public ISessionDocumentTypedIncrementalTimeSeries <TValues> IncrementalTimeSeriesFor <TValues>(object entity, string name = null) where TValues : new()
{
var tsName = name ?? TimeSeriesOperations.GetTimeSeriesName <TValues>(Conventions);
ValidateIncrementalTimeSeriesName(tsName);
return(new SessionDocumentTimeSeries <TValues>(this, entity, tsName));
}
public ISessionDocumentTypedTimeSeries <TValues> TimeSeriesFor <TValues>(string documentId, string name = null) where TValues : new()
{
var tsName = name ?? TimeSeriesOperations.GetTimeSeriesName <TValues>(Conventions);
ValidateTimeSeriesName(tsName);
return(new SessionDocumentTimeSeries <TValues>(this, documentId, tsName));
}
public TypedTimeSeriesBulkInsert <TValues> TimeSeriesFor <TValues>(string id, string name = null) where TValues : new()
{
if (string.IsNullOrEmpty(id))
{
throw new ArgumentException("Document id cannot be null or empty", nameof(id));
}
var tsName = name ?? TimeSeriesOperations.GetTimeSeriesName <TValues>(_conventions);
if (string.IsNullOrEmpty(tsName))
{
throw new ArgumentException("Time series name cannot be null or empty", nameof(name));
}
return(new TypedTimeSeriesBulkInsert <TValues>(this, id, tsName));
}
public ISessionDocumentRollupTypedTimeSeries <TValues> TimeSeriesRollupFor <TValues>(string documentId, string policy, string raw = null) where TValues : new()
{
var tsName = raw ?? TimeSeriesOperations.GetTimeSeriesName <TValues>(Conventions);
return(new SessionDocumentTimeSeries <TValues>(this, documentId, $"{tsName}{TimeSeriesConfiguration.TimeSeriesRollupSeparator}{policy}"));
}
public IAsyncSessionDocumentTypedTimeSeries <TValues> TimeSeriesFor <TValues>(object entity, string name = null) where TValues : new()
{
var tsName = name ?? TimeSeriesOperations.GetTimeSeriesName <TValues>(Conventions);
return(new AsyncSessionDocumentTimeSeries <TValues>(this, entity, tsName));
}
