//Determine the number of recurring requests that need to be processed and return that value
public Int32 getLoadCount(ICswResources CswResources)
{
Int32 LoadCount = 0;
CswNbtResources NbtResources = (CswNbtResources)CswResources;
if (NbtResources.Modules.IsModuleEnabled(CswEnumNbtModuleName.Containers))
{
CswNbtActRequesting ActRequesting = new CswNbtActRequesting(NbtResources);
CswNbtView AllRecurringRequests = ActRequesting.getDueRecurringRequestItemsView();
ICswNbtTree Tree = NbtResources.Trees.getTreeFromView(AllRecurringRequests, RequireViewPermissions: false, IncludeSystemNodes: false, IncludeHiddenNodes: false);
LoadCount = Tree.getChildNodeCount();
}
return(LoadCount);
}
}//initScheduleLogicDetail()
public void threadCallBack(ICswResources CswResources)
{
_LogicRunStatus = CswEnumScheduleLogicRunStatus.Running;
CswNbtResources _CswNbtResources = (CswNbtResources)CswResources;
_CswNbtResources.AuditContext = "Scheduler Task: " + RuleName;
if (CswEnumScheduleLogicRunStatus.Stopping != _LogicRunStatus)
{
try
{
if (_CswNbtResources.Modules.IsModuleEnabled(CswEnumNbtModuleName.Containers))
{
Int32 RequestsLimit = CswConvert.ToInt32(_CswNbtResources.ConfigVbls.getConfigVariableValue(CswEnumNbtConfigurationVariables.generatorlimit.ToString()));
if (RequestsLimit <= 0)
{
RequestsLimit = 1;
}
CswNbtActRequesting ActRequesting = new CswNbtActRequesting(_CswNbtResources);
CswNbtView AllRecurringRequests = ActRequesting.getDueRecurringRequestItemsView();
ICswNbtTree Tree = _CswNbtResources.Trees.getTreeFromView(AllRecurringRequests, RequireViewPermissions: false, IncludeSystemNodes: false, IncludeHiddenNodes: false);
Int32 TotalRequestsProcessed = 0;
string RequestDescriptions = string.Empty;
Int32 TotatRequests = Tree.getChildNodeCount();
for (Int32 ChildN = 0; (ChildN < TotatRequests && TotalRequestsProcessed < RequestsLimit) && (CswEnumScheduleLogicRunStatus.Stopping != _LogicRunStatus); ChildN++)
{
string Description = "";
try
{
Tree.goToNthChild(ChildN);
CswNbtObjClassRequestItem CurrentRequestItem = Tree.getNodeForCurrentPosition();
if (_doesRequestItemCopyNow(CurrentRequestItem))
{
Description = CurrentRequestItem.Description.StaticText;
CswNbtObjClassRequest RecurringRequest = _CswNbtResources.Nodes[CurrentRequestItem.Request.RelatedNodeId];
if (null != RecurringRequest)
{
CswNbtObjClassUser Requestor = _CswNbtResources.Nodes[RecurringRequest.Requestor.RelatedNodeId];
if (null != Requestor)
{
CswNbtObjClassRequestItem CopiedRequestItem = _CswNbtResources.Nodes.makeNodeFromNodeTypeId(CurrentRequestItem.NodeTypeId, delegate(CswNbtNode NewNode)
{
// We'd get all of this for free if we used copyNode,
// but then we'd have to manually do as much work in the other direction:
// un-hiding properties, etc.
CswNbtActRequesting ThisUserAct = new CswNbtActRequesting(_CswNbtResources, Requestor);
CswNbtObjClassRequest UsersCartNode = ThisUserAct.getCurrentRequestNode();
if (null != UsersCartNode)
{
CswNbtObjClassRequestItem NewRequestItem = NewNode;
// Most importantly, put the new request item in the current cart
NewRequestItem.Request.RelatedNodeId = UsersCartNode.NodeId;
NewRequestItem.Requestor.RelatedNodeId = CurrentRequestItem.Requestor.RelatedNodeId;
NewRequestItem.Material.RelatedNodeId = CurrentRequestItem.Material.RelatedNodeId;
NewRequestItem.Material.CachedNodeName = CurrentRequestItem.Material.CachedNodeName;
NewRequestItem.InventoryGroup.RelatedNodeId = CurrentRequestItem.InventoryGroup.RelatedNodeId;
NewRequestItem.Location.SelectedNodeId = CurrentRequestItem.Location.SelectedNodeId;
NewRequestItem.Location.CachedPath = CurrentRequestItem.Location.CachedPath;
NewRequestItem.Comments.CommentsJson = CurrentRequestItem.Comments.CommentsJson;
NewRequestItem.Type.Value = CurrentRequestItem.Type.Value;
if (CurrentRequestItem.Type.Value == CswNbtObjClassRequestItem.Types.MaterialSize)
{
NewRequestItem.Size.RelatedNodeId = CurrentRequestItem.Size.RelatedNodeId;
NewRequestItem.Size.CachedNodeName = CurrentRequestItem.Size.CachedNodeName;
NewRequestItem.SizeCount.Value = CurrentRequestItem.SizeCount.Value;
}
else
{
NewRequestItem.Quantity.Quantity = CurrentRequestItem.Quantity.Quantity;
NewRequestItem.Quantity.CachedUnitName = CurrentRequestItem.Quantity.CachedUnitName;
NewRequestItem.Quantity.UnitId = CurrentRequestItem.Quantity.UnitId;
}
NewRequestItem.Status.Value = CswNbtObjClassRequestItem.Statuses.Pending;
NewRequestItem.postChanges(ForceUpdate: false);
CurrentRequestItem.NextReorderDate.DateTimeValue = CswNbtPropertySetSchedulerImpl.getNextDueDate(CurrentRequestItem.Node, CurrentRequestItem.NextReorderDate, CurrentRequestItem.RecurringFrequency, ForceUpdate: true);
CurrentRequestItem.postChanges(ForceUpdate: false);
}
});
}
RequestDescriptions += CurrentRequestItem.Description + "; ";
}
}
Tree.goToParentNode();
} // if ~( not null, is recurring and is due)
catch (Exception Exception)
{
string Message = "Unable to create recurring request " + Description + ", due to the following exception: " + Exception.Message;
RequestDescriptions += Message;
_CswNbtResources.logError(new CswDniException(Message));
} //catch
finally
{
TotalRequestsProcessed += 1;
}
} //iterate requests
string StatusMessage = "No Recurring Requests found to process";
if (TotalRequestsProcessed > 0)
{
StatusMessage = TotalRequestsProcessed.ToString() + " requests processed: " + RequestDescriptions;
}
_CswScheduleLogicDetail.StatusMessage = StatusMessage;
_LogicRunStatus = CswEnumScheduleLogicRunStatus.Succeeded; //last line
}
}//try
catch (Exception Exception)
{
_CswScheduleLogicDetail.StatusMessage = "CswScheduleLogicNbtGenRequests::threadCallBack() exception: " + Exception.Message + "; " + Exception.StackTrace;
_CswNbtResources.logError(new CswDniException(_CswScheduleLogicDetail.StatusMessage));
_LogicRunStatus = CswEnumScheduleLogicRunStatus.Failed;
} //catch
} //if we're not shutting down
} //threadCallBack()