Lines Matching defs:omni

566  *  When cyclic_reprogram() is called for an omni-cyclic, the operation is
567  *  applied to the omni-cyclic's component on the current CPU.
600  *  or stopped (omni-cyclic). The implementation defines a per-cyclic
604  *  an omni-cyclic is reprogrammed on different CPUs frequently.
2486 	cyc_omni_handler_t *omni = &idp->cyi_omni_hdlr;
2491 	CYC_PTRACE("omni-start", cpu, idp);
2503 	omni->cyo_online(omni->cyo_arg, cpu->cyp_cpu, &hdlr, &when);
2519 	cyc_omni_handler_t *omni = &idp->cyi_omni_hdlr;
2524 	CYC_PTRACE("omni-stop", cpu, idp);
2584 		CYC_PTRACE("remove-omni-retry", idp, ocpu->cyo_cpu);
2596 	 * Now that we have successfully removed the cyclic, allow the omni
2605 	if (omni->cyo_offline != NULL)
2606 		omni->cyo_offline(omni->cyo_arg, cpu->cyp_cpu, ocpu->cyo_arg);
2773  *                                 by omni online handler
2775  *                                 omni online handler
2777  *    The omni cyclic online handler is always called _before_ the omni
2782  *    allows the omni cyclic to have maximum flexibility; different CPUs may
2793  *    The omni online handler is called in the same context as cyclic_add(),
2794  *    and has the same liberties:  omni online handlers may perform KM_SLEEP
2796  *    by cyclic handlers.  However, omni cyclic online handlers may _not_
2809  *                                 was set in the omni online handler)
2811  *    The omni cyclic offline handler is always called _after_ the omni
2813  *    allow cleanup of any resources dynamically allocated in the omni cyclic
2830 cyclic_add_omni(cyc_omni_handler_t *omni)
2837 	ASSERT(omni != NULL && omni->cyo_online != NULL);
2839 	idp->cyi_omni_hdlr = *omni;
3071 		 * For an omni cyclic, we reprogram the cyclic corresponding