Stability issue of the sim_all_functions.sh

Hello, I'm trying to run vSwarm-u practice scripts, but there are some stability issues, such as too short execution time or too small IPC at gem5 stat.
And randomly, segmentation fault
Since I can figure out segmentation fault with check_simulations.py and rerun.sh, and it occurs not only in specified workload but also every workload when I run sim_all_functions.sh, I called it a random segmentation fault.
In short, I have four problems below and want to get some advice.

Segmentation fault occurs arbitrarily, randomly ( I don't know why and I just rerun all the workloads that segmentation fault occurs)

There is too many zero at the gem5 stats.txt.
I have no idea that result stats are correctly recorded.
Even though, for IPC, "system.cpu1.exec_context.thread_0.numInsts" parameters do not exist and "system.atomic_cpu1.exec_context.thread_0.numInsts" are always zero at all workloads. ( Instead, I used simInsts for IPC.. and it's values are too small)
"system.cpu1.numCycles" are recorded normally.

As simulation stats are abnormal, like problem number 2, gem5 stats.txt fluctuate at every sim_all_function.sh run.
(simSeconds are recorded 4.43s .5.02s 0.02s 0.04s, 4.86s at shippingservice)
Results are sometimes recorded well (in my opinion), but it makes so many odd record results. I checked all workloads' gem5.log and system.pc.com_1.device file, there is no problem, and said, "Simulation done.".

I can't get a better performance, such as (IPC and simSeconds) when I grow LLC sizes at caches.py simulations. I checked the config works well with the print function, but performance does not get better..

All my problems are about that whether my simulations work well or not,
I executed all pre-requisite in github and succeeded all installation check scripts. I have no idea how to fix and correctly run vSwarm-u practices...
Really a pleasure to get your advice for the above problems.
Thanks & best regards,
Choi

