public void AddAndReadTest()
{
if (System.IO.File.Exists(File2))
{
System.IO.File.Delete(File2);
}
if (System.IO.File.Exists($"{File2}.h"))
{
System.IO.File.Delete($"{File2}.h");
}
var blockChain = new BlockChain <TestBlockData>(File2);
using var sha256 = SHA256.Create();
TestBlockData data = new TestBlockData("12345678910");
var prevBlock = blockChain.First();
var block = Block <TestBlockData> .Create(prevBlock.Hash(sha256), data, prevBlock.GetBlockHeader().GetTarget(), sha256);
var token = new CancellationTokenSource();
token.CancelAfter(TimeSpan.FromSeconds(TimeoutInSec));
var m = block.Mine(token.Token);
m.Wait();
block = m.Result;
blockChain.Add(block);
Assert.IsTrue(TestHelper.ArrayEquals(block.ToArray(), blockChain.First().ToArray()),
"Block is not added to the blockchain, or could not read the blockchain");
Assert.IsTrue(blockChain.First().IsValid(prevBlock.Hash(sha256), sha256), "Added block is not valid");
}
private void EvaluateEndedBlock()
{
//Calculates a throughput for the block as an average of the throughputs of all sequences
double throughputTotal = 0;
foreach (TestSequence sequence in TestBlockData.Sequences)
{
throughputTotal += sequence.Throughput;
}
TestBlockData.Throughput = throughputTotal / TestBlockData.Sequences.Count;
//Calculates a throughput for the block using all sequences' and trials' center errors and movement times
//TestBlockData.Throughput = TestDataHelper.CalculateThroughput(TestBlockData.TargetAmplitudes,
// TestDataHelper.CalculateDeltaX(TestBlockData.GetTrialCenterError()), TestBlockData.GetMovementTimes());
TestBlockData.CalculateMeanMovementTime();
TestBlockData.CalculateErrorRate();
TestBlockData.MeanRotationSumDegree = TestBlockData.Sequences.Average(el => el.RotationSumDegree);
//if (_useDB)
//{
// SaveToDb();
// Debug.Log("----Test Data Saved To Database----");
//}
StudyManager.Instance.AddLogGeneral(TestBlockData);
Debug.Log("Evaluating block ended");
//Cursor.visible = true;
//Cursor.lockState = CursorLockMode.None;
//SendToEmail();
StudyManager.Instance.StartChangeBlock();
}
public void AddTest()
{
if (System.IO.File.Exists(File))
{
System.IO.File.Delete(File);
}
var blockChain = new BlockChain <TestBlockData>(File);
var data = new TestBlockData("12345678910");
var token = new CancellationTokenSource();
token.CancelAfter(TimeSpan.FromSeconds(TimeoutInSec));
blockChain.Add(data, token: token.Token).Wait();
Assert.IsTrue(TestHelper.ArrayEquals(data.ToArray(), blockChain.First().GetData().ToArray()), "Block is not added to the blockchain, or could not read the blockchain");
Assert.IsTrue(blockChain.First().IsValid(blockChain.First().GetBlockHeader().HashPrevBlock, blockChain.GetHashingAlgorithm()), "Added block is not valid");
}
private void EvaluateEndedBlock()
{
//Calculates a throughput for the block as an average of the throughputs of all sequences
double throughputTotal = 0;
foreach (TestSequence sequence in TestBlockData.Sequences)
{
throughputTotal += sequence.Throughput;
}
TestBlockData.Throughput = throughputTotal / TestBlockData.Sequences.Count;
//Calculates a throughput for the block using all sequences' and trials' center errors and movement times
//TestBlockData.Throughput = TestDataHelper.CalculateThroughput(TestBlockData.TargetAmplitudes,
// TestDataHelper.CalculateDeltaX(TestBlockData.GetTrialCenterError()), TestBlockData.GetMovementTimes());
TestBlockData.CalculateMeanMovementTime();
TestBlockData.CalculateErrorRate();
if (_useDB)
{
SaveToDb();
Debug.Log("----Test Data Saved To Database----");
}
}
private void SaveToDb()
{
_dbController.InsertTestResults(TestBlockData.CreateDTO());
}
private void SaveToDb()
{
var dataDto = TestBlockData.CreateDTO();
_dbController.InsertTestResults(dataDto);
}
