243 		 * And get interrupt cookies and initialize the  in sbbc_attach()
320 			 * so the SC can send us interrupt.  in sbbc_attach()
399 			 * us interrupt.  in sbbc_detach()
441 	 * register an interrupt handler  in softsp_init()
483  * SBBC Interrupt Handler
485  * Check the SBBC Port Interrupt Status
486  * register to verify that its our interrupt.
489  * Then read the 'interrupt reason' field from SRAM,
520 	 * our interrupt.  However, we don't want to miss the  in sbbc_intr_handler()
522 	 * we always check the interrupt reason bits in IOSRAM  in sbbc_intr_handler()
530 	 * Generate a softint for each interrupt  in sbbc_intr_handler()
567 				 * The interrupt handler should so  in sbbc_intr_handler()
600 				 * bit in the interrupt reason field while  in sbbc_intr_handler()
601 				 * we are handling the current interrupt.  in sbbc_intr_handler()
604 				 * and writing the interrupt reason  in sbbc_intr_handler()
617 	 * Clear the Interrupt Status Register (RW1C)  in sbbc_intr_handler()
724 		 * add the interrupt handler  in sbbc_chosen_init()
726 		 * should this be a high-level interrupt ?  in sbbc_chosen_init()
730 			SBBC_ERR(CE_PANIC, "Can't add interrupt handler for "  in sbbc_chosen_init()
799  * Generate an SBBC interrupt to the SC
804  * send_intr == 1, send the interrupt
820 	 * Check the L1 EPLD Interrupt register. If the  in sbbc_send_intr()
821 	 * interrupt bit is set, theres an interrupt outstanding  in sbbc_send_intr()
865 		cmn_err(CE_WARN, "sbbc%d: unable to map interrupt "  in sbbc_map_regs()
933  * Add interrupt handlers
951 		    " interrupt handler\n");  in sbbc_add_intr()