TFS build automation for a Java project using Ant. In a previous article, I walked through the process of installing and using Team Explorer Everywhere on an Eclipse environment. That way, you can use TFS for your Java development. In this article, I will cover the process of how you can use the Team Foundation Build Automation to automate your Java builds using Ant. I’ll guide you through all the necessary steps and give you some personal experiences. First of all, you need to have Team Explorer Everywhere installed (more about that in my previous post). If you have this, you’re ready to go. Getting started with Java and Ant. Ant Quick Guide - learn Ant programming in simple and easy steps using this beginner's tutorial starting from basic concepts of the language, Free, Apache, Ant, Tutorials, Reference, Manual, Guide, Beginners, JAR, WAR, Data.Why Build Your Java Projects with Gradle Rather than Ant or Maven? By Benjamin Muschko, July 08, 2014. The default build tool for Android (and the new star of build tools on the JVM) is designed to ease scripting of complex. The main known usage of Ant. Tool name Operating system Build language Description language License; A-A-P: Unix, Windows, macOS: C: recipe: GNU GPL: Ant: cross-platform: Java: XML: Apache License 2.0: AnthillPro: cross-platform: cross-language: Wraps. In this Selenium Tutorial we would shed light on a build tool named as “Apache Ant”. We would broadly discuss its applicability and importance besides the practical approach. To start, let me explain you what Ant is and how you can use it. Apache Ant. The root node of a build. This target will be executed when you build your project. The child- nodes of a project are those . You can define as many targets as you want. Each target can have its dependencies. You can define that the . That way, you have a sequence of executing. Let me give you a really basic example. When you use Eclipse, you can use the Ant window to visualize the Targets of your build. Be sure that you do a check- in of your build. Frequently Asked Questions Questions About this FAQ. Where do I find the latest version of this document? How can I contribute to this FAQ? How do you create the HTML version of this FAQ? This article describes an Ant-build sample that runs the five tools Findbugs . Additionally it creates and collects the native HTML reports of each tool. Apache Ant is a software tool for automating software build processes, which originated from the Apache Tomcat project in early 2000. It was a replacement for the unix make build tool, and was created due to a number of. Create a build definition. Now you have Ant up and running, we can define our TFS build definition. This build definition will take care of the build process on our TFS build controller. If you want to learn more about build controllers and build agents on TFS, take a look at this article. Open the Team Foundation Server Explorer in Eclipse (using the Team Foundation Server Explorer perspective). Select Builds node, right click and select . In the new window, the first thing you have to do is provide a build definition name and a description. The next step is to define the build trigger. Choose the option that suits you the best. In my case, I selected a Continuous Integration Build. The following step is the definition of your working folders. This is the mapping that the build server will use. Select your build controller and the place where to output your files. Note that even on Linux, if you use a network location, use . That’s because the build- controller is running on a windows machine, and this controller uses the network path you define there. The first step in this wizard is to select which build file you currently have. In our case this is an Ant build file. Select this an click next. The next step is to select your build. Click finish to close this wizard. As you can see now, the wizard tells you that there was a MSBuild project file found. That file was automatically created by the previous wizard. Note that this file is located in a folder called . If you want to understand what’s in that TFSBuild. The last step is to define your Retention policy. There you can select some numbers of how many files are kept when a build succeeds, fails. Click Ok to create your Build Definition. You Should now see your new build definition in the list. Build server changes. To summarize. The next step is to prepare our TFS Build server so it will be able to build Java projects based on Ant/Maven. For that, you will need the Team Foundation Server Build Extensions Power Tools. They can be download here. Next thing you may not forget is set the correct environment variables to your (build) system. I spend quite a while looking for the correct one, so here they are: Add a system variable . Next add a system variable . The last step is to edit your system variable called . At the end of this value (it should already contain a bunch of other settings) you add . The build server can now execute Ant builds. Ant build usage with TFSThe nice thing about using Ant with TFS is that the TFS build will provide some extra parameters that can be used in your build. For example you have Binaries. Root, Build. Definition. Name, Build. Directory. What I mean is that you can declare variables, depending on the fact that the variable is or isn’t defined. For example, if you run your Ant build inside your Eclipse, you have no . That’s because this is provided, additionally, by our TFS build script. That way, you can create your Ant build so that it does run local, but also on the build server. Run your build. Now you have all the parts completed, it’s time to execute your build. Using your Team Explorer in Eclipse, right- click on your build definition and click . Now you should see the build running in the . Double- click on the build to see the results. You also have a log, containing the output of the Ant- build. If you go to the drop folder, you should see your output files. Now it’s up to you to change your Ant build file, and play with some targets. In a next post, I will explain how you can define JUnit- tests in your Java application, and also link the results to your TFS build, and even watch the results in Visual Studio. Thanks for reading!
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
January 2017
Categories |