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The GtkFixed widget is a type of layout container that allows you to place widgets by the pixel. There are many problems that can arise when using this widget, but before we explore the drawbacks, let us look at a simple example. Listing 3-5 creates a GtkFixed widget that contains two buttons, one found at each of the locations (0,0) and (20,30), with respect to the top-left corner of the widget.

Before we get to it, I would like to give credit where credit is due. The design I am going to show you how to implement is loosely based on the Deadline Advertising website (http://www.dead-line.com), designed by my very talented friend, former colleague, and brand new daddy Mr. Chris McCall. It s shown in Figure 6-15.

Note The largest integer available for internal shell math is 263 1, or 9,223,372,036,854,775,807 (in

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Listing 3-5. Specifying Exact Locations (fixed.c) #include <gtk/gtk.h> int main (int argc, char *argv[]) { GtkWidget *window, *fixed, *button1, *button2; gtk_init (&argc, &argv); window = gtk_window_new (GTK_WINDOW_TOPLEVEL); gtk_window_set_title (GTK_WINDOW (window), "Fixed"); gtk_container_set_border_width (GTK_CONTAINER (window), 10); fixed = gtk_fixed_new (); button1 = gtk_button_new_with_label ("Pixel by pixel ..."); button2 = gtk_button_new_with_label ("you choose my fate."); g_signal_connect_swapped (G_OBJECT (button1), "clicked", G_CALLBACK (gtk_widget_destroy), (gpointer) window); g_signal_connect_swapped (G_OBJECT (button2), "clicked", G_CALLBACK (gtk_widget_destroy), (gpointer) window); /* Place two buttons on the GtkFixed container. */ gtk_fixed_put (GTK_FIXED (fixed), button1, 0, 0); gtk_fixed_put (GTK_FIXED (fixed), button2, 20, 30); gtk_container_add (GTK_CONTAINER (window), fixed); gtk_widget_show_all (window); gtk_main (); return 0; } The GtkFixed widget, initialized with gtk_fixed_new(), allows you to place widgets with a specific size in a specific location. Placing widgets is performed with gtk_fixed_put(), at specified horizontal and vertical positions. void gtk_fixed_put (GtkFixed *fixed, GtkWidget *child, gint x, gint y);

The first thing to do is close the current project in Blend and create a new Silverlight application. Name it SLVSMMediaPlayer. Your New Project dialog box should look like Figure 6-19.

bash and expr; ksh uses scientific notation for large numbers). This is the maximum 64-bit integer. If you need numbers that are larger than this, you must use the bc or dc calculator.

The top-left corner of the fixed container is referred to by location (0,0). You should only be able to specify real locations for widgets or locations in positive space. The fixed container will resize itself, so every widget is completely visible. If you need to move a widget after it has been placed within a GtkFixed container, you can use gtk_fixed_move(). You need to be careful not to overlap a widget that has already been placed. The GtkFixed widget will not provide notification in the case of overlap. Instead, it will try to render the window with unpredictable results. void gtk_fixed_move (GtkFixed *fixed, GtkWidget *child, gint x_position, gint y_position); This brings us to the inherent problems with using the GtkFixed widget. The first problem is that your users are free to use whatever theme they want. This means that the size of text on the user s machine may differ from the size of text on your machine unless you explicitly set the font. The sizes of widgets vary among different user themes as well. This can cause misalignment and overlap. This is illustrated in Figure 3-6, which shows two screenshots of Listing 3-5, one with a small font size and one with a larger font size.

The next thing you need to do is to create the navigation orbs. These are going to be a series of Ellipses, one on top of the next, with different gradients. After we have the series of Ellipses the way we want them, you group them into a Canvas and tell Blend 4 to turn them into a Silverlight Button control. Let s start now:

Addition: answer=$(($c+$d)) Subtraction: answer=$(($c-$d)) Multiplication: answer=$(($c*$d)) Division: answer=$(($c/$d)) Remainder: answer=$(($c%$d)) Exponentiation: The first argument raised to the power of the second; answer=$(($c**$d)) Order of operations: The default order can be modified by using parentheses, as with the other methods of performing shell math; answer=$((($c+$d)*$c)). Without the use of parentheses to order the calculations as you desire, the common order is as follows:

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