8/16/2023 0 Comments Subosito flutter action v1![]() But when more people join your team or you try to automate some parts of your work, sticking to a workflow becomes much more important. When working on a project alone, it often feels like you don’t need strictly defined workflows. ![]() Therefore, this section will cover the software development workflows that are most commonly used in the developer community. The debate over the best way to accomplish something never ends. These include creating a GitHub repository, adding GitHub secrets, and generating access tokens and certificates for GitHub. If you want to use the final project for this app, you still have to follow along with this chapter, as it requires a few additional steps to work. If that’s the case, please revisit Chapter 1, “Setting up Your Environment”. Note: If you’re having trouble running the app, you might have forgotten to propagate the configurations you did in the first chapter’s starter project to the following chapters’ materials. Therefore, if you don’t have experience using it, check out the Git Apprentice book. This chapter requires basic knowledge of Git. Throughout this chapter, you’ll work on the starter project from this chapter’s assets folder. Become familiar with different development workflows and dive deeper into Gitflow.Learn how to automate building mobile apps for both iOS and Android.Learn how to use GitHub Actions to set up and execute CI/CD for your Flutter project.On the other hand, CD stands for continuous delivery, which primarily focuses on deploying code artifacts.Īutomating all repetitive processes sounds great, but one important question must be answered to make it happen: How will the system know when to execute automated tests and build and deploy the apps? Keep reading to find out. CI stands for continuous integration and covers automated test execution and building code artifacts such as Android builds. In software development, CI/CD are practices dealing with automating operating activities so you can focus on development activities. Therefore, in this chapter, you’ll learn how to automate these tests. You have to test the code by running automated tests, create a build for all the supported platforms and upload just-created builds to some platform where other team members, the QA team and end-users can test and use them. Quite a few repetitive tasks are connected to both bug fixes and feature development. Mobile development in Flutter is no different. You’ll always need to update your app with bug fixes to your existing features and new features to improve your project. Software development is always an iterative process. 15.3 Automating iOS Builds and Deployment.15.2 Setting up CI/CD for a Flutter App.Automating Test Executions & Build Distributions 13.5 Implementing UI Changes Based on Your Remote Config.13.4 Creating New Parameters in Firebase Remote Config Console.13.2 Logic Behind Remote Config and Feature Flags.Running Live Experiments With A/B Testing & Feature Flags Supporting the Development Lifecycle With Firebase 11.3 Adding a Storybook to a Flutter App.11.1 Why Do You Need a Component Library?.9.4 Pluging Localization Classes Into MaterialApp.9.2 Generating Internationalization Files.8.5 Opening a Dynamic Link When Your App Is Already Open.8.4 Opening a Dynamic Link When Your App Is Closed.7.3 Supporting Bottom Tabs With Nested Routes.6.5 Managing App State With BehaviorSubject.6.4 Differentiating Between Ephemeral State and App State.5.1 Differentiating Between Cubits and Blocs.3.9 Challenge 1: Downvoting, Unvoting, Favoriting and Unfavoriting.Managing State With Cubits & the Bloc Library 2.9 Supporting Different Fetch Policies.1.5 Propagating the Configurations to the Following Chapters.Real-World Flutter by Tutorials Section 1: 16 chapters Show chapters Hide chapters
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