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<p>Result: <%=ViewData.Model.State%></p> <table class="results" width="99%" cellpadding="4" cellspacing="0"> <thead> <tr> <th align="left">Name</th> <th align="left">Mime Type</th> <th align="left">Length (bytes)</th> </tr> </thead> <tbody> <% foreach (UploadedFile file in Builds table to Model.GetUploadedFiles()) {%> show results <tr> <td><%=file.ClientName %></td> Displays uploaded <td><%=file.ContentType %></td> file information <td><%=file.ContentLength %></td> </tr> <% } %> </tbody> </table>

And lastly, an example of an availability requirement might be that feature Z should execute within Y milliseconds 9999 percent of the time For example, the FCC (Federal Communications Commission) requires that when people pick up their phones they hear a dial tone within several hundred milliseconds The FCC requires this partially as a performance issue, and also as a security requirement as well It is important to include security requirements in requirements documents, and design security into software from two angles First, every line of code that is eventually written based on requirements and design documents should be security conscious We will provide many examples of how code can be security conscious in this book In many cases, code is dependent upon assumptions about input that it accepts and how its output is to be used, as well as expectations about the computations it conducts.

In addition to toolbars, it is possible to create menus in Glade 3. Figure 10-13 shows the Menu Bar Editor, which is very similar to the toolbar editor. It supports normal menu items and those rendered with images, check buttons, radio buttons, and separators.

Our view is passed an UploadStatus object, which contains upload status as well as file information. We first show the result of the upload, which indicates success or failure. Then we display a table of the uploaded files B. We show the name, content type, and content length C. Figure 5.6 shows the final Upload Results screen.

You now know of three ways to create menus, which raises the question of which one is best Every method has its advantages and disadvantages, so let us take a look at each method You first learned how to create menus manually, molding each object to your needs This method is good to use with smaller menus, because the code will not take up a lot of space and the implementation is located entirely in one place However, if your menu grows in size or contains more than just basic items, the code can become tedious to maintain and take up a lot of space Next, you learned how to use GtkUIManager with UI definitions to dynamically create menus This method simplified menu creation, because you could define a large number of actions in a small amount of space.

Summary

The second angle is that, in addition to each line of code being explicitly security conscious, certain explicit security features should be implemented depending upon the functional requirements of the software In addition, design documents should contain some specification of how the goals in the requirements are achieved..

Also, since menus are constructed from UI definitions, allowing the user to edit a menu is extremely simple This is clearly the preferred method of menu creation if you are not using Glade to design your application Glade also presents a very attractive method of menu creation, because after its initial design, maintenance is simple It also requires no code to create the menu, since Libglade constructs it for you However, one problem with this method is that it is not as easy to allow the user to alter the layout of menus and toolbars as with the UI file method One method that can easily be employed is to pack all of your widgets with respect to the end of the vertical box or whatever container you use as the child of the main window.

Because we have the file size, MIME type, and filename, we can provide a good file downloading solution. The browser s download file dialog box uses this information to provide a download progress bar. SlickUpload isn t the only file upload component, but it works well with ASP.NET MVC. We used a web control, but it s fully supported in an ASP.NET MVC environment. By using a file-streaming component, we can prevent end users from crashing our web server by uploading large files. With SlickUpload s configuration options, we have a lot of flexibility in processing uploads without resorting to a lot of custom code.