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so /usr/lib Library creation is generally performed by the GNU linker (ld), but by using the -shared flag, GCC can create shared libraries Also, on some systems it is necessary to run ldconfig after you move the plug-in library so it will be registered You will need to do this if you want to use the library for purposes other than loading with GModule Listing 6-10 The Plug-in (modules-pluginc) #include <glibh> #include <gmoduleh> G_MODULE_EXPORT gboolean print_the_message (gpointer data) { g_printf ("%s\n", (gchar*) data); return TRUE; } G_MODULE_EXPORT gboolean print_another_one (gpointer data) { g_printf ("%s\n", (gchar*) data); return TRUE; } The plug-in source only contains one or more functions that will be loaded by the main application Therefore, there is no need to include a main() function within the plug-in s source file.

n this appendix, we provide a brief review of security techniques that can be used to achieve defense-in-depth, and suggest a very simple way in which you can categorize the threats to and defense mechanisms for your software1 In this appendix, we do not consider a particular application, but you can apply our categorization technique to any application Programmers need to address many types of security concerns when designing systems Some of these concerns can be categorized as threats involving failure (F), lies (L), and infiltration (I) Hence, we call our framework FLI As we present defense techniques, we will also discuss whether they allow a system to prevent, detect, contain, and/or recover from the FLI security problems.

19.1.2 Testability The best way to ensure it s easy to work with our source code is to practice test-driven development (TDD). When we do TDD, we work with our source code before it exists. Hard-to-test classes, including controllers, are immediately suspect as flawed. Testing friction problems writing tests or with test management is a clear and convincing indicator that the software s design has room for improvement. Simple, lightweight controllers are easy to test. We ll discuss TDD in detail in chapter 26. 19.1.3 Focusing on the controller s responsibility

The only important aspect of the plug-in file is that you should include G_MODULE_EXPORT before any function you want to export If you do not use this macro, GModule will be unable to load the function from the library..

A quick way to lighten the controller s load is to remove responsibilities from it. Consider the burdened action shown in listing 19.1.

Functions dynamically loaded from a library are called symbols. A symbol is merely a pointer to a function in the library. You call symbol functions in the same way you would call any other function. The only difference is that, when called, GLib searches out the actual function in the library and executes it from there. The advantage of this method is that multiple applications can load a library at the same time. A library that allows itself to be loaded by multiple applications is called a shared library. Most libraries compiled on Linux are shared libraries. When compiling the main file of Listing 6-11, you will need to use an altered compile line as well, because you need to link against the GModule library. gcc modules.c o modules `pkg-config --cflags --libs glib-2.0` \ `pkg-config --cflags --libs gmodule-2.0` GModule can easily be included by adding `pkg-config --cflags --libs gmodule-2.0` to the compile command. The following example illustrates how to load the library that we have just created and installed. Listing 6-11 is an application that takes advantage of the dynamic module from Listing 6-10. Listing 6-11. Loading the Plug-in (modules.c) #include <gmodule.h> #include <glib.h> typedef gboolean (* PrintMessageFunc) (gpointer data); typedef gboolean (* PrintAnotherFunc) (gpointer data); int main (int argc, char *argv[]) { GModule *module; PrintMessageFunc print_the_message; PrintAnotherFunc print_another_one; gchar *text = "This is some text"; /* Make sure module loading is supported on the user's machine. */ g_assert (g_module_supported ()); /* Open the library and resolve symbols only when necessary. Libraries on * Windows will have a .dll appendix. */ module = g_module_open ("/usr/lib/plugin.so", G_MODULE_BIND_LAZY); if (!module) { g_error ("Error: %s\n", (gchar*) g_module_error ()); return -1; }