Live Server will let us preview or Static Web App under Inside Codespaces any URL that points to localhost will be port-forwarded and redirected to a rewritten URL. "ms-azuretools.vscode-azurestaticwebapps", To do that, let’s open the `.devcontainer/devcontainer.json` configuration file and edit the `extensions` entry to include the id for the Live Server extension, (and since we are there, let’s add the Static Web Apps extension): json We need the Live Server extension installed by default. Now it’s time to solve the Live Server one. Note that task dependencies are specified using the task `label` as identifier. Let’s make it depend on our webpack task: json Then we need to edit the `host start` task which is the one that will launch the `Azure Functions Core Tools`.
This task will run our webpack build command, and at the same time depend on `npm install` so we make sure that one is run as well. Let’s edit the `.vscode/tasks.json` file to add a couple of tasks there. Usually when we hit `F5` VSCode starts the Azure Functions Core Tools, but in this case, we also need it to run the webpack build.
#Npm serverless webpack how to
Then we need to tell VSCode how to start our project. To setup `webpack` we are going to add these lines into our `package.json` file to make sure the dependencies are installed in the Codespaces container: jsonĪnd then under `scripts` we will add a custom one to execute `webpack` called `build`: json Once it’s added, commit it to git and push it to GitHub. Inside that directory sits the `Dockerfile` and the `devcontainer.json` file that’s used for configuring our Codespace. To enable that container for our project we need to copy the `.devcontainer` folder from the `azure-functions-node` folder into our project’s root folder. So, points 1 and 2 will be covered by that. There, inside the `containers` folder we have `azure-functions-node` that already includes the nodejs dependency and the Azure Functions Core Tools dependency. Go clone the /microsoft/vscode-dev-containers repo on GitHub. Luckily for us, Codespaces has a whole repo with ready-made containers that we can use out of the box. Preparing your project for Codespacesīehind the scenes, Codespaces runs docker containers where our dependencies will be installed. Let’s see how we can address each of these problems.
#Npm serverless webpack code
To complete this tutorial, you will need an Azure Account. You can access the project’s code here on GitHub. This means we have a serverless backend that generates SAS keys that’s can be retrieved by our frontend via an API call. The image is uploaded directly to Azure Blob Storage, but for that to work, it needs to receive a SAS key to perform anonymous authentication to the blob container. The project consists of a Static Web App with an image upload form. You’ll learn how to customize Visual Studio Code launch targets to automate how you test your application and about configuring your project so Visual Studio Code extensions are automatically installed for when you develop in the cloud. This project tutorial will show you how to get your Azure Functions & Static Web App project ready for GitHub Codespaces. So I wanted to see if it could run a project that mixes Azure Functions with Azure Static Web Apps. We can use it to develop 100% in the cloud. GitHub Codespaces is an online development environment that runs on GitHub and works with Visual Studio Code.