This means you can specify them within the resources array of your web application / App Service. Create an deployment slotĭeployment slots are in fact resources of the App Service itself and can be deployed as such.

We are associating the app service plan with web app using the properties section of above code. This is done by mentioning app service plan as part of dependsOn in web app code.Ģ. We are defining that app service plan is created first and then web app. There are two important properties to be noted about above code:ġ. Here, our web app name is defined inside a property named webAppName. We can create the web app using below code snippet: ARM Code for creating web app / app service So we need to define those two also in our ARM template.

It looks like below code: ARM Code for creating app service planĪs it is clear from the above code that we’ll also require to going the two properties named appServiceName and appServiceSkuName. We can use below code to create an app service plan.

To deploy a web app, first we need to create an app service plan. In this blog post, we’ll see how to create an Azure Web app and a slot associated with it using Azure ARM template. Since this topic is going to be lengthy, we’ll break into 3-4 smaller posts and also learn few azure resource manager tricks as well along the way. It would be certainly nice if we can incorporate some of that as part of ARM templates itself so that we need not worry about it later. While creating an azure web app or app service is not that tricky, usually you would require additional settings like deployment slots, application settings, connection strings, custom time zone etc. Import * as pulumi from * as azure_native from Create an Azure Resource GroupĬonst resourceGroup = new azure_('resourceGroup') Ĭonst appServicePlan = new azure_ ARM uses simple JSON files for deploying infrastructure in Azure.

Azure web app deployment slots