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In this chapter you examined the net in .NET: Web services. What you found out is that Web services are extremely easy to develop and code because you aren t doing anything different when coding Web services as compared to developing any other class. In general, any complexities associated with the distributed application nature of Web services are hidden from you. The only real difference of note is that Web services are generally coded in a stateless manner. You started the chapter by covering the basics of Web services. Then you moved on to examine two different examples of Web services and multiple ways to write consumer clients. The second example was relatively complex, but the complex logic actually had very little to do with Web services and more to do with coding ADO.NET in a stateless manner. In the next chapter, you ll take a little detour out of the network world and into a more advanced topic that I happen to enjoy: multithreaded programming.

ormally, multithreaded programming would be one of the more advanced topics, if not the most advanced topic, in a book, but due to the .NET Framework, it is no more advanced than any other topic in this book. Why, you might ask Well, the answer is that the .NET Framework (as usual) has hidden most of the complexities of this habitually complex area of software development within its classes. Having the complexities hidden doesn t mean it s any less powerful or flexible than your doing the entire complex coding yourself. In fact, true to the nature of the .NET Framework, if you want to get lost in the details, you can still do so. On the other hand, because this chapter is about developing multithreaded programs using C++/CLI and not about multithreaded programming in general, I try to stay away from these details and let the .NET Framework deal with them. However, for those of you who like to delve into the details, I try to point you in the right direction for future exploration. This chapter starts off by covering multithreaded programming at a high level, so those of you who are new to multithreaded programming can get comfortable with the concept. Next, you ll explore commonly used and, fortunately, easy-to-understand multithreaded programming features provided by the .NET Framework. With the basics covered, you ll explore some complex areas of multithreaded programming, including thread states, priorities, and the weighty topic of synchronization. Finally, you ll learn about a second way of handling multithreaded programming: thread pools.

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Figure 10-29. The Settings and Constraints window for EffortTrackingWeb 3. Switch to EffortTracking.ldd and open the Settings and Constraints window for EffortTrackingWebServer. Within the Logical Server Settings WebSites Authentication, notice that AuthFlags is set to Ntlm. Therefore, the Forms authentication in the application needs to support Anonymous, and the IIS server is configured to support only Integrated Windows via Ntlm. You can solve this conflict in two ways: you could change both the web and service applications to use Windows authentication, or you could add Anonymous to the Authentication AuthFlags on the IIS server to allow the support for Forms authentication. Since we want to use our own login in the sample application, you should take the second approach, and change the settings on the IIS server as shown in Figure 10-30. 4. Close the Settings and Constraints window. Select DefaultSystem1.dd from the Window menu, and then select Diagram Validate Diagram. You will see that the warnings have been resolved, as shown in Figure 10-31.

Cocoa Touch relies heavily on delegates, so it s vital that you re comfortable using them. Delegates allow one object to receive messages or modify the behavior or another object, without needing to inherit or subclass it. This is an extremely handy design pattern that helps alleviate a lot of extra coding. A very simple example of delegation is the UIWebView component that we implemented in the MyWeb project. Besides the fact that Apple recommends not to subclass UIWebView, the easiest way to communicate with UIWebView directly is via delegation. Let s say we want the MyWeb app to notify the user when the Apress.com home page finishes loading into the web view. We will designate the MyWebViewController class as the UIWebViewDelegate for its mywebView instance so that it can receive events from the web view and act accordingly. Open the MyWebViewController.h header file and add <UIWebViewDelegate> to the end of the @interface line (see the bold code):

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