dev/arm/flash_device.cc

173     uint32_t plane_address = 0;
193         plane_address = locationTable[logic_page_addr].block & planeMask;
198             time[plane_address] += accessTimes(locationTable[logic_page_addr]
203             stats.readLatency.sample(time[plane_address]);
210                 time[plane_address] += accessTimes
214                 time[plane_address] += remap(logic_page_addr);
218             stats.writeLatency.sample(time[plane_address]);
243         plane_address = (time[plane_address] > time[count]) ? plane_address
272                     planeEventQueue[plane_address].back().time, true);
279     planeEventQueue[plane_address].back().function = event;
281             plane_address, planeEventQueue[plane_address].size());
294     uint8_t plane_address = 0;
299     for (plane_address = 0; plane_address < numPlanes; plane_address++) {
300         if (!planeEventQueue[plane_address].empty()) {
305             assert(planeEventQueue[plane_address].front().time >= curTick());
307             if (planeEventQueue[plane_address].front().time == curTick()) {
313                 Callback *temp = planeEventQueue[plane_address].front().
315                 planeEventQueue[plane_address].pop_front();
319                     DPRINTF(FlashDevice, "Callback, %d\n", plane_address);
327     for (plane_address = 0; plane_address < numPlanes; plane_address++) {
328         if (!planeEventQueue[plane_address].empty())
330                     (planeEventQueue[plane_address].front().time <
332                 next_event = plane_address;
337         DPRINTF(FlashDevice, "Schedule plane: %d\n", plane_address);