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In the build window, if you double-click the first error line (the line that says error: syntax error before '{' token), Xcode will take you to the offending line in the main.c editing window. In general, when you encounter an error compiling your code, you ll double-click the error message, figure out what s wrong, fix it, and then move on to the next error. Sometimes, I fix one error and immediately recompile, just on the off chance that this one error actually was the cause of all the other error message, as is the case with our errant semicolon. Go back to your main.c editing window. Delete the extra semicolon, and then select Build and Run from the Build menu. Xcode will recompile your code and rerun the program, proving that you have indeed fixed the error. Good.

Many different types of errors are possible in C programming. One of the most common results from the fact that C is a case-sensitive language. In a case-sensitive language, there is a big difference between lowercase and uppercase letters, which means you can t refer to printf() as Printf() or even PRINTF(). Figure 4-12 shows the warning message you ll get if you change your call of printf() to PRINTF(). Basically, this message is telling you that Xcode couldn t find a function named PRINTF() and was unable to link the program. In this case, the compiler did its job, but since no PRINTF() function could be found, the build ultimately failed. To fix this problem, just change PRINTF() back to printf() and rebuild.

Figure 4-12. The error and warning messages you get when you change printf() to PRINTF().

In this exercise, you ll be putting an operating system onto a hard drive that doesn t currently have one Even if the hard drive has an operating system on it, doing a clean installation will format that drive and erase all its data, so be sure you ve backed up any important les! Step 1 Insert the Windows Vista installation DVD into the optical drive, close the tray, and wait for the Install Windows screen to appear Vista will rst ask you to select your preferred language (see Figure 11-11) After you do so, click Next Then, click Install now

The notation used at the end of the linked list in Figure 9-5 is borrowed from our friends in electrical engineering. The funky three-line symbol at the end of the last pointer represents a NULL pointer.

sequential executiarLi}f_the nonvectorizable portion^ The vectorizability of a prog r a m / i s a complex function involvingtheapplication algorithm, the programming language, the compiler, and the architecture Other than those for scientific applications involving mostly numerical computatiqnSjjnost programs for general-purpose computing teri3 not to have veryTugn vectorizaMity It is safe to say that most general-purpose programs h a v e / l e s s than 75%, and for many, significantly less One primary motivation for designing superscalar processors is to develop general-purpose processors that can achieve some (perhaps low relative to vectorizing) level of parallelism for a wide range of application programs The goal is to ensure that some degree of instruction-level parallelism can be achieved for all portions of the program so as to moderate the severe impact of the sequential bottleneck Of course, the highly vectorizable programs will continue to achieve good speedup via parallelism Note that the curve for Equation (110) is always higher than that for Equation (19) even at high values of /, and is higher than other curves for large values of N at lower values off The goal for superscalarprocessors isjo__ achieve generalized instruction-level parallelism and the consequent speedup for all types of application programs, including those that are not necessarily vectorizable 142 Limits cf instruction-Level Parallelism

Linked lists allow you to be extremely memory efficient. Using a linked list, you can implement our DVD-tracking data structure, allocating exactly the number of structs that you need. Each time a DVD is added to your collection, you ll allocate a new struct and add it to the linked list. A linked list starts out as a single master pointer. When you want to add an element to the list, call malloc() to allocate a block of memory for the new element. Next, make the master pointer point to the new block. Finally, set the new block s next element pointer to NULL.