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elcome! Chances are, you are reading this because you love the Mac. And not only do you love the Mac, but you also love the idea of learning how to design and develop your very own Mac programs. You ve definitely come to the right place. This book assumes that you know how to use your Mac. That s it. You don t need to know anything about programming, not one little bit. We ll start off with the basics, and each step we take will be a small one to make sure that you have no problem following along. This book will focus on the basics of programming. At the same time, you ll learn C, one of the most widely used programming languages in the world. And once you know C, you ll have a leg up on learning programming languages like Objective-C, C++, and Java all of which are based on C. If you are going to write code these days, odds are good you ll be writing it in one of these languages. Once you get through Learn C on the Mac, you ll be ready to move on to object-oriented programming and Objective-C, the official programming language of Mac OS X. Not to worry; in this book, we ll take small steps, so nobody gets lost. You can definitely do this!

Usually the arrow keys and the PAGE UP and PAGE DOWN keys will select and change settings Sometimes the + and keys or the SPACEBAR will toggle settings The CMOS setup program screen usually provides a key to the navigation and selection keys; refer to it as well

#include "dinoEdit.h"

If you ever want to find out which of the functions you call are dependent on which of your include files, just comment out the #include statement in question and recompile. The compiler will spew out an error message (or a whole bunch of messages) telling you it couldn t find a prototype for a function you called.

instruction if the branch is taken; otherwise, the PC is updated with the address of the next sequential instruction In the TYP pipeline, the updating of the PC with the target instruction address is performed in the MEM stage, whereas the IF stage uses the content of the PC to fetch the next instruction Hence, the IF stage performs reads on the PC register, and the MEM stage which occurs later in the pipeline performs writes to the PC register This ordering of the IF and M E M stages, according to Figure 215(c), satisfies the necessary condition for the occurrence of RAW hazards involving the PC register Therefore, a control hazard exists in the TYP pipeline, and it can be viewed as a form of RAW hazard involving the P C 2233 Resolution of Pipeline Hazards Given the organization of the TYP pipeline, the only type of pipeline hazards due to data dependences that can occur are the RAW hazards In addition, pipeline hazards due to control dependences can occur All these hazards involve a leading instruction i that writes to a register (or PC) and a trailing instruction j that reads that register With the presence of pipeline hazards, mechanisms must be provided to resolve these hazards, that is, ensure that the corresponding data dependences are not violated With regard to each RAW hazard in the TYP pipeline, it must be ensured that the read occurs after the write to the common register, or the hazard register To resolve a RAW hazard, the trailing instruction j must be prevented from entering the pipeline stage in which the hazard register is read by j, until the leading instruction i has traversed the pipeline stage in which the hazard register is written by i This is accomplished by stalling the earlier stages of the pipeline, namely all the stages prior to the stage performing a register read, thus preventing instruction j from entering the critical register read stage The number of machine cycles by which instruction_/" must be held back is, in the worst case, equal to the distance between the two critical stages of the pipeline, that is, the stages performing read and write to the hazard register In the case of the TYP pipeline, if the leading instruction i is either an ALU or a load instruction, the critical register write stage is the WB stage and the critical register read stage for all trailing instruction types is the RD stage The distance between these two critical stages is three cycles; hence, the worst-case penalty is three cycles, as shown in Table 25 The worst-case penalty is incurred Table 25 Worst-case penalties due to RAW hazards in the TYP pipeline M l ^mba otrr_w 4Ufa it.

loop and processes the selection in the body of the loop:

While navigating through the different setup screens, pay particular attention to any password or security menu that enables you to con gure administrator/supervisor passwords and user passwords Do not make any changes at this time; just make a note of where you con gure these passwords Step 4 Following is a list of common settings found in the CMOS Know that each BIOS arranges its settings differently View every screen of your CMOS setup utility to locate and record these settings and their location: Drives Depending on your motherboard con guration, you will either set a primary master/slave drive or, if using SATA, get a list of the different drives attached and their name/type