed by Azure Marketplace service. Each folder at the root level approximately represents a publisher. A folder contains one or more.json files, called package manifests, each of which contains the metadata for an Azure Gallery package. Every folder also includes a set of deployment templates, strings , icons and screenshots which can be referenced by the package manifests. See the folder structure shown below :
/MyPackage/
/MyPackage/Manifest.json
/MyPackage/UIDefinition.json
/MyPackage/Icons/
/MyPackage/Screenshots/
/MyPackage/Strings/
/MyPackage/DeploymentTemplates/
- Manifest.json: The manifest file contains all of the metadata for your gallery item. For a visual representation of where each metadata value is used , view the schema for Manifest.json. Add the paths to the Icons , Screenshots and links to articles that can help customers get more information about your application.
- UIDefinition.json :Use the UIDefintion.json schema to build appropriate UIDefinition.json for your application. You can use "parameters" properties which is optional , if your application needs to ask the user for information for the deployment of your app. These parameters become AppSettings for your web app and can be consumed within your app as environment variables.To hide a parameter from the portal UI , set "hidden":true as show here . To mark a parameter as required for the create experience , set "required":true as shown here.
- Icons : The relative path specified by
iconPathin a package manifest must point to a folder that includes the following four images with these dimensions mentioned below:- Small.png (40x40 px)
- Medium.png (90x90 px)
- Large.png (115x115 px)
- Wide.png (255x115 px)
iconPathfor the package manifest that uses them. - Screenshots : Images must be exactly 533px by 324px and in PNG format. Specifying a screenshot for a gallery package is completely optional, so do not feel compelled to include one unless it makes sense for your offering.
- Deployment Templates : Include an ARM template that allows Azure users to deploy the application via PowerShell. To learn how to build an ARM template , read the guidelines stated here .
- Strings: Include resources.resjson and description.md files to include the description about your application. Here is a sample description.md and sample resources.resjson.
Update your application version
When there is a new version of your existing application, update the following :- Change the packageURL property in UIdefinition.json file to point to HTTP URL for your application.
- Change the packageURL in Deployments/Website_NewHostingPlan_SQL_NewDB-Default.json file with the HTTP url for your application.
- [Optional] Update icons or screenshots , strings if needed
Test your application
Follow the criteria below- Build an ARM (Azure resource manager) template as per guidelines stated here . You can find a sample here
- Use the Azure resource manager templates and deploy using PowerShell.
- Run these tests in at least 3 different Azure regions.
- Save the results of these deployment in an Excel or Word document. The excel document should have the following columns:
- Resource group
- Web app name
- Region
- Subscription ID
- Time of deployment
- Web app Pricing Tier or Sku
- Tested with Auto-scale feature[ Values : Pass/Fail]
- Test your application with auto-scaling feature turned on and under a heavy load . For example you can choose to run a 5 min load test of 50 users on Web App Standard Small (S1) Pricing tier
- Tested with Continuous Integration[ Values : Pass/Fail]
- In this test , publish changes to your application and see if you changes are being picked up by your application linked to the Github repository .
- Tested with Deployment slots [ Values : Pass/Fail]
- In this test , create a deployment slot. Connect to the application Github repository to the deployment slot.
- Push changes to the github repository and then complete to Swap your application slot with production slot.
- Tested with Backup and restore [ Values : Pass/Fail]
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- You web app need Virtual application setting to be configured for web app
- Your web app need a dependency that is not supported by App Service create scenario. We currently support ONLY SQL DB , MySQL and Azure Storage dependencies.
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Submit your application
Submit a certification request here . Please do provide information about your application during submission . Here is the kind of information we are looking for to learn about your application- What is current Usage statistics of your application
- Do you have customers using your application on the Cloud ( Azure or other hosting providers). If yes share at least 2 customer stories.
- How active is the community engaged , primarily for Free applications this information is required
