cpu/trace/trace_cpu.cc

524                     // location of the element following the erased element
1080         // try sending current element
1099         "element.\n");
1101     // Read next element into currElement, currElement gets cleared so save the
1288 TraceCPU::ElasticDataGen::InputStream::read(GraphNode* element)
1293         element->seqNum = pkt_msg.seq_num();
1294         element->type = pkt_msg.type();
1296         element->compDelay = pkt_msg.comp_delay() * timeMultiplier;
1299         element->clearRobDep();
1300         assert((pkt_msg.rob_dep()).size() <= element->maxRobDep);
1302             element->robDep[element->numRobDep] = pkt_msg.rob_dep(i);
1303             element->numRobDep += 1;
1307         element->clearRegDep();
1314             for (int j = 0; j < element->numRobDep; j++) {
1315                 duplicate |= (pkt_msg.reg_dep(i) == element->robDep[j]);
1318                 element->regDep[element->numRegDep] = pkt_msg.reg_dep(i);
1319                 element->numRegDep += 1;
1325             element->physAddr = pkt_msg.p_addr();
1327             element->physAddr = 0;
1330             element->virtAddr = pkt_msg.v_addr();
1332             element->virtAddr = 0;
1335             element->asid = pkt_msg.asid();
1337             element->asid = 0;
1340             element->size = pkt_msg.size();
1342             element->size = 0;
1345             element->flags = pkt_msg.flags();
1347             element->flags = 0;
1350             element->pc = pkt_msg.pc();
1352             element->pc = 0;
1359         element->robNum = microOpCount;
1495 TraceCPU::FixedRetryGen::InputStream::read(TraceElement* element)
1499         element->cmd = pkt_msg.cmd();
1500         element->addr = pkt_msg.addr();
1501         element->blocksize = pkt_msg.size();
1502         element->tick = pkt_msg.tick();
1503         element->flags = pkt_msg.has_flags() ? pkt_msg.flags() : 0;
1504         element->pc = pkt_msg.has_pc() ? pkt_msg.pc() : 0;