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Throughout this book we've been looking at teeny little programs with a hundred lines of code or less In the real world, useful programs can take thousands, tens of thousands, or even millions of lines of source code (The current release of Linux represents about 10 million lines of source code, depending on how you define what's a "part" of Linux At last realizing that program bugs increase at least linearly with the size of a program's source code suite, Microsoft has stopped bragging about how many lines of code it took to create Windows NT In truth, I'm not sure I want to know) Managing such an immense quantity of source code is the central problem in software engineering Making programs modular is the oldest and most-used method of dealing with program complexity Cutting up a large program into smaller chunks and working on the chunks separately helps a great deal In ambitious programs, some of the chunks are further cut into even smaller chunks, and sometimes the various chunks are written in more than one programming language Of course, that creates the additional challenge of knowing how the chunks are created and how they all fit together For that you really need a blueprint A make file is such a blueprint In a modular program, each chunk of code is created somehow, generally by using a compiler or an assembler and a linker Compilers, assemblers, and linkers take one or more files and create new files from them An assembler, as you've learned, takes a asm file full of assembly language source code and uses it to create a linkable object code file or (in some cases) an executable program file You can't create the object code file without having and working with the source code file The object code file depends on the source code file or its very existence Similarly, a linker connects multiple object code files into a single executable file The executable file depends on the existence of the object code files for its existence The contents of a make file specify which files are necessary to create which other files, and what steps are necessary to accomplish that creation The make utility looks at the rules (called dependencies) in the make file and invokes whatever compilers, assemblers, and other utilities it sees are necessary to build the final executable or library file There are numerous flavors of make utilities, and not all make files are comprehensible to all make utilities everywhere The Unix make utility is pretty standard, however, and the one that comes with Linux is the one we'll be discussing here Let's take an example that actually makes a simple Linux assembly program Typically, in creating a make file, you begin by determining which file or files are necessary to create the executable program file The executable file is created in the link step, so the first dependency you have to define is which files the linker requires to create the executable file As I explained earlier in this chapter, under Linux the link step is handled for us by the GNU C compiler, gcc (Turn back to Figure 121 and the associated discussion if it's still fuzzy as to why a C compiler is required to link an assembly program) The dependency itself can be pretty simply stated: eatlinux: eatlinuxo.

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Some people define assembly language as a language in which one line of source code generates one machine instruction This has never been literally true, since some lines in an assembly language source code file are instructions to the translator program (rather than to the CPU) and do not generate machine instructions at all Here's a better definition: Assembly language is a translator language that allows total control over every individual machine instruction generated by the translator program Such a translator program is called an ssembler Pascal or C++ compilers, on the other hand, make a multitude of invisible and inalterable decisions about how a given language statement will be translated into machine instructions For example, the following single Pascal instruction assigns a value of 42 to a numeric variable called I: I := 42; When a Pascal compiler reads this line, it outputs a series of four or five machine instructions that take the value 42 and store it in memory at a location encoded by the name I Normally, you the Pascal programmer have no idea what these four or five instructions actually are, and you have utterly no way of changing them, even if you know a sequence of machine instructions that is faster and more efficient than the sequence that the compiler uses The Pascal compiler has its own way of generating machine instructions, and you have no choice but to accept what it writes to disk to accomplish the work of the Pascal statements in the source code file An assembler, however, has at least one line in the source code file for every machine instruction it generates It has more lines than that to handle numerous other things, but every machine instruction in the final object code file is controlled by a corresponding line in the source code file Each of the CPU's many machine instructions has a corresponding mnemonic in assembly language As the word suggests, these mnemonics began as devices to help programmers remember a particular binary machine instruction For example, the mnemonic for binary machine instruction 9CH, which pushes the flags register onto the stack, is PUSHF which is a country mile easier to remember than 9CH.

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Here, the words MOV, XOR, and INT are the mnemonics The numbers and other items to the immediate right of each mnemonic are that mnemonic's operands There are various kinds of operands for various machine instructions, and some instructions (such as PUSHF mentioned previously) have no operands at all I thoroughly describe each instruction's operands when we cover that instruction Taken together, a mnemonic and its operands are called an instruction This is the word I'll be using most of the time in this book to indicate the human-readable proxy of one of the CPU's pure binary machine code instructions To talk about the binary code specifically, we'll always refer to a machine instruction The assembler's most important job is to read lines from the source code file nd write machine instructions to an object code file See Figure 43 QR Bar Code In C# Using Barcode encoder for VS .

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A single processor package (or die) is what occupies a socket on the motherboard For very basic single processor machines, this package holds a single processor The simplest way to extend this to a multiprocessor architecture is by adding more sockets to the motherboard and placing completely independent processor packages into them This is SMP, and is the oldest form of parallel hardware that Windows has supported since NT The processors typically share a single bus to a single main memory, and there is some level of caching that is usually shared among them As die sizes shrink (thanks to Moore's Law), and as power consumption and static leakage have become limiting factors, it has become more attrac tive to place additional processors on the same package as an lternative way of providing improved performance This is CMP, is usually called multicore, and is becoming increasingly more common than SMP for client side machines The third kind, HT, is currently only used by some Intel processors and is very similar to CMP The primary (and quite substantial) difference is that the individual logical processors sharing the same package also share execution units instead of being entirely independent It's reasonable for any particular computer to use a any combination of these three, or even all three of them together For example, imagine we have 4 packages (SMP), each with 4 cores (CMP), and each with 2 logical processors (HT) The result is 32 schedulable processors, and by creating that many threads Windows will freely and uniformly schedule threads onto each When looking at what a single processor needs to run, the basics include interrupt controllers, volatile state (Le, registers), a connection to the mem ory system (ordinarily via a shared bus), and a processor core (Le, some thing to actually execute instructions) In both SMP and CMP, each processor has its own independent set of each of these things In HT, however, the processor core itself is shared among more than one logical processor This may seem worthless, but HT can actually be used to hide memory access latencies When one logical processor on a physical package stalls waiting on a memory operation (such as a fetch from main memory), other logical processors on that package can use the execution.

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After all our discussion in previous chapters about segments, this program might seem, um, suspiciously simple And indeed it's simple, and it's simple almost entirely because it's written for the 16-bit real mode flat model (I drew this model out in Figure 68) The first thing you'll notice is that there are no references to segments or segment registers anywhere The reason for this is that in real mode flat model, you are inside a single segment, and everything you do, you do within that single segment If everything happens within one single segment, the segments (in a sense) "factor out" and you can imagine that they don't exist Once we assemble EATASM and create a runnable program from it, I'll show you what those segment registers are up to and how it is that you can almost ignore them in real mode flat model But first, let's talk about what all those lines are doing At the top is a summary comment block This text is for your use only When NASM processes a ASM file, it strips out and discards all text between any semicolon and the end of the line the semicolon is in Such lines are comments, and they serve only to explain what's going on in your program They add othing to the executable file, and they don't pass information to the assembler I recommend placing a summary comment block like this at the top of every source code file you create Fill it with information that will help someone else understand the file you've written or that will help you understand the file later on, after it's gone cold in your mind Beneath the comment block is a short sequence of commands directed to the assembler These commands are placed in square brackets so that NASM knows that they are for its use, and are not to be interpreted as part of the program The first of these commands is this: [BITS 16] ; Set 16 bit code generation.

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