---------- Begin Simulation Statistics ----------
simSeconds                                   4.952537                       # Number of seconds simulated (Second)
simTicks<PHONE_NUMBER>600                       # Number of ticks simulated (Tick)
finalTick<PHONE_NUMBER>4800                       # Number of ticks from beginning of simulation (restored from checkpoints and never reset) (Tick)
simFreq<PHONE_NUMBER>000                       # The number of ticks per simulated second ((Tick/Second))
hostSeconds                                      7.14                       # Real time elapsed on the host (Second)
hostTickRate<PHONE_NUMBER>04                       # The number of ticks simulated per host second (ticks/s) ((Tick/Second))
hostMemory                                    3043016                       # Number of bytes of host memory used (Byte)
simInsts                                     12127140                       # Number of instructions simulated (Count)
simOps                                       24241569                       # Number of ops (including micro ops) simulated (Count)
hostInstRate                                  1697636                       # Simulator instruction rate (inst/s) ((Count/Second))
hostOpRate                                    3393483                       # Simulator op (including micro ops) rate (op/s) ((Count/Second))
system.apicbridge.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.atomic_cpu0.numCycles                        0                       # Number of cpu cycles simulated (Cycle)
system.atomic_cpu0.numWorkItemsStarted              0                       # Number of work items this cpu started (Count)
system.atomic_cpu0.numWorkItemsCompleted            0                       # Number of work items this cpu completed (Count)
system.atomic_cpu0.exec_context.thread_0.numInsts            0                       # Number of instructions committed (Count)
system.atomic_cpu0.exec_context.thread_0.numOps            0                       # Number of ops (including micro ops) committed (Count)
system.atomic_cpu0.exec_context.thread_0.numIntAluAccesses            0                       # Number of integer alu accesses (Count)
system.atomic_cpu0.exec_context.thread_0.numFpAluAccesses            0                       # Number of float alu accesses (Count)
system.atomic_cpu0.exec_context.thread_0.numVecAluAccesses            0                       # Number of vector alu accesses (Count)
system.atomic_cpu0.exec_context.thread_0.numCallsReturns            0                       # Number of times a function call or return occured (Count)
system.atomic_cpu0.exec_context.thread_0.numCondCtrlInsts            0                       # Number of instructions that are conditional controls (Count)
system.atomic_cpu0.exec_context.thread_0.numIntInsts            0                       # Number of integer instructions (Count)
system.atomic_cpu0.exec_context.thread_0.numFpInsts            0                       # Number of float instructions (Count)
system.atomic_cpu0.exec_context.thread_0.numVecInsts            0                       # Number of vector instructions (Count)
system.atomic_cpu0.exec_context.thread_0.numIntRegReads            0                       # Number of times the integer registers were read (Count)
system.atomic_cpu0.exec_context.thread_0.numIntRegWrites            0                       # Number of times the integer registers were written (Count)
system.atomic_cpu0.exec_context.thread_0.numFpRegReads            0                       # Number of times the floating registers were read (Count)
system.atomic_cpu0.exec_context.thread_0.numFpRegWrites            0                       # Number of times the floating registers were written (Count)
system.atomic_cpu0.exec_context.thread_0.numVecRegReads            0                       # Number of times the vector registers were read (Count)
system.atomic_cpu0.exec_context.thread_0.numVecRegWrites            0                       # Number of times the vector registers were written (Count)
system.atomic_cpu0.exec_context.thread_0.numVecPredRegReads            0                       # Number of times the predicate registers were read (Count)
system.atomic_cpu0.exec_context.thread_0.numVecPredRegWrites            0                       # Number of times the predicate registers were written (Count)
system.atomic_cpu0.exec_context.thread_0.numMiscRegReads            0                       # Number of times the Misc registers were read (Count)
system.atomic_cpu0.exec_context.thread_0.numMiscRegWrites            0                       # Number of times the Misc registers were written (Count)
system.atomic_cpu0.exec_context.thread_0.numMemRefs            0                       # Number of memory refs (Count)
system.atomic_cpu0.exec_context.thread_0.numLoadInsts            0                       # Number of load instructions (Count)
system.atomic_cpu0.exec_context.thread_0.numStoreInsts            0                       # Number of store instructions (Count)
system.atomic_cpu0.exec_context.thread_0.numIdleCycles            0                       # Number of idle cycles (Cycle)
system.atomic_cpu0.exec_context.thread_0.numBusyCycles            0                       # Number of busy cycles (Cycle)
system.atomic_cpu0.exec_context.thread_0.notIdleFraction            1                       # Percentage of non-idle cycles (Ratio)
system.atomic_cpu0.exec_context.thread_0.idleFraction            0                       # Percentage of idle cycles (Ratio)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::No_OpClass            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::IntAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::IntMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::IntDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatCvt            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatMultAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatMisc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatSqrt            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdAddAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdCvt            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdMisc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdMultAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdShift            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdShiftAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdSqrt            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatCvt            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatMisc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatMultAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatSqrt            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdReduceAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdReduceAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdReduceCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatReduceAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdFloatReduceCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdAes            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdAesMix            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdSha1Hash            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdSha1Hash2            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdSha256Hash            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdSha256Hash2            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdShaSigma2            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdShaSigma3            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::SimdPredAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::MemRead            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::MemWrite            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatMemRead            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::FloatMemWrite            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::IprAccess            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::InstPrefetch            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.exec_context.thread_0.statExecutedInstType::total            0                       # Class of executed instruction. (Count)
system.atomic_cpu0.mmu.dtb.rdAccesses               0                       # TLB accesses on read requests (Count)
system.atomic_cpu0.mmu.dtb.wrAccesses               0                       # TLB accesses on write requests (Count)
system.atomic_cpu0.mmu.dtb.rdMisses                 0                       # TLB misses on read requests (Count)
system.atomic_cpu0.mmu.dtb.wrMisses                 0                       # TLB misses on write requests (Count)
system.atomic_cpu0.mmu.dtb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.atomic_cpu0.mmu.itb.rdAccesses               0                       # TLB accesses on read requests (Count)
system.atomic_cpu0.mmu.itb.wrAccesses               0                       # TLB accesses on write requests (Count)
system.atomic_cpu0.mmu.itb.rdMisses                 0                       # TLB misses on read requests (Count)
system.atomic_cpu0.mmu.itb.wrMisses                 0                       # TLB misses on write requests (Count)
system.atomic_cpu0.mmu.itb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.atomic_cpu0.power_state.pwrStateResidencyTicks::OFF<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.atomic_cpu0.thread_0.numInsts                0                       # Number of Instructions committed (Count)
system.atomic_cpu0.thread_0.numOps                  0                       # Number of Ops committed (Count)
system.atomic_cpu0.thread_0.numMemRefs              0                       # Number of Memory References (Count)
system.atomic_cpu1.numCycles                        0                       # Number of cpu cycles simulated (Cycle)
system.atomic_cpu1.numWorkItemsStarted              0                       # Number of work items this cpu started (Count)
system.atomic_cpu1.numWorkItemsCompleted            0                       # Number of work items this cpu completed (Count)
system.atomic_cpu1.exec_context.thread_0.numInsts            0                       # Number of instructions committed (Count)
system.atomic_cpu1.exec_context.thread_0.numOps            0                       # Number of ops (including micro ops) committed (Count)
system.atomic_cpu1.exec_context.thread_0.numIntAluAccesses            0                       # Number of integer alu accesses (Count)
system.atomic_cpu1.exec_context.thread_0.numFpAluAccesses            0                       # Number of float alu accesses (Count)
system.atomic_cpu1.exec_context.thread_0.numVecAluAccesses            0                       # Number of vector alu accesses (Count)
system.atomic_cpu1.exec_context.thread_0.numCallsReturns            0                       # Number of times a function call or return occured (Count)
system.atomic_cpu1.exec_context.thread_0.numCondCtrlInsts            0                       # Number of instructions that are conditional controls (Count)
system.atomic_cpu1.exec_context.thread_0.numIntInsts            0                       # Number of integer instructions (Count)
system.atomic_cpu1.exec_context.thread_0.numFpInsts            0                       # Number of float instructions (Count)
system.atomic_cpu1.exec_context.thread_0.numVecInsts            0                       # Number of vector instructions (Count)
system.atomic_cpu1.exec_context.thread_0.numIntRegReads            0                       # Number of times the integer registers were read (Count)
system.atomic_cpu1.exec_context.thread_0.numIntRegWrites            0                       # Number of times the integer registers were written (Count)
system.atomic_cpu1.exec_context.thread_0.numFpRegReads            0                       # Number of times the floating registers were read (Count)
system.atomic_cpu1.exec_context.thread_0.numFpRegWrites            0                       # Number of times the floating registers were written (Count)
system.atomic_cpu1.exec_context.thread_0.numVecRegReads            0                       # Number of times the vector registers were read (Count)
system.atomic_cpu1.exec_context.thread_0.numVecRegWrites            0                       # Number of times the vector registers were written (Count)
system.atomic_cpu1.exec_context.thread_0.numVecPredRegReads            0                       # Number of times the predicate registers were read (Count)
system.atomic_cpu1.exec_context.thread_0.numVecPredRegWrites            0                       # Number of times the predicate registers were written (Count)
system.atomic_cpu1.exec_context.thread_0.numMiscRegReads            0                       # Number of times the Misc registers were read (Count)
system.atomic_cpu1.exec_context.thread_0.numMiscRegWrites            0                       # Number of times the Misc registers were written (Count)
system.atomic_cpu1.exec_context.thread_0.numMemRefs            0                       # Number of memory refs (Count)
system.atomic_cpu1.exec_context.thread_0.numLoadInsts            0                       # Number of load instructions (Count)
system.atomic_cpu1.exec_context.thread_0.numStoreInsts            0                       # Number of store instructions (Count)
system.atomic_cpu1.exec_context.thread_0.numIdleCycles            0                       # Number of idle cycles (Cycle)
system.atomic_cpu1.exec_context.thread_0.numBusyCycles            0                       # Number of busy cycles (Cycle)
system.atomic_cpu1.exec_context.thread_0.notIdleFraction            1                       # Percentage of non-idle cycles (Ratio)
system.atomic_cpu1.exec_context.thread_0.idleFraction            0                       # Percentage of idle cycles (Ratio)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::No_OpClass            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::IntAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::IntMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::IntDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatCvt            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatMultAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatMisc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatSqrt            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdAddAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdCvt            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdMisc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdMultAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdShift            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdShiftAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdSqrt            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatCvt            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatDiv            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatMisc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatMult            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatMultAcc            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatSqrt            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdReduceAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdReduceAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdReduceCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatReduceAdd            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdFloatReduceCmp            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdAes            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdAesMix            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdSha1Hash            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdSha1Hash2            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdSha256Hash            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdSha256Hash2            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdShaSigma2            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdShaSigma3            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::SimdPredAlu            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::MemRead            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::MemWrite            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatMemRead            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::FloatMemWrite            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::IprAccess            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::InstPrefetch            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.exec_context.thread_0.statExecutedInstType::total            0                       # Class of executed instruction. (Count)
