public static void ViewScheduleForDocument(PXGraph graph, ARInvoice document)
{
PXSelectBase <DRSchedule> correspondingScheduleView = new PXSelect <
DRSchedule,
Where <
DRSchedule.module, Equal <BatchModule.moduleAR>,
And <DRSchedule.docType, Equal <Required <ARTran.tranType> >,
And <DRSchedule.refNbr, Equal <Required <ARTran.refNbr> > > > > >
(graph);
DRSchedule correspondingSchedule = correspondingScheduleView.Select(document.DocType, document.RefNbr);
if (correspondingSchedule?.LineNbr != null && document.Released == false)
{
throw new PXException(Messages.CantCompleteBecauseASC606FeatureIsEnabled);
}
if (correspondingSchedule?.IsOverridden != true && document.Released == false)
{
var netLinesAmount = ASC606Helper.CalculateNetAmount(graph, document);
int?defScheduleID = null;
if (netLinesAmount.Cury != 0m)
{
DRSingleProcess process = PXGraph.CreateInstance <DRSingleProcess>();
process.CreateSingleSchedule(document, netLinesAmount, defScheduleID, true);
process.Actions.PressSave();
correspondingScheduleView.Cache.Clear();
correspondingScheduleView.Cache.ClearQueryCacheObsolete();
correspondingScheduleView.View.Clear();
correspondingSchedule = correspondingScheduleView.Select(document.DocType, document.RefNbr);
}
}
if (correspondingSchedule != null)
{
PXRedirectHelper.TryRedirect(
graph.Caches[typeof(DRSchedule)],
correspondingSchedule,
"View Schedule",
PXRedirectHelper.WindowMode.NewWindow);
}
}
private static void RecalculateScheduleProc(DraftScheduleMaint graph)
{
var schedule = graph.Schedule.Current;
bool isUnable = graph.Schedule.Cache.GetStatus(graph.Schedule.Current) != PXEntryStatus.Notchanged &&
graph.Schedule.Cache.GetStatus(graph.Schedule.Current) != PXEntryStatus.Updated;
if (isUnable || schedule.IsRecalculated == true || graph.Components.Any() == false)
{
return;
}
ARInvoice document = PXSelect <ARInvoice,
Where <ARInvoice.docType, Equal <Required <ARRegister.docType> >,
And <ARInvoice.refNbr, Equal <Required <ARRegister.refNbr> > > > > .Select(graph, schedule.DocType, schedule.RefNbr);
PXSelectBase <DRSchedule> correspondingScheduleView = new PXSelect <
DRSchedule,
Where <
DRSchedule.module, Equal <BatchModule.moduleAR>,
And <DRSchedule.docType, Equal <Required <ARTran.tranType> >,
And <DRSchedule.refNbr, Equal <Required <ARTran.refNbr> > > > > >
(graph);
DRSchedule correspondingSchedule = correspondingScheduleView.Select(document.DocType, document.RefNbr);
var newDetails = new List <DRScheduleDetail>();
var netLinesAmount = ASC606Helper.CalculateNetAmount(graph, document);
int? defScheduleID = null;
DRSchedule scheduleResult = null;
if (netLinesAmount.Cury != 0m)
{
DRSingleProcess process = PXGraph.CreateInstance <DRSingleProcess>();
process.CreateSingleSchedule(document, netLinesAmount, defScheduleID, true);
scheduleResult = process.Schedule.Current;
foreach (DRScheduleDetail detail in process.ScheduleDetail.Cache.Inserted)
{
newDetails.Add(detail);
}
}
foreach (DRScheduleDetail detail in graph.Components.Select())
{
graph.Components.Delete(detail);
}
schedule.DocDate = scheduleResult.DocDate;
schedule.BAccountID = scheduleResult.BAccountID;
schedule.BAccountLocID = scheduleResult.BAccountLocID;
schedule.FinPeriodID = scheduleResult.FinPeriodID;
schedule.TranDesc = scheduleResult.TranDesc;
schedule.IsCustom = false;
schedule.BAccountType = schedule.Module == BatchModule.AP ? BAccountType.VendorType : BAccountType.CustomerType;
schedule.TermStartDate = scheduleResult.TermStartDate;
schedule.TermEndDate = scheduleResult.TermEndDate;
schedule.ProjectID = scheduleResult.ProjectID;
schedule.TaskID = scheduleResult.TaskID;
schedule.IsRecalculated = true;
schedule = graph.Schedule.Update(schedule);
foreach (DRScheduleDetail detail in newDetails)
{
graph.Components.Insert(detail);
}
}
