The first one is yarn start (which starts the server) and the second one is for running a test file.įrom my local server I usually run yarn start, then wait until frontend and backend port to be run, then only I run the test from another terminalīut from GitHub action, it runs the yarn start command then immediately runs the test script, so when the test file is run, server is not listening on port. Published under dotNET, Azure, GitHub, MainArticle on 08 November, 2022.In my GitHub action yaml file, I have two commands at the end. Since the workflow is stored in a text file within my repository, if I have to create and deploy a new API project I can simply do that by copying that file and fixing the references. Using the template found on GitHub worked almost instantly - I just had to figure out what did they mean by repository secrets. I was using the one proposed by default on Visual Studio - but it didn't work. I have to admit that I struggled a lot in setting up the CD pipeline. This article first appeared on Code4IT □ Wrapping up □ Cobertura, YAML, and Code Coverage Protector: how to view Code Coverage report on Azure DevOps | Code4IT If you want to learn how you can do it using Azure DevOps, here we go: We can do more: run tests and keep track of code coverage. In this article, we've only built and deployed our application. □ From idea to publishing, and beyond: how I automated my blogging workflow with GitHub, PowerShell, and Azure | Code4IT If you want to peek at what I do, here are my little secrets: My own blog heavily relies on automation: scaffolding content, tracking ideas, and publishing online. Generally speaking, the more stuff you can automate, the better. Once it's completed, you can head to your application root and see the final result.Īutomating repetitive tasks allows you to perform more actions with fewer errors. Under the Actions tab, you will see your CD pipeline run. Update the application code (I've slightly modified the Hello world message), and push your changes to GitHub. Uses : actions/setup : dotnet-version : $ part.Ĭlearly, the two names must match: nothing stops you from changing the name of the secret in both the YAML file and the GitHub Secret page. Name : Build and deploy ASP.Net Core app to an Azure Web AppĮnv : AZURE_WEBAPP_NAME : BooksAPI AZURE_WEBAPP_PACKAGE_PATH : "." DOTNET_VERSION : "6.0" on : push : branches : workflow_dispatch : permissions : contents : read In particular, you will have to update the environment variables specified in this section: Read carefully the instructions, as they will guide you to the correct configuration of the GitHub action. NET Core app to an Azure Web App":Ĭlicking on "Configure" you will see a template. We are now interested in the one called "Deploy a. You will see several predefined actions that allow you to do stuff with your repository. On GitHub, navigate to your repository, head to the Actions menu, and select New workflow. Luckily, GitHub already provides lots of templates for GitHub Actions. It's time to create our Continuous Delivery pipeline. Generate the GitHub Action YAML file for deploying. Now the application is ready to be used: we now need to deploy our code here. Once everything is done, you should have something like this: Open the Azure Portal, navigate to the App Service section, and create a new one.Ĭonfigure it as you wish, and then proceed until you have it up and running. We're going to deploy it on Azure, so you need an Azure account before moving on. Now, to deploy an application, we need to define its destination. Lastly, put your code on GitHub: initialize a repository and publish it on GitHub - it can either be a public or a private repository. Nothing fancy: run the application locally, and navigate to the root.
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