system.atomic_cpu1.mmu.dtb.rdAccesses               0                       # TLB accesses on read requests (Count)
system.atomic_cpu1.mmu.dtb.wrAccesses               0                       # TLB accesses on write requests (Count)
system.atomic_cpu1.mmu.dtb.rdMisses                 0                       # TLB misses on read requests (Count)
system.atomic_cpu1.mmu.dtb.wrMisses                 0                       # TLB misses on write requests (Count)
system.atomic_cpu1.mmu.dtb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.atomic_cpu1.mmu.itb.rdAccesses               0                       # TLB accesses on read requests (Count)
system.atomic_cpu1.mmu.itb.wrAccesses               0                       # TLB accesses on write requests (Count)
system.atomic_cpu1.mmu.itb.rdMisses                 0                       # TLB misses on read requests (Count)
system.atomic_cpu1.mmu.itb.wrMisses                 0                       # TLB misses on write requests (Count)
system.atomic_cpu1.mmu.itb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.atomic_cpu1.power_state.pwrStateResidencyTicks::OFF<PHONE_NUMBER>600                       # Cumulative time (in ticks) in various power states (Tick)
system.atomic_cpu1.thread_0.numInsts                0                       # Number of Instructions committed (Count)
system.atomic_cpu1.thread_0.numOps                  0                       # Number of Ops committed (Count)
system.atomic_cpu1.thread_0.numMemRefs              0                       # Number of Memory References (Count)
system.bridge.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.clk_domain.clock                           400                       # Clock period in ticks (Tick)
system.clk_domain.voltage_domain.voltage            1                       # Voltage in Volts (Volt)
system.cpu0.numCycles<PHONE_NUMBER>1                       # Number of cpu cycles simulated (Cycle)
system.cpu0.numWorkItemsStarted                     0                       # Number of work items this cpu started (Count)
system.cpu0.numWorkItemsCompleted                   0                       # Number of work items this cpu completed (Count)
system.cpu0.committedInsts                          0                       # Number of instructions committed (Count)
system.cpu0.numVMExits                          81931                       # total number of KVM exits (Count)
system.cpu0.numVMHalfEntries                        0                       # number of KVM entries to finalize pending operations (Count)
system.cpu0.numExitSignal                       16171                       # exits due to signal delivery (Count)
system.cpu0.numMMIO                             11533                       # number of VM exits due to memory mapped IO (Count)
system.cpu0.numCoalescedMMIO                        0                       # number of coalesced memory mapped IO requests (Count)
system.cpu0.numIO                               47603                       # number of VM exits due to legacy IO (Count)
system.cpu0.numHalt                                 0                       # number of VM exits due to wait for interrupt instructions (Count)
system.cpu0.numInterrupts                       11252                       # number of interrupts delivered (Count)
system.cpu0.numHypercalls                           0                       # number of hypercalls (Count)
system.cpu0.interrupts.clk_domain.clock          6400                       # Clock period in ticks (Tick)
system.cpu0.mmu.dtb.rdAccesses                      0                       # TLB accesses on read requests (Count)
system.cpu0.mmu.dtb.wrAccesses                      0                       # TLB accesses on write requests (Count)
system.cpu0.mmu.dtb.rdMisses                        0                       # TLB misses on read requests (Count)
system.cpu0.mmu.dtb.wrMisses                        0                       # TLB misses on write requests (Count)
system.cpu0.mmu.dtb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.cpu0.mmu.itb.rdAccesses                      0                       # TLB accesses on read requests (Count)
system.cpu0.mmu.itb.wrAccesses                      0                       # TLB accesses on write requests (Count)
system.cpu0.mmu.itb.rdMisses                        0                       # TLB misses on read requests (Count)
system.cpu0.mmu.itb.wrMisses                        0                       # TLB misses on write requests (Count)
system.cpu0.mmu.itb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.cpu0.power_state.pwrStateResidencyTicks::OFF<PHONE_NUMBER>000                       # Cumulative time (in ticks) in various power states (Tick)
system.cpu0.thread_0.numInsts                       0                       # Number of Instructions committed (Count)
system.cpu0.thread_0.numOps                         0                       # Number of Ops committed (Count)
system.cpu0.thread_0.numMemRefs                     0                       # Number of Memory References (Count)
system.cpu1.numCycles<PHONE_NUMBER>4                       # Number of cpu cycles simulated (Cycle)
system.cpu1.numWorkItemsStarted                     0                       # Number of work items this cpu started (Count)
system.cpu1.numWorkItemsCompleted                   0                       # Number of work items this cpu completed (Count)
system.cpu1.committedInsts                          0                       # Number of instructions committed (Count)
system.cpu1.numVMExits                          13067                       # total number of KVM exits (Count)
system.cpu1.numVMHalfEntries                        0                       # number of KVM entries to finalize pending operations (Count)
system.cpu1.numExitSignal                        5047                       # exits due to signal delivery (Count)
system.cpu1.numMMIO                              4540                       # number of VM exits due to memory mapped IO (Count)
system.cpu1.numCoalescedMMIO                        0                       # number of coalesced memory mapped IO requests (Count)
system.cpu1.numIO                                   0                       # number of VM exits due to legacy IO (Count)
system.cpu1.numHalt                              2530                       # number of VM exits due to wait for interrupt instructions (Count)
system.cpu1.numInterrupts                        3502                       # number of interrupts delivered (Count)
system.cpu1.numHypercalls                           0                       # number of hypercalls (Count)
system.cpu1.interrupts.clk_domain.clock          6400                       # Clock period in ticks (Tick)
system.cpu1.mmu.dtb.rdAccesses                      0                       # TLB accesses on read requests (Count)
system.cpu1.mmu.dtb.wrAccesses                      0                       # TLB accesses on write requests (Count)
system.cpu1.mmu.dtb.rdMisses                        0                       # TLB misses on read requests (Count)
system.cpu1.mmu.dtb.wrMisses                        0                       # TLB misses on write requests (Count)
system.cpu1.mmu.dtb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.cpu1.mmu.itb.rdAccesses                      0                       # TLB accesses on read requests (Count)
system.cpu1.mmu.itb.wrAccesses                      0                       # TLB accesses on write requests (Count)
system.cpu1.mmu.itb.rdMisses                        0                       # TLB misses on read requests (Count)
system.cpu1.mmu.itb.wrMisses                        0                       # TLB misses on write requests (Count)
system.cpu1.mmu.itb.walker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.cpu1.power_state.pwrStateResidencyTicks::OFF<PHONE_NUMBER>000                       # Cumulative time (in ticks) in various power states (Tick)
system.cpu1.thread_0.numInsts                       0                       # Number of Instructions committed (Count)
system.cpu1.thread_0.numOps                         0                       # Number of Ops committed (Count)
system.cpu1.thread_0.numMemRefs                     0                       # Number of Memory References (Count)
system.iobus.transDist::ReadReq               1518458                       # Transaction distribution (Count)
system.iobus.transDist::ReadResp              1518458                       # Transaction distribution (Count)
system.iobus.transDist::WriteReq                26380                       # Transaction distribution (Count)
system.iobus.transDist::WriteResp               26380                       # Transaction distribution (Count)
system.iobus.pktCount_system.bridge.mem_side_port::system.pc.south_bridge.ide.pio        45218                       # Packet count per connected requestor and responder (Count)
system.iobus.pktCount_system.bridge.mem_side_port::system.pc.com_1.pio        49988                       # Packet count per connected requestor and responder (Count)
system.iobus.pktCount_system.bridge.mem_side_port::total        95206                       # Packet count per connected requestor and responder (Count)
system.iobus.pktCount_system.pc.south_bridge.ide.dma::system.iocache.cpu_side_port      2982562                       # Packet count per connected requestor and responder (Count)
system.iobus.pktCount_system.pc.south_bridge.ide.dma::total      2982562                       # Packet count per connected requestor and responder (Count)
system.iobus.pktCount_system.pc.south_bridge.io_apic.int_request::system.apicbridge.cpu_side_port        11908                       # Packet count per connected requestor and responder (Count)
system.iobus.pktCount_system.pc.south_bridge.io_apic.int_request::total        11908                       # Packet count per connected requestor and responder (Count)
system.iobus.pktCount::total                  3089676                       # Packet count per connected requestor and responder (Count)
system.iobus.pktSize_system.bridge.mem_side_port::system.pc.south_bridge.ide.pio        25558                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.pktSize_system.bridge.mem_side_port::system.pc.com_1.pio        24994                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.pktSize_system.bridge.mem_side_port::total        50552                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.pktSize_system.pc.south_bridge.ide.dma::system.iocache.cpu_side_port     95182984                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.pktSize_system.pc.south_bridge.ide.dma::total     95182984                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.pktSize_system.pc.south_bridge.io_apic.int_request::system.apicbridge.cpu_side_port        23816                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.pktSize_system.pc.south_bridge.io_apic.int_request::total        23816                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.pktSize::total                  95257352                       # Cumulative packet size per connected requestor and responder (Byte)
system.iobus.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.iocache.blockedCycles::no_mshrs              0                       # number of cycles access was blocked (Cycle)
system.iocache.blockedCycles::no_targets            0                       # number of cycles access was blocked (Cycle)
system.iocache.blockedCauses::no_mshrs              0                       # number of times access was blocked (Count)
system.iocache.blockedCauses::no_targets            0                       # number of times access was blocked (Count)
system.iocache.avgBlocked::no_mshrs               nan                       # average number of cycles each access was blocked ((Cycle/Count))
system.iocache.avgBlocked::no_targets             nan                       # average number of cycles each access was blocked ((Cycle/Count))
system.iocache.replacements                         0                       # number of replacements (Count)
system.iocache.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.iocache.tags.tagsInUse                       0                       # Average ticks per tags in use ((Tick/Count))
system.iocache.tags.totalRefs                       0                       # Total number of references to valid blocks. (Count)
system.iocache.tags.sampledRefs                     0                       # Sample count of references to valid blocks. (Count)
system.iocache.tags.avgRefs                       nan                       # Average number of references to valid blocks. ((Count/Count))
system.iocache.tags.warmupTick                      0                       # The tick when the warmup percentage was hit. (Tick)
system.iocache.tags.tagAccesses                     0                       # Number of tag accesses (Count)
system.iocache.tags.dataAccesses                    0                       # Number of data accesses (Count)
system.iocache.tags.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.llc_bus.transDist::ReadReq               28250                       # Transaction distribution (Count)
system.llc_bus.transDist::ReadResp              28250                       # Transaction distribution (Count)
system.llc_bus.transDist::WriteReq              35406                       # Transaction distribution (Count)
system.llc_bus.transDist::WriteResp             35406                       # Transaction distribution (Count)
system.llc_bus.pktCount_system.cpu0.dcache_port::system.llc_cache.cpu_side_port       118232                       # Packet count per connected requestor and responder (Count)
system.llc_bus.pktCount_system.cpu1.dcache_port::system.llc_cache.cpu_side_port         9080                       # Packet count per connected requestor and responder (Count)
