143 		const char *name = NULL;  in check_secure_cpmu()  local
144 		ret = kpep_event_alias(event, &name);  in check_secure_cpmu()
145 		if (!name) {  in check_secure_cpmu()
146 			ret = kpep_event_name(event, &name);  in check_secure_cpmu()
149 		if (strncmp(name, "FIXED", strlen("FIXED")) == 0) {  in check_secure_cpmu()
150 			T_LOG("skipping non-configurable %s event", name);  in check_secure_cpmu()
153 		bool empty_event = strcmp(name, "NO_EVNT") == 0;  in check_secure_cpmu()
159 		ret = kpep_db_event(public_db, name, &public_event);  in check_secure_cpmu()
162 		_assert_kpep_ok(ret, "adding event %s to configuration", name);  in check_secure_cpmu()
168 				T_LOG("failed to configure public event %s", name);  in check_secure_cpmu()
172 			T_FAIL("configured internal-only event %s with secure CPC", name);  in check_secure_cpmu()
177 		_assert_kpep_ok(ret, "removing event %s from configuration", name);  in check_secure_cpmu()
276 		const char *name = NULL;  in check_event_coverage()  local
277 		ret = kpep_event_name(event, &name);  in check_event_coverage()
279 		if (strncmp(name, "FIXED", strlen("FIXED")) == 0) {  in check_event_coverage()
280 			T_LOG("skipping non-configurable %s event", name);  in check_event_coverage()
285 		_assert_kpep_ok(ret, "adding event %s to configuration", name);  in check_event_coverage()
289 			T_FAIL("failed to configure %s event %s with secure CPC", kind, name);  in check_event_coverage()
291 			_assert_kpep_ok(ret, "applying configuration with event %s", name);  in check_event_coverage()
294 		_assert_kpep_ok(ret, "removing event %s from configuration", name);  in check_event_coverage()
349 	const char *name = NULL;  variable
352 		ret = kpep_event_name(event, &name);
354 		if (strncmp(name, "FIXED", strlen("FIXED")) != 0) {
357 		T_LOG("skipping non-configurable %s event", name);
361 	_assert_kpep_ok(ret, "adding event %s to configuration", name);
364 	_assert_kpep_ok(ret, "applying configuration with event %s", name);