// TODO: rework on Workflow implementation
internal static void RunActionWithAppliedAutomation(PXGraph graph, object entity, string menu)
{
graph.Views[graph.PrimaryView].Cache.Current = entity;
List <object> searches = new List <object>();
List <string> sorts = new List <string>();
foreach (string key in graph.Views[graph.PrimaryView].Cache.Keys)
{
searches.Add(graph.Views[graph.PrimaryView].Cache.GetValue(entity, key));
sorts.Add(key);
}
PXAdapter a = new PXAdapter(graph.Views[graph.PrimaryView])
{
StartRow = 0,
MaximumRows = 1,
Searches = searches.ToArray(),
Menu = menu,
SortColumns = sorts.ToArray()
};
if (graph.Actions.Contains("Action"))
{
// set automation step before running automation action. Workflow should work the same way
PXAutomation.GetStep(graph, new List <object> {
entity
}, a.View.BqlSelect);
foreach (var c in graph.Actions["Action"].Press(a))
{
}
}
}
protected static void Approve(List <EPOwned> items, bool approve)
{
EntityHelper helper = new EntityHelper(new PXGraph());
var graphs = new Dictionary <Type, PXGraph>();
bool errorOccured = false;
foreach (EPOwned item in items)
{
try
{
PXProcessing <EPApproval> .SetCurrentItem(item);
if (item.RefNoteID == null)
{
throw new PXException(Messages.ApprovalRefNoteIDNull);
}
object row = helper.GetEntityRow(item.RefNoteID.Value, true);
if (row == null)
{
throw new PXException(Messages.ApprovalRecordNotFound);
}
Type cahceType = row.GetType();
Type graphType = helper.GetPrimaryGraphType(row, false);
PXGraph graph;
if (!graphs.TryGetValue(graphType, out graph))
{
graphs.Add(graphType, graph = PXGraph.CreateInstance(graphType));
}
EPApproval approval = PXSelectReadonly <EPApproval,
Where <EPApproval.approvalID, Equal <Current <EPOwned.approvalID> > > >
.SelectSingleBound(graph, new object[] { item });
if (approval.Status == EPApprovalStatus.Pending)
{
graph.Clear();
graph.Caches[cahceType].Current = row;
graph.Caches[cahceType].SetStatus(row, PXEntryStatus.Notchanged);
PXAutomation.GetView(graph);
string approved = typeof(EPExpenseClaim.approved).Name;
if (graph.AutomationView != null)
{
PXAutomation.GetStep(graph,
new object[] { graph.Views[graph.AutomationView].Cache.Current },
BqlCommand.CreateInstance(
typeof(Select <>),
graph.Views[graph.AutomationView].Cache.GetItemType())
);
}
string actionName = approve ? nameof(Approve) : nameof(Reject);
if (graph.Actions.Contains(actionName))
{
graph.Actions[actionName].Press();
}
else if (graph.AutomationView != null)
{
PXView view = graph.Views[graph.AutomationView];
BqlCommand select = view.BqlSelect;
PXAdapter adapter = new PXAdapter(new PXView.Dummy(graph, select, new List <object> {
row
}));
adapter.Menu = actionName;
if (graph.Actions.Contains("Action"))
{
if (!CheckRights(graphType, cahceType))
{
throw new PXException(Messages.DontHaveAppoveRights);
}
foreach (var i in graph.Actions["Action"].Press(adapter))
{
;
}
}
else
{
throw new PXException(PXMessages.LocalizeFormatNoPrefixNLA(Messages.AutomationNotConfigured, graph));
}
//PXAutomation.ApplyAction(graph, graph.Actions["Action"], "Approve", row, out rollback);
}
else if (graph.Caches[cahceType].Fields.Contains(approved))
{
object upd = graph.Caches[cahceType].CreateCopy(row);
graph.Caches[cahceType].SetValue(upd, approved, true);
graph.Caches[cahceType].Update(upd);
}
graph.Persist();
}
PXProcessing <EPApproval> .SetInfo(ActionsMessages.RecordProcessed);
}
catch (Exception ex)
{
errorOccured = true;
PXProcessing <EPApproval> .SetError(ex);
}
}
if (errorOccured)
{
throw new PXOperationCompletedWithErrorException(ErrorMessages.SeveralItemsFailed);
}
}
protected static void Approve(List <EPOwned> items)
{
EntityHelper helper = new EntityHelper(new PXGraph());
var graphs = new Dictionary <Type, PXGraph>();
bool errorOccured = false;
foreach (EPOwned item in items)
{
try
{
PXProcessing <EPApproval> .SetCurrentItem(item);
if (item.RefNoteID == null)
{
throw new PXException(Messages.ApprovalRefNoteIDNull);
}
object row = helper.GetEntityRow(item.RefNoteID.Value, true);
if (row == null)
{
throw new PXException(Messages.ApprovalRecordNotFound);
}
Type cahceType = row.GetType();
Type graphType = helper.GetPrimaryGraphType(row, false);
PXGraph graph;
if (!graphs.TryGetValue(graphType, out graph))
{
graphs.Add(graphType, graph = PXGraph.CreateInstance(graphType));
}
graph.Clear();
graph.Caches[cahceType].Current = row;
graph.Caches[cahceType].SetStatus(row, PXEntryStatus.Notchanged);
PXAutomation.GetView(graph);
string approved = typeof(EPExpenseClaim.approved).Name;
if (graph.AutomationView != null)
{
PXAutomation.GetStep(graph,
new object[] { graph.Views[graph.AutomationView].Cache.Current },
BqlCommand.CreateInstance(
typeof(Select <>),
graph.Views[graph.AutomationView].Cache.GetItemType())
);
}
if (graph.Actions.Contains("Approve"))
{
graph.Actions["Approve"].Press();
}
else if (graph.AutomationView != null)
{
PXView view = graph.Views[graph.AutomationView];
BqlCommand select = view.BqlSelect;
PXAdapter adapter = new PXAdapter(new DummyView(graph, select, new List <object> {
row
}));
adapter.Menu = "Approve";
if (graph.Actions.Contains("Action"))
{
if (!CheckRights(graphType, cahceType))
{
throw new PXException(Messages.DontHaveAppoveRights);
}
foreach (var i in graph.Actions["Action"].Press(adapter))
{
;
}
}
else
{
throw new PXException("Automation for screen/graph {0} exists but is not configured properly. Failed to find action - 'Action'", graph);
}
//PXAutomation.ApplyAction(graph, graph.Actions["Action"], "Approve", row, out rollback);
}
else if (graph.Caches[cahceType].Fields.Contains(approved))
{
object upd = graph.Caches[cahceType].CreateCopy(row);
graph.Caches[cahceType].SetValue(upd, approved, true);
graph.Caches[cahceType].Update(upd);
}
graph.Persist();
PXProcessing <EPApproval> .SetInfo(ActionsMessages.RecordProcessed);
}
catch (Exception ex)
{
errorOccured = true;
PXProcessing <EPApproval> .SetError(ex);
}
}
if (errorOccured)
{
throw new PXOperationCompletedWithErrorException(ErrorMessages.SeveralItemsFailed);
}
}
private static void SetupAutomationStep(SubcontractEntry graph, POOrder subcontract)
{
PXAutomation.GetView(graph);
PXAutomation.GetStep(graph, subcontract.CreateArray(),
BqlCommand.CreateInstance(typeof(Select <>), typeof(POOrder)));
}