private BsonDocument buildRSSITest(RSSITest tcd)
{
Measurement measurement = null;
// Initialize object that will be stored under 'device' in mongo document
BsonDocument nestedDevice = null;
if (tcd.RxTest != null)
{
try
{
measurement = tcd.RxTest.Measurement;
}
catch (Exception exc)
{
Program.log("ERROR RSSITEST: " + tcd.Id + " - " + exc.Message);
}
finally
{
nestedDevice = SyncManager.Instance.getNestedDevice(measurement);
}
}
if (nestedDevice == null)
return null;
// Initialize object that will be stored under 'meta' in mongo document
BsonDocument nestedMeta = SyncManager.Instance.getNestedMeta(measurement);
if (nestedMeta == null)
return null;
// Initialize object that will be stored under 'data' in mongo document
BsonDocument nestedData = SyncManager.Instance.getNestedData(tcd, excludeDataFields);
// Custom code to move some set fields to meta object
nestedMeta.Add("SetTemperature_C", nestedData["SetTemperature"]);
nestedData.Remove("SetTemperature");
nestedMeta.Add("Channel", nestedData["Channel"]);
nestedData.Remove("Channel");
nestedMeta.Add("SetVoltage", nestedData["SetVoltage"]);
nestedData.Remove("SetVoltage");
//System.Diagnostics.Trace.WriteLine("D " + DateTime.Now.ToString("MM/dd/yyyy hh:mm:ss.fff tt"));
// Initialize object in root of the document
BsonDocument rootDoc = new BsonDocument {
{ "_id", tcd.Id.ToString()},
{ "mid", measurement.Id.ToString() },
{ "timestamp", tcd.TimeStamp},
{ "type", domain() },
{ "subtype", "rssitest" },
{ "result", getResult( nestedData["Result"].ToString()) },
{ "downstatus", getDownStatus( nestedData["Result"].ToString()) },
{ "status", getStatus(measurement.Result) }
};
nestedData.Remove("Result");
rootDoc.Add("device", nestedDevice);
rootDoc.Add("meta", nestedMeta);
rootDoc.Add("data", nestedData);
return rootDoc;
}
private BsonDocument buildRSSITest(RSSITest tcd)
{
Measurement measurement = null;
// Initialize object that will be stored under 'device' in mongo document
BsonDocument nestedDevice = null;
if (tcd.RxTest != null)
{
try
{
measurement = tcd.RxTest.Measurement;
}
catch (Exception exc)
{
Program.log("ERROR RSSITEST: " + tcd.Id + " - " + exc.Message);
}
finally
{
nestedDevice = SyncManager.Instance.getNestedDevice(measurement);
}
}
if (nestedDevice == null)
{
return(null);
}
// Initialize object that will be stored under 'meta' in mongo document
BsonDocument nestedMeta = SyncManager.Instance.getNestedMeta(measurement);
if (nestedMeta == null)
{
return(null);
}
// Initialize object that will be stored under 'data' in mongo document
BsonDocument nestedData = SyncManager.Instance.getNestedData(tcd, excludeDataFields);
// Custom code to move some set fields to meta object
nestedMeta.Add("SetTemperature_C", nestedData["SetTemperature"]);
nestedData.Remove("SetTemperature");
nestedMeta.Add("Channel", nestedData["Channel"]);
nestedData.Remove("Channel");
nestedMeta.Add("SetVoltage", nestedData["SetVoltage"]);
nestedData.Remove("SetVoltage");
//System.Diagnostics.Trace.WriteLine("D " + DateTime.Now.ToString("MM/dd/yyyy hh:mm:ss.fff tt"));
// Initialize object in root of the document
BsonDocument rootDoc = new BsonDocument {
{ "_id", tcd.Id.ToString() },
{ "mid", measurement.Id.ToString() },
{ "timestamp", tcd.TimeStamp },
{ "type", domain() },
{ "subtype", "rssitest" },
{ "result", getResult(nestedData["Result"].ToString()) },
{ "downstatus", getDownStatus(nestedData["Result"].ToString()) },
{ "status", getStatus(measurement.Result) }
};
nestedData.Remove("Result");
rootDoc.Add("device", nestedDevice);
rootDoc.Add("meta", nestedMeta);
rootDoc.Add("data", nestedData);
return(rootDoc);
}