using FreeSql.DataAnnotations; using System; using Xunit; namespace FreeSql.Tests.Sqlite { public class SqliteAdoTest { [Fact] public void Pool() { var t1 = g.sqlite.Ado.MasterPool.StatisticsFullily; } [Fact] public void SlavePools() { var t2 = g.sqlite.Ado.SlavePools.Count; } [Fact] public void ExecuteTest() { Assert.True(g.sqlite.Ado.ExecuteConnectTest()); } [Fact] public void ExecuteReader() { } [Fact] public void ExecuteArray() { } [Fact] public void ExecuteNonQuery() { } [Fact] public void ExecuteScalar() { } [Fact] public void Query() { g.sqlite.CodeFirst.SyncStructure(); var t0 = g.sqlite.Ado.Query("select * from \"song\""); var t1 = g.sqlite.Ado.Query("select id, url, create_time from \"song\""); var t2 = g.sqlite.Ado.Query("select id, url, create_time test_time from \"song\""); var t3 = g.sqlite.Ado.Query("select * from \"song\""); var t4 = g.sqlite.Ado.Query<(int, string, string)>("select * from \"song\""); var t5 = g.sqlite.Ado.Query("select * from \"song\""); var t6 = g.sqlite.Ado.Query("select * from song where id in @ids", new { ids = new[] { 1, 2, 3 } }); } [Fact] public void QueryMultipline() { g.sqlite.CodeFirst.SyncStructure(); var t3 = g.sqlite.Ado.Query("select * from song; select * from song; select * from song"); } class xxx { public int Id { get; set; } public string Path { get; set; } public string Title2 { get; set; } } class testallDto { public int Id { get; set; } public string Title { get; set; } public string Url { get; set; } public DateTime Test_time { get; set; } public DateTime Create_time { get; set; } public bool Is_deleted { get; set; } } } }