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<get> [NAnt]
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This task is useful for obtaining assets when we begin to deploy the constructed systems. It accepts a URL and a folder destination to move the URL content to. Also included are options for adding proxy and credentials settings to the <get> if required. < xml version="1.0" > <project> <target name="getresources"> <get dest="D:\SomeFolder\" src="" /> </target> <project> The ability to use <get> to obtain resources guides our hand slightly when considering how best to organize and manage the constructed systems. Of course, a <copy> could also be used if the Web is not to be used for this purpose.
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Build Tasks
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The build tasks form the kernel of the actual solution for building and deploying. They tend to be very specific and also sometimes quite lengthy to script. This is because the tasks have to adapt to whatever nonautomated solution they come across and so it is not always possible to make this translation concise. Also, the activities themselves may be complex or full of options. The good news is that once you have mastered how to use these tasks, that is usually that there are not many other ways to use it, and also the task tends to solve a significant part of a process: building a solution or outputting a set of test cases, for example.
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Note I have included the <exec> task in this section as well. I think that in reality this is a utility task
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because it can be turned to many uses, but in practice it is generally used to execute some specific command-line utility that is required for the core process and so is appropriate to this section.
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<asminfo> [NAnt]
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The first task in this section is a good example of a specific task. The one clear goal of the <asminfo> task is to generate an assemblyinfo.cs style of file, containing assembly-level attributes. The following example shows a simple example of the <asminfo> task. Notice how the task is quite involved owing to its specific requirements: < xml version="1.0" > <project> <asminfo output="CommonAssemblyInfo.cs" language="CSharp"> <imports>
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<import name="System" /> <import name="System.Reflection"/> <import name="System.EnterpriseServices"/> <import name="System.Runtime.InteropServices"/> </imports> <attributes> <attribute type="AssemblyVersionAttribute" value="" /> <attribute type="AssemblyProductAttribute" value="MyProduct" /> <attribute type="AssemblyCopyrightAttribute" value="Copyright (c) 2005, Etomic Ltd."/> </attributes> <references> <include name="System.EnterpriseServices.dll" /> </references> </asminfo> </project> Running this task results in the production of a file called CommonAssemblyInfo.cs containing the following code: using using using using System; System.Reflection; System.EnterpriseServices; System.Runtime.InteropServices;
//-----------------------------------------------------------------------------// <autogenerated> // This code was generated by a tool. // Runtime Version: 1.1.4322.573 // // Changes to this file may cause incorrect behavior and will be lost if // the code is regenerated. // </autogenerated> //-----------------------------------------------------------------------------[assembly: AssemblyVersionAttribute("")] [assembly: AssemblyProductAttribute("MyProduct")] [assembly: AssemblyCopyrightAttribute("Copyright (c) 2005, Etomic Ltd.")] We can use this task to generate version numbers during the build process, and in itself, this task can solve one aspect of the proposed process almost single-handedly.
<exec> [NAnt]
As mentioned earlier, in the event that NAnt does not have an available task to complete a specific action, then the first port of call would be to use the <exec> task. The second approach might be to go right ahead and create a custom task, but this takes a little longer than using a command-line option if it is available. A good example of using the <exec> task is the automatic production of FxCop (see Appendix A) reports for assemblies. Calling the command line can be done like this: < xml version="1.0" > <project> <exec program="C:\Program Files\Microsoft FxCop 1.21\FxCopCmd.exe" commandline="/f:MyAssembly.dll /o:fxcop.xml /r:D:\MyRules\" failonerror="false" /> </project> The effect of this script is to produce an XML-based report called fxcop.xml by reviewing MyAssembly.dll with the rules held in the D:\MyRules folder. Although the <exec> task fills in a gap, it is not especially pretty or intuitive. Moreover, assembling the command line in a more dynamic fashion may be difficult. In 7, we will see another way of tackling the FxCop problem, but for the time being, and throughout our work, it is useful to have this option at our disposal.
<mkiisdir> [NAntContrib]
A useful task for solving deployment issues, this task can come in handy when a new virtual directory is required on the web server. A huge number of attributes are available for this task because of the number of options for directory configuration in Internet Information Server (IIS). The simplest example, which can sometimes suffice, is shown here: < xml version="1.0" > <project> <mkdir dir="D:\Deploy\MySite"/> <mkiisdir dirpath="D:\Deploy\MySite" vdirname="MySite"/> </project> Here we have combined the creation of the physical folder with the virtual folder. This task has related siblings: iisdirinfo, which reports on the settings of an IIS virtual directory, and deliisdir, which deletes an IIS virtual directory. Both may also be useful for deployment purposes.
<ndoc> [NAnt]
This is another specific and wordy task, as our next example shows. If you have used the NDoc package as a stand-alone tool, then you will see the similarity to the user interface for NDoc.
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