public void CutFillResult_Population_Successful()
{
var original = new GriddedReportResult(ReportType.Gridded);
var griddedDataRow = new GriddedReportDataRow()
{
Northing = 1.0,
Easting = 2.0,
Elevation = 3.0,
CutFill = 4.0,
Cmv = 5,
Mdp = 6,
PassCount = 7,
Temperature = 8
};
original.GriddedData.Rows.Add(griddedDataRow);
original.GriddedData.ReportElevation = true;
original.GriddedData.ReportCutFill = true;
original.GriddedData.ReportCmv = false;
original.GriddedData.ReportMdp = true;
original.GriddedData.ReportPassCount = false;
original.GriddedData.ReportTemperature = true;
var byteArrayOfOriginal = original.Write();
var copyOfOrig = new GriddedReportResult();
copyOfOrig.Read(byteArrayOfOriginal);
Assert.True(original.ReportType == copyOfOrig.ReportType, "Invalid report type");
Assert.True(original.GriddedData.Rows.Count == copyOfOrig.GriddedData.Rows.Count, "Invalid number of rows");
Assert.True(original.GriddedData.ReportCutFill == copyOfOrig.GriddedData.ReportCutFill, "Invalid ReportCutFull setting");
}
private CompactionReportResult ConvertTRexGridResult(CompactionReportGridRequest request, Stream stream)
{
log.LogDebug($"{nameof(ConvertTRexGridResult)}: Retrieving response data from TRex");
var griddedReportResult = new GriddedReportResult(ReportType.Gridded);
griddedReportResult.Read((stream as MemoryStream)?.ToArray());
var gridRows = new GridRow[griddedReportResult.GriddedData.NumberOfRows];
// Populate an array of grid rows from the data
for (var i = 0; i < griddedReportResult.GriddedData.NumberOfRows; i++)
{
gridRows[i] = GridRow.CreateRow(griddedReportResult.GriddedData.Rows[i], request);
}
var startTime = request.Filter != null && request.Filter.StartUtc.HasValue
? request.Filter.StartUtc.Value
: DateTime.Now;
var endTime = request.Filter != null && request.Filter.EndUtc.HasValue
? request.Filter.EndUtc.Value
: DateTime.Now;
var gridReport = GridReport.CreateGridReport(startTime, endTime, gridRows);
return(CompactionReportResult.CreateExportDataResult(gridReport, 1));
}
public void GriddedReportDataResult()
{
var projectUid = Guid.NewGuid();
//Set these for testing Automapper - they're not actually used in the gridded data
var cutFillDesignUid = Guid.NewGuid();
var cutFillDesignOffset = 1.5;
var request = new CompactionReportGridTRexRequest(
projectUid, null,
true, true, true, true, true, true,
cutFillDesignUid, cutFillDesignOffset,
null, GridReportOption.Automatic,
800000, 400000, 800001, 400001, 2, null, null);
var computeResult = new GriddedReportResult()
{
ReturnCode = ReportReturnCode.NoError,
ReportType = ReportType.Gridded,
GriddedData = AutoMapperUtility.Automapper.Map <GriddedReportData>(request)
};
computeResult.GriddedData.NumberOfRows = 1;
computeResult.GriddedData.Rows.Add(new GriddedReportDataRow()
{
Northing = 1.0,
Easting = 2.0,
Elevation = 3.0,
CutFill = 4.0,
Cmv = 5,
Mdp = 6,
PassCount = 7,
Temperature = 8
});
var executorResult = new GriddedReportDataResult(computeResult.Write());
var retrieved = new GriddedReportResult();
using (var ms = new MemoryStream(executorResult.GriddedData))
{
using (var reader = new BinaryReader(ms, Encoding.UTF8, true))
{
retrieved.ReturnCode = (ReportReturnCode)reader.ReadInt32();
retrieved.ReportType = (ReportType)reader.ReadInt32();
retrieved.GriddedData.Read(reader);
}
}
retrieved.ReturnCode.Should().Be(computeResult.ReturnCode);
retrieved.ReportType.Should().Be(computeResult.ReportType);
retrieved.GriddedData.Should().NotBeNull();
retrieved.GriddedData.NumberOfRows.Should().Be(computeResult.GriddedData.NumberOfRows);
retrieved.GriddedData.Rows[0].Northing.Should().Be(computeResult.GriddedData.Rows[0].Northing);
retrieved.GriddedData.Rows[0].Easting.Should().Be(computeResult.GriddedData.Rows[0].Easting);
retrieved.GriddedData.Rows[0].Elevation.Should().Be(computeResult.GriddedData.Rows[0].Elevation);
retrieved.GriddedData.Rows[0].CutFill.Should().Be(computeResult.GriddedData.Rows[0].CutFill);
retrieved.GriddedData.Rows[0].Cmv.Should().Be(computeResult.GriddedData.Rows[0].Cmv);
retrieved.GriddedData.Rows[0].Mdp.Should().Be(computeResult.GriddedData.Rows[0].Mdp);
retrieved.GriddedData.Rows[0].PassCount.Should().Be(computeResult.GriddedData.Rows[0].PassCount);
retrieved.GriddedData.Rows[0].Temperature.Should().Be(computeResult.GriddedData.Rows[0].Temperature);
}
public void CutFillResult_Streaming_Successful()
{
// When Response returned via MasterData Proxies,
// it is converted to byte[], then stream then file stream, then back
var original = new GriddedReportResult(ReportType.Gridded);
var griddedDataRow = new GriddedReportDataRow()
{
Northing = 1.0,
Easting = 2.0,
Elevation = 3.0,
CutFill = 4.0,
Cmv = 5,
Mdp = 6,
PassCount = 7,
Temperature = 8
};
original.GriddedData.Rows.Add(griddedDataRow);
original.GriddedData.ReportElevation = true;
original.GriddedData.ReportCutFill = true;
original.GriddedData.ReportCmv = false;
original.GriddedData.ReportMdp = true;
original.GriddedData.ReportPassCount = false;
original.GriddedData.ReportTemperature = true;
var byteArrayOfOriginal = original.Write();
var copyOfOrig = new GriddedReportResult();
copyOfOrig.Read(byteArrayOfOriginal);
// Graceful WebReq
var fileStream = new FileStreamResult(new MemoryStream(byteArrayOfOriginal), ContentTypeConstants.ApplicationOctetStream);
var memoryStream = (MemoryStream)fileStream.FileStream;
var resultFromStream = new GriddedReportResult();
resultFromStream.Read(memoryStream.ToArray());
Assert.True(ReportType.Gridded == resultFromStream.ReportType, "Invalid report type");
Assert.True(original.GriddedData.Rows.Count == resultFromStream.GriddedData.Rows.Count, "Invalid number of rows");
Assert.True(original.GriddedData.ReportCutFill == resultFromStream.GriddedData.ReportCutFill, "Invalid ReportCutFull setting");
}
protected override async Task <ContractExecutionResult> ProcessAsyncEx <T>(T item)
{
var request = CastRequestObjectTo <CompactionReportGridTRexRequest>(item);
var siteModel = GetSiteModel(request.ProjectUid);
var filter = ConvertFilter(request.Filter, siteModel);
var tRexRequest = new GriddedReportRequest();
var griddedReportRequestArgument = AutoMapperUtility.Automapper.Map <GriddedReportRequestArgument>(request);
griddedReportRequestArgument.Filters = new FilterSet(filter);
var response = await tRexRequest.ExecuteAsync(griddedReportRequestArgument);
var result = new GriddedReportResult()
{
ReturnCode = response?.ReturnCode ?? ReportReturnCode.UnknownError,
ReportType = ReportType.Gridded,
GriddedData = AutoMapperUtility.Automapper.Map <GriddedReportData>(request)
};
result.GriddedData.NumberOfRows = response?.GriddedReportDataRowList.Count ?? 0;
result.GriddedData.Rows.AddRange(response?.GriddedReportDataRowList ?? new List <GriddedReportDataRow>());
return(new GriddedReportDataResult(result.Write()));
}
private ExportResult ConvertTRexGridResult(Stream stream)
{
log.LogDebug($"{nameof(ConvertTRexGridResult)}: Retrieving response data from TRex");
try
{
var griddedReportResult = new GriddedReportResult(ReportType.Gridded);
griddedReportResult.Read((stream as MemoryStream)?.ToArray());
var outputStream = new MemoryStream();
var sb = new StringBuilder();
sb.Append($"{STR_NORTHING}, {STR_EASTING}");
if (griddedReportResult.GriddedData.ReportElevation)
{
sb.Append($", {STR_ELEVATION}");
}
if (griddedReportResult.GriddedData.ReportCutFill)
{
sb.Append($", {STR_CUT_FILL}");
}
if (griddedReportResult.GriddedData.ReportCmv)
{
sb.Append($", {STR_CMV}");
}
if (griddedReportResult.GriddedData.ReportMdp)
{
sb.Append($", {STR_MDP}");
}
if (griddedReportResult.GriddedData.ReportPassCount)
{
sb.Append($", {STR_PASS_COUNT}");
}
if (griddedReportResult.GriddedData.ReportTemperature)
{
sb.Append($", {STR_TEMPERATURE}");
}
sb.Append(STR_INSERT_LINE);
// Write a header...
var bytes = Encoding.ASCII.GetBytes(sb.ToString());
outputStream.Write(bytes, 0, bytes.Length);
// Write a series of CSV records from the data...
foreach (GriddedReportDataRowBase row in griddedReportResult.GriddedData.Rows)
{
sb.Clear();
sb.Append(string.Format(CultureInfo.InvariantCulture, "{0:F3}, {1:F3}", row.Northing, row.Easting));
if (griddedReportResult.GriddedData.ReportElevation)
{
sb.Append(string.Format(CultureInfo.InvariantCulture, ", {0:F3}", row.Elevation));
}
if (griddedReportResult.GriddedData.ReportCutFill)
{
sb.Append(row.CutFill == VelociraptorConstants.NULL_SINGLE
? ", "
: string.Format(CultureInfo.InvariantCulture, ", {0:F3}", row.CutFill));
}
if (griddedReportResult.GriddedData.ReportCmv)
{
sb.Append(row.Cmv == VelociraptorConstants.NO_CCV
? ", "
: string.Format(CultureInfo.InvariantCulture, ", {0}", row.Cmv));
}
if (griddedReportResult.GriddedData.ReportMdp)
{
sb.Append(row.Mdp == VelociraptorConstants.NO_MDP
? ", "
: string.Format(CultureInfo.InvariantCulture, ", {0}", row.Mdp));
}
if (griddedReportResult.GriddedData.ReportPassCount)
{
sb.Append(row.PassCount == VelociraptorConstants.NO_PASSCOUNT
? ", "
: string.Format(CultureInfo.InvariantCulture, ", {0}", row.PassCount));
}
if (griddedReportResult.GriddedData.ReportTemperature)
{
sb.Append(row.Temperature == VelociraptorConstants.NO_TEMPERATURE
? ", "
: string.Format(CultureInfo.InvariantCulture, ", {0}", row.Temperature));
}
sb.Append(STR_INSERT_LINE);
bytes = Encoding.ASCII.GetBytes(sb.ToString());
outputStream.Write(bytes, 0, bytes.Length);
}
outputStream.Close();
return(ExportResult.Create(outputStream.ToArray(), 1));
}
catch
{
throw CreateServiceException <ExportGridCSVExecutor>();
}
}
