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In Linux, a bright line exists between the kernel s execution context and that of the programs being run. The kernel s context is called kernel-land or kernel space and encompasses all the device interaction, threads, interrupt handlers, data structures, and memory. When a program is executed, the kernel creates a virtual memory address, configures resource descriptors (like those for files, timers, and semaphores), loads the program into memory, and configures the processor s registers to start execution. All of this activity occurs in userland. These two execution contexts can communicate under controlled circumstances but are otherwise separate and distinct. Although the kernel and userland are separate and distinct, they re very much related. When the kernel boots, it initializes (and registers) devices that can be used later in the startup process or when the system is up and running. For example, when a board boots that has a USB host controller, the driver for that device initializes in the kernel; in userland, programs can run that interrogate the devices attached to the USB bus and load corresponding drivers. Understanding the hand-off from the kernel to the first userland process helps when you re debugging startup problems and trying to reduce startup time. From a diagnostic perspective, knowing that the kernel started successfully means booting problems have been automatically narrowed to something in the root file system or initial RAM disk. From a performance perspective, knowing that a configuration step can be done in the kernel or userland (such as assigning an IP address to a network adapter) means certain activities can be deferred until later and scheduled such that system appears to boot faster, or when you can more readily control the configuration process.

Figure 11-5. Futuristic tank object in AC3D The class we will be building is called Model3D and will be responsible for reading the model and storing its geometry (vertices, texture coordinates, models, etc.). It will also be able to send the geometry to OpenGL to render the model. See Table 11-4 for the details of what Model3D needs to store. Table 11-4. Information Stored in the Model3D Class

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When you re In this mode, the method for setting up a remote connection is exactly the same as the command-line GDB. You re responsible for getting the code to the target machine before debugging. After you establish the connection to the remote machine, you can set breakpoints by clicking in the gray area to the left of the line. To step through code, use the icons under the menu. If you ve used Emacs to debug local programs, there is virtually no difference after the program has started running. Emacs stores the last state of the debugger at the beginning of the project, so the next time a debugging session starts, you won t need to type as much to start a debugging session. Emacs also keeps track of breakpoints between debugging sessions.

On the User Access tab, you can change the permissions for any of the users for that shared folder. As listed in the Adding a Shared Folder section earlier, you can set any one of the following access levels for each user: Full: The user is able to view, add, modify, and delete files in the shared folder. Read: The user is able to view files in the shared folder, but cannot add, modify, or delete any files. None: The user cannot view, add, modify, or delete any files in the shared folder.

Eclipse contains interesting tools for remote debugging that are part of the Eclipse platform: CDT and DSDP. Because the embedded development parts of Eclipse are leading edge, you need to download the latest Eclipse distribution and packages for embedded development and debugging. Unlike the other tools in this section, Eclipse isn t a debugger it s an entire IDE. In order to use just the debugging features, you must import your project into Eclipse and possibly restructure how the project builds. If you re starting a new project and use Eclipse from the beginning, this isn t a factor. If you have an existing project and just want to use the debugging features of Eclipse, you may want to consider using one of the other tools in this chapter. To get Eclipse for embedded, visit http://www.eclipse.org/downloads/packages/eclipseide-cc-developers/ganymedesr1 and click the Download Package link. This takes you to a page containing a link for a mirror that s usually close to your physical location. Download the software, and unpack it. For example: $ wget http://www.eclipse.org/downloads/download.php file=/technology/epp/downloads/release/ganymede /SR1/eclipse-cpp-ganymede-SR1-linux-gtk.tar.gz

A list of vertices (3D points), stored as tuples of three values (for x, y, and z) A list of texture coordinates, stored as tuples of two values (for s and t) A list of normals, stored as tuples of three values (for x, y, and z) A dictionary of Material objects, so we can look up the texture file name given the name of the material A list of FaceGroup objects that will store the faces for each material A display list id that we will use to speed up OpenGL rendering

Folder Duplication is the process by which Windows Home Server protects your digital content in shared folders. If you have more than one hard drive in your Windows Home Server, you can enable Folder Duplication on a per shared folder basis.

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