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When the system reboots, you can test your changes by following the next steps while at the initial grub screen 9 After the GRUB menu appears, select The Change Color Entry, and press enter The color of the menu should change to the color you specified in the menu1st file using the color directive 10 Finally, verify that you are able to boot the new kernel entry that you created, that is, the The Duplicate Kernel entry Select The Duplicate Kernel entry and then press enter

// Create subtree of "B" DefaultMutableTreeNode b = new DefaultMutableTreeNode("B"); topadd(b); DefaultMutableTreeNode b1 = new DefaultMutableTreeNode("B1"); badd(b1); DefaultMutableTreeNode b2 = new DefaultMutableTreeNode("B2"); badd(b2); DefaultMutableTreeNode b3 = new DefaultMutableTreeNode("B3"); badd(b3); // Create the tree tree = new JTree(top); // Add the tree to a scroll pane JScrollPane jsp = new JScrollPane(tree); // Add the scroll pane to the content pane add(jsp); // Add the label to the content pane jlab = new JLabel(); add(jlab, BorderLayoutSOUTH); // Handle tree selection events treeaddTreeSelectionListener(new TreeSelectionListener() { public void valueChanged(TreeSelectionEvent tse) { jlabsetText("Selection is " + tsegetPath()); } }); } }

Output from the tree example is shown here:

LILO, short for Linux Loader, is a boot manager It allows you to boot multiple operating systems, provided each system exists on its own partition (Under PC-based systems, the entire boot partition must also exist beneath the 1024-cylinder boundary) In addition to booting multiple operating systems, with LILO, you can choose various kernel configurations or versions to boot This is especially handy when you re trying kernel upgrades before adopting them Configuring LILO is straightforward: A configuration file (/etc/liloconf) specifies which partitions are bootable and, if a partition is Linux, which kernel to load When the /sbin/lilo program runs, it takes this partition information and rewrites the boot sector with the necessary code to present the options as specified in the configuration file At boot time, a prompt (usually lilo:) is displayed, and you have the option of specifying the operating system (Usually, a default can be selected after a timeout period) LILO loads the necessary code, the kernel, from the selected partition and passes full control over to it LILO is what is known as a two-stage boot loader The first stage loads LILO itself into memory and prompts you for booting instructions with the lilo: prompt or a colorized boot menu Once you select the OS to boot and press enter, LILO enters the second

The string presented in the text field describes the path from the top tree node to the selected node

Note Sometimes NXT-G will try to fix your wiring to keep it from becoming a tangled mess. In Figure 15-7 you

As was stated earlier in the chapter, LILO has somewhat fallen out of favor with most of the newer Linux distributions Some of the distributions do not even give you the option of selecting or choosing LILO as your boot manager! TIP If you are familiar with the Microsoft Windows boot process, you can think of LILO as comparable to the OS loader (NTLDR) Similarly, the LILO configuration file, /etc/liloconf, is comparable to BOOTINI (which is typically hidden from view)

Part III:

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In this section, we ll assume you are already familiar with the boot processes of other operating systems and thus already know the boot cycle of your hardware This section will cover the process of bootstrapping the operating system We ll begin with the Linux boot loader (usually GRUB for PCs)