public SingleThreadedRecoveryTest()
{
// Create FASTER index
var log = FasterFactory.CreateLogDevice(DirectoryConfiguration.GetHybridLogFileName());
fht = FasterFactory.Create
<AdId, NumClicks, Input, Output, Empty, Functions, ICustomFasterKv>
(keySpace, log);
}
public SingleThreadedRecoveryTest()
{
// Create FASTER index
var log = FasterFactory.CreateLogDevice("logs\\hlog");
fht = FasterFactory.Create
<AdId, NumClicks, Input, Output, Empty, Functions, ICustomFasterKv>
(keySpace, log, checkpointDir: "logs");
}
public ConcurrentTest(int threadCount)
{
this.threadCount = threadCount;
// Create FASTER index
var log = FasterFactory.CreateLogDevice("logs\\hlog");
fht = FasterFactory.Create
<AdId, NumClicks, Input, Output, Empty, Functions, ICustomFasterKv>
(keySpace, log, checkpointDir: "logs");
numActiveThreads = 0;
inputArrays = new BlockingCollection <Input[]>();
threadNumOps = new long[threadCount];
Prepare();
}
public ConcurrentRecoveryTest(int threadCount)
{
this.threadCount = threadCount;
tokens = new List <Guid>();
var log = FasterFactory.CreateLogDevice(DirectoryConfiguration.GetHybridLogFileName());
// Create FASTER index
fht = FasterFactory.Create
<AdId, NumClicks, Input, Output, Empty, Functions, ICustomFasterKv>
(keySpace, log);
numActiveThreads = 0;
inputArrays = new BlockingCollection <Input[]>();
Prepare();
}
public ConcurrentRecoveryTest(int threadCount)
{
this.threadCount = threadCount;
tokens = new List<Guid>();
var log = FasterFactory.CreateLogDevice("logs\\hlog");
// Create FASTER index
fht = FasterFactory.Create
<AdId, NumClicks, Input, Output, Empty, Functions, ICustomFasterKv>
(keySpace, new LogSettings { LogDevice = log }, new CheckpointSettings { CheckpointDir = "logs" });
numActiveThreads = 0;
inputArrays = new BlockingCollection<Input[]>();
Prepare();
}