system.llc_bus.pktCount::total                 127312                       # Packet count per connected requestor and responder (Count)
system.llc_bus.pktSize_system.cpu0.dcache_port::system.llc_cache.cpu_side_port        96604                       # Cumulative packet size per connected requestor and responder (Byte)
system.llc_bus.pktSize_system.cpu1.dcache_port::system.llc_cache.cpu_side_port        18160                       # Cumulative packet size per connected requestor and responder (Byte)
system.llc_bus.pktSize::total                  114764                       # Cumulative packet size per connected requestor and responder (Byte)
system.llc_bus.snoops                               0                       # Total snoops (Count)
system.llc_bus.snoopTraffic                         0                       # Total snoop traffic (Byte)
system.llc_bus.snoopFanout::samples                 0                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::mean                  nan                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::stdev                 nan                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::underflows              0                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::0                       0                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::overflows               0                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::min_value               0                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::max_value               0                       # Request fanout histogram (Count)
system.llc_bus.snoopFanout::total                   0                       # Request fanout histogram (Count)
system.llc_bus.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.llc_bus.snoop_filter.totRequests             0                       # Total number of requests made to the snoop filter. (Count)
system.llc_bus.snoop_filter.hitSingleRequests            0                       # Number of requests hitting in the snoop filter with a single holder of the requested data. (Count)
system.llc_bus.snoop_filter.hitMultiRequests            0                       # Number of requests hitting in the snoop filter with multiple (>1) holders of the requested data. (Count)
system.llc_bus.snoop_filter.totSnoops               0                       # Total number of snoops made to the snoop filter. (Count)
system.llc_bus.snoop_filter.hitSingleSnoops            0                       # Number of snoops hitting in the snoop filter with a single holder of the requested data. (Count)
system.llc_bus.snoop_filter.hitMultiSnoops            0                       # Number of snoops hitting in the snoop filter with multiple (>1) holders of the requested data. (Count)
system.llc_cache.blockedCycles::no_mshrs            0                       # number of cycles access was blocked (Cycle)
system.llc_cache.blockedCycles::no_targets            0                       # number of cycles access was blocked (Cycle)
system.llc_cache.blockedCauses::no_mshrs            0                       # number of times access was blocked (Count)
system.llc_cache.blockedCauses::no_targets            0                       # number of times access was blocked (Count)
system.llc_cache.avgBlocked::no_mshrs             nan                       # average number of cycles each access was blocked ((Cycle/Count))
system.llc_cache.avgBlocked::no_targets           nan                       # average number of cycles each access was blocked ((Cycle/Count))
system.llc_cache.replacements                       0                       # number of replacements (Count)
system.llc_cache.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.llc_cache.tags.tagsInUse                     0                       # Average ticks per tags in use ((Tick/Count))
system.llc_cache.tags.totalRefs                     0                       # Total number of references to valid blocks. (Count)
system.llc_cache.tags.sampledRefs                   0                       # Sample count of references to valid blocks. (Count)
system.llc_cache.tags.avgRefs                     nan                       # Average number of references to valid blocks. ((Count/Count))
system.llc_cache.tags.warmupTick                    0                       # The tick when the warmup percentage was hit. (Tick)
system.llc_cache.tags.tagAccesses                   0                       # Number of tag accesses (Count)
system.llc_cache.tags.dataAccesses                  0                       # Number of data accesses (Count)
system.llc_cache.tags.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.mem_cntrl.bytesRead::pc.south_bridge.ide     95142024                       # Number of bytes read from this memory (Byte)
system.mem_cntrl.bytesRead::total            95142024                       # Number of bytes read from this memory (Byte)
system.mem_cntrl.bytesWritten::pc.south_bridge.ide        40960                       # Number of bytes written to this memory (Byte)
system.mem_cntrl.bytesWritten::total            40960                       # Number of bytes written to this memory (Byte)
system.mem_cntrl.numReads::pc.south_bridge.ide      1490641                       # Number of read requests responded to by this memory (Count)
system.mem_cntrl.numReads::total              1490641                       # Number of read requests responded to by this memory (Count)
system.mem_cntrl.numWrites::pc.south_bridge.ide          640                       # Number of write requests responded to by this memory (Count)
system.mem_cntrl.numWrites::total                 640                       # Number of write requests responded to by this memory (Count)
system.mem_cntrl.bwRead::pc.south_bridge.ide     19210766                       # Total read bandwidth from this memory ((Byte/Second))
system.mem_cntrl.bwRead::total               19210766                       # Total read bandwidth from this memory ((Byte/Second))
system.mem_cntrl.bwWrite::pc.south_bridge.ide         8271                       # Write bandwidth from this memory ((Byte/Second))
system.mem_cntrl.bwWrite::total                  8271                       # Write bandwidth from this memory ((Byte/Second))
system.mem_cntrl.bwTotal::pc.south_bridge.ide     19219036                       # Total bandwidth to/from this memory ((Byte/Second))
system.mem_cntrl.bwTotal::total              19219036                       # Total bandwidth to/from this memory ((Byte/Second))
system.mem_cntrl.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.membus.transDist::ReadReq              1518891                       # Transaction distribution (Count)
system.membus.transDist::ReadResp             1518891                       # Transaction distribution (Count)
system.membus.transDist::WriteReq               42433                       # Transaction distribution (Count)
system.membus.transDist::WriteResp              42433                       # Transaction distribution (Count)
system.membus.pktCount_system.apicbridge.mem_side_port::system.cpu0.interrupts.int_responder        11908                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.apicbridge.mem_side_port::total        11908                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.iocache.mem_side_port::system.mem_cntrl.port      2982562                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.iocache.mem_side_port::total      2982562                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.llc_cache.mem_side_port::system.bridge.cpu_side_port        95206                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.llc_cache.mem_side_port::system.cpu0.interrupts.pio        23026                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.llc_cache.mem_side_port::system.cpu1.interrupts.pio         9080                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.llc_cache.mem_side_port::total       127312                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.cpu0.interrupts.int_requestor::system.cpu1.interrupts.int_responder          174                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.cpu0.interrupts.int_requestor::total          174                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.cpu1.interrupts.int_requestor::system.cpu0.interrupts.int_responder          692                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount_system.cpu1.interrupts.int_requestor::total          692                       # Packet count per connected requestor and responder (Count)
system.membus.pktCount::total                 3122648                       # Packet count per connected requestor and responder (Count)
system.membus.pktSize_system.apicbridge.mem_side_port::system.cpu0.interrupts.int_responder        23816                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.apicbridge.mem_side_port::total        23816                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.iocache.mem_side_port::system.mem_cntrl.port     95182984                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.iocache.mem_side_port::total     95182984                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.llc_cache.mem_side_port::system.bridge.cpu_side_port        50552                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.llc_cache.mem_side_port::system.cpu0.interrupts.pio        46052                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.llc_cache.mem_side_port::system.cpu1.interrupts.pio        18160                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.llc_cache.mem_side_port::total       114764                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.cpu0.interrupts.int_requestor::system.cpu1.interrupts.int_responder          348                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.cpu0.interrupts.int_requestor::total          348                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.cpu1.interrupts.int_requestor::system.cpu0.interrupts.int_responder         1384                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize_system.cpu1.interrupts.int_requestor::total         1384                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.pktSize::total                 95323296                       # Cumulative packet size per connected requestor and responder (Byte)
system.membus.snoops                                0                       # Total snoops (Count)
system.membus.snoopTraffic                          0                       # Total snoop traffic (Byte)
system.membus.snoopFanout::samples                  0                       # Request fanout histogram (Count)
system.membus.snoopFanout::mean                   nan                       # Request fanout histogram (Count)
system.membus.snoopFanout::stdev                  nan                       # Request fanout histogram (Count)
system.membus.snoopFanout::underflows               0                       # Request fanout histogram (Count)
system.membus.snoopFanout::0                        0                       # Request fanout histogram (Count)
system.membus.snoopFanout::1                        0                       # Request fanout histogram (Count)
system.membus.snoopFanout::2                        0                       # Request fanout histogram (Count)
system.membus.snoopFanout::overflows                0                       # Request fanout histogram (Count)
system.membus.snoopFanout::min_value                0                       # Request fanout histogram (Count)
system.membus.snoopFanout::max_value                0                       # Request fanout histogram (Count)
system.membus.snoopFanout::total                    0                       # Request fanout histogram (Count)
system.membus.badaddr_responder.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.membus.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.membus.snoop_filter.totRequests              0                       # Total number of requests made to the snoop filter. (Count)
system.membus.snoop_filter.hitSingleRequests            0                       # Number of requests hitting in the snoop filter with a single holder of the requested data. (Count)
system.membus.snoop_filter.hitMultiRequests            0                       # Number of requests hitting in the snoop filter with multiple (>1) holders of the requested data. (Count)
system.membus.snoop_filter.totSnoops                0                       # Total number of snoops made to the snoop filter. (Count)
system.membus.snoop_filter.hitSingleSnoops            0                       # Number of snoops hitting in the snoop filter with a single holder of the requested data. (Count)
system.membus.snoop_filter.hitMultiSnoops            0                       # Number of snoops hitting in the snoop filter with multiple (>1) holders of the requested data. (Count)
system.pc.bad_addr.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.com_1.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.default_bus.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.empty_isa.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.fake_com_2.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.fake_com_3.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.fake_com_4.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.fake_floppy.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.pci_host.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.cmos.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.dma1.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.ide.disks.IdeDisk.dmaReadFullPages        23219                       # Number of full page size DMA reads (not PRD). (Count)
system.pc.south_bridge.ide.disks.IdeDisk.dmaReadBytes     95105024                       # Number of bytes transfered via DMA reads (not PRD). (Byte)
system.pc.south_bridge.ide.disks.IdeDisk.dmaReadTxs        23219                       # Number of DMA read transactions (not PRD). (Count)
system.pc.south_bridge.ide.disks.IdeDisk.dmaWriteFullPages           10                       # Number of full page size DMA writes. (Count)
system.pc.south_bridge.ide.disks.IdeDisk.dmaWriteBytes        40960                       # Number of bytes transfered via DMA writes. (Byte)
system.pc.south_bridge.ide.disks.IdeDisk.dmaWriteTxs           10                       # Number of DMA write transactions. (Count)
system.pc.south_bridge.ide.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.io_apic.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.keyboard.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.pic1.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.pic2.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.pit.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.pc.south_bridge.speaker.power_state.pwrStateResidencyTicks::UNDEFINED<PHONE_NUMBER>4800                       # Cumulative time (in ticks) in various power states (Tick)
system.workload.inst.arm                            0                       # number of arm instructions executed (Count)
system.workload.inst.quiesce                        0                       # number of quiesce instructions executed (Count)
---------- End Simulation Statistics   ----------

