dev/raidframe/rf_parityloggingdags.c

95 	RF_PhysDiskAddr_t *pda;
141 			pda = new_asm_h[asmNum]->stripeMap->physInfo;
142 			while (pda) {
144 				rodNodes[nodeNum].params[0].p = pda;
145 				rodNodes[nodeNum].params[1].p = pda->bufPtr;
149 				pda = pda->next;
156 	pda = asmap->physInfo;
159 		RF_ASSERT(pda != NULL);
160 		wndNodes[i].params[0].p = pda;
161 		wndNodes[i].params[1].p = pda->bufPtr;
164 		pda = pda->next;
171 		xorNode->params[2 * i + 0] = wndNodes[i].params[0];	/* pda */
175 		xorNode->params[2 * (nWndNodes + i) + 0] = rodNodes[i].params[0];	/* pda */
336 	RF_PhysDiskAddr_t *pda = asmap->physInfo;
409 		RF_ASSERT(pda != NULL);
410 		readDataNodes[i].params[0].p = pda;	/* physical disk addr
412 		readDataNodes[i].params[1].p = rf_AllocBuffer(raidPtr, dag_h, pda->numSector << raidPtr->logBytesPerSector);	/* buffer to hold old data */
415 		pda = pda->next;
421 	pda = asmap->parityInfo;
424 		RF_ASSERT(pda != NULL);
426 		readParityNodes[i].params[0].p = pda;
427 		readParityNodes[i].params[1].p = rf_AllocBuffer(raidPtr, dag_h, pda->numSector << raidPtr->logBytesPerSector);	/* buffer to hold old parity */
431 		pda = pda->next;
435 	pda = asmap->physInfo;
437 		RF_ASSERT(pda != NULL);
439 		writeDataNodes[i].params[0].p = pda;	/* physical disk addr
441 		writeDataNodes[i].params[1].p = pda->bufPtr;	/* buffer holding new
446 		pda = pda->next;
454 	 * targbuf is a full SU in size, and examines the pda associated with
475 	/* initialize the xor nodes: params are {pda,buf} from {Rod,Wnd,Rop}
498 			xorNodes[0].params[2 * i + 0] = readDataNodes[i].params[0];	/* pda */
503 			xorNodes[0].params[2 * (numDataNodes + 1 + i) + 0] = writeDataNodes[i].params[0];	/* pda */
512 	pda = asmap->parityInfo;
514 		RF_ASSERT(pda);
516 		lpuNodes[i].params[0].p = pda;	/* PhysDiskAddr of parity */
519 		pda = pda->next;