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Figure 18-19. A single block is used in the Distance program. Before I use this CONSTANT block I need to create a constant that will hold the distance (in inches) between the STARTING LINE and FINISH LINE. To do this I click on the Edit menu and select the Define Constants option. A window appears, as shown in Figure 18-20.

Next, we will step through the process of configuring a Linux 26* series kernel In order to explore some of the innards of this process, we will enable the support of a specific feature that we ll pretend must be supported on the system Once you understand how this works, you can apply the same procedure to add support for any other new kernel feature that you want Specifically, we ll enable support for the New Technology File System (NTFS) file system into our custom kernel Most modern Linux distros that ship with the 26* series kernels (where the asterisk is a wildcard that represents the complete version number of the kernel) also have a kernel configuration file for the running kernel available on the local file system as a compressed or regular file On our sample system that runs the Fedora distro, this file resides in the /boot directory and is usually named something like config-26* The configuration file contains a list of the options and features that were enabled for the particular kernel it represents A config file similar to this one is what we aim to create through the process of configuring the kernel The only difference between the file we ll create and the ready-made one is that we have added further customization to ours Using a known, preexisting config file as a framework for creating our own custom file helps ensure that we don t waste too much time duplicating the effort that other people have already put into finding what works and what doesn t work! The following steps will cover how to compile the kernel after you have first gone through the configuration of the kernel We will be using the Graphical Kernel configuration utility, so your X Window System needs to be up and running 1 To begin with, we ll copy over and rename the preexisting config file from the /boot directory into our kernel build environment Type.

It can be tedious to initialize all of the variables in a class each time an instance is created Even when you add convenience functions like setDim( ), it would be simpler and more concise to have all of the setup done at the time the object is first created Because the requirement for initialization is so common, Java allows objects to initialize themselves when they are created This automatic initialization is performed through the use of a constructor A constructor initializes an object immediately upon creation It has the same name as the class in which it resides and is syntactically similar to a method Once defined, the constructor is automatically called immediately after the object is created, before the new operator completes Constructors look a little strange because they have no return type, not even void This is because the implicit return type of a class constructor is the class type itself It is the constructor s job to initialize the internal state of an object so that the code creating an instance will have a fully initialized, usable object immediately

Part I:

We use uname -r here to help us obtain the configuration file for the running kernel The uname -r command prints the running kernel s release Using it here helps ensure that we are getting the exact version that we want, just in case other versions are present NOTE The Linux kernel configuration editor specifically looks for and generates a file named config at the root of the kernel source tree This file is hidden 2 Launch the Graphical Kernel configuration tool Type

You can rework the Box example so that the dimensions of a box are automatically initialized when an object is constructed To do so, replace setDim( ) with a constructor Let s begin by defining a simple constructor that simply sets the dimensions of each box to the same values This version is shown here: