public void ProcessTransForReclassification(List <GLTranForReclassification> origTransForReclass, ReclassGraphState state)
{
State = state;
TransGroupKey?transGroupKeyToPutToExistingBatch = null;
JournalEntryInstance = CreateInstance <JournalEntryForReclassification>();
var hasError = false;
Batch batchForEditing = null;
IReadOnlyCollection <GLTranForReclassTriple> transForReclassTripleGroupsToBatchForEditing = null;
var workOrigTranMap = origTransForReclass.ToDictionary(origTran => PXCache <GLTranForReclassification> .CreateCopy(origTran),
origTran => origTran);
var transForReclass = workOrigTranMap.Keys.ToList();
if (State.ReclassScreenMode == ReclassScreenMode.Editing)
{
transGroupKeyToPutToExistingBatch = DefineTransGroupKeyToPutToExistingBatch(transForReclass);
}
PrepareJournalEntryGraph();
var transForReclassTriples = BuildTranForReclasTriples(transForReclass);
var transForReclassTripleGroups = transForReclassTriples.GroupBy(tranWithCury =>
new TransGroupKey()
{
FinPeriodID = tranWithCury.Tran.FinPeriodID,
CuryID = tranWithCury.CuryInfo.CuryID
});
foreach (var tranCuryPairsGroup in transForReclassTripleGroups)
{
var tranForReclassTriples = tranCuryPairsGroup.ToArray();
if (State.ReclassScreenMode == ReclassScreenMode.Editing &&
tranCuryPairsGroup.Key.Equals(transGroupKeyToPutToExistingBatch.Value))
{
batchForEditing = JournalEntry.FindBatch(JournalEntryInstance, State.EditingBatchModule, State.EditingBatchNbr);
transForReclassTripleGroupsToBatchForEditing = tranForReclassTriples;
//existing batch must be processed in the end
continue;
}
hasError |= !ProcessTranForReclassGroup(tranForReclassTriples,
workOrigTranMap,
origTransForReclass);
}
if (State.ReclassScreenMode == ReclassScreenMode.Editing)
{
hasError |= !ProcessTranForReclassGroup(transForReclassTripleGroupsToBatchForEditing,
workOrigTranMap,
origTransForReclass,
batchForEditing);
}
if (hasError)
{
throw new PXException(ErrorMessages.SeveralItemsFailed);
}
}
public void ProcessTransForReclassification(List <GLTranForReclassification> origTransForReclass, ReclassGraphState state)
{
State = state;
TransGroupKey?transGroupKeyToPutToExistingBatch = null;
JournalEntryInstance = CreateJournalEntry();
var hasError = false;
Batch batchForEditing = null;
IReadOnlyCollection <ReclassificationItem> reclassItemGroupsToBatchForEditing = null;
var workOrigTranMap = new Dictionary <GLTranForReclassification, GLTranForReclassification>();
var allReclassItemsByHeaderKey = BuildReclassificationItems(origTransForReclass, out workOrigTranMap);
var transForReclass = workOrigTranMap.Keys.ToList();
if (State.ReclassScreenMode == ReclassScreenMode.Editing)
{
transGroupKeyToPutToExistingBatch = DefineTransGroupKeyToPutToExistingBatch(transForReclass);
}
PrepareJournalEntryGraph();
var reclassItemGroups = allReclassItemsByHeaderKey.Values.GroupBy(tranWithCury =>
new TransGroupKey()
{
MasterPeriodID = tranWithCury.HeadTranForReclass.TranPeriodID,
CuryID = tranWithCury.CuryInfo.CuryID
});
foreach (var reclassItemGroup in reclassItemGroups)
{
var reclassItems = reclassItemGroup.ToArray();
if (State.ReclassScreenMode == ReclassScreenMode.Editing &&
reclassItemGroup.Key.Equals(transGroupKeyToPutToExistingBatch.Value))
{
batchForEditing = JournalEntry.FindBatch(JournalEntryInstance, State.EditingBatchModule, State.EditingBatchNbr);
reclassItemGroupsToBatchForEditing = reclassItems;
//existing batch must be processed last
continue;
}
hasError |= !ProcessTranForReclassGroup(reclassItems,
workOrigTranMap,
origTransForReclass,
allReclassItemsByHeaderKey);
}
if (State.ReclassScreenMode == ReclassScreenMode.Editing)
{
hasError |= !ProcessTranForReclassGroup(reclassItemGroupsToBatchForEditing,
workOrigTranMap,
origTransForReclass,
allReclassItemsByHeaderKey,
batchForEditing);
}
if (hasError)
{
throw new PXException(ErrorMessages.SeveralItemsFailed);
}
}