@@ -61,29 +61,28 @@ reactor BenchmarkRunner(num_iterations:int(12)) {
6161 reaction(startup) -> nextIteration {=
6262 // Initialize an array of interval_t
6363 self->measuredTimes = (interval_t *) calloc(self->num_iterations, sizeof(interval_t));
64- schedule (nextIteration, 0);
64+ lf_schedule (nextIteration, 0);
6565 =}
6666
6767
6868 reaction(nextIteration) -> start, done {=
6969 if (self->count < self->num_iterations) {
70- self->startTime = get_physical_time ();
71- SET (start, true);
70+ self->startTime = lf_time_physical ();
71+ lf_set (start, true);
7272 } else {
73- schedule (done, 0);
73+ lf_schedule (done, 0);
7474 }
7575 =}
7676
7777 reaction(finish) -> nextIteration {=
78- interval_t end_time = get_physical_time ();
78+ interval_t end_time = lf_time_physical ();
7979 interval_t duration = end_time - self->startTime;
8080 self->measuredTimes[self->count] = duration;
8181 self->count += 1;
8282
8383 printf("Iteration %d - %.3f ms\n", self->count, toMS(duration));
8484
85- schedule(nextIteration, 0);
86-
85+ lf_schedule(nextIteration, 0);
8786 =}
8887
8988 reaction(done) {=
@@ -94,7 +93,7 @@ reactor BenchmarkRunner(num_iterations:int(12)) {
9493 printf("Best Time:\t %.3f msec\n", measuredMSTimes[0]);
9594 printf("Worst Time:\t %.3f msec\n", measuredMSTimes[self->num_iterations - 1]);
9695 printf("Median Time:\t %.3f msec\n", median(measuredMSTimes, self->num_iterations));
97- request_stop ();
96+ lf_request_stop ();
9897 =}
9998
10099 preamble {=
0 commit comments