void my_random_testDouble(double minValueIncluded, double maxValueNotIncluded,
int64_t numSamples) {
my_log_info("\nrandomTestDouble\n");
double *array = MY_MALLOC_NOINIT(numSamples, double);
my_random_doubleList(minValueIncluded, maxValueNotIncluded, array,
numSamples);
double actualAvg = my_math_averageDoubleArray(numSamples, array);
char *st = my_newString_double(actualAvg);
my_log_info("%"PRIi64" random double numbers in [%lf,%lf): %s\n",
numSamples, minValueIncluded, maxValueNotIncluded, st);
validate_stats(actualAvg, (maxValueNotIncluded + minValueIncluded) / 2.0);
MY_FREE_MULTI(st, array);
}
void my_random_testInt(int64_t minValueIncluded, int64_t maxValueNotIncluded,
int64_t numSamples) {
my_log_info("\nrandomTestInt\n");
int64_t *array = MY_MALLOC(numSamples, int64_t);
my_random_intList(minValueIncluded, maxValueNotIncluded, array, numSamples);
double actualAvg = my_math_averageIntArray(numSamples, array);
double expectedAvg = (maxValueNotIncluded - 1 + minValueIncluded) / 2.0;
char *st = my_newString_double(actualAvg);
my_log_info("%"PRIi64" random int numbers in [%"PRIi64",%"PRIi64"): %s\n",
numSamples, minValueIncluded, maxValueNotIncluded, st);
MY_FREE(st);
validate_stats(actualAvg, expectedAvg);
validate_frequencies(array, minValueIncluded, maxValueNotIncluded,
numSamples);
MY_FREE(array);
}
int stats_foreach(char *iname, stats_foreach_cb cb, void *args)
{
struct query_args qargs;
struct request_hdr request;
int error;
error = validate_stats();
if (error)
return error;
qargs.cb = cb;
qargs.args = args;
init_request_hdr(&request, MODE_STATS, OP_FOREACH, false);
return netlink_request(iname, &request, sizeof(request),
stats_query_response, &qargs);
}
