internal FasterSpanByteYcsbBenchmark(KeySpanByte[] i_keys_, KeySpanByte[] t_keys_, TestLoader testLoader)
{
// Pin loading thread if it is not used for checkpointing
if (YcsbConstants.kPeriodicCheckpointMilliseconds <= 0)
{
Native32.AffinitizeThreadShardedNuma(0, 2);
}
init_keys_ = i_keys_;
txn_keys_ = t_keys_;
numaStyle = testLoader.Options.NumaStyle;
readPercent = testLoader.Options.ReadPercent;
var lockImpl = testLoader.LockImpl;
functions = new FunctionsSB(lockImpl != LockImpl.None);
#if DASHBOARD
statsWritten = new AutoResetEvent[threadCount];
for (int i = 0; i < threadCount; i++)
{
statsWritten[i] = new AutoResetEvent(false);
}
threadThroughput = new double[threadCount];
threadAverageLatency = new double[threadCount];
threadMaximumLatency = new double[threadCount];
threadProgress = new long[threadCount];
writeStats = new bool[threadCount];
freq = Stopwatch.Frequency;
#endif
input_ = new Input[8];
for (int i = 0; i < 8; i++)
{
input_[i].value = i;
}
device = Devices.CreateLogDevice(TestLoader.DevicePath, preallocateFile: true);
if (YcsbConstants.kSmallMemoryLog)
{
store = new FasterKV <SpanByte, SpanByte>
(YcsbConstants.kMaxKey / 2, new LogSettings {
LogDevice = device, PreallocateLog = true, PageSizeBits = 22, SegmentSizeBits = 26, MemorySizeBits = 26
},
new CheckpointSettings {
CheckPointType = CheckpointType.Snapshot, CheckpointDir = testLoader.BackupPath
});
}
else
{
store = new FasterKV <SpanByte, SpanByte>
(YcsbConstants.kMaxKey / 2, new LogSettings {
LogDevice = device, PreallocateLog = true, MemorySizeBits = 35
},
new CheckpointSettings {
CheckPointType = CheckpointType.Snapshot, CheckpointDir = testLoader.BackupPath
});
}
}
internal FasterSpanByteYcsbBenchmark(KeySpanByte[] i_keys_, KeySpanByte[] t_keys_, TestLoader testLoader)
{
// Affinize main thread to last core on first socket if not used by experiment
var(numGrps, numProcs) = Native32.GetNumGroupsProcsPerGroup();
if ((testLoader.Options.NumaStyle == 0 && testLoader.Options.ThreadCount <= (numProcs - 1)) ||
(testLoader.Options.NumaStyle == 1 && testLoader.Options.ThreadCount <= numGrps * (numProcs - 1)))
{
Native32.AffinitizeThreadRoundRobin(numProcs - 1);
}
init_keys_ = i_keys_;
txn_keys_ = t_keys_;
numaStyle = testLoader.Options.NumaStyle;
readPercent = testLoader.Options.ReadPercent;
var lockImpl = testLoader.LockImpl;
functions = new FunctionsSB(lockImpl != LockImpl.None);
#if DASHBOARD
statsWritten = new AutoResetEvent[threadCount];
for (int i = 0; i < threadCount; i++)
{
statsWritten[i] = new AutoResetEvent(false);
}
threadThroughput = new double[threadCount];
threadAverageLatency = new double[threadCount];
threadMaximumLatency = new double[threadCount];
threadProgress = new long[threadCount];
writeStats = new bool[threadCount];
freq = Stopwatch.Frequency;
#endif
input_ = new Input[8];
for (int i = 0; i < 8; i++)
{
input_[i].value = i;
}
device = Devices.CreateLogDevice(TestLoader.DevicePath, preallocateFile: true, deleteOnClose: true);
if (YcsbConstants.kSmallMemoryLog)
{
store = new FasterKV <SpanByte, SpanByte>
(YcsbConstants.kMaxKey / 2, new LogSettings {
LogDevice = device, PreallocateLog = true, PageSizeBits = 22, SegmentSizeBits = 26, MemorySizeBits = 26
},
new CheckpointSettings {
CheckPointType = CheckpointType.Snapshot, CheckpointDir = testLoader.BackupPath
});
}
else
{
store = new FasterKV <SpanByte, SpanByte>
(YcsbConstants.kMaxKey / 2, new LogSettings {
LogDevice = device, PreallocateLog = true, MemorySizeBits = 35
},
new CheckpointSettings {
CheckPointType = CheckpointType.Snapshot, CheckpointDir = testLoader.BackupPath
});
}
}