public void HighDataSetSizeTest()
{
GenerateTestPoints(out var testPoints1D, out var testPoints2D, out var testPoints3D);
GenerateTestPositions(testPoints1D, testPoints2D, testPoints3D, out var testPositions1D, out var testPositions2D, out var testPositions3D);
var testMatrices = GenerateTestMatrices(testPositions1D, testPositions2D, testPositions3D);
var testContainers = GenerateTestContainers(testMatrices);
ContainerCollectionBuilder <int> collectionsBuilder = new IntContainers();
var containers = collectionsBuilder.Create();
containers.ContainerArray = testContainers;
for (var i = 0; i < 10; i++)
{
var containerIndex = randNum.Next(0, containerArraySize);
var matrixIndex = randNum.Next(0, matrixArraySize);
var positionIndex = randNum.Next(0, positionArraySize);
var pointIndex = randNum.Next(0, pointArraySize);
var point = containers[containerIndex][matrixIndex][positionIndex][pointIndex];
Trace.WriteLine(point.ToString());
}
}
private static Containers <int> LoadDataFromDbToModel(NpgsqlConnection connection)
{
Console.WriteLine("Loading data to Containers PMC Model");
var containerCollection = ContainerCollectionService.Find(connection, validCollectionContainerId);
var dataType = containerCollection.DataType;
var containerCollectionData = ContainerCollectionService.Query(connection, containerCollection.Id);
var pmsContainers = new Container <int> [containerCollectionData.Count];
for (var i = 0; i < containerCollectionData.Count; i++)
{
if (i % 100 == 0 && i != 0)
{
Console.WriteLine("Loaded {0} containers", i);
}
var containerModel = ContainerService.Find(connection, containerCollectionData[i].ContainerId);
if (containerModel.DataType != dataType)
{
throw new CustomException("Containers has incorrect data type", (byte)CustomErrorCode.IncorrectDataTypeInContainers);
}
var containerMatrices = ContainerService.Query(connection, containerModel.Id);
var pmsMatrices = new Matrix <int> [containerMatrices.Count];
for (var j = 0; j < containerMatrices.Count; j++)
{
if (j % 10 == 0 && j != 0)
{
Console.WriteLine("Loaded {0} matrices", j);
}
var matrixModel = MatrixService.Find(connection, containerMatrices[j].MatrixId);
if (matrixModel.DataType != dataType)
{
throw new CustomException("Containers has incorrect data type", (byte)CustomErrorCode.IncorrectDataTypeInContainers);
}
var matrixPositions = MatrixService.Query(connection, matrixModel.Id);
var pmsPositions = new Position <int> [matrixPositions.Count];
for (var k = 0; k < matrixPositions.Count; k++)
{
var positionModel = PositionService.Find(connection, matrixPositions[k].PositionId);
if (positionModel.DataType != dataType)
{
throw new CustomException("Containers has incorrect data type", (byte)CustomErrorCode.IncorrectDataTypeInContainers);
}
var positionPoints = PositionService.Query(connection, positionModel.Id);
var pmsPoints = new Point <int> [positionPoints.Count];
var dimension = Dimension.D1;
for (var s = 0; s < positionPoints.Count; s++)
{
var pointModel = IntPointService.Find(connection, positionPoints[s].PointId);
if (pointModel == null)
{
continue;
}
var pointModelDimension = (Dimension)pointModel.Dimension;
if (dimension != pointModelDimension)
{
dimension = pointModelDimension;
}
pmsPoints[s] = new Point <int>(pointModel.GetPointArray());
}
pmsPositions[k] = new Position <int>(pmsPoints, dimension);
}
pmsMatrices[j] = new Matrix <int>(pmsPositions);
}
pmsContainers[i] = new Container <int>(pmsMatrices);
}
ContainerCollectionBuilder <int> builder = new IntContainers();
var containers = builder.Create();
containers.ContainerArray = pmsContainers;
return(containers);
}