protected CRBaseMassProcess()
{
primaryGraph = new PXPrimaryGraphCollection(this);
if (ProcessingDataMember == null)
{
throw new PXException(Messages.IsNotProcessing, typeof(TGraph).FullName);
}
foreach (Type table in ProcessingDataMember.View.BqlSelect.GetTables())
{
PXDBAttributeAttribute.Activate(Caches[table]);
}
ProcessingDataMember.SetParametersDelegate(delegate
{
bool result = AskParameters();
Unload();
TGraph process;
using (new PXPreserveScope())
{
process = CreateInstance <TGraph>();
foreach (var key in this.Caches.Keys)
{
var clonedCache = process.Caches[key];
}
}
ProcessingDataMember.SetProcessDelegate(item =>
{
PXGraph graph = primaryGraph[item];
if (graph == null)
{
throw new PXException(ErrorMessages.CantDetermineGraphType);
}
process.ProccessItem(graph, item);
graph.Actions.PressSave();
PXCache cache = graph.Caches[typeof(TPrimary)];
cache.RestoreCopy(item, cache.Current);
});
return(result);
});
PXUIFieldAttribute.SetDisplayName <BAccount.acctCD>(Caches[typeof(BAccount)], Messages.BAccountCD);
}
protected CRBaseMassProcess()
{
primaryGraph = new PXPrimaryGraphCollection(this);
if (ProcessingDataMember == null)
{
throw new PXException(string.Format("{0} is not processing graph", typeof(TGraph).FullName));
}
Actions["Schedule"].SetVisible(false);
foreach (Type table in ProcessingDataMember.View.BqlSelect.GetTables())
{
PXDBAttributeAttribute.Activate(Caches[table]);
}
ProcessingDataMember.SetParametersDelegate(delegate
{
bool result = AskParameters();
Unload();
TGraph process;
using (new PXPreserveScope())
process = CreateInstance <TGraph>();
ProcessingDataMember.SetProcessDelegate(item =>
{
PXGraph graph = primaryGraph[item];
if (graph == null)
{
throw new PXException(ErrorMessages.CantDetermineGraphType);
}
process.ProccessItem(graph, item);
graph.Actions.PressSave();
});
return(result);
});
PXUIFieldAttribute.SetDisplayName <BAccount.acctCD>(Caches[typeof(BAccount)], Messages.BAccountCD);
}