In addition to Xcode Server, OS X Server can provide other services to Mac, Windows, and UNIX computers, and to iOS devices such as iPhone, iPad, and iPod touch. With OS X Server, small organizations and workgroups without an IT department can take full advantage of the benefits of a server. For reference documentation, see Xcode Server API Reference. The Xcode Server web API lets you extend the power of Xcode Server through integration with your own tools and processes. For detailed information on testing and debugging, see Testing with Xcode, Debugging with Xcode, and Instruments User Guide.
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When setting up a continuous integration workflow, it’s a good idea to have an understanding of how to test and debug Xcode apps. Manage and Monitor Bots from the Report Navigator, Monitor Bots from a Web Browser Prerequisites Even if you’ve never set up a server before, you’ll find the process for setting up OS X Server and enabling Xcode Server to be quick and straightforward.
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The first step in implementing a continuous integration workflow is to install OS X Server and configure Xcode Server to perform your integrations. At any given time, you can see where your app is in the development process and how it has matured over time.įollow the steps outlined in this document to set up a continuous integration workflow using Xcode Server. In a continuous integration workflow, all progress and failure is logged. Generating build and test statistics over time. Just plug multiple devices into the server or configure your workflow to use multiple simulators, configure your bots accordingly, and let the system do the work for you. In a continuous integration workflow, it’s automatic and easy.
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When working locally, testing your app on multiple devices with multiple configurations is a manual and time intensive process. If problems are introduced, the person whose code change caused the failure is notified automatically.īroadening test coverage. In a continuous integration workflow, your entire team (or selected individuals) can create bots, trigger integrations, view activity, and download builds. This allows you to identify code problems throughout the development process, fix problems as they occur, and prevent smaller problems from cascading into larger ones.Įnhancing collaboration. Bot integrations can be set up to run every time you commit a code change to your source code repository, on a specific schedule, or whenever you manually initiate them. The goal of continuous integration is to improve software quality, and there are a number of ways this is achieved:Ĭatching problems quickly, easily, and early. See Figure 1-1.įigure 1-1Xcode continuous integration workflow Each run of a bot is called an integration, and these runs occur regularly throughout the development life cycle of your app. These bots process your apps, using the source code in your repository, and report back the results. In Xcode on your development Mac, you set up bots that run on the server.
You then send them to Xcode Server, a service provided by OS X Server, for processing.
In a continuous integration workflow, you write apps locally in Xcode on your development Mac and check them into a source code repository. In Xcode, continuous integration is the process of automating and streamlining the building, analyzing, testing, and archiving of your Mac and iOS apps, in order to ensure that they are always in a releasable state.
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