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This second for loop is the functional equivalent to the while loop. Take some time to play with this code. You might try to modify the while loop to match the first for loop. By far, the while and for statements are the most common types of C loops. For completeness, however, we ll cover the remaining loop, a little-used gem called the do statement.

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The do statement is a while statement that evaluates its expression at the bottom of its loop, instead of at the top. Here s the pattern a do statement must match:

do statement while ( expression ) ;

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features may become ineffective or even undesirable If some of these older features were promoted to the ISA level, then they become part of the ISA and there will exist installed software base or legacy code containing these features Since all future implementations must support the entire ISA to ensure the portability of all existing code, the unfortunate consequence is that all future implementations must continue to support those ISA features that had been promoted earlier, even if they are now ineffective and even undesirable Such mistakes have been made with real ISAs The lesson learned from these mistakes is that a strict separationpf-architecture and microarchitecture must be maintained in a disciplined fasluon^deally^the architecture or ISA should only contain features necessary to express the functionality or the semantics of the software algorithm, whereas all the features that are employed to facilitate better program performance should be relegated to the implementation or the microarchitecture domain The focus of this book is not on ISA design but on microarchitecture techniques, with almost exclusive emphasis on performance ISA features can inflifc ence the design effort and the design complexity needed to achieve high levels of performance However, our view is that in contemporary high-end microprocessor design, it is the microarchitecture, and not the ISA, that is the dominant determinant of microprocessor performance Hence, the focus of this bock is on microarchitecture techniques for achieving high performance There are other important design objectives, such as power, cost, and reliability However, historically performance has received the most attention, and there is a large body of knowledge on techniques for enhancing performance It is this body of knowledge that this book is attempting to codify

i = 1; do { printf( "%d\n", i ); i++; } while ( i < 3 ); printf( "We are past the do loop." );

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