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I've alluded a time or two in this book to the fact that there is more than one set of mnemonics for the x86 instructions set There is only one set of machine instructions, but the machine instructions are pure binary bit patterns that were never intended for human consumption A mnemonic is just that: a way for human beings to remember what the binary bit pattern 1000100111000011 means to the CPU Instead of writing 16 ones and zeros in a row (or even the slightly more graspable hexadecimal equivalent $89 $C3), we say MOV BX,AX Keep in mind that mnemonics are just that memory joggers for humans and are creatures unknown to the CPU itself Assemblers translate mnemonics to machine instructions Although we can agree among ourselves that MOV BX,AX will translate to 1000100111000011, there's nothing magical about the string MOV BX,AX We could as well have agreed on "COPY AX TO BX" or "STICK GPREGA INTO GPREGB" We use MOV BX,AX because that was what Intel suggested we do, and since it designed and manufactures the CPU chips, we feel that it has no small privilege in such matters There is another set of mnemonics for the x86 processors, and, as luck would have it, those mnemonics predominate in the Linux world They didn't come about out of cussedness or contrariness, but because the people who originally created Unix also wished to create a family of nearly portable assemblers to help implement Unix on new platforms I say "nearly portable" because a truly portable assembler is impossible (Supposedly, the C language originated as an attempt to create a genuinely portable assembler notation which, of course, is the definition of a higher-level language) What they did do was create a set of global conventions that all assemblers within the Unix family would adhere to, and thus make creating a CPU-specific assembler faster and less trouble These conventions actually predate the creation of the x86 processors themselves When gcc compiles a C source code file to machine code, what it really does is translate the C source code to assembly language source code, using what most people call the AT&T mnemonics (Unix was created at AT&T in the sixties, and the assembler conventions for Unix assemblers were defined there as well) Look back to Figure 121 The gcc compiler takes as input a c source code file, and outputs a s assembly source file, which is then handed to the GNU assembler gas for assembly This is the way the GNU tools work on all platforms In a sense, assembly language is an intermediate language used mostly for the C compiler's benefit In most cases, programmers never see it and don't have to fool with it In most cases However, if you're going to deal with the GNU debugger gdb at a machine-code level (rather than at the C source code level), the AT&T mnemonics will be in your face at every single step of the way, heh-heh In my view the usefulness of gdb is greatly reduced by its strict dependence on the AT&T instruction mnemonics I keep looking for somebody to create a DEBUG-style debugger for Linux that uses Intel's own mnemonics, but so far I've come up empty Therefore, it would make sense to become at least passingly familiar with the AT&T mnemonic set There are some general rules that, once digested, make it much asier Here's the list in short form: AT&T mnemonics and register names are invariably in lowercase This is in keeping with the Unix convention of case sensitivity, and at complete variance with the Intel convention of uppercase for assembly language source I've mixed uppercase and lowercase in the text and examples to get you used to seeing assembly source both ways, but you have to remember that while Intel (and hence NASM) suggests uppercase but will accept lowercase, AT&T requires lowercase Register names are always preceded by the percent symbol, % That is, what Intel would write as AX or EBX, AT&T would write as %ax and %ebx This helps the assembler recognize register names Every AT&T machine instruction mnemonic that has operands has a single-character suffix indicating how large its operands are The suffix letters are b, w, and l, indicating byte (8 bits), word (16 bits), or long (32 bits) What Intel would write as MOV BX,AX, AT&T would write as movw %ax,%bx (The changed order of %ax and %bx is not an error See the next rule!) In the AT&T syntax, source and destination operands are placed in the opposite order from Intel syntax That is, what Intel would write as MOV BX,AX, AT&T would write as movw %ax,%bx In other words, in AT&T syntax, the source operand comes first, followed by the destination This actually makes a little more sense than Intel conventions, but confusion and errors are inevitable.

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In the AT&T syntax, immediate operands are always receded by the dollar sign, $ What Intel would write as PUSH DWORD 32, AT&T would write as pushl $32 This helps the assembler recognize immediate operands AT&T documentation refers to "sections" where we would say "segments" A segment override is thus a section override in AT&T parlance This doesn't come into play much because segments are not a big issue in 32-bit flat model programming Still, be aware of it Not all Intel instruction mnemonics have AT&T equivalents JCXZ, JECXZ, LOOP, LOOPZ, LOOPE, LOOPNZ, and LOOPNE do not exist in the AT&T mnemonic set, and gcc never generates code that uses them This won't be a problem for us, as we're using NASM, but you won't see these instructions in gdb displays In the AT&T syntax, displacements in memory references are signed quantities placed outside parentheses containing the base, index, and scale values I'll treat this one separately a little later, as you'll see it a lot in s files and you should be able to understand it There are a handful of other issues that would be involved in programs more complex than we'll take up in this book These mostly involve near versus far calls and jumps and their associated return instructions.

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