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#include <stdio.h> main() { int val1=10; int val2=20; printf("%i + %i = %i\n", val1, val2, (val1+val2)); printf("%i - %i = %i\n", val1, val2, (val1-val2)); printf("%i * %i = %i\n", val1, val2, (val1*val2)); printf("%i / %i = %2.2f\n", val1, val2, (float)(val1/val2)); }

Figure 10-3 Plain old silicon its atomic structure. Figure 10-5 Silicon doped with phosphorus note the spare electron.

You can now execute the modified program and obtain the correct results:

$ ./operators 10 + 20 = 30 10 - 20 = -10 10 * 20 = 200 10 / 20 = 0.5

When you create programs that have a lot of iterative operations, or that are intended for a production environment, you can enable an optimization mode in gcc by using the O or O2 option. Because code is generated by default to contain debugging information, you can remove it by specifying the optimization option. In addition, you can specify many other tweaks and tricks individually or in combination. You can utilize spare CPU registers for arithmetic operations, for example. However, keep in mind for large programs that turning on optimization can slow down compilation time considerably, thus, you should only enable optimization just prior to production.

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The example presented in the previous section used only one function (printf) contained within a single system library, whose functions are all prefaced in the file stdio.h. It is a typical C convention to include constants and interface definitions for precompiled libraries in header files. As you ve probably guessed, there are many more system libraries than the single one you have examined so far. In addition, it is possible (and often desirable) to create and distribute your own libraries, which can also make use of header files. Although you can write your own functions and libraries, you can speed up application development time considerably by reusing many of the components that are supplied with Solaris. In particular, you must use system calls in order to access system and kernel functions. These can be important when building server-side software, although they are less important for GUI-based applications. However, note that system calls, when directly accessing data within the kernel, can cause buffer overflows if you don t correctly

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preprocess arguments. For example, if a string passed to a system call has a maximum length of 1,024 bytes, but a 1,025-byte string is passed, a kernel panic is possible if the executing user has privileges (real or effective). Solaris provides manual pages for all system calls and functions in the third group of man pages. These provide invaluable information about function and library interfaces, including the number of required parameters, return types, and other dependencies. This section walks you through the development of a simple application (a horserace winner predictor) that makes use of two system calls (rand() and srand()). The aim of the program is to randomly select a winning horse from a variable-sized field of horses although this may seem like a trivial example, it is a simple application whose development touches on the basic elements of constructing a C program. The first step in developing the application is to investigate the system calls and functions that will be used to generate the random numbers. You can start by reading the Solaris documentation, where you ll find that the rand() function is an ANSI-compliant, suitable method to use. Through the man pages, you can check the required parameters to pass to rand(), the name of the include file that defines the interface, and any information that is relevant to calling the function. For example, you can display the man page for rand() by typing this command:

introduce it to the silicon. Where there is a boron atom, there is also a missing electron. This creates a hole in the outer shell of the boron atoms and its neighboring silicon atom (Figure 10-4). If we add a little bit of phosphorus to our silicon, we get the opposite effect, a spare electron (Figure 10-5), which doesn t quite know where to fit in. As a result, it sort of lingers uncomfortably waiting for something to happen. Now, we can use these two types of doped silicon to make semiconducting devices, in this case photovoltaic cells.

The man page for rand() identifies the system header file as <stdlib.h>, so all programs that use the rand() function must include the relevant include file, by specifying this header file in the C source:

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