public Task <IQueryResult <T> > Run <T>(Query q, RowParser <T, TRow> p)
{
return(Run(q, p, _ct));
}
public Task <IQueryResult <T> > Run <T>(Query q, RowParser <T, TRow> p, CancellationToken ct)
{
return(_runner.RunInternal(_connection, q, p, ct, () => Task.CompletedTask));
}
public Task <T> RunSingle <T>(Query q, RowParser <T, TRow> p)
{
return(RunSingle(q, p, _ct));
}
public Task <T> RunSingle <T>(Query q, RowParser <T, TRow> p, CancellationToken ct)
{
return(_runner.RunSingleInternal(_connection, q, p, ct));
}
protected override Task <T> Single <T>(DbDataReader result, RowParser <T, IDataRecord> parser, CancellationToken ct)
{
return(ParseSingle(result, parser, ct));
}
protected override IQueryResult <T> Enumerate <T>(DbDataReader result, RowParser <T, IDataRecord> parser, CancellationToken ct, Func <Task> onComplete)
{
return(new DataReaderQueryResult <T>(result, parser, ct, onComplete));
}
public IQueryResult <T> AllRecords <T>(RowParser <T, IDataRecord> parser)
{
return(new DataReaderQueryResult <T>(_reader, parser, _ct, () => Task.CompletedTask));
}
public DataReaderQueryResult(DbDataReader reader, RowParser <T, IDataRecord> parser, CancellationToken ct, Func <Task> onComplete)
{
_reader = reader;
_enumerator = new DataReaderParsingEnumerator <T>(reader, parser, ct, onComplete);
}
public Task <T> SingleRecord <T>(RowParser <T, IDataRecord> parser)
{
return(DataReaderRunner.ParseSingle(_reader, parser, _ct));
}
protected abstract IQueryResult <T> Enumerate <T>(DbDataReader result, RowParser <T, TRow> parser, CancellationToken ct, Func <Task> onComplete);
public async Task <IQueryResult <T> > Run <T>(Query q, RowParser <T, TRow> p, CancellationToken ct)
{
var c = await _connectionProvider();
return(await RunInternal(c, q, p, ct, async() => { await _connectionDisposer(c); }));
}
protected abstract Task <T> Single <T>(DbDataReader result, RowParser <T, TRow> parser, CancellationToken ct);
public Task <T> RunSingle <T>(Query q, RowParser <T, TRow> p, CancellationToken ct)
{
return(WithConnection(c => RunSingleInternal(c, q, p, ct)));
}