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If we were to expand on the <version> task, we might add a property called sys.version.prior, which would enable us to use the <vssdiff> task to produce a changes report in the following way: <vssdiff dbpath="${vss.dbpath}" path="${vss.path}" label="NAnt - ${sys.version.prior}" user="builder" password="builder" outputfile="ChangeLog.xml" /> The VSS comparison report needs a label to work from, which would be supplied by the sys.version.prior property and provides the following sort of output: <vssdiff label="NAnt - 1.0.6.0" generated="14/11/2004 15:54:17" project="$/Solutions/Transformer/"> <item name="EngineTests.cs" path="$/Solutions/Transformer/TransformerTests/EngineTests.cs" action="Checked in $/Solutions/Transformer/TransformerTests" date="14/11/2004 15:51:52" version="4" user="Marc" comment="Fixed the failing XML output test." /> <item ... /> <item ... /> </vssdiff> With a little bit of XSLT, we could be on our way to an automated release notes report. Being able to tweak NAnt in this way can provide a big benefit.
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Caution I advise against changing the actual NAnt source code, though. Provide your own version, or a subclass of the original code, since you will need to refresh the codebase at some point, even if you are not using nightly builds. If your idea is useful, then send an email to the NAnt developer list as a suggestion, too.
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A Look at <exec>
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Finally, we can look at the <exec> task to see the particular behaviors it has. This task is quite complex because it is used to execute and capture many different command-line outputs. In general, though, the main point to notice is that the <exec> task actually inherits from ExternalProgramBase, which in itself inherits from Task, as shown in Figure 7-3.
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Figure 7-3. <exec> task hierarchy The important features of the implementation of the <exec> task and the override of the <ExternalProgramBase> task are the implementations of the ProgramArguments and ProgramFileName properties. We can use the ExternalProgramBase class in the same way that the <exec> task does. This base class provides all of the process capture and environmental configuration information that is commensurate with running external programs from within .NET so that we do not have to worry about this implementation. In fact, the ExecuteTask method can generally just execute the base method on ExternalProgramBase, as can be seen in the <exec> task itself: protected override void ExecuteTask() { base.ExecuteTask(); if (ResultProperty != null) { Properties[ResultProperty] = base.ExitCode.ToString( CultureInfo.InvariantCulture); } }
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Creating a NAnt Task: <fxcop>
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We have looked at the core features that we need to consider when constructing a task by assessing the general structures of the NAnt model, and by looking at examples in existing code, mainly tasks. With this knowledge, we should be able to create a new task to perform the FxCop analysis without using the <exec> task.
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FxCop Task Requirements
The task at hand should not be especially complex. In short, we want to be able to provide a level of generic behavior to the task in order to use our standards to implement this task without it requiring specific attention. Consider again the original call: <exec program="D:\dotNetDelivery\Tools\FxCop\1.30\FxCopCmd.exe" commandline="/f:${core.output}\${project.name.1}.dll /o:${core.reports}\fxcop.xml /r:D:\dotNetDelivery\Tools\FxCop\1.30\Rules\" failonerror="false" /> The task includes these features: Executable. The path and name of the executable. Files. The files for analysis can be marked as a single directory where all assemblies are dynamically loaded, or individually with the /f switch. Rules. The rules can be marked as a single directory where all rules assemblies are dynamically loaded, or individually with the /r switch. Output. The resulting XML report is output to the file and path specified by the /o switch. These are the features we have chosen to use, but other command-line options are available. Running the /help switch on the executable produces the output shown in Figure 7-4. The list of switches contains some potentially useful options, but none of them move us closer to the end result. A good start is then just to use what we already had. The files (and to a lesser extent rules) options are a little limited, since they accept only a folder and will attempt to analyze every assembly in the folder. This might be useful, but in practice it will mean that referenced assemblies will be included, and assemblies that do not require analysis perhaps test assemblies will be included as well. Ideally, it would be better to have a FileSet-type behavior for these options.
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