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CHAPTER 6 CONTINUOUS INTEGRATION
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Although this book covers CCNet, you should take a look at other available options and use the one Tip that feels most comfortable. These applications are being actively developed and you may find that one has precisely the feature that you need as a result of its particular implementation. For example, I found the cctray application very handy during my initial exploration of CCNet.
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As I write this book, CCNet has reached v0.7, which is a significant shift from the 0.6 version I originally began to use in earnest. I was led to CCNet directly from reading about CI on Fowler s web site. The CCNet site is shown in Figure 6-2.
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Figure 6-2. CruiseControl.NET CCNet presents a server component that can run as a console or Windows service. The server is accessible through a remoting channel, and there are a number of ways to interact with the server. There is a web site that maintains build information (reports, logs, etc.), which was a major part of the application until v0.7, where it is gradually being deprecated. Instead, it is being replaced with a web dashboard that can handle multiple projects and multiple CCNet instances and is proving to be much more useful than individual sites. The dashboard currently lacks some of the reporting functionality, but this is being addressed. There is also
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an application that sits in the system tray called cctray that can access the server remotely in order to trigger builds through a context menu, or you can simply be notified of a build when one occurs through a message in the system tray.
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Draco.NET is described on its site as being inspired by CruiseControl (the Java version of CCNet) and so is an interesting counterpoint to CCNet. It consists of server and client parts, with the emphasis for configuration on the client tools. It is less feature-rich than CCNet but still performs the core functions of the CI process.
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This application provides a different view of CI, in the form of a Windows GUI. Hippo tends to look friendlier than the other applications because of this, and again provides all of the features you need to operate a CI process.
Note Check out the Further Reading section at the end of this chapter for links to useful resources on
other CI applications.
Implementing CI for the Sample Applications
In this section, we will work with the existing sample applications and implement CI for them using CCNet 0.8. We can then assess the applicability of CI and the ease with which the scripts we have so far can be integrated into the process. To begin this work, let us look at CCNet in more detail.
Examining CCNet
CCNet consists of several major parts that all have a role in presenting the full system for CI. We will consider each of these in turn to become familiar with the system before attempting the integration of the existing scripts.
Server
The server component handles all of the actual work of CCNet: the monitoring of the source control repository, the running of the appropriate build scripts, and the management and placement of the resulting information. The executable itself has a configuration file containing, for example, logging information. There is also a specific configuration file the default is called ccnet.config to hold the information on a solution required by CCNet to operate successfully. The main part of the work will be the recording of the information as required in this XML file. The server application can be run using a console harness or installed as a Windows service. Ultimately the Windows service is probably the better option so that reboots are easier and
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