70  * @hits: "On time" CPU wakeups "matching" this state.
90 	unsigned int hits;  member
154 	 * Decay the "early hits" metric for all of the states and find the  in teo_update()
170 	 * Update the "hits" and "misses" data for the state matching the sleep  in teo_update()
172 	 * so increase the "hits" metric for it then.  Otherwise, this is a  in teo_update()
174 	 * also increase the "early hits" metric for the state that actually  in teo_update()
178 		unsigned int hits = cpu_data->states[idx_timer].hits;  in teo_update()  local
181 		hits -= hits >> DECAY_SHIFT;  in teo_update()
189 			hits += PULSE;  in teo_update()
193 		cpu_data->states[idx_timer].hits = hits;  in teo_update()
246 	unsigned int hits, misses, early_hits;  in teo_select()  local
260 	hits = 0;  in teo_select()
282 			 * candidate state, but still the "hits" and "misses"  in teo_select()
287 			hits = cpu_data->states[i].hits;  in teo_select()
296 			 * the maximum "early hits" metric so far, the "early  in teo_select()
297 			 * hits" metric of the disabled state replaces the  in teo_select()
298 			 * current "early hits" count to avoid selecting a  in teo_select()
299 			 * deeper state with lower "early hits" metric.  in teo_select()
308 			 * one than the current maximum "early hits" state, so  in teo_select()
310 			 * "early hits" state index has not been set so far,  in teo_select()
325 			hits = cpu_data->states[i].hits;  in teo_select()
336 		hits = cpu_data->states[i].hits;  in teo_select()
348 	 * If the "hits" metric of the idle state matching the sleep length is  in teo_select()
352 	 * "early hits" metric, but if that cannot be determined, just use the  in teo_select()
355 	if (hits <= misses) {  in teo_select()
358 		 * whose "early hits" metric is the maximum for the range of  in teo_select()