private void ProcessQueue()
{
// Get Lists of just the Sequence numbers
var gEventSequences = gEventsQueue.Select(o => o.CurrentValue.Sequence);
var overrideSequences = overrideInstancesQueue.Select(o => o.Sequence);
var oc = Configuration.Get(configuration);
if (oc != null)
{
bool useOverrides = oc.Overrides.Count > 0;
List<long> sequences = null;
// Find intersecting Sequences in queues
if (useOverrides) sequences = gEventSequences.Intersect(overrideSequences).ToList();
else sequences = gEventSequences.ToList();
if (sequences != null)
{
// Create list of OeeData objects
var oeeDatas = new List<OEEData>();
foreach (var sequence in sequences)
{
// Find Sequence in queue lists
var gEvent = gEventsQueue.Find(o => o.CurrentValue.Sequence == sequence);
var overrideInstance = overrideInstancesQueue.Find(o => o.Sequence == sequence);
if (gEvent != null && (overrideInstance != null || !useOverrides))
{
// Create new OeeData object
var oeeData = new OEEData();
oeeData.Timestamp = gEvent.CurrentValue.Timestamp;
oeeData.Sequence = gEvent.CurrentValue.Sequence;
double duration = gEvent.Duration.TotalSeconds;
// Set Planned Production Time to entire duration
oeeData.PlannedProductionTime = duration;
// Test if Event's Value is equal to OEE's configured value
if (gEvent.CurrentValue.Value == oc.OperatingEventValue)
{
// Set Operating Time to entire duration
oeeData.OperatingTime = duration;
// Set Ideal OperatingTime to adjusted duration using Feedrate Overrdie average
if (useOverrides) oeeData.IdealOperatingTime = duration * (overrideInstance.FeedrateAverage / 100);
else oeeData.IdealOperatingTime = duration;
}
// Add to list
oeeDatas.Add(oeeData);
}
// Remove processed items from queue
gEventsQueue.RemoveAll(o => o.CurrentValue.Sequence == sequence);
overrideInstancesQueue.RemoveAll(o => o.Sequence == sequence);
}
// Send OeeData objects
if (oeeDatas.Count > 0) SendOeeData(oeeDatas);
}
}
}
private void ProcessQueue()
{
// Get Lists of just the Sequence numbers
var gEventSequences = gEventsQueue.Select(o => o.CurrentValue.Sequence);
var overrideSequences = overrideInstancesQueue.Select(o => o.Sequence);
var oc = Configuration.Get(configuration);
if (oc != null)
{
bool useOverrides = oc.Overrides.Count > 0;
List <long> sequences = null;
// Find intersecting Sequences in queues
if (useOverrides)
{
sequences = gEventSequences.Intersect(overrideSequences).ToList();
}
else
{
sequences = gEventSequences.ToList();
}
if (sequences != null)
{
// Create list of OeeData objects
var oeeDatas = new List <OEEData>();
foreach (var sequence in sequences)
{
// Find Sequence in queue lists
var gEvent = gEventsQueue.Find(o => o.CurrentValue.Sequence == sequence);
var overrideInstance = overrideInstancesQueue.Find(o => o.Sequence == sequence);
if (gEvent != null && (overrideInstance != null || !useOverrides))
{
// Create new OeeData object
var oeeData = new OEEData();
oeeData.Timestamp = gEvent.CurrentValue.Timestamp;
oeeData.Sequence = gEvent.CurrentValue.Sequence;
double duration = gEvent.Duration.TotalSeconds;
// Set Planned Production Time to entire duration
oeeData.PlannedProductionTime = duration;
// Test if Event's Value is equal to OEE's configured value
if (gEvent.CurrentValue.Value == oc.OperatingEventValue)
{
// Set Operating Time to entire duration
oeeData.OperatingTime = duration;
// Set Ideal OperatingTime to adjusted duration using Feedrate Overrdie average
if (useOverrides)
{
oeeData.IdealOperatingTime = duration * (overrideInstance.FeedrateAverage / 100);
}
else
{
oeeData.IdealOperatingTime = duration;
}
}
// Add to list
oeeDatas.Add(oeeData);
}
// Remove processed items from queue
gEventsQueue.RemoveAll(o => o.CurrentValue.Sequence == sequence);
overrideInstancesQueue.RemoveAll(o => o.Sequence == sequence);
}
// Send OeeData objects
if (oeeDatas.Count > 0)
{
SendOeeData(oeeDatas);
}
}
}
}
