dev/raidframe/rf_paritylog.c

160 		printf("[enqueueing parity log data, region %d, raidAddress %d, numSector %d]\n", data->regionID, (int) data->diskAddress.raidAddress, (int) data->diskAddress.numSector);
213 			printf("[dequeueing parity log data, region %d, raidAddress %d, numSector %d]\n", data->regionID, (int) data->diskAddress.raidAddress, (int) data->diskAddress.numSector);
239 		printf("[requeueing parity log data, region %d, raidAddress %d, numSector %d]\n", data->regionID, (int) data->diskAddress.raidAddress, (int) data->diskAddress.numSector);
272 	RF_PhysDiskAddr_t *diskAddress;
280 	diskAddress = pda;
295 	while (diskAddress) {
302 		data->regionID = rf_MapRegionIDParityLogging(raidPtr, diskAddress->startSector);
303 		if (data->regionID == rf_MapRegionIDParityLogging(raidPtr, diskAddress->startSector + diskAddress->numSector - 1)) {
305 			data->diskAddress = *diskAddress;
307 			offset = offset + diskAddress->numSector;
310 			diskAddress = diskAddress->next;
315 			while (data->regionID == rf_MapRegionIDParityLogging(raidPtr, diskAddress->startSector + boundary))
319 			data->diskAddress = *diskAddress;
320 			data->diskAddress.numSector = boundary;
325 			diskAddress->startSector += boundary;
326 			diskAddress->numSector -= boundary;
389 				printf("[dequeueing parity log data, region %d, raidAddress %d, numSector %d]\n", w->regionID, (int) w->diskAddress.raidAddress, (int) w->diskAddress.numSector);
720 			printf("[appending parity log data, region %d, raidAddress %d, numSector %d]\n", item->regionID, (int) item->diskAddress.raidAddress, (int) item->diskAddress.numSector);
738 		if (item->diskAddress.numSector > 0)
806 				log->records[logItem].parityAddr = item->diskAddress;
812 				item->diskAddress.numSector--;
813 				item->diskAddress.startSector++;
814 				if (item->diskAddress.numSector == 0)
822 			RF_ASSERT(item->diskAddress.numSector == 0);