51 	struct cpr_event *cep;  in cpr_stat_event_start()  local
61 	if ((cep = cpr_find_event(name, 1)) == NULL) {  in cpr_stat_event_start()
68 	if (cep->ce_ntests & CE_START_MASK)  in cpr_stat_event_start()
71 	cep->ce_ntests |= CE_START_MASK;  in cpr_stat_event_start()
72 	cep->ce_sec.stime = cep->ce_sec.etime = tv.tv_sec;  in cpr_stat_event_start()
73 	cep->ce_sec.ltime = 0;  in cpr_stat_event_start()
74 	cep->ce_msec.stime = cep->ce_msec.etime = tv.tv_nsec / 100000000;  in cpr_stat_event_start()
75 	cep->ce_msec.ltime = 0;  in cpr_stat_event_start()
82 	struct cpr_event *cep;  in cpr_stat_event_end()  local
90 	if ((cep = cpr_find_event(name, 0)) == NULL) {  in cpr_stat_event_end()
100 	if (!(cep->ce_ntests & CE_START_MASK))  in cpr_stat_event_end()
103 	cep->ce_ntests &= ~CE_START_MASK;  in cpr_stat_event_end()
104 	cep->ce_ntests++;  in cpr_stat_event_end()
109 	cep->ce_sec.etime = tv.tv_sec;  in cpr_stat_event_end()
110 	cep->ce_sec.ltime = cep->ce_sec.etime - cep->ce_sec.stime;  in cpr_stat_event_end()
111 	cep->ce_sec.mtime = ((cep->ce_sec.mtime * (cep->ce_ntests - 1)) +  in cpr_stat_event_end()
112 	    cep->ce_sec.ltime) / cep->ce_ntests;  in cpr_stat_event_end()
117 	if (cep->ce_sec.ltime == 0) {  in cpr_stat_event_end()
118 		cep->ce_msec.etime = tv.tv_nsec / 100000000;  in cpr_stat_event_end()
119 		cep->ce_msec.ltime =  in cpr_stat_event_end()
120 		    (cep->ce_msec.etime <= cep->ce_msec.stime) ? 0 :  in cpr_stat_event_end()
121 		    (cep->ce_msec.etime - cep->ce_msec.stime);  in cpr_stat_event_end()
122 		cep->ce_msec.mtime =  in cpr_stat_event_end()
123 		    ((cep->ce_msec.mtime * (cep->ce_ntests - 1)) +  in cpr_stat_event_end()
124 		    cep->ce_msec.ltime) / cep->ce_ntests;  in cpr_stat_event_end()
126 	cp->cs_ntests = cep->ce_ntests & ~CE_START_MASK;  in cpr_stat_event_end()
133 	struct cpr_event *cep;  in cpr_stat_cleanup()  local
135 	for (cep = cp->cs_event_head; cep; cep = cep->ce_next) {  in cpr_stat_cleanup()
136 		if ((cep->ce_ntests & CE_START_MASK) &&  in cpr_stat_cleanup()
137 		    strcmp(cep->ce_name, "POST CPR DELAY") != 0) {  in cpr_stat_cleanup()
138 			cpr_stat_event_end(cep->ce_name, 0);  in cpr_stat_cleanup()
139 			cep->ce_ntests &= ~CE_START_MASK;  in cpr_stat_cleanup()
171 	struct cpr_event *cep;  in cpr_stat_event_print()  local
179 	for (cep = cp->cs_event_head; cep; cep = cep->ce_next) {  in cpr_stat_event_print()
180 		len = strlen(cep->ce_name);  in cpr_stat_event_print()
187 		if (strcmp(cep->ce_name, "Suspend Total") == 0 ||  in cpr_stat_event_print()
188 		    strcmp(cep->ce_name, "Resume Total") == 0 ||  in cpr_stat_event_print()
189 		    strcmp(cep->ce_name, "POST CPR DELAY") == 0 ||  in cpr_stat_event_print()
190 		    strcmp(cep->ce_name, "WHOLE CYCLE") == 0)  in cpr_stat_event_print()
194 		printf(fmt, cep->ce_name, tabs, (int)cep->ce_ntests,  in cpr_stat_event_print()
195 		    (int)cep->ce_sec.mtime, (int)(cep->ce_msec.mtime / 10),  in cpr_stat_event_print()
196 		    (int)cep->ce_sec.ltime, (int)(cep->ce_msec.ltime / 10));  in cpr_stat_event_print()
230 	struct cpr_event *cep;  in cpr_find_event()  local
233 	for (cep = cp->cs_event_head; cep; cep = cep->ce_next) {  in cpr_find_event()
234 		if (strcmp(name, cep->ce_name) == 0)  in cpr_find_event()
235 			return (cep);  in cpr_find_event()
243 		for (cep = cp->cs_event_head; cep; cep = cep->ce_next) {  in cpr_find_event()
244 			if (&cpr_events_buf[i] == cep)  in cpr_find_event()
247 		if (!cep) {  in cpr_find_event()