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Notice that some of the comment lines show variables that aren t set to a value. This is a vestige of when this file set environment variables; having the line commented out was a trick to show that the variable wasn t being set while keeping a record of the variables that weren t being set. The configuration system now relies on the pattern # CONFIG_ VARIABLE_NAME is not set to determine if a variable is not set, even though this line appears to be a comment. Don t change lines that follow this pattern, because doing so will confuse the kernel configuration program.

Configuring Windows Vista for Remote Access is very simple. Perform the following steps on each Windows Vista computer you want to enable for Remote Access:

The kernel configuration process works when the kernel configuration program reads a kernel configuration specification file, called the kconfig file. This file resides in the arch directory, as specified with the ARCH=< your architecture > parameter when you run menuconfig. The kconfig file for the architecture contains the settings specific to the architecture and then includes configuration files for the rest of the kernel. For example, the MIPS kconfig file contains the following: config MIPS bool default y select HAVE_IDE select HAVE_OPROFILE select HAVE_ARCH_KGDB # Horrible source of confusion. Die, die, die ... select EMBEDDED select RTC_LIB mainmenu "Linux/MIPS Kernel Configuration" menu "Machine selection" (many, many lines clipped) source "net/Kconfig" source "drivers/Kconfig"

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AB = Vector2.from_points(A, B) BC = Vector2.from_points(B, C) AC = Vector2.from_points(A, C) print "Vector AC is", AC AC = AB + BC print "AB + BC is", AC Executing this script produces the following output: Vector AC is (5.0, 25.0) AB + BC is (5.0, 25.0)

"fs/Kconfig" "arch/mips/Kconfig.debug" "security/Kconfig" "crypto/Kconfig" "lib/Kconfig"

on Windows Vista Ultimate, Business, and Enterprise editions. If you have a computer running any other edition of Windows Vista, you will not be able to connect remotely to it using Windows Home Server Remote Access.

Subtracting a vector means going in the opposite direction the vector is pointing. If soldier Alpha was forced to retreat from a well-armed droid, he might calculate a vector to his adversary and then subtract it from his current position to find a point directly behind him. The math for vector subtraction is very similar to addition, but we subtract from the components rather than add. Listing 5-11 shows a method to subtract a vector from another vector, which you can add to the Vector2 class. Listing 5-11. Vector Subtraction Method def __sub__(self, rhs): return Vector2(self.x rhs.x, self.y rhs.y)

The kernel configuration program reads in the .config file for the kernel, applies the settings to the kconfig that was just read into the system, and renders the menu. After you select options, the changes are written back out to the .config file. Early in the build process, the file include/linux/autoconf.h is generated: it contains all the settings in the .config file as C preprocessor macros. The autoconf.h file is included in all the files in the Linux kernel; that is how the options you select in the configuration program are made available to the kernel. To see the process in terms of actions and configuration files, have a look at Figure 11-3.

1. Click the Start button and then click Control Panel. 2. Click System and Maintenance. 3. In the System section, click Allow Remote Access. 4. In the System Properties dialog box, click the Remote tab and ensure that the Allow Connections from Computers Running Any Version of Remote Desktop (Less Secure) radio button is selected, as shown in Figure 11-32.

The settings for the current configuration session are kept in the .config file in the top level of the kernel sources. Default configuration files (called defconfig files) for boards are stored under their respective arch directories. To get a listing of the defconfig files for a given architecture, do the following from the top-level kernel directory: $ make ARCH=< your architecture > help Some generic help for building the kernel appears, followed by a listing of the defconfig files for < your architecture >. In this case, the value was mips:

Let s suppose soldier Alpha arrived at point B, only to find he had forgotten his spare batteries; how could he calculate a vector back to A (i.e., Vector BA) He could do the math given the points again, but an alternative is to negate vector AB, which has already been calculated. Negating a vector creates a vector of the same length that points in the opposite direction. So AB is the same as BA. To negate a vector, simply negate the components. Listing 5-12 is a member function that does negation, which you can add to the Vector2 class. Listing 5-12. Vector Negation def __neg__(self): return Vector2( self.x, self.y)

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