public static PartInfo Process(PartCountEvent partCountEvent, GeneratedEvent gEvent, long _lastSequence)
{
if (partCountEvent.ValueType == ValueType.CAPTURE_ITEM)
{
return ProcessCaptureItemMethod(partCountEvent, gEvent, _lastSequence);
}
else if (partCountEvent.ValueType == ValueType.STATIC_INCREMENT)
{
return ProcessStaticIncrementMethod(partCountEvent, gEvent, _lastSequence);
}
return null;
}
private static GeneratedEvent ProcessEvent(Event e, Instance instance)
{
// Process Event using InstanceData
Return eventReturn = e.Process(instance);
if (e.PreviousValue == null)
{
e.PreviousValue = e.Default.Copy();
}
if (e.CurrentValue != null)
{
e.PreviousValue = e.CurrentValue.Copy();
e.PreviousValue.Id = e.CurrentValue.Id;
}
if (eventReturn != e.CurrentValue)
{
e.CurrentValue = eventReturn.Copy();
e.CurrentValue.ChangedTimeStamp = instance.Timestamp;
e.CurrentValue.ChangedSequence = instance.Sequence;
}
e.CurrentValue.TimeStamp = instance.Timestamp;
e.CurrentValue.Sequence = instance.Sequence;
// Set Duration
if (e.CurrentValue.TimeStamp > DateTime.MinValue && e.PreviousValue.TimeStamp > DateTime.MinValue)
{
eventReturn.Duration = (e.CurrentValue.TimeStamp - e.PreviousValue.TimeStamp).TotalSeconds;
}
else
{
eventReturn.Duration = 0;
}
// Create new GeneratedEvent object
var result = new GeneratedEvent();
result.EventName = e.Name;
result.PreviousValue = new ValueData(e.PreviousValue);
result.CurrentValue = new ValueData(e.CurrentValue);
result.CaptureItems.AddRange(e.CurrentValue.CaptureItems);
return(result);
}
public void GetSentData(EventData data)
{
if (data != null && data.Id != null && configuration != null)
{
var gec = Configuration.Get(configuration);
if (gec != null)
{
if (data.Id == "INSTANCES")
{
var instances = (List <Instance>)data.Data02;
var events = GeneratedEvent.Process(configuration, instances);
// Send List of GeneratedEventItems to other Plugins
SendGeneratedEvents(events);
}
}
}
}
private static PartInfo ProcessCaptureItemMethod(PartCountEvent partCountEvent, GeneratedEvent gEvent, long _lastSequence)
{
if (!string.IsNullOrEmpty(partCountEvent.CaptureItemLink))
{
var captureItem = gEvent.CaptureItems.Find(x => x.Name == partCountEvent.CaptureItemLink);
if (captureItem != null && captureItem.Sequence > _lastSequence)
{
int count = 0;
int.TryParse(captureItem.Value, out count);
if (count > 0)
{
DateTime timestamp = gEvent.CurrentValue.Timestamp;
// Create new PartInfo object
var info = new PartInfo();
info.Id = Guid.NewGuid().ToString();
info.Timestamp = timestamp;
info.Sequence = captureItem.Sequence;
// Calculate Increment Value based on CalculationType
if (partCountEvent.CalculationType == CalculationType.INCREMENTAL)
{
info.Count = count;
}
else if (partCountEvent.CalculationType == CalculationType.TOTAL)
{
int previousCount = 0;
int.TryParse(captureItem.PreviousValue, out previousCount);
// If Part Count is less than or equal to stored value then assume
// it has been reset and needs to be incremented the entire new amount
if (count <= previousCount) info.Count = count;
else info.Count = count - previousCount;
}
return info;
}
}
}
return null;
}
private static PartInfo ProcessStaticIncrementMethod(PartCountEvent partCountEvent, GeneratedEvent gEvent, long _lastSequence)
{
long sequence = gEvent.CurrentValue.ChangedSequence;
// Create new PartInfo object
var info = new PartInfo();
info.Id = Guid.NewGuid().ToString();
info.Timestamp = gEvent.CurrentValue.Timestamp;
info.Sequence = sequence;
info.Count = partCountEvent.StaticIncrementValue;
return info;
}
private static GeneratedEvent ProcessEvent(Event e, Instance instance)
{
// Process Event using InstanceData
Return eventReturn = e.Process(instance);
if (e.PreviousValue == null) e.PreviousValue = e.Default.Copy();
if (e.CurrentValue != null)
{
e.PreviousValue = e.CurrentValue.Copy();
e.PreviousValue.Id = e.CurrentValue.Id;
}
if (eventReturn != e.CurrentValue)
{
e.CurrentValue = eventReturn.Copy();
e.CurrentValue.ChangedTimeStamp = instance.Timestamp;
e.CurrentValue.ChangedSequence = instance.Sequence;
}
e.CurrentValue.TimeStamp = instance.Timestamp;
e.CurrentValue.Sequence = instance.Sequence;
// Set Duration
if (e.CurrentValue.TimeStamp > DateTime.MinValue && e.PreviousValue.TimeStamp > DateTime.MinValue)
{
eventReturn.Duration = (e.CurrentValue.TimeStamp - e.PreviousValue.TimeStamp).TotalSeconds;
}
else
{
eventReturn.Duration = 0;
}
// Create new GeneratedEvent object
var result = new GeneratedEvent();
result.EventName = e.Name;
result.PreviousValue = new ValueData(e.PreviousValue);
result.CurrentValue = new ValueData(e.CurrentValue);
result.CaptureItems.AddRange(e.CurrentValue.CaptureItems);
return result;
}