public void LogExtensions_GetByUid_Returns_200_Channel_By_UID()
{
var log = new Energistics.DataAccess.WITSML200.Log
{
Uuid = "uid",
Citation = new Witsml200.ComponentSchemas.Citation(),
Wellbore = new Witsml200.ComponentSchemas.DataObjectReference(),
SchemaVersion = "2.0"
};
// Create channel set
var channelSet = _log20Generator.CreateChannelSet(log);
channelSet.Index.Add(_log20Generator.CreateMeasuredDepthIndex(Witsml200.ReferenceData.IndexDirection.increasing));
channelSet.Channel = null;
var channel = channelSet.Channel.GetByUuid("uuid");
Assert.IsNull(channel);
channelSet.Channel = new List <Energistics.DataAccess.WITSML200.Channel>();
channel = channelSet.Channel.GetByUuid("uuid");
Assert.IsNull(channel);
// Add curves
channelSet.Channel.Add(_log20Generator.CreateChannel(log, channelSet.Index, "HKLD", "HKLD", Witsml200.ReferenceData.UnitOfMeasure.klbf, "hookload", Witsml200.ReferenceData.EtpDataType.@double, new List <Witsml200.ComponentSchemas.PointMetadata>()));
var gammaChannel = _log20Generator.CreateChannel(log, channelSet.Index, "GR", "GR", Witsml200.ReferenceData.UnitOfMeasure.gAPI, "gamma_ray", Witsml200.ReferenceData.EtpDataType.@double, new List <Witsml200.ComponentSchemas.PointMetadata>());
channelSet.Channel.Add(gammaChannel);
channel = channelSet.Channel.GetByUuid(gammaChannel.Uuid.ToLower());
Assert.IsNotNull(channel);
Assert.AreEqual(gammaChannel, channel);
}
public void TestSetUp()
{
_logGenerator = new Log200Generator();
_wellboreReference = new DataObjectReference
{
ContentType = EtpContentTypes.Witsml200.For(ObjectTypes.Wellbore),
Title = _logGenerator.Name("Wellbore"),
Uuid = _logGenerator.Uid()
};
_timeLog = new Log()
{
TimeDepth = "Time", Citation = _logGenerator.CreateCitation(_logGenerator.Name("Citation")), Wellbore = _wellboreReference, Uuid = _logGenerator.Uid()
};
_depthLog = new Log()
{
TimeDepth = "Depth", Citation = _logGenerator.CreateCitation(_logGenerator.Name("Citation")), Wellbore = _wellboreReference, Uuid = _logGenerator.Uid()
};
_measuredDepthIndex = _logGenerator.CreateMeasuredDepthIndex(IndexDirection.increasing);
_dateTimeIndex = _logGenerator.CreateDateTimeIndex();
_elapseTimeIndex = _logGenerator.CreateElapsedTimeIndex(IndexDirection.increasing);
_booleanPointMetadata = _logGenerator.CreatePointMetadata("confidence", "confidence", EtpDataType.boolean);
_floatPointMetadata = _logGenerator.CreatePointMetadata("Confidence", "Confidence", EtpDataType.@float);
_depthLogChannelSet = _logGenerator.CreateChannelSet(_depthLog);
_depthLogChannelSet.Index.Add(_measuredDepthIndex);
_depthLogChannelSet.Index.Add(_dateTimeIndex);
_depthLogChannelSet.Channel.Add(_logGenerator.CreateChannel(_depthLog, _depthLogChannelSet.Index, "Rate of Penetration", "ROP", UnitOfMeasure.mh, "Velocity", EtpDataType.@double, pointMetadataList: _logGenerator.List(_booleanPointMetadata)));
_depthLogChannelSet.Channel.Add(_logGenerator.CreateChannel(_depthLog, _depthLogChannelSet.Index, "Hookload", "HKLD", UnitOfMeasure.klbf, "Force", EtpDataType.@double, null));
_timeLogChannelSet = _logGenerator.CreateChannelSet(_timeLog);
_timeLogChannelSet.Index.Add(_elapseTimeIndex);
_timeLogChannelSet.Channel.Add(_logGenerator.CreateChannel(_timeLog, _timeLogChannelSet.Index, "Rate of Penetration", "ROP", UnitOfMeasure.mh, "Velocity", EtpDataType.@double, pointMetadataList: _logGenerator.List(_floatPointMetadata)));
}