dev/arm/flash_device.cc

120     DPRINTF(FlashDevice, "diskSize: %d Bytes; %d pages per block, %d pages "
145             locationTable[count].block = count % blocksPerDisk;
149             locationTable[count].block = count / pagesPerBlock;
183         uint32_t index = (locationTable[logic_page_addr].block *
186         DPRINTF(FlashDevice, "Index 0x%8x, Block 0x%8x, pages/block %d,"
188                 locationTable[logic_page_addr].block, pagesPerBlock,
193         plane_address = locationTable[logic_page_addr].block & planeMask;
199                                                .block, ActionRead);
211                     (locationTable[logic_page_addr].block, ActionWrite);
230             --blockEmptyEntries[locationTable[logic_page_addr].block];
231             ++blockValidEntries[locationTable[logic_page_addr].block];
358     if (blockEmptyEntries[locationTable[logic_page_addr].block] > 0) {
361         --blockEmptyEntries[locationTable[logic_page_addr].block];
364         //access new block
365         Tick time = accessTimes(locationTable[logic_page_addr].block,
373         uint32_t block = locationTable[logic_page_addr].block;
375                        (accessTimes(block, ActionCopy) +
376                         accessTimes(block, ActionErase)))
379         //use block as the logical start address of the block
380         block = locationTable[logic_page_addr].block * pagesPerBlock;
384             assert(block + count < pagesPerDisk);
385             locationTable[block + count].page = (block + count) %
389         blockEmptyEntries[locationTable[logic_page_addr].block] =
406 FlashDevice::accessTimes(uint64_t block, Actions action)
428           uint32_t validpages = blockValidEntries[block];
536         paramOut(cp, csprintf("locationTable[%d].block", count),
537                  locationTable[count].block);
560         paramIn(cp, csprintf("locationTable[%d].block", count),
561                 locationTable[count].block);