Global frequency set at<PHONE_NUMBER>000 ticks per second
build/X86/sim/kernel_workload.cc:46: info: kernel located at: kernel
0: system.pc.south_bridge.cmos.rtc: Real-time clock set to Sun Jan  1 00:00:00 2012
build/X86/dev/serial/terminal.cc:170: warn: Sockets disabled, not accepting terminal connections
build/X86/base/remote_gdb.cc:381: warn: Sockets disabled, not accepting gdb connections
build/X86/mem/coherent_xbar.cc:140: warn: CoherentXBar system.llc_bus has no snooping ports attached!
build/X86/dev/intel_8254_timer.cc:128: warn: Reading current count from inactive timer.
build/X86/sim/power_state.cc:105: warn: PowerState: Already in the requested power state, request ignored
build/X86/cpu/kvm/base.cc:150: info: KVM: Coalesced MMIO disabled by config.
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 2
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 3
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 4
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 5
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 6
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 8
build/X86/cpu/kvm/base.cc:150: info: KVM: Coalesced MMIO disabled by config.
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 2
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 3
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 4
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 5
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 6
build/X86/arch/x86/cpuid.cc:180: warn: x86 cpuid family 0x0000: unimplemented function 8
gem5 Simulator System.  https://www.gem5.org
gem5 is copyrighted software; use the --copyright option for details.
gem5 version <IP_ADDRESS>
gem5 compiled Nov  7 2022 11:00:09
gem5 started Nov 16 2022 00:23:51
gem5 executing on valor, pid 87021
command line: /home/choi/vSwarm-u/resources//gem5/build/X86/gem5.opt --outdir=../results/eval_baseline//shippingservice/ run_sim.py --kernel kernel --disk disk.img --function shippingservice --mode=evaluation --atomic-warming 10 --num-invocation 10
info: Standard input is not a terminal, disabling listeners.
/home/choi/vSwarm-u
Create CPU:  X86KvmCPU
Created CPU: 2x X86KvmCPU, Mem mode: atomic_noncaching
--- Evaluation Mode ---
Instantiate checkpoint:  cpt_1m//shippingservice/cpt.warm
warn: system.workload.acpi_description_table_pointer.rsdt adopting orphan SimObject param 'entries'
warn: failed to generate dot output from ../results/eval_baseline//shippingservice/config.dot
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2000.  Starting simulation...
build/X86/arch/x86/kvm/x86_cpu.cc:1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x3a) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x3a) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x48) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x309) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x48) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x309) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x30a) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x30a) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x30b) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x38d) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x30b) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x38e) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561warn: kvm-x86: MSR (0x38d) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:: warn: kvm-x86: MSR (0x38f) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x390) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x38e) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x38f) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0xc1) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561build/X86/arch/x86/kvm/x86_cpu.cc:1561: : warn: kvm-x86: MSR (0x390) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0xc2) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0xc3) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0xc1) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0xc4) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0xc2) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x186) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x187) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0xc3) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x188) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0xc4) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x189) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x12) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x186) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x11) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x187) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d01) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x188) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x4b564d00) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x40000000) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x189) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x40000001) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x12) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x40000020) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000021) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561build/X86/arch/x86/kvm/x86_cpu.cc:1561: : warn: kvm-x86: MSR (0x40000022) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000023) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x11) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d01) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d00) unsupported by gem5. Skipping.
: warn: kvm-x86: MSR (0x40000100) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000101) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561warn: kvm-x86: MSR (0x40000000) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:: warn: kvm-x86: MSR (0x40000102) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x40000001) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000103) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000020) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x40000104) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000105) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x40000021) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000003) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000022) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000023) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x40000002) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000100) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x40000101) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x40000010) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561build/X86/arch/x86/kvm/x86_cpu.cc:: warn: kvm-x86: MSR (0x40000080) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000102) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x400000b0) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000073) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x40000106) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x40000103) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000104) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000105) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x40000107) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000108) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x40000003) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x40000002) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x4b564d02) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000010) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d03) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d04) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x3b) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x40000080) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x400000b0) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000073) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x6e0) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x10a) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x40000106) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x1a0) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x40000107) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x40000108) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4d0) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d02) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d03) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x9e) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x34) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x4b564d04) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x3b) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x6e0) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0xce) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x10a) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x1a0) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x140) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4d0) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x9e) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x34) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x1fc) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x480) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:15611561: : warn: kvm-x86: MSR (0x48d) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0xce) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x140) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x48e) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x1fc) unsupported by gem5. Skipping.
: warn: kvm-x86: MSR (0x48f) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561build/X86/arch/x86/kvm/x86_cpu.cc:1561: : warn: kvm-x86: MSR (0x480) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x490) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x485) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561build/X86/arch/x86/kvm/x86_cpu.cc:: warn: kvm-x86: MSR (0x48d) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x486) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x48e) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x488) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x48f) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x48a) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: 1561: warn: kvm-x86: MSR (0x48b) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:warn: kvm-x86: MSR (0x490) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x485) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x48c) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x486) unsupported by gem5. Skipping.
1561: warn: kvm-x86: MSR (0x491) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x488) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0xc0010015) unsupported by gem5. Skipping.
1561: build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d05) unsupported by gem5. Skipping.
warn: kvm-x86: MSR (0x48a) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x48b) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x48c) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x491) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0xc0010015) unsupported by gem5. Skipping.
build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x4b564d05) unsupported by gem5. Skipping.
build/X86/arch/x86/interrupts.cc:529: hack: Assuming logical destinations are 1 << id.
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2400.  Starting simulation...
switching cpus
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>0000.  Starting simulation...
 Warming for 10 invocations
 Measure for 10 invocations
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2800.  Starting simulation...
build/X86/arch/x86/generated/exec-ns.cc.inc:27: warn: instruction 'verw_Mw_or_Rv' unimplemented
build/X86/dev/x86/pc.cc:117: warn: Don't know what interrupt to clear for console.
 End invokation: 0
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>6000.  Starting simulation...
 Start invokation: 1
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>1600.  Starting simulation...
 End invokation: 1
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>0800.  Starting simulation...
 Start invokation: 2
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>8000.  Starting simulation...
 End invokation: 2
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>6400.  Starting simulation...
 Start invokation: 3
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>3600.  Starting simulation...
 End invokation: 3
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>3200.  Starting simulation...
 Start invokation: 4
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>4000.  Starting simulation...
 End invokation: 4
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2000.  Starting simulation...
 Start invokation: 5
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>6400.  Starting simulation...
 End invokation: 5
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>4800.  Starting simulation...
 Start invokation: 6
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>0400.  Starting simulation...
 End invokation: 6
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>4800.  Starting simulation...
 Start invokation: 7
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2000.  Starting simulation...
 End invokation: 7
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>9200.  Starting simulation...
 Start invokation: 8
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>6400.  Starting simulation...
 End invokation: 8
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>7600.  Starting simulation...
 Start invokation: 9
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>0400.  Starting simulation...
 End invokation: 9
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>9600.  Starting simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>6800.  Starting simulation...
 Start invokation: 10
 Warming done
switching cpus
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2800.  Starting simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>8400.  Starting simulation...
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>7200.  Starting simulation...
 End invokation: 11
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>8000.  Starting simulation...
 Start invokation: 12
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>7600.  Starting simulation...
 End invokation: 12
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>6000.  Starting simulation...
 Start invokation: 13
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>6400.  Starting simulation...
 End invokation: 13
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>8800.  Starting simulation...
 Start invokation: 14
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>7200.  Starting simulation...
 End invokation: 14
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>7600.  Starting simulation...
 Start invokation: 15
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>4000.  Starting simulation...
 End invokation: 15
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>8000.  Starting simulation...
 Start invokation: 16
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>4400.  Starting simulation...
 End invokation: 16
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>4800.  Starting simulation...
 Start invokation: 17
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>9200.  Starting simulation...
 End invokation: 17
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>7600.  Starting simulation...
 Start invokation: 18
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2000.  Starting simulation...
 End invokation: 18
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>2400.  Starting simulation...
 Start invokation: 19
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>4800.  Starting simulation...
 End invokation: 19
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>0800.  Starting simulation...
 11: Stop client
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>9200.  Starting simulation...
build/X86/mem/port.cc:200: warn: Port system.iocache.cpu_side_port doesn't support requesting a back door.
 6: Container stop
Start simulation...
build/X86/sim/simulate.cc:194: info: Entering event queue @<PHONE_NUMBER>9600.  Starting simulation...
build/X86/cpu/kvm/base.cc:572: hack: Pretending totalOps is equivalent to totalInsts()
 Exit simulation
 Simulation done.

In my opnion, error occurs when I run functions at qemu and it's related with grpc..
I can't find any solution at Google
Help me ,.,.

In my opinion, an error occurs when I run functions with QEMU.
I'm trying to follow https://github.com/ease-lab/vhive-asplos-tutorial/tree/main/hands-on-vHive-Gem5, but still, fail at
./client -addr localhost:50051 -n 100. This cause grpc error.
When I start
./gem5/build/X86/gem5.opt --outdir=results gem5-configs/run.py  --kernel workload/vmlinux --disk workload/disk-image.img --script scripts/run_function.sh
and
./gem5/util/term/m5term localhost 3456
to watch terminal, I found that QEMU does not log in automatically.
(In your tutorial youtube clips, I saw it automatically log in at qemu)
In short, I guess the problem is in disk.img or qemu (grpc ..?), so functions cannot be executed well.
What should I do? Help me...
Thanks.

Hi @Vvamos12
Sorry for the late reply! I'll try to help you with that now.
You are right. If you cannot invoke the function on qemu then it must be a bug in the functionality not the simulator.
Can you maybe use the test-client instead of the client. They should be exactly the same and I need to clean up one of them but just to make sure its the same as in the scripts here
However, since you are calling the aes function you need to let the client know to use the right protocol for it.
You can specify it with the -function-name parameter. Call the function with:
/root/test-client \
    -function-name aes-go \
    -url localhost \
    -port 50051 \
    -n 100 -input 1

Once this work lets continue.
I found it weird that the kvm core is used in evaluation mode. This should not be the case.
Which steps did you perform beforehand?

Hi @dhschall
Really appreciate for your replying

Use test-client instead of client
It works well! Finally successfully invoked a function at QEMU. I will use test-client instead of client at all simulation. Thanks

KVM core at evaluation mode
Then next problem is this. When I boot a qemu with gem5 command, for example, in a tutorial hands on case,
(./gem5/build/X86/gem5.opt --outdir=results gem5-configs/run.py  --kernel workload/vmlinux --disk workload/disk-image.img --script scripts/run_function.sh)
and it does not log in automatically.

It does not execute run_function.sh script so that KVM core does not changed to detailed core.

Which steps did you perform beforehand?
I just follow setup tutorials. Setup Resources, Build Linux Kernel, Create Basic Disk Image

In my opinion, when number 2 resolves, I can enjoy vswarm-u simulation...
Thanks!

All the warnings at the beginning about kvm-x86 indicate the kvm core is instantiated.

Do you follow the steps in the tutorials or the documentation?
Please follow the documentation as I made some major updates after the tutorials to make everything more stable.

(./gem5/build/X86/gem5.opt --outdir=results gem5-configs/run.py --kernel workload/vmlinux --disk workload/disk-image.img --script scripts/run_function.sh)
This command cannot work anymore.

However, the first comment you report should work:

/home/choi/vSwarm-u/resources//gem5/build/X86/gem5.opt --outdir=../results/eval_baseline//shippingservice/ run_sim.py --kernel kernel --disk disk.img --function shippingservice --mode=evaluation --atomic-warming 10 --num-invocation 10

Thanks, dhschall !!!
Sorry for the late reply.
Everything works well with change run_sim.py line num 261, add kvm=kvm command!!
IPC recorded well, and increasing cache size practice successfully improved IPC !!
I really appreciate for your help 😊
But some applications ( Fibonacci-python, auth-go, currency service, recommendation service) make a new error and fail to execute.
I will post each of gem5.log and system.pc.com_1.device log.
Can you solve this one last time?
Thanks!

hibench_build_all_log.txt

[fibonacci-python]
gem5.log : recommendationservice_gem5.log.txt
system.pc.com_1.device log :
recommendationservice_system.pc.com_1_device.txt
[auth-go]
gem5.log :
system.pc.com_1.device log :
[currency service]
gem5.log :
system.pc.com_1.device log :
[recommendationservice]
gem5.log :
system.pc.com_1.device log :

Great, are you willing to contribute and fix this? Just create a PR and mention this issue then I can approve it.
Otherwise I can create the PR and fix it myself

And thanks for the logs. Yes I encountered the problem also already some times.
This is pretty annoying but yet I could not find the reason causing that.
However, this often occurs already while the checkpoints are created.
I would suggest the following:
First make sure that the checkpoints work correctly for several invocations.
I changed in this line: https://github.com/vhive-serverless/vSwarm-u/blob/3c74f9d9a125b5b3db09b53175ecb69a633cc13f/simulation/wkdir-tmpl/run_sim.tmpl.py#L77
the number of invocations to 40 and created the checkpoint again in setup mode.
Then use the python ../analysis/check_simulations.py <results/dir> script to verify that all 40 invocations where successful. If not run the setup for this benchmark again.
Let me know if this problem also occure if the checkpoints where successfully created

Are you willing to contribute and fix this?
Sorry... thanks for asking!
Let me know if this problem also occure if the checkpoints where successfully created
yeah. Successfully create checkpoints but occurs same error with same application ( fibonacci-python, currencyservice, auth-go)
Indeed, recommendationservice only resolved.

Sorry for the confusion. I created not the PR #70
Can you comment if this fixes your first problem?

Sorry, I'm quite new at github not for only download.
I leave a comment at PR (Pull Request). Is it right?

Regarding the second problem.
Ok the script is not really good :( It says success but it actually show 0 as the number of invocations :( this is weired.
Can you maybe once again send me the gem5.log during setup.
Regarding the other logs you already send it seems that the simulation exit properly but the client fails.
The script only checks if it can find the the "Simulation done" string.

I just created a new issue #71 for this second problem.

I posted two application's gem5 logs. I simulated Geo successfully at evaluation mode and fail with Recoomendationservice.
The log is the result of setup mode, and I guess two indicates same results.
In my opnion, at setup mode, we use kvm core so
"build/X86/arch/x86/kvm/x86_cpu.cc:1561: warn: kvm-x86: MSR (0x3a) unsupported by gem5. Skipping."
errors are not a problem. (I'm not sure)
[recommendationservice]
gem5.log :  recommendationservice_gem5_log.txt
[geo]
gem5.log :  geo_gem5_log.txt


MacroIf then/else missing location information

I was looking into #14880 a bit and noticed that the then and else nodes of MacroIf do not have location information. E.g.
macro test(val)
  {% pp "#{val.cond} => #{val.cond.line_number} => #{val.cond.end_line_number}" %}
  {% pp "#{val.then} => #{val.then.line_number} => #{val.then.end_line_number}" %}
  {% pp "#{val.else} => #{val.else.line_number} => #{val.else.end_line_number}" %}
end

test({% if 1 == val %}
  pp "one!"
  pp "bar"
{% else %}
  pp "not one"
  pp "bar"
{% end %})

Currently yields:
"1 == val => 7 => 7"
"\n  pp \"one!\"\n  pp \"bar\"\n => nil => nil"
"\n  pp \"not one\"\n  pp \"bar\"\n => nil => nil"

For this specific example I was able to go to: https://github.com/crystal-lang/crystal/blob/b9ab9968b85ce2b99a875abd4360b1a432e27a98/src/compiler/crystal/syntax/parser.cr#L3214 and add a .at @token.location. which made the output now yield:
"1 == val => 7 => 7"
"\n  pp \"one!\"\n  pp \"bar\"\n => 7 => nil"
"\n  pp \"not one\"\n  pp \"bar\"\n => 10 => nil"

Which is better, but I would have expected the start lines to be 7, 8, 11. I'm thinking that first newline when printing the node is making it technically start on the previous line. Not sure if that is expected or not? Or how to best proceed here.

The then and else clauses here are both MacroLiteral nodes, whose leading and trailing whitespace is significant, so yes, 7 and 10 are the expected behavior (and the end lines would be 10 and 13 respectively)

Any good ideas on how to work around the fact then and else nodes are technically on the same line as the condition?
E.g. when parsing
{% begin %}
  {% v = 6 %}
  {% if v == 2 %}
    {{v * 2}}
  {% elsif v == 3 %}
    {{v * 5}}
  {% else %}
    {{v}}
  {% end %}
{% end %}

The nodes come in as:
{"v == 2", Crystal::Call, /home/george/dev/git/crystal/cov.cr:13:9, false}
{"2", Crystal::NumberLiteral, /home/george/dev/git/crystal/cov.cr:13:14, false}
{"    {{ v * 2 }}  ", Crystal::Expressions, /home/george/dev/git/crystal/cov.cr:13:18, true}

It'll first parse the condition, which is v == 2 and 2 lines here. Since in this case, the conditional evaluates to falsey, I'm marking the node.then as missed, hence the true as the last value in the tuple. But because its location is the same as that of the condition, it messes things up by making my logic think that line 3 has no hits, when in reality line 3 should be hit once and line 4 zero times.
Same thing happens for the elsif:
{"v == 3", Crystal::Call, /home/george/dev/git/crystal/cov.cr:5:12, false}
{"3", Crystal::NumberLiteral, /home/george/dev/git/crystal/cov.cr:5:17, false}
{"    {{ v * 5 }}  ", Crystal::Expressions, /home/george/dev/git/crystal/cov.cr:5:21, true}

Maybe something on the lines of creating a new location for the if/else nodes that account for the number of newlines in the preceding MacroLiteral?  :shrug:

Not sure I understand what you mean. But I assume it's in the context of macro coverage?
How does other code coverage work with conditionals and their conditions?

Sorry, yea I should have clarified. From what I can tell other tools do a similar thing, e.g. https://github.com/simplecov-ruby/simplecov?tab=readme-ov-file#branch-coverage-ruby--25.
macro i(node)
  {%
    pp node.line_number      # => 8
    pp node.then.line_number # => 8
  %}
end

i({% if v == 2 %}
    {{v * 2}}
  {% end %})

Like it makes sense to me why this is the case, but would def be a lot easier for code coverage if node.then.line_number # => 9 given that's the line that actually wasn't hit. I was able to seemingly find a workaround so I just went with that for now :shrug:.


Redirects to error pages occur when an expected error is thrown

Describe the bug
Utilizing the error helper documented here: https://kit.svelte.dev/docs/load#errors
When I use throw error(400) in a server file, its respective page redirects to an error page instead of passing the response successfully.
I expect to be able to handle the response in my +page.svelte file, but I cannot. It could be my misunderstanding of the docs, or unintended behaviour of throw error().
Reproduction
Reproduction demo: https://stackblitz.com/edit/sveltekit-load-errors?file=src%2Froutes%2F%2Bpage.server.js,src%2Froutes%2F%2Bpage.svelte&terminal=dev
Utilizing error like so:
+page.server.js
import { error } from '@sveltejs/kit';

export function load() {
  throw error(400, 'missing something');

  return;
}

+page.svelte

Returned response is: {JSON.stringify(data)}

Fetched response is: {JSON.stringify(response)}

Run project and navigate to the root page
Observe error page being shown instead of the contents of +page.svelte

Logs
No response
System Info
System:
    OS: Linux 5.0 undefined
    CPU: (4) x64 Intel(R) Core(TM) i9-9880H CPU @ 2.30GHz
    Memory: 0 Bytes / 0 Bytes
    Shell: 1.0 - /bin/jsh
  Binaries:
    Node: 16.14.2 - /usr/local/bin/node
    Yarn: 1.22.10 - /bin/yarn
    npm: 7.17.0 - /bin/npm
  npmPackages:
    @sveltejs/adapter-auto: next => 1.0.0-next.64
    @sveltejs/kit: next => 1.0.0-next.416
    svelte: ^3.46.0 => 3.49.0
    vite: ^3.0.0 => 3.0.8

Severity
blocking an upgrade
Additional Information
No response

This is the intended behavior. If you throw an error from a load function, an error page gets displayed. You aren't returning any data to pass into the corresponding +page.svelte. If you want to display that page but in some sort of error state, that needs to be part of the data returned by load and needs to be handled accordingly in +page.svelte.