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one of the toolchains listed, prefix any of them with show-. Here s the command for arm-unknownlinux-gnueabi: $ ./bin/ct-ng show-arm-unknown-linux-gnueabi arm-unknown-linux-gnueabi [g ] OS : linux-2.6.26.8 GMP/MPFR : gmp-4.2.4 / mpfr-2.3.2 binutils : binutils-2.19 C compiler: gcc-4.3.2 (C,C++,Fortran,Java) C library : glibc-2.7 Tools : You need to make a few additional changes in the configuration program, such as removing sstrip (a tool for reducing a program s size by a few bytes, which causes frequent compilation problems) and turning off the Fortran and Java compiler front ends, because these frequently fail to compile the intended target. You access the configuration program for crosstool-NG by doing the following. The configuration program interface should be familiar at this point: $./bin/ct-ng menuconfig To configure the build process using the arm-unknown-linux-gnueabi sample, do the following: $./bin/ct-ng The software does some work and outputs a message indicating that the build is ready. This process takes an hour or so. When it s complete, the toolchain is installed at ~/x-tools/arm-unknown-linuxgnueabi/bin and is ready for use. The build log, stored in the ~/x-tools directory as build.log.bz2, is verbose. Every file that s created, unpacked, or copied, along with each command executed, is kept in the log. Considering that crosstool-NG builds completely from source and is largely implemented as bash scripts, using it to generate a toolchain is a better alternative than maintaining the code necessary to build a toolchain yourself. As the open source community updates and improves GCC, glibc, and its family of tools, the code around building this software also remains in flux, creating a maintenance task that crosstool-NG completes nicely.

Figure 6-34. The butterfly stands out more when the grass is blurred. But you can overdo this effect, too. Figure 6-34 doesn t look quite right, because there s a lot of grass that s the same distance from the camera as the butterfly is (it s at the same depth ), which wouldn t be so blurry in a real photograph. To make your blur effects more subtle and more realistic, try deselecting a little of the nearby background, as shown in Figure 6-35.

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Every Linux system has a root file system. On a desktop machine, the root file system is stored on a magnetic disk; but on an embedded system, the root file system may be stored on a flash device, packaged with the kernel, or, for some larger embedded systems, stored on a disk drive. During the bootup process, the kernel always looks for an initial RAM disk. The initial RAM disk comes from a file attached to the kernel during the build process that is uncompressed into RAM memory when the kernel starts. If a file to boot the system (initrd) is present, the kernel attempts to use the initial RAM disk. Because the initial RAM disk is built during the kernel build process, it s being built before the kernel. When the root file system is completed, the kernel build process points at the root file system created during this step. Although a fully functional root file system can be just one executable file or a few device files, for this example the root file system consists of a complete set of command-line tools typically found on a desktop system compliments of the BusyBox project. BusyBox contains minimal implementations of the commands found on a desktop system, and all the utilities in BusyBox are compiled into one

The <grammar> element in VoiceXML supports only XML-formatted grammars (GRXML). You can use the Grammar Editor to create grammars for VoiceXML applications, as discussed in 3.

executable and the file system. The file system is then populated with symlinks to the BusyBox executable. In the main() of BusyBox, a switch uses the name of the file (which is the name of the symlink used to invoke the program) to figure out what code to execute.

Figure 6-35. Use the QuickMask to deselect some of the branches at the same distance as the butterfly for a more subtle effect.

Before you build the root file system, create an installation folder for the executables, libraries, and other files that go into the root file system. From the perspective of the machine that eventually uses the root file system, the contents below this directory are the / of that machine. This is referred to as $RFS in the remainder of this section, because the directory can be in any arbitrary location: $ export RFS=$RFS $ mkdir p $RFS

Summary

You can write the grammar rules directly in the <grammar> element itself, which is referred to as in-line grammar. For example, the main menu of an application might look like the following: <grammar mode="voice" xml:lang="en-US" version="1.0" root="mainmenu"> <rule id="mainmenu" scope="public"> <one-of> <item>Balance Inquiry</item> <item>Recent Transactions</item> <item>Change PIN</item> </one-of> </rule> </grammar>

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