135 static inline double computeAverage(uint64_t time_ns, size_t size, size_t copies) {  in computeAverage()  argument
136     return ((size/1024.0) * copies) / ((double)time_ns/NS_PER_SEC);  in computeAverage()
151 static inline void printIter(uint64_t time_ns, const char *name, size_t size, size_t copies, double…  in printIter()  argument
153            name, copies, size, (double)time_ns/NS_PER_SEC, avg/1024.0);  in printIter()
181 static inline double computeColdAverage(uint64_t time_ns, size_t size, size_t copies, size_t num_bu…  in computeColdAverage()  argument
182     return ((size/1024.0) * copies * num_buffers) / ((double)time_ns/NS_PER_SEC);  in computeColdAverage()
185 static void inline printColdIter(uint64_t time_ns, const char *name, size_t size, size_t copies, si…  in printColdIter()  argument
187            name, copies, num_buffers, size, (double)time_ns/NS_PER_SEC, avg/1024.0);  in printColdIter()
199     uint64_t time_ns;                                                 \
206         time_ns = nanoTime();                                         \
208         time_ns = nanoTime() - time_ns;                               \
235              computeAverage(time_ns, size, copies),                   \
236              printIter(time_ns, name, size, copies, avg),             \
238              printSummary(time_ns, name, size, copies, running_avg,   \
262             computeColdAverage(time_ns, size, copies, num_buffers),           \
263             printColdIter(time_ns, name, size, copies, num_buffers, avg),     \
264             printColdSummary(time_ns, name, size, copies, num_buffers,        \
384              (double)time_ns/NS_PER_SEC,  in benchmarkSleep()