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Selects the node s parent (for example, the parent <Channel> element, node 6) Selects the node s descendants (for example, all text nodes within the <Program> element, node 17) Selects the node s descendants and the node itself (for example, all the nodes within the <Program> element, including the <Program> element itself, nodes 12, 16, and 17) Selects the node s ancestors (for example, the <Channel> and <TVGuide> elements, nodes 6 and 3) Selects the node s ancestors and the node itself (for example, the <Program>, <Channel>, and <TVGuide> elements, nodes 12, 6, and 3) Selects the node s siblings that occur after the node (for example, the later <Program> elements in the same <Channel>, node 18) Selects the node s siblings that occur before the node (for example, the earlier <Name> element in the same <Channel>, node 7) Selects nodes that start after the node ends (for example, the <Series> elements within all <Program> elements in all <Channel> elements after this one, node 19) Selects nodes that end before the node starts (for example, the <Series> elements within all the <Program> elements in all the <Channel> elements before this one, node 10)

Using inline data such as this means that we don t have to create temporary files. Thus we don t have to remember to clean them up, find a spot where we can actually create them, or worry about performance problems on saturated file systems. If you are satisfied with limited functionality and the production of GIF output alone, you could have a look at the Chart::GnuPlot module, which is available from CPAN. The module is, at this time, still in a very early and immature stage, has been so for quite a while now (since November 1998), and doesn t look like it is actively being developed any longer.

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pre folder within the data directory If so, it knows it has to copy new records from the older database into the new one If it finds that the database file is in the pre folder, it creates database connections to the two databases, iterates over the rows in the older products table, and checks to see whether that product is in the new products table If not, the method adds the row to the new products table For testing purposes, you can download the source code to the application at http://sayedhashimi com/downloads/book/ClickOnceAndAccessApp/ClickOnceAndAccesszip Applications that use data files that require migration from one version to another will likely require more robust implementations than what we have shown The approach used in the sample application is to perform a test at application start-up to see whether a new version is running and if so, look for new products to import.

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Gnuplot doesn t really provide another API beside the interactive interface. If you need to get feedback from the gnuplot program in order to deal with errors and such, you will have to work out a way to get some bidirectional communication going. This would require using the (standard) IPC::Open2 or IPC::Open3 module, or maybe the Expect module from CPAN. That sort of interaction is well described in the perlipc documentation, which would be a good place to start.

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I hope this chapter has provided some glimpse into the many ways in which Perl can be used to create charts, graphs and plots. Each of these ways is different, has its unique strengths and weaknesses, and operates in a different application domain. If you need to create business types of graphics for inclusion in web pages, GD::Graph

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and the various Chart::* modules are most appropriate. If you wish to plot scientific data, or have to create output that is of a higher quality than a bitmap, you will want to look at PGPLOT or gnuplot. If you want to create three-dimensional relief charts, gnuplot is most appropriate, and if your output is akin to figure 5.9, you need PGPLOT. Neither gnuplot nor PGPLOT can be used to create bar or pie charts, however. Unfortunately, there is no single module that as yet does everything, so your needs will dictate which of the solutions you use.

This approach certainly works, but for complex applications where many files may be involved with complex migration strategies, a better approach may be necessary For complex cases, the ClickOnce APIs can prove to be helpful Although the APIs are somewhat limited, the functionality exposed is generic and can scale for complex solutions With this in mind, Figure 8-6 and Figure 8-7 show the UI for the next sample application that demonstrates several of the important methods and properties exposed in the ClickOnce APIs Specifically, Figure 8-6 shows the Application Info tab..

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6.1 The Common Gateway Interface 91 6.2 Suitable image formats 92 6.3 CGI and dynamically generated graphics 94 6.4 Forms and encapsulated graphics 96 6.5 Image collections and thumbnailing 100 6.6 Summary 121

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