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The Location drop-down list is important in this dialog box As you can see in Figure 2-2, the options available are File System, HTTP, and FTP The File System option creates a directory on your hard drive for your web application and treats that directory like a web site This option uses the embedded Visual Studio 2005 web server to run your application (that is to say, it uses Cassini as the web server rather than a full web server, easing administration and debugging) The HTTP option is used to connect to an IIS instance If you choose to create your web application on a remote server, that server will need to have IIS installed and running, as well as Front Page (Server) Extensions (FPE) You may also need to administer IIS in some cases to enable remote debugging (be sure to see an IIS administrator for help with this!).

Summary

projection). In our examples, the output field s combo box governs which of the fields will be returned in the output. The actual shape of the output is decided by LINQ queries that go inside the Click event of the fourth Show button (see Listing 13-7). Listing 13-6. Selecting Data Using LINQ private void button4_Click(object sender, EventArgs e) { txtResults.Clear(); if(comboBox4.SelectedIndex==0) { var result = from employee in employees select new { employee.EmployeeID, employee.FirstName, employee.LastName }; foreach (var emp in result) { OutputResults("[" + emp.EmployeeID + "] " + emp.FirstName + " " + emp.LastName); } } ... } The code first decides which of the fields of the Employee object are to be selected. It then constructs a new anonymous object that includes EmployeeID, FirstName, and LastName properties. The results are then outputted in the TextBox. You can now run the application and test how our LINQ queries work.

To run your new web application under IIS on your local machine, make sure IIS is installed and running (FPE will have been installed for you when you installed Visual Studio), and then specify http://localhost as the server This will create a new directory under C:\Inetpub\wwwroot for your application, and IIS will serve it from there The FTP option enables you to use FTP to connect to a server This server can be running IIS or another web server However, to use ASPNET applications as opposed to simple HTML pages, the server must be running IIS If you use an alternative server, such as Apache, you can still create a blank web site and standard HTML pages by using VWDE and deploy those pages to Apache by using the FTP option.

We have built two simple portlets and packaged them into portlet application archives for distribution. You can deploy either portlet application on any portal container that complies with the Portlet API 1.0 standard. We discussed the PortletRequest, PortletResponse, and GenericPortlet classes from the portlet API. We also covered several basic concepts for portlet development in this chapter. In the next chapter, we will discuss the life cycle of a portlet, including initialization, request handling, and destruction.

In the following section, you ll learn about the integrated development environment (IDE) and use it to edit your web site application But first, you need to create a new web site on your file system To do this, select File System from the Location drop-down list (as shown in Figure 2-2) and select your preferred language The examples in this book will be using C#, but if you prefer Visual Basic, converting between the two is fairly straightforward Next, set a location for where you want the web site to be stored, as well as the desired name for your site For example, Figure 2-2 shows the path as C:\WebNextBook\2Example1, so this will create a new web site called 2Example1 in the C:\WebNextBook directory.

AS WE VE SEEN IN earlier chapters, portlets are conceptually very similar to servlets. Like servlets, they can only operate within a container. Both have obligations that their design must satisfy to allow them to interact with their container, and both demand clearly specified behavior from their containers. The portlet s obligations are, broadly speaking, to provide implementations of specific methods, to respond appropriately when these are invoked by the container, and to handle error conditions gracefully. This chapter describes the container s interactions with a portlet, starting with its creation and concluding with its destruction. It also considers the constraints that are incumbent upon both the portlet and the container at each step in this life cycle.