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It is possible to set the shadow type of the widget with respect to the child widget by calling gtk_scrolled_window_set_shadow_type(). void gtk_scrolled_window_set_shadow_type (GtkScrolledWindow *swin, GtkShadowType type); In 3, you learned how to use the GtkShadowType enumeration along with handle boxes to set the type of border to place around the child widget. The same values as before are used to set the shadow type of a scrolled window. After you have set up a scrolled window, you should add a child widget for it to be of any use. There are two possible ways to do this, and the method is chosen based on the type of child widget. If you are using a GtkTextView, GtkTreeView, GtkIconView, GtkViewport, or GtkLayout widget, you should use the default gtk_container_add() function, since all five of these widgets include native scrolling support. All other GTK+ widgets do not have native scrolling support. For those widgets, gtk_scrolled_window_add_with_viewport() should be used. This function will give the child scrolling support by first packing it into a container widget called a GtkViewport. This widget implements scrolling ability for the child widget that lacks its own support. The viewport is then automatically added to the scrolled window.

/product/show/5 maps to ProductController.Show /product/SomeProductName maps to ProductController.Search(SomeProductName)

GtkLayout widgets into a scrolled window with gtk_scrolled_window_add_with_viewport(),

Out of the box, the built-in routes support the first scenario but not the second. Before we start messing around with our routes, we need to add tests to our existing scenarios. Testing routes is possible by creating a fake HttpContext and HttpRequest, but it s much easier with the testing extensions of the MvcContrib open source project. We ll test the first scenario from table 26.1 in listing 26.3 using these testing extensions.

his appendix shows the full source code listing for the password manager and password file classes used in 9. (Note that all of the source code used in the book is also available at www.learnsecurity.com/ntk.) In the listing that follows, we include code for two versions of a password file class. The HashedPasswordFile class stores passwords that are simply hashed using SHA-256. The HashedSaltedPasswordFile class stores a salted hash of the password. The init() and flush() methods in MiniPasswordManager can be modified to specify which version of the password file class should be used. Of course, the add() and checkPassword() methods need to be modified to match as well. Finally, please note that this code is meant for instructional purposes only (and can be exploited; see, for example, exercise 6 in 11); do not use this code as-is in a real system. /*********************************************************************** MiniPasswordManager.java Copyright (C) 2006 Neil Daswani This class implements a MiniPasswordManager that can be used by other applications. You must call init() prior to calling checkPassword(), or add(). This file is also available at http://www.learnsecurity.com/ntk ***********************************************************************/ package com.learnsecurity; import java.util.*; import java.io.*; import java.security.*; public class MiniPasswordManager { /** dUserMap is a Hashtable keyed by username, and has HashedPasswordTuples as its values */ private static Hashtable dUserMap;

because scrolling may not be performed correctly on the widget!

[Test] public void Should_map_blank_url_to_home() { "~/".Route().ShouldMapTo<HomeController>(c => c.Index()); }

It is possible to manually add a widget to a new GtkViewport and then add that viewport to a scrolled window with gtk_container_add(), but the convenience function allows you to ignore the viewport completely. The scrolled window is simply a container with scrollbars. Neither the container nor the scrollbars perform any action by themselves. Scrolling is handled by the child widget, which is why the child must already have native scrolling support to work correctly with the GtkScrolledWindow widget. When you add a child widget that has scrolling support, a function is called to add adjustments for each axis. Nothing will be done unless the child widget has scrolling support, which is why a viewport is required by most widgets. When the scrollbar is clicked and dragged by the user, the value in the adjustment changes, which causes the value-changed signal to be emitted. This action will also cause the child widget to render itself accordingly. Because the GtkViewport widget did not have any scrollbars of its own, it relied completely on the adjustments to define its current position on the screen. The scrollbars are used in the GtkScrolledWindow widget as an easy mechanism for adjusting the current value of the adjustment.