internal List <BaseStdSegment> IsQualified(BaseFieldValues baseFieldValues, QulificationLevel recursiveCheck)
{
var retVal = new List <BaseStdSegment>();
try
{
foreach (BaseStdSegment segmentDefinition in SegmentDefinitions)
{
if (segmentDefinition.IsQualified(baseFieldValues))
{
retVal.Add(segmentDefinition);
}
}
if (recursiveCheck != QulificationLevel.TopMost) //was originally written this way because there was a .Recursive option that was removed. Leaving like this because more could be added and this would break, seems less likely to break this way
{
if (recursiveCheck == QulificationLevel.FirstChild)
{
recursiveCheck = QulificationLevel.TopMost;
}
//would have to search lower than our current level
//can only do this if we are currently working in a loop
//if we are, check its child loopCollections as well
if (LoopEntities != null && LoopEntities.Any())
{
foreach (LoopCollectionBase childLoopCollection in LoopEntities.Last().ChildLoopCollections)
{
retVal.AddRange(childLoopCollection.IsQualified(baseFieldValues, recursiveCheck));
}
}
}
}
catch (Exception ex)
{
//todo srsly, how are we handling these here errors
}
return(retVal);
}
/// <summary>
/// Checks to see this loop contains a definition to handle a given BaseFieldValue (segment line)
/// </summary>
/// <param name="baseFieldValues">segment line from the segment stream class</param>
/// <param name="recursiveCheck">how far down the heirarchy to look (only segments in this loop, or include first level of children loops)</param>
/// <returns>Any handlers that qualify for the given segment line. Should only be one, but needs to be checked and Count!=1 instances should be hanlded accordingly</returns>
internal List <BaseStdSegment> IsQualified(BaseFieldValues baseFieldValues, QulificationLevel recursiveCheck)
{
return(ParentLoopCollection.IsQualified(baseFieldValues, recursiveCheck));
}