query:
INSERT INTO _table ( _field ) VALUES ( _char(255) ) |
UPDATE _table SET _field = digit WHERE _field > _english AND _field < _english |
DELETE FROM _table WHERE _field = NULL |
UPDATE _table SET _field = digit WHERE _field > _english AND _field < _english |
UPDATE _table SET _field = digit WHERE _field > NULL AND _field < _digit |
DELETE FROM _table WHERE _field = _digit |
INSERT INTO _table ( _field ) VALUES ( _datetime ) |
UPDATE _table SET _field = digit WHERE _field > _datetime AND _field < NULL |
UPDATE _table SET _field = digit WHERE _field > _english AND _field < _digit |
UPDATE _table SET _field = digit WHERE _field > _digit AND _field < _datetime |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_text_key` != _char ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 2 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 10 WHERE int_field BETWEEN 1 AND 6 ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_text_not_null_key` IN (_quid, _char, _quid, _char) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int_key` = 7 WHERE int_field BETWEEN 4 AND 7 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10` = _quid ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X WHERE X . _field_key < _tinyint_unsigned LIMIT 7 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_1024_not_null_key` = _char ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 50 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int` = 6 WHERE `col_int_key` IN (7, _digit, _tinyint_unsigned) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ |
SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . `pk` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _digit WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 50 WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_1024` <= _char ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . `col_int_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _digit WHERE `col_char_1024_not_null` != _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _int_unsigned WHERE `col_char_10` = _quid ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10` IN (_char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _digit WHERE `col_bigint` IN (_digit) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . `pk` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 5 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_text_not_null_key` IN (_char, _char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_bigint_key` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _int_unsigned , _int_unsigned , _int_unsigned , _varchar(1) , _varchar(1) ) LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10_not_null_key` IN (_quid) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . _field_key < _varchar(1) LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_char_10_key` IN (_char, _char, _char) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 3 AND 8 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_bigint` IN (_int_unsigned) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = STATEMENT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ LOCK TABLE _table WRITE ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ UNLOCK TABLES { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ USE `test` ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ROLLBACK TO SAVEPOINT A /* 1 END */ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = MIXED ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ USE `test1` ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ CREATE TABLE mysql.user ( f1 BIGINT ) /* 1 END */ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'MIXED' ; $pick_mode = 0 ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ PREPARE st1 FROM " INSERT HIGH_PRIORITY INTO { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table1_innodb_int { return $m1 } table10_int_autoinc { return $m2 } table1_myisam { return $m3 } table1_innodb_int_autoinc { return $m4 } ( _field , col_tinyint ) VALUES ( -2.0E-100 , _tinyint ) " ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ EXECUTE st1 ; DEALLOCATE PREPARE st1 ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ START TRANSACTION /* 1 END */ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'MIXED' ; $pick_mode = 0 ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ UPDATE test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0 { return $m1 } table0 { return $m2 } table10_myisam { return $m3 } table0_innodb_int { return $m4 } SET _field[invariant] = col_tinyint WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + _digit AND _field[invariant] IS NULL ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ START TRANSACTION /* 1 END */ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'MIXED' ; $pick_mode = 0 ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE QUICK FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0 { return $m1 } table0_int_autoinc { return $m2 } table1_myisam_int_autoinc { return $m3 } table10_innodb { return $m4 } WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ START TRANSACTION /* 1 END */ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'STATEMENT' ; $pick_mode = $prng->int(1,4) ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ INSERT INTO test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0_myisam { return $m1 } table1_int { return $m2 } table0_myisam_int_autoinc { return $m3 } table0_innodb_int_autoinc { return $m4 } ( _field_list[invariant] ) SELECT _field_list[invariant] FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0_myisam_int { return $m1 } table1_int_autoinc { return $m2 } table1_myisam_int_autoinc { return $m3 } table1_innodb_int_autoinc { return $m4 } AS A WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE A , B FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0_myisam_int_autoinc { return $m1 } table1_int { return $m2 } table1_myisam_int_autoinc { return $m3 } table10_innodb_int { return $m4 } AS A NATURAL JOIN { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0_int { return $m1 } table1 { return $m2 } table0_myisam_int_autoinc { return $m3 } table0_innodb { return $m4 } B WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ START TRANSACTION { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ INSERT INTO test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table1_innodb_int { return $m1 } table0 { return $m2 } table1_myisam_int_autoinc { return $m3 } table10_innodb_int { return $m4 } ( _field_list[invariant] ) SELECT _field_list[invariant] FROM test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_myisam { return $m1 } table10_int_autoinc { return $m2 } table1_myisam_int_autoinc { return $m3 } table0_innodb { return $m4 } AS A NATURAL JOIN test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_myisam { return $m1 } table0_int_autoinc { return $m2 } table1_myisam { return $m3 } table0_innodb_int_autoinc { return $m4 } B WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ROLLBACK /* 1 END */ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'ROW' ; $pick_mode = 0 ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SAVEPOINT A { $pick_mode=3; return undef} { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ UPDATE { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_int { return $m1 } table0_int_autoinc { return $m2 } table0_myisam_int_autoinc { return $m3 } table0_innodb { return $m4 } SET _field[invariant] = col_tinyint WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + _digit AND _field[invariant] IS NULL ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SAVEPOINT A { $pick_mode=3; return undef} /* 1 END */ |
{ return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION TRANSACTION ISOLATION LEVEL { if ( $format == 'STATEMENT' ) { return $prng->arrayElement(['REPEATABLE READ','SERIALIZABLE']) } else { return $prng->arrayElement(['READ UNCOMMITTED','READ COMMITTED','REPEATABLE READ','SERIALIZABLE']) } } |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'ROW' ; $pick_mode = 0 ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SAVEPOINT A { $pick_mode=3; return undef} { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ PREPARE st1 FROM " UPDATE test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*';$m4='*/'} elsif ($pick_mode==1) {$m0='/*';$m1='*/';$m2='/*';$m4='*/'} elsif ($pick_mode==2) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} elsif ($pick_mode==3) {$m0='/*';$m3='*/'} elsif ($pick_mode==4) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} ; return undef } { return $m0 } table0 { return $m1 } table10_int { return $m2 } table10_myisam_int_autoinc { return $m3 } table1_innodb { return $m4 } AS A NATURAL JOIN test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*';$m4='*/'} elsif ($pick_mode==1) {$m0='/*';$m1='*/';$m2='/*';$m4='*/'} elsif ($pick_mode==2) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} elsif ($pick_mode==3) {$m0='/*';$m3='*/'} elsif ($pick_mode==4) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} ; return undef } { return $m0 } table0_innodb_int_autoinc { return $m1 } table1 { return $m2 } table1_myisam_int_autoinc { return $m3 } table1_innodb_int { return $m4 } B SET A. _field = NOW() , B. _field = RAND( _digit ) WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 " ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ EXECUTE st1 ; DEALLOCATE PREPARE st1 ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ CREATE TABLE mysql.user ( f1 BIGINT ) /* 1 END */ |
/* BEGIN 1 */ COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'MIXED' ; $pick_mode = 0 ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET @aux = 13 { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ UPDATE test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_myisam_int_autoinc { return $m1 } table10 { return $m2 } table10_myisam_int { return $m3 } table10_innodb_int { return $m4 } SET _field[invariant] = col_tinyint WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + _digit AND _field[invariant] IS NULL { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SELECT col_tinyint, _field FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_innodb_int { return $m1 } table0 { return $m2 } table1_myisam { return $m3 } table0_innodb { return $m4 } WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 FOR UPDATE ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ COMMIT /* 1 END */ |
CREATE TRIGGER { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . {$trigger_name_n = $trigger_prefix.$prng->int(1,$namespace_width).$normal_piece ; $trigger_name = $trigger_name_n} {$trigger_item_n = $database_name ." . ".$trigger_name_n; $trigger_item = $trigger_item_n; return undef} AFTER DELETE ON {$base_table_name_n = $table_prefix.$base_piece.$prng->int(1,$namespace_width).$normal_piece ; $base_table_name = $base_table_name_n; $table_name = $base_table_name} FOR EACH ROW BEGIN CALL { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . {$procedure_name_n = $procedure_prefix.$prng->int(1,$namespace_width).$normal_piece ; $procedure_name = $procedure_name_n} {$procedure_item_n = $database_name ." . ".$procedure_name_n; $procedure_item = $procedure_item_n; return undef} ; END |
DELETE A , B FROM { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . {$base_table_name_n = $table_prefix.$base_piece.$prng->int(1,$namespace_width).$normal_piece ; $base_table_name = $base_table_name_n; $table_name = $base_table_name} {$base_table_item_n = $database_name ." . ".$base_table_name_n; $base_table_item = $base_table_item_n; return undef} AS A NATURAL JOIN { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$view_table_name_s = $table_prefix.$view_piece.$prng->int(1,$namespace_width).$sequence_piece; $view_table_name = $view_table_name_s; $table_name = $view_table_name} {$view_table_item_s = $database_name_s." . ".$view_table_name_s; $view_table_item = $view_table_item_s; return undef} B WHERE `pk` BETWEEN _digit[invariant] AND _digit[invariant] + 1 |
CREATE ALGORITHM = MERGE VIEW { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$view_table_name_n = $table_prefix.$view_piece.$prng->int(1,$namespace_width).$normal_piece ; $view_table_name = $view_table_name_n; $table_name = $view_table_name} {$view_table_item_n = $database_name ." . ".$view_table_name_n; $view_table_item = $view_table_item_n; return undef} AS SELECT { $field = 'col_float' ; return undef } {$table_field_list = $field; return undef} { $field = 'col_varchar_64' ; return undef } {$table_field_list = $table_field_list.','.$field; return undef} { $field = 'pk' ; return undef } {$table_field_list = $table_field_list.','.$field} FROM { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . {$temp_table_name_n = $table_prefix.$temp_piece.$prng->int(1,$namespace_width).$normal_piece ; $temp_table_name = $temp_table_name_n; $table_name = $temp_table_name} {$temp_table_item_n = $database_name ." . ".$temp_table_name_n; $temp_table_item = $temp_table_item_n; return undef} AS A WHERE `pk` BETWEEN _digit[invariant] AND _digit[invariant] + 1 |
/* { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$view_table_name_s = $table_prefix.$view_piece.$prng->int(1,$namespace_width).$sequence_piece; $view_table_name = $view_table_name_s; $table_name = $view_table_name} {$view_table_item_s = $database_name_s." . ".$view_table_name_s; $view_table_item = $view_table_item_s; return undef} */ SELECT * FROM information_schema . columns WHERE table_schema = TRIM(' $database_name ') AND table_name = TRIM(' $table_name ') AND column_name = { $field = 'col_int' ; return undef } { return "'".$field."'" } |
PREPARE st1 FROM " SELECT { $field = 'col_decimal' ; return undef } {$table_field_list = $field; return undef} { $field = 'col_decimal' ; return undef } {$table_field_list = $table_field_list.','.$field; return undef} { $field = 'pk' ; return undef } {$table_field_list = $table_field_list.','.$field} FROM { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . {$base_table_name_n = $table_prefix.$base_piece.$prng->int(1,$namespace_width).$normal_piece ; $base_table_name = $base_table_name_n; $table_name = $base_table_name} {$base_table_item_n = $database_name ." . ".$base_table_name_n; $base_table_item = $base_table_item_n; return undef} AS A UNION SELECT $table_field_list FROM { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . {$merge_table_name_n = $table_prefix.$merge_piece.$prng->int(1,$namespace_width).$normal_piece ; $merge_table_name = $merge_table_name_n; $table_name = $merge_table_name} {$merge_table_item_n = $database_name ." . ".$merge_table_name_n; $merge_table_item = $merge_table_item_n; return undef} AS B WHERE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$function_name_s = $function_prefix.$prng->int(1,$namespace_width).$sequence_piece; $function_name = $function_name_s} {$function_item_s = $database_name_s." . ".$function_name_s; $function_item = $function_item_s; return undef} () = _digit AND `pk` = _digit " ; EXECUTE st1 ; DEALLOCATE PREPARE st1 |
DELETE FROM { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$temp_table_name_s = $table_prefix.$temp_piece.$prng->int(1,$namespace_width).$sequence_piece; $temp_table_name = $temp_table_name_s; $table_name = $temp_table_name} {$temp_table_item_s = $database_name_s." . ".$temp_table_name_s; $temp_table_item = $temp_table_item_s; return undef} WHERE `pk` > _digit LIMIT 1 |
INSERT INTO { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$view_table_name_n = $table_prefix.$view_piece.$prng->int(1,$namespace_width).$normal_piece ; $view_table_name = $view_table_name_n; $table_name = $view_table_name} {$view_table_item_n = $database_name ." . ".$view_table_name_n; $view_table_item = $view_table_item_n; return undef} SELECT { $field = 'col_varchar_64' ; return undef } {$table_field_list = $field; return undef} { $field = 'col_int' ; return undef } {$table_field_list = $table_field_list.','.$field; return undef} { $field = 'col_varchar_64' ; return undef } {$table_field_list = $table_field_list.','.$field} FROM { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$merge_table_name_n = $table_prefix.$merge_piece.$prng->int(1,$namespace_width).$normal_piece ; $merge_table_name = $merge_table_name_n; $table_name = $merge_table_name} {$merge_table_item_n = $database_name ." . ".$merge_table_name_n; $merge_table_item = $merge_table_item_n; return undef} A WHERE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$function_name_s = $function_prefix.$prng->int(1,$namespace_width).$sequence_piece; $function_name = $function_name_s} {$function_item_s = $database_name_s." . ".$function_name_s; $function_item = $function_item_s; return undef} () = _digit AND `pk` = _digit LIMIT 1 |
START TRANSACTION |
LOCK TABLES { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . {$view_table_name_n = $table_prefix.$view_piece.$prng->int(1,$namespace_width).$normal_piece ; $view_table_name = $view_table_name_n; $table_name = $view_table_name} {$view_table_item_n = $database_name ." . ".$view_table_name_n; $view_table_item = $view_table_item_n; return undef} AS _letter READ LOCAL |
BEGIN WORK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_bigint` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } STRAIGHT_JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `pk` { $subquery_idx += 1 ; $subquery_tables=0 ; ""} OR ( 3, 8 ) IN ( SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_key` AS { "SUBQUERY".$subquery_idx."_field1" } , SUM( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_bigint` ) AS { SUBQUERY.$subquery_idx."_field2" } FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_10_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null` != { "table".$prng->int(1,$tables) } . `col_char_1024_key` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10_key` >= { "table".$prng->int(1,$tables) } . `col_char_1024` ) ) OR table1 . `col_char_10_not_null_key` = _char { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ({ "field".$prng->int(1,$fields) } > _char(2) AND { "field".$prng->int(1,$fields) } >= 1) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN ( ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } STRAIGHT_JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_char_1024_not_null_key` = { "table".($tables - 1) } . `col_char_1024_not_null_key` ) ) ) ON ({ "table".$tables } . `col_char_10_key` = { "table".($tables - 1) } . `col_char_1024` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( _char, _char ) IN ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_10` AS { "SUBQUERY".$subquery_idx."_field1" } , { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_1024_key` AS { SUBQUERY.$subquery_idx."_field2" } FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } HAVING { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `pk` >= _char ) ) AND ( table1 . `col_int_key` > _tinyint_unsigned[invariant] AND table1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR table1 . `col_char_10_key` <= _char[invariant] ) OR ( { "table".$prng->int(1,$tables) } . `col_text_not_null_key` != { "table".$prng->int(1,$tables) } . `col_char_1024_key` OR { "table".$prng->int(1,$tables) } . `col_char_10_not_null` >= _char ) HAVING { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( _char, _char ) IN ( SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_text_not_null_key` AS { "SUBQUERY".$subquery_idx."_field1" } , { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_1024_key` AS { SUBQUERY.$subquery_idx."_field2" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT JOIN ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_10` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_not_null_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_bigint` ) ) ) ORDER BY CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_1024_key`, { "table".$prng->int(1,$tables) } . `col_text_not_null` ) , table1 . _field_indexed DESC , table1 . _field_indexed ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT DISTINCT table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_char_1024_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } RIGHT OUTER JOIN ( ( AA AS { "table".++$tables } LEFT OUTER JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } ON ({ "table".$tables } . `col_bigint` = { "table".($tables - 1) } . `col_int_key` ) ) ) ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` <> ALL ( SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_char_10_not_null` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_1024_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_not_null` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_bigint_key` { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} OR { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024` > ( SELECT MIN( { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_char_10_not_null` ) AS { "CHILD_SUBQUERY".$child_subquery_idx."_field1" } FROM ( AA AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } INNER JOIN CC AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } ON ({ "CHILD_SUBQUERY".$child_subquery_idx."_t".$child_subquery_tables } . `col_bigint` = { "CHILD_SUBQUERY".$child_subquery_idx."_t".($child_subquery_tables-1) } . `col_bigint_key` ) ) WHERE { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_char_10_not_null` > _char ) ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` >= { "table".$prng->int(1,$tables) } . `col_int` OR { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null_key` > { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` ) ) AND table1 . `col_bigint_key` IN (_tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_1024_not_null`, { "table".$prng->int(1,$tables) } . `col_char_10_not_null` ), { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 OFFSET 3 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MAX( table1 . `col_int_not_null_key` ) AS { "field".++$fields } FROM ( CC AS { "table".++$tables } STRAIGHT_JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_bigint` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_text_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_1024_key` ) ) WHERE ( { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null` != 4 AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null_key` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024_not_null_key` ) ) AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_key` = { "table".($tables - 1) } . `col_char_10_not_null_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MAX( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_1024_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) IS NULL ) AND table1 . `col_text` IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT SQL_SMALL_RESULT COUNT( table1 . `col_bigint` ) AS { "field".++$fields }, MIN( table1 . `col_bigint_key` ) AS { "field".++$fields } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_bigint_key` ) ) WHERE ( { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null_key` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10` >= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024` ) ) AS { "table".++$tables } INNER JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_bigint_key` IN ( SELECT 3 UNION SELECT 7 ) ) OR table1 . `col_char_1024_not_null_key` IN (_char) AND { "table".$prng->int(1,$tables) } . `col_char_10` != { "table".$prng->int(1,$tables) } . `col_text_not_null_key` ORDER BY table1 . _field_indexed ASC , { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MAX( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_bigint_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024` != { "table".$prng->int(1,$tables) } . `col_text_not_null` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , SUM( table1 . `col_char_10_key` ) AS { "field".++$fields } FROM ( CC AS { "table".++$tables } INNER JOIN ( ( BB AS { "table".++$tables } LEFT JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_char_1024_not_null` = { "table".($tables - 1) } . `col_char_1024_key` ) ) ) ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_int_not_null` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "table".$prng->int(1,$tables) } . `pk` , { "table".$prng->int(1,$tables) } . `col_int_not_null` ) IN ( SELECT 3 , 3 UNION SELECT 7, 9 ) ) OR ( table1 . `col_char_1024_key` = { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` AND table1 . `pk` = _tinyint_unsigned ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY table1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 OFFSET 6 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_char_1024_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } INNER JOIN ( ( CC AS { "table".++$tables } INNER JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `col_bigint` ) ) ) ON ({ "table".$tables } . `col_char_10_key` = { "table".($tables - 1) } . `col_char_10_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int` <= ANY ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_not_null_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int` ) ) ) ) AND ( table1 . `col_int_not_null_key` NOT IN (_tinyint_unsigned) OR table1 . `col_char_1024_not_null_key` <= _char[invariant] ) AND ( { "table".$prng->int(1,$tables) } . `col_char_10_not_null` <= { "table".$prng->int(1,$tables) } . `col_char_10_not_null` AND { "table".$prng->int(1,$tables) } . `col_char_1024_not_null_key` >= _char ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY table1 . _field_indexed , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MIN( table1 . `pk` ) AS { "field".++$fields } , table1 . `col_int_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } STRAIGHT_JOIN B AS { "table".++$tables } ON ({ "table".$tables } . `col_char_1024_not_null_key` = { "table".($tables - 1) } . `col_text` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int_not_null` >= ALL ( SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_not_null_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT JOIN ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_1024_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_1024_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024_key` > { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` ) ) OR table1 . `col_int_key` < { "table".$prng->int(1,$tables) } . `col_bigint` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_1024_not_null`, { "table".$prng->int(1,$tables) } . `col_text` ) , { "field".$prng->int(1,$fields) } ASC, { join(', ', map { "field".$_ } (1..$fields) ) } |
SELECT * FROM `data_dictionary` . SHOW_TEMPORARY_TABLES |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . `col_int_not_null_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , ( ( table1 . `col_bigint` ) - ( table1 . `pk` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( 7, _tinyint_unsigned ) IN ( SELECT 3 , 1 UNION SELECT 7, 4 ) ) OR ( table1 . `col_int_key` > _tinyint_unsigned[invariant] AND table1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR table1 . `pk` > _tinyint_unsigned[invariant] AND table1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) ) OR ( { "table".$prng->int(1,$tables) } . `col_text_key` <= _char AND { "table".$prng->int(1,$tables) } . `col_text_not_null_key` <> { "table".$prng->int(1,$tables) } . `col_text_not_null` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } DESC , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` ASC , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` , { join(', ', map { "field".$_ } (1..$fields) ) } |
UPDATE _table SET `col_bigint_key` = 7 WHERE `col_int_not_null` <= _digit ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . `pk` FROM _table AS X WHERE X . _field_key IN ( _digit , _tinyint_unsigned , _int_unsigned , _digit , _digit ) LIMIT 8 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ |
SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _tinyint_unsigned , _varchar(1) , _int_unsigned , _digit , _tinyint_unsigned ) LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 7 ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key <= _digit ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . _field_key < _int_unsigned LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null_key` IN (_digit) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_key` IN (4) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) FROM _table AS X LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 3 AND 5 ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` IN (_tinyint_unsigned) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 3 WHERE `col_char_10_not_null_key` = _char ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _digit LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _tinyint_unsigned WHERE `col_char_255_not_null_key` IN (_char) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_key` <= _digit ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null_key` BETWEEN _digit AND _varchar(1) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` IN (_digit) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _digit WHERE `col_int_not_null_key` = _tinyint_unsigned ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned WHERE `col_int_key` = _digit ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 3 AND 6 ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null` = _char ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _digit WHERE `col_char_10_not_null` IN (_char, _quid) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 4 AND 8 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned WHERE `col_int_key` IN (4) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_int_key` IN (4) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` IN (_tinyint_unsigned, 7, _digit) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int` IN (_digit) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null_key` BETWEEN _digit AND 2 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field FROM _table AS X WHERE X . _field_key IN ( _int_unsigned , _varchar(1) , _int_unsigned , _digit , _digit ) LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE int_field BETWEEN 3 AND 5 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_bigint` = _digit WHERE `pk` IN (_digit, _digit, _digit) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
FLUSH TABLE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $part_table_name_s = $table_prefix . $part_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $part_table_name = $part_table_name_s ; $table_name = $part_table_name } { $part_table_item_s = $database_name_s . " . " . $part_table_name_s ; $part_table_item = $part_table_item_s ; return undef } |
/* { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $temp_table_name_n = $table_prefix . $temp_piece . $prng->int(1,$namespace_width) . $normal_piece ; $temp_table_name = $temp_table_name_n ; $table_name = $temp_table_name } { $temp_table_item_n = $database_name . " . " . $temp_table_name_n ; $temp_table_item = $temp_table_item_n ; return undef } */ SELECT * FROM information_schema . columns WHERE table_schema = TRIM(' $database_name ') AND table_name = TRIM(' $table_name ') AND column_name = 'pk' |
FLUSH TABLE { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $part_table_name_n = $table_prefix . $part_piece . $prng->int(1,$namespace_width) . $normal_piece ; $part_table_name = $part_table_name_n ; $table_name = $part_table_name } { $part_table_item_n = $database_name . " . " . $part_table_name_n ; $part_table_item = $part_table_item_n ; return undef } |
FLUSH TABLE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $view_table_name_s = $table_prefix . $view_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $view_table_name = $view_table_name_s ; $table_name = $view_table_name } { $view_table_item_s = $database_name_s . " . " . $view_table_name_s ; $view_table_item = $view_table_item_s ; return undef } |
FLUSH TABLE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $merge_table_name_n = $table_prefix . $merge_piece . $prng->int(1,$namespace_width) . $normal_piece ; $merge_table_name = $merge_table_name_n ; $table_name = $merge_table_name } { $merge_table_item_n = $database_name . " . " . $merge_table_name_n ; $merge_table_item = $merge_table_item_n ; return undef } , { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $base_table_name_s = $table_prefix . $base_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $base_table_name = $base_table_name_s ; $table_name = $base_table_name } { $base_table_item_s = $database_name_s . " . " . $base_table_name_s ; $base_table_item = $base_table_item_s ; return undef } |
DO IS_FREE_LOCK(TRIM(' _digit ')) |
SHOW DATABASES |
/* { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $view_table_name_s = $table_prefix . $view_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $view_table_name = $view_table_name_s ; $table_name = $view_table_name } { $view_table_item_s = $database_name_s . " . " . $view_table_name_s ; $view_table_item = $view_table_item_s ; return undef } */ SELECT * FROM information_schema . columns WHERE table_schema = TRIM(' $database_name ') AND table_name = TRIM(' $table_name ') AND column_name = 'pk' |
FLUSH TABLE { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $temp_table_name_n = $table_prefix . $temp_piece . $prng->int(1,$namespace_width) . $normal_piece ; $temp_table_name = $temp_table_name_n ; $table_name = $temp_table_name } { $temp_table_item_n = $database_name . " . " . $temp_table_name_n ; $temp_table_item = $temp_table_item_n ; return undef } |
DO 1 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MAX( table1 . `col_varchar_nokey` ) AS { "field".++$fields } , CONCAT ( table1 . `col_varchar_nokey` , table2 . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "table".++$tables } STRAIGHT_JOIN ( ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( B AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_nokey` { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `pk` != ( SELECT MIN( { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_int_key` ) AS { "CHILD_SUBQUERY".$child_subquery_idx."_field1" } FROM CC AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } ) ) ) ) AS { "table".++$tables } INNER JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) ) ) ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} NOT EXISTS ( SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( A AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_nokey` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` <= { "table".$prng->int(1,$tables) } . `col_varchar_nokey` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` = _char ) ) OR ( table1 . `col_int_key` = _tinyint_unsigned AND table1 . `col_int_key` = { "table".$prng->int(1,$tables) } . `col_int_key` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT DISTINCT SQL_SMALL_RESULT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } STRAIGHT_JOIN ( ( CC AS { "table".++$tables } INNER JOIN B AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_nokey` ) ) ) ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_nokey` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN B AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ) ) ) OR ( table1 . `pk` NOT BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR table1 . `pk` NOT IN (_tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned) ) AND table1 . `col_int_nokey` <= { "table".$prng->int(1,$tables) } . `pk` |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_varchar_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_nokey` IN ( SELECT DISTINCT SQL_SMALL_RESULT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_nokey` AS { "SUBQUERY".$subquery_idx."_field1" } FROM B AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) ) AND ( table1 . `col_varchar_key` IN (_char, _char, _char) OR table1 . `col_varchar_key` <= _char[invariant] ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } <> _char(2) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } STRAIGHT_JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_int_nokey` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_nokey` <> SOME ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_nokey` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_nokey` > { "table".$prng->int(1,$tables) } . `pk` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `pk` = _tinyint_unsigned ) ) AND table1 . `pk` = _tinyint_unsigned AND ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "table".$prng->int(1,$tables) } . `col_int_nokey` , { "table".$prng->int(1,$tables) } . `col_int_nokey` ) NOT IN ( SELECT SQL_SMALL_RESULT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_nokey` AS { "SUBQUERY".$subquery_idx."_field1" } , { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_nokey` AS { SUBQUERY.$subquery_idx."_field2" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_nokey` { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} AND ( 7, 5 ) IN ( SELECT { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_int_key` AS { "CHILD_SUBQUERY".$child_subquery_idx."_field1" } , MIN( { "CHILD_SUBQUERY".$child_subquery_idx."_t2" ; } . `col_int_nokey` ) AS { child_subquery.$child_subquery_idx."_field2" } FROM D AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } GROUP BY { child_subquery.$child_subquery_idx."_field1" } HAVING { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_int_nokey` < _char ) ) ) ) AND { "table".$prng->int(1,$tables) } . `col_varchar_nokey` <= _char ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( view_A AS { "table".++$tables } INNER JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN A AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ) ) ) OR ( table1 . `col_int_key` = _tinyint_unsigned AND table1 . `col_varchar_key` = _char ) AND table1 . `col_int_nokey` IS NULL ORDER BY { "field".$prng->int(1,$fields) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MAX( table1 . `pk` ) AS { "field".++$fields }, SUM( table2 . `col_int_key` ) AS { "field".++$fields }, COUNT( table1 . `col_varchar_nokey` ) AS { "field".++$fields } FROM ( C AS { "table".++$tables } INNER JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_nokey` NOT IN ( SELECT _char UNION SELECT _char ) ) OR ( { "table".$prng->int(1,$tables) } . `col_varchar_key` > _char OR { $subquery_idx += 1 ; $subquery_tables=0 ; ""} NOT EXISTS ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_nokey` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( B AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_nokey` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` < { "table".$prng->int(1,$tables) } . `col_int_key` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` <> { "table".$prng->int(1,$tables) } . `col_varchar_nokey` ) ) ORDER BY table1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT DISTINCT CONCAT ( table2 . `col_varchar_key` , table1 . `col_varchar_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` = 2 ) AS { "table".++$tables } INNER JOIN ( ( B AS { "table".++$tables } STRAIGHT_JOIN view_A AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_key` ) ) ) ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `pk` > ANY ( SELECT 7 FROM DUAL ) ) OR ( table1 . `col_varchar_key` = _char OR table1 . `col_int_key` = _tinyint_unsigned ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` DESC , { "field".$prng->int(1,$fields) } DESC, { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 10 OFFSET 9 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MAX( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM D AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` <= { "table".$prng->int(1,$tables) } . `col_varchar_nokey` AND { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` IN ( SELECT 2 UNION DISTINCT SELECT 8 ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "table".++$tables } INNER JOIN ( ( C AS { "table".++$tables } RIGHT JOIN A AS { "table".++$tables } ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_key` ) ) ) ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `pk` { $subquery_idx += 1 ; $subquery_tables=0 ; ""} AND { "table".$prng->int(1,$tables) } . `col_varchar_nokey` <= ANY ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_nokey` AS { "SUBQUERY".$subquery_idx."_field1" } FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` < { "table".$prng->int(1,$tables) } . `col_varchar_key` ) ) OR ( table1 . `pk` = _tinyint_unsigned AND table1 . `col_int_key` = _tinyint_unsigned ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } < 9 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MAX( table1 . `col_int_key` ) AS { "field".++$fields } FROM ( CC AS { "table".++$tables } STRAIGHT_JOIN view_C AS { "table".++$tables } ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_nokey` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` <= { "table".$prng->int(1,$tables) } . `col_varchar_nokey` OR { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` != { "table".$prng->int(1,$tables) } . `col_int_nokey` ) ) AND { "table".$prng->int(1,$tables) } . `col_varchar_nokey` < _char { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ({ "field".$prng->int(1,$fields) } != _char(2) AND { "field".$prng->int(1,$fields) } > _char(2)) ORDER BY table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT CONCAT ( table1 . `col_varchar_nokey` , table2 . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MAX( DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . `pk` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` <= { "table".$prng->int(1,$tables) } . `col_varchar_key` OR { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` = { "table".$prng->int(1,$tables) } . `col_varchar_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } STRAIGHT_JOIN ( ( BB AS { "table".++$tables } INNER JOIN B AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_key` ) ) ) ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_key` { $subquery_idx += 1 ; $subquery_tables=0 ; ""} AND ( 8, 2 ) IN ( SELECT 1 , 3 UNION SELECT 2, 8 ) ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( ( SELECT 7 FROM DUAL ) ) ) AND ( table1 . `pk` = _tinyint_unsigned AND table1 . `col_varchar_key` = _char ) AND { "table".$prng->int(1,$tables) } . `col_varchar_key` <= { "table".$prng->int(1,$tables) } . `col_varchar_nokey` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SELECT * FROM { if (scalar(@created_tables) > 0) { $prng->arrayElement(\@created_tables) } else { $prng->letter() } } |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . `col_int_key` BETWEEN 3 AND 6 LIMIT 8 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null_key` > _quid ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . _field_key IN ( _varchar(1) , _tinyint_unsigned , _int_unsigned , _varchar(1) , _int_unsigned ) LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_key` IN (_tinyint_unsigned, 25, _digit) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10` = _char ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_char_10` IN (_char) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 25 WHERE `col_char_10_not_null` < _quid ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 3 WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null_key` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null_key` IN (_quid, _char, _char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` IN (_digit) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 5 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_int_not_null_key` BETWEEN 4 AND 8 LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 10 WHERE `col_int_not_null` = _digit ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _digit WHERE `pk` BETWEEN 25 AND _digit ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` > _digit ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X WHERE X . `col_int_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 50 WHERE `col_char_10_not_null` IN (_char, _char, _char) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 4 AND 7 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _digit WHERE _field_key = _tinyint_unsigned ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255` IN (_char, _char) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = 7 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key = _int_unsigned ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) FROM _table AS X LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _digit ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 2 AND 8 ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _tinyint_unsigned WHERE int_field BETWEEN 2 AND 7 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X WHERE X . `col_int_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_bigint` BETWEEN _digit AND 25 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . _field_key IN ( _tinyint_unsigned , _digit , _varchar(1) , _varchar(1) , _tinyint_unsigned ) LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key = _varchar(1) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` IN (_tinyint_unsigned) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` IN (_tinyint_unsigned) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` < _digit ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 4 AND 5 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_not_null` BETWEEN 3 AND 5 LIMIT 5 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_255` IN (_quid, _char) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _int_unsigned , _tinyint_unsigned , _int_unsigned , _varchar(1) , _varchar(1) ) LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 4 AND 7 ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 5 WHERE `col_int_key` IN (10) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT _field FROM _table |
DELETE FROM _table WHERE _field > REPEAT( _hex , _tinyint_unsigned ) ORDER BY `pk` LIMIT 1 |
UPDATE _table SET _field_no_pk = REPEAT( _hex , _tinyint_unsigned ) WHERE _field BETWEEN REPEAT( _hex , _tinyint_unsigned ) AND CONVERT( _english , CHAR) |
UPDATE _table SET _field_no_pk = CONVERT( _varchar(255) , CHAR) WHERE _field < REPEAT( _hex , _tinyint_unsigned ) |
INSERT INTO _table ( _field , _field , _field ) VALUES ( REPEAT( _hex , _tinyint_unsigned ) , CONVERT( _varchar(255) , CHAR) , CONVERT( _english , CHAR) ) |
SELECT _field FROM _table |
SELECT _field FROM _table |
SELECT _field FROM _table |
DELETE FROM _table WHERE _field BETWEEN REPEAT( _hex , _tinyint_unsigned ) AND REPEAT( _hex , _tinyint_unsigned ) ORDER BY `pk` LIMIT 1 |
SELECT _field FROM _table |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT SUM( table2 . `col_int` ) AS {"field".++$fields } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` <= { "table".$prng->int(1,$tables) } . `col_int` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT STRAIGHT_JOIN { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` <= { "table".$prng->int(1,$tables) } . `col_int` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ASC , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } DESC /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( ( { "table".$prng->int(1,$tables) } . `pk` <= { "table".$prng->int(1,$tables) } . `col_int` OR { "table".$prng->int(1,$tables) } . `pk` < { "table".$prng->int(1,$tables) } . `pk` ) AND { "table".$prng->int(1,$tables) } . `pk` >= { "table".$prng->int(1,$tables) } . `col_int_key` ) { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , MAX( DISTINCT table2 . `col_int` ) AS {"field".++$fields } , MIN( table1 . `col_int` ) AS {"field".++$fields } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , COUNT( DISTINCT table1 . `col_int_key` ) AS {"field".++$fields } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( { "table".$prng->int(1,$tables) } . `col_int_key` != { "table".$prng->int(1,$tables) } . `col_int_key` AND { "table".$prng->int(1,$tables) } . `pk` = 4 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` BETWEEN _digit[invariant] AND ( _digit[invariant] + 8 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } /*+javadb:postgres: NULLS FIRST*/ LIMIT 100 OFFSET 2 { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` NOT BETWEEN _digit[invariant] AND ( _digit[invariant] + 1 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` IS NOT NULL ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ASC , { "field".$prng->int(1,$fields) } ASC , { "field".$prng->int(1,$fields) } ASC /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int` NOT BETWEEN _digit[invariant] AND ( _digit[invariant] + 3 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT COUNT( table1 . `pk` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` <= { "table".$prng->int(1,$tables) } . `pk` { $stack->pop(undef) } |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = ROW ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ REPLACE INTO { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't2_temp_trans_'.abs($$) } { return $m1 } { if ($format eq 'STATEMENT') { return 'v2_nontrans_safe_for_sbr_'.abs($$) } else { return 'v2_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m2 } { 't2_temp_trans_'.abs($$) } { return $m3 } ( _field , col_tinyint_not_null ) VALUES ( @aux , _tinyint ) ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ CREATE USER { 'Emilio_'.abs($$).'@localhost' } , { 'Emilio_'.abs($$).'@localhost' } |
{ return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ UPDATE test2 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't1_temp_trans_'.abs($$) } { return $m1 } { 't2_base_nontrans_'.abs($$) } { return $m2 } { 't1_temp_trans_'.abs($$) } { return $m3 } SET _field[invariant] = col_tinyint_not_null WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + _digit AND _field[invariant] IS NULL ; COMMIT |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'MIXED' ; $pick_mode = 'any' ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE A , B FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { if ($format eq 'STATEMENT') { return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m1 } { 't1_'.$prng->int(1,20).'_myisam' } { return $m2 } { 't1_base_trans_'.abs($$) } { return $m3 } AS A NATURAL JOIN { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { if ($format eq 'STATEMENT') { return 'v2_trans_safe_for_sbr_'.abs($$) } else { return 'v2_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m1 } { 't2_base_nontrans_'.abs($$) } { return $m2 } { return 't1_'.$prng->int(1,20).'_innodb' } { return $m3 } B { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> UUID() ) { return $f2 } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ START TRANSACTION |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = ROW ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ USE `test` ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ COMMIT |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'STATEMENT' ; $pick_mode = $prng->arrayElement(['nontrans','trans','shift']) ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE FROM test2 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { if ($format eq 'STATEMENT') { return 'v2_trans_safe_for_sbr_'.abs($$) } else { return 'v2_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m1 } { 't2_base_nontrans_'.abs($$) } { return $m2 } { return 't1_'.$prng->int(1,20).'_innodb' } { return $m3 } { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> UUID() ) { return $f2 } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ COMMIT |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'ROW' ; $pick_mode = 'any' ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't2_base_nontrans_'.abs($$) } { return $m1 } { if ($format eq 'STATEMENT') { return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m2 } { 't1_base_trans_'.abs($$) } { return $m3 } { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> ROW_COUNT() ) { return $f2 } { if ( ($prng->int(1,4) == 4) and ($pick_mode eq 'shift') ) { $pick_mode = 'trans' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_ROW_IMAGE = noblob ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ CREATE TABLE mysql.user ( f1 BIGINT ) |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'STATEMENT' ; $pick_mode = $prng->arrayElement(['nontrans','trans','shift']) ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ { if ( ($prng->int(1,4) == 4) and ($pick_mode eq 'shift') ) { $pick_mode = 'trans' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ USE `test` { if ( ($prng->int(1,4) == 4) and ($pick_mode eq 'shift') ) { $pick_mode = 'trans' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ PREPARE st1 FROM " INSERT INTO test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't1_'.$prng->int(1,20).'_myisam' } { return $m1 } { 't1_temp_nontrans_'.abs($$) } { return $m2 } { return 't1_'.$prng->int(1,20).'_innodb' } { return $m3 } ( _field_list[invariant] ) SELECT _field_list[invariant] FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't1_temp_trans_'.abs($$) } { return $m1 } { 't1_'.$prng->int(1,20).'_myisam' } { return $m2 } { 't2_temp_trans_'.abs($$) } { return $m3 } AS A { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> USER() ) { return $f2 } " ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ EXECUTE st1 ; DEALLOCATE PREPARE st1 { if ( ($prng->int(1,4) == 4) and ($pick_mode eq 'shift') ) { $pick_mode = 'trans' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE test1.A , test.B FROM test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't1_'.$prng->int(1,20).'_myisam' } { return $m1 } { 't2_temp_nontrans_'.abs($$) } { return $m2 } { if ($format eq 'STATEMENT') { return 'v2_trans_safe_for_sbr_'.abs($$) } else { return 'v2_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m3 } AS A NATURAL JOIN test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't2_base_trans_'.abs($$) } { return $m1 } { if ($format eq 'STATEMENT') { return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m2 } { 't1_base_trans_'.abs($$) } { return $m3 } B { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> UUID() ) { return $f2 } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ALTER VIEW { if ($format eq 'STATEMENT') {return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_unsafe_for_sbr_'.abs($$) } } AS SELECT _field_list FROM { 't1_'.$prng->int(1,20).'_myisam' } { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> USER() ) { return $f2 } |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = ROW ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ PREPARE st1 FROM " UPDATE test2 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { if ($format eq 'STATEMENT') { return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m1 } { 't2_temp_nontrans_'.abs($$) } { return $m2 } { return 't1_'.$prng->int(1,20).'_innodb' } { return $m3 } SET _field = +2.0E-1 { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> VERSION() ) { return $f2 } " ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ EXECUTE st1 ; DEALLOCATE PREPARE st1 ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ROLLBACK |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'ROW' ; $pick_mode = 'any' ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE LOW_PRIORITY test1.A , test.B FROM test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't2_base_trans_'.abs($$) } { return $m1 } { 't1_'.$prng->int(1,20).'_myisam' } { return $m2 } { 't2_temp_trans_'.abs($$) } { return $m3 } AS A NATURAL JOIN test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't1_temp_nontrans_'.abs($$) } { return $m1 } { 't2_temp_nontrans_'.abs($$) } { return $m2 } { 't1_temp_trans_'.abs($$) } { return $m3 } B { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> UUID_SHORT() ) { return $f2 } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ COMMIT |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'ROW' ; $pick_mode = 'any' ; return $format } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ UPDATE { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; return undef } { if ($pick_mode eq 'any') {$m1='/*'; $m3='*/'} elsif ($pick_mode eq 'nontrans') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'shift') {$m0='/*'; $m1='*/'; $m2='/*'; $m3='*/'} elsif ($pick_mode eq 'trans') {$m0='/*'; $m2='*/'} ; return undef } { return $m0 } { 't2_base_nontrans_'.abs($$) } { return $m1 } { if ($format eq 'STATEMENT') { return 'v2_nontrans_safe_for_sbr_'.abs($$) } else { return 'v2_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m2 } { if ($format eq 'STATEMENT') { return 'v1_trans_safe_for_sbr_'.abs($$) } else { return 'v1_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m3 } SET _field = _set { if ($pick_mode ne 'any') { $f1 = '/*'; $f2 = '*/' } else { $f1 = ''; $f2 = '' } ; return undef } WHERE col_tinyint_not_null BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> FOUND_ROWS() ) { return $f2 } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ COMMIT |
SELECT MIN( OUTR . `col_int` ) AS X FROM C AS OUTR WHERE ( OUTR . `col_bigint` , OUTR . `col_int_not_null` ) NOT IN ( SELECT INNR . `col_char_not_null` AS Y , INNR . `col_char_not_null_key` AS Z FROM DD AS INNR WHERE INNR . `col_char_not_null` < _char(1) ) AND OUTR . `col_char` <= _char(1) GROUP BY OUTR . `col_bigint` HAVING X <= _digit ORDER BY OUTR . `col_bigint_key` , OUTR . `pk` LIMIT digit |
SELECT STD( OUTR . `col_text_not_null_key` ) AS X FROM C AS OUTR WHERE OUTR . `col_int_not_null_key` NOT IN ( SELECT INNR . `col_text_key` AS Y FROM CC AS INNR WHERE INNR . `col_char` IS NOT NULL ) OR OUTR . `col_char_not_null_key` > _char(1) AND OUTR . `col_char_not_null` >= _char(1) HAVING X > _digit ORDER BY OUTR . `col_bigint_key` , OUTR . `pk` LIMIT digit |
SELECT STDDEV_SAMP( OUTR . `col_char_not_null` ) AS X FROM BB AS OUTR WHERE OUTR . `col_int_key` IN ( SELECT INNR . `col_text` AS Y FROM BB AS INNR WHERE INNR . `col_text_not_null_key` < INNR . `col_char_not_null_key` AND OUTR . `col_char_not_null` = _char(1) ORDER BY INNR . `col_int_not_null` ) OR OUTR . `col_bigint` IS NULL OR OUTR . `col_text_not_null` = _char(1) HAVING X > NULL ORDER BY OUTR . `col_char_not_null_key` , OUTR . `pk` |
SELECT STD( OUTR . `col_int_not_null_key` ) AS X FROM AA AS OUTR WHERE OUTR . `col_char_not_null` IN ( SELECT INNR . `col_bigint_key` AS Y FROM D AS INNR WHERE INNR . `col_text_not_null` IS NULL ORDER BY INNR . `pk` ) AND ( OUTR . `col_int_not_null_key` >= digit OR NOT OUTR . `col_char` < _char(1) ) GROUP BY OUTR . `col_bigint_key` HAVING X <> _datetime ORDER BY OUTR . `col_int_key` , OUTR . `pk` LIMIT digit |
SELECT OUTR . `col_char` AS X FROM C AS OUTR WHERE OUTR . `col_bigint_key` >= SOME ( SELECT INNR . `pk` AS Y FROM BB AS INNR WHERE INNR . `col_char_not_null_key` IS NOT NULL ORDER BY INNR . `col_int_key` ) AND ( OUTR . `col_text_not_null` >= _char(1) AND OUTR . `col_text_key` <= _char(1) ) GROUP BY OUTR . `col_char_not_null` HAVING X <= _datetime ORDER BY OUTR . `col_int_key` , OUTR . `pk` LIMIT digit |
SELECT MIN( OUTR . `col_text` ) AS X FROM BB AS OUTR WHERE OUTR . `col_int_key` <> ( SELECT INNR . `col_char_not_null_key` AS Y FROM BB AS INNR WHERE INNR . `col_int_not_null_key` >= INNR . `col_bigint_key` AND OUTR . `col_text` <> _char(1) ORDER BY INNR . `col_char_not_null_key` LIMIT 1 ) AND ( OUTR . `col_int` <> digit OR NOT OUTR . `col_bigint_key` >= digit ) ORDER BY OUTR . `col_int` , OUTR . `pk` |
SELECT OUTR . `pk` AS X FROM BB AS OUTR WHERE EXISTS ( SELECT INNR . `col_char_not_null_key` AS Y FROM CC AS INNR WHERE INNR . `col_text` < INNR . `col_char_not_null_key` AND OUTR . `col_int_key` = digit ) AND OUTR . `col_bigint` IS NOT NULL GROUP BY OUTR . `col_int` HAVING X <= _char(1) ORDER BY OUTR . `col_text_key` , OUTR . `pk` |
SELECT OUTR . `col_bigint` AS X FROM C AS OUTR WHERE OUTR . `col_text_not_null` <> ( SELECT INNR . `col_text_not_null` AS Y FROM BB AS INNR WHERE OUTR . `col_text` = _char(1) LIMIT 1 ) OR OUTR . `col_bigint` <> digit OR OUTR . `col_bigint_key` >= digit HAVING X < _digit ORDER BY OUTR . `col_text_not_null_key` , OUTR . `pk` |
SELECT STD( OUTR . `col_int_key` ) AS X FROM BB AS OUTR WHERE OUTR . `col_text` > ( SELECT INNR . `pk` AS Y FROM C AS INNR WHERE INNR . `col_text_not_null` = _char(1) LIMIT 1 ) OR OUTR . `col_int_not_null` IS NOT NULL OR NOT OUTR . `col_text_key` < _char(1) HAVING X >= _datetime ORDER BY OUTR . `col_int` , OUTR . `pk` LIMIT digit |
SELECT OUTR . `col_int_key` AS X FROM AA AS OUTR WHERE OUTR . `col_bigint` NOT IN ( SELECT INNR . `col_int_not_null_key` AS Y FROM DD AS INNR WHERE INNR . `col_text_key` <= _char(1) OR OUTR . `pk` IS NOT NULL ORDER BY INNR . `col_bigint` ) OR OUTR . `col_int` IS NOT NULL HAVING X <= NULL ORDER BY OUTR . `col_int_not_null` , OUTR . `pk` |
DELETE FROM _table WHERE `col_text_key` = _quid ORDER BY _field_list LIMIT 2 |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; SELECT X . _field_key FROM _table AS X LIMIT 5 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_text_not_null` = _char ORDER BY _field_list LIMIT 25 ; UPDATE _table SET `col_bigint_key` = 25 WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 7 ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_not_null_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 7 ; COMMIT ; SET AUTOCOMMIT=ON |
DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 1 |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `pk` <= _digit ORDER BY _field_list LIMIT 100 ; SELECT X . _field_key FROM _table AS X LIMIT 6 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 25 ; DELETE FROM _table WHERE `col_int_not_null` IN (_tinyint_unsigned, _digit, _digit) ORDER BY _field_list LIMIT 1 ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned ORDER BY _field_list LIMIT 7 ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 2 ; COMMIT ; SET AUTOCOMMIT=ON |
UPDATE _table SET `col_bigint` = _digit WHERE `col_text_key` = _char ORDER BY _field_list LIMIT 7 |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 4 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `pk` BETWEEN 3 AND 8 LIMIT 5 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table ORDER BY _field_list LIMIT 50 ; ROLLBACK ; SET AUTOCOMMIT=ON |
DELETE FROM _table WHERE int_field BETWEEN 3 AND 7 ORDER BY _field_list LIMIT 4 |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; DELETE FROM _table WHERE `col_char_1024_not_null_key` != _char ORDER BY _field_list LIMIT 4 ; UPDATE _table SET `col_int_key` = 8 WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 8 ; DELETE FROM _table WHERE `col_int` BETWEEN 25 AND 1 ORDER BY _field_list LIMIT 2 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10_not_null_key` = _char ORDER BY _field_list LIMIT 50 ; COMMIT ; SET AUTOCOMMIT=ON |
DELETE FROM _table WHERE `pk` IN (_digit, _varchar(1), _int_unsigned) ORDER BY _field_list LIMIT 4 |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; UPDATE _table SET `col_int_key` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 8 ; DELETE FROM _table ORDER BY _field_list LIMIT 2 ; SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _digit LIMIT 7 FOR UPDATE ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_int_not_null_key` = _int_unsigned ORDER BY _field_list LIMIT 10 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table ORDER BY _field_list LIMIT 50 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 10 ; UPDATE _table SET `col_int` = _digit WHERE `col_char_10_not_null` > _quid ORDER BY _field_list LIMIT 6 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_text` IN (_char, _quid) ORDER BY _field_list LIMIT 10 ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 3 ; COMMIT ; SET AUTOCOMMIT=ON |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } UPDATE A AS OUTR1, B AS OUTR2 SET OUTR1.`col_varchar_key` = 1 WHERE OUTR1.`col_varchar_nokey` IN ( SELECT DISTINCT INNR1 . `col_varchar_key` AS y FROM DD AS INNR1 WHERE OUTR1 . `col_datetime_nokey` < date ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } DELETE FROM OUTR1.* USING B AS OUTR1 LEFT OUTER JOIN C AS OUTR2 ON ( OUTR1 . `pk` = OUTR2 . `pk` ) WHERE OUTR1 . `col_int_key` < ( SELECT DISTINCT INNR1 . `col_int_nokey` AS y FROM AA AS INNR2 RIGHT JOIN BB AS INNR1 ON ( INNR2 . `col_varchar_key` <= INNR1 . `col_varchar_key` ) WHERE INNR1 . `col_int_nokey` < digit ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } UPDATE C AS OUTR1 RIGHT JOIN B AS OUTR2 ON ( OUTR1 . `col_varchar_nokey` = OUTR2 . `col_varchar_key` ) LEFT OUTER JOIN D AS OUTR3 ON ( OUTR1 . `pk` = OUTR3 . `col_int_key` ) SET OUTR1.`col_int_key` = 1, OUTR2.`col_varchar_nokey` = _data WHERE OUTR1 . `pk` IN ( SELECT _digit UNION SELECT _digit ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } UPDATE LOW_PRIORITY IGNORE E AS OUTR1 RIGHT JOIN A AS OUTR2 ON ( OUTR1 . `col_datetime_nokey` = OUTR2 . `col_datetime_key` ) JOIN E AS OUTR3 ON ( OUTR1 . `col_date_key` = OUTR3 . `col_date_nokey` ) SET OUTR1.`col_int_nokey` = _english, OUTR2.`col_int_nokey` = _data WHERE ( OUTR1 . `col_varchar_key` , OUTR1 . `col_varchar_nokey` ) NOT IN ( SELECT DISTINCT INNR1 . `col_varchar_nokey` AS x , INNR1 . `col_varchar_nokey` AS y FROM BB AS INNR2 RIGHT JOIN AA AS INNR1 ON ( INNR2 . `col_varchar_key` >= INNR1 . `col_varchar_key` ) WHERE OUTR1 . `col_varchar_nokey` > _varchar(1) ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } DELETE LOW_PRIORITY OUTR1.* FROM E AS OUTR1 RIGHT JOIN C AS OUTR2 ON ( OUTR1 . `col_date_key` = OUTR2 . `col_date_nokey` ) LEFT OUTER JOIN E AS OUTR3 ON ( OUTR1 . `pk` = OUTR3 . `pk` ) WHERE ( OUTR1 . `col_varchar_nokey` , OUTR1 . `col_varchar_nokey` ) IN ( SELECT DISTINCT INNR1 . `col_varchar_key` AS x , INNR1 . `col_varchar_nokey` AS y FROM AA AS INNR2 INNER JOIN BB AS INNR1 ON ( INNR2 . `col_int_key` <= INNR1 . `pk` ) WHERE INNR1 . `col_varchar_key` IS NOT NULL ORDER BY INNR1 . `col_varchar_key` ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } UPDATE D AS OUTR1 LEFT OUTER JOIN D AS OUTR2 ON ( OUTR1 . `col_varchar_nokey` = OUTR2 . `col_varchar_key` ) SET OUTR1.`col_varchar_nokey` = 1, OUTR2.`col_varchar_key` = _char(1024) WHERE OUTR1 . `col_int_key` IN ( SELECT DISTINCT INNR1 . `col_int_nokey` AS y FROM CC AS INNR2 RIGHT OUTER JOIN AA AS INNR1 ON ( INNR2 . `col_int_nokey` >= INNR1 . `col_int_nokey` ) WHERE INNR1 . `col_varchar_key` >= _varchar(1) ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } DELETE LOW_PRIORITY OUTR1.*, OUTR2.* FROM D AS OUTR1 LEFT JOIN D AS OUTR2 ON ( OUTR1 . `col_int_nokey` = OUTR2 . `col_int_nokey` ) WHERE OUTR1 . `col_varchar_nokey` IN ( SELECT _char UNION SELECT _char ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } DELETE LOW_PRIORITY IGNORE OUTR1.* FROM A AS OUTR1 LEFT JOIN A AS OUTR2 ON ( OUTR1 . `col_varchar_nokey` = OUTR2 . `col_varchar_nokey` ) WHERE ( OUTR1 . `col_int_key` , OUTR1 . `col_int_nokey` ) NOT IN ( SELECT INNR1 . `col_int_nokey` AS x , INNR1 . `col_int_nokey` AS y FROM CC AS INNR2 LEFT OUTER JOIN DD AS INNR1 ON ( INNR2 . `col_varchar_nokey` = INNR1 . `col_varchar_key` ) WHERE INNR1 . `col_varchar_nokey` < INNR1 . `col_varchar_nokey` OR OUTR2 . `col_datetime_key` <= date ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } UPDATE LOW_PRIORITY IGNORE E AS OUTR1 LEFT JOIN D AS OUTR2 ON ( OUTR1 . `pk` = OUTR2 . `col_int_key` ) LEFT OUTER JOIN D AS OUTR3 ON ( OUTR1 . `col_datetime_nokey` = OUTR3 . `col_date_nokey` ) SET OUTR1.`col_int_nokey` = _english WHERE OUTR1 . `col_int_key` IN ( SELECT INNR1 . `pk` AS y FROM CC AS INNR2 RIGHT JOIN DD AS INNR1 ON ( INNR2 . `col_datetime_key` <= INNR1 . `col_date_nokey` ) WHERE INNR1 . `col_varchar_nokey` IS NULL ) ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } UPDATE E AS OUTR1, D AS OUTR2 SET OUTR1.`col_varchar_nokey` = NULL, OUTR2.`col_varchar_key` = _data WHERE OUTR1.`col_varchar_nokey` IN ( SELECT DISTINCT INNR1 . `col_varchar_nokey` AS y FROM CC AS INNR2 RIGHT OUTER JOIN BB AS INNR1 ON ( INNR2 . `col_varchar_key` <= INNR1 . `col_varchar_nokey` ) WHERE INNR1 . `col_datetime_nokey` IS NOT NULL ORDER BY INNR1 . `col_date_key`) ; ROLLBACK |
SELECT * FROM supplier WHERE s_nationkey < _digit AND s_suppkey = 10 ; SELECT * FROM customer WHERE c_acctbal >= _tinyint_unsigned OR c_acctbal BETWEEN _tinyint_unsigned AND _digit + _tinyint_unsigned ; DELETE FROM lineitem WHERE l_shipDATE >= { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,27)) } OR l_orderkey = _tinyint_unsigned ; INSERT INTO orders ( o_orderkey , o_custkey , o_orderstatus , o_totalprice , o_orderDATE , o_orderpriority , o_clerk , o_shippriority , o_comment ) SELECT _tinyint_unsigned , o_custkey, o_orderstatus, o_totalprice , o_orderDATE , o_orderpriority , o_clerk , o_shippriority , o_comment FROM orders WHERE o_totalprice < _digit OR o_custkey = { $prng->uint16(1,150) } ORDER BY o_orderkey ; COMMIT |
INSERT INTO region ( r_regionkey , r_name , r_comment ) VALUES ( 3 , 'AMERICA' , 'sentence' ) ; INSERT INTO region ( r_regionkey , r_name , r_comment ) SELECT 1 , r_name , r_comment FROM region WHERE r_regionkey BETWEEN 3 AND 2 + 4 AND r_regionkey BETWEEN 4 AND 2 + 3 ORDER BY r_regionkey ; SELECT * FROM supplier WHERE s_nationkey BETWEEN _digit AND { $prng->uint16(0,24) } + _digit AND s_nationkey BETWEEN { $prng->uint16(0,24) } AND { $prng->uint16(0,24) } + _digit ; SELECT l_orderkey , l_partkey , l_suppkey , l_linenumber , l_quantity , l_returnflag , l_linestatus , l_shipinstruct , l_shipmode , l_comment FROM lineitem WHERE l_extendedprice BETWEEN _digit AND _mediumint_unsigned + _tinyint_unsigned OR l_orderkey = { $prng->uint16(1,1500) } ; INSERT INTO supplier ( s_suppkey, s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment ) SELECT _digit , s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment FROM supplier WHERE s_suppkey = _digit AND s_nationkey BETWEEN { $prng->uint16(0,24) } AND _digit + _tinyint_unsigned ORDER BY s_suppkey ; COMMIT |
INSERT INTO region ( r_regionkey , r_name , r_comment ) VALUES ( 1 , 'AFRICA' , 'sentence' ) , ( 3 , 'AFRICA' , 'sentence' ) , ( 3 , 'EUROPE' , 'sentence' ) ; UPDATE customer SET c_comment = 'sentence' WHERE c_acctbal > _tinyint_unsigned OR c_acctbal BETWEEN _digit AND _mediumint_unsigned + _tinyint_unsigned ; INSERT INTO supplier ( s_suppkey, s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment ) VALUES ( _digit , { "'Supplier".chr(35).'00000000'.$prng->int(1,5)."'" } , 'words words' , { $prng->uint16(0,24) } , { "'".$prng->int(1,10).'-'.$prng->int(100,999).'-'.$prng->int(100,999).'-'.$prng->int(1000,9999)."'" } , { $prng->int(-999,9999) } , 'sentence' ) , ( _digit , { "'Supplier".chr(35).'00000000'.$prng->int(1,5)."'" } , 'words words' , _digit , { "'".$prng->int(1,10).'-'.$prng->int(100,999).'-'.$prng->int(100,999).'-'.$prng->int(1000,9999)."'" } , { $prng->int(-999,9999) } , 'sentence' ) ; COMMIT |
INSERT INTO nation ( n_nationkey , n_name , n_regionkey , n_comment ) SELECT { $prng->uint16(0,24) } , n_name , n_regionkey , n_comment FROM nation WHERE n_nationkey BETWEEN { $prng->uint16(0,24) } AND { $prng->uint16(0,24) } + _digit AND n_nationkey BETWEEN _digit AND { $prng->uint16(0,24) } + _tinyint_unsigned ORDER BY n_nationkey ; INSERT INTO supplier ( s_suppkey, s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment ) SELECT _digit , s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment FROM supplier WHERE s_nationkey <= { $prng->uint16(0,24) } AND s_nationkey <= _digit ORDER BY s_suppkey ; SELECT * FROM region WHERE r_regionkey = 1 AND r_regionkey BETWEEN 3 AND 4 + 1 ; ROLLBACK |
INSERT INTO part ( p_partkey , p_name , p_mfgr , p_brand , p_type , p_size , p_container , p_retailprice , p_comment ) VALUES ( _tinyint_unsigned , 'words words' , 'Manufacturer4', {"'Brand".$prng->int(1,5).$prng->int(1,5)."'" } , 'types1 PLATED types3' , { $prng->int(1,50) } , 'container1 container2' , _tinyint_unsigned , 'sentence' ) ; SELECT * FROM region WHERE r_regionkey BETWEEN 2 AND 1 + 3 AND r_regionkey > 1 ; INSERT INTO supplier ( s_suppkey, s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment ) SELECT _digit , s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment FROM supplier WHERE s_suppkey = _digit AND s_nationkey BETWEEN { $prng->uint16(0,24) } AND _digit + _tinyint_unsigned ORDER BY s_suppkey ; INSERT INTO lineitem ( l_orderkey , l_partkey , l_suppkey , l_linenumber , l_quantity , l_extendedprice , l_discount , l_tax , l_returnflag , l_linestatus , l_shipDATE , l_commitDATE , l_receiptDATE , l_shipinstruct , l_shipmode , l_comment ) SELECT _tinyint_unsigned , l_partkey , l_suppkey , l_linenumber , l_quantity , l_extendedprice , l_discount , l_tax , l_returnflag , l_linestatus , l_shipDATE , l_commitDATE , l_receiptDATE , l_shipinstruct , l_shipmode , l_comment FROM lineitem WHERE l_suppkey BETWEEN _digit AND _digit + _digit OR l_quantity BETWEEN { $prng->int(1,50) } AND { $prng->int(1,50) } + _digit ORDER BY l_orderkey , l_linenumber ; INSERT INTO customer ( c_custkey , c_name , c_address , c_nationkey , c_phone , c_acctbal , c_mktsegment , c_comment ) SELECT { $prng->uint16(1,150) } , c_name , c_address , c_nationkey , c_phone , c_acctbal , c_mktsegment , c_comment FROM customer WHERE c_custkey = _tinyint_unsigned AND c_acctbal BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned ORDER BY c_custkey ; INSERT INTO orders ( o_orderkey , o_custkey , o_orderstatus , o_totalprice , o_orderDATE , o_orderpriority , o_clerk , o_shippriority , o_comment ) VALUES ( _tinyint_unsigned , { $prng->uint16(1,150) } , 'O' , _tinyint_unsigned , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,27)) } , '3-MEDIUM' , { "'Clerk".chr(35).'000000'.$prng->int(100,999)."'" } , 0 , 'sentence' ) , ( _tinyint_unsigned , _tinyint_unsigned , 'F' , _tinyint_unsigned , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,27)) } , '3-MEDIUM' , { "'Clerk".chr(35).'000000'.$prng->int(100,999)."'" } , 0 , 'sentence' ) ; ROLLBACK |
INSERT INTO orders ( o_orderkey , o_custkey , o_orderstatus , o_totalprice , o_orderDATE , o_orderpriority , o_clerk , o_shippriority , o_comment ) SELECT _tinyint_unsigned , o_custkey, o_orderstatus, o_totalprice , o_orderDATE , o_orderpriority , o_clerk , o_shippriority , o_comment FROM orders WHERE o_orderkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned OR o_custkey < _tinyint_unsigned ORDER BY o_orderkey ; INSERT INTO lineitem ( l_orderkey , l_partkey , l_suppkey , l_linenumber , l_quantity , l_extendedprice , l_discount , l_tax , l_returnflag , l_linestatus , l_shipDATE , l_commitDATE , l_receiptDATE , l_shipinstruct , l_shipmode , l_comment ) SELECT { $prng->uint16(1,1500) } , l_partkey , l_suppkey , l_linenumber , l_quantity , l_extendedprice , l_discount , l_tax , l_returnflag , l_linestatus , l_shipDATE , l_commitDATE , l_receiptDATE , l_shipinstruct , l_shipmode , l_comment FROM lineitem WHERE l_suppkey BETWEEN _digit AND _digit + _digit OR l_receiptDATE = { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,27)) } ORDER BY l_orderkey , l_linenumber ; INSERT INTO nation ( n_nationkey , n_name , n_regionkey , n_comment ) VALUES ( { $prng->uint16(0,24) } , 'EGYPT' , 4 , 'sentence' ) , ( _digit , 'RUSSIA' , 1 , 'sentence' ) ; COMMIT |
SELECT p_partkey , p_name , p_mfgr , p_brand , p_type , p_size , p_container , p_comment FROM part WHERE p_retailprice >= _tinyint_unsigned AND p_retailprice = _tinyint_unsigned ; SELECT p_partkey , p_name , p_mfgr , p_brand , p_type , p_size , p_container , p_comment FROM part WHERE p_retailprice BETWEEN _mediumint_unsigned AND _tinyint_unsigned + _tinyint_unsigned OR p_retailprice = _tinyint_unsigned ; UPDATE part SET p_brand = {"'Brand".$prng->int(1,5).$prng->int(1,5)."'" } WHERE p_retailprice BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned AND p_retailprice = _tinyint_unsigned ; COMMIT |
INSERT INTO nation ( n_nationkey , n_name , n_regionkey , n_comment ) SELECT { $prng->uint16(0,24) } , n_name , n_regionkey , n_comment FROM nation WHERE n_nationkey = _digit AND n_nationkey = _digit ORDER BY n_nationkey ; INSERT INTO partsupp ( ps_partkey , ps_suppkey , ps_availqty , ps_supplycost , ps_comment ) SELECT _digit , ps_suppkey , ps_availqty , ps_supplycost , ps_comment FROM partsupp WHERE ps_supplycost BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned OR ps_supplycost = _mediumint_unsigned ORDER BY ps_partkey , ps_suppkey ; SELECT o_orderkey , o_custkey , o_orderstatus , o_orderpriority , o_clerk , o_shippriority , o_comment FROM orders WHERE o_totalprice = _tinyint_unsigned AND o_orderkey BETWEEN _tinyint_unsigned AND { $prng->uint16(1,1500) } + _digit ; COMMIT |
UPDATE supplier SET s_nationkey = { $prng->uint16(0,24) } WHERE s_acctbal BETWEEN _digit AND _tinyint_unsigned + _tinyint_unsigned AND s_nationkey BETWEEN { $prng->uint16(0,24) } AND _digit + _digit ; UPDATE nation SET n_name = 'UNITED KINGDOM' , n_comment = 'sentence' , n_name = 'IRAN' WHERE n_nationkey = { $prng->uint16(0,24) } AND n_nationkey = { $prng->uint16(0,24) } ; SELECT * FROM nation WHERE n_nationkey = _digit AND n_nationkey = { $prng->uint16(0,24) } ; COMMIT |
INSERT INTO supplier ( s_suppkey, s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment ) SELECT _digit , s_name , s_address , s_nationkey , s_phone , s_acctbal , s_comment FROM supplier WHERE s_acctbal = _mediumint_unsigned AND s_suppkey BETWEEN _digit AND _digit + _digit ORDER BY s_suppkey ; SELECT * FROM nation WHERE n_nationkey BETWEEN _digit AND _digit + _tinyint_unsigned AND n_nationkey = { $prng->uint16(0,24) } ; SELECT * FROM region WHERE r_regionkey = 1 AND r_regionkey <= 4 ; INSERT INTO nation ( n_nationkey , n_name , n_regionkey , n_comment ) SELECT { $prng->uint16(0,24) } , n_name , n_regionkey , n_comment FROM nation WHERE n_nationkey BETWEEN { $prng->uint16(0,24) } AND { $prng->uint16(0,24) } + _digit AND n_nationkey BETWEEN _digit AND _digit + _digit ORDER BY n_nationkey ; INSERT INTO partsupp ( ps_partkey , ps_suppkey , ps_availqty , ps_supplycost , ps_comment ) VALUES ( _tinyint_unsigned , 10 , { $prng->int(1,9999) } , _tinyint_unsigned , 'sentence' ) ; ROLLBACK |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _letter |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table WHERE `col_int_nokey` BETWEEN _digit AND _digit |
DELETE FROM _letter WHERE `col_int_nokey` = _digit ORDER BY `col_int_key` , `col_int_nokey` LIMIT 7 |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _letter WHERE `col_int_nokey` = _digit |
CREATE TABLE _letter ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = MYISAM /*!50100 { @ranges = ($prng->digit(), $prng->int(10,255), $prng->int(256,65535)) ; return undef } PARTITION BY RANGE ( `col_int_nokey` ) ( PARTITION p0 VALUES LESS THAN ( { shift @ranges } ), PARTITION p1 VALUES LESS THAN ( { shift @ranges } ), PARTITION p2 VALUES LESS THAN ( { shift @ranges } ), PARTITION p3 VALUES LESS THAN MAXVALUE ) */ SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _letter WHERE `col_int_nokey` = _digit |
UPDATE _letter SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
/*!50400 ALTER TABLE _letter PARTITION BY LINEAR HASH ( `col_int_nokey` ) PARTITIONS 7 */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _letter WHERE `col_int_nokey` <> _digit |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; INSERT INTO _table ( `col_int_key` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; INSERT INTO _table ( `col_int_key` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; SAVEPOINT A ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK TO SAVEPOINT A ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_key` < _tinyint_unsigned ; COMMIT ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; INSERT INTO _table ( `col_int_key` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_key` = _tinyint_unsigned ; SAVEPOINT A ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_key` = _tinyint_unsigned ; INSERT INTO _table ( `col_int_key` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK TO SAVEPOINT A ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_nokey` < _tinyint_unsigned ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` <= _tinyint_unsigned ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; SAVEPOINT A ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_key` = _tinyint_unsigned ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK TO SAVEPOINT A ; INSERT INTO _table ( `col_int_key` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` != _tinyint_unsigned ; COMMIT ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; INSERT INTO _table ( `col_int_key` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; SAVEPOINT A ; INSERT INTO _table ( `col_int_key` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` <> _tinyint_unsigned ; ROLLBACK TO SAVEPOINT A ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` > _tinyint_unsigned ; SAVEPOINT A ; INSERT INTO _table ( `col_int_key` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_key` <= _tinyint_unsigned ; ROLLBACK TO SAVEPOINT A ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` <> _tinyint_unsigned ; INSERT INTO _table ( `col_int_key` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; COMMIT ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` <= _tinyint_unsigned ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; SAVEPOINT A ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` <> _tinyint_unsigned ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_nokey` >= _tinyint_unsigned ; ROLLBACK TO SAVEPOINT A ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_nokey` != _tinyint_unsigned ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` = _tinyint_unsigned ; ROLLBACK ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` < _tinyint_unsigned ; INSERT INTO _table ( `col_int_key` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; SAVEPOINT A ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_nokey` > _tinyint_unsigned ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_key` >= _tinyint_unsigned ; ROLLBACK TO SAVEPOINT A ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` > _tinyint_unsigned ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; COMMIT ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` = _tinyint_unsigned ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` > _tinyint_unsigned ; SAVEPOINT A ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` >= _tinyint_unsigned ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` = _tinyint_unsigned ; ROLLBACK TO SAVEPOINT A ; INSERT INTO _table ( `col_int_key` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` != _tinyint_unsigned ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned WHERE `col_int_key` > _tinyint_unsigned ; SAVEPOINT A ; INSERT INTO _table ( `col_int_key` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; INSERT INTO _table ( `col_int_key` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK TO SAVEPOINT A ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` != _tinyint_unsigned ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` = _tinyint_unsigned ; ROLLBACK ; SELECT RELEASE_LOCK('LOCK') |
SELECT GET_LOCK('LOCK', 65535) ; START TRANSACTION ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; SAVEPOINT A ; UPDATE _table AS X SET `col_int_key` = _tinyint_unsigned , `col_int_key` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_nokey` < _tinyint_unsigned ; INSERT INTO _table ( `col_int_nokey` , `col_int_key` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; ROLLBACK TO SAVEPOINT A ; UPDATE _table AS X SET `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned , `col_int_nokey` = _tinyint_unsigned WHERE `col_int_key` > _tinyint_unsigned ; INSERT INTO _table ( `col_int_nokey` , `col_int_nokey` ) VALUES ( _tinyint_unsigned , _tinyint_unsigned ) ; COMMIT ; SELECT RELEASE_LOCK('LOCK') |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 2 ) OR { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) AND { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit + 5 ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) OR { $int_idx_field } <> _digit AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 2 ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field } >= _char AND { $char_idx_field } < 'z' OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } < _digit OR { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NULL ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IN (_char) OR { $char_idx_field } BETWEEN _char AND 'z' AND { $char_idx_field } >= _char AND { $char_idx_field } < _char OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit[invariant] + digit ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } BETWEEN _char AND 'z' OR { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } >= _char AND { $char_idx_field } < 'zzzz' |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING BTREE (`col_varchar_1024_latin1`( 200 ) , `col_varchar_1024_utf8`( 200 ) {@idx_fields = ("`col_varchar_1024_latin1`", "`col_varchar_1024_utf8`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= _char AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NOT NULL AND { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field } > _quid AND { $char_idx_field } < _quid AND { $char_idx_field } >= _char AND { $char_idx_field } < 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NOT NULL AND { $char_idx_field } IS NULL AND ( { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) AND { "alias".$prng->int(1,$tables) } . _field IS NOT NULL ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC LIMIT 1 OFFSET 100 ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'zzzz' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL AND { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT LIKE ( '_%' ) AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT BETWEEN _char AND 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char) OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT LIKE ( CONCAT( _char, '%') ) ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } LIKE ( _char ) OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field } > _char AND { $char_idx_field } <= _quid AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } LIKE ( '_%' ) OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field } IN (_char, _char, _char, _char, _char) OR { $char_idx_field } >= _char AND { $char_idx_field } < 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'zzzz' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field } > _char AND { $char_idx_field } < 'z' ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 OFFSET _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 2 ) OR { $int_idx_field } IN (_digit) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 5 ) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 6 ) OR ( { "alias".$prng->int(1,$tables) } . `col_varchar_1024_latin1_key` <> _char AND { "alias".$prng->int(1,$tables) } . `col_varchar_10_utf8` = { "alias".$prng->int(1,$tables) } . `col_varchar_1024_latin1` ) ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= _quid AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < _quid AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _quid AND { $char_idx_field } < _quid AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } < _digit AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { $int_idx_field } < digit AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= _char AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NULL AND { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + digit ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 10 ) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } < _digit AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= _char AND { $char_idx_field } IN (_char) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NOT NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) OR { $int_idx_field } <> 35 OR { "alias".$prng->int(1,$tables) } . `pk` IS NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NULL AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NOT NULL AND { $int_idx_field } IS NOT NULL AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } < _digit ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } DESC |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= _char AND { $char_idx_field } NOT IN (_char, _char) AND { $char_idx_field } NOT BETWEEN _char AND 'z' AND { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { "alias".$prng->int(1,$tables) } . `col_varchar_1024_latin1_key` <= { "alias".$prng->int(1,$tables) } . `col_varchar_1024_utf8` ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IN (_char) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + 25 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 10 ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit + 2 ) AND { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) OR { $int_idx_field } > _digit AND { $int_idx_field } NOT IN (35) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING HASH (`pk`, `col_int_key`, `col_int` { @idx_fields =("`pk`", "`col_int_key`", "`col_int`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IS NULL OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 10 ) OR { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit[invariant] + digit ) AND { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + 75 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 6 ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IS NULL OR { $int_idx_field } < _digit AND { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IN (digit, _digit) AND { "alias".$prng->int(1,$tables) } . `col_int` <= { "alias".$prng->int(1,$tables) } . `col_int` ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != digit AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } NOT IN (_digit) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IN (_digit) OR { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit + 5 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 OFFSET digit ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } > _quid AND { $char_idx_field } < 'zzzz' AND { $char_idx_field } BETWEEN _char AND 'z' OR { $char_idx_field } IS NULL AND { $char_idx_field } LIKE ( CONCAT( _char, '%') ) AND { $char_idx_field } >= _char AND { $char_idx_field } < _quid OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field } NOT BETWEEN _char AND 'z' ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + digit ) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } <= _tinyint_unsigned OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 10 ) AND { $int_idx_field } IS NOT NULL AND { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT IN (65) AND ( ( { "alias".$prng->int(1,$tables) } . `col_int` <= { "alias".$prng->int(1,$tables) } . `col_int_key` OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NULL ) AND { "alias".$prng->int(1,$tables) } . _field IS NOT NULL ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _english AND { $char_idx_field } < 'zzzz' AND { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + 25 ) AND { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit[invariant] + _digit ) ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } DESC ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 5 ) |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING HASH (`col_varchar_10_utf8`( 10 ) , `col_varchar_1024_utf8`( 50 ) {@idx_fields = ("`col_varchar_10_utf8`", "`col_varchar_1024_utf8`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } > _quid AND { $char_idx_field } < _char AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } LIKE ( _english ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _quid AND { $char_idx_field } < 'zzzz' AND { $char_idx_field } > _english AND { $char_idx_field } <= _quid AND { $char_idx_field } > _char AND { $char_idx_field } < _quid AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char) AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'z' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' OR { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'zzzz' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } IS NULL AND { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } >= _english AND { $char_idx_field } < 'zzzz' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } LIKE ( _english ) OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _english AND { $char_idx_field } <= _char OR { $char_idx_field } LIKE ( 'a%' ) OR { $char_idx_field } > _char AND { $char_idx_field } <= 'zzzz' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NOT NULL AND { $char_idx_field } > _char AND { $char_idx_field } <= 'z' ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _quid AND { $char_idx_field } < 'zzzz' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field } LIKE ( 'a%' ) AND { "alias".$prng->int(1,$tables) } . `col_int_key` != _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } < digit AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NULL OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } != digit OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 2 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING HASH (`col_varchar_10_utf8`( 10 ) , `col_varchar_1024_utf8`( 175 ) {@idx_fields = ("`col_varchar_10_utf8`", "`col_varchar_1024_utf8`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } > _char AND { $char_idx_field } < _char OR { $char_idx_field } >= _char AND { $char_idx_field } < 'zzzz' AND { $char_idx_field } >= _quid AND { $char_idx_field } < _english AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char) AND { $char_idx_field } BETWEEN _char AND 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL AND { $char_idx_field } BETWEEN _char AND 'z' OR { $char_idx_field } >= _char AND { $char_idx_field } <= _quid OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } BETWEEN _char AND 'z' OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL AND { $char_idx_field } IN (_char, _char) OR { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= _quid AND { $char_idx_field } > _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } LIKE ( '_%' ) AND { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char, _char, _char, _char, _char, _char, _char, _char) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= _char AND { $char_idx_field } >= _english AND { $char_idx_field } < 'zzzz' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + 20 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING BTREE (`col_int_key` , `pk` , `col_int` { @idx_fields =("`col_int_key`", "`pk`", "`col_int`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != digit OR { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit[invariant] + digit ) AND { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit + 2 ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) OR { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit[invariant] + _tinyint_unsigned ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 2 ) OR { $int_idx_field } <> digit OR { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit[invariant] + 50 ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IN (_digit) ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } DESC , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ASC ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } NOT IN (digit, _digit) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + 20 ) AND { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 1 ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != _digit AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) OR { $int_idx_field } <> _digit AND ( { "alias".$prng->int(1,$tables) } . _field IS NULL AND { "alias".$prng->int(1,$tables) } . `col_varchar_1024_latin1` < _char ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } DESC ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != _digit ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != _digit OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + 35 ) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit + 35 ) OR { "alias".$prng->int(1,$tables) } . _field IS NULL ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit[invariant] + digit ) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + 100 ) AND { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + digit ) OR { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + digit ) OR { $int_idx_field } <= _digit OR { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit + 10 ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) OR { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 2 ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit[invariant] + 35 ) OR { $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NULL ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) AND { "alias".$prng->int(1,$tables) } . `col_int_key` != _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 5 ) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + digit ) OR { $int_idx_field } != _digit OR { $int_idx_field } != _digit OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) AND { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NULL OR { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field } > _char AND { $char_idx_field } < 'z' ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 10 ; { $tables=0 ; $fields = 0 ; "" } SELECT alias1 . _field AS { my $f = "field".++$fields ; $f } , alias2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NULL OR { $int_idx_field } IN (20) ; { $tables=0 ; $fields = 0 ; "" } SELECT alias2 . _field AS { my $f = "field".++$fields ; $f } , alias1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("alias".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } <> _digit ORDER BY { "field".$prng->int(1,$fields) } |
UPDATE IGNORE _table AS X SET _field_no_pk = _tinyint_unsigned WHERE X . _field_key BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 |
SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 8 |
ROLLBACK TO SAVEPOINT A |
REPLACE INTO _table ( _field_no_pk ) SELECT _field_key FROM _table AS X WHERE X . _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 5 |
SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 8 |
INSERT IGNORE INTO _table ( _field_no_pk ) SELECT _field_key FROM _table AS X WHERE X . _field_key < _varchar(1) ORDER BY _field_list LIMIT 5 |
DELETE IGNORE FROM _table WHERE _field_key BETWEEN 2 AND 8 ORDER BY _field_list LIMIT 3 |
REPLACE INTO _table ( _field_no_pk , _field_no_pk ) VALUES ( _int_unsigned , _digit ) , ( _tinyint_unsigned , _digit ) |
UPDATE IGNORE _table AS X SET _field_no_pk = _varchar(1) ORDER BY _field_list LIMIT 8 |
SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _int_unsigned LIMIT 6 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. DD AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. CC AS t1 , `test`. DD AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. DD AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. AA AS t1 , `test`. BB AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . CC ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . CC ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . AA ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. BB AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. C AS t1 , `test`. BB AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . CC ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . AA ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. DD AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . C ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . D ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . CC ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_text` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. BB AS t1 , `test`. BB AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. AA AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. BB AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . D ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . AA ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. DD AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. AA AS t1 , `test`. DD AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . CC ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . BB ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. BB AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . AA ; ALTER TABLE { "dump_table".$tables } DROP `col_int` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . BB ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . BB ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; DROP DATABASE IF EXISTS drizzledump_db_restore ; CREATE DATABASE drizzledump_db ; CREATE DATABASE drizzledump_db_restore ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. CC AS t1 , `test`. BB AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_1024` AS field4 , t1 . `col_char_1024_key` AS field5 , t1 . `col_char_1024_not_null` AS field6 , t1 . `col_char_1024_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_char_1024` AS field28 , t2 . `col_char_1024_key` AS field29 , t2 . `col_char_1024_not_null` AS field30 , t2 . `col_char_1024_not_null_key` AS field31 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_bigint` AS field36 , t2 . `col_bigint_key` AS field37 , t2 . `col_bigint_not_null` AS field38 , t2 . `col_bigint_not_null_key` AS field39 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 , t2 . `col_text` AS field44 , t2 . `col_text_key` AS field45 , t2 . `col_text_not_null` AS field46 , t2 . `col_text_not_null_key` AS field47 FROM `test`. CC AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_1024_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . DD ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM `test` . BB ; ALTER TABLE { "dump_table".$tables } DROP `col_int` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null_key` ; SELECT 1 |
START TRANSACTION ; INSERT INTO _table ( `pk` , `col_int_key` , `col_int`) VALUES ( NULL , 100 , 100 ) , ( NULL , 100 , 100 ) ; SAVEPOINT A |
START TRANSACTION ; INSERT INTO _table ( `pk` , `col_int_key` , `col_int`) VALUES ( NULL , 100 , 100 ) ; COMMIT |
START TRANSACTION ; INSERT INTO _table ( `col_int_key` , `col_int` ) SELECT `col_int` , `col_int_key` FROM _table WHERE `pk` > 10 LIMIT 3 ; COMMIT |
START TRANSACTION ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 WHERE `pk` > 5 ; SAVEPOINT A |
START TRANSACTION ; DELETE FROM _table WHERE `pk` = _tinyint_unsigned AND `pk` > 10 ; COMMIT |
START TRANSACTION ; REPLACE INTO _table ( `pk` , `col_int_key` , `col_int` ) VALUES ( NULL, 100 , 100 ) ; ROLLBACK TO SAVEPOINT A |
START TRANSACTION ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 WHERE `pk` = 9 ; COMMIT |
START TRANSACTION ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 ; SAVEPOINT A |
START TRANSACTION ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 WHERE `pk` = 5 ; COMMIT |
START TRANSACTION ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 WHERE `pk` = 6 ; ROLLBACK TO SAVEPOINT A |
UPDATE _table SET _field = _digit WHERE _field IN ( _digit , _digit , _digit ) LIMIT _digit |
START TRANSACTION |
START TRANSACTION |
UPDATE _table SET _field = _digit WHERE _field IN ( _digit , _digit , _digit ) LIMIT _digit |
UPDATE _table SET _field = _digit WHERE _field IN ( _digit , _digit , _digit ) LIMIT _digit |
UPDATE _table SET _field = _digit WHERE _field BETWEEN _digit and _digit LIMIT _digit |
UPDATE _table SET _field = _digit WHERE _field < _digit LIMIT _digit |
START TRANSACTION |
START TRANSACTION |
UPDATE _table SET _field = _digit WHERE 1 = 1 LIMIT _digit |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_255_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` IN (2, 3) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } > 5 ORDER BY { "field".$prng->int(1,$fields) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT SQL_SMALL_RESULT table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` BETWEEN _digit[invariant] AND ( _digit[invariant] + 6 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } > 4 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` <= 5 ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT SUM( table1 . `col_int_key` ) AS {"field".++$fields } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` IN (6, 1) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table5 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table5 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_255_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int` BETWEEN _digit[invariant] AND ( _digit[invariant] + 4 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` IS NOT NULL ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 OFFSET 3 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int` IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int` <> { "table".$prng->int(1,$tables) } . `col_int_key` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` = { "table".$prng->int(1,$tables) } . `col_int` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } ASC { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_255` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_255` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( ( { "table".$prng->int(1,$tables) } . `pk` != 8 OR { "table".$prng->int(1,$tables) } . `pk` < 6 ) AND { "table".$prng->int(1,$tables) } . `pk` < 6 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } >= 8 ORDER BY { "field".$prng->int(1,$fields) } { $stack->pop(undef) } |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_not_null` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_key` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_key` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_key` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_key` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_key` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_not_null` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_not_null` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_not_null` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
BEGIN ; UPDATE _table SET `col_int` = `col_int` + 1 WHERE col_int_not_null_key = _digit[invariant] ; UPDATE _table SET `col_int_not_null` = `col_int` WHERE col_int_not_null_key = _digit[invariant] ; COMMIT ; SELECT col_int FROM _table |
INSERT LOW_PRIORITY INTO _table ( _field_no_pk , _field_no_pk ) VALUES ( _tinyint_unsigned , _digit ) , ( _digit , _varchar(1) ) |
REPLACE LOW_PRIORITY INTO _table (`pk`) VALUES (NULL) |
SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _varchar(1) , _int_unsigned , _tinyint_unsigned , _tinyint_unsigned , _varchar(1) ) LIMIT 6 LOCK IN SHARE MODE |
UPDATE LOW_PRIORITY _table AS X SET _field_no_pk = _varchar(1) WHERE X . _field_key IN ( _digit , _tinyint_unsigned , _tinyint_unsigned , _digit , _digit ) ORDER BY _field_list LIMIT 8 |
UPDATE LOW_PRIORITY IGNORE _table AS X SET _field_no_pk = _digit WHERE X . _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 8 |
SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 7 |
UPDATE LOW_PRIORITY _table AS X SET _field_no_pk = _varchar(1) WHERE X . _field_key IN ( _int_unsigned , _int_unsigned , _digit , _tinyint_unsigned , _int_unsigned ) ORDER BY _field_list LIMIT 8 |
UPDATE LOW_PRIORITY _table AS X SET _field_no_pk = _digit ORDER BY _field_list LIMIT 5 |
REPLACE LOW_PRIORITY INTO _table ( _field_no_pk ) SELECT _field_key FROM _table AS X WHERE X . _field_key BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 7 |
INSERT LOW_PRIORITY IGNORE INTO _table (`pk`) VALUES (NULL) |
INSERT INTO { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } s PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) ( `col_int_nokey`, `col_int_key` ) SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } q PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) ORDER BY `col_int_key` , `col_int_nokey` LIMIT 2 |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } z PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` BETWEEN _digit AND _digit |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } l PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) |
REPLACE INTO { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } n PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) ( `col_int_nokey`, `col_int_key` ) VALUES ( _digit , _digit ) , ( _digit , _digit ) |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM b WHERE `col_int_nokey` != _digit |
CREATE TABLE IF NOT EXISTS y ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = MEMORY /*!50100 { our $nb_part_list= $prng->int($nb_parts-5,$nb_parts); return undef } { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } PARTITION BY RANGE ( `col_int_nokey` ) ( { my $range_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $range_list .= "PARTITION p$i VALUES LESS THAN (".(($i+1)*3).")," }; return $range_list."PARTITION p".$nb_parts_var." VALUES LESS THAN MAXVALUE" } ) */ SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM z WHERE `col_int_nokey` != _digit |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM b |
/*!50400 ALTER TABLE f REPAIR PARTITION { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } */ |
/*!50400 ALTER TABLE a ORDER BY `col_int_nokey` */ |
CREATE TABLE IF NOT EXISTS u ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = INNODB /*!50100 { our $nb_part_list= $prng->int($nb_parts-5,$nb_parts); return undef } { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } PARTITION BY RANGE ( `col_int_nokey` ) ( { my $range_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $range_list .= "PARTITION p$i VALUES LESS THAN (".(($i+1)*3).")," }; return $range_list."PARTITION p".$nb_parts_var." VALUES LESS THAN MAXVALUE" } ) */ SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM b WHERE `col_int_nokey` BETWEEN _digit AND _digit |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_DISJOINT( GeomFromText('MULTILINESTRING( ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } ) , ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) )') , linestring_key ) AND ST_CROSSES( GeomFromText('LINESTRING( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } )') , linestring_key ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_WITHIN( GeomFromText('POLYGON( ( { $start_x = $prng->int(3750,4250) ; $start_y = $prng->int(2750,3250) ; "$start_x $start_y"; } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { "$start_x $start_y" } ) )') , linestring_key ) AND ST_DISJOINT( GeomFromText('LINESTRING( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } )') , linestring_key ) AND ST_DISJOINT( GeomFromText('MULTILINESTRING( ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) , ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } ) , ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) , ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) )') , linestring_key ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_WITHIN( GeomFromText('POLYGON( ( { $start_x = $prng->int(3750,4250) ; $start_y = $prng->int(2750,3250) ; "$start_x $start_y"; } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { "$start_x $start_y" } ) )') , linestring_key ) AND ST_EQUALS( ( SELECT linestring_nokey FROM linestring WHERE pk = { $prng->int(1,3726) } ) , linestring_key ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_EQUALS( ( SELECT linestring_nokey FROM linestring WHERE pk = { $prng->int(1,3726) } ) , linestring_key ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_WITHIN( GeomFromText('POLYGON( ( { $start_x = $prng->int(3750,4250) ; $start_y = $prng->int(2750,3250) ; "$start_x $start_y"; } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { "$start_x $start_y" } ) )') , linestring_key ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_EQUALS( ( SELECT linestring_nokey FROM linestring WHERE pk = { $prng->int(1,3726) } ) , linestring_key ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_CONTAINS( GeomFromText('POLYGON( ( { $start_x = $prng->int(3750,4250) ; $start_y = $prng->int(2750,3250) ; "$start_x $start_y"; } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { "$start_x $start_y" } ) )') , linestring_key ) AND ST_TOUCHES( GeomFromText('MULTILINESTRING( ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) )') , linestring_nokey ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_INTERSECTS( GeomFromText('MULTILINESTRING( ( { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } ) , ( { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) , ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) )') , linestring_key ) AND ST_DISJOINT( GeomFromText('MULTILINESTRING( ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) , ( { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } ) , ( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } ) )') , linestring_nokey ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_INTERSECTS( GeomFromText('LINESTRING( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } )') , linestring_key ) AND ST_INTERSECTS( GeomFromText('LINESTRING( { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } )') , linestring_key ) AND ST_Length( linestring_nokey ) > 1 |
SELECT AsText(linestring_nokey) FROM linestring /*executor1 FORCE KEY ( linestring_key ) */ WHERE ST_WITHIN( GeomFromText('POLYGON( ( { $start_x = $prng->int(3750,4250) ; $start_y = $prng->int(2750,3250) ; "$start_x $start_y"; } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { "$start_x $start_y" } ) )') , linestring_key ) AND ST_TOUCHES( GeomFromText('MULTILINESTRING( ( { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } ) , ( { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) , ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } ) , ( { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } ) , ( { $prng->int(3000,5000)." ".$prng->int(2000,4000) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } , { $prng->int(4000,4100)." ".$prng->int(3000,3100) } , { $prng->int(3750,4250)." ".$prng->int(2750,3250) } ) )') , linestring_key ) AND ST_EQUALS( ( SELECT linestring_nokey FROM linestring WHERE pk = { $prng->int(1,3726) } ) , linestring_nokey ) AND ST_Length( linestring_nokey ) > 1 |
START TRANSACTION |
SELECT * FROM _table WHERE `col_text_key` BETWEEN _english AND _digit ORDER BY `col_int_not_null` , `pk` LIMIT 65535 |
SELECT * FROM _table ORDER BY `col_char_1024` , `pk` LIMIT 65535 |
UPDATE _table SET `col_char_1024` = _letter WHERE `col_int_not_null_key` = _quid ORDER BY `col_text` , `pk` LIMIT _tinyint_unsigned |
COMMIT |
DELETE FROM _table WHERE `col_bigint_key` BETWEEN _digit AND _english ORDER BY `col_int_key` , `pk` LIMIT digit |
SELECT * FROM _table WHERE `col_char_10` BETWEEN _digit AND _quid ORDER BY `col_text_not_null` , `pk` LIMIT 65535 |
INSERT INTO _table ( `col_int` , `col_char_1024_key` ) VALUES ( _quid , _digit ) |
SELECT * FROM _table WHERE `col_bigint_key` BETWEEN _digit AND _english ORDER BY `col_char_1024_not_null_key` , `pk` LIMIT 65535 |
UPDATE _table SET `col_bigint_not_null` = _tinyint_unsigned WHERE `col_bigint_key` = _digit ORDER BY `col_int_not_null` , `pk` LIMIT _digit |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; SELECT * FROM _table AS X LIMIT 6 ; ROLLBACK TO SAVEPOINT A ; SAVEPOINT A ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_int_key` BETWEEN 8 AND _digit ORDER BY _field_list LIMIT 50 ; ROLLBACK ; SET AUTOCOMMIT=ON |
SAVEPOINT A |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; UPDATE _table SET `col_int_key` = 3 ORDER BY _field_list LIMIT 8 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 25 ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 50 ; DELETE FROM _table WHERE int_field BETWEEN 1 AND 6 ORDER BY _field_list LIMIT 4 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10` IN (_quid, _char) ORDER BY _field_list LIMIT 10 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 10 ; ROLLBACK ; SET AUTOCOMMIT=ON |
UPDATE _table SET `col_bigint_key` = _digit WHERE `col_char_10_not_null_key` IN (_char) ORDER BY _field_list LIMIT 8 |
SELECT X . _field_key FROM _table AS X WHERE X . _field_key < _varchar(1) LIMIT 7 |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; UPDATE _table SET `col_int_not_null` = _tinyint_unsigned WHERE _field_key = _int_unsigned ORDER BY _field_list LIMIT 7 ; DELETE FROM _table WHERE `col_int_not_null_key` BETWEEN 1 AND _digit ORDER BY _field_list LIMIT 1 ; SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 FOR UPDATE ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_bigint` > _digit ORDER BY _field_list LIMIT 5 ; COMMIT ; SET AUTOCOMMIT=ON |
SAVEPOINT A |
SELECT ( SELECT _field_key FROM _table WHERE `pk` = _digit ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `pk` BETWEEN 1 AND 8 LIMIT 8 LOCK IN SHARE MODE |
UPDATE _table SET `col_bigint_key` = _digit WHERE `col_bigint` BETWEEN _digit AND 100 ORDER BY _field_list LIMIT 6 |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; DELETE FROM _table WHERE `col_int` IN (_digit, 1, _tinyint_unsigned) ORDER BY _field_list LIMIT 4 ; DELETE FROM _table WHERE `col_bigint_key` BETWEEN 7 AND _int_unsigned ORDER BY _field_list LIMIT 3 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_text_key` IN (_char) ORDER BY _field_list LIMIT 50 ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 4 ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_int_not_null` = 4 ORDER BY _field_list LIMIT 25 ; UPDATE _table SET `col_bigint_key` = 10 WHERE `col_int_not_null` > _digit ORDER BY _field_list LIMIT 8 ; DELETE FROM _table WHERE `col_text` IN (_quid) ORDER BY _field_list LIMIT 2 ; DELETE FROM _table WHERE `col_char_10_not_null_key` = _char ORDER BY _field_list LIMIT 1 ; DELETE FROM _table WHERE `col_int_not_null` > 5 ORDER BY _field_list LIMIT 4 ; COMMIT ; SET AUTOCOMMIT=ON |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
INSERT INTO _table VALUES ( _bit ) |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_bigint_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_bigint` = _digit ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 1 AND 7 ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _tinyint_unsigned WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /* 'foo' Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 2 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 25 ORDER BY _field_list LIMIT 6 /* 'foo' Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 25 ORDER BY _field_list LIMIT 6 /* 'foo' Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 8 WHERE `col_int_key` BETWEEN 7 AND _digit ORDER BY _field_list LIMIT 7 /* 'foo' Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_key` IN (_varchar(1)) ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_char_10` != 'If you need to translate Views labels into other languages, consider installing the Internationalization package\'s Views translation module.' LIMIT 8 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null_key` < _quid ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 2 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` BETWEEN _digit AND 100 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 25 WHERE `col_int_not_null` IN (_digit, 6) ORDER BY _field_list LIMIT 5 /* 'foo' Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X WHERE X . `pk` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 25 WHERE int_field BETWEEN 2 AND 7 ORDER BY _field_list LIMIT 5 /* 'foo' Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null_key` BETWEEN 2 AND _digit ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _digit WHERE int_field BETWEEN 4 AND 6 ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_char_10_key` != 'If you need to translate Views labels into other languages, consider installing the Internationalization package\'s Views translation module.' LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _int_unsigned WHERE `col_bigint_key` BETWEEN 25 AND 6 ORDER BY _field_list LIMIT 6 /* 'foo' Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 10 WHERE `col_char_10` IN (_quid, '\\"') ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _digit WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 6 /* 'foo' Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null_key` IN (_quid, _char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) FROM _table AS X LIMIT 5 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 5 ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_char_255` != 'If you need to translate Views labels into other languages, consider installing the Internationalization package\'s Views translation module.' LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . `col_char_255` != 'If you need to translate Views labels into other languages, consider installing the Internationalization package\'s Views translation module.' LIMIT 7 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 7 /* 'foo' Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = 2 WHERE `pk` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 50 ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_char_255_key` IN (_char, '\\\'', _char) ORDER BY _field_list LIMIT 5 /* 'foo' Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null_key` IN (_tinyint_unsigned, _varchar(1), _digit) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _tinyint_unsigned WHERE int_field BETWEEN 4 AND 7 ORDER BY _field_list LIMIT 6 /* 'foo' Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` BETWEEN 7 AND _digit ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 4 WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 7 /* 'foo' Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 3 AND 5 ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _tinyint_unsigned WHERE `col_int_not_null_key` > _digit ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 8 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_char_255` != 'If you need to translate Views labels into other languages, consider installing the Internationalization package\'s Views translation module.' LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 2 WHERE `col_char_255` > _char ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` > 5 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 2 WHERE `col_char_10` != '\\"' ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10_key` IN ('\\"') ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` IN (8) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_not_null_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null` > _digit ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 7 ORDER BY _field_list LIMIT 6 /* 'foo' Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null_key` >= '\\\'' ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key = _digit ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_char_255_not_null` IN ('\\\'', '\\\'', _char, _char) ORDER BY _field_list LIMIT 7 /* 'foo' Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned WHERE `col_int_not_null_key` BETWEEN 10 AND _tinyint_unsigned ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _digit WHERE int_field BETWEEN 2 AND 8 ORDER BY _field_list LIMIT 7 /* 'foo' Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_key` != 1 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null` = _char ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null_key` <= _quid ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 10 WHERE `pk` IN (25, _digit, _digit) ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _digit WHERE `col_char_10_not_null_key` IN (_quid) ORDER BY _field_list LIMIT 7 /* 'foo' Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_char_255_not_null_key` != 'If you need to translate Views labels into other languages, consider installing the Internationalization package\'s Views translation module.' LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _tinyint_unsigned WHERE `col_char_255` >= '\\\'' ORDER BY _field_list LIMIT 8 /* 'foo' Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT SUM( { "SQ".$subquery_idx."_alias2" ; } . `col_int_key` ) AS { "SQ".$subquery_idx."_field1" } FROM ( CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } , CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `pk` != { "alias".$prng->int(1,$tables) } . `col_int_key` OR { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` >= { "alias".$prng->int(1,$tables) } . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , CONCAT( alias1 . `col_varchar_key` , alias2 . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MIN( alias2 . `col_varchar_key` ) AS { "field".++$fields } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SQ".$subquery_idx."_alias2" ; } . * FROM B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) AS { "alias".++$tables } , BB AS { "alias".++$tables } ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( 4, _tinyint_unsigned ) IN ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `pk` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias1" ; } . `pk` AS { "SQ".$subquery_idx."_field2" } FROM ( CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } RIGHT JOIN view_C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_nokey` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) HAVING { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_int_nokey` = _char ) ) AND alias1 . `pk` IN (_tinyint_unsigned, _tinyint_unsigned) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } ASC , alias1 . _field_indexed ASC , CONCAT( { "alias".$prng->int(1,$tables) } . `col_varchar_key`, { "alias".$prng->int(1,$tables) } . `col_varchar_key` ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SQ".$subquery_idx."_alias1" ; } . * FROM ( C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } LEFT JOIN CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ) AS { "alias".++$tables } RIGHT OUTER JOIN ( ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SQ".$subquery_idx."_alias1" ; } . * FROM CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) AS { "alias".++$tables } INNER JOIN view_C AS { "alias".++$tables } ON ({ "alias".$tables } . `col_int_key` = { "alias".($tables - 1) } . `pk` ) ) ) ON ({ "alias".$tables } . `pk` = { "alias".($tables - 1) } . `col_int_key` ) ) WHERE { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `col_int_nokey` AS { "SQ".$subquery_idx."_field1" } FROM ( C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN ( BB AS { "SQ".$subquery_idx."_alias".++$subquery_tables } LEFT JOIN CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_nokey` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_int_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `pk` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` > { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` AND { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` > { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` ) ORDER BY alias1 . _field_indexed , { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MAX( { "SQ".$subquery_idx."_alias2" ; } . `col_int_key` ) AS { "SQ".$subquery_idx."_field1" } FROM ( CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SQ".$subquery_idx."_alias1" ; } . * FROM ( B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_int_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `pk` ) ) ) AS { "alias".++$tables } INNER JOIN ( ( C AS { "alias".++$tables } STRAIGHT_JOIN C AS { "alias".++$tables } ON ({ "alias".$tables } . `col_int_key` = { "alias".($tables - 1) } . `pk` ) ) ) ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( 6, 1 ) IN ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `pk` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias2" ; } . `pk` AS { "SQ".$subquery_idx."_field2" } FROM ( C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } , CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `pk` < { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `pk` ) ) AND ( alias1 . `pk` = _tinyint_unsigned OR alias1 . `pk` = _tinyint_unsigned ) OR ( alias1 . `col_int_nokey` IS NULL AND { "alias".$prng->int(1,$tables) } . `col_varchar_key` <> { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } = _tinyint_unsigned ORDER BY alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( D AS { "alias".++$tables } INNER JOIN CC AS { "alias".++$tables } ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` > ALL ( SELECT _char UNION DISTINCT SELECT _char ) ) AND alias1 . `pk` > _tinyint_unsigned[invariant] AND alias1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) AND ( { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` < _char AND alias1 . `col_int_nokey` IS NULL ) HAVING { "field".$prng->int(1,$fields) } > _tinyint_unsigned ORDER BY { "field".$prng->int(1,$fields) } DESC , alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` ASC, { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT CONCAT( alias1 . `col_varchar_key` , alias2 . `col_varchar_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "alias".++$tables } INNER JOIN A AS { "alias".++$tables } ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_nokey` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "alias".$prng->int(1,$tables) } . `col_int_nokey` IN ( SELECT 1 UNION DISTINCT SELECT 8 ) ) AND ( { "alias".$prng->int(1,$tables) } . `col_varchar_key` <= _char AND { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` > _char ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } = _char(2) ORDER BY alias1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT STRAIGHT_JOIN alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } , C AS { "alias".++$tables } , C AS { "alias".++$tables } ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` <> ALL ( SELECT { "SQ".$subquery_idx."_alias2" ; } . `col_varchar_key` AS { "SQ".$subquery_idx."_field1" } FROM ( CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } RIGHT JOIN C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_int_nokey` < { "alias".$prng->int(1,$tables) } . `col_int_nokey` ) ) OR ( alias1 . `pk` = _tinyint_unsigned OR alias1 . `col_varchar_key` LIKE CONCAT( _char , '%') ) AND alias1 . `col_varchar_nokey` IS NULL ORDER BY alias1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } , CC AS { "alias".++$tables } , C AS { "alias".++$tables } ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "alias".$prng->int(1,$tables) } . `col_varchar_key` IN ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_nokey` AS { "SQ".$subquery_idx."_field1" } FROM ( C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } LEFT OUTER JOIN C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `pk` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_int_key` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` HAVING { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_int_nokey` > _char) ) OR alias1 . `col_int_key` = { "alias".$prng->int(1,$tables) } . `pk` OR ( alias1 . `col_varchar_nokey` IS NULL AND { "alias".$prng->int(1,$tables) } . `col_varchar_key` = _char ) HAVING { "field".$prng->int(1,$fields) } >= 7 ORDER BY alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` DESC , CONCAT( { "alias".$prng->int(1,$tables) } . `col_varchar_nokey`, { "alias".$prng->int(1,$tables) } . `col_varchar_key` ), { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT SUM( alias1 . `col_int_key` ) AS { "field".++$fields } FROM ( view_B AS { "alias".++$tables } , ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SQ".$subquery_idx."_alias1" ; } . * FROM BB AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) AS { "alias".++$tables } , CC AS { "alias".++$tables } ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT COUNT( { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_key` ) AS { "SQ".$subquery_idx."_field1" } FROM ( CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } LEFT OUTER JOIN C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_int_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_int_key` ) ) WHERE ( { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` = _char AND { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` > { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` ) ) IS NOT NULL ) AND alias1 . `pk` = { "alias".$prng->int(1,$tables) } . `col_int_key` OR ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` < ( SELECT _char FROM DUAL ) OR { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` <= _char ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY alias1 . _field_indexed ASC, { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT DISTINCT alias2 . `col_int_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "alias".++$tables } INNER JOIN D AS { "alias".++$tables } ON ({ "alias".$tables } . `pk` = { "alias".($tables - 1) } . `col_int_key` ) ) WHERE { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT 6 FROM DUAL ) IS NULL HAVING { "field".$prng->int(1,$fields) } = 7 ORDER BY alias1 . _field_indexed ASC , { "field".$prng->int(1,$fields) } ASC , alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` DESC, { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_varchar_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MAX( DISTINCT alias1 . `col_int_nokey` ) AS { "field".++$fields } FROM ( C AS { "alias".++$tables } , ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT SQL_SMALL_RESULT { "SQ".$subquery_idx."_alias1" ; } . * FROM C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) AS { "alias".++$tables } ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( _char, _char ) IN ( SELECT { "SQ".$subquery_idx."_alias2" ; } . `col_varchar_key` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_key` AS { "SQ".$subquery_idx."_field2" } FROM CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) ) AND ( alias1 . `pk` > _tinyint_unsigned[invariant] AND alias1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR alias1 . `col_varchar_key` = _char[invariant] ) AND ( { "alias".$prng->int(1,$tables) } . `col_varchar_key` = { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` AND alias1 . `col_varchar_nokey` IS NULL ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY alias1 . _field_indexed ASC , { join(', ', map { "field".$_ } (1..$fields) ) } |
DELETE FROM _table WHERE `col_int` < 5 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key >= _varchar(1) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ |
SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `pk` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 7 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 1 AND 6 ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_int_not_null_key` BETWEEN 7 AND _digit ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _int_unsigned , _tinyint_unsigned , _tinyint_unsigned , _varchar(1) , _int_unsigned ) LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int_not_null_key` = 2 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_char_255` IN (_char, _char, _char) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int_not_null` = 3 ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field_key FROM _table AS X WHERE X . _field_key < _digit LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO smf_custom_fields (`col_name`,`field_name`,`field_desc`,`field_type`,`field_length`,`field_options`,`show_reg`,`show_display`,`show_profile`,`private`,`active`,`default_value`,`can_search`,`bbc`,`mask`,`enclose`,`placement`) VALUES (REPEAT ( _varchar(2) , _tinyint_unsigned ),REPEAT ( _varchar(2) , _tinyint_unsigned ),_english,_varchar(2),_english,_varchar(1),_tinyint_unsigned,_mediumint_unsigned,_varchar(1),_tinyint_unsigned,_digit,_varchar(1),_digit,_tinyint_unsigned,_varchar(2),_english,_mediumint_unsigned) |
UPDATE smf_messages SET approved = _digit WHERE id_msg = _digit AND id_topic = _digit |
SELECT /*!40001 SQL_NO_CACHE */ t.id_topic, MAX(t.unapproved_posts) AS unapproved_posts, COUNT(mu.id_msg) AS real_unapproved_posts FROM smf_topics AS t LEFT JOIN smf_messages AS mu ON (mu.id_topic = t.id_topic AND mu.approved = _mediumint_unsigned) WHERE t.id_topic > _tinyint_unsigned AND t.id_topic <= _mediumint_unsigned GROUP BY t.id_topic HAVING COUNT(mu.id_msg) != MAX(t.unapproved_posts) |
INSERT INTO smf_log_comments (`comment_type`,`body`,`recipient_name`) VALUES (REPEAT ( _varchar(2) , _tinyint_unsigned ),_string_65535,_string_80) |
INSERT INTO smf_polls (`question`,`hide_results`,`max_votes`,`expire_time`,`id_member`,`poster_name`,`change_vote`,`guest_vote`) VALUES (_varchar(2),_tinyint_unsigned,_digit,_digit,_digit,_varchar(2),_mediumint_unsigned,_digit) |
REPLACE INTO smf_openid_assoc (`server_url`,`handle`,`secret`,`issued`,`expires`,`assoc_type`) VALUES (REPEAT ( _varchar(2) , _tinyint_unsigned ),_varchar(2),_varchar(255),_tinyint_unsigned,_digit,REPEAT ( _varchar(2) , _tinyint_unsigned )) |
INSERT INTO smf_attachments (`id_member`,`attachment_type`,`filename`,`file_hash`,`fileext`,`size`,`id_folder`) VALUES (_tinyint_unsigned,_tinyint_unsigned,_varchar(1),REPEAT ( _varchar(2) , _tinyint_unsigned ),_string_8,_tinyint_unsigned,_mediumint_unsigned) |
SELECT COUNT(*), SUM(size) FROM smf_attachments WHERE id_msg = _tinyint_unsigned AND attachment_type = _digit |
INSERT INTO smf_log_digest (`id_topic`,`id_msg`,`note_type`,`exclude`) VALUES (_mediumint_unsigned,_tinyint_unsigned,REPEAT ( _varchar(2) , _tinyint_unsigned ),_tinyint_unsigned) |
SELECT b.id_board, b.name, b.num_posts, b.num_topics, b.count_posts, b.member_groups, b.override_theme, b.id_profile, c.name AS cat_name, IFNULL(par.name, _varchar(2)) AS parent_name, IFNULL(th.value, _varchar(1)) AS theme_name FROM smf_boards AS b LEFT JOIN smf_categories AS c ON (c.id_cat = b.id_cat) LEFT JOIN smf_boards AS par ON (par.id_board = b.id_parent) LEFT JOIN smf_themes AS th ON (th.id_theme = b.id_theme AND th.variable = REPEAT ( _varchar(2) , _tinyint_unsigned )) |
{ return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL TRANSACTION ISOLATION LEVEL { if ( $format eq 'STATEMENT' ) { return $prng->arrayElement(['REPEATABLE READ','SERIALIZABLE']) } else { return $prng->arrayElement(['READ UNCOMMITTED','READ COMMITTED','REPEATABLE READ','SERIALIZABLE']) } } |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'MIXED' ; $pick_mode = 0 ; return $format } { if ($format eq 'STATEMENT') { $f0 = ''; $f1 = '/*'; $f2 = '*/' } else { $f0 = '/*'; $f1 = '*/'; $f2 = '' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SELECT col_tinyint, _field FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0_int { return $m1 } table10_int_autoinc { return $m2 } { if ($format eq 'STATEMENT') { return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m3 } table10_innodb_int { return $m4 } WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> CURRENT_USER() ) { return $f2 } FOR UPDATE ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ROLLBACK |
{ return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION TRANSACTION ISOLATION LEVEL { if ( $format eq 'STATEMENT' ) { return $prng->arrayElement(['REPEATABLE READ','SERIALIZABLE']) } else { return $prng->arrayElement(['READ UNCOMMITTED','READ COMMITTED','REPEATABLE READ','SERIALIZABLE']) } } |
{ return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION TRANSACTION ISOLATION LEVEL { if ( $format eq 'STATEMENT' ) { return $prng->arrayElement(['REPEATABLE READ','SERIALIZABLE']) } else { return $prng->arrayElement(['READ UNCOMMITTED','READ COMMITTED','REPEATABLE READ','SERIALIZABLE']) } } |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'MIXED' ; $pick_mode = 0 ; return $format } { if ($format eq 'STATEMENT') { $f0 = ''; $f1 = '/*'; $f2 = '*/' } else { $f0 = '/*'; $f1 = '*/'; $f2 = '' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ COMMIT |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'ROW' ; $pick_mode = 0 ; return $format } { if ($format eq 'STATEMENT') { $f0 = ''; $f1 = '/*'; $f2 = '*/' } else { $f0 = '/*'; $f1 = '*/'; $f2 = '' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET @aux = { if ($format eq 'STATEMENT') {return '/*'} } UUID_SHORT() { if ($format eq 'STATEMENT') {return '*/ 17 '} } { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET @aux = CONVERT( _text(16777215) USING UCS2 ) { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ PREPARE st1 FROM " UPDATE test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*';$m4='*/'} elsif ($pick_mode==1) {$m0='/*';$m1='*/';$m2='/*';$m4='*/'} elsif ($pick_mode==2) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} elsif ($pick_mode==3) {$m0='/*';$m3='*/'} elsif ($pick_mode==4) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} ; return undef } { return $m0 } { if ($format eq 'STATEMENT') { return 'v1_trans_safe_for_sbr_'.abs($$) } else { return 'v1_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m1 } table1_int { return $m2 } { 't2_temp_myisam_'.abs($$) } { return $m3 } { if ($format eq 'STATEMENT') { return 'v2_trans_safe_for_sbr_'.abs($$) } else { return 'v2_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m4 } SET _field = -1.1 WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> UUID_SHORT() ) { return $f2 } " ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ EXECUTE st1 ; DEALLOCATE PREPARE st1 { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ CREATE PROCEDURE test . { 'p1_'.$pick_mode.'_'.abs($$) } () BEGIN REPLACE INTO { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*';$m4='*/'} elsif ($pick_mode==1) {$m0='/*';$m1='*/';$m2='/*';$m4='*/'} elsif ($pick_mode==2) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} elsif ($pick_mode==3) {$m0='/*';$m3='*/'} elsif ($pick_mode==4) {$m0='/*';$m2='*/';$m3='/*';$m4='*/'} ; return undef } { return $m0 } table0_innodb_int { return $m1 } table1_int { return $m2 } table1_myisam_int_autoinc { return $m3 } { if ($format eq 'STATEMENT') { return 'v2_trans_safe_for_sbr_'.abs($$) } else { return 'v2_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m4 } ( _field , col_tinyint ) VALUES ( _varchar(1) , _tinyint ) ; END |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = STATEMENT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SELECT col_tinyint, _field FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_myisam_int_autoinc { return $m1 } table10_int { return $m2 } { 't2_base_myisam_'.abs($$) } { return $m3 } table0_innodb_int_autoinc { return $m4 } WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> USER() ) { return $f2 } FOR UPDATE ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SAVEPOINT A { $pick_mode=3; return undef} |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = STATEMENT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ UPDATE test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table1_int { return $m1 } table1_int { return $m2 } { if ($format eq 'STATEMENT') { return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m3 } table10_innodb_int { return $m4 } SET _field = @aux WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> CURRENT_USER ) { return $f2 } { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ PREPARE st1 FROM " DELETE FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table1_innodb_int_autoinc { return $m1 } table0_int_autoinc { return $m2 } table1_myisam_int { return $m3 } table1_innodb_int_autoinc { return $m4 } WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> CURRENT_USER ) { return $f2 } " ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ EXECUTE st1 ; DEALLOCATE PREPARE st1 { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DELETE A , B FROM { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table0_int_autoinc { return $m1 } table0_int_autoinc { return $m2 } table0_myisam_int_autoinc { return $m3 } table0_innodb_int_autoinc { return $m4 } AS A NATURAL JOIN { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table1_myisam_int { return $m1 } table10_int { return $m2 } { 't1_temp_myisam_'.abs($$) } { return $m3 } table10_innodb_int_autoinc { return $m4 } B WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> FOUND_ROWS() ) { return $f2 } { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ INSERT INTO { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_int_autoinc { return $m1 } table1_int { return $m2 } table10_myisam_int { return $m3 } { 't2_temp_innodb_'.abs($$) } { return $m4 } ( _field , col_tinyint ) VALUES ( _text(255) , _tinyint ) , ( _char(1) , _tinyint ) { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ INSERT INTO test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table10_innodb_int { return $m1 } table1_int { return $m2 } { if ($format eq 'STATEMENT') { return 'v2_nontrans_safe_for_sbr_'.abs($$) } else { return 'v2_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m3 } { 't2_temp_innodb_'.abs($$) } { return $m4 } ( _field_list[invariant] ) SELECT _field_list[invariant] FROM ( SELECT _field_list[invariant] FROM test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } { 't2_base_myisam_'.abs($$) } { return $m1 } table0_int { return $m2 } table1_myisam_int_autoinc { return $m3 } table1_innodb_int_autoinc { return $m4 } ) AS A WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> FOUND_ROWS() ) { return $f2 } AND A. _field[invariant] IN ( SELECT _field[invariant] FROM test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table1_int_autoinc { return $m1 } table1_int_autoinc { return $m2 } table0_myisam_int { return $m3 } table0_innodb_int_autoinc { return $m4 } AS B WHERE B.col_tinyint = A.col_tinyint ) { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ INSERT INTO test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } { 't1_base_innodb_'.abs($$) } { return $m1 } table1_int_autoinc { return $m2 } table0_myisam_int_autoinc { return $m3 } table0_innodb_int_autoinc { return $m4 } ( _field_list[invariant] ) SELECT _field_list[invariant] FROM test1 . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } { if ($format eq 'STATEMENT') { return 'v2_trans_safe_for_sbr_'.abs($$) } else { return 'v2_trans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m1 } table10_int_autoinc { return $m2 } { if ($format eq 'STATEMENT') { return 'v1_nontrans_safe_for_sbr_'.abs($$) } else { return 'v1_nontrans_'.$prng->arrayElement(['safe_for_sbr_','unsafe_for_sbr_']).abs($$) } } { return $m3 } table1_innodb_int_autoinc { return $m4 } AS A NATURAL JOIN test . { $m0 = ''; $m1 = ''; $m2 = ''; $m3 = ''; $m4 = ''; return undef } { if ($pick_mode==0) {$m1='/*'; $m4='*/'} elsif ($pick_mode==1) {$m0='/*'; $m1='*/'; $m2='/*'; $m4='*/'} elsif ($pick_mode==2) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} elsif ($pick_mode==3) {$m0='/*'; $m3='*/'} elsif ($pick_mode==4) {$m0='/*'; $m2='*/'; $m3='/*'; $m4='*/'} ; return undef } { return $m0 } table1_myisam_int_autoinc { return $m1 } table1_int_autoinc { return $m2 } table10_myisam_int { return $m3 } table1_innodb_int_autoinc { return $m4 } B WHERE col_tinyint BETWEEN _tinyint[invariant] AND _tinyint[invariant] + 2 { return $f0 . $f1 } AND ( _field[invariant] IS NULL OR _field[invariant] <> FOUND_ROWS() ) { return $f2 } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ COMMIT |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET SESSION BINLOG_FORMAT = { $format = 'STATEMENT' ; $pick_mode = $prng->int(1,4) ; return $format } { if ($format eq 'STATEMENT') { $f0 = ''; $f1 = '/*'; $f2 = '*/' } else { $f0 = '/*'; $f1 = '*/'; $f2 = '' } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ ROLLBACK ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ RELEASE SAVEPOINT A |
COMMIT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ SET GLOBAL BINLOG_FORMAT = STATEMENT ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ USE `test1` { if ( ($prng->int(1,4) == 4) && ($pick_mode == 4) ) { $pick_mode = 3 } ; return undef } ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ USE `test` ; { return '/*' . $pick_mode . '*/' } /* QUERY_IS_REPLICATION_SAFE */ DROP PROCEDURE test . { 'p1_'.$pick_mode.'_'.abs($$) } |
DELETE FROM _table WHERE NOT COLUMN_CREATE( _tinyint_unsigned , _digit ) = COLUMN_ADD( COLUMN_CREATE( _digit , _tinyint_unsigned AS DATETIME ) , _tinyint_unsigned , _varchar(1) ) ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE NOT COLUMN_EXISTS( COLUMN_ADD( COLUMN_CREATE( _tinyint_unsigned , NULL , _tinyint_unsigned , _digit ) , _digit , _tinyint_unsigned ) , _tinyint_unsigned ) ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_GET( _field_no_pk , _tinyint_unsigned AS DOUBLE ) <= COLUMN_GET( _field_no_pk , _tinyint_unsigned AS DATETIME ) AND _field_no_pk = COLUMN_CREATE( _digit , _varchar(1) AS DOUBLE , _digit , _digit ) ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_ADD( COLUMN_CREATE( _digit , _tinyint_unsigned AS DATE , _tinyint_unsigned , _digit AS DOUBLE ) , _digit , _digit ) = COLUMN_CREATE( _digit , _varchar(512) AS INTEGER , _tinyint_unsigned , NULL ) OR _field_no_pk = COLUMN_ADD( COLUMN_ADD( _field_no_pk , _digit , COLUMN_GET( COLUMN_CREATE( _digit , _digit ) , _digit AS INTEGER ) ) , _digit , _tinyint_unsigned ) ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_GET( _field_no_pk , _tinyint_unsigned AS DOUBLE ) IS NOT NULL ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_ADD( COLUMN_ADD( _field_no_pk , _digit , _digit ) , _tinyint_unsigned , NULL ) = _field_no_pk ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_GET( COLUMN_CREATE( _digit , _digit AS INTEGER , _tinyint_unsigned , _digit ) , _digit AS DATETIME ) IS NOT NULL ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_GET( _field_no_pk , _tinyint_unsigned AS DOUBLE ) <> _tinyint_unsigned ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_GET( _field_no_pk , _digit AS TIME ) <> NULL ORDER BY pk LIMIT 1 |
DELETE FROM _table WHERE COLUMN_CREATE( _digit , NULL , _digit , NULL ) = COLUMN_ADD( _field_no_pk , _tinyint_unsigned , _tinyint_unsigned , _digit , _digit ) ORDER BY pk LIMIT 1 |
DROP VIEW IF EXISTS view1 , view2 , view3 , view4 , view5 ; CREATE ALGORITHM = TEMPTABLE VIEW view3 AS SELECT a1 . field1 AS field1 , a2 . field2 AS field2 , a1 . field3 AS field3 , a2 . field4 AS field4 FROM table_merge AS a1 JOIN table_merge AS a2 USING ( field2 ) WHERE a1 . field2 != _varchar(1) ; CREATE ALGORITHM = MERGE VIEW view3 AS SELECT field1 , field2 , field3 , field4 FROM table_merge_child WHERE field2 <> _digit ; CREATE ALGORITHM = MERGE VIEW view3 AS SELECT a2 . field1 AS field1 , a1 . field2 AS field2 , a2 . field3 AS field3 , a2 . field4 AS field4 FROM view4 AS a1 , table_multipart AS a2 WHERE a1 . field1 != a2 . field3 AND a2 . field2 <=> _english ; CREATE ALGORITHM = MERGE VIEW view4 AS SELECT field1 , field2 , field3 , field4 FROM table_merge_child |
INSERT IGNORE INTO view4 SET field2 = _english , field3 = _english |
UPDATE view1 SET field3 = NULL , field2 = _digit ORDER BY field1 , field2 , field3 , field4 |
CREATE ALGORITHM = MERGE VIEW view4 AS ( SELECT a1 . field1 AS field1 , a2 . field2 AS field2 , a2 . field3 AS field3 , a2 . field4 AS field4 FROM table_merge_child AS a1 , view2 AS a2 WHERE a1 . field1 <> a2 . field3 AND a2 . field4 >= _english ) UNION ( SELECT field1 , field2 , field3 , field4 FROM table_merge_child WHERE field3 <> _tinyint_unsigned ) |
REPLACE INTO view2 ( field1 , field2 , field3 , field4 ) VALUES ( _digit , _varchar(1) , _tinyint_unsigned , _tinyint_unsigned ) , ( _english , _tinyint_unsigned , _english , _english ) |
SELECT field1 , field2 , field3 , field4 FROM ( SELECT field1 , min(field2) as field2 , max(field3) as field3 , count(field4) as field4 FROM table_merge_child WHERE field3 = _tinyint_unsigned GROUP BY field1 ) AS select1 WHERE field2 >= _varchar(1) |
REPLACE INTO view4 ( field1 , field2 , field3 , field4 ) VALUES ( _tinyint_unsigned , _varchar(1) , NULL , _digit ) , ( _english , NULL , _tinyint_unsigned , _varchar(1) ) , ( _english , _tinyint_unsigned , _varchar(1) , NULL ) |
DELETE FROM view2 ORDER BY field1 , field2 , field3 , field4 LIMIT _digit |
UPDATE view5 SET field4 = _english , field4 = _digit , field1 = _tinyint_unsigned ORDER BY field1 , field2 , field3 , field4 LIMIT _digit |
UPDATE view5 SET field4 = _english , field1 = _varchar(1) , field3 = _digit , field2 = _english ORDER BY field1 , field2 , field3 , field4 |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $ind= 0; return undef } t PARTITION ({ $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { return "p".$ind++ }) WHERE `col_int_nokey` >= _digit |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $ind= 0; return undef } d PARTITION ({ $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { return "p".$ind++ }) |
UPDATE { our $ind= 0; return undef } n PARTITION ({ $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { return "p".$ind++ }) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
LOAD INDEX INTO CACHE a /*!50400 PARTITION ( ALL ) */ |
/*!50400 ALTER TABLE q ENGINE = MYISAM */ |
CREATE TABLE IF NOT EXISTS b ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = MYISAM SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM j |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $ind= 0; return undef } q PARTITION ({ $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { return "p".$ind++ }) WHERE `col_int_nokey` BETWEEN _digit AND _digit |
UPDATE { our $ind= 0; return undef } j PARTITION ({ $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { return "p".$ind++ }) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
/*!50400 SET GLOBAL c4.key_cache_block_size = 1024 */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $ind= 0; return undef } x PARTITION ({ $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { $ind < $nb_parts ? return "p".$ind++."," : return undef } { return "p".$ind++ }) |
DELETE FROM _table WHERE _field = _data ORDER BY RAND () LIMIT 1 |
SELECT _data , _field FROM _table ORDER BY RAND() LIMIT 1 |
SELECT _data , _field FROM _table ORDER BY RAND() LIMIT 1 |
DELETE FROM _table WHERE _field = _data ORDER BY RAND () LIMIT 1 |
SELECT _data , _field FROM _table ORDER BY RAND() LIMIT 1 |
SELECT _data , _field FROM _table ORDER BY RAND() LIMIT 1 |
DELETE FROM _table WHERE _field = _data ORDER BY RAND () LIMIT 1 |
DELETE FROM _table WHERE _field = _data ORDER BY RAND () LIMIT 1 |
SELECT _data , _field FROM _table ORDER BY RAND() LIMIT 1 |
DELETE FROM _table WHERE _field = _data ORDER BY RAND () LIMIT 1 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `pk` BETWEEN _digit[invariant] AND ( _digit[invariant] + 3 ) HAVING { "field".$prng->int(1,$fields) } <= 3 ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 OFFSET 5 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT alias1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `pk` = 6 { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } > 6 ORDER BY { "field".$prng->int(1,$fields) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MIN( alias1 . `col_int` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `pk` != { "alias".$prng->int(1,$tables) } . `col_int` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT SUM( alias1 . `col_int_key` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `col_int` BETWEEN _digit[invariant] AND ( _digit[invariant] + 3 ) HAVING { "field".$prng->int(1,$fields) } > 9 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT MAX( alias1 . `col_int_key` ) AS {"field".++$fields }, MAX( DISTINCT alias1 . `pk` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `pk` IN (9, 6) HAVING { "field".$prng->int(1,$fields) } = 3 ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } DESC LIMIT 2 OFFSET 8 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , COUNT( alias1 . `pk` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( { "alias".$prng->int(1,$tables) } . `pk` IS NULL OR { "alias".$prng->int(1,$tables) } . `pk` <= 3 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT alias2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias3 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , SUM( alias2 . `col_int_key` ) AS {"field".++$fields } , alias5 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `pk` <> 6 { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ({ "field".$prng->int(1,$fields) } != 1 AND { "field".$prng->int(1,$fields) } <> 4) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `pk` NOT IN (2, 7) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT SQL_SMALL_RESULT alias2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MAX( alias1 . `pk` ) AS {"field".++$fields } , alias2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , COUNT( alias2 . `col_int_key` ) AS {"field".++$fields } , SUM( DISTINCT alias1 . `col_int_key` ) AS {"field".++$fields } , alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `col_int` IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT STRAIGHT_JOIN alias2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS alias".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "alias".$prng->int(1,$tables) } . `pk` BETWEEN _digit[invariant] AND ( _digit[invariant] + 7 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 { $stack->pop(undef) } |
CREATE FUNCTION f2 ( arg1 VARCHAR(32), arg2 INTEGER , arg3 INTEGER) RETURNS VARCHAR(32) BEGIN DECLARE var1 VARCHAR(32) ; DECLARE cond1 CONDITION FOR SQLSTATE VALUE 'HY000' ; DECLARE EXIT HANDLER FOR NOT FOUND , cond1 UPDATE B SET _field = CONVERT( _varchar(512) USING BINARY ) ; SIGNAL SQLSTATE VALUE '23000' ; SET @var1 = f2 ( _english , 9003 , @var1 ) ; SET @var1 = f2 ( _english , 9007 , @var1 ) ; CALL { $procedure_name = 'p1_'.$prng->int(1,$width) } () ; UPDATE B SET _field = @var1 ; RETURN f1 ( _english , 9006 , @var1 ) ; END |
CALL { $procedure_name = 'p1_'.$prng->int(1,$width) } () |
{ $begin_count = 1 ; $cond_count = 0 ; return undef } CREATE PROCEDURE { $procedure_name = 'p1_'.$prng->int(1,$width) } () BEGIN CALL p3 ( _varchar(512) , _varchar(512) , RPAD( _letter , 32 + 1 , 'A123456789' ) ) ; SELECT * FROM (SELECT 1 AS f1) A WHERE f1 = 0 { $val = '' ; while ($begin_count > 0) { $begin_count-- ; $val = $val.'; END' } ; return $val } |
DROP PROCEDURE { $procedure_name = 'p1_'.$prng->int(1,$width) } |
DROP PROCEDURE { $procedure_name = 'p1_'.$prng->int(1,$width) } |
CREATE FUNCTION f3 ( arg1 VARCHAR(32), arg2 VARCHAR(32) , arg3 VARCHAR(32)) RETURNS VARCHAR(32) BEGIN DECLARE var1 VARCHAR(32) ; DECLARE cond1 CONDITION FOR SQLSTATE '23000' ; DECLARE CONTINUE HANDLER FOR SQLEXCEPTION , NOT FOUND SET @var1 = 9007 ; CALL p3 ( 9009 , _varchar(512) , _varchar(512) ) ; SET @var1 = _varchar(512) ; CALL p2 ( CONVERT( _varchar(512) USING UTF8 ) , CONVERT( _varchar(512) USING LATIN1 ) , _varchar(512) ) ; SIGNAL SQLSTATE VALUE { $state_number = 46000 + $prng->int(1,20) ; return "'".$state_number."'" } SET MESSAGE_TEXT = @var1 , CONSTRAINT_CATALOG = var1 ; UPDATE B SET _field = CONVERT( _varchar(512) USING BINARY ) ; RETURN RPAD( _letter , 17 , 'A123456789' ) ; END |
CREATE FUNCTION f2 ( arg1 INTEGER, arg2 VARCHAR(32) , arg3 VARCHAR(32)) RETURNS VARCHAR(32) BEGIN DECLARE var1 VARCHAR(32) DEFAULT 9005 ; DECLARE cond1 CONDITION FOR SQLSTATE VALUE '42S02' ; DECLARE EXIT HANDLER FOR SQLEXCEPTION SIGNAL SQLSTATE VALUE { $state_number = 46000 + $prng->int(1,20) ; return "'".$state_number."'" } ; CALL { $procedure_name = 'p1_'.$prng->int(1,$width) } () ; IF var1 = _varchar(512) THEN RESIGNAL SET MESSAGE_TEXT = _varchar(512) , CONSTRAINT_NAME = var1 ; ELSEIF var1 = f2 ( _english , 9008 , @var1 ) THEN SIGNAL SQLSTATE '23000' SET CONSTRAINT_SCHEMA = @var1 ; ELSE SIGNAL SQLSTATE VALUE { $state_number = 46000 + $prng->int(1,20) ; return "'".$state_number."'" } ; END IF ; IF var1 = f2 ( _english , 9006 , @var1 ) THEN SIGNAL SQLSTATE 'HY000' ; ELSEIF var1 = f3 ( _english , 9003 , @var1 ) THEN RESIGNAL ; ELSE SIGNAL SQLSTATE VALUE '42S02' SET MESSAGE_TEXT = _english , MESSAGE_TEXT = @var1 ; END IF ; CALL { $procedure_name = 'p1_'.$prng->int(1,$width) } () ; IF var1 = 9006 THEN RESIGNAL ; ELSEIF var1 = 9009 THEN RESIGNAL SQLSTATE '42S02' SET CLASS_ORIGIN = _english ; ELSE RESIGNAL SET TABLE_NAME = @var1 , CONSTRAINT_SCHEMA = @var1 ; END IF ; RETURN f1 ( _english , 9002 , @var1 ) ; END |
{ $begin_count = 0 ; $cond_count = 0 ; return undef } CREATE PROCEDURE { $procedure_name = 'p1_'.$prng->int(1,$width) } () { $begin_count++ ; return undef } BEGIN SELECT 1 ; { $begin_count++ ; $begin_count++ ; return undef } BEGIN DECLARE EXIT HANDLER FOR NOT FOUND BEGIN SELECT 1 ; SELECT * FROM (SELECT 1 AS f1) A WHERE f1 = 0 ; CALL p1 ( RPAD( _letter , 17 , 'A123456789' ) , 9005 , RPAD( _letter , 32 + 1 , 'A123456789' ) ) { if ( 0 == $prng->int(0,1) && $begin_count > 1 ) { $begin_count-- ; return "; END " } else { return undef } } ; SELECT COUNT(*) FROM t_not_exists { if ( 0 == $prng->int(0,1) && $begin_count > 1 ) { $begin_count-- ; return "; END " } else { return undef } } ; SELECT COUNT(*) FROM t_not_exists { $val = '' ; while ($begin_count > 0) { $begin_count-- ; $val = $val.'; END' } ; return $val } |
SET @@max_sp_recursion_depth = _digit |
CALL p2 ( @var1 , 9001 , RPAD( _letter , 17 , 'A123456789' ) ) |
CREATE TABLE IF NOT EXISTS c ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = MYISAM /*!50100 { our $nb_part_list= $prng->int($nb_parts-5,$nb_parts); return undef } { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } PARTITION BY LIST ( `col_int_nokey` ) ( { my $list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $list .= "PARTITION p$i VALUES IN ("; for (my $j=0; $j<$nb_values; $j++) {$list.= ($i*$nb_values+$j).(($j<$nb_values-1) ? "," : "")}; $list.= ($i<$nb_parts_var-1) ? ")," : ")" }; return $list } ) */ SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM a WHERE `col_int_nokey` BETWEEN _digit AND _digit |
/*!50400 ALTER TABLE b OPTIMIZE PARTITION { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } u PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` != _digit |
CREATE TABLE IF NOT EXISTS o ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = INNODB /*!50100 { our $nb_part_list= $prng->int($nb_parts-5,$nb_parts); return undef } { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } PARTITION BY LIST ( `col_int_nokey` ) ( { my $list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $list .= "PARTITION p$i VALUES IN ("; for (my $j=0; $j<$nb_values; $j++) {$list.= ($i*$nb_values+$j).(($j<$nb_values-1) ? "," : "")}; $list.= ($i<$nb_parts_var-1) ? ")," : ")" }; return $list } ) */ SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM z WHERE `col_int_nokey` < _digit |
DELETE FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } m PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` = _digit ORDER BY `col_int_key` , `col_int_nokey` LIMIT 8 |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } u PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` BETWEEN _digit AND _digit |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } n PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` != _digit |
/*!50400 SET GLOBAL c2.key_cache_block_size = 2048 */ |
DELETE FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } x PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` = _digit ORDER BY `col_int_key` , `col_int_nokey` LIMIT 5 |
REPLACE INTO { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } x PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) ( `col_int_nokey`, `col_int_key` ) SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } p PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) ORDER BY `col_int_key` , `col_int_nokey` LIMIT 2 |
UPDATE _table SET _field_no_pk = REPEAT( _hex , _tinyint_unsigned ) WHERE _field IS NOT NULL |
DELETE FROM _table WHERE _field LIKE CONCAT( CONVERT( _english , CHAR) , '%' ) ORDER BY `pk` LIMIT 1 |
INSERT INTO _table ( _field , _field , _field ) VALUES ( REPEAT( _hex , _tinyint_unsigned ) , CONVERT( _english , CHAR) , REPEAT( _hex , _tinyint_unsigned ) ) |
INSERT INTO _table ( _field , _field , _field ) VALUES ( REPEAT( _hex , _tinyint_unsigned ) , REPEAT( _hex , _tinyint_unsigned ) , CONVERT( _english , CHAR) ) |
UPDATE _table SET _field_no_pk = REPEAT( _hex , _tinyint_unsigned ) WHERE _field LIKE CONCAT( CONVERT( _varchar(255) , CHAR) , '%' ) |
DELETE FROM _table WHERE _field IS NOT NULL ORDER BY `pk` LIMIT 1 |
INSERT INTO _table ( _field , _field , _field ) VALUES ( REPEAT( _hex , _tinyint_unsigned ) , CONVERT( _varchar(255) , CHAR) , CONVERT( _varchar(255) , CHAR) ) |
SELECT _field FROM _table |
INSERT INTO _table ( _field , _field , _field ) VALUES ( CONVERT( _english , CHAR) , CONVERT( _varchar(255) , CHAR) , CONVERT( _english , CHAR) ) |
INSERT INTO _table ( _field , _field , _field ) VALUES ( CONVERT( _varchar(255) , CHAR) , CONVERT( _varchar(255) , CHAR) , CONVERT( _english , CHAR) ) |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` <> 6 { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` IN (5, 9, 5) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT MIN( table2 . `col_int_key` ) AS {"field".++$fields } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( { "table".$prng->int(1,$tables) } . `col_int` IS NULL AND { "table".$prng->int(1,$tables) } . `pk` <> 3 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT SQL_SMALL_RESULT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( { "table".$prng->int(1,$tables) } . `col_int` IS NOT NULL OR { "table".$prng->int(1,$tables) } . `col_int` BETWEEN _digit[invariant] AND ( _digit[invariant] + 6 ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } /*+javadb:postgres: NULLS FIRST*/ { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT SQL_SMALL_RESULT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( { "table".$prng->int(1,$tables) } . `col_int` <= 7 AND { "table".$prng->int(1,$tables) } . `col_int_key` <= 9 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int` NOT IN (_tinyint_unsigned, 2) { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` BETWEEN _digit[invariant] AND ( _digit[invariant] + 4 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( ( { "table".$prng->int(1,$tables) } . `pk` > { "table".$prng->int(1,$tables) } . `pk` AND { "table".$prng->int(1,$tables) } . `pk` IN (4) ) AND { "table".$prng->int(1,$tables) } . `col_int_key` != { "table".$prng->int(1,$tables) } . `col_int` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT COUNT( table2 . `col_int_key` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` <= { "table".$prng->int(1,$tables) } . `pk` { $stack->pop(undef) } |
{ @table_alias_set = ("table1", "table1", "table1", "table1", "table2", "table2", "table2", "table3", "table4", "table5", "table1", "table1", "table2") ; "" } { @int_field_set = ("pk", "col_int", "col_int_key") ; "" } { @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } , { my $x = $prng->arrayElement(\@table_alias_set)." . ".$prng->arrayElement(\@int_field_set); push @nonaggregates , $x ; $x } AS {my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` < { "table".$prng->int(1,$tables) } . `pk` ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC /*+javadb:postgres: NULLS FIRST*/ LIMIT 2 OFFSET 7 { $stack->pop(undef) } |
START TRANSACTION ; SET @val=NULL ; { $tbl_cnst = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @delpk:=`pk` FROM $tbl_cnst WHERE `pk` > 250 ORDER BY `col_int_not_null` DESC LIMIT 7 ; COMMIT ; START TRANSACTION ; UPDATE $tbl_cnst SET `col_int_not_null`=`col_int_not_null`+1 WHERE pk=@delpk ; SELECT @val:=`col_int_not_null`-1 FROM $tbl_cnst WHERE pk=@delpk ; SET @myprime=2 ; SET @val=@val-@myprime ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; SET @val=@val-@val+@myprime ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; DELETE from $tbl_cnst WHERE pk=@delpk ; SET @val=11 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 17) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=3 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 17) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=7 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 29) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 17) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=3 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 13) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=7 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 7) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=3 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 5) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 17) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; COMMIT |
START TRANSACTION ; SET @val=NULL ; { $tbl_cnst = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @delpk:=`pk` FROM $tbl_cnst WHERE `pk` > 250 ORDER BY `col_int_not_null` DESC LIMIT 31 ; COMMIT ; START TRANSACTION ; UPDATE $tbl_cnst SET `col_int_not_null`=`col_int_not_null`+1 WHERE pk=@delpk ; SELECT @val:=`col_int_not_null`-1 FROM $tbl_cnst WHERE pk=@delpk ; SET @myprime=3 ; SET @val=@val-@myprime ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; SET @val=@val-@val+@myprime ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; DELETE from $tbl_cnst WHERE pk=@delpk ; SET @val=17 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 3) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=13 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 2) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=5 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 17) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 13) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=29 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 1) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=29 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 11) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=17 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 31) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 3) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; COMMIT |
START TRANSACTION ; SET @val=7 ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; SET @val=-@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; COMMIT |
START TRANSACTION ; SET @val=11 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 29) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=11 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 3) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=29 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 11) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 13) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=31 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 2) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=17 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 1) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=2 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 23) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 23) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=23 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 3) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=23 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 3) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=2 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 1) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 29) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=17 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 31) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=17 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 31) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=11 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 31) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 13) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; COMMIT |
START TRANSACTION ; SET @val=13 ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+@val WHERE pk IN (SELECT pk FROM (SELECT pk FROM $tbl WHERE `col_int_not_null` IN (SELECT MIN(`col_int_not_null`) FROM $tbl WHERE pk<=250)) AS tmp1) ORDER BY rand() LIMIT 1 ; SET @val=-@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+@val WHERE pk IN (SELECT pk FROM (SELECT pk FROM $tbl WHERE `col_int_not_null` IN (SELECT MAX(`col_int_not_null`) FROM $tbl WHERE pk<=250)) AS tmp1) ORDER BY rand() LIMIT 1 ; COMMIT |
START TRANSACTION ; SET @val=2 ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; SET @val=-@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; COMMIT |
START TRANSACTION ; SET @val=NULL ; { $tbl_cnst = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @delpk:=`pk` FROM $tbl_cnst WHERE `pk` > 250 ORDER BY `col_int_not_null` DESC LIMIT 2 ; COMMIT ; START TRANSACTION ; UPDATE $tbl_cnst SET `col_int_not_null`=`col_int_not_null`+1 WHERE pk=@delpk ; SELECT @val:=`col_int_not_null` FROM $tbl_cnst WHERE pk=@delpk ; SET @val=@val-1 ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 7) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; DELETE from $tbl_cnst WHERE pk=@delpk ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; SELECT @ins_id:=LAST_INSERT_ID() ; DELETE from $tbl WHERE pk=@ins_id ; COMMIT |
START TRANSACTION ; SET @val=5 ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; SET @val=-@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; COMMIT |
START TRANSACTION ; SET @val=NULL ; { $tbl_cnst = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @delpk:=`pk` FROM $tbl_cnst WHERE `pk` > 250 ORDER BY `col_int_not_null` DESC LIMIT 3 ; COMMIT ; START TRANSACTION ; UPDATE $tbl_cnst SET `col_int_not_null`=`col_int_not_null`+1 WHERE pk=@delpk ; SELECT @val:=`col_int_not_null`-1 FROM $tbl_cnst WHERE pk=@delpk ; SET @myprime=23 ; SET @val=@val-@myprime ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; SET @val=@val-@val+@myprime ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; INSERT INTO $tbl(`col_int_not_null`) VALUES (@val) ; DELETE from $tbl_cnst WHERE pk=@delpk ; SET @val=29 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 29) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=23 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 31) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=13 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 1) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 31) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=5 ; SET @total=@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 5) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=11 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 23) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=1 ; SET @total=@total+@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` ASC LIMIT 3) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; SET @val=-@total ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; SELECT @updpk:=`pk` FROM (SELECT `pk` FROM $tbl WHERE `pk` <= 250 ORDER BY `col_int_not_null` DESC LIMIT 11) AS tbl ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+(@val) WHERE pk=@updpk ; COMMIT |
START TRANSACTION ; SET @val=13 ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+@val WHERE pk IN (SELECT pk FROM (SELECT pk FROM $tbl WHERE `col_int_not_null` IN (SELECT MIN(`col_int_not_null`) FROM $tbl WHERE pk<=250)) AS tmp1) ORDER BY rand() LIMIT 1 ; SET @val=-@val ; { $tbl = $prng->arrayElement($executors->[0]->tables()) ; return undef ; } ; UPDATE $tbl SET `col_int_not_null`=`col_int_not_null`+@val WHERE pk IN (SELECT pk FROM (SELECT pk FROM $tbl WHERE `col_int_not_null` IN (SELECT MAX(`col_int_not_null`) FROM $tbl WHERE pk<=250)) AS tmp1) ORDER BY rand() LIMIT 1 ; ROLLBACK |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "table".++$tables } RIGHT JOIN ( ( C AS { "table".++$tables } LEFT JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_key` { $subquery_idx += 1 ; $subquery_tables=0 ; ""} OR { "table".$prng->int(1,$tables) } . `col_varchar_key` = ( SELECT MIN( DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN ( A AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT JOIN B AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_nokey` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) ) ) ) ) ON ({ "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_nokey` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_key` NOT IN ( SELECT DISTINCT SQL_SMALL_RESULT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_varchar_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM A AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) ) AND table1 . `col_int_key` = { "table".$prng->int(1,$tables) } . `pk` AND { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int_nokey` > ( SELECT SUM( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_nokey` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) WHERE { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` = ( SELECT SUM( { "CHILD_SUBQUERY".$child_subquery_idx."_t2" ; } . `col_varchar_nokey` ) AS { "CHILD_SUBQUERY".$child_subquery_idx."_field1" } FROM ( BB AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } INNER JOIN ( ( BB AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } INNER JOIN A AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } ON ({ "CHILD_SUBQUERY".$child_subquery_idx."_t".$child_subquery_tables } . `col_varchar_key` = { "CHILD_SUBQUERY".$child_subquery_idx."_t".($child_subquery_tables-1) } . `col_varchar_key` ) ) ) ON ({ "CHILD_SUBQUERY".$child_subquery_idx."_t".$child_subquery_tables } . `pk` = { "CHILD_SUBQUERY".$child_subquery_idx."_t".($child_subquery_tables-1) } . `pk` ) ) WHERE { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_int_nokey` < { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_int_key` ) ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } INNER JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} NOT EXISTS ( ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `pk` AS { "SUBQUERY".$subquery_idx."_field1" } FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` ) ) ) OR ( table1 . `col_varchar_key` NOT IN (_char, _char) OR table1 . `col_varchar_key` < _char[invariant] ) OR { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_key` IN ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_nokey` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` <= { "table".$prng->int(1,$tables) } . `col_varchar_nokey` OR { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` <= _char ) ORDER BY table1 . _field_indexed /*+JavaDB:Postgres: NULLS FIRST*/ , { "table".$prng->int(1,$tables) } .`pk` ASC /*+JavaDB:Postgres: NULLS FIRST */, { join(', ', map { "field".$_." /*+JavaDB:Postgres: NULLS FIRST */" } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , CONCAT( table2 . `col_varchar_nokey` , table1 . `col_varchar_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_int_nokey` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_key` IN ( SELECT _char FROM DUMMY UNION SELECT _char FROM DUMMY ) ) AND table1 . `pk` IN (_tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned) ORDER BY table1 . _field_indexed ASC /*+JavaDB:Postgres: NULLS FIRST */ , { join(', ', map { "field".$_." /*+JavaDB:Postgres: NULLS FIRST */" } (1..$fields) ) } LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } RIGHT JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT DISTINCT SQL_SMALL_RESULT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_nokey` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `pk` >= ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t1" ; } . `pk` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) ) AND table1 . `col_int_key` IN (_tinyint_unsigned) AND { "table".$prng->int(1,$tables) } . `col_varchar_key` != { "table".$prng->int(1,$tables) } . `col_varchar_nokey` ORDER BY CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_key`, { "table".$prng->int(1,$tables) } . `col_varchar_nokey` ) /*+JavaDB:Postgres: NULLS FIRST*/, { join(', ', map { "field".$_." /*+JavaDB:Postgres: NULLS FIRST */" } (1..$fields) ) } LIMIT 1 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } INNER JOIN D AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( SELECT SQL_SMALL_RESULT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_nokey` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_nokey` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_nokey` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_nokey` >= { "table".$prng->int(1,$tables) } . `col_int_key` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` > 9 ) ) AND table1 . `col_varchar_key` IN (_char, _char, _char, _char, _char) AND { "table".$prng->int(1,$tables) } . `col_varchar_nokey` <> _char ORDER BY table1 . _field_indexed DESC /*+JavaDB:Postgres: NULLS LAST */ , { "field".$prng->int(1,$fields) } /*+JavaDB:Postgres: NULLS FIRST */ , CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_key`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ) /*+JavaDB:Postgres: NULLS FIRST*/ , table1 . _field_indexed /*+JavaDB:Postgres: NULLS FIRST*/ , { "table".$prng->int(1,$tables) } .`pk` /*+JavaDB:Postgres: NULLS FIRST */ , table1 . _field_indexed DESC /*+JavaDB:Postgres: NULLS LAST */, { join(', ', map { "field".$_." /*+JavaDB:Postgres: NULLS FIRST */" } (1..$fields) ) } LIMIT 2 OFFSET 9 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT SUM( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_varchar_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( B AS { "table".++$tables } INNER JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT DISTINCT SUM( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( A AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT OUTER JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ) IS NULL ) AND table1 . `col_varchar_key` <> _char[invariant] ORDER BY CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_key`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ) /*+JavaDB:Postgres: NULLS FIRST*/ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) ) AS { "table".++$tables } INNER JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT OUTER JOIN ( D AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT OUTER JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_nokey` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) ) AS { "table".++$tables } ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_key` >= ANY ( SELECT _char FROM DUMMY UNION DISTINCT SELECT _char FROM DUMMY ) ) OR table1 . `col_varchar_key` = _char ORDER BY CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_nokey`, { "table".$prng->int(1,$tables) } . `col_varchar_nokey` ) /*+JavaDB:Postgres: NULLS FIRST*/ , table1 . _field_indexed /*+JavaDB:Postgres: NULLS FIRST*/ , { "table".$prng->int(1,$tables) } .`pk` ASC /*+JavaDB:Postgres: NULLS FIRST */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT _char FROM DUMMY ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_nokey` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT OUTER JOIN ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_nokey` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_nokey` ) ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "table".++$tables } STRAIGHT_JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_int_nokey` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_varchar_nokey` >= SOME ( SELECT _char FROM DUMMY UNION SELECT _char FROM DUMMY ) ) AND table1 . `col_varchar_key` IN (_char) ORDER BY { "field".$prng->int(1,$fields) } DESC /*+JavaDB:Postgres: NULLS LAST */ , CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_key`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ) /*+JavaDB:Postgres: NULLS FIRST*/ , CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_nokey`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ) /*+JavaDB:Postgres: NULLS FIRST*/ , table1 . _field_indexed ASC /*+JavaDB:Postgres: NULLS FIRST */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT CONCAT( table1 . `col_varchar_key` , table2 . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT _char FROM DUMMY ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( D AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` < ( SELECT COUNT( { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_varchar_nokey` ) AS { "CHILD_SUBQUERY".$child_subquery_idx."_field1" } FROM A AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } ) ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `pk` > 3 ) AS { "table".++$tables } INNER JOIN A AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int_key` IN ( SELECT 1 FROM DUMMY UNION SELECT 5 FROM DUMMY ) ) OR table1 . `col_int_nokey` >= { "table".$prng->int(1,$tables) } . `pk` ORDER BY table1 . _field_indexed ASC /*+JavaDB:Postgres: NULLS FIRST */ , table1 . _field_indexed /*+JavaDB:Postgres: NULLS FIRST*/ , { "table".$prng->int(1,$tables) } .`pk` /*+JavaDB:Postgres: NULLS FIRST */ , CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_key`, { "table".$prng->int(1,$tables) } . `col_varchar_nokey` ) /*+JavaDB:Postgres: NULLS FIRST*/ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , CONCAT( table2 . `col_varchar_nokey` , table1 . `col_varchar_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , ( ( table1 . `col_int_nokey` ) + ( table2 . `col_int_nokey` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } STRAIGHT_JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_int_nokey` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int_nokey` <> ( SELECT SQL_SMALL_RESULT MIN( DISTINCT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_nokey` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT JOIN ( B AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_varchar_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_varchar_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) WHERE { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` >= SOME ( SELECT { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_varchar_key` AS { "CHILD_SUBQUERY".$subquery_idx."_field1" } FROM CC AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } WHERE { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_varchar_key` >= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` OR { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_varchar_nokey` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_varchar_key` ) ) ) AND ( table1 . `pk` IS NULL AND { "table".$prng->int(1,$tables) } . `col_varchar_key` >= _char ) |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
UPDATE _table SET `col_int_nokey` = 5 WHERE `col_int_nokey` = 8 |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
LOAD INDEX INTO CACHE _letter /*!50400 PARTITION ( p2 ) */ |
/*!50400 SET GLOBAL key_cache_block_size = 2048 */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM _table |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field FROM _table AS X WHERE X . _field_key < _digit LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key < _tinyint_unsigned ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null_key` IN (_quid, _char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int` BETWEEN 3 AND 7 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_255_not_null_key` IN (_char, _quid) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) FROM _table AS X LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _tinyint_unsigned WHERE `col_char_10_key` IN (_char) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _tinyint_unsigned , _tinyint_unsigned , _digit , _varchar(1) , _tinyint_unsigned ) LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 8 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 100 WHERE `col_bigint_key` IN (4) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . `col_int_not_null_key` BETWEEN 1 AND 5 LIMIT 5 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X WHERE X . _field_key IN ( _digit , _int_unsigned , _digit , _tinyint_unsigned , _int_unsigned ) LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _digit WHERE `col_int_not_null` <= _int_unsigned ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 2 AND 5 ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _digit LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . _field_key < _digit LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 1 AND 8 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _digit WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _digit ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255` IN (_char) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 1 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 50 WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 8 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 3 AND 8 ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` = 25 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_bigint` != _tinyint_unsigned ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _tinyint_unsigned WHERE `col_int_key` BETWEEN _tinyint_unsigned AND 50 ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` IN (25) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X LIMIT 8 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 25 WHERE int_field BETWEEN 3 AND 7 ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` BETWEEN _tinyint_unsigned AND _digit ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 4 AND 7 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_255_not_null` IN (_char) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ |
REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _digit WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 2 AND 8 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = 3 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 3 AND 6 ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_int_key` IN (5, 5) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255` >= _char ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO t1 (col1,col2,col3,col4) VALUES ( { $my_digit= 3 } , $my_digit, $my_digit, REPEAT(CAST($my_digit - 1 AS CHAR(1)),@fill_amount)); COMMIT |
ALTER TABLE t1 DROP KEY uidx |
UPDATE t1 SET { $column_name_int= 'col2' } = { $my_digit= 'NULL' } LIMIT 2 ; COMMIT |
ALTER TABLE t1 DROP KEY uidx |
INSERT INTO t1 (col1,col2,col3,col4) VALUES ( { $my_digit= 4 } , $my_digit - 1, $my_digit, REPEAT(CAST($my_digit AS CHAR(1)),@fill_amount)); ROLLBACK |
INSERT INTO t1 (col1,col2,col3,col4) VALUES ( { $my_digit= 1 } , $my_digit, $my_digit, REPEAT(CAST($my_digit AS CHAR(1)),@fill_amount)); COMMIT |
INSERT INTO t1 (col1,col2,col3,col4) VALUES ( { $my_digit= 4 } , $my_digit - 1, $my_digit, REPEAT(CAST($my_digit AS CHAR(1)),@fill_amount)); COMMIT |
ALTER TABLE t1 DROP KEY ftidx |
DELETE FROM t1 WHERE MATCH(col4) AGAINST (TRIM(' { $my_digit= 2 } ') IN BOOLEAN MODE) OR { $column_name_int= 'col3' } IS NULL ; INSERT INTO t1 (col1,col2,col3,col4) VALUES /* { $my_digit= 'NULL' } */ ($my_digit,$my_digit,$my_digit,REPEAT(CAST($my_digit AS CHAR(1)),@fill_amount)) , ($my_digit,$my_digit,$my_digit,REPEAT(CAST($my_digit AS CHAR(1)),@fill_amount)) ; ROLLBACK |
ALTER TABLE t1 DROP KEY uidx |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT DISTINCT MIN( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_bigint_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024_not_null_key` < { "table".$prng->int(1,$tables) } . `col_char_1024` OR { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} ( { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10` , { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10_key` ) IN ( SELECT { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_char_10_not_null_key` AS { "CHILD_SUBQUERY".$child_subquery_idx."_field1" } , { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_text_not_null_key` AS { "CHILD_SUBQUERY".$child_subquery_idx."_field2" } FROM CC AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , COUNT( table1 . `col_text_key` ) AS { "field".++$fields } , table1 . `col_bigint` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_text_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_not_null_key` ) ) ) AS { "table".++$tables } STRAIGHT_JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null_key` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_text` >= SOME ( SELECT _char UNION DISTINCT SELECT _char ) ) OR ( table1 . `col_char_1024_not_null_key` <> _char[invariant] OR table1 . `col_int_not_null_key` IN (_tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY table1 . _field_indexed , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 OFFSET 2 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_bigint` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , ( ( table2 . `col_int_key` ) - ( table1 . `col_int_not_null` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_text_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_not_null_key` ) ) ) AS { "table".++$tables } LEFT JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_key` = { "table".($tables - 1) } . `col_char_1024_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "table".$prng->int(1,$tables) } . `col_text` , { "table".$prng->int(1,$tables) } . `col_text_not_null` ) IN ( SELECT _char , _char UNION SELECT _char , _char ) ) AND ( table1 . `col_char_1024_not_null_key` NOT IN (_char) OR table1 . `col_char_10_not_null_key` NOT IN (_char, _char) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } < _char(2) ORDER BY CONCAT ( { "table".$prng->int(1,$tables) } . `col_text_not_null_key`, { "table".$prng->int(1,$tables) } . `col_text_not_null_key` ) , table1 . _field_indexed ASC , { "field".$prng->int(1,$fields) } DESC , { "field".$prng->int(1,$fields) } DESC , { "field".$prng->int(1,$fields) } DESC , table1 . _field_indexed , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( D AS { "table".++$tables } RIGHT OUTER JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_bigint` = { "table".($tables - 1) } . `col_int_not_null_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_char_10` NOT IN ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_1024_not_null` AS { "SUBQUERY".$subquery_idx."_field1" } FROM C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` <> { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int` ) ) AND ( table1 . `pk` > _tinyint_unsigned[invariant] AND table1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR table1 . `col_int_key` NOT BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) ) ORDER BY table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` , { "field".$prng->int(1,$fields) } ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } RIGHT JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_not_null_key` = { "table".($tables - 1) } . `col_char_1024_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_bigint` < ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_not_null` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT OUTER JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_bigint_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_not_null_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_bigint` = { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null_key` ) ) OR ( { "table".$prng->int(1,$tables) } . `col_char_1024_key` <> _char AND table1 . `col_bigint` >= { "table".$prng->int(1,$tables) } . `col_int` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ({ "field".$prng->int(1,$fields) } <> _char(2) AND { "field".$prng->int(1,$fields) } <= 7) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_char_1024_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( D AS { "table".++$tables } STRAIGHT_JOIN DD AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null` = { "table".($tables - 1) } . `col_int_not_null_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( _char, _char ) IN ( SELECT _char , _char UNION SELECT _char , _char ) ) AND table1 . `col_char_10_not_null` IS NULL ORDER BY { "field".$prng->int(1,$fields) } , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . `col_bigint` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } STRAIGHT_JOIN ( ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } RIGHT JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT OUTER JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_1024_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_text_key` ) ) ) AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null_key` = { "table".($tables - 1) } . `col_bigint` ) ) ) ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_int` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_char_1024_not_null_key` < ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_10_not_null` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_bigint_key` <> { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null_key` ) ) AND table1 . `col_int_key` = _tinyint_unsigned OR ( table1 . `col_bigint_key` > { "table".$prng->int(1,$tables) } . `col_int_not_null` AND table1 . `col_int_not_null` >= { "table".$prng->int(1,$tables) } . `col_bigint_key` ) ORDER BY table1 . _field_indexed DESC , table1 . _field_indexed , { "field".$prng->int(1,$fields) } , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 10 OFFSET 5 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } LEFT OUTER JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_not_null_key` = { "table".($tables - 1) } . `col_char_1024_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int_not_null` IN ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_bigint` AS { "SUBQUERY".$subquery_idx."_field1" } FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_bigint` > { "table".$prng->int(1,$tables) } . `col_int_key` ) ) OR ( table1 . `col_int_key` IN (_tinyint_unsigned) OR table1 . `col_bigint_key` IN (_tinyint_unsigned) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY table1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT SQL_SMALL_RESULT COUNT( table2 . `col_int_not_null` ) AS { "field".++$fields } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } STRAIGHT_JOIN ( ( AA AS { "table".++$tables } LEFT OUTER JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_key` = { "table".($tables - 1) } . `col_char_1024` ) ) ) ON ({ "table".$tables } . `col_int` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_text_not_null_key` IN ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_text_not_null_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_not_null_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null_key` > { "table".$prng->int(1,$tables) } . `pk` ) ) AND ( table1 . `col_text_not_null_key` IS NULL OR table1 . `col_text_not_null_key` IS NULL ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } != _char(2) ORDER BY { "field".$prng->int(1,$fields) } ASC, { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT DISTINCT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } INNER JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_char_1024_key` = { "table".($tables - 1) } . `col_char_1024_not_null` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_text_key` < SOME ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_10_not_null_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10_key` >= { "table".$prng->int(1,$tables) } . `col_char_1024_not_null` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024` <> { "table".$prng->int(1,$tables) } . `col_char_10_not_null` ) ) OR table1 . `col_int` >= { "table".$prng->int(1,$tables) } . `col_bigint` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } != _char(2) ORDER BY { "field".$prng->int(1,$fields) } ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_bigint` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_not_null_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_text` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , ( ( table1 . `col_int` ) - ( table1 . `pk` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT SUM( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_not_null_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_bigint` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10` < { "table".$prng->int(1,$tables) } . `col_char_1024_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , ( ( table1 . `col_int_not_null_key` ) * ( table1 . `pk` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_bigint_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MAX( table2 . `col_char_10_not_null` ) AS { "field".++$fields } , CONCAT ( table1 . `col_char_1024_key` , table2 . `col_char_10` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } STRAIGHT_JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "table".$prng->int(1,$tables) } . `col_int_key` , { "table".$prng->int(1,$tables) } . `col_bigint` ) IN ( SELECT 9 , _tinyint_unsigned UNION SELECT 9, 9 ) ) AND ( table1 . `col_int_key` = _tinyint_unsigned OR table1 . `col_char_1024_not_null_key` = _char ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } != _char(2) |
CALL /* RESULTSET_SAME_DATA_IN_EVERY_ROW */ { 'proc_'.$prng->int(1,3) } ( @inout1 ) |
START TRANSACTION |
COMMIT |
{ $trigger_name = 'trigger_'.$prng->int(1..9) ; return undef } { $table_name = 'table_'.$prng->int(1,3) ; return undef } CREATE TRIGGER $trigger_name AFTER INSERT ON $table_name FOR EACH ROW { $table_name = 'table_'.$prng->int(1,3) ; return undef } UPDATE $table_name SET `col_int_key` = _digit |
SELECT /* QUERY_ID: _mediumint_unsigned */ /* RESULTSET_SAME_DATA_IN_EVERY_ROW */ _digit AS `col_int_key` FROM { $view_name = 'view_'.$prng->int(1..3) ; return undef } $view_name WHERE `col_int_key` < `col_int_key` |
{ $table_name = 'table_'.$prng->int(1,3) ; return undef } INSERT INTO $table_name SELECT * FROM $table_name LIMIT 0 |
SELECT /* QUERY_ID: _mediumint_unsigned */ /* RESULTSET_SAME_DATA_IN_EVERY_ROW */ { 'func_'.$prng->int(1,3) } ( _digit ) AS `col_int_key` FROM _table WHERE `col_int_key` < `col_int_key` |
CALL /* RESULTSET_SAME_DATA_IN_EVERY_ROW */ { 'proc_'.$prng->int(1,3) } ( @inout1 ) |
START TRANSACTION |
CALL /* RESULTSET_SAME_DATA_IN_EVERY_ROW */ { 'proc_'.$prng->int(1,3) } ( @inout1 ) |
SELECT COUNT( l_partkey ) FROM lineitem WHERE l_orderkey = { $prng->uint16(1,1500) } OR l_orderkey > _tinyint_unsigned AND l_suppkey BETWEEN 10 AND 10 + _digit AND ( l_quantity BETWEEN _digit AND { $prng->uint16(1,50) } + _digit OR l_shipdate > { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) AND ( ( l_orderkey = _tinyint_unsigned ) AND ( l_shipdate = { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) ) |
SELECT COUNT( l_linenumber ) FROM lineitem WHERE l_suppkey IN ( 10 , 10 , 10 , _digit , 10 , 10 ) AND l_partkey <> _tinyint_unsigned AND l_orderkey = _tinyint_unsigned AND l_partkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned OR l_shipdate { my $year = $prng->uint16(1992,1998); my $month = $prng->uint16(1,12); return sprintf("BETWEEN '%04d-%02d-%02d' AND '%04d-%02d-%02d'", $year, $month, $prng->uint16(1,28), $year, $month, $prng->uint16(1,28)) } AND ( l_orderkey NOT IN ( _tinyint_unsigned , _tinyint_unsigned , _tinyint_unsigned ) OR l_linenumber BETWEEN _digit AND _digit + _digit ) AND ( l_partkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned OR l_shipdate = { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } OR l_commitDATE IN ( '1992-01-08' , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) OR l_quantity BETWEEN _digit AND _digit + _digit AND l_partkey BETWEEN 200 AND _tinyint_unsigned + _digit ) |
SELECT COUNT( l_orderkey ) FROM lineitem WHERE ( l_orderkey NOT IN ( _tinyint_unsigned , _tinyint_unsigned ) AND l_quantity IN ( { $prng->uint16(1,50) } , _digit , _digit , _digit , { $prng->uint16(1,50) } ) OR l_partkey BETWEEN _tinyint_unsigned AND _digit + _digit AND l_linenumber < _digit ) AND ( l_linenumber = _digit AND l_shipdate { my $year = $prng->uint16(1992,1998); my $month = $prng->uint16(1,12); return sprintf("BETWEEN '%04d-%02d-%02d' AND '%04d-%02d-%02d'", $year, $month, $prng->uint16(1,28), $year, $month, $prng->uint16(1,28)) } ) |
SELECT MAX( l_suppkey ) FROM lineitem WHERE l_suppkey != 10 AND l_orderkey = { $prng->uint16(1,1500) } AND l_quantity NOT IN ( _digit , { $prng->uint16(1,50) } ) AND l_receiptDATE { my $year = $prng->uint16(1992,1998); return sprintf("BETWEEN '%04d-%02d-%02d' AND '%04d-%02d-%02d'", $year, $prng->uint16(1,12), $prng->uint16(1,28), $year, $prng->uint16(1,12), $prng->uint16(1,28)) } AND l_linenumber IN ( _digit , _digit ) AND l_linenumber BETWEEN _digit AND _digit + _digit |
SELECT l_commitDATE FROM lineitem WHERE l_suppkey = 10 OR l_orderkey = _tinyint_unsigned AND l_orderkey < { $prng->uint16(1,1500) } AND l_quantity BETWEEN _digit AND _digit + _digit AND l_linenumber IN ( _digit , _digit , _digit , _digit , _digit , _digit , _digit , _digit ) AND l_linenumber IN ( _digit , _digit ) |
SELECT l_commitDATE FROM lineitem FORCE KEY ( i_l_orderkey_quantity , i_l_commitdate ) WHERE l_orderkey BETWEEN { $prng->uint16(1,1500) } AND _tinyint_unsigned + _digit OR l_shipdate BETWEEN { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } AND { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } AND l_linenumber >= _digit OR l_linenumber BETWEEN _digit AND _digit + _digit AND l_orderkey = _tinyint_unsigned OR l_quantity BETWEEN { $prng->uint16(1,50) } AND _digit + _digit OR l_quantity BETWEEN { $prng->uint16(1,50) } AND _digit + _digit AND l_linenumber NOT IN ( _digit , _digit ) OR l_linenumber IN ( _digit , _digit , _digit ) AND l_suppkey BETWEEN 10 AND _digit + _digit OR l_linenumber IN ( _digit , _digit , _digit , _digit ) ORDER BY l_shipdate , l_orderkey , l_linenumber |
SELECT l_suppkey FROM lineitem FORCE KEY ( i_l_receiptdate , i_l_orderkey , i_l_partkey , i_l_receiptdate ) WHERE ( l_orderkey = _tinyint_unsigned OR l_linenumber = _digit ) AND ( l_quantity = { $prng->uint16(1,50) } AND l_receiptDATE { my $year = $prng->uint16(1992,1998); my $month = $prng->uint16(1,12); return sprintf("BETWEEN '%04d-%02d-%02d' AND '%04d-%02d-%02d'", $year, $month, $prng->uint16(1,28), $year, $month, $prng->uint16(1,28)) } ) AND ( l_partkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _digit OR l_suppkey BETWEEN _digit AND _digit + _digit ) AND ( l_orderkey IN ( _tinyint_unsigned , { $prng->uint16(1,1500) } ) ) |
SELECT MIN( l_linenumber ) FROM lineitem WHERE ( l_receiptDATE = { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) AND ( l_receiptDATE IN ( { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) AND l_partkey IN ( _tinyint_unsigned , 200 ) OR l_shipdate NOT IN ( { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) AND l_orderkey NOT IN ( { $prng->uint16(1,1500) } , _tinyint_unsigned ) OR l_orderkey BETWEEN { $prng->uint16(1,1500) } AND _tinyint_unsigned + _tinyint_unsigned ) OR l_orderkey NOT IN ( _tinyint_unsigned , _tinyint_unsigned , _tinyint_unsigned ) OR l_receiptDATE >= { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } |
SELECT DISTINCT * FROM lineitem FORCE KEY ( i_l_orderkey , i_l_commitdate ) WHERE ( ( l_shipdate = { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) AND ( ( l_commitDATE != { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } OR l_receiptDATE NOT IN ( { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) ) OR ( l_orderkey = _tinyint_unsigned ) ) ) AND ( l_quantity > { $prng->uint16(1,50) } AND l_quantity BETWEEN _digit AND { $prng->uint16(1,50) } + _digit AND l_receiptDATE > { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } OR l_suppkey BETWEEN 10 AND 10 + _digit AND l_shipdate IN ( { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } , '1992-01-08' , { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } ) OR l_shipdate { my $year = $prng->uint16(1992,1998); my $month = $prng->uint16(1,12); return sprintf("BETWEEN '%04d-%02d-%02d' AND '%04d-%02d-%02d'", $year, $month, $prng->uint16(1,28), $year, $month, $prng->uint16(1,28)) } ) ORDER BY l_shipdate , l_orderkey , l_linenumber |
SELECT * FROM lineitem FORCE KEY ( i_l_orderkey_quantity , i_l_commitdate , i_l_receiptdate ) WHERE l_orderkey IN ( _tinyint_unsigned , { $prng->uint16(1,1500) } ) AND ( l_linenumber = _digit OR l_orderkey > { $prng->uint16(1,1500) } ) AND ( ( l_quantity < _digit AND l_suppkey NOT IN ( _digit , 10 , _digit , _digit , 10 ) ) OR ( l_shipdate = { sprintf("'%04d-%02d-%02d'", $prng->uint16(1992,1998), $prng->uint16(1,12), $prng->uint16(1,28)) } OR l_orderkey IN ( { $prng->uint16(1,1500) } , _tinyint_unsigned , { $prng->uint16(1,1500) } , _tinyint_unsigned ) OR l_quantity IN ( _digit , { $prng->uint16(1,50) } , { $prng->uint16(1,50) } , { $prng->uint16(1,50) } , { $prng->uint16(1,50) } ) ) ) |
DELETE FROM _table WHERE _field LIKE CONCAT( CONVERT( _english USING UCS2 ) , '%' ) ORDER BY `pk` LIMIT 1 |
UPDATE _table SET _field_no_pk = CONVERT( _english USING ASCII ) WHERE _field LIKE CONCAT( CONVERT( _english USING ASCII ) , '%' ) |
DELETE FROM _table WHERE _field IS NULL ORDER BY `pk` LIMIT 1 |
UPDATE _table SET _field_no_pk = CONVERT( _english USING LATIN1 ) WHERE _field LIKE CONCAT( REPEAT( _UCS2 _hex , _tinyint_unsigned ) , '%' ) ORDER BY `pk` LIMIT _digit |
DELETE FROM _table WHERE _field IN ( CONVERT( _varchar(255) USING UCS2 ) , REPEAT( _UCS2 _hex , _tinyint_unsigned ) , CONVERT( _english USING ASCII ) , CONVERT( _varchar(255) USING UTF8 ) , REPEAT( _UCS2 _hex , _tinyint_unsigned ) , REPEAT( _LATIN1 _hex , _tinyint_unsigned ) , REPEAT( _UTF8 _hex , _tinyint_unsigned ) ) ORDER BY `pk` LIMIT 1 |
UPDATE _table SET _field_no_pk = REPEAT( _UCS2 _hex , _tinyint_unsigned ) WHERE _field IS NULL ORDER BY `pk` LIMIT _digit |
UPDATE _table SET _field_no_pk = REPEAT( _LATIN1 _hex , _tinyint_unsigned ) WHERE _field <= CONVERT( _english USING LATIN1 ) |
DELETE FROM _table WHERE _field BETWEEN CONVERT( _varchar(255) USING UCS2 ) AND REPEAT( _UTF8 _hex , _tinyint_unsigned ) ORDER BY `pk` LIMIT 1 |
UPDATE _table SET _field_no_pk = CONVERT( _varchar(255) USING ASCII ) WHERE _field > REPEAT( _LATIN1 _hex , _tinyint_unsigned ) ORDER BY `pk` LIMIT _digit |
DELETE FROM _table WHERE _field IS NULL ORDER BY `pk` LIMIT 1 |
DELETE FROM _table LIMIT _digit |
DELETE FROM _table WHERE _field >= _digit LIMIT _digit |
DELETE FROM _table WHERE _field <= _digit ORDER BY _field LIMIT _digit |
INSERT INTO _table ( _field_no_pk ) VALUES ( _english ) |
DELETE FROM _table ORDER BY _field LIMIT _digit |
INSERT INTO _table ( _field_no_pk ) VALUES ( _digit ) |
DELETE FROM _table WHERE _field <> _timestamp ORDER BY _field LIMIT _digit |
DELETE FROM _table WHERE _field > _digit LIMIT _digit |
INSERT INTO _table ( _field_no_pk ) VALUES ( _english ) |
INSERT INTO _table ( _field_no_pk ) VALUES ( _english ) |
SELECT STDDEV_SAMP( OUTR . `col_text_not_null` ) AS X FROM AA AS OUTR WHERE OUTR . `col_bigint_key` IN ( SELECT DISTINCT INNR . `col_int` AS Y FROM DD AS INNR2 LEFT JOIN BB AS INNR ON ( INNR2 . `col_text_not_null` < INNR . `col_text_key` ) WHERE INNR . `col_text_not_null` IS NOT NULL ORDER BY INNR . `col_bigint` ) AND OUTR . `col_int_not_null` > digit ORDER BY OUTR . `col_char_10_not_null_key` , OUTR . `pk` |
SELECT DISTINCT OUTR . `col_char_10` AS X FROM BB AS OUTR WHERE ( OUTR . `col_char_10_key` , OUTR . `col_char_10` ) IN ( SELECT DISTINCT INNR . `col_char_10_not_null_key` AS X , INNR . `col_char_10_not_null` AS Y FROM C AS INNR2 LEFT JOIN DD AS INNR ON ( INNR2 . `col_char_10` = INNR . `col_char_10_key` ) WHERE INNR . `pk` = INNR . `col_int_not_null_key` OR OUTR . `col_int_key` IS NULL ) AND ( OUTR . `col_char_1024_not_null_key` IS NOT NULL XOR OUTR . `col_char_10_not_null` <> _varchar(1) ) ORDER BY OUTR . `col_int` , OUTR . `pk` |
SELECT OUTR . `col_bigint_key` AS X FROM AA AS OUTR WHERE OUTR . `col_text` IN ( SELECT INNR . `col_char_10_not_null` AS Y FROM C AS INNR2 LEFT JOIN DD AS INNR ON ( INNR2 . `col_bigint_key` <> INNR . `col_int_key` ) WHERE INNR . `pk` < digit ) AND OUTR . `col_int_not_null_key` <= digit ORDER BY OUTR . `col_char_10_not_null_key` , OUTR . `pk` |
SELECT OUTR . `col_int` AS X FROM DD AS OUTR2 LEFT JOIN A AS OUTR ON ( OUTR2 . `col_char_10_key` > OUTR . `col_text_not_null_key` ) WHERE OUTR . `col_char_1024` IN ( SELECT INNR . `col_char_1024_key` AS Y FROM CC AS INNR2 LEFT JOIN A AS INNR ON ( INNR2 . `col_char_1024_not_null` <= INNR . `col_char_1024_key` ) WHERE INNR . `col_bigint_key` <> digit AND INNR . `col_text_key` <= _varchar(1) ORDER BY INNR . `col_text_key` ) AND ( OUTR . `col_char_1024` <> _varchar(1) AND NOT OUTR . `col_text_not_null_key` IS NOT NULL ) ORDER BY OUTR . `col_char_1024_key` , OUTR . `pk` |
SELECT OUTR . `col_char_1024_key` AS X FROM DD AS OUTR WHERE ( OUTR . `col_int_key` , OUTR . `col_bigint` ) IN ( SELECT INNR . `col_int_not_null` AS X , INNR . `col_int` AS Y FROM CC AS INNR WHERE INNR . `col_bigint` < INNR . `col_int_key` AND NOT OUTR . `col_int_key` IS NOT NULL ) AND OUTR . `col_bigint_key` IS NOT NULL ORDER BY OUTR . `col_char_10_not_null` , OUTR . `pk` |
SELECT DISTINCT VAR_POP( OUTR . `col_text` ) AS X FROM D AS OUTR2 LEFT JOIN BB AS OUTR ON ( OUTR2 . `col_char_10_not_null_key` < OUTR . `col_char_1024_not_null_key` ) WHERE OUTR . `col_char_1024` IN ( SELECT DISTINCT INNR . `col_char_1024_not_null` AS Y FROM DD AS INNR WHERE OUTR . `pk` <> digit ) AND OUTR . `col_int_not_null` <> digit ORDER BY OUTR . `pk` , OUTR . `pk` |
SELECT STDDEV_POP( OUTR . `col_int_key` ) AS X FROM AA AS OUTR WHERE ( OUTR . `col_int_not_null_key` , OUTR . `col_bigint` ) IN ( SELECT INNR . `col_int` AS X , INNR . `col_int_not_null_key` AS Y FROM D AS INNR2 LEFT JOIN DD AS INNR ON ( INNR2 . `col_char_10_key` <= INNR . `col_char_10_key` ) WHERE INNR . `col_int` < INNR . `col_bigint_key` AND NOT INNR . `col_char_1024` <> INNR . `col_text_not_null_key` ) AND ( OUTR . `col_text` < _varchar(1) AND OUTR . `col_int_key` > digit ) HAVING X = NULL ORDER BY OUTR . `col_int_not_null` , OUTR . `pk` |
SELECT DISTINCT OUTR . `col_int` AS X FROM AA AS OUTR WHERE ( OUTR . `col_char_1024_not_null` , OUTR . `col_char_1024_key` ) IN ( SELECT DISTINCT INNR . `col_char_1024_not_null` AS X , INNR . `col_text_not_null_key` AS Y FROM DD AS INNR WHERE INNR . `col_text_not_null` > _varchar(1) XOR INNR . `col_char_1024_key` >= INNR . `col_text_key` ) AND ( OUTR . `col_int_key` = digit XOR OUTR . `col_char_10_not_null_key` IS NULL ) HAVING X <= _datetime ORDER BY OUTR . `col_bigint` , OUTR . `pk` |
SELECT DISTINCT MAX( OUTR . `col_int_key` ) AS X FROM BB AS OUTR WHERE OUTR . `col_text_key` IN ( SELECT DISTINCT INNR . `col_text_not_null` AS Y FROM BB AS INNR2 LEFT JOIN DD AS INNR ON ( INNR2 . `col_int` > INNR . `col_bigint` ) WHERE INNR . `col_char_1024_key` IS NULL ) AND ( OUTR . `col_bigint_key` IS NULL OR NOT OUTR . `col_int_not_null_key` = digit ) HAVING X < _time ORDER BY OUTR . `col_char_10_not_null_key` , OUTR . `pk` |
SELECT DISTINCT STDDEV_SAMP( OUTR . `col_bigint_key` ) AS X FROM CC AS OUTR WHERE OUTR . `col_char_1024_not_null` IN ( SELECT INNR . `col_char_10_key` AS Y FROM CC AS INNR WHERE INNR . `col_char_1024` < _varchar(1) XOR INNR . `col_int_key` <> INNR . `col_int_not_null_key` ORDER BY INNR . `col_bigint` ) AND OUTR . `col_text_not_null` IS NOT NULL ORDER BY OUTR . `col_int_key` , OUTR . `pk` |
UPDATE _table SET _field_no_pk = -1 LIMIT _digit |
SET GLOBAL innodb_kill_idle_transaction = 0 |
INSERT INTO _table ( _field ) VALUES ( _timestamp ) ON DUPLICATE KEY UPDATE _field_no_pk = _timestamp |
FLUSH TABLES |
UPDATE IGNORE _table t1, _table t2 SET t1._field_no_pk = _year WHERE t1._field > 1 |
SELECT * FROM _table[invariant] INTO OUTFILE _tmpnam ; TRUNCATE _table[invariant] ; LOAD DATA INFILE _tmpnam INTO TABLE _table[invariant] |
INSERT IGNORE INTO _table ( _field_no_pk , _field_no_pk , _field_no_pk ) VALUES ( _digit , NULL , _timestamp ) |
DROP TABLE IF EXISTS _letter[invariant] ; DROP VIEW IF EXISTS _letter[invariant] ; CREATE TABLE _letter[invariant] LIKE _table[invariant] ; INSERT INTO _letter[invariant] SELECT * FROM _table[invariant] |
FLUSH TABLE_STATISTICS |
SET GLOBAL LOG_SLOW_RATE_TYPE = SESSION |
CREATE TABLE IF NOT EXISTS t5 ( `pk` INTEGER NOT NULL AUTO_INCREMENT , `col_int` INTEGER , PRIMARY KEY ( `pk` ) ) PARTITION BY HASH ( `pk` ) PARTITIONS digit SELECT `pk` , `col_int_key` FROM D |
DROP TRIGGER letter |
CALL letter |
CALL letter |
CALL letter |
CALL letter |
CALL letter |
CALL letter |
CREATE TABLE IF NOT EXISTS t10 ( `pk` INTEGER NOT NULL AUTO_INCREMENT , `col_int` INTEGER , PRIMARY KEY ( `pk` ) ) PARTITION BY KEY ( `pk` ) PARTITIONS digit SELECT `pk` , `col_int_key` FROM E |
CALL letter |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 5 WHERE `pk` < _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 1 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null` = 5 ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_int_not_null` = _digit ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_int_not_null_key` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_1024_not_null` IN (_quid) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` IN (_digit) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_text_not_null_key` IN (_char, _quid, _char, _char) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 5 WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_int_not_null` BETWEEN 5 AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _digit WHERE `pk` < _tinyint_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` IN (1, _tinyint_unsigned, _varchar(1), 5) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_text_not_null` < _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_key` IN (5) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 1 WHERE `col_text` >= _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10` IN (_char, _quid) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _digit WHERE `col_bigint_key` != _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10_not_null` IN (_char) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 1 WHERE `col_char_10_not_null` != _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _tinyint_unsigned WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_1024_not_null_key` > _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 5 WHERE `col_text_not_null` IN (_char) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10_not_null_key` IN (_char, _quid) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_bigint` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_bigint` IN (5) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10` IN (_char, _char) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_1024_not_null` = _char ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_1024_not_null_key` = _char ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` IN (_int_unsigned) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE int_field BETWEEN 1 AND 5 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ |
START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_char_10_key` <= _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` >= 1 ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10` IN (_char) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ |
/*!50400 ALTER TABLE b EXCHANGE PARTITION p3 WITH TABLE a */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM r PARTITION (p1) |
REPLACE INTO o PARTITION (p3) ( `col_int_nokey`, `col_int_key` ) SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM r PARTITION (p1,p2,p3) ORDER BY `col_int_key` , `col_int_nokey` LIMIT 6 |
EXPLAIN /*!50100 PARTITIONS */ SELECT `col_int_nokey` FROM a WHERE `col_int_nokey` <> _digit |
EXPLAIN /*!50100 PARTITIONS */ SELECT `col_int_nokey` FROM b |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM o PARTITION (p0, p1, p1) WHERE `col_int_nokey` < _digit |
UPDATE p PARTITION (p0) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
REPLACE INTO f PARTITION (p0,p1) ( `col_int_nokey`, `col_int_key` ) VALUES ( _digit , _digit ) , ( _digit , _digit ) |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM j PARTITION (p2,p3) |
/*!50400 ALTER TABLE b COALESCE PARTITION 1 */ |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT a1 . * FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `origin` = { 'a'.$alias_count } .`code` ) ) INNER JOIN `aircraft` { $table_name = 'aircraft'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( a1 .`tail_num` = { 'a'.$alias_count } .`tail_num` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `origin` = 'LIT' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` BETWEEN _char[invariant] AND CHAR(ASCII( _char[invariant] ) + 2 ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` IN ( 'ORD' , 'ORD' , 'ORD' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'zipcodes'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `zipcode` BETWEEN 10000 + ( _tinyint_unsigned * 100) AND 10000 + ( _tinyint_unsigned * 100) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'carriers' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` = 'WN' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'zipcodes'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `zipcode` BETWEEN 10000 + ( _tinyint_unsigned * 100) AND 10000 + ( _tinyint_unsigned * 100) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `carrier` = 'AQ' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) ORDER BY a1 . `id` LIMIT _digit |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT a1 . * FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `aircraft` { $table_name = 'aircraft'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.$alias_count } .`tail_num` = { 'a'.($alias_count - 1) } .`tail_num` ) ) INNER JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( a1 . `destination` = { 'a'.$alias_count } .`code` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` IN ( 'LIT' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` BETWEEN _char[invariant] AND CHAR(ASCII( _char[invariant] ) + 1 ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `tail_num` LIKE 'N10%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'carriers' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` = 'AQ' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `name` BETWEEN _char[invariant] AND CHAR(ASCII( _char[invariant] ) + 1 ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'zipcodes'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `zipcode` BETWEEN 10000 + ( _tinyint_unsigned * 100) AND 10000 + ( _tinyint_unsigned * 100) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `name` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) ORDER BY a1 . `id` LIMIT _digit |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT a1 . * FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `carriers` { $table_name = 'carriers'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `carrier` = { 'a'.$alias_count } . `code` ) ) INNER JOIN `aircraft` { $table_name = 'aircraft'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( a1 .`tail_num` = { 'a'.$alias_count } .`tail_num` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `tail_num` BETWEEN _char[invariant] AND CHAR(ASCII( _char[invariant] ) + 1 ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'aircraft'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state` = 'CO' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` IN ( 'AKN' , 'MSP' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'zipcodes'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `zipcode` BETWEEN 10000 + ( _tinyint_unsigned * 100) AND 10000 + ( _tinyint_unsigned * 100) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airport_remarks'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `airport_remark_id` BETWEEN _tinyint_unsigned AND _smallint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `origin` IN ( 'AKN' , 'ORD' ) OR { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` = 'AKN' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N10%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) ORDER BY a1 . `id` LIMIT _digit |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT MIN(a1 . dep_time) FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `carriers` { $table_name = 'carriers'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `carrier` = { 'a'.$alias_count } . `code` ) ) INNER JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( a1 . `destination` = { 'a'.$alias_count } .`code` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` IN ( 'LIT' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'airport_remarks'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `airport_remark_id` BETWEEN _tinyint_unsigned AND _smallint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'carriers' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` IN ( 'NW' , 'UA' , 'DL' , 'AA' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state` = 'WI' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'carriers' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` = 'AQ' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'zipcodes'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `zipcode` BETWEEN 10000 + ( _tinyint_unsigned * 100) AND 10000 + ( _tinyint_unsigned * 100) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT COUNT(*) FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `carriers` { $table_name = 'carriers'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `carrier` = { 'a'.$alias_count } . `code` ) ) CROSS JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `zipcodes` { $table_name = 'zipcodes' ; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `state` = { 'a'.$alias_count } . `state_code` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `carrier` = 'OH' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state_code` IN ( 'UT' , 'NJ' , 'ND' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `name` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `tail_num` LIKE 'N10%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `name` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airports'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state` BETWEEN _char(2) AND _char(2) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT a1 . * FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `carriers` { $table_name = 'carriers'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `carrier` = { 'a'.$alias_count } . `code` ) ) CROSS JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `zipcodes` { $table_name = 'zipcodes' ; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `state` = { 'a'.$alias_count } . `state_code` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `tail_num` BETWEEN _char[invariant] AND CHAR(ASCII( _char[invariant] ) + 1 ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airport_remarks'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `airport_remark_id` BETWEEN _tinyint_unsigned AND _smallint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `origin` = 'ORD' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state_code` = 'KS' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `name` LIKE 'N10%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) ORDER BY a1 . `id` LIMIT _digit |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT COUNT( DISTINCT a1 . tail_num ) FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `origin` = { 'a'.$alias_count } .`code` ) ) CROSS JOIN `aircraft` { $table_name = 'aircraft'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `aircraft_engines` { $table_name = 'aircraft_engines' ; return undef ; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } USING ( `aircraft_engine_code` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `origin` = 'LIT' AND { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` IN ( 'AKN' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airports'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` IN ( 'AKN' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N10%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airports'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `longitude` BETWEEN _tinyint AND _tinyint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `tail_num` LIKE 'N10%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airport_remarks'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `airport_remark_id` BETWEEN _tinyint_unsigned AND _smallint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT COUNT(*) FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `origin` = { 'a'.$alias_count } .`code` ) ) CROSS JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `states` { $table_name = 'states' ; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `state` = { 'a'.$alias_count } . `state_code` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `origin` IN ( 'LIT' , 'MSP' , 'BIS' , 'AKN' , 'ORD' , 'ORD' , 'LIT' ) AND { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` = 'MSP' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'airport_remarks'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `airport_remark_id` BETWEEN _tinyint_unsigned AND _smallint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `tail_num` BETWEEN _char[invariant] AND CHAR(ASCII( _char[invariant] ) + 1 ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state_code` = 'TX' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` = 'AKN' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airports'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state` IN ( 'OH' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'carriers' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` IN ( 'DL' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT a1 . * FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `origin` = { 'a'.$alias_count } .`code` ) ) INNER JOIN `airports` { $table_name = 'airports'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( a1 . `destination` = { 'a'.$alias_count } .`code` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `carrier` IN ( 'WN' , 'AS' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state_code` = 'WI' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airports'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` = 'AKN' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft_engines'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `manufacturer` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `origin` = 'AKN' OR { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `destination` = 'ORD' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'carriers' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `code` = 'CO' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airport_remarks'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `airport_remark_id` BETWEEN _tinyint_unsigned AND _smallint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) ORDER BY a1 . `id` LIMIT _digit |
{ $alias_count = 0 ; %tables = () ; %aliases = () ; return undef ; } SELECT a1 . * FROM ( `ontime_mysiam` { $table_name = 'ontime'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } INNER JOIN `carriers` { $table_name = 'carriers'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( { 'a'.($alias_count - 1) } . `carrier` = { 'a'.$alias_count } . `code` ) ) INNER JOIN `aircraft` { $table_name = 'aircraft'; return undef; } AS { $alias_count++ ; $tables{$table_name}++ ; push @{$aliases{$table_name}}, 'a'.$alias_count ; return 'a'.$alias_count } ON ( a1 .`tail_num` = { 'a'.$alias_count } .`tail_num` ) WHERE { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `carrier` IN ( 'DL' , 'EV' , 'AA' , 'NW' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND ( { $condition_table = 'zipcodes'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `zipcode` BETWEEN 10000 + ( _tinyint_unsigned * 100) AND 10000 + ( _tinyint_unsigned * 100) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'airport_remarks'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `airport_remark_id` BETWEEN _tinyint_unsigned AND _smallint_unsigned { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'ontime' ; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `carrier` IN ( 'FL' ) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'zipcodes'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `zipcode` BETWEEN 10000 + ( _tinyint_unsigned * 100) AND 10000 + ( _tinyint_unsigned * 100) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'aircraft'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `state` BETWEEN _char(2) AND _char(2) { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } AND { $condition_table = 'states'; return undef; } { ((exists $tables{$condition_table}) ? '' : '/* ') } { my $alias = shift @{$aliases{$condition_table}}; push @{$aliases{$condition_table}} , $alias ; return $alias } . `name` LIKE 'N9Q%' { ((exists $tables{$condition_table}) ? '' : '*/ 1 = 1 ') } ) ORDER BY a1 . `id` LIMIT _digit |
{ $tables = 0 ; $fields = 0 ; "" } SHOW PROCESSLIST |
{ $tables = 0 ; $fields = 0 ; "" } ALTER TABLE _table[invariant] ADD COLUMN ( _quid[invariant] INT NOT NULL ) ; ALTER TABLE _table[invariant] DROP COLUMN _quid |
{ $tables = 0 ; $fields = 0 ; "" } SELECT _field AS {"field".++$fields} , _field AS {"field".++$fields} FROM ( BB AS { "table".++$tables } RIGHT JOIN ( ( D AS { "table".++$tables } RIGHT JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) ) ON ({ "table".$tables } . `col_bigint` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE `col_text` <= _char AND `col_int_not_null` >= _digit ; SELECT _field AS {"field".++$fields} , _field AS {"field".++$fields} , _field AS {"field".++$fields} FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN ( ( DD AS { "table".++$tables } LEFT OUTER JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `col_bigint` ) ) ) ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_int` ) ) WHERE `col_char_1024` >= _char AND `col_int_not_null` < _digit |
{ $tables = 0 ; $fields = 0 ; "" } SHOW PROCESSLIST |
{ $tables = 0 ; $fields = 0 ; "" } SELECT _field AS {"field".++$fields} FROM ( DD AS { "table".++$tables } INNER JOIN ( ( BB AS { "table".++$tables } STRAIGHT_JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `pk` ) ) ) ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) WHERE `col_char_10_not_null_key` != _char |
{ $tables = 0 ; $fields = 0 ; "" } SELECT _field AS {"field".++$fields} FROM ( BB AS { "table".++$tables } INNER JOIN ( ( D AS { "table".++$tables } LEFT JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_char_1024_key` = { "table".($tables - 1) } . `col_char_1024_key` ) ) ) ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) WHERE `col_int_not_null_key` < _digit |
{ $tables = 0 ; $fields = 0 ; "" } SHOW PROCESSLIST |
{ $tables = 0 ; $fields = 0 ; "" } ALTER TABLE _table[invariant] ADD INDEX `_quid[invariant]` (`col_int_not_null` , `col_bigint`) ; ALTER TABLE _table[invariant] DROP INDEX `_quid[invariant]` |
{ $tables = 0 ; $fields = 0 ; "" } SELECT _field AS {"field".++$fields} FROM ( DD AS { "table".++$tables } INNER JOIN ( ( C AS { "table".++$tables } STRAIGHT_JOIN D AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null` = { "table".($tables - 1) } . `col_int_not_null_key` ) ) ) ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) WHERE `col_int_key` <> _digit ; SELECT _field AS {"field".++$fields} , _field AS {"field".++$fields} , _field AS {"field".++$fields} , _field AS {"field".++$fields} FROM ( BB AS { "table".++$tables } LEFT JOIN D AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null` = { "table".($tables - 1) } . `col_int_not_null_key` ) ) WHERE `col_int` >= _digit |
{ $tables = 0 ; $fields = 0 ; "" } SELECT _field AS {"field".++$fields} FROM ( C AS { "table".++$tables } LEFT OUTER JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_text_not_null` = { "table".($tables - 1) } . `col_char_1024_not_null_key` ) ) WHERE `col_bigint` != _digit |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT DISTINCT table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , SUM( table1 . `col_varchar_10_latin1` ) AS { "field".++$fields } , MIN( table3 . `col_int` ) AS { "field".++$fields } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MAX( table2 . `col_varchar_1024_latin1` ) AS { "field".++$fields } , table3 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table3 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= _quid AND { $char_idx_field } < _quid OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } >= _quid AND { $char_idx_field } <= 'zzzz' OR { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NULL OR { $cur_table='table1'; "" } { $cur_table } . `col_varchar_10_utf8` = { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` = _char |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT DISTINCT { $cur_table='table1'; ""} { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table='table2'; ""} { $cur_table } . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table='table3'; ""} { $cur_table } . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` < { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { $cur_table } . `pk` IS NULL AND { $cur_table } . `col_varchar_10_utf8_key` IS NOT NULL OR { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 6 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT SQL_SMALL_RESULT { $cur_table='table3'; ""} { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table='table1'; ""} { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table='table2'; ""} { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit + 10 ) AND { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND ( _digit[invariant] + 25 ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT DISTINCT SQL_SMALL_RESULT table3 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NOT NULL AND { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit + 6 ) OR { $int_idx_field } NOT IN ( 2 ) OR { $cur_table='table1'; "" } { $cur_table } . `pk` BETWEEN _digit[invariant] AND ( _digit[invariant] + 100 ) HAVING ({ "table".$prng->int(1,$tables) } . `col_int` > _digit OR { "table".$prng->int(1,$tables) } . `col_varchar_10_utf8` >= _char) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT { $cur_table='table1'; ""} { $cur_table } . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table } . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table='table2'; ""} { $cur_table } . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table } . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $cur_table='table3'; ""} { $cur_table } . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` >= { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } != 25 OR { $cur_table='table1'; "" } { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IN (_quid, _char, _char, _english, _quid) OR { $char_idx_field } IN (_english, _quid) OR { $char_idx_field } LIKE ( _char ) OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } LIKE ( _english ) AND { $char_idx_field } IS NOT NULL AND { $char_idx_field } >= _char AND { $char_idx_field } <= 'x' OR { $char_idx_field } >= _english AND { $char_idx_field } <= _english AND { $char_idx_field } LIKE ( _quid ) OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= 'c' AND { $char_idx_field } <= 'x' AND { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field } >= _quid AND { $char_idx_field } <= 'zzzz' OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 2 ) OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NULL AND { $char_idx_field } IS NULL AND { $char_idx_field } > _char AND { $char_idx_field } < 'z' OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IN (_quid) OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } LIKE ( _char ) AND { $char_idx_field } >= _char AND { $char_idx_field } <= _english { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT MIN( table1 . `col_varchar_10_utf8_key` ) AS { "field".++$fields } FROM { $stack->push() } { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } < { "table".$prng->int(1,$tables) } . `pk` AND { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND ( _digit[invariant] + 10 ) AND { $int_idx_field } != _digit AND { $cur_table='table1'; "" } { $cur_table } . `col_varchar_10_latin1` IN ( _char, _quid, _quid, _quid ) OR { $cur_table } . `col_int` BETWEEN _digit[invariant] AND ( _digit[invariant] + 8 ) AND { $cur_table } . `col_varchar_1024_latin1_key` < _quid { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT MAX( table1 . `col_date_key` ) AS { "field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' AND { $char_idx_field } >= _char AND { $char_idx_field } < _english AND { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 8 ) OR { $int_idx_field } != 1 AND { $int_idx_field } IS NULL AND { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 4 ) OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND ( _digit[invariant] + 100 ) OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } = 100 OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } NOT LIKE ( '_' ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , SUM( table1 . `col_varchar_10_latin1_key` ) AS { "field".++$fields } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { $cur_table } . `col_int` IS NULL OR { $cur_table } . `col_int` < { "table".$prng->int(1,$tables) } . `pk` AND { $cur_table } . `col_varchar_1024_utf8_key` <= { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` AND { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit + 5 ) AND { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 8 ) AND { $cur_table='table1'; "" } { $cur_table } . `col_varchar_10_latin1_key` BETWEEN _char[invariant] AND CHAR(ASCII( _char[invariant] ) + 5 ) OR { $cur_table } . `col_int` < 3 AND { $cur_table } . `col_int_key` <= 20 OR { $cur_table } . `col_int_key` IS NOT NULL OR { $cur_table } . `col_varchar_1024_latin1` IS NOT NULL AND { $cur_table } . `col_int_key` != 100 AND { $cur_table } . `col_varchar_1024_utf8` != _english { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT DISTINCT SQL_SMALL_RESULT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` < { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= 1000 OR { $cur_table='table1'; "" } { $cur_table } . `col_int_key` BETWEEN _digit[invariant] AND ( _digit[invariant] + 2 ) AND { $cur_table } . `col_int_key` IS NULL AND { $cur_table='table1'; "" } { $cur_table } . `pk` IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ({ "table".$prng->int(1,$tables) } . `pk` <> 7 AND { "table".$prng->int(1,$tables) } . `col_varchar_1024_latin1_key` > _quid) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MIN( table1 . `col_varchar_1024_utf8_key` ) AS { "field".++$fields } , table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table3 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` <= { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_latin1_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NULL OR { my @char_idx_fields = ("`col_varchar_10_latin1_key`", "`col_varchar_10_utf8_key`", "`col_varchar_1024_latin1_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = $cur_table." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' AND { $char_idx_field } IN (_english, _quid, _char, _char) AND { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 25 ) OR { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit + 1 ) OR { $cur_table='table1'; "" } { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = $cur_table." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 7 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ({ "table".$prng->int(1,$tables) } . `col_int` > _digit AND { "table".$prng->int(1,$tables) } . `pk` != 8) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null_key` >= 3 ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255` IN (_char) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned WHERE `col_int_key` IN (10, _digit) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 7 WHERE _field_key <= _varchar(1) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_char_255_not_null` >= _quid ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = 4 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` IN (_tinyint_unsigned, _digit, 1) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 1 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_bigint` BETWEEN 1 AND 8 LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_bigint_key` IN (10, 1) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_key` <= _char ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 8 WHERE int_field BETWEEN 3 AND 5 ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` IN (8) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_char_255` IN (_char) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null_key` = _tinyint_unsigned ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null` = 50 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 25 WHERE `col_int_not_null` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _varchar(1) , _varchar(1) , _tinyint_unsigned , _varchar(1) , _varchar(1) ) LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _tinyint_unsigned , _digit , _varchar(1) , _digit , _tinyint_unsigned ) LIMIT 8 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_key` IN (_char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` != 1 ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null` IN (_char) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 4 AND 5 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . _field_key IN ( _tinyint_unsigned , _tinyint_unsigned , _digit , _int_unsigned , _digit ) LIMIT 8 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` BETWEEN 8 AND _digit ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_char_10_not_null_key` IN (_char) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 2 AND 5 ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X WHERE X . _field_key IN ( _varchar(1) , _tinyint_unsigned , _int_unsigned , _int_unsigned , _varchar(1) ) LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int` BETWEEN 4 AND 6 LIMIT 5 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_int_not_null` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null` IN (_quid) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _digit ) FROM _table AS X WHERE X . _field_key IN ( _tinyint_unsigned , _varchar(1) , _digit , _digit , _digit ) LIMIT 6 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` BETWEEN 7 AND _digit ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` IN (_digit) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_key` BETWEEN 3 AND 6 LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` <= _digit ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _digit WHERE `col_int` = _digit ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 10 WHERE `col_bigint_key` IN (_digit) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT * FROM _table WHERE ( `col_varchar_64_key` LIKE CONCAT (_states , '%' ) OR `col_varchar_10_key` IS NULL ) AND ( `col_varchar_10_key` IS NULL OR `col_varchar_10_key` IS NULL ) AND ( `col_varchar_64_key` BETWEEN _states AND _states AND `col_varchar_10_key` IS NOT NULL ) AND ( `col_bigint_key` BETWEEN _digit AND _tinyint + 1 OR `pk` BETWEEN _digit AND _tinyint + 255 ) AND ( ( `col_bigint_key` BETWEEN _digit AND _digit + 255 OR ( `col_bigint_key` = _digit ) ) AND ( `col_varchar_10_key` IS NOT NULL OR ( `col_varchar_64_key` = _varchar(2) ) ) AND ( `pk` IS NULL OR ( `col_smallint_key` <= _tinyint_unsigned ) ) ) /* */ |
SELECT * FROM _table FORCE KEY ( PRIMARY , `col_smallint_key` , `col_bigint_key` , `col_varchar_10_key` , `col_varchar_64_key` ) WHERE ( `col_bigint_key` NOT BETWEEN _digit AND 255 + _tinyint_unsigned OR ( `pk` = 255 ) ) AND ( ( ( `col_bigint_key` <= _tinyint ) OR `pk` IS NOT NULL ) AND ( `col_varchar_10_key` BETWEEN _varchar(1) AND _varchar(1) AND `col_varchar_64_key` IN ( _english , _english , _english , _states , _varchar(10) ) ) AND ( `col_varchar_10_key` IN ( _states , _states ) OR `col_varchar_10_key` NOT IN ( _english , _states ) ) ) AND ( `col_varchar_10_key` NOT BETWEEN _english AND _english AND `col_varchar_10_key` IN ( _states , _english ) ) OR ( `col_varchar_10_key` BETWEEN _varchar(10) AND _states OR ( `col_varchar_10_key` = _states ) ) ORDER BY `col_varchar_10_key` , `pk` /* */ |
SELECT `col_smallint_key` , COUNT( `col_bigint_key` ) FROM _table WHERE ( `col_varchar_64_key` IS NULL OR `col_varchar_64_key` LIKE CONCAT (_english , '%' ) ) AND ( ( `col_bigint_key` IN ( _tinyint , _digit , _tinyint ) AND ( `col_smallint_key` = _digit ) ) OR ( ( `pk` IN ( 255 , _digit ) OR `col_smallint_key` IN ( _digit , 255 , 1 , _tinyint_unsigned , _tinyint_unsigned , _digit , _tinyint ) ) ) ) AND ( `col_varchar_10_key` BETWEEN _varchar(1) AND _varchar(2) OR `col_varchar_64_key` IS NULL ) AND ( ( `col_varchar_10_key` LIKE CONCAT (_varchar(10) , '%' ) OR ( `col_varchar_64_key` > _varchar(1) ) ) ) GROUP BY 1 |
SELECT `col_smallint_key` , COUNT( `pk` ) FROM _table WHERE ( `col_varchar_64_key` IS NULL OR `col_varchar_10_key` LIKE CONCAT (_varchar(10) , '%' ) ) AND ( `col_varchar_10_key` IS NULL AND NOT ( `col_varchar_10_key` >= _varchar(1) ) ) AND ( `col_varchar_64_key` IS NULL OR `col_varchar_64_key` BETWEEN _states AND _states ) OR ( `pk` BETWEEN _tinyint AND _tinyint + 255 OR `col_smallint_key` BETWEEN _digit AND _digit + _tinyint_unsigned ) GROUP BY 1 |
SELECT DISTINCT * FROM _table FORCE KEY ( PRIMARY , `col_smallint_key` , `col_bigint_key` , `col_varchar_10_key` , `col_varchar_64_key` ) WHERE ( `col_varchar_64_key` BETWEEN _english AND _varchar(2) OR `col_varchar_10_key` LIKE CONCAT (_varchar(10) , '%' ) ) OR ( ( `col_varchar_64_key` IS NULL OR `col_varchar_64_key` IN ( _varchar(1) , _varchar(1) , _varchar(10) ) ) OR ( `col_bigint_key` BETWEEN _tinyint_unsigned AND _tinyint + _tinyint_unsigned OR `pk` BETWEEN 255 AND _tinyint + _tinyint ) AND ( `col_bigint_key` IN ( _digit , _digit , _digit ) OR `col_smallint_key` BETWEEN 255 AND _digit + 255 ) ) AND ( `col_varchar_10_key` IS NULL OR ( `col_varchar_10_key` <= _english ) ) /* */ |
SELECT * FROM _table WHERE ( `col_varchar_10_key` BETWEEN _english AND _english OR `col_varchar_10_key` NOT IN ( _varchar(2) , _english ) ) AND ( ( ( `col_varchar_10_key` < _english ) OR `col_varchar_10_key` IS NOT NULL ) ) OR ( `col_varchar_10_key` BETWEEN _varchar(10) AND _english OR `col_varchar_10_key` IS NULL ) AND ( `col_varchar_64_key` IN ( _varchar(1) , _varchar(1) ) OR `col_varchar_10_key` IN ( _varchar(2) , _states ) ) ORDER BY `col_varchar_64_key` , `pk` /* */ |
SELECT DISTINCT * FROM _table FORCE KEY ( PRIMARY , `col_smallint_key` , `col_bigint_key` , `col_varchar_10_key` , `col_varchar_64_key` ) WHERE ( `col_bigint_key` IN ( _digit , 255 , 1 , 255 , _digit ) OR ( `col_bigint_key` = _tinyint ) ) AND ( NOT ( `pk` = 1 ) OR `pk` BETWEEN 1 AND _digit + _tinyint_unsigned ) AND ( `col_varchar_64_key` IN ( _varchar(2) , _english , _varchar(10) , _states ) AND ( `col_varchar_10_key` >= _varchar(10) ) ) OR ( ( `col_bigint_key` = _tinyint ) OR ( `pk` >= _tinyint_unsigned ) ) AND ( ( `col_varchar_10_key` LIKE CONCAT (_varchar(10) , '%' ) OR `col_varchar_64_key` BETWEEN _states AND _varchar(2) ) AND ( ( `col_bigint_key` = 255 ) OR `col_bigint_key` BETWEEN 255 AND 255 + 1 ) OR ( ( `col_varchar_64_key` < _varchar(10) ) OR `col_varchar_10_key` NOT BETWEEN _english AND _varchar(10) ) ) ORDER BY `col_smallint_key` , `pk` /* LIMIT _digit */ |
SELECT `col_smallint_key` , MIN( `col_bigint_key` ) FROM _table WHERE ( ( `pk` = _digit ) OR `pk` IN ( 1 , 1 , _digit ) ) OR ( `col_varchar_64_key` BETWEEN _varchar(1) AND _varchar(1) OR `col_varchar_64_key` IS NULL ) AND ( `col_bigint_key` IS NOT NULL OR `col_bigint_key` BETWEEN 1 AND 255 + _digit ) AND ( NOT ( `col_smallint_key` = _digit ) OR `col_bigint_key` IN ( _digit , _digit , 255 , 1 , 255 , _digit ) ) AND ( `pk` NOT IN ( 255 , _tinyint_unsigned ) OR `pk` IS NOT NULL ) GROUP BY 1 |
SELECT * FROM _table WHERE ( `col_varchar_64_key` LIKE CONCAT (_varchar(1) , '%' ) OR ( `col_varchar_64_key` = _varchar(1) ) ) AND ( ( `col_varchar_10_key` = _varchar(2) ) OR `col_varchar_64_key` IS NOT NULL ) AND ( `col_smallint_key` IS NOT NULL OR `col_bigint_key` BETWEEN _tinyint_unsigned AND _tinyint_unsigned + 255 ) /* */ |
SELECT DISTINCT * FROM _table WHERE ( `col_varchar_10_key` BETWEEN _varchar(1) AND _varchar(1) OR ( `col_varchar_10_key` > _english ) ) AND ( `col_smallint_key` IS NULL OR `pk` BETWEEN _tinyint_unsigned AND _tinyint + _tinyint ) AND ( `col_smallint_key` IS NULL OR ( `col_bigint_key` = 1 ) ) AND ( ( `col_varchar_10_key` = _varchar(1) ) OR ( `col_varchar_64_key` <= _states ) ) AND ( ( `col_varchar_64_key` IN ( _varchar(1) , _varchar(1) , _varchar(2) , _varchar(10) ) OR `col_varchar_10_key` LIKE CONCAT (_varchar(2) , '%' ) ) ) /* */ |
INSERT INTO _table ( _field ) VALUE ( FROM_UNIXTIME( _integer_unsigned , CONCAT_WS( ':' , '%%' , '%D' ) ) ) |
INSERT INTO _table ( _field ) VALUE ( _field ) |
UPDATE _table SET _field = FROM_UNIXTIME( _integer_unsigned ) WHERE _field NOT IN ( CURRENT_DATE() , MAKEDATE( 19 + _digit , _tinyint_unsigned ) ) |
UPDATE _table SET _field = _field WHERE MAKEDATE( '0000' , _tinyint_unsigned ) IS NULL |
INSERT INTO _table ( _field ) VALUE ( FROM_DAYS( DATEDIFF( '0000-00-00' , _date ) ) ) |
INSERT INTO _table ( _field ) VALUE ( TIMESTAMP( _field , _time ) ) |
INSERT INTO _table ( _field ) VALUE ( ADDDATE( _date , digit ) ) |
INSERT INTO _table ( _field ) VALUE ( FROM_DAYS( DAYOFMONTH( _field ) ) ) |
DELETE FROM _table WHERE _field IN ( MAKEDATE( _tinyint_unsigned , _tinyint_unsigned ) , _field ) AND _field IN ( _field , _field , TIMESTAMP( _field ) ) AND _field IS NULL OR _field IN ( _field , FROM_UNIXTIME( _integer_unsigned ) , _field ) OR _field IS NOT NULL AND _field IS NOT NULL AND _field IS NOT NULL ORDER BY pk LIMIT 1 |
UPDATE _table SET _field = _field WHERE _field IS NOT NULL OR _field = _field AND _field <= CURRENT_DATE() OR MAKEDATE( 20 + _digit , _tinyint_unsigned ) IS NOT NULL |
SELECT * FROM _table FORCE KEY ( PRIMARY , _field_indexed , _field_indexed , _field_indexed , _field_indexed ) WHERE ( _field_indexed IN ( _datetime , _timestamp , _datetime , _timestamp ) AND _field_indexed BETWEEN '0000-00-00 00:00:00' AND _timestamp ) AND ( ( _field_indexed <> _timestamp ) AND ( _field_indexed >= _datetime ) ) /* */ |
SELECT * FROM _table FORCE KEY ( PRIMARY , _field_indexed , _field_indexed , _field_indexed , _field_indexed ) WHERE ( _field_indexed IS NULL AND ( _field_indexed <= _datetime ) ) AND ( _field_indexed BETWEEN _datetime AND _datetime AND ( _field_indexed = _datetime ) ) AND ( ( _field_indexed BETWEEN _datetime AND '0000-00-00 00:00:00' AND _field_indexed IS NULL ) AND ( ( ( _field_indexed > '0000-00-00 00:00:00' ) AND _field_indexed NOT BETWEEN _datetime AND '0000-00-00 00:00:00' ) AND ( _field_indexed BETWEEN '0000-00-00 00:00:00' AND _datetime AND _field_indexed BETWEEN '0000-00-00 00:00:00' AND _datetime ) ) ) /* */ |
SELECT _field_key , COUNT( _field_key ) FROM _table FORCE KEY ( PRIMARY , _field_indexed , _field_indexed , _field_indexed , _field_indexed ) WHERE ( ( _field_indexed = _datetime ) AND _field_indexed BETWEEN _datetime AND _datetime ) OR ( _field_indexed IN ( _timestamp , _timestamp , '0000-00-00 00:00:00' ) AND _field_indexed BETWEEN _timestamp AND _timestamp ) AND ( ( _field_indexed = '0000-00-00 00:00:00' ) AND _field_indexed IN ( _datetime , _datetime , '0000-00-00 00:00:00' , '0000-00-00 00:00:00' ) ) AND ( _field_indexed BETWEEN _datetime AND _timestamp OR ( _field_indexed < _datetime ) ) AND ( _field_indexed IS NULL AND NOT ( _field_indexed <> _timestamp ) ) GROUP BY _field_key |
SELECT MAX( _field_key ) FROM _table WHERE ( ( _field_indexed = _timestamp ) AND _field_indexed BETWEEN '0000-00-00 00:00:00' AND _datetime ) AND ( _field_indexed NOT BETWEEN _datetime AND '0000-00-00 00:00:00' AND _field_indexed IS NULL ) AND ( NOT ( _field_indexed = _timestamp ) AND _field_indexed IN ( _timestamp , '0000-00-00 00:00:00' , _datetime ) ) AND ( ( ( _field_indexed != _datetime ) AND ( _field_indexed = '0000-00-00 00:00:00' ) ) ) |
SELECT * FROM _table WHERE ( ( _field_indexed <> _datetime ) AND ( _field_indexed < _datetime ) ) AND ( _field_indexed IS NULL AND ( _field_indexed = _datetime ) ) AND ( _field_indexed BETWEEN _datetime AND _datetime OR _field_indexed IS NULL ) AND ( ( _field_indexed IS NULL OR NOT ( _field_indexed = _datetime ) ) AND ( _field_indexed BETWEEN '0000-00-00 00:00:00' AND _timestamp OR ( _field_indexed = '0000-00-00 00:00:00' ) ) AND ( _field_indexed BETWEEN _datetime AND '0000-00-00 00:00:00' AND ( _field_indexed = _datetime ) ) ) /* */ |
SELECT * FROM _table WHERE ( _field_indexed IN ( _timestamp , '0000-00-00 00:00:00' , '0000-00-00 00:00:00' , '0000-00-00 00:00:00' ) AND _field_indexed BETWEEN '0000-00-00 00:00:00' AND '0000-00-00 00:00:00' ) AND ( _field_indexed NOT IN ( _timestamp , _datetime , '0000-00-00 00:00:00' ) OR _field_indexed IN ( _timestamp , _datetime , _datetime ) ) AND ( ( _field_indexed <= _datetime ) AND _field_indexed BETWEEN _timestamp AND _datetime ) AND ( _field_indexed IN ( _timestamp , _datetime , '0000-00-00 00:00:00' ) OR _field_indexed BETWEEN '0000-00-00 00:00:00' AND _datetime ) OR ( ( _field_indexed = _datetime ) OR ( _field_indexed = _datetime ) ) /* */ |
SELECT DISTINCT * FROM _table FORCE KEY ( PRIMARY , _field_indexed , _field_indexed , _field_indexed , _field_indexed ) WHERE ( ( _field_indexed != _datetime ) AND _field_indexed IN ( _datetime , _timestamp , _timestamp ) ) OR ( NOT ( _field_indexed = '0000-00-00 00:00:00' ) OR _field_indexed BETWEEN '0000-00-00 00:00:00' AND _datetime ) AND ( _field_indexed IS NULL AND _field_indexed IN ( _timestamp , _datetime , _datetime , _timestamp ) ) ORDER BY _field_indexed , `pk` /* */ |
SELECT MIN( _field_key ) FROM _table FORCE KEY ( PRIMARY , _field_indexed , _field_indexed , _field_indexed , _field_indexed ) WHERE ( _field_indexed IS NULL AND _field_indexed BETWEEN '0000-00-00 00:00:00' AND _timestamp ) OR ( ( _field_indexed = _datetime ) AND ( _field_indexed = _datetime ) ) AND ( _field_indexed IS NULL AND _field_indexed IN ( '0000-00-00 00:00:00' , _datetime , _datetime ) ) |
SELECT * FROM _table FORCE KEY ( PRIMARY , _field_indexed , _field_indexed , _field_indexed , _field_indexed ) WHERE ( _field_indexed IS NULL AND _field_indexed IN ( _timestamp , _datetime , _datetime , _datetime , '0000-00-00 00:00:00' , '0000-00-00 00:00:00' ) ) AND ( ( _field_indexed = _timestamp ) AND ( _field_indexed <= _timestamp ) ) AND ( _field_indexed NOT IN ( _timestamp , '0000-00-00 00:00:00' , '0000-00-00 00:00:00' , _timestamp ) AND ( _field_indexed = _datetime ) ) AND ( _field_indexed IS NULL AND _field_indexed IS NULL ) AND ( _field_indexed IN ( _datetime , _datetime , _timestamp ) AND _field_indexed BETWEEN '0000-00-00 00:00:00' AND _datetime ) AND ( ( _field_indexed = _datetime ) AND _field_indexed IS NULL ) /* */ |
SELECT DISTINCT * FROM _table FORCE KEY ( PRIMARY , _field_indexed , _field_indexed , _field_indexed , _field_indexed ) WHERE ( _field_indexed BETWEEN _datetime AND _timestamp OR _field_indexed IN ( _datetime , _datetime , _datetime , _datetime ) ) AND ( NOT ( _field_indexed = _datetime ) AND _field_indexed BETWEEN _datetime AND '0000-00-00 00:00:00' ) AND ( _field_indexed IN ( _datetime , _timestamp , _timestamp ) AND _field_indexed BETWEEN _datetime AND _timestamp ) OR ( ( _field_indexed = _datetime ) AND _field_indexed IS NULL ) /* */ |
UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_int_key` IN (5) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` BETWEEN 3 AND 8 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255` IN (_char) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 8 WHERE `col_bigint_key` >= _digit ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_255` != _quid ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _tinyint_unsigned , _int_unsigned , _varchar(1) , _tinyint_unsigned , _tinyint_unsigned ) LIMIT 5 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 4 AND 6 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int_key` = _digit WHERE `col_int` BETWEEN 4 AND 2 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_int` IN (6, 6, _digit) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int_not_null` = _digit WHERE `col_char_255_not_null` <= _char ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE int_field BETWEEN 2 AND 8 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE int_field BETWEEN 2 AND 6 ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null_key` > _digit ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_char_10` = _char ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ |
CREATE PROCEDURE db1.p10 () SET @pro=10 |
CREATE VIEW v9 AS SELECT * FROM t2 |
CREATE PROCEDURE db1.p2 () SET @pro=10 |
CREATE TRIGGER letter AFTER INSERT ON t1 FOR EACH ROW SET @trg=100 |
CREATE VIEW v6 AS SELECT * FROM t5 |
CREATE PROCEDURE db1.p9 () SET @pro=10 |
CREATE PROCEDURE db1.p6 () SET @pro=10 |
CREATE FUNCTION f2 () RETURNS INT RETURN (SELECT COUNT(*) FROM t10) |
CREATE VIEW v9 AS SELECT * FROM t1 |
CREATE TABLE IF NOT EXISTS t3 (c9 TEXT NULL, c8 TINYINT NULL) ENGINE = Innodb |
UPDATE _table SET `col_bigint` = 4 WHERE `col_bigint` BETWEEN _tinyint_unsigned AND _digit ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` BETWEEN 7 AND 8 ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ |
SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ |
ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 2 WHERE int_field BETWEEN 4 AND 6 ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int` BETWEEN 8 AND _tinyint_unsigned ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_bigint` BETWEEN 3 AND _digit ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int_not_null` = _digit ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int` = _digit WHERE `col_int` <= 25 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 7 WHERE `col_int_key` = _tinyint_unsigned ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_key` = 50 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _int_unsigned , _tinyint_unsigned , _int_unsigned , _tinyint_unsigned , _tinyint_unsigned ) LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_char_10_key` IN (_char) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _varchar(1) , _int_unsigned , _int_unsigned , _int_unsigned , _varchar(1) ) LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT * FROM oqgraph2 WHERE latch = 2 AND origid = _smallint_unsigned |
INSERT IGNORE INTO oqgraph1 ( `origid` , `destid` , `weight` ) VALUES ( _digit , _smallint_unsigned , _tinyint_unsigned ) , ( _tinyint_unsigned , _digit , _digit ) , ( _digit , _digit , _digit ) , ( _tinyint_unsigned , _tinyint_unsigned , _tinyint_unsigned ) , ( _tinyint_unsigned , _tinyint_unsigned , _digit ) , ( _tinyint_unsigned , _tinyint_unsigned , _digit ) , ( _tinyint_unsigned , _smallint_unsigned , _digit ) , ( _digit , _smallint_unsigned , _tinyint_unsigned ) , ( _tinyint_unsigned , _smallint_unsigned , _digit ) |
INSERT IGNORE INTO oqgraph2 ( `origid` , `destid` ) VALUES ( _smallint_unsigned , _tinyint_unsigned ) |
SELECT * FROM oqgraph2 WHERE latch = 0 AND destid = _smallint_unsigned |
SELECT * FROM oqgraph1 WHERE latch = 0 AND origid = _tinyint_unsigned |
INSERT IGNORE INTO oqgraph2 ( `origid` , `destid` ) VALUES ( _smallint_unsigned , _tinyint_unsigned ) , ( _digit , _smallint_unsigned ) |
INSERT IGNORE INTO oqgraph2 ( `origid` , `destid` , `weight` ) VALUES ( _digit , _smallint_unsigned , _tinyint_unsigned ) , ( _smallint_unsigned , _smallint_unsigned , _tinyint_unsigned ) , ( _tinyint_unsigned , _smallint_unsigned , _tinyint_unsigned ) , ( _smallint_unsigned , _tinyint_unsigned , _tinyint_unsigned ) , ( _smallint_unsigned , _smallint_unsigned , _digit ) |
UPDATE oqgraph2 SET `weight` = _tinyint_unsigned , `destid` = _digit , `weight` = _tinyint_unsigned |
INSERT IGNORE INTO oqgraph2 ( `origid` , `destid` , `weight` ) VALUES ( _smallint_unsigned , _tinyint_unsigned , _digit ) |
SELECT * FROM oqgraph2 |
SET GLOBAL QUERY_CACHE_SIZE=1600000 |
SET GLOBAL BINLOG_FORMAT = STATEMENT |
SET STORAGE_ENGINE=Myisam |
FLUSH TABLES |
SET GLOBAL EVENT_SCHEDULER=OFF |
SET STORAGE_ENGINE=Innodb |
SET GLOBAL TRANSACTION ISOLATION LEVEL REPEATABLE READ |
SET GLOBAL QUERY_CACHE_SIZE=4198490 |
SET STORAGE_ENGINE=Innodb |
SET GLOBAL BINLOG_FORMAT = MIXED |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } WHERE (NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field AND { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <= _digit) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field = _char(2) ORDER BY { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } WHERE ( { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= _datetime OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <= _datetime) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ( ( (NOT ( ( { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field < _datetime OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= _digit) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <> _digit) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != _digit) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field < _digit) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field > _datetime) |
SHOW INDEX FROM _table |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } WHERE (NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field > { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field < { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } LIMIT _digit |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } WHERE ( { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field AND { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } LIMIT _digit |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM ({ $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } INNER JOIN { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } ON ( { $last_database = $database_names[$tables] ; $last_table = $table_names[$tables] ; "table".$tables } . _field = { $last_database = $database_names[$tables-1] ; $last_table = $table_names[$tables-1] ; "table".($tables - 1) } . _field ) ) WHERE (NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != _datetime OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field < _char(2)) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ( ({ my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != _digit IS NULL OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= _datetime) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= _datetime) LIMIT _digit |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM ({ $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } STRAIGHT_JOIN { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } ON ( { $last_database = $database_names[$tables] ; $last_table = $table_names[$tables] ; "table".$tables } . _field = { $last_database = $database_names[$tables-1] ; $last_table = $table_names[$tables-1] ; "table".($tables - 1) } . _field ) ) WHERE { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <= _char(2) LIMIT _digit |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } WHERE NOT ( { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <= { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field AND { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= _digit) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <= _datetime ORDER BY { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field LIMIT _digit |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } WHERE { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <> { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } LIMIT _digit |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM ({ $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } INNER JOIN { $last_database = $prng->arrayElement(['mysql','INFORMATION_SCHEMA','test']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } ON ( { $last_database = $database_names[$tables] ; $last_table = $table_names[$tables] ; "table".$tables } . _field = { $last_database = $database_names[$tables-1] ; $last_table = $table_names[$tables-1] ; "table".($tables - 1) } . _field ) ) WHERE ( ( ( { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field <> _char(2) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != _datetime) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field) AND { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field >= { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field > _datetime LIMIT _digit |
UNLOCK TABLES |
PREPARE st1 FROM " DO 1 " ; EXECUTE st1 ; DEALLOCATE PREPARE st1 |
ROLLBACK TO SAVEPOINT B |
UNLOCK TABLES |
RENAME TABLE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $merge_table_name_n = $table_prefix . $merge_piece . $prng->int(1,$namespace_width) . $normal_piece ; $merge_table_name = $merge_table_name_n ; $table_name = $merge_table_name } { $merge_table_item_n = $database_name . " . " . $merge_table_name_n ; $merge_table_item = $merge_table_item_n ; return undef } TO { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $merge_table_name_n = $table_prefix . $merge_piece . $prng->int(1,$namespace_width) . $normal_piece ; $merge_table_name = $merge_table_name_n ; $table_name = $merge_table_name } { $merge_table_item_n = $database_name . " . " . $merge_table_name_n ; $merge_table_item = $merge_table_item_n ; return undef } , { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $temp_table_name_n = $table_prefix . $temp_piece . $prng->int(1,$namespace_width) . $normal_piece ; $temp_table_name = $temp_table_name_n ; $table_name = $temp_table_name } { $temp_table_item_n = $database_name . " . " . $temp_table_name_n ; $temp_table_item = $temp_table_item_n ; return undef } TO { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $temp_table_name_n = $table_prefix . $temp_piece . $prng->int(1,$namespace_width) . $normal_piece ; $temp_table_name = $temp_table_name_n ; $table_name = $temp_table_name } { $temp_table_item_n = $database_name . " . " . $temp_table_name_n ; $temp_table_item = $temp_table_item_n ; return undef } |
DO 1 |
SELECT { $table_field_list = "`col_int_key` , `col_int` , `pk` "} FROM ( SELECT { $table_field_list = "`pk` , `col_int_key` , `pk` "} FROM { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $part_table_name_n = $table_prefix . $part_piece . $prng->int(1,$namespace_width) . $normal_piece ; $part_table_name = $part_table_name_n ; $table_name = $part_table_name } { $part_table_item_n = $database_name . " . " . $part_table_name_n ; $part_table_item = $part_table_item_n ; return undef } ) AS A WHERE A.`pk` IN ( SELECT `pk` FROM { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $view_table_name_n = $table_prefix . $view_piece . $prng->int(1,$namespace_width) . $normal_piece ; $view_table_name = $view_table_name_n ; $table_name = $view_table_name } { $view_table_item_n = $database_name . " . " . $view_table_name_n ; $view_table_item = $view_table_item_n ; return undef } AS B WHERE B.`pk` = A.`pk` ) |
UNLOCK TABLES |
REPLACE INTO { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $merge_table_name_n = $table_prefix . $merge_piece . $prng->int(1,$namespace_width) . $normal_piece ; $merge_table_name = $merge_table_name_n ; $table_name = $merge_table_name } { $merge_table_item_n = $database_name . " . " . $merge_table_name_n ; $merge_table_item = $merge_table_item_n ; return undef } ( { $table_field_list = "`col_int_key` , `col_int` , `pk` "} ) SELECT { $table_field_list = "*" } FROM { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $part_table_name_n = $table_prefix . $part_piece . $prng->int(1,$namespace_width) . $normal_piece ; $part_table_name = $part_table_name_n ; $table_name = $part_table_name } { $part_table_item_n = $database_name . " . " . $part_table_name_n ; $part_table_item = $part_table_item_n ; return undef } AS A WHERE { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $function_name_n = $function_prefix . $prng->int(1,$namespace_width) . $normal_piece ; $function_name = $function_name_n } { $function_item_n = $database_name . " . " . $function_name_n ; $function_item = $function_item_n ; return undef } () = _digit AND `pk` = _digit LIMIT 1 |
UNLOCK TABLES |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT MAX( distinct table1 . `col_int_signed` ) AS { "field".++$fields } FROM _table AS { "table".++$tables } WHERE ( table1 . `col_int_signed_key` <= _digit ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM _table AS { "table".++$tables } INNER JOIN _table AS { "table".++$tables } ON ( { "table".$tables } . `col_int_signed_key` = { "table".($tables - 1) } . `col_int_signed_key` ) WHERE ( table1 . `col_varchar_5_utf8` != { "table".$prng->int(1,$tables) } . `col_varchar_5_utf8_key` ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } DELETE FROM _table[invariant] WHERE `col_int_signed` = _digit[invariant] AND ( _table[invariant] . `col_int_signed` != _digit ) ; SELECT COUNT(*) FROM _table[invariant] WHERE `col_int_signed` = _digit[invariant] |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT MAX( distinct table1 . `col_date_key` ) AS { "field".++$fields }, table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM _table AS { "table".++$tables } RIGHT JOIN _table AS { "table".++$tables } ON ( { "table".$tables } . `col_varchar_512_latin1_key` = { "table".($tables - 1) } . `col_varchar_512_latin1_key` ) WHERE ( table1 . `col_varchar_512_cp932` <> _char ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } INSERT INTO _table SELECT _field_list FROM _table[invariant] WHERE ( _table[invariant] . `col_int_signed` != _digit ) ORDER BY _field_list LIMIT _digit |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } UPDATE _table[invariant] SET `col_int_signed` = _digit[invariant] WHERE ( _table[invariant] . `col_int_signed_key` NOT in (_digit) ) ; SELECT COUNT(*) FROM _table[invariant] WHERE `col_int_signed` = _digit[invariant] |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM _table AS { "table".++$tables } WHERE ( NOT ( table1 . `col_int_signed` != _digit ) AND table1 . `col_int_signed` <> { "table".$prng->int(1,$tables) } . `col_int_signed` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM _table AS { "table".++$tables } WHERE ( table1 . `col_varchar_256_cp932` < { "table".$prng->int(1,$tables) } . `col_varchar_512_cp932_key` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM _table AS { "table".++$tables } WHERE ( table1 . `col_varchar_512_latin1` != { "table".$prng->int(1,$tables) } . `col_varchar_256_latin1_key` ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, table1 . _field AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM _table AS { "table".++$tables } WHERE ( ( table1 . `col_varchar_512_utf8` IN (_char, _char, _char ) ) OR table1 . `col_int_signed_key` <= _digit ) |
SELECT * FROM `data_dictionary` . SCOREBOARD_STATISTICS |
SELECT COLUMNS . NUMERIC_SCALE FROM tables , columns WHERE tables. table_name = columns . table_name |
SELECT * FROM `data_dictionary` . SHOW_TABLE_STATUS |
SELECT * FROM `data_dictionary` . REFERENTIAL_CONSTRAINTS |
SELECT * FROM `data_dictionary` . PLUGINS |
SELECT TABLES . TABLE_COMMENT , COLUMNS . COLUMN_TYPE FROM tables , columns WHERE tables. table_name = columns . table_name AND COLUMNS . table_name = `data_dictionary` |
SELECT TABLES . TABLE_COMMENT , COLUMNS . TABLE_SCHEMA FROM tables , columns WHERE tables. table_name = columns . table_name |
SELECT * FROM `data_dictionary` . SHOW_INDEXES |
SELECT COLUMNS . COLUMN_DEFAULT_UPDATE , COLUMNS . IS_USED_IN_PRIMARY , COLUMNS . IS_NULLABLE FROM tables , columns WHERE tables. table_name = columns . table_name |
SELECT TABLES . TABLE_SCHEMA , COLUMNS . COLLATION_NAME , COLUMNS . NUMERIC_SCALE FROM tables , columns WHERE tables. table_name = columns . table_name |
UPDATE _table SET _field = digit WHERE _field >= _varchar(255) ORDER BY _field , _field |
UPDATE _table SET _field = digit WHERE _field > _varchar(255) ORDER BY _field , _field |
UPDATE _table SET _field = digit WHERE _field LIKE CONCAT( LEFT( _varchar(1) , _digit ) , '%' ) ORDER BY _field , _field |
UPDATE _table SET _field = digit WHERE _field BETWEEN _english AND _varchar(255) ORDER BY _field , _field |
UPDATE _table SET _field = digit WHERE _field <> _varchar(1) ORDER BY _field , _field |
UPDATE _table SET _field = digit WHERE _field LIKE CONCAT( LEFT( _varchar(255) , _digit ) , '%' ) ORDER BY _field , _field |
UPDATE _table SET _field = digit WHERE _field BETWEEN _varchar(255) AND _varchar(1) ORDER BY _field , _field |
UPDATE _table SET _field = digit WHERE _field >= _varchar(255) |
UPDATE _table SET _field = digit WHERE _field <= _varchar(255) |
UPDATE _table SET _field = digit WHERE _field <> _english ORDER BY _field , _field |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM C AS { "table".++$tables } WHERE ( table1 . `pk` IN (_tinyint_unsigned, _tinyint_unsigned) AND table1 .`pk` IS NOT NULL ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } INNER JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE ( table1 . `col_int_key` = _tinyint_unsigned AND ( table1 . `col_varchar_key` = _char AND table1 . `col_int_key` = _tinyint_unsigned ) ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , CONCAT( table1 . `col_varchar_nokey` , table1 . `col_varchar_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "table".++$tables } INNER JOIN C AS { "table".++$tables } ON (( { "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_nokey` ) AND ( { "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_key` ) ) ) WHERE ( table1 . `col_int_key` = _tinyint_unsigned AND ( table1 . `pk` = _tinyint_unsigned AND ( table1 . `pk` = _tinyint_unsigned AND table1 . `pk` = _tinyint_unsigned ) ) ) AND table1 . `pk` < _tinyint_unsigned AND ( table1 . `col_varchar_nokey` LIKE '%a%' OR table1.`col_varchar_nokey` LIKE '%b%') ORDER BY CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_nokey`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ), { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , CONCAT( table2 . `col_varchar_nokey` , table1 . `col_varchar_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , CONCAT( table2 . `col_varchar_key` , table1 . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( B AS { "table".++$tables } LEFT OUTER JOIN ( ( CC AS { "table".++$tables } STRAIGHT_JOIN D AS { "table".++$tables } ON (( { "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) OR ( { "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_nokey` ) ) ) ) ON (( { "table".$tables } .`pk` != { "table".($tables - 1) } . `col_int_key` ) AND ({ "table".$tables } .`pk` < { "table".($tables - 1) } . `col_int_nokey` ) ) ) ORDER BY CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_nokey`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ) , CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_key`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT `col_varchar_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM CC AS { "table".++$tables } WHERE table1 .`pk` IS NOT NULL |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "table".++$tables } STRAIGHT_JOIN ( ( C AS { "table".++$tables } RIGHT JOIN CC AS { "table".++$tables } ON (( { "table".$tables } .`pk` <> { "table".($tables - 1) } . `col_int_nokey` ) AND ({ "table".$tables } .`pk` <> { "table".($tables - 1) } . `col_int_key` ) ) ) ) ON (( { "table".$tables } .`pk` < { "table".($tables - 1) } . `col_int_nokey` ) AND ({ "table".$tables } .`pk` >= { "table".($tables - 1) } . `col_int_nokey` ) ) ) ORDER BY CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_nokey`, { "table".$prng->int(1,$tables) } . `col_varchar_key` ) , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` DESC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT CONCAT( table1 . `col_varchar_nokey` , table2 . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , ( ( table1 . `col_int_key` ) - ( table2 . `pk` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } INNER JOIN ( ( C AS { "table".++$tables } INNER JOIN BB AS { "table".++$tables } ON (( { "table".$tables } . `col_int_key` != { "table".($tables - 1) } . `col_int_key` ) AND ( { "table".$tables } . `col_varchar_key` = { "table".($tables - 1) } . `col_varchar_key` ) ) ) ) ON (( { "table".$tables } . `pk` >= { "table".($tables - 1) } . `col_int_nokey` ) AND ( { "table".$tables } . `col_int_key` <= { "table".($tables - 1) } . `pk` ) ) ) WHERE ( table1 . `col_varchar_key` IN (_char) AND ( table1 . `pk` > _tinyint_unsigned[invariant] AND table1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) AND { "table".$prng->int(1,$tables) } . `col_int_nokey` > { "table".$prng->int(1,$tables) } . `col_int_nokey` ) OR table1 . `col_varchar_key` IS NULL ) ORDER BY table1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table2 . `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } RIGHT OUTER JOIN ( ( CC AS { "table".++$tables } STRAIGHT_JOIN C AS { "table".++$tables } ON (( { "table".$tables } .`pk` > { "table".($tables - 1) } . `col_int_key` ) AND ({ "table".$tables } .`pk` <> { "table".($tables - 1) } . `col_int_key` ) ) ) ) ON ({ "table".$tables } . `col_varchar_nokey` = { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE table1 . `pk` = { "table".$prng->int(1,$tables) } . `pk` OR { "table".$prng->int(1,$tables) } . `col_int_nokey` >= 9 ORDER BY table1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table2 . `col_varchar_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } INNER JOIN ( ( C AS { "table".++$tables } STRAIGHT_JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` >= { "table".($tables - 1) } . `pk` ) ) ) ON ({ "table".$tables } . `col_varchar_key` < { "table".($tables - 1) } . `col_varchar_key` ) ) WHERE ( table1 . `col_varchar_key` < _char[invariant] OR ( table1 . `col_int_key` IN (_tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned) OR ( table1 . `col_varchar_key` IN (_char, _char) OR ( table1 . `pk` > _tinyint_unsigned[invariant] AND table1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR ( table1 . `pk` IN (_tinyint_unsigned, _tinyint_unsigned) OR ( table1 . `col_varchar_key` IN (_char, _char, _char) OR ( table1 . `col_varchar_key` = _char[invariant] OR ( table1 . `col_int_key` > _tinyint_unsigned[invariant] AND table1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR ( table1 . `col_int_key` BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR table1 . `col_varchar_key` IN (_char) ) ) ) ) ) ) ) ) ) AND table1 .`pk` != { "table".$prng->int(1,$tables) } . `col_int_key` ORDER BY table1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } INNER JOIN C AS { "table".++$tables } ON ({ "table".$tables } . `pk` <= { "table".($tables - 1) } . `col_int_key` ) ) WHERE table1 . `pk` = _tinyint_unsigned ORDER BY CONCAT( { "table".$prng->int(1,$tables) } . `col_varchar_nokey`, { "table".$prng->int(1,$tables) } . `col_varchar_nokey` ), { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . `col_int_not_null_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_char_10_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } RIGHT JOIN ( ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } LEFT OUTER JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_text_key` = { "table".($tables - 1) } . `col_char_10_key` ) ) ) ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_text_key` < SOME ( SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_text_not_null` AS { "SUBQUERY".$subquery_idx."_field1" } FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_bigint` > 6 ) ) OR table1 . `col_bigint_key` BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) AND ( table1 . `col_int` IS NOT NULL AND table1 . `col_char_1024` IS NULL ) ORDER BY { "field".$prng->int(1,$fields) } , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` , { join(', ', map { "field".$_ } (1..$fields) ) } |
SHOW PROCESSLIST |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table2 . `col_char_1024_not_null_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } LEFT OUTER JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024_not_null_key` <> _char ) AS { "table".++$tables } ON ({ "table".$tables } . `col_char_1024_key` = { "table".($tables - 1) } . `col_char_1024_not_null_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_text` IN ( SELECT _char UNION SELECT _char ) ) AND ( table1 . `pk` > _tinyint_unsigned[invariant] AND table1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR table1 . `col_char_1024_key` IN (_char, _char, _char, _char, _char, _char, _char, _char, _char) ) ORDER BY table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` , { "field".$prng->int(1,$fields) } DESC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT STRAIGHT_JOIN { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MIN( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_char_1024` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_10_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_1024_key` ) ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT SQL_SMALL_RESULT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_bigint_key` >= 8 ) AS { "table".++$tables } INNER JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `pk` >= ALL ( SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_not_null_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_10` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024_not_null` != { "table".$prng->int(1,$tables) } . `col_char_10_key` OR { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} EXISTS ( SELECT { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `pk` AS { "CHILD_SUBQUERY".$subquery_idx."_field1" } FROM AA AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } WHERE { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_char_10_not_null_key` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_key` ) ) ) OR table1 . `pk` = _tinyint_unsigned AND ( table1 . `col_char_1024_not_null` IS NOT NULL AND table1 . `col_int_not_null_key` <> { "table".$prng->int(1,$tables) } . `col_int_not_null_key` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MAX( DISTINCT table1 . `col_char_1024_not_null` ) AS { "field".++$fields } , MAX( table2 . `col_char_1024` ) AS { "field".++$fields } FROM ( BB AS { "table".++$tables } RIGHT OUTER JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_not_null_key` = { "table".($tables - 1) } . `col_char_10_not_null` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MIN( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_10_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null_key` ) IS NOT NULL ) AND table1 . `pk` > _tinyint_unsigned[invariant] AND table1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } <= 5 ORDER BY table1 . _field_indexed DESC , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` DESC , CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_1024_key`, { "table".$prng->int(1,$tables) } . `col_text_not_null` ) , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } LEFT OUTER JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( 1, 8 ) NOT IN ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_bigint_key` AS { "SUBQUERY".$subquery_idx."_field1" } , { "SUBQUERY".$subquery_idx."_t1" ; } . `pk` AS { SUBQUERY.$subquery_idx."_field2" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_bigint_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_bigint_key` ) ) WHERE ( { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024_key` = { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null_key` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` != 9 ) ) ) AND ( table1 . `pk` = _tinyint_unsigned AND table1 . `col_int_not_null_key` = _tinyint_unsigned ) OR { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_1024_not_null_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT JOIN ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} OR { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` != ( SELECT COUNT( { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_int_not_null` ) AS { "CHILD_SUBQUERY".$child_subquery_idx."_field1" } FROM ( CC AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } RIGHT OUTER JOIN AA AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } ON ({ "CHILD_SUBQUERY".$child_subquery_idx."_t".$child_subquery_tables } . `col_int_not_null_key` = { "CHILD_SUBQUERY".$child_subquery_idx."_t".($child_subquery_tables-1) } . `col_bigint_key` ) ) ) ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_bigint_key` != { "table".$prng->int(1,$tables) } . `col_int_not_null_key` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` >= 9 ) HAVING { "field".$prng->int(1,$fields) } != 5 ORDER BY table1 . _field_indexed , { join(', ', map { "field".$_ } (1..$fields) ) } |
SHOW PROCESSLIST |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MIN( DISTINCT table1 . `col_char_10` ) AS { "field".++$fields } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } STRAIGHT_JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_1024_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_not_null_key` ) ) ) AS { "table".++$tables } ON ({ "table".$tables } . `col_bigint` = { "table".($tables - 1) } . `col_bigint_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( ( SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_bigint` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) ) ) ) OR table1 . `pk` = _tinyint_unsigned ORDER BY table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` , { "field".$prng->int(1,$fields) } DESC, { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT STRAIGHT_JOIN table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_char_1024_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_text_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , COUNT( table1 . `col_int` ) AS { "field".++$fields } , MAX( table1 . `col_bigint_key` ) AS { "field".++$fields } , CONCAT ( table1 . `col_char_1024_not_null` , table1 . `col_char_1024` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_text_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_char_1024_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_bigint` <= ALL ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_not_null` AS { "SUBQUERY".$subquery_idx."_field1" } FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_1024_key` <= { "table".$prng->int(1,$tables) } . `col_char_10_key` ) ) AND ( table1 . `col_int_key` = _tinyint_unsigned OR table1 . `pk` = { "table".$prng->int(1,$tables) } . `col_int_not_null_key` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int_not_null_key` > ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_not_null` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( D AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT OUTER JOIN ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_10_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_1024_not_null_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_10_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_text_not_null` ) ) ) ORDER BY table1 . _field_indexed , CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_1024_not_null`, { "table".$prng->int(1,$tables) } . `col_text_not_null_key` ) , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` DESC , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . `col_int_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ) AS { "table".++$tables } INNER JOIN ( ( AA AS { "table".++$tables } INNER JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_1024_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_text_not_null_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_10_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_not_null_key` ) ) ) AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_not_null` = { "table".($tables - 1) } . `col_char_10_not_null_key` ) ) ) ON ({ "table".$tables } . `col_char_1024_key` = { "table".($tables - 1) } . `col_char_1024` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} NOT EXISTS ( ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_10_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT OUTER JOIN DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `pk` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_not_null_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_key` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null` ) ) ) AND { "table".$prng->int(1,$tables) } . `col_char_1024` >= { "table".$prng->int(1,$tables) } . `col_text` |
SELECT { $table_field_list = "`col_int_key` , `pk` , `col_int` "} FROM { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $merge_table_name_s = $table_prefix . $merge_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $merge_table_name = $merge_table_name_s ; $table_name = $merge_table_name } { $merge_table_item_s = $database_name_s . " . " . $merge_table_name_s ; $merge_table_item = $merge_table_item_s ; return undef } A NATURAL JOIN { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $view_table_name_s = $table_prefix . $view_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $view_table_name = $view_table_name_s ; $table_name = $view_table_name } { $view_table_item_s = $database_name_s . " . " . $view_table_name_s ; $view_table_item = $view_table_item_s ; return undef } B WHERE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $function_name_s = $function_prefix . $prng->int(1,$namespace_width) . $sequence_piece ; $function_name = $function_name_s } { $function_item_s = $database_name_s . " . " . $function_name_s ; $function_item = $function_item_s ; return undef } () = _digit AND `pk` = _digit PROCEDURE ANALYSE( 10 , 2000 ) FOR UPDATE |
DO RELEASE_LOCK(TRIM(' _digit ')) |
SET SESSION SQL_MODE='' |
UNLOCK TABLES |
SELECT 1 FROM { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $view_table_name_n = $table_prefix . $view_piece . $prng->int(1,$namespace_width) . $normal_piece ; $view_table_name = $view_table_name_n ; $table_name = $view_table_name } { $view_table_item_n = $database_name . " . " . $view_table_name_n ; $view_table_item = $view_table_item_n ; return undef } WHERE SLEEP( 0.5 * { $rand_val = $prng->int(0,100) / 100 } * $life_time_unit ) = 0 LIMIT 1 |
UNLOCK TABLES |
REPLACE { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $base_table_name_n = $table_prefix . $base_piece . $prng->int(1,$namespace_width) . $normal_piece ; $base_table_name = $base_table_name_n ; $table_name = $base_table_name } { $base_table_item_n = $database_name . " . " . $base_table_name_n ; $base_table_item = $base_table_item_n ; return undef } ( { $table_field_list = "`pk` , `col_int_key` , `col_int` "} ) SELECT { $table_field_list = "`col_int_key` , `col_int` , `pk` "} FROM ( SELECT { $table_field_list = "`col_int` , `col_int_key` , `pk` "} FROM { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $part_table_name_n = $table_prefix . $part_piece . $prng->int(1,$namespace_width) . $normal_piece ; $part_table_name = $part_table_name_n ; $table_name = $part_table_name } { $part_table_item_n = $database_name . " . " . $part_table_name_n ; $part_table_item = $part_table_item_n ; return undef } ) AS A NATURAL JOIN { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $temp_table_name_s = $table_prefix . $temp_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $temp_table_name = $temp_table_name_s ; $table_name = $temp_table_name } { $temp_table_item_s = $database_name_s . " . " . $temp_table_name_s ; $temp_table_item = $temp_table_item_s ; return undef } B WHERE `pk` BETWEEN _digit[invariant] AND _digit[invariant] + 1 LIMIT 1 |
PREPARE st1 FROM " REPLACE INTO { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $temp_table_name_n = $table_prefix . $temp_piece . $prng->int(1,$namespace_width) . $normal_piece ; $temp_table_name = $temp_table_name_n ; $table_name = $temp_table_name } { $temp_table_item_n = $database_name . " . " . $temp_table_name_n ; $temp_table_item = $temp_table_item_n ; return undef } ( { $table_field_list = "`col_int` , `pk` , `col_int_key` "} ) SELECT { $table_field_list = "`col_int_key` , `col_int` , `pk` "} FROM { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $base_table_name_s = $table_prefix . $base_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $base_table_name = $base_table_name_s ; $table_name = $base_table_name } { $base_table_item_s = $database_name_s . " . " . $base_table_name_s ; $base_table_item = $base_table_item_s ; return undef } A WHERE `pk` BETWEEN _digit[invariant] AND _digit[invariant] + 1 LIMIT 1 " ; EXECUTE st1 ; DEALLOCATE PREPARE st1 |
SELECT { $table_field_list = "*" } FROM { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $part_table_name_s = $table_prefix . $part_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $part_table_name = $part_table_name_s ; $table_name = $part_table_name } { $part_table_item_s = $database_name_s . " . " . $part_table_name_s ; $part_table_item = $part_table_item_s ; return undef } A NATURAL JOIN { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $temp_table_name_s = $table_prefix . $temp_piece . $prng->int(1,$namespace_width) . $sequence_piece ; $temp_table_name = $temp_table_name_s ; $table_name = $temp_table_name } { $temp_table_item_s = $database_name_s . " . " . $temp_table_name_s ; $temp_table_item = $temp_table_item_s ; return undef } B WHERE { $database_name_s = $database_prefix . $sequence_piece ; $database_name = $database_name_s } . { $function_name_s = $function_prefix . $prng->int(1,$namespace_width) . $sequence_piece ; $function_name = $function_name_s } { $function_item_s = $database_name_s . " . " . $function_name_s ; $function_item = $function_item_s ; return undef } () = _digit AND `pk` = _digit INTO OUTFILE _tmpnam |
FLUSH TABLE { $database_name_n = $database_prefix . $normal_piece ; $database_name = $database_name_n } . { $merge_table_name_n = $table_prefix . $merge_piece . $prng->int(1,$namespace_width) . $normal_piece ; $merge_table_name = $merge_table_name_n ; $table_name = $merge_table_name } { $merge_table_item_n = $database_name . " . " . $merge_table_name_n ; $merge_table_item = $merge_table_item_n ; return undef } |
START TRANSACTION ; SET @var = 3 ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 WHERE `pk` >= @var AND `pk` <= @var + 1 ; ROLLBACK |
START TRANSACTION ; INSERT INTO _table ( `pk` ) VALUES ( NULL ) ; ROLLBACK ; ROLLBACK |
START TRANSACTION ; INSERT INTO _table ( `col_int_key` , `col_int` ) SELECT `col_int` , `col_int_key` FROM _table WHERE `pk` > 10 LIMIT 9 ; ROLLBACK TO SAVEPOINT A |
START TRANSACTION ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 WHERE `pk` = 3 ; ROLLBACK |
START TRANSACTION ; UPDATE _table SET `col_int_key` = `col_int_key` - 20, `col_int` = `col_int` + 20 WHERE `col_int` > 2 ; ROLLBACK TO SAVEPOINT A |
START TRANSACTION ; REPLACE INTO _table ( `pk` , `col_int_key` , `col_int` ) VALUES ( NULL, 100 , 100 ) ; ROLLBACK |
START TRANSACTION ; UPDATE _table SET `col_int_key` = `col_int_key` + IF(`pk` % 2 = 1 , 30, -30) WHERE `pk` IN ( 9 , 2 ) ; SAVEPOINT A |
START TRANSACTION ; SET @var = 7 ; UPDATE _table SET `col_int` = `col_int` + 30, `col_int_key` = `col_int_key` - 30 WHERE `pk` BETWEEN @var AND @var + 1 ; ROLLBACK |
START TRANSACTION ; INSERT INTO _table[invariant] ( `pk` , `col_int_key` , `col_int` ) VALUES ( NULL , 50 , 60 ) ; DELETE FROM _table[invariant] WHERE `pk` = @@LAST_INSERT_ID ; COMMIT |
START TRANSACTION ; REPLACE INTO _table ( `pk` ) VALUES ( 6 ) ; ROLLBACK ; COMMIT |
DELETE FROM _table WHERE _field = _digit LIMIT _digit |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
DELETE FROM _table WHERE _field < digit LIMIT _digit |
DELETE FROM _table WHERE _field = _digit LIMIT _digit |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
DELETE FROM _table WHERE _field < digit LIMIT _digit |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` <= { "table".$prng->int(1,$tables) } . `col_int_key` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } { $stack->pop(undef) } |
SHOW TABLES |
SELECT * FROM `data_dictionary` . COLLATIONS |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( ( { "table".$prng->int(1,$tables) } . `pk` <> 8 AND { "table".$prng->int(1,$tables) } . `pk` BETWEEN _digit[invariant] AND ( _digit[invariant] + 8 ) ) AND { "table".$prng->int(1,$tables) } . `col_int` = 1 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } DESC { $stack->pop(undef) } |
SHOW PROCESSLIST |
SHOW PROCESSLIST |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` >= { "table".$prng->int(1,$tables) } . `col_int` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT MAX( DISTINCT table1 . `col_int` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( ( { "table".$prng->int(1,$tables) } . `col_int_key` BETWEEN _digit[invariant] AND ( _digit[invariant] + 8 ) OR { "table".$prng->int(1,$tables) } . `pk` < _tinyint_unsigned ) OR { "table".$prng->int(1,$tables) } . `pk` IN (6) ) HAVING { "field".$prng->int(1,$fields) } < 3 ORDER BY { "field".$prng->int(1,$fields) } { $stack->pop(undef) } |
SELECT * FROM `data_dictionary` . GLOBAL_VARIABLES |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` = { "table".$prng->int(1,$tables) } . `pk` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 OFFSET 9 { $stack->pop(undef) } |
REPLACE INTO a ( `col_int_nokey`, `col_int_key` ) SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM n PARTITION (p0,p1,p2,p3,p4,p5,p6,p7,p8,p9,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24, p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46, p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68, p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90, p91,p92,p93,p94,p95,p96,p97,p98) WHERE `col_int_nokey` <> _digit ORDER BY `col_int_key` , `col_int_nokey` LIMIT 5 |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM j PARTITION (p0,p1,p2,p3,p4,p5,p6,p7,p8,p9,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24, p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46, p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68, p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90, p91,p92,p93,p94,p95,p96,p97,p98) |
/*!50400 ALTER TABLE a REMOVE PARTITIONING */ |
DROP TABLE IF EXISTS s |
UPDATE p PARTITION (p92) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
/*!50400 ALTER TABLE e OPTIMIZE PARTITION p0,p1,p2,p3,p4,p5,p6,p7,p8,p9,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24, p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46, p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68, p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90, p91,p92,p93,p94,p95,p96,p97 */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM u PARTITION (p0,p1,p2,p3,p4,p5,p6,p7,p8,p9,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24, p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46, p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68, p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90, p91,p92,p93,p94,p95,p96,p97) |
UPDATE q PARTITION (p0,p1,p2,p3,p4,p5,p6,p7,p8,p9,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24, p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46, p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68, p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90, p91,p92,p93,p94,p95,p96,p97,p98,p99) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM a |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM z PARTITION (p13, p57) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT STRAIGHT_JOIN alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } STRAIGHT_JOIN ( ( BB AS { "alias".++$tables } STRAIGHT_JOIN CC AS { "alias".++$tables } ON ({ "alias".$tables } . `col_int_key` = { "alias".($tables - 1) } . `col_int_key` ) ) ) ON ({ "alias".$tables } . `pk` = { "alias".($tables - 1) } . `col_int_nokey` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( ( SELECT { "SQ".$subquery_idx."_alias2" ; } . `col_varchar_key` AS { "SQ".$subquery_idx."_field1" } FROM BB AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) ) ) AND alias1 . `col_int_key` > _tinyint_unsigned[invariant] AND alias1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` <> _char HAVING { "field".$prng->int(1,$fields) } <= 3 ORDER BY alias1 . _field_indexed , { join(', ', map { "field".$_ } (1..$fields) ) } /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT ( ( alias2 . `pk` ) - ( alias2 . `col_int_nokey` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( B AS { "alias".++$tables } INNER JOIN CC AS { "alias".++$tables } ON ({ "alias".$tables } . `col_varchar_nokey` = { "alias".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( 3, 5 ) IN ( SELECT { "SQ".$subquery_idx."_alias2" ; } . `col_int_key` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias1" ; } . `pk` AS { "SQ".$subquery_idx."_field2" } FROM ( B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } RIGHT JOIN ( BB AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` <= { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` ) ) AND ( alias1 . `pk` NOT BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR alias1 . `pk` BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } <> 9 ORDER BY alias1 . _field_indexed ASC , alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` ASC , CONCAT ( { "alias".$prng->int(1,$tables) } . `col_varchar_key`, { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` ), { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } INNER JOIN CC AS { "alias".++$tables } ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( 2, 1 ) NOT IN ( SELECT { "SQ".$subquery_idx."_alias2" ; } . `col_int_key` AS { "SQ".$subquery_idx."_field1" } , MAX( { "SQ".$subquery_idx."_alias1" ; } . `col_int_key` ) AS { "SQ".$subquery_idx."_field2" } FROM C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_int_nokey` != 9 ) ) OR alias1 . `col_varchar_key` IN ('USA' , _char) AND alias1 . `col_varchar_key` IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "alias".$prng->int(1,$tables) } . `col_int_nokey` , { "alias".$prng->int(1,$tables) } . `col_int_nokey` ) IN ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `pk` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias1" ; } . `col_int_nokey` AS { "SQ".$subquery_idx."_field2" } FROM ( C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN ( CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN A AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_nokey` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_int_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `pk` ) ) ) /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT STRAIGHT_JOIN ( ( alias1 . `col_int_key` ) + ( alias1 . `col_int_key` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , COUNT( alias1 . `col_int_key` ) AS { "field".++$fields } FROM ( B AS { "alias".++$tables } INNER JOIN view_CC AS { "alias".++$tables } ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_nokey` ) ) WHERE { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_key` AS { "SQ".$subquery_idx."_field1" } FROM ( C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN ( C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } STRAIGHT_JOIN B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `pk` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_int_nokey` ) ) ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_int_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `pk` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_nokey` = { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` AND { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_int_key` IN ( SELECT { "C_SQ".$child_subquery_idx."_alias1" ; } . `pk` AS { "C_SQ".$child_subquery_idx."_field1" } FROM ( view_CC AS { "C_SQ".$child_subquery_idx."_alias".++$child_subquery_tables } INNER JOIN D AS { "C_SQ".$child_subquery_idx."_alias".++$child_subquery_tables } ON ({ "C_SQ".$child_subquery_idx."_alias".$child_subquery_tables } . `col_varchar_key` = { "C_SQ".$child_subquery_idx."_alias".($child_subquery_tables-1) } . `col_varchar_nokey` ) ) GROUP BY { "C_SQ".$child_subquery_idx."_field1" } ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 10 OFFSET 5 /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT COUNT( { "SQ".$subquery_idx."_alias1" ; } . `col_int_nokey` ) AS { "SQ".$subquery_idx."_field1" } FROM ( B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } LEFT JOIN CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_nokey` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_int_nokey` != { "alias".$prng->int(1,$tables) } . `col_int_nokey` AND { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_int_nokey` < { "alias".$prng->int(1,$tables) } . `col_int_nokey` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , SUM( alias1 . `col_varchar_key` ) AS { "field".++$fields } FROM ( CC AS { "alias".++$tables } , CC AS { "alias".++$tables } ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} NOT EXISTS ( ( SELECT SQL_SMALL_RESULT { "SQ".$subquery_idx."_alias2" ; } . `col_int_key` AS { "SQ".$subquery_idx."_field1" } FROM C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) ) ) AND ( alias1 . `pk` = _tinyint_unsigned AND alias1 . `col_varchar_key` LIKE CONCAT( _char , '%') ) OR ( { "alias".$prng->int(1,$tables) } . `col_varchar_key` = _char OR alias1 . `col_int_nokey` <= { "alias".$prng->int(1,$tables) } . `col_int_key` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { "field".$prng->int(1,$fields) } /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } LEFT OUTER JOIN ( ( D AS { "alias".++$tables } STRAIGHT_JOIN C AS { "alias".++$tables } ON ({ "alias".$tables } . `pk` = { "alias".($tables - 1) } . `col_int_key` ) ) ) ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( _char, _char ) IN ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_nokey` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_nokey` AS { "SQ".$subquery_idx."_field2" } FROM ( view_AA AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN ( CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN CC AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `pk` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_int_nokey` ) ) ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ) ) OR alias1 . `col_varchar_key` = _char { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } < 2 ORDER BY alias1 . _field_indexed DESC , { join(', ', map { "field".$_ } (1..$fields) ) } /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT COUNT( alias1 . `col_int_nokey` ) AS { "field".++$fields } , alias1 . `col_int_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , COUNT( alias1 . `col_varchar_key` ) AS { "field".++$fields } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , ( ( alias1 . `col_int_nokey` ) + ( alias2 . `col_int_nokey` ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } RIGHT JOIN ( ( C AS { "alias".++$tables } INNER JOIN BB AS { "alias".++$tables } ON ({ "alias".$tables } . `col_int_key` = { "alias".($tables - 1) } . `pk` ) ) ) ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_key` ) ) WHERE { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MIN( { "SQ".$subquery_idx."_alias1" ; } . `pk` ) AS { "SQ".$subquery_idx."_field1" } FROM ( B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ) IS NOT NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING (({ "field".$prng->int(1,$fields) } <> _char(1) AND { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "alias".$prng->int(1,$tables) } . `pk` , { "alias".$prng->int(1,$tables) } . `col_int_key` ) IN ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `col_int_nokey` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias2" ; } . `pk` AS { "SQ".$subquery_idx."_field2" } FROM ( BB AS { "SQ".$subquery_idx."_alias".++$subquery_tables } STRAIGHT_JOIN BB AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_int_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_int_key` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `col_varchar_key` = _char )) AND { "field".$prng->int(1,$fields) } < 6) ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ASC /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( view_B AS { "alias".++$tables } INNER JOIN BB AS { "alias".++$tables } ON ({ "alias".$tables } . `pk` = { "alias".($tables - 1) } . `pk` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "alias".$prng->int(1,$tables) } . `col_varchar_key` , { "alias".$prng->int(1,$tables) } . `col_varchar_key` ) IN ( SELECT SQL_SMALL_RESULT { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_key` AS { "SQ".$subquery_idx."_field1" } , { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_key` AS { "SQ".$subquery_idx."_field2" } FROM ( D AS { "SQ".$subquery_idx."_alias".++$subquery_tables } , C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ) ) ) AND ( alias1 . `col_int_key` = { "alias".$prng->int(1,$tables) } . `col_int_key` AND alias1 . `col_varchar_key` = { "alias".$prng->int(1,$tables) } . `col_varchar_key` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } != _char(1) ORDER BY alias1 . _field_indexed ASC, { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 OFFSET 9 /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MIN( alias2 . `col_int_key` ) AS { "field".++$fields } , alias1 . `col_varchar_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } INNER JOIN CC AS { "alias".++$tables } ON ({ "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} NOT EXISTS ( ( SELECT { "SQ".$subquery_idx."_alias1" ; } . `col_varchar_nokey` AS { "SQ".$subquery_idx."_field1" } FROM ( B AS { "SQ".$subquery_idx."_alias".++$subquery_tables } STRAIGHT_JOIN ( view_D AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN A AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_nokey` ) ) ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ) ) ) AND ( alias1 . `col_varchar_key` != _char[invariant] OR alias1 . `col_int_key` > _tinyint_unsigned[invariant] AND alias1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } <= _char(2) ORDER BY alias1 . _field_indexed ASC , { "field".$prng->int(1,$fields) } , { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT MAX( { "SQ".$subquery_idx."_alias1" ; } . `col_int_nokey` ) AS { "SQ".$subquery_idx."_field1" } FROM ( D AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN ( BB AS { "SQ".$subquery_idx."_alias".++$subquery_tables } INNER JOIN C AS { "SQ".$subquery_idx."_alias".++$subquery_tables } ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_key` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) ON ({ "SQ".$subquery_idx."_alias".$subquery_tables } . `col_varchar_nokey` = { "SQ".$subquery_idx."_alias".($subquery_tables-1) } . `col_varchar_key` ) ) WHERE { "SQ".$subquery_idx."_alias".$prng->int(1,$subquery_tables) } . `pk` > 3 ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } INNER JOIN ( ( CC AS { "alias".++$tables } STRAIGHT_JOIN A AS { "alias".++$tables } ON ({ "alias".$tables } . `col_int_key` = { "alias".($tables - 1) } . `pk` ) ) ) ON ({ "alias".$tables } . `pk` = { "alias".($tables - 1) } . `pk` ) ) WHERE { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT _tinyint_unsigned FROM DUAL ) IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY alias1 . _field_indexed , { join(', ', map { "field".$_ } (1..$fields) ) } /* _thread_id */ |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT alias2 . `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "alias".++$tables } , ( CC AS { "alias".++$tables } , CC AS { "alias".++$tables } ) ) ORDER BY alias1 . _field_indexed , alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` DESC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT alias2 . `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } LEFT JOIN ( ( C AS { "alias".++$tables } LEFT JOIN B AS { "alias".++$tables } ON ({ "alias".$tables } . `pk` = { "alias".($tables - 1) } . `col_int_nokey` ) ) ) ON (( { "alias".$tables } . `col_varchar_nokey` <= { "alias".($tables - 1) } . `col_varchar_key` ) AND ( { "alias".$tables } . `col_varchar_key` = { "alias".($tables - 1) } . `col_varchar_key` ) ) ) WHERE alias1 . `pk` = _tinyint_unsigned AND ( alias1 . `col_varchar_key` LIKE CONCAT( _char , '%' ) AND ( { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` >= 'USA' AND alias1 . _field_indexed <> _tinyint_unsigned AND ( alias1 . `col_varchar_key` LIKE '%a%' OR alias1.`col_varchar_nokey` LIKE '%b%') ) AND { "alias".$prng->int(1,$tables) } . `col_int_nokey` > _tinyint_unsigned ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } >= _char(2) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT SQL_SMALL_RESULT alias1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "alias".++$tables } RIGHT JOIN CC AS { "alias".++$tables } ON (( { "alias".$tables } .`pk` = { "alias".($tables - 1) } . `col_varchar_key` ) AND ({ "alias".$tables } .`pk` <= { "alias".($tables - 1) } . `col_int_key` ) ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING (({ "field".$prng->int(1,$fields) } >= _char(2) OR { "field".$prng->int(1,$fields) } <= _tinyint_unsigned) AND { "field".$prng->int(1,$fields) } <= _char(2)) ORDER BY alias1 . _field_indexed DESC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT DISTINCT alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } , ( CC AS { "alias".++$tables } , CC AS { "alias".++$tables } ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING (({ "field".$prng->int(1,$fields) } != _char(2) OR { "field".$prng->int(1,$fields) } <> _char(2)) OR { "field".$prng->int(1,$fields) } <= 2) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) }, { "field".$prng->int(1,$fields) } ASC , alias1 . _field_indexed , { "alias".$prng->int(1,$tables) } .`pk` LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT SQL_SMALL_RESULT alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , CONCAT( alias2 . `col_varchar_nokey` , alias1 . `col_varchar_key` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias1 . `col_int_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , alias2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "alias".++$tables } LEFT JOIN ( ( CC AS { "alias".++$tables } STRAIGHT_JOIN C AS { "alias".++$tables } ON ({ "alias".$tables } . `pk` > { "alias".($tables - 1) } . `col_int_key` ) ) ) ON (( { "alias".$tables } .`pk` < { "alias".($tables - 1) } . `col_varchar_key` ) AND ({ "alias".$tables } .`pk` < { "alias".($tables - 1) } . `col_varchar_nokey` ) ) ) WHERE ( alias1 . `col_varchar_key` != _char[invariant] OR ( alias1 . `col_varchar_key` > _char[invariant] OR ( alias1 . `col_varchar_key` IN (_char , 'USA' , _char , 'USA' , 'USA' , _char) OR ( alias1 . `pk` > _tinyint_unsigned[invariant] AND alias1 . `pk` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR ( alias1 . `col_varchar_key` != _char[invariant] OR alias1 . `col_int_key` > _tinyint_unsigned[invariant] AND alias1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) ) ) ) ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } > 6 ORDER BY alias1 . _field_indexed ASC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT DISTINCT STRAIGHT_JOIN alias2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( C AS { "alias".++$tables } , B AS { "alias".++$tables } ) ORDER BY alias1 . _field_indexed DESC , alias1 . _field_indexed DESC , { "field".$prng->int(1,$fields) } DESC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT MIN( _field_indexed) AS { "field".++$fields } , `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM A AS { "alias".++$tables } WHERE ( alias1 . `col_int_key` IS NULL OR { "alias".$prng->int(1,$tables) } . `col_varchar_key` = 'USA' ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , `col_varchar_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM CC AS { "alias".++$tables } WHERE ( alias1 . `col_int_key` > _tinyint_unsigned[invariant] AND alias1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR ( alias1 . `col_varchar_key` = { "alias".$prng->int(1,$tables) } . `col_varchar_key` AND { "alias".$prng->int(1,$tables) } . `col_varchar_nokey` < _char(2) ) AND alias1 .`pk` > { "alias".$prng->int(1,$tables) } . `pk` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT MIN( _field_indexed[invariant] ) AS { "field".++$fields }, MAX( _field_indexed[invariant] ) AS { "field".++$fields }, `col_varchar_nokey` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM C AS { "alias".++$tables } WHERE { "alias".$prng->int(1,$tables) } . `col_int_nokey` <= 8 { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } SELECT MIN( alias2 . `col_varchar_key` ) AS { "field".++$fields } FROM ( B AS { "alias".++$tables } , C AS { "alias".++$tables } ) WHERE alias1 . `pk` NOT IN (_tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } , alias1 . _field_indexed LIMIT 100 OFFSET 1 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT STRAIGHT_JOIN table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table2 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( ( related_film_id BETWEEN _quid AND _english ) AND sequel_flag = 0 AND ( related_film_id BETWEEN _english AND _quid ) ) AND ( ( fbase_role_code < _quid AND sequel_flag <> FALSE AND sequel_flag >= FALSE OR ( related_film_id BETWEEN _english AND _quid ) ) ) AND ( genre_tag != _quid ) HAVING genre_tag > _char AND sequel_flag = 1 OR ( related_film_id BETWEEN _quid AND _quid ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 10 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT SQL_SMALL_RESULT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table1 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( ( related_film_id BETWEEN _quid AND _quid ) OR related_film_id <> table2 . fbase_film_detail_id AND related_film_id < table1 . fbase_film_detail_id AND related_film_id != table1 . fbase_film_detail_id ) AND ( fbase_role_code IN ( 'director' , 'director' , 'editor' , 'director' ) AND related_film_id <= _char ) AND ( ( fbase_film_genere_where_item ) OR related_film_id != table1 . fbase_film_detail_id AND ( related_film_id BETWEEN _quid AND _english ) AND sequel_flag = 0 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC LIMIT 10 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 LEFT OUTER JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table1 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( sequel_flag = 0 AND ( related_film_id BETWEEN _quid AND _english ) AND sequel_flag != TRUE ) OR ( ( ( fbase_role_code BETWEEN _quid AND _english ) AND sequel_flag = 0 ) ) AND ( genre_tag LIKE 'V%' AND ( related_film_id BETWEEN _english AND _quid ) ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 5000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table1 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( related_film_id < _quid OR sequel_flag <> FALSE OR related_film_id >= _quid ) AND ( ( LENGTH( fbase_role_code ) > 50 AND related_film_id <= _char AND sequel_flag = 1 ) ) AND ( genre_tag > _english AND related_film_id < table2 . fbase_film_detail_id AND related_film_id <= _char ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table2 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( related_film_id <= table3 . fbase_film_detail_id OR ( related_film_id BETWEEN _quid AND _char ) ) AND ( LENGTH( fbase_role_code ) < 100 ) AND ( ( fbase_film_genere_where_item ) AND ( related_film_id BETWEEN _quid AND _english ) ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } DESC LIMIT 10000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT STRAIGHT_JOIN table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table2 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( sequel_flag = 1 ) AND ( ( fbase_film_genere_where_item ) AND sequel_flag = 0 ) AND ( ( ( genre_tag BETWEEN _char AND _quid ) AND sequel_flag = 1 ) ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC LIMIT 10000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT SQL_SMALL_RESULT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table2 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( sequel_flag > FALSE AND related_film_id > _english AND sequel_flag < FALSE ) OR ( fbase_role_code IN ( 'editor' , 'actor' , 'actor' , 'editor' ) ) AND ( genre_tag LIKE 'S%' ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table1 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( sequel_flag = 0 AND ( related_film_id BETWEEN _english AND _char ) AND ( related_film_id BETWEEN _quid AND _english ) OR sequel_flag = 1 AND related_film_id > table1 . fbase_film_detail_id ) OR ( ( ( fbase_role_code BETWEEN _char AND _english ) OR sequel_flag < TRUE ) ) AND ( ( genre_tag <= _quid OR sequel_flag = 1 AND ( related_film_id BETWEEN _english AND _quid ) AND sequel_flag = 1 AND sequel_flag = 0 AND related_film_id <= _english ) ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 LEFT JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id JOIN `fbase_film_genre` AS table3 ON table1 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( related_film_id <= table3 . fbase_film_detail_id ) OR ( fbase_role_code IN ( 'editor' , 'producer' ) ) AND ( ( ( genre_tag BETWEEN _quid AND _quid ) OR sequel_flag < TRUE OR ( related_film_id BETWEEN _quid AND _quid ) ) ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} SELECT table1 . fbase_film_detail_id AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , fbase_role_code AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , genre_tag AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM `fbase_film_series` AS table1 JOIN `fbase_film_crew` AS table2 ON table1 . fbase_film_detail_id = table2 . fbase_film_detail_id RIGHT JOIN `fbase_film_genre` AS table3 ON table2 . fbase_film_detail_id = table3 . fbase_film_detail_id WHERE ( sequel_flag = 1 ) OR ( ( fbase_role_code < _char AND sequel_flag >= FALSE AND related_film_id != table2 . fbase_film_detail_id ) ) AND ( ( genre_tag <> _quid OR related_film_id > _char ) ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } DESC LIMIT 10 |
DELETE FROM _table WHERE `col_varchar_nokey` <= _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_nokey` = _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_key` <= _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_nokey` = _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_key` >= _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_nokey` <> _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_nokey` >= _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_nokey` = _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_key` = _charset ' letter ' |
DELETE FROM _table WHERE `col_varchar_key` <> _charset ' letter ' |
UPDATE X SET f2 = v3 WHERE v2 < f3 |
REPLACE INTO X ( f1 , f2 , f3 , f4 ) VALUES ( f1 , _digit , f1 , f1 ) |
REPLACE INTO X ( f1 , f2 , f3 , f4 ) VALUES ( _digit , f3 , f2 , _digit ) |
REPLACE INTO X ( f1 , f2 , f3 , f4 ) VALUES ( f1 , _digit , _digit , f1 ) |
UPDATE X SET f4 = v3 WHERE v4 <=> _digit |
SELECT v3 , MAX(f2) FROM X WHERE v1 = f2 GROUP BY v3 ORDER BY v2 , f3 , v3 |
UPDATE X SET f2 = _digit WHERE f4 <> f3 |
INSERT IGNORE INTO X ( f1 , f2 , f3 , f4 ) SELECT v2 , v4 , v4 , f4 FROM X WHERE v3 > f1 ORDER BY f1,f2,f3,f4,v1,v2,v3,v4 LIMIT _digit |
UPDATE X SET f4 = _digit WHERE v4 BETWEEN _digit AND _digit |
DROP TABLE IF EXISTS X ; CREATE TABLE IF NOT EXISTS X ( f1 DOUBLE DEFAULT '0', f2 DOUBLE DEFAULT '0', f3 DOUBLE NOT NULL DEFAULT '0', f4 DOUBLE NOT NULL , v1 DOUBLE AS ( ( ( ( ( PI() ) ) OR ( f3 ) ) >= f3 ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v2 DOUBLE AS ( ( NOT ( f3 ) ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v3 DOUBLE AS ( ( ( ( f4 ) OR ( f4 ) ) <= ( NULLIF( ( f1 % ( INTERVAL( f2 , f3 ) ) ) , f3 ) ) ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v4 DOUBLE AS ( ( f3 = ( INTERVAL( f3 , f1 , ( f4 + ( IF( ( f4 IS NOT TRUE ) , f4 , f1 ) ) ) ) ) ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ /*executor1 , KEY (v3), KEY (v4) */ ) ; CREATE TABLE IF NOT EXISTS X ( f1 DOUBLE NOT NULL DEFAULT '0', f2 DOUBLE , f3 DOUBLE NOT NULL , f4 DOUBLE , v1 DOUBLE AS ( ( ( ( f3 DIV f3 ) ) OR ( ( f2 / ( ( f3 ) OR ( f3 ) ) ) ) ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v2 DOUBLE AS ( ( ( ( - ( ROUND( ( EXP( f4 ) ) , f3 ) ) ) ) IS NOT NULL ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v3 DOUBLE AS ( ( f4 = f3 ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v4 DOUBLE AS ( ( NOT ( f2 ) ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ /*executor1 , KEY (v3), KEY (v4) */ ) ; CREATE TABLE IF NOT EXISTS X ( f1 DOUBLE NOT NULL , f2 DOUBLE , f3 DOUBLE , f4 DOUBLE NOT NULL , v1 DOUBLE AS ( ( ( SQRT( ( f1 >= f2 ) ) ) + f3 ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v2 DOUBLE AS ( ( NOT ( ( ( ( ( ( ( IF( ( ( f1 ) OR ( ( ( ( f1 / ( ( - ( NULLIF( ( ( CASE f4 WHEN f3 THEN f1 WHEN ( NOT ( ( FORMAT( f2 , f1 ) ) ) ) THEN ( SIN( f4 ) ) ELSE ( NOT ( f3 ) ) END ) < f3 ) , f4 ) ) ) ) ) ) OR ( f1 ) ) ) ) , f1 , ( IFNULL( ( CONV( f3 , f1 , ( ( f3 + ( ( f3 ) AND ( f4 ) ) ) = ( CONV( f4 , ( CASE f3 WHEN f1 THEN f3 WHEN ( f4 BETWEEN ( ( DEGREES( f1 ) ) ) AND ( ( f3 * f2 ) ) ) THEN f3 ELSE ( ( f1 ) AND ( f4 ) ) END ) , f4 ) ) ) ) ) , f3 ) ) ) ) ) AND ( ( NOT ( ( CRC32( f3 ) ) ) ) ) ) ) OR ( f1 ) ) % ( f4 IN ( ( POW( f4 , ( ( - f3 ) ) ) ) ) ) ) ) ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v3 DOUBLE AS ( ( f4 - f1 ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ , v4 DOUBLE AS ( ( LOG10( f2 ) ) ) /*executor1 PERSISTENT */ /*executor2 VIRTUAL */ /*executor1 , KEY (v3), KEY (v4) */ ) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` != 6 { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT SQL_SMALL_RESULT table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( ( ( { "table".$prng->int(1,$tables) } . `col_int_key` <> 1 AND { "table".$prng->int(1,$tables) } . `col_int_key` IS NULL ) OR { "table".$prng->int(1,$tables) } . `pk` != { "table".$prng->int(1,$tables) } . `col_int_key` ) AND { "table".$prng->int(1,$tables) } . `col_int` <= 1 ) ORDER BY { "field".$prng->int(1,$fields) } DESC { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT STRAIGHT_JOIN table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` > { "table".$prng->int(1,$tables) } . `col_int` ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ASC { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT STRAIGHT_JOIN table1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int_key` NOT IN (3) { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT table2 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int` IS NULL { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 OFFSET 4 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT STRAIGHT_JOIN table2 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( { "table".$prng->int(1,$tables) } . `col_int` >= { "table".$prng->int(1,$tables) } . `col_int_key` AND { "table".$prng->int(1,$tables) } . `pk` BETWEEN _digit[invariant] AND ( _digit[invariant] + 2 ) ) HAVING (({ "field".$prng->int(1,$fields) } = 9 OR { "field".$prng->int(1,$fields) } <= 6) AND { "field".$prng->int(1,$fields) } != 5) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT MIN( table2 . `col_int` ) AS {"field".++$fields }, COUNT( table1 . `col_int_key` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( { "table".$prng->int(1,$tables) } . `pk` IN (7, 3, 1, 1) AND { "table".$prng->int(1,$tables) } . `pk` > { "table".$prng->int(1,$tables) } . `pk` ) HAVING { "field".$prng->int(1,$fields) } <> 4 ORDER BY { "field".$prng->int(1,$fields) } { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT STRAIGHT_JOIN table3 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `col_int` <> 3 HAVING { "field".$prng->int(1,$fields) } <= 3 ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 OFFSET 4 { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT DISTINCT SUM( DISTINCT table1 . `col_int` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { "table".$prng->int(1,$tables) } . `pk` > { "table".$prng->int(1,$tables) } . `col_int` ORDER BY { "field".$prng->int(1,$fields) } ASC { $stack->pop(undef) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; "" } { $stack->push() } SELECT MIN( table2 . `col_int_key` ) AS {"field".++$fields } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE ( ( { "table".$prng->int(1,$tables) } . `col_int_key` != 2 AND { "table".$prng->int(1,$tables) } . `pk` IN (1, 8) ) AND { "table".$prng->int(1,$tables) } . `col_int` != { "table".$prng->int(1,$tables) } . `col_int` ) ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ASC { $stack->pop(undef) } |
SET @binlog_format_saved = @@binlog_format ; SET BINLOG_FORMAT = 'ROW' ; INSERT INTO _table ( _field ) VALUES ( _digit ) ; SET BINLOG_FORMAT = @binlog_format_saved |
SET @binlog_format_saved = @@binlog_format ; SET BINLOG_FORMAT = 'STATEMENT' ; INSERT INTO _table ( _field ) VALUES ( RAND () ) ; SET BINLOG_FORMAT = @binlog_format_saved |
SET @binlog_format_saved = @@binlog_format ; SET BINLOG_FORMAT = 'STATEMENT' ; DELETE FROM _table WHERE _field < RAND() LIMIT digit ; SET BINLOG_FORMAT = @binlog_format_saved |
FLUSH LOGS |
SET @binlog_format_saved = @@binlog_format ; SET BINLOG_FORMAT = 'ROW' ; UPDATE _table SET _field = NULL WHERE _field > NULL ORDER BY _field LIMIT digit ; SET BINLOG_FORMAT = @binlog_format_saved |
SET @binlog_format_saved = @@binlog_format ; SET BINLOG_FORMAT = 'STATEMENT' ; DELETE FROM _table WHERE _field < RAND() LIMIT digit ; SET BINLOG_FORMAT = @binlog_format_saved |
SET @binlog_format_saved = @@binlog_format ; SET BINLOG_FORMAT = 'ROW' ; UPDATE _table SET _field = NULL WHERE _field < _english ; SET BINLOG_FORMAT = @binlog_format_saved |
SET @binlog_format_saved = @@binlog_format ; SET BINLOG_FORMAT = 'STATEMENT' ; INSERT INTO _table ( _field ) VALUES ( LAST_INSERT_ID() ) ; SET BINLOG_FORMAT = @binlog_format_saved |
START TRANSACTION |
ROLLBACK |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) SELECT _field FROM _table LIMIT _digit |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) SELECT _field FROM _table LIMIT _digit |
INSERT INTO _table ( _field ) SELECT _field FROM _table LIMIT _digit |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) SELECT _field FROM _table LIMIT _digit |
HANDLER alias2 CLOSE ; HANDLER _table OPEN AS alias2 |
HANDLER alias4 CLOSE ; HANDLER _table OPEN AS alias4 ; HANDLER alias4 READ FIRST WHERE _field < _tinyint_unsigned ; DEALLOCATE PREPARE h_rp2 ; PREPARE h_rp2 FROM " HANDLER alias3 READ _field_key FIRST WHERE _field <= ? " ; SET @val = _digit ; EXECUTE h_rp2 USING @val ; DEALLOCATE PREPARE h_rp ; PREPARE h_rp FROM " HANDLER alias2 READ `PRIMARY` = ( ? ) " ; SET @val = _tinyint_unsigned ; EXECUTE h_rp USING @val |
DEALLOCATE PREPARE h_rp ; PREPARE h_rp FROM " HANDLER alias4 READ _field_key > ( ? ) " ; SET @val = _digit ; EXECUTE h_rp USING @val |
HANDLER alias3 CLOSE ; HANDLER _table OPEN AS alias3 |
HANDLER alias3 CLOSE ; HANDLER _table OPEN AS alias3 |
DEALLOCATE PREPARE h_rp2 ; PREPARE h_rp2 FROM " HANDLER alias3 READ _field_key PREV WHERE _field <= ? " ; SET @val = _digit ; EXECUTE h_rp2 USING @val |
UPDATE IGNORE _table SET _field = _varchar(1) WHERE _field <= _digit |
DEALLOCATE PREPARE h_rp ; PREPARE h_rp FROM " HANDLER alias3 READ `PRIMARY` >= ( ? ) " ; SET @val = _digit ; EXECUTE h_rp USING @val |
DEALLOCATE PREPARE h_rp ; PREPARE h_rp FROM " HANDLER alias1 READ `PRIMARY` >= ( ? ) WHERE _field > _digit " ; SET @val = _varchar(1) ; EXECUTE h_rp USING @val |
DEALLOCATE PREPARE h_rp2 ; PREPARE h_rp2 FROM " HANDLER alias4 READ `PRIMARY` PREV WHERE _field = ? " ; SET @val = _varchar(1) ; EXECUTE h_rp2 USING @val |
SELECT _field < _field FROM _table LIMIT _digit |
UPDATE _table SET _field_no_pk = _varchar(8) WHERE _field = _letter |
SELECT * FROM _table[invariant] INTO OUTFILE _tmpnam ; TRUNCATE _table[invariant] ; LOAD DATA INFILE _tmpnam INTO TABLE _table[invariant] |
INSERT DELAYED INTO _table ( _field ) VALUES ( _mediumint ) ON DUPLICATE KEY UPDATE _field_no_pk = -1 |
UPDATE _table t1, _table t2 SET t1._field_no_pk = _bigint WHERE t1._field > _data |
INSERT IGNORE INTO _table ( _field_no_pk , _field_no_pk , _field_no_pk ) VALUES ( _datetime(6) , NULL , _char(64) ) |
INSERT DELAYED INTO _table ( _field ) VALUES ( _timestamp(6) ) ON DUPLICATE KEY UPDATE _field_no_pk = _mediumint |
DROP TABLE IF EXISTS _letter[invariant] ; DROP VIEW IF EXISTS _letter[invariant] ; CREATE VIEW _letter[invariant] AS SELECT * FROM _table ; INSERT INTO _letter[invariant] ( _field ) VALUES ( _timestamp(6) ) |
SELECT _field FROM _table WHERE _field <> 1 ORDER BY _field |
SELECT _field >= _field FROM _table WHERE _field >= _datetime(6) |
INSERT INTO _table ( _field ) VALUES ( _data ), ( _datetime ) , ( (_field + _field[invariant]) ) , ( DATEDIFF(NOW(), _date) ) , ( _char(255) ) |
INSERT IGNORE INTO _table SELECT * FROM _table WHERE EXISTS (SELECT * FROM _table WHERE ( _field = NULL OR _field = _english ) AND _field < NULL AND (_field < REPEAT(_tinyint_unsigned, _english))) OR _int_unsigned > RAND(_int_unsigned) |
SELECT * INTO OUTFILE _tmpnam FROM _table WHERE _field BETWEEN _datetime AND _data OR ((_field IS NOT NULL) AND (_field < _datetime)) |
INSERT INTO _table SELECT * FROM _table WHERE _field <> NULL AND (_field IS NOT NULL) |
ROLLBACK TO SP1 |
SHOW BINLOG EVENTS |
INSERT INTO _table SELECT * FROM _table WHERE _int_unsigned > RAND(_int_unsigned) |
INSERT INTO _table ( _field ) VALUES ( _datetime ) |
INSERT IGNORE INTO _table ( _field ) VALUES ( _english ) |
UPDATE _table SET _field = digit WHERE ( _field = _datetime OR _field = _char(255) ) AND _field < _digit OR ((_field BETWEEN _char(255) AND REPEAT(_tinyint_unsigned, _english)) AND (_field = _digit)) LIMIT _tinyint_unsigned,_tinyint_unsigned |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } FROM _table WHERE _field BETWEEN _field AND date_add_sub ORDER BY _field , _field , _field |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } , TIMESTAMPADD( HOUR , _field , '0000-00-00 00:00:00' ) AS { 'c'.$col++ } , _field AS { 'c'.$col++ } FROM _table WHERE _field NOT BETWEEN _field AND _field ORDER BY _field , _field , _field |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } FROM _table WHERE _field NOT IN ( FROM_UNIXTIME( _integer_unsigned , CONCAT_WS( '-' , '%f' , '%%' ) ) , _field , LEAST( _date , _date , ADDTIME( _field , '00:00:00' ) ) ) ORDER BY 1 |
{ $col = 1 ; return "" } SELECT FROM_DAYS( _field ) AS { 'c'.$col++ } , _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } FROM _table WHERE _field <= ADDDATE( '0000-00-00 00:00:00' , digit ) AND _field BETWEEN TIMEDIFF( _field , _field ) AND _field AND _field < DATE( _date ) OR _field IN ( _field , CAST( FROM_UNIXTIME( _integer_unsigned , CONCAT_WS( ':' , '%S' , '%p' ) ) AS TIME( 0 ) ) , CAST( LOCALTIMESTAMP() AS TIME ) ) |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } , FROM_UNIