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Failed The last build was interrupted due to a problem. Immediate action is
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needed to fix something and run another build.
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You should ensure that every team member has immediate access to the current build state so that when the build breaks, it can be fixed immediately. One of your goals should be to have as few broken builds as possible, and those that make their way to the CI server should be as loud as possible. The information about broken builds should jump out at the developer. When a team consists of a few developers working together on a few projects, the information should be given to every team member. A broken build should mean
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No one pulls anything from source control. The source is broken, and no one should be interested in broken code. Someone should jump in to fix the problem preferably the person who caused it, but volunteers are welcome. All the commits to the repository are withheld until the build is fixed. If you push good code into a spoiled repository, your code may get the smell, too.
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In addition to knowing that the build is broken, your team should have easy access to the information about what caused the problem. It ll help them identify the issue and target the effort to fix is as soon as possible. Software developers should have immediate access to information about what state the process is in. Various tools provide this information; let s examine them.
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CruiseControl.NET, as you may have guessed, is the most difficult of our three CI servers to configure. Build feedback is no exception. The most detailed feedback comes from the CCNet Web Dashboard.
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If you followed our discussion in chapter 4, you should have the CCNet Web Dashboard installed. You can reach it by entering its URL into your web browser. Typically, the URL is something like http://MyServer/ccnet. The CCNet Web Dashboard (see figure 5.1) is a website that contains information about the state of your CI process. You can install it separately and use it to administer a set of CCNet servers. Web Dashboard works only if the CCNet service or standalone version is running (otherwise, it displays a message about a refused connection). It lists all the projects running on various CCNet servers that are configured to be displayed in a given Web Dashboard installation. The project definitions come from the CCNet configuration file that you learned about in chapter 4. Next to information about the project s CI state such as last build state and date, build label, status, and activity indication are buttons that let you force the build on the server or stop the currently executing integration.
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Figure 5.1 The CruiseControl.NET Web Dashboard lets you administer a set of projects. The projects can be hosted on different CCNet servers.
CCNet Web Dashboard information is organized as shown in figure 5.2. At the top is a server farm with all the configured servers connected to the Web Dashboard. You can switch to the server view, which contains information about a given server. If you dig further, you get information about the project; and the most narrow view is of a single build. Every view is fully configurable and can be extended using plug-ins. You perform the configuration using the dashboard.config file (the default installation places it in the %ProgramFiles%\CruiseControl. NET\webdashboard directory). This is another place where you have to pay the angle-bracket tax: everything is configurable, but you must fight your way through the XML. ThoughtWorks is moving toward web-enabled configuration for CCNet, but the plug-ins aren t ready yet. Until they are, you ll have to look at the plug-ins section of the CCNet documentation (http:// confluence.public.thoughtworks.org/display/ Figure 5.2 The CCNet Web Dashboard is CCNET/Web+Dashboard). The following divided into four views. At the top resides the listing shows the configuration we re using server farm with all the configured servers, and at the bottom is specific build information. in this book.
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