![]() TestHamburgersICanStillEatTodayReturnsWithinRange fails, as expected. Let’s test our app! Go ahead and press ⌘ + U (or long click on the run button in the top left of the screen, and select Test) The XCTAssert methods will expect the expression within their parentheses to be true. This test method will recreate the scenario our above user encountered by creating a new CalorieCounter from scratch and querying it for hamburgersICanStillEatToday. Open ViewController.swift, and paste the following code above class ViewController: UIViewController ![]() Create a new project, use the iOS Single View App template.This is where the Continuous Integration and Continuous Delivery features in App Center can help. To this end, they have employed a large team of internal and external testers to receive the latest changes to the code as soon as they’re committed to the codebase. But because they’re not the type that simply make or accept “bold claims” they want independent validation from us that our code will also produces the expected results. A bold claim, but it’s backed up by all the 5 Star restaurant reviews they’ve received. The client are called Reliable Burgers because they can be relied upon to provide food that’s of the highest quality. Let’s assume that a teammate is taking care of the UI, we’re just going to work on the app’s back-end logic. Our local burger shop has asked us to build them an app with a simple daily calorie counter, which can also tell the user how many hamburgers they can have without exceeding their daily calorie intake. I’ll also go over App Center’s Continuous Delivery features and show how painless it is to send your iOS builds to internal and external testers. I’ll create a very simple app and some tests to demonstrate the value of Continuous Integration by showing the many ways in which even something seemingly simple should be tested for bugs, and the ease with which this can be achieved in App Center. Note again: If you’re already familiar with Continuous Integration or Unit Testing, you can skip to the Wrapping up tests section. ![]() Also, this tutorial will assume you have a good working knowledge of Git. If you’re following this tutorial to integrate the App Center SDK into an existing app, your app must target iOS 8.0+ and cannot use any other crash reporting library. This present tutorial will show you how to use App Center to build, test, and deliver a very simple native Swift iOS app. Microsoft’s Visual Studio App Center is one of the best ways to deal with the fragmentation of the mobile development landscape: it seamlessly centralises all your Continuous Integration and Continuous Delivery needs in a single place, supporting any platform and framework you may need, including iOS, Android, Windows, macOS, Xamarin, and React Native. This often implies that you need separate Continuous Integration (CI) and Continuous Delivery (CD) pipelines for each platform you are working on, thereby duplicating or triplicating your efforts. Typically, each native OS and platform has its own build tools, testing tools, and deployment tools. Thank you for supporting the partners who make SitePoint possible. This article was created in partnership with Microsoft. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |