private int GetServerTransactionLevel()
{
// This function is needed for those times when it is impossible to determine the server's
// transaction level, unless the user's arguments were parsed - which is something we don't want
// to do. An example when it is impossible to determine the level is after a rollback.
using (SqlCommand transactionLevelCommand = new SqlCommand("set @out = @@trancount", (SqlConnection)(_innerConnection.Owner)))
{
transactionLevelCommand.Transaction = Parent;
SqlParameter parameter = new SqlParameter("@out", SqlDbType.Int);
parameter.Direction = ParameterDirection.Output;
transactionLevelCommand.Parameters.Add(parameter);
transactionLevelCommand.RunExecuteReader(CommandBehavior.Default, RunBehavior.UntilDone, returnStream: false);
return((int)parameter.Value);
}
}
private int GetServerTransactionLevel()
{
// This function is needed for those times when it is impossible to determine the server's
// transaction level, unless the user's arguments were parsed - which is something we don't want
// to do. An example when it is impossible to determine the level is after a rollback.
// TODO: we really ought to be able to execute without using the public objects...
using (SqlCommand transactionLevelCommand = new SqlCommand("set @out = @@trancount", (SqlConnection)(_innerConnection.Owner))) {
transactionLevelCommand.Transaction = Parent;
SqlParameter parameter = new SqlParameter("@out", SqlDbType.Int);
parameter.Direction = ParameterDirection.Output;
transactionLevelCommand.Parameters.Add(parameter);
// UNDONE: use a singleton select here
// UNDONE: execute without SqlClientPermission.Demand()
transactionLevelCommand.RunExecuteReader(0, RunBehavior.UntilDone, false /* returnDataStream */, ADP.GetServerTransactionLevel);
return((int)parameter.Value);
}
}
