269 default_lock_backoff(uint_t backoff)  in default_lock_backoff()  argument
273 	if (backoff == 0) {  in default_lock_backoff()
274 		backoff = mutex_backoff_base;  in default_lock_backoff()
276 		return (backoff);  in default_lock_backoff()
295 	backoff <<= mutex_backoff_shift;	/* increase backoff */  in default_lock_backoff()
296 	if (backoff > cap) {  in default_lock_backoff()
298 			backoff = mutex_backoff_base;  in default_lock_backoff()
300 			backoff = cap;  in default_lock_backoff()
303 	return (backoff);  in default_lock_backoff()
310 default_lock_delay(uint_t backoff)  in default_lock_delay()  argument
322 	cur_backoff = (uint_t)(rnd % (backoff - mutex_backoff_base + 1)) +  in default_lock_delay()
352 	uint_t		backoff = 0;	/* current backoff */  in mutex_vector_enter()  local
385 	backoff = mutex_lock_backoff(0);	/* set base backoff */  in mutex_vector_enter()
387 		mutex_lock_delay(backoff); /* backoff delay */  in mutex_vector_enter()
397 			backoff = mutex_lock_backoff(backoff);  in mutex_vector_enter()
402 			backoff = mutex_lock_backoff(backoff);  in mutex_vector_enter()
407 			backoff = mutex_lock_backoff(0);  in mutex_vector_enter()
452 			backoff = mutex_lock_backoff(0);  in mutex_vector_enter()
651 	uint_t backoff = 0;	/* current backoff */  in lock_set_spin()  local
668 			backoff = mutex_lock_backoff(0);  in lock_set_spin()
671 			backoff = mutex_lock_backoff(backoff);  in lock_set_spin()
673 		mutex_lock_delay(backoff);  in lock_set_spin()
685 	uint_t backoff = 0;	/* current backoff */  in lock_set_spl_spin()  local
709 				backoff = mutex_lock_backoff(0);  in lock_set_spl_spin()
712 				backoff = mutex_lock_backoff(backoff);  in lock_set_spl_spin()
714 			mutex_lock_delay(backoff);  in lock_set_spl_spin()