public override async Task <IDataReaderAsync> ExecuteReaderAsync(CancellationToken cancellationToken)
{
if (_dataContext._batchCounter > 0)
{
throw new LinqException("Incompatible batch operation.");
}
SetCommand(true);
var queryContext = Query.Queries[QueryNumber];
_client = _dataContext.GetClient();
var q = _dataContext.GetSqlOptimizer().OptimizeStatement(queryContext.Statement, _dataContext.MappingSchema);
var ret = await _client.ExecuteReaderAsync(
_dataContext.Configuration,
LinqServiceSerializer.Serialize(
q,
q.IsParameterDependent ? q.Parameters.ToArray() : queryContext.GetParameters(),
QueryHints));
var result = LinqServiceSerializer.DeserializeResult(ret);
var reader = new ServiceModelDataReader(_dataContext.MappingSchema, result);
return(new DataReaderAsync(reader));
}
public override async Task <IDataReaderAsync> ExecuteReaderAsync(CancellationToken cancellationToken)
{
if (_dataContext._batchCounter > 0)
{
throw new LinqException("Incompatible batch operation.");
}
SetCommand(true);
var queryContext = Query.Queries[QueryNumber];
_client = _dataContext.GetClient();
var q = queryContext.SelectQuery.ProcessParameters(_dataContext.MappingSchema);
var ret = await _client.ExecuteReaderAsync(
_dataContext.Configuration,
LinqServiceSerializer.Serialize(
q,
q.IsParameterDependent ? q.Parameters.ToArray() : queryContext.GetParameters(),
QueryHints));
return(new DataReaderAsync(_dataContext, ret, SkipAction, TakeAction));
}