150 static void mc_add_mem_unum_label(char *unum, int mcid, int bank, int dimm);
444 	struct bank_info *bank = NULL;  in mc_ioctl()  local
518 	 * return    0: base, size, number of banks, and all bank ids,  in mc_ioctl()
559 		bank = seg->head;  in mc_ioctl()
561 		DPRINTF(MC_CMD_DEBUG, ("MCIOC_SEG:nbanks %d seg %p bank %p\n",  in mc_ioctl()
562 		    seg->nbanks, (void *) seg, (void *) bank));  in mc_ioctl()
565 		while (bank != NULL) {  in mc_ioctl()
567 			    i, bank->bank_node.id));  in mc_ioctl()
568 			mcseg->bankids[i].globalid = bank->bank_node.id;  in mc_ioctl()
569 			mcseg->bankids[i++].localid = bank->local_id;  in mc_ioctl()
570 			bank = bank->next;  in mc_ioctl()
594 		DPRINTF(MC_CMD_DEBUG, ("MCIOC_BANK: bank id %d\n", mcbank.id));  in mc_ioctl()
598 		if ((bank = mc_node_get(mcbank.id, bank_head)) == NULL) {  in mc_ioctl()
603 		mcbank.mask = bank->mask;  in mc_ioctl()
604 		mcbank.match = bank->match;  in mc_ioctl()
605 		mcbank.size = bank->size;  in mc_ioctl()
606 		mcbank.devgrpid.globalid = bank->devgrp_id;  in mc_ioctl()
608 		    bank->bank_node.id % NLOGBANKS_PER_SEG;  in mc_ioctl()
787  * memory segments, at bank-boundries, dimm-pair boundries, in the form
833  * Initialize a logical bank
842 		DPRINTF(MC_CNSTRC_DEBUG, ("mc_add_bank: bank %d exists\n",  in mc_add_bank()
866  * Use the bank's base address to find out whether to initialize a new segment,
867  * or weave the bank into an existing segment. If the tail bank of a previous
868  * segment is not continuous with the new bank, the new bank goes into a new
877 	/* does this bank start a new segment? */  in mc_add_segment()
890 	/* weave the bank into the segment */  in mc_add_segment()
906 	DPRINTF(MC_CNSTRC_DEBUG, ("mc_add_segment: id %d add bank: id %d"  in mc_add_segment()
931 	DPRINTF(MC_CNSTRC_DEBUG, ("mc_add_segment: id %d new bank: id %d"  in mc_add_segment()
938  * bank assignment in interleave of kind internal-external same dimm-pair,
950 		/* 128Mb and 256Mb devices have same bank select mask */  in get_row_shift()
955 		/* 512 and 1Gb devices have same bank select mask */  in get_row_shift()
981 			/* Bit 32 selects the logical bank */  in get_device_select()
989 			/* Row[2] selects the logical bank */  in get_device_select()
998 			/* Row[2] selects the logical bank */  in get_device_select()
1053 	/* each bit position of the mask decides the match & base for bank */  in mc_add_xor_banks()
1072  * and match per bank, construct the logical layout by adding segments
1110 		 * logical bank interleaving information.  in mc_add_dgrp_banks()
1156 	 * banks. Dimm and external bank select bits are the  in mc_logical_layout()
1363  * and bank lists. Moreover, delete corresponding segment if its connected
1415 		/* bank and segments go together */  in mc_delete()
1558 	struct bank_info *bank;  in mc_get_mem_unum()  local
1579 	bank = (struct bank_info *)bank_head;  in mc_get_mem_unum()
1580 	while (bank != NULL) {  in mc_get_mem_unum()
1584 		 * Physical Address is in a bank if (Addr & Mask) == Match  in mc_get_mem_unum()
1586 		if ((paddr & bank->mask) != bank->match) {  in mc_get_mem_unum()
1587 			bank = (struct bank_info *)bank->bank_node.next;  in mc_get_mem_unum()
1591 		mcid = bank->bank_node.id / NLOGBANKS_PER_MC;  in mc_get_mem_unum()
1595 		DPRINTF(MC_GUNUM_DEBUG, ("mc_get_mem_unum:mc %d bank %d "  in mc_get_mem_unum()
1596 		    "dgrp %d\n", mcid, bank->bank_node.id, bank->devgrp_id));  in mc_get_mem_unum()
1598 		mcdgrpid = bank->devgrp_id % NDGRPS_PER_MC;  in mc_get_mem_unum()
1651 			 * bank of DIMMs.  in mc_get_mem_unum()
1677 	}	/* end of while loop for logic bank list */  in mc_get_mem_unum()
1705 		 * Physical Address is in a bank if (Addr & Mask) == Match  in mc_get_mem_info()
1733 	}	/* end of while loop for logic bank list */  in mc_get_mem_info()
1745 mc_add_mem_unum_label(char *unum, int mcid, int bank, int dimm)  in mc_add_mem_unum_label()  argument
1748 		plat_add_mem_unum_label(unum, mcid, bank, dimm);  in mc_add_mem_unum_label()