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02-02.md
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02-02.md
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@ -38,11 +38,11 @@ computer—*but properly constructed assembly programs suffer no
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transformation loss*, as shown in Figure 2.2.
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Only one transformation is required when creating an assembler program,
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and that single transformation is completely under the programmer’s
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and that single transformation is completely under the programmer's
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control. Assemblers perform no transformation from source code to
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machine language; instead, they merely map assembler instructions to
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machine language instructions on a one-to-one basis. As a result, the
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programmer is able to produce machine language code that’s precisely
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programmer is able to produce machine language code that's precisely
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tailored to the needs of each task a given application requires.
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\
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@ -88,7 +88,7 @@ enough.
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The single most critical aspect of the hardware, and the one about which
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it is hardest to learn, is the CPU. The x86 family CPUs have a complex,
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irregular instruction set, and, unlike most processors, they are neither
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straightforward nor wellregarding true code performance. What’s more,
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straightforward nor wellregarding true code performance. What's more,
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assembly is so difficult to learn that most articles and books that
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present assembly code settle for code that just works, rather than code
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that pushes the CPU to its limits. In fact, since most articles and
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@ -100,7 +100,7 @@ knowledge to gather. A good portion of this book is devoted to seeking
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out such knowledge.
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------------------- ------------------------------------------------------------------------------------------------------------------------------
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 *Be forewarned, though: No matter how much you learn about programming the PC in assembly, there’s always more to discover.*
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 *Be forewarned, though: No matter how much you learn about programming the PC in assembly, there's always more to discover.*
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------------------- ------------------------------------------------------------------------------------------------------------------------------
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------------------------ --------------------------------- --------------------
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