public void Test_CMVChangeStatisticsResponse_AgregateWith_Successful()
{
var responseClone = new CMVChangeStatisticsResponse()
{
ResultStatus = _response.ResultStatus,
CellSize = _response.CellSize,
CellsScannedOverTarget = _response.CellsScannedOverTarget,
CellsScannedAtTarget = _response.CellsScannedAtTarget,
CellsScannedUnderTarget = _response.CellsScannedUnderTarget,
SummaryCellsScanned = _response.SummaryCellsScanned,
IsTargetValueConstant = _response.IsTargetValueConstant,
Counts = _response.Counts.ToArray()
};
var response = _response.AggregateWith(responseClone);
Assert.True(Math.Abs(response.CellSize - _response.CellSize) < Consts.TOLERANCE_DIMENSION, "CellSize invalid after aggregation.");
Assert.True(response.SummaryCellsScanned == _response.SummaryCellsScanned * 2, "Invalid aggregated value for SummaryCellsScanned.");
Assert.True(Math.Abs(response.SummaryProcessedArea - _response.SummaryProcessedArea * 2) < Consts.TOLERANCE_DIMENSION, "Invalid aggregated value for SummaryProcessedArea.");
Assert.True(response.Counts.Length == responseClone.Counts.Length, "Invalid value for Counts.");
for (int i = 0; i < response.Counts.Length; i++)
{
Assert.True(response.Counts[i] > responseClone.Counts[i], $"Invalid aggregated value for Counts[{i}].");
}
}
public void Test_CMVChangeStatisticsResponse_Creation()
{
var response = new CMVChangeStatisticsResponse();
Assert.True(response.ResultStatus == RequestErrorStatus.Unknown, "ResultStatus invalid after creation.");
Assert.True(response.CellSize < Consts.TOLERANCE_DIMENSION, "CellSize invalid after creation.");
Assert.True(response.SummaryCellsScanned == 0, "Invalid initial value for SummaryCellsScanned.");
Assert.True(response.CellsScannedOverTarget == 0, "Invalid initial value for CellsScannedOverTarget.");
Assert.True(response.CellsScannedAtTarget == 0, "Invalid initial value for CellsScannedAtTarget.");
Assert.True(response.CellsScannedUnderTarget == 0, "Invalid initial value for CellsScannedUnderTarget.");
Assert.True(response.IsTargetValueConstant, "Invalid initial value for IsTargetValueConstant.");
Assert.True(!response.MissingTargetValue, "Invalid initial value for MissingTargetValue.");
Assert.True(response.Counts == null, "Invalid initial value for Counts.");
}
public void Test_CMVChangeStatisticsResponse()
{
var response = new CMVChangeStatisticsResponse()
{
ResultStatus = RequestErrorStatus.OK,
CellSize = TestConsts.CELL_SIZE,
CellsScannedOverTarget = TestConsts.CELLS_OVER_TARGET,
CellsScannedAtTarget = TestConsts.CELLS_AT_TARGET,
CellsScannedUnderTarget = TestConsts.CELLS_UNDER_TARGET,
SummaryCellsScanned = TestConsts.CELLS_OVER_TARGET + TestConsts.CELLS_AT_TARGET + TestConsts.CELLS_UNDER_TARGET,
IsTargetValueConstant = true,
Counts = TestConsts.CountsArray,
MissingTargetValue = false
};
SimpleBinarizableInstanceTester.TestClass(response, "Custom CMVChangeStatisticsResponse not same after round trip serialisation");
}
public void Test_CMVChangeStatisticsCoordinator_ReadOutResults_Successful()
{
var aggregator = _getCMVAggregator();
var coordinator = _getCoordinator();
var response = new CMVChangeStatisticsResponse();
coordinator.ReadOutResults(aggregator, response);
Assert.True(Math.Abs(response.CellSize - aggregator.CellSize) < Consts.TOLERANCE_DIMENSION, "CellSize invalid after result read-out.");
Assert.True(Math.Abs(response.SummaryProcessedArea - aggregator.SummaryProcessedArea) < Consts.TOLERANCE_DIMENSION, "Invalid read-out value for SummaryProcessedArea.");
Assert.True(response.Counts.Length == aggregator.Counts.Length, "Invalid read-out value for Counts.Length.");
for (int i = 0; i < response.Counts.Length; i++)
{
Assert.True(response.Counts[i] == aggregator.Counts[i], $"Invalid aggregated value for Counts[{i}].");
}
}
