search for: 100cy

...assumes that > the input assembly sequence is the body of a microbenchmark (a simple loop > executed for a number of iterations). The "next" instruction in sequence is > always the next instruction to dispatch. > > Call instructions default to an arbitrary high latency of 100cy. A warning is > generated if the tool encounters a call instruction in the sequence. Return > instructions are not evaluated, and therefore control flow is not affected. > However, the tool still queries the processor scheduling model to obtain latency > information for instructions th...

...counter. The tool always assumes that the input assembly sequence is the body of a microbenchmark (a simple loop executed for a number of iterations). The "next" instruction in sequence is always the next instruction to dispatch. Call instructions default to an arbitrary high latency of 100cy. A warning is generated if the tool encounters a call instruction in the sequence. Return instructions are not evaluated, and therefore control flow is not affected. However, the tool still queries the processor scheduling model to obtain latency information for instructions that affect the contro...

...mes that > the input assembly sequence is the body of a microbenchmark (a simple loop > executed for a number of iterations). The "next" instruction in > sequence is > always the next instruction to dispatch. > > Call instructions default to an arbitrary high latency of 100cy. A > warning is > generated if the tool encounters a call instruction in the sequence.  > Return > instructions are not evaluated, and therefore control flow is not > affected. > However, the tool still queries the processor scheduling model to > obtain latency > informa...

...umes > that > the input assembly sequence is the body of a microbenchmark (a simple loop > executed for a number of iterations). The "next" instruction in sequence is > always the next instruction to dispatch. > > Call instructions default to an arbitrary high latency of 100cy. A warning > is > generated if the tool encounters a call instruction in the sequence. > Return > instructions are not evaluated, and therefore control flow is not affected. > However, the tool still queries the processor scheduling model to obtain > latency > information for i...

...umes > that > the input assembly sequence is the body of a microbenchmark (a simple loop > executed for a number of iterations). The "next" instruction in sequence is > always the next instruction to dispatch. > > Call instructions default to an arbitrary high latency of 100cy. A warning > is > generated if the tool encounters a call instruction in the sequence. > Return > instructions are not evaluated, and therefore control flow is not affected. > However, the tool still queries the processor scheduling model to obtain > latency > information for i...