public void Execute(IJobExecutionContext context)
{
var pmList = _pmRepository.GetAll()
.Where(s => s.PMStatus.Name == "Active" &&
(s.WorkOrders.All(w => w.Assignment.Name == WorkflowStatus.Closed || w.Assignment.Name == WorkflowStatus.Cancelled)))
.ToList();
if (pmList.Count == 0)
{
return;
}
var wo = new WorkOrder();
foreach (var pm in pmList)
{
#region Time-Based
if (pm.FirstWorkExpectedStartDateTime.HasValue)
{
// get the latest WO
var latestWO = pm.WorkOrders.OrderByDescending(w => w.ActualEndDateTime).FirstOrDefault();
// This is the first work
if (latestWO == null)
{
wo = _pmService.CreateNextWorkOrder(pm,
pm.FirstWorkExpectedStartDateTime.Value,
pm.FirstWorkDueDateTime.Value);
s_log.InfoFormat("Generated WO = {0} for PM = {1}", wo.Number, pm.Number);
// Generate WO for only one PM at a time
return;
}
else if ((latestWO.Assignment.Name == WorkflowStatus.Closed ||
latestWO.Assignment.Name == WorkflowStatus.Cancelled) &&
latestWO.DueDateTime <= pm.EndDateTime)
{
wo = _workOrderService.CreateNextWorkOrderForPM(latestWO);
s_log.InfoFormat("Generated WO = {0} for PM = {1}", wo.Number, pm.Number);
// Generate WO for only one PM at a time
return;
}
}
#endregion
#region Meter-Based
if (pm.PMMeterFrequencies.Count > 0)
{
foreach (var pMMeterFrequency in pm.PMMeterFrequencies)
{
var pointMeterLineItem = _pointMeterLineItemRepository.GetAll()
.Where(m => pMMeterFrequency.MeterId != null && m.MeterId == pMMeterFrequency.MeterId &&
((m.Point.AssetId != null && m.Point.AssetId == pMMeterFrequency.PreventiveMaintenance.AssetId) ||
(m.Point.LocationId != null && m.Point.LocationId == pMMeterFrequency.PreventiveMaintenance.LocationId))).FirstOrDefault();
var lastReadingValueRange = (int)Math.Round(pointMeterLineItem.LastReadingValue.Value / pMMeterFrequency.Frequency.Value);
var generatedReadingRange = (int)Math.Round(pMMeterFrequency.GeneratedReading.HasValue ? pMMeterFrequency.GeneratedReading.Value / pMMeterFrequency.Frequency.Value : 0);
if (pMMeterFrequency.GeneratedReading == null || (lastReadingValueRange != generatedReadingRange && pointMeterLineItem.LastReadingValue <= pMMeterFrequency.EndReading.Value))
{
wo = _pmService.CreateNextWorkOrder(pm,
DateTime.UtcNow,
DateTime.UtcNow.AddDays(1));
s_log.InfoFormat("Generated WO = {0} for PM = {1}", wo.Number, pm.Number);
pMMeterFrequency.GeneratedReading = pointMeterLineItem.LastReadingValue;
_pMMeterFrequencyRepository.UpdateAndCommit(pMMeterFrequency);
return;
}
}
}
#endregion
#region Event-Based
if (pm.MeterEvents.Count > 0)
{
foreach (var meterEvent in pm.MeterEvents)
{
var meterEventHistory = _meterEventHistoryRepository.GetAll().Where(h => h.MeterEventId == meterEvent.Id && h.IsWorkOrderCreated == false).FirstOrDefault();
if (meterEventHistory != null)
{
wo = _pmService.CreateNextWorkOrder(pm,
DateTime.UtcNow,
DateTime.UtcNow.AddDays(1));
s_log.InfoFormat("Generated WO = {0} for PM = {1}", wo.Number, pm.Number);
meterEventHistory.IsWorkOrderCreated = true;
_meterEventHistoryRepository.UpdateAndCommit(meterEventHistory);
return;
}
}
}
#endregion
}
}
