static void __run_bq(void *_job) {
bq_job_base_t *job = (bq_job_base_t *)_job;
log::handler_default_t log_handler(job->name, &job->log_backend);
safe_run(*job, &bq_job_base_t::_run);
delete job;
}
static void *__run_thr(void *_job) {
bq_job_base_t *job = (bq_job_base_t *)_job;
MKCSTR(_name, job->name);
prctl(PR_SET_NAME, _name);
log::handler_default_t log_handler(job->name, &job->log_backend);
safe_run(*job, &bq_job_base_t::_run);
delete job;
return NULL;
}
static bool safe_run_suite(suite_info_t *suite) {
int success, i = 0, failed = 0, passed = 0;
const char* segfault_msg = " (segfaulted) ";
printf("Starting Test Suite %s\n", suite->description);
suites_run++;
while (!IS_NULL_TEST_INFO(suite->funcs[i])) {
if ((success = safe_run(suite->funcs[i].func, suite->init, suite->clean)) == FAIL
|| success == SEGFAULT) {
printf("Test %s - %sFAILED%s%s\n", suite->funcs[i].description, KRED,
(success == SEGFAULT) ? segfault_msg : "", KNRM);
failed++;
tests_failed++;
} else {
printf("Test %s - %sPASSED%s\n", suite->funcs[i].description, KGRN,KNRM);
passed++;
tests_passed++;
}
i++;
}
printf("\nTest Suite %s: %d passed, %d failed\n\n", suite->description,
passed, failed);
return failed == 0;
}
bq_out_t::~bq_out_t() throw() {
safe_run(*this, &bq_out_t::flush_all);
}