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You hear a lot about patches when working with Linux. You may even make one or two yourself. A patch is nothing other than a file containing a unified diff, which is enough information that it can be used to non-interactively edit a file. This information is frequently referred to as a change set. The file to which the changes are applied is called the target file. Change sets can specify that lines can be changed, removed from, or added to the target. Although patches are typically created for text files, a patch can be created for a binary program as well. A patch is just a data file. To update the target files, another program must be used, and that program is patch. Created by the Perl guy Larry Wall, patch does the work of reading the patch file, locating the file to be edited, and applying the changes. Patch is clever in that it can apply changes even if the file to be patched is a little different than the one used to create the patch. You can create patches using the diff program, like so: diff -Naur old-something new-something > patch-file However, many source code control systems generate a patch based on the current contents of your directory versus what s stored in the source code control repository. No matter how you create your patch, applying it works the same: patch < patch-file If the patch program can t make the changes requested, it produces error messages and creates reject files so you can see where things went wrong.

When you have finished whatever it is that you are doing using Remote Access, you should log off. To do this, just click the Log Off button and your session will end. You can now close down the Internet browser session.

Joysticks have so many buttons that few games can use them all. For a typical joypad there are four buttons on the right side that are most often used as fire buttons, or for performing the most basic of actions in the game, and one or two buttons in the middle that are used for things

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Make is a core underpinning of open source software. It works by scanning a list of rules and building a dependency graph. Each rule contains a target, which is usually a file and a list of dependencies. A dependency can be either another target or the name of a file. Make then scans the file system to determine what files aren t present and figures out what targets to run in what order to create the missing files. Make has been around since 1977 and has been rewritten several times. The version used on Linux systems is GNU Make. Make uses a combination of a terse syntax in conjunction with many preset defaults, such that the way a make file works is nearly magic. Consider this: mybinary: file1.c file2.c

This is sufficient to give make the proper instructions to compile the file mybinary.c into the executable mybinary. The defaults tell make how to compile and link a C file from the files in the make rule. Using make for embedded development isn t much different from using make for desktop development. One big difference is that when you re doing embedded development, you need to tell make to invoke a cross-compiler or compile under emulation. In the previous example, it s as simple as this: LD=arm-linux-ld CC=arm-linux-gcc mybinary: file1.c file2.c Although this is the simplest approach, it can probably be done more elegantly so that changing the compiler requires fewer changes to the make file. I dedicate time to creating make files so you can use a different compiler with minimal impact. Using make along with your favorite editor is all you need to do embedded development. IDE tools like KDevelop and Eclipse scan the project to create a make file that is then executed to perform a build. You may decide to use an IDE, but having a firm understanding of what s happening under the covers is important when you re working with other open source projects or creating automated builds.

If you have the Windows Home Server Console open and someone is connected to your Windows Home Server using Remote Access, you can see who it is. In the bottom-left part of the Windows Home Server Console, when someone is connected, Remote Access: username (where username is the person s username) appears, as shown in Figure 11-56.

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