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Based on the use cases, resources can be assigned to projects. This implies that the user has identified the project and wishes to assign a resource to it. It also implies that a project has a collection of assigned resources: hence the ProjectResources collection in the object model. But what behavior and information would a user expect from the items in the ProjectResources collection Certainly, one behavior is to return the list of resources assigned to the project. Another behavior is to allow a new resource to be assigned to the project, implying something like an Assign() method that accepts the Id property from a Resource. It is also worth considering what information should be provided to the user. When viewing or editing a Project, the list of assigned resources should probably show something like this: Resource ID Resource name Date assigned to the project Role of the resource on the project This means that ProjectResources, and the items returned by ProjectResources, might look something like Figure 6-3.

C0000005 C0000017 C000008C C000008D C000008E C000008F C0000090 C0000091 C0000092 C0000093 C0000094 C0000095 C00000FD

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You might run into a scenario where a piece of work is broken into many small pieces, and you need to make sure all of those small pieces are completed before you move on to the next step in your process. Sometimes these pieces are subsets of the main problem. This is called single instruction, multiple data. The same processing will be performed to each piece of data, but each piece is a subset of the whole. Consider working on an image. If you break the image into 100 pieces and apply the same process to each piece, you need to know for sure that all 100 pieces are completed before you can stitch them back into the larger picture. If you just break the image into 100 pieces and throw them into the queue, it can be difficult to know for sure when all of the 100 units of work have been completed. This has to do with the visibility timeout and the nondeterministic nature of queues. You might think that you could simply check the estimated length of the queue using q.ApproximateMessageCount:

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String marshaling is defined in at least three places: in a string conversion flag of a TypeDef (ansi, unicode, or autochar), in a similar flag of a P/Invoke implementation map, and, explicitly, in marshal(...) clauses for all parameters of all methods of a given class, for all parameters of a given method, and for one concrete parameter, respectively. Lower-level specifications override the higher-level specifications. As method arguments, managed strings (instances of the System.String class) can be marshaled as the following native types: lpstr, a pointer to a zero-terminated ANSI string lpwstr, a pointer to a zero-terminated Unicode string lptstr, a pointer to a zero-terminated ANSI or Unicode string, depending on the platform bstr, a Unicode Visual Basic style string with a prepended length ansi bstr, an ANSI Visual Basic style string with a prepended length tbstr, an ANSI or Unicode Visual Basic style string, depending on the platform The COM wrappers marshal the string arguments as lpstr, lpwstr, or bstr only. Other unmanaged string types are not COM compatible. At times, a string buffer must be passed to an unmanaged method in order to be filled with some particular contents. Passing a string by value does not work in this case because the called method cannot modify the string contents even if the string is passed as an in/out parameter (in the managed world, strings are immutable once a string object is created,

Just as collections that inherit from BusinessListBase should work properly with binding, so should the results of LINQ queries that are run over collections of BusinessListBase objects. Unfortunately, the result of a standard query from LINQ to Objects is a type called Sequence(Of U). As shown in Figure 14-1, this new collection doesn t have awareness of the collection from which it is generated. This means that operations on the result of the query, such as change tracking and collection-level validation, will fail to work as expected, due to the fact that the new collection has no awareness of the old one.

<target name="create-bin-zipfile" depends="dist-with-meta-inf,prepare-docs,prepare-scripts,javadocs"> <zip destfile="${zipfile.path}"> <fileset dir="${dist.dir}" includes="${jarfile.name}"/> <fileset dir="${doc.dir}" includes="README,readme.txt"/> <fileset dir="${dist.bin.dir}/.."> <include name="bin/*.sh"/> <include name="bin/*.pl"/> <include name="bin/*.bat"/> </fileset> <zipfileset dir="${dist.bin.dir}" prefix="bin"> <include name="**/*.sh"/> <include name="**/*.pl"/> <include name="**/*.bat"/> </zipfileset> <zipfileset dir="${javadoc.dir}" prefix="doc/javadocs"/> </zip> </target>

Figure 17-3. Drag the image to the artboard. Now that we have some visuals to print, we can press Control+Shift+B to build the application and then switch over to Visual Studio 2010 to add the code that will allow us to print our main LayoutRoot Grid (which contains the image we just added). In Visual Studio 2010, right under the InitializeComponent(); call, we are going to raise and handle a MouseLeftButtonDown event on this, the entire application. To do that:

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