/// <summary>
/// Gets the summary volumes parameters according to the calculation type
/// </summary>
/// <param name="projectUid">Project UID</param>
/// <param name="volumeCalcType">The summary volumes calculation type</param>
/// <param name="volumeBaseUid">Base Design or Filter UID for summary volumes determined by volumeCalcType</param>
/// <param name="volumeTopUid">Top Design or Filter UID for summary volumes determined by volumeCalcType</param>
/// <returns>Tuple of base filter, top filter and volume design descriptor</returns>
public async Task <Tuple <FilterResult, FilterResult, DesignDescriptor> > GetSummaryVolumesParameters(
Guid projectUid, VolumeCalcType?volumeCalcType, Guid?volumeBaseUid, Guid?volumeTopUid, string userUid,
IHeaderDictionary customHeaders, string projectTimeZone)
{
Task <FilterResult> baseFilter = null;
Task <FilterResult> topFilter = null;
Task <DesignDescriptor> volumeDesign = null;
if (volumeCalcType.HasValue)
{
switch (volumeCalcType.Value)
{
case VolumeCalcType.GroundToGround:
baseFilter = _filterUtilities.GetCompactionFilter(projectUid, projectTimeZone, userUid, volumeBaseUid, customHeaders);
topFilter = _filterUtilities.GetCompactionFilter(projectUid, projectTimeZone, userUid, volumeTopUid, customHeaders);
await Task.WhenAll(baseFilter, topFilter);
break;
case VolumeCalcType.GroundToDesign:
baseFilter = _filterUtilities.GetCompactionFilter(projectUid, projectTimeZone, userUid, volumeBaseUid, customHeaders);
volumeDesign = _designUtilities.GetAndValidateDesignDescriptor(projectUid, volumeTopUid, userUid, customHeaders, OperationType.Profiling);
await Task.WhenAll(baseFilter, volumeDesign);
break;
case VolumeCalcType.DesignToGround:
volumeDesign = _designUtilities.GetAndValidateDesignDescriptor(projectUid, volumeTopUid, userUid, customHeaders, OperationType.Profiling);
topFilter = _filterUtilities.GetCompactionFilter(projectUid, projectTimeZone, userUid, volumeTopUid, customHeaders);
await Task.WhenAll(volumeDesign, topFilter);
break;
}
}
return(new Tuple <FilterResult, FilterResult, DesignDescriptor>(baseFilter?.Result, topFilter?.Result, volumeDesign?.Result));
}
/// <summary>
/// Creates an instance of the <see cref="FilterResult"/> class and populates it with data from the <see cref="Filter"/> model class.
/// </summary>
public async Task <FilterResult> GetCompactionFilter(
Guid projectUid, string projectTimeZone, string userUid, Guid?filterUid, IHeaderDictionary customHeaders,
bool filterMustExist = false)
{
var filterKey = filterUid.HasValue ? $"{nameof(FilterResult)} {filterUid.Value}" : string.Empty;
// Filter models are immutable except for their Name.
// This service doesn't consider the Name in any of it's operations so we don't mind if our
// cached object is out of date in this regard.
var cachedFilter = filterUid.HasValue ? _filterCache.Get <FilterResult>(filterKey) : null;
if (cachedFilter != null)
{
cachedFilter.ApplyDateRange(projectTimeZone, true);
return(cachedFilter);
}
var excludedSs = await _designUtilities.GetExcludedSurveyedSurfaceIds(projectUid, userUid, customHeaders);
var excludedIds = excludedSs?.Select(e => e.Item1).ToList();
var excludedUids = excludedSs?.Select(e => e.Item2).ToList();
bool haveExcludedSs = excludedSs != null && excludedSs.Count > 0;
if (!filterUid.HasValue)
{
return(haveExcludedSs
? FilterResult.CreateFilter(excludedIds, excludedUids)
: null);
}
try
{
DesignDescriptor designDescriptor = null;
DesignDescriptor alignmentDescriptor = null;
var filterData = await GetFilterDescriptor(projectUid, filterUid.Value, customHeaders);
if (filterMustExist && filterData == null)
{
throw new ServiceException(HttpStatusCode.BadRequest,
new ContractExecutionResult(ContractExecutionStatesEnum.ValidationError,
"Invalid Filter UID."));
}
if (filterData != null)
{
_log.LogDebug($"Filter from Filter Svc: {JsonConvert.SerializeObject(filterData)}");
if (filterData.DesignUid != null && Guid.TryParse(filterData.DesignUid, out Guid designUidGuid))
{
designDescriptor = await _designUtilities.GetAndValidateDesignDescriptor(projectUid, designUidGuid, userUid, customHeaders);
}
if (filterData.AlignmentUid != null && Guid.TryParse(filterData.AlignmentUid, out Guid alignmentUidGuid))
{
alignmentDescriptor = await _designUtilities.GetAndValidateDesignDescriptor(projectUid, alignmentUidGuid, userUid, customHeaders);
}
if (filterData.HasData() || haveExcludedSs || designDescriptor != null)
{
filterData.ApplyDateRange(projectTimeZone, true);
var layerMethod = filterData.LayerNumber.HasValue
? FilterLayerMethod.TagfileLayerNumber
: FilterLayerMethod.None;
bool?returnEarliest = null;
if (filterData.ElevationType == ElevationType.First)
{
returnEarliest = true;
}
var raptorFilter = new FilterResult(filterUid, filterData, filterData.PolygonLL, alignmentDescriptor, layerMethod, excludedIds, excludedUids, returnEarliest, designDescriptor);
_log.LogDebug($"Filter after filter conversion: {JsonConvert.SerializeObject(raptorFilter)}");
// The filter will be removed from memory and recalculated to ensure we have the latest filter on any relevant changes
var filterTags = new List <string>()
{
filterUid.Value.ToString(),
projectUid.ToString()
};
_filterCache.Set(filterKey, raptorFilter, filterTags, _filterCacheOptions);
return(raptorFilter);
}
}
}
catch (ServiceException ex)
{
_log.LogDebug($"EXCEPTION caught - cannot find filter {ex.Message} {ex.GetContent} {ex.GetResult.Message}");
throw;
}
catch (Exception ex)
{
_log.LogDebug("EXCEPTION caught - cannot find filter " + ex.Message);
throw;
}
return(haveExcludedSs ? FilterResult.CreateFilter(excludedIds, excludedUids) : null);
}