loop bodyの例文

• The loop header dominates all blocks in the loop body.
• As live data iterates in the loop body, the pipeline is initialized.
• Loop conditions and loop bodies need lazy evaluation.
• This property is fulfilled when the code to compute loop conditions and loop bodies is inlined.
• The effect is to prematurely terminate the innermost loop body and then resume as normal with the next iteration.
• Consider an example where the outer branch in the scalar baseline is always taken, bypassing most instructions in the loop body.
• However, could only be used with procedures so loop bodies were not located where they were used, making programs harder to understand.
• Likewise, content inside a loop construct may appear multiple times in the output, depending upon how many times the loop body runs.
• The loop invariant has to be true before each iteration of the loop body, and also after each iteration of the loop body.
• The loop invariant has to be true before each iteration of the loop body, and also after each iteration of the loop body.
• Register allocation of this loop body runs into the problem that the result of A ( i + 2 ) must stay live for two iterations.
• At the start of the replicated loop body, r1 holds the value of A ( i + 2 ) from the previous replicated loop iteration.
• In some languages ( not immutable within the scope of the loop body, with any attempt to modify its value being regarded as a semantic error.
• Sometimes within the body of a loop there is a desire to skip the remainder of the loop body and continue with the next iteration of the loop.
• The for & in loop is often used with the closed and half-open range constructs to iterate over the loop body a certain number of times.
• To run a pipelined loop, the code pushes a group of NaNs on the belt, and then starts to execute the steady-state loop body.
• The intermediate sync points are automatically triggered at every n'th taken branch instruction, and are also explicitly inserted into long loop bodies by all NonStop compilers.
• The loop body is executed first of all with i equal to 0; i then becomes 1, 2, 3, and finally 4 on successive iterations.
• An example would be a " do all " loop that allows all iterations of the loop body to be performed at the same time, or in any arbitrary overlapping.
• For the second example of the previous section, of course no expression " t " can be found that is decreased by the empty loop body, hence termination cannot be proved.