void MonitorData(MonitoredMeasurement measurement, DataValue NewValue)
{
OpcMetric metric = new OpcMetric();
metric.Timestamp = NewValue.SourceTimestamp;
metric.OpcValue = NewValue.WrappedValue.Value;
metric.Opcstatus = NewValue.StatusCode.ToString();
metric.Measurement = (MeasurementDto)measurement;
l_metricCollection.Add(metric);
}
void InitializeMeasurements()
{
MonitoredMeasurements = new List <MonitoredMeasurement>();
PolledMeasurements = new List <PolledMeasurement>();
foreach (MeasurementConfig item in l_opcDaPluginConfig.Measurements)
{
Dictionary <string, string> tags = null;
if (!item.Tags.Equals(""))
{
tags = item.Tags.Split(new[] { ';' }, StringSplitOptions.RemoveEmptyEntries)
.Select(part => part.Split(':'))
.ToDictionary(split => split[0], split => split[1]);
}
switch (item.CollectionType)
{
case "monitored":
var monitoredpoint = new MonitoredMeasurement()
{
Name = item.Name,
Path = item.Path,
MonitorResolution = item.MonitorResolution > 0 ? item.MonitorResolution : 0,
DeadbandAbsolute = item.DeadbandAbsolute > 0 ? item.DeadbandAbsolute : 0,
DeadbandRelative = item.DeadbandRelative > 0 ? item.DeadbandRelative : 0,
DataType = item.DataType,
Tags = tags
};
MonitoredMeasurements.Add(monitoredpoint);
break;
case "polled":
var polledPoint = new PolledMeasurement()
{
Name = item.Name,
Path = item.Path,
DeadbandAbsolute = item.DeadbandAbsolute > 0 ? item.DeadbandAbsolute : 0,
DeadbandRelative = item.DeadbandRelative > 0 ? item.DeadbandRelative : 0,
PollInterval = item.PollInterval,
DataType = item.DataType,
Tags = tags
};
PolledMeasurements.Add(polledPoint);
break;
default:
//no collection type, log
l_logger.DebugFormat("no collection type at: {0}", item.Name);
break;
}
}
}
private void MonitorData(MonitoredMeasurement measurement, OpcDa.ItemValueResult p)
{
OpcMetric metric = new OpcMetric()
{
Timestamp = p.Timestamp,
OpcValue = p.Value,
Opcstatus = p.ResultID.ToString(),
Measurement = (MeasurementDto)measurement
};
l_metricCollection.Add(metric);
}