oceanbase/unittest/sql/engine/expr/ob_expr_in_test.cpp
gm 4a92b6d7df reformat source code
according to code styles, 'AccessModifierOffset' should be -2.
2021-06-17 10:40:36 +08:00

2787 lines
106 KiB
C++

/**
* Copyright (c) 2021 OceanBase
* OceanBase CE is licensed under Mulan PubL v2.
* You can use this software according to the terms and conditions of the Mulan PubL v2.
* You may obtain a copy of Mulan PubL v2 at:
* http://license.coscl.org.cn/MulanPubL-2.0
* THIS SOFTWARE IS PROVIDED ON AN "AS IS" BASIS, WITHOUT WARRANTIES OF ANY KIND,
* EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO NON-INFRINGEMENT,
* MERCHANTABILITY OR FIT FOR A PARTICULAR PURPOSE.
* See the Mulan PubL v2 for more details.
*/
#include <gtest/gtest.h>
#include "sql/engine/expr/ob_expr_in.h"
#include "sql/engine/expr/ob_expr_result_type_util.h"
using namespace oceanbase::sql;
using namespace oceanbase::common;
class ObExprInTest : public ::testing::Test {
public:
ObExprInTest();
virtual ~ObExprInTest();
virtual void SetUp();
virtual void TearDown();
private:
// disallow copy
ObExprInTest(const ObExprInTest& other);
ObExprInTest& operator=(const ObExprInTest& other);
protected:
// data members
};
ObExprInTest::ObExprInTest()
{}
ObExprInTest::~ObExprInTest()
{}
void ObExprInTest::SetUp()
{}
void ObExprInTest::TearDown()
{}
#define IN_GENPARAM2(params, type1, v1, type2, v2) \
params[0].set_##type1(v1); \
params[1].set_##type2(v2); \
if (CS_LEVEL_INVALID == params[0].get_collation_level()) { \
params[0].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_LEVEL_INVALID == params[1].get_collation_level()) { \
params[1].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[0].get_collation_type()) { \
params[0].set_collation_type(CS_TYPE_BINARY); \
} \
if (CS_TYPE_INVALID == params[1].get_collation_type()) { \
params[1].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM3(params, type1, v1, type2, v2, type3, v3) \
IN_GENPARAM2(params, type1, v1, type2, v2); \
params[2].set_##type3(v3); \
if (CS_LEVEL_INVALID == params[2].get_collation_level()) { \
params[2].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[2].get_collation_type()) { \
params[2].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM4(params, type1, v1, type2, v2, type3, v3, type4, v4) \
IN_GENPARAM3(params, type1, v1, type2, v2, type3, v3); \
params[3].set_##type4(v4); \
if (CS_LEVEL_INVALID == params[3].get_collation_level()) { \
params[3].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[3].get_collation_type()) { \
params[3].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM5(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5) \
IN_GENPARAM4(params, type1, v1, type2, v2, type3, v3, type4, v4); \
params[4].set_##type5(v5); \
if (CS_LEVEL_INVALID == params[4].get_collation_level()) { \
params[4].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[4].get_collation_type()) { \
params[4].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM6(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6) \
IN_GENPARAM5(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5); \
params[5].set_##type6(v6); \
if (CS_LEVEL_INVALID == params[5].get_collation_level()) { \
params[5].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[5].get_collation_type()) { \
params[5].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM7(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6, type7, v7) \
IN_GENPARAM6(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6); \
params[6].set_##type7(v7); \
if (CS_LEVEL_INVALID == params[6].get_collation_level()) { \
params[6].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[6].get_collation_type()) { \
params[6].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM8(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6, type7, v7, type8, v8) \
IN_GENPARAM7(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6, type7, v7); \
params[7].set_##type8(v8); \
if (CS_LEVEL_INVALID == params[7].get_collation_level()) { \
params[7].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[7].get_collation_type()) { \
params[7].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM9( \
params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6, type7, v7, type8, v8, type9, v9) \
IN_GENPARAM8(params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6, type7, v7, type8, v8); \
params[8].set_##type9(v9); \
if (CS_LEVEL_INVALID == params[8].get_collation_level()) { \
params[8].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[8].get_collation_type()) { \
params[8].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM10(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10) \
IN_GENPARAM9( \
params, type1, v1, type2, v2, type3, v3, type4, v4, type5, v5, type6, v6, type7, v7, type8, v8, type9, v9); \
params[9].set_##type10(v10); \
if (CS_LEVEL_INVALID == params[9].get_collation_level()) { \
params[9].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[9].get_collation_type()) { \
params[9].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM11(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11) \
IN_GENPARAM10(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10); \
params[10].set_##type11(v11); \
if (CS_LEVEL_INVALID == params[10].get_collation_level()) { \
params[10].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[10].get_collation_type()) { \
params[10].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM12(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12) \
IN_GENPARAM11(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11); \
params[11].set_##type12(v12); \
if (CS_LEVEL_INVALID == params[11].get_collation_level()) { \
params[11].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[11].get_collation_type()) { \
params[11].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM13(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13) \
IN_GENPARAM12(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12); \
params[12].set_##type13(v13); \
if (CS_LEVEL_INVALID == params[12].get_collation_level()) { \
params[12].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[12].get_collation_type()) { \
params[12].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM14(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14) \
IN_GENPARAM13(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13); \
params[13].set_##type14(v14); \
if (CS_LEVEL_INVALID == params[13].get_collation_level()) { \
params[13].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[13].get_collation_type()) { \
params[13].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM15(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15) \
IN_GENPARAM14(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14); \
params[14].set_##type15(v15); \
if (CS_LEVEL_INVALID == params[14].get_collation_level()) { \
params[14].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[14].get_collation_type()) { \
params[14].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM16(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16) \
IN_GENPARAM15(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15); \
params[15].set_##type16(v16); \
if (CS_LEVEL_INVALID == params[15].get_collation_level()) { \
params[15].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[15].get_collation_type()) { \
params[15].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM17(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17) \
IN_GENPARAM16(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16); \
params[16].set_##type17(v17); \
if (CS_LEVEL_INVALID == params[16].get_collation_level()) { \
params[16].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[16].get_collation_type()) { \
params[16].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM18(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18) \
IN_GENPARAM17(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17); \
params[17].set_##type18(v18); \
if (CS_LEVEL_INVALID == params[17].get_collation_level()) { \
params[17].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[17].get_collation_type()) { \
params[17].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM19(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19) \
IN_GENPARAM18(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18); \
params[18].set_##type19(v19); \
if (CS_LEVEL_INVALID == params[18].get_collation_level()) { \
params[18].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[18].get_collation_type()) { \
params[18].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM20(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20) \
IN_GENPARAM19(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19); \
params[19].set_##type20(v20); \
if (CS_LEVEL_INVALID == params[19].get_collation_level()) { \
params[19].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[19].get_collation_type()) { \
params[19].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM21(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20, \
type21, \
v21) \
IN_GENPARAM20(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20); \
params[20].set_##type21(v21); \
if (CS_LEVEL_INVALID == params[20].get_collation_level()) { \
params[20].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[20].get_collation_type()) { \
params[20].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM22(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20, \
type21, \
v21, \
type22, \
v22) \
IN_GENPARAM21(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20, \
type21, \
v21); \
params[21].set_##type22(v22); \
if (CS_LEVEL_INVALID == params[21].get_collation_level()) { \
params[21].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[21].get_collation_type()) { \
params[21].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM23(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20, \
type21, \
v21, \
type22, \
v22, \
type23, \
v23) \
IN_GENPARAM22(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20, \
type21, \
v21, \
type22, \
v22); \
params[22].set_##type23(v23); \
if (CS_LEVEL_INVALID == params[22].get_collation_level()) { \
params[22].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[22].get_collation_type()) { \
params[22].set_collation_type(CS_TYPE_BINARY); \
}
#define IN_GENPARAM24(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20, \
type21, \
v21, \
type22, \
v22, \
type23, \
v23, \
type24, \
v24) \
IN_GENPARAM23(params, \
type1, \
v1, \
type2, \
v2, \
type3, \
v3, \
type4, \
v4, \
type5, \
v5, \
type6, \
v6, \
type7, \
v7, \
type8, \
v8, \
type9, \
v9, \
type10, \
v10, \
type11, \
v11, \
type12, \
v12, \
type13, \
v13, \
type14, \
v14, \
type15, \
v15, \
type16, \
v16, \
type17, \
v17, \
type18, \
v18, \
type19, \
v19, \
type20, \
v20, \
type21, \
v21, \
type22, \
v22, \
type23, \
v23); \
params[23].set_##type24(v24); \
if (CS_LEVEL_INVALID == params[23].get_collation_level()) { \
params[23].set_collation_level(CS_LEVEL_SYSCONST); \
} \
if (CS_TYPE_INVALID == params[23].get_collation_type()) { \
params[23].set_collation_type(CS_TYPE_BINARY); \
}
int calc_cmp_type2(ObExprResType& type, const ObObj& type1, const ObObj& type2)
{
int ret = OB_SUCCESS;
ObObjType cmp_type;
if (OB_SUCC(ObExprResultTypeUtil::get_relational_cmp_type(cmp_type, type1.get_type(), type2.get_type()))) {
if (ObMaxType == cmp_type) {
ret = OB_INVALID_ARGUMENT;
SQL_ENG_LOG(WARN, "failed to get relational cmp types", K(cmp_type), K(type1), K(type1), K(ret));
}
}
if (OB_SUCC(ret)) {
type.set_calc_type(cmp_type);
if (ob_is_string_type(cmp_type)) {
ObObjMeta coll_types[2];
coll_types[0] = type1.get_meta();
coll_types[1] = type2.get_meta();
ObArenaAllocator alloc;
ObExprIn dummy_op(alloc);
ret = dummy_op.aggregate_charsets_for_comparison(type.get_calc_meta(), coll_types, 2);
}
}
return ret;
}
int calc_result_type2(ObExprResType& type, const ObObj& type1, const ObObj& type2)
{
int ret = OB_SUCCESS;
ObExprResType cmp_type;
if (OB_FAIL(calc_cmp_type2(cmp_type, type1, type2))) {
SQL_ENG_LOG(WARN, "failed to calc cmp types", K(ret));
} else {
type.set_int();
type.set_calc_collation(cmp_type);
type.set_calc_type(cmp_type.get_calc_type());
}
return ret;
}
int calc_result_typeN(ObExprResType& type, const ObObj* types, const int64_t row_dimension, const int64_t param_num)
{
int ret = OB_SUCCESS;
int64_t left_start_idx = 0;
int64_t right_start_idx = row_dimension;
int64_t right_element_count = param_num / row_dimension - 1;
for (int64_t i = 0; OB_SUCC(ret) && i < right_element_count; ++i, right_start_idx += row_dimension) {
ObExprResType tmp_res_type;
for (int64_t j = 0; OB_SUCC(ret) && j < row_dimension; ++j) {
if (OB_FAIL(calc_result_type2(tmp_res_type, types[left_start_idx + j], types[right_start_idx + j]))) {
SQL_ENG_LOG(WARN, "failed to calc result types", K(ret));
} else if (OB_FAIL(type.get_row_calc_cmp_types().push_back(tmp_res_type.get_calc_meta()))) {
SQL_ENG_LOG(WARN, "failed to push back cmp type", K(ret));
}
}
}
if (OB_SUCC(ret)) {
type.set_int();
}
return ret;
}
#define R(rtype, stype, cslevel, cstype, res, num, di, pn, ...) \
{ \
int ret = OB_SUCCESS; \
ObObj vres; \
ObArenaAllocator alloc; \
ObExprIn op(alloc); \
op.set_row_dimension(di); \
op.set_real_param_num(pn); \
int64_t bv; \
ObObj params[num]; \
IN_GENPARAM##num(params, __VA_ARGS__); \
ObExprCtx expr_ctx(NULL, NULL, NULL, &buf); \
ObExprResType tmp_ex_type; \
ObCollationLevel tmp_level = cslevel; \
ObCollationType tmp_type = cstype; \
if (OB_FAIL(calc_result_typeN(tmp_ex_type, params, di, num))) { \
SQL_ENG_LOG(WARN, "failed to calc result typeN", K(ret)); \
} else { \
tmp_ex_type.set_collation_level(tmp_level); \
tmp_ex_type.set_collation_type(tmp_type); \
op.set_result_type(tmp_ex_type); \
ret = op.calc_resultN(vres, params, num, expr_ctx); \
if (OB_SUCC(ret)) { \
ASSERT_EQ(rtype, vres.get_type()); \
if (ObIntType == rtype) { \
ASSERT_EQ(OB_SUCCESS, vres.get_int(bv)); \
ASSERT_EQ(res, bv); \
} \
} else { \
ASSERT_EQ(res, ret); \
} \
} \
} \
while (0)
TEST_F(ObExprInTest, basic_test)
{
ObMalloc buf;
/*
* same type
*/
// int
R(ObIntType,
int,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
int,
1,
int,
2,
int,
2,
int,
1,
int,
1,
int,
2,
int,
2,
int,
3);
R(ObIntType,
tinyint,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
tinyint,
1,
tinyint,
2,
tinyint,
2,
tinyint,
1,
tinyint,
1,
tinyint,
2,
tinyint,
2,
tinyint,
3);
R(ObIntType,
smallint,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
smallint,
1,
smallint,
2,
smallint,
2,
smallint,
1,
smallint,
1,
smallint,
2,
smallint,
2,
smallint,
3);
R(ObIntType,
mediumint,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
mediumint,
1,
mediumint,
2,
mediumint,
2,
mediumint,
1,
mediumint,
1,
mediumint,
2,
mediumint,
2,
mediumint,
3);
R(ObIntType,
int32,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
int32,
1,
int32,
2,
int32,
2,
int32,
1,
int32,
1,
int32,
2,
int32,
2,
int32,
3);
R(ObIntType,
uint64,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
uint64,
1,
uint64,
2,
uint64,
2,
uint64,
1,
uint64,
1,
uint64,
2,
uint64,
2,
uint64,
3);
R(ObIntType,
utinyint,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
utinyint,
1,
utinyint,
2,
utinyint,
2,
utinyint,
1,
utinyint,
1,
utinyint,
2,
utinyint,
2,
utinyint,
3);
R(ObIntType,
usmallint,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
usmallint,
1,
usmallint,
2,
usmallint,
2,
usmallint,
1,
usmallint,
1,
usmallint,
2,
usmallint,
2,
usmallint,
3);
R(ObIntType,
umediumint,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
umediumint,
1,
umediumint,
2,
umediumint,
2,
umediumint,
1,
umediumint,
1,
umediumint,
2,
umediumint,
2,
umediumint,
3);
R(ObIntType,
uint32,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
uint32,
1,
uint32,
2,
uint32,
2,
uint32,
1,
uint32,
1,
uint32,
2,
uint32,
2,
uint32,
3);
// float/double
R(ObIntType,
float,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
float,
12345.0f,
float,
-12345.0f,
float,
12345.0f,
float,
-12345.0f,
float,
12345.01f,
float,
23451.0f,
float,
-23451.0f,
float,
12345.00f);
R(ObIntType,
ufloat,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
ufloat,
12345.0f,
ufloat,
12345.0f,
ufloat,
12345.0f,
ufloat,
12345.0f,
ufloat,
12345.01f,
ufloat,
23451.0f,
ufloat,
23451.0f,
ufloat,
12345.00f);
R(ObIntType,
double,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
double,
12345.0f,
double,
-12345.0f,
double,
12345.0f,
double,
-12345.0f,
double,
12345.01f,
double,
23451.0f,
double,
-23451.0f,
double,
12345.00f);
R(ObIntType,
udouble,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
udouble,
12345.0f,
udouble,
12345.0f,
udouble,
12345.0f,
udouble,
12345.0f,
udouble,
12345.01f,
udouble,
23451.0f,
udouble,
23451.0f,
udouble,
12345.00f);
// number
number::ObNumber nmb1, nmb2, nmb3, nmb4, nmb5, nmb6, nmb7, nmb8;
ASSERT_EQ(OB_SUCCESS, nmb1.from("789.012", buf));
ASSERT_EQ(OB_SUCCESS, nmb2.from("89.012", buf));
ASSERT_EQ(OB_SUCCESS, nmb3.from("789.012", buf));
ASSERT_EQ(OB_SUCCESS, nmb4.from("89.012", buf));
ASSERT_EQ(OB_SUCCESS, nmb5.from("789", buf));
ASSERT_EQ(OB_SUCCESS, nmb6.from("789.011", buf));
ASSERT_EQ(OB_SUCCESS, nmb7.from("789.0", buf));
ASSERT_EQ(OB_SUCCESS, nmb8.from("789.0120", buf));
R(ObIntType,
number,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
number,
nmb1,
number,
nmb2,
number,
nmb3,
number,
nmb4,
number,
nmb5,
number,
nmb6,
number,
nmb7,
number,
nmb8);
R(ObIntType,
unumber,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
unumber,
nmb1,
unumber,
nmb2,
unumber,
nmb3,
unumber,
nmb4,
unumber,
nmb5,
unumber,
nmb6,
unumber,
nmb7,
unumber,
nmb8);
// //time
// R(ObIntType, 1, 8, 2, 4, datetime, 1, datetime, 2, datetime, 2, datetime, 1, datetime, 1, datetime, 2, datetime,
// 2, datetime, 3); R(ObIntType, 1, 8, 2, 4, timestamp, 1, timestamp, 2, timestamp, 2, timestamp, 1, timestamp, 1,
// timestamp, 2, timestamp, 2, timestamp, 3); R(ObIntType, 1, 8, 2, 4, date, 1, date, 2, date, 2, date, 1, date, 1,
// date, 2, date, 2, date, 3); R(ObIntType, 1, 8, 2, 4, time, 1, time, 2, time, 2, time, 1, time, 1, time, 2, time,
// 2, time, 3); R(ObIntType, 1, 8, 2, 4, year, 1, year, 2, year, 2, year, 1, year, 1, year, 2, year, 2, year, 3);
// string
R(ObIntType,
vchar,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
varchar,
"1",
varchar,
"2",
varchar,
"2",
varchar,
"1",
varchar,
"1",
varchar,
"2",
varchar,
"2",
varchar,
"3");
R(ObIntType,
char,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
char,
"1",
char,
"2",
char,
"2",
char,
"1",
char,
"1",
char,
"2",
char,
"2",
char,
"3");
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
varbinary,
"1",
varbinary,
"2",
varbinary,
"2",
varbinary,
"1",
varbinary,
"1",
varbinary,
"2",
varbinary,
"2",
varbinary,
"3");
R(ObIntType,
binary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
binary,
"1",
binary,
"2",
binary,
"2",
binary,
"1",
binary,
"1",
binary,
"2",
binary,
"2",
binary,
"3");
// bool/ext/unknown/null
R(ObIntType,
bool,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
bool,
1,
bool,
1,
bool,
1,
bool,
1,
bool,
0,
bool,
0,
bool,
0,
bool,
0);
// R(ObIntType, 1, 8, 2, 4, unknown, 1, unknown, 2, unknown, 2, unknown, 1, unknown, 22, unknown, 2, unknown, 2,
// unknown, 3);
R(ObNullType,
null,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
8,
1,
8,
null,
,
null,
,
null,
,
null,
,
null,
,
null,
,
null,
,
null, );
/*
* mixed type
*/
// int
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
int,
1,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
tinyint,
1,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
smallint,
1,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
mediumint,
1,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
int32,
1,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
// R(ObIntType, varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 24, 1, 24, uint64, 1, int, 2, tinyint, 3, smallint, 4,
// mediumint, 5, int32, 6, uint64, 7, utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11, float, -12345.0f, ufloat,
// 12345.0f, double, -12345.0f, udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar, "1", char, "2", varbinary,
// "3", binary, "4", bool, 0, null, ); R(ObIntType, varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 24, 1, 24,
// utinyint, 1, int, 2, tinyint, 3, smallint, 4, mediumint, 5, int32, 6, uint64, 7, utinyint, 8, usmallint, 9,
// umediumint, 10, uint32, 11, float, -12345.0f, ufloat, 12345.0f, double, -12345.0f, udouble, 23451.0f, number, nmb1,
// unumber, nmb2, varchar, "1", char, "2", varbinary, "3", binary, "4", bool, 0, null, ); R(ObIntType, varbinary,
// CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 24, 1, 24, usmallint, 1, int, 2, tinyint, 3, smallint, 4, mediumint, 5, int32,
// 6, uint64, 7, utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11, float, -12345.0f, ufloat, 12345.0f, double,
// -12345.0f, udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar, "1", char, "2", varbinary, "3", binary, "4",
// bool, 0, null, ); R(ObIntType, varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 24, 1, 24, umediumint, 1, int, 2,
// tinyint, 3, smallint, 4, mediumint, 5, int32, 6, uint64, 7, utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11,
// float, -12345.0f, ufloat, 12345.0f, double, -12345.0f, udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar,
// "1", char, "2", varbinary, "3", binary, "4", bool, 0, null, ); R(ObIntType, varbinary, CS_LEVEL_INVALID,
// CS_TYPE_BINARY, 1, 24, 1, 24, uint32, 1, int, 2, tinyint, 3, smallint, 4, mediumint, 5, int32, 6, uint64, 7,
// utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11, float, -12345.0f, ufloat, 12345.0f, double, -12345.0f,
// udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar, "1", char, "2", varbinary, "3", binary, "4", bool, 0,
// null, );
// float/double
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
float,
-12345.0f,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
// R(ObIntType, varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 24, 1, 24, ufloat, 12345.0f, int, 2, tinyint, 3,
// smallint, 4, mediumint, 5, int32, 6, uint64, 7, utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11, float,
// -12345.0f, ufloat, 12345.0f, double, -12345.0f, udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar, "1", char,
// "2", varbinary, "3", binary, "4", bool, 0, null, ); R(ObIntType, varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1,
// 24, 1, 24, float, -12345.0f, int, 2, tinyint, 3, smallint, 4, mediumint, 5, int32, 6, uint64, 7, utinyint, 8,
// usmallint, 9, umediumint, 10, uint32, 11, float, -12345.0f, ufloat, 12345.0f, double, -12345.0f, udouble, 23451.0f,
// number, nmb1, unumber, nmb2, varchar, "1", char, "2", varbinary, "3", binary, "4", bool, 0, null, ); R(ObIntType,
// varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 24, 1, 24, udouble, 23451.0f, int, 2, tinyint, 3, smallint, 4,
// mediumint, 5, int32, 6, uint64, 7, utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11, float, -12345.0f, ufloat,
// 12345.0f, double, -12345.0f, udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar, "1", char, "2", varbinary,
// "3", binary, "4", bool, 0, null, );
// number
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
number,
nmb1,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
// R(ObIntType, varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 24, 1, 24, unumber, nmb1, int, 2, tinyint, 3,
// smallint, 4, mediumint, 5, int32, 6, uint64, 7, utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11, float,
// -12345.0f, ufloat, 12345.0f, double, -12345.0f, udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar, "1", char,
// "2", varbinary, "3", binary, "4", bool, 0, null, );
//// //time
//// R(ObIntType, 1, 8, 2, 4, datetime, 1, datetime, 2, datetime, 2, datetime, 1, datetime, 1, datetime, 2, datetime,
/// 2, datetime, 3); / R(ObIntType, 1, 8, 2, 4, timestamp, 1, timestamp, 2, timestamp, 2, timestamp, 1, timestamp, 1,
/// timestamp, 2, timestamp, 2, timestamp, 3); / R(ObIntType, 1, 8, 2, 4, date, 1, date, 2, date, 2, date, 1, date,
/// 1, date, 2, date, 2, date, 3); / R(ObIntType, 1, 8, 2, 4, time, 1, time, 2, time, 2, time, 1, time, 1, time, 2,
/// time, 2, time, 3); / R(ObIntType, 1, 8, 2, 4, year, 1, year, 2, year, 2, year, 1, year, 1, year, 2, year, 2,
/// year, 3);
// string
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
varchar,
"1",
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
char,
"1",
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
varbinary,
"1",
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
binary,
"1",
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
// bool/ext/unknown/null
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
bool,
0,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
R(ObIntType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
22,
1,
22,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
// R(ObIntType, 1, 23, 1, 23, unknown, 1, int, 2, tinyint, 3, smallint, 4, mediumint, 5, int32, 6, uint64, 7,
// utinyint, 8, usmallint, 9, umediumint, 10, uint32, 11, float, -12345.0f, ufloat, 12345.0f, double, -12345.0f,
// udouble, 23451.0f, number, nmb1, unumber, nmb2, varchar, "1", char, "2", varbinary, "3", binary, "4", bool, 0,
// null, );
R(ObNullType,
varbinary,
CS_LEVEL_INVALID,
CS_TYPE_BINARY,
1,
23,
1,
23,
null,
,
int,
2,
tinyint,
3,
smallint,
4,
mediumint,
5,
int32,
6,
uint64,
7,
utinyint,
8,
usmallint,
9,
umediumint,
10,
uint32,
11,
float,
-12345.0f,
ufloat,
12345.0f,
double,
-12345.0f,
udouble,
23451.0f,
number,
nmb1,
unumber,
nmb2,
varchar,
"1",
char,
"2",
varbinary,
"3",
binary,
"4",
bool,
0,
null, );
}
TEST_F(ObExprInTest, test_bugfix_6134133)
{
ObMalloc buf;
R(ObIntType, varbinary, CS_LEVEL_INVALID, CS_TYPE_BINARY, 1, 4, 1, 4, int32, 3, int32, 3, varchar, "3", int32, 3);
}
TEST_F(ObExprInTest, tmp_ob_charset)
{
ObString y1 = "你说你爱了";
ObCollationType cs_type = CS_TYPE_UTF8MB4_GENERAL_CI;
int64_t block_len_limit = 6;
int64_t byte_num = 0;
int64_t char_num = 0;
int ret = ObCharset::fit_string(cs_type, y1.ptr(), y1.length(), block_len_limit, byte_num, char_num);
ASSERT_TRUE(OB_SUCC(ret));
ASSERT_TRUE(byte_num == 6);
ASSERT_TRUE(char_num == 2);
block_len_limit = 7;
byte_num = 0;
char_num = 0;
ret = ObCharset::fit_string(cs_type, y1.ptr(), y1.length(), block_len_limit, byte_num, char_num);
ASSERT_TRUE(OB_SUCC(ret));
ASSERT_TRUE(byte_num == 6);
ASSERT_TRUE(char_num == 2);
block_len_limit = 8;
byte_num = 0;
char_num = 0;
ret = ObCharset::fit_string(cs_type, y1.ptr(), y1.length(), block_len_limit, byte_num, char_num);
ASSERT_TRUE(OB_SUCC(ret));
ASSERT_TRUE(byte_num == 6);
ASSERT_TRUE(char_num == 2);
block_len_limit = 1;
byte_num = 0;
char_num = 0;
ret = ObCharset::fit_string(cs_type, y1.ptr(), y1.length(), block_len_limit, byte_num, char_num);
ASSERT_TRUE(OB_SUCC(ret));
ASSERT_TRUE(byte_num == 0);
ASSERT_TRUE(char_num == 0);
block_len_limit = 9;
byte_num = 0;
char_num = 0;
ret = ObCharset::fit_string(cs_type, y1.ptr(), y1.length(), block_len_limit, byte_num, char_num);
ASSERT_TRUE(OB_SUCC(ret));
ASSERT_TRUE(byte_num == 9);
ASSERT_TRUE(char_num == 3);
block_len_limit = 15;
byte_num = 0;
char_num = 0;
ret = ObCharset::fit_string(cs_type, y1.ptr(), y1.length(), block_len_limit, byte_num, char_num);
ASSERT_TRUE(OB_SUCC(ret));
ASSERT_TRUE(byte_num == 15);
ASSERT_TRUE(char_num == 5);
block_len_limit = 999;
byte_num = 0;
char_num = 0;
ret = ObCharset::fit_string(cs_type, y1.ptr(), y1.length(), block_len_limit, byte_num, char_num);
ASSERT_TRUE(OB_SUCC(ret));
ASSERT_TRUE(byte_num == 15);
ASSERT_TRUE(char_num == 5);
}
int main(int argc, char** argv)
{
oceanbase::common::ObLogger::get_logger().set_log_level("WARN");
::testing::InitGoogleTest(&argc, argv);
return RUN_ALL_TESTS();
}