// The benchmark config and algorithm must guarantee that they are compatible with miner
// we guarantee algorithm is supported
// we will not have empty benchmark configs, all benchmark configs will have device list
virtual public void BenchmarkStart(int time, IBenchmarkComunicator benchmarkComunicator)
{
BenchmarkComunicator = benchmarkComunicator;
BenchmarkTimeInSeconds = time;
BenchmarkSignalFinnished = true;
// check and kill
BenchmarkHandle = null;
OnBenchmarkCompleteCalled = false;
BenchmarkTimeOutStopWatch = null;
try {
if (!Directory.Exists("logs"))
{
Directory.CreateDirectory("logs");
}
} catch { }
bench_lines = new List <string>();
benchmarkLogPath = String.Format("{0}Log_{1}_{2}", Logger._logPath, MiningSetup.MiningPairs[0].Device.UUID, MiningSetup.MiningPairs[0].Algorithm.AlgorithmStringID);
string CommandLine = BenchmarkCreateCommandLine(BenchmarkAlgorithm, time);
Thread BenchmarkThread = new Thread(BenchmarkThreadRoutine);
BenchmarkThread.Start(CommandLine);
}
// The benchmark config and algorithm must guarantee that they are compatible with miner
// we guarantee algorithm is supported
// we will not have empty benchmark configs, all benchmark configs will have device list
public virtual void BenchmarkStart(int time, IBenchmarkComunicator benchmarkComunicator)
{
BenchmarkComunicator = benchmarkComunicator;
BenchmarkTimeInSeconds = time;
BenchmarkSignalFinnished = true;
// check and kill
BenchmarkHandle = null;
OnBenchmarkCompleteCalled = false;
_benchmarkTimeOutStopWatch = null;
try
{
if (!Directory.Exists("logs"))
{
Directory.CreateDirectory("logs");
}
}
catch { }
BenchLines = new List <string>();
_benchmarkLogPath =
$"{Logger.LogPath}Log_{MiningSetup.MiningPairs[0].Device.Uuid}_{MiningSetup.MiningPairs[0].Algorithm.AlgorithmStringID}";
var commandLine = BenchmarkCreateCommandLine(BenchmarkAlgorithm, time);
var benchmarkThread = new Thread(BenchmarkThreadRoutine);
benchmarkThread.Start(commandLine);
}
// The benchmark config and algorithm must guarantee that they are compatible with miner
// we guarantee algorithm is supported
// we will not have empty benchmark configs, all benchmark configs will have device list
virtual public void BenchmarkStart(int time, IBenchmarkComunicator benchmarkComunicator)
{
BenchmarkComunicator = benchmarkComunicator;
BenchmarkTimeInSeconds = time;
BenchmarkSignalFinnished = true;
// check and kill
BenchmarkHandle = null;
OnBenchmarkCompleteCalled = false;
BenchmarkTimeOutStopWatch = null;
string CommandLine = BenchmarkCreateCommandLine(BenchmarkAlgorithm, time);
Thread BenchmarkThread = new Thread(BenchmarkThreadRoutine);
BenchmarkThread.Start(CommandLine);
}
// The benchmark config and algorithm must guarantee that they are compatible with miner
// we guarantee algorithm is supported
// we will not have empty benchmark configs, all benchmark configs will have device list
virtual public void BenchmarkStart(ComputeDevice benchmarkDevice, Algorithm algorithm, int time, IBenchmarkComunicator benchmarkComunicator)
{
// for extra launch parameters parsing purposes
benchmarkDevice.MostProfitableAlgorithm = algorithm;
BenchmarkComunicator = benchmarkComunicator;
BenchmarkAlgorithm = algorithm;
BenchmarkTimeInSeconds = time;
BenchmarkSignalFinnished = true;
// check and kill
BenchmarkHandle = null;
OnBenchmarkCompleteCalled = false;
BenchmarkTimeOutStopWatch = null;
string CommandLine = BenchmarkCreateCommandLine(algorithm, time);
Thread BenchmarkThread = new Thread(BenchmarkThreadRoutine);
BenchmarkThread.Start(CommandLine);
}
// The benchmark config and algorithm must guarantee that they are compatible with miner
// we guarantee algorithm is supported
// we will not have empty benchmark configs, all benchmark configs will have device list
public virtual void BenchmarkStart(int time, IBenchmarkComunicator benchmarkComunicator)
{
BenchmarkComunicator = benchmarkComunicator;
BenchmarkTimeInSeconds = time;
BenchmarkSignalFinnished = true;
// check and kill
BenchmarkHandle = null;
OnBenchmarkCompleteCalled = false;
BenchmarkTimeOutStopWatch = null;
string CommandLine = BenchmarkCreateCommandLine(BenchmarkAlgorithm, time);
Thread BenchmarkThread = new Thread(BenchmarkThreadRoutine);
BenchmarkThread.Start(CommandLine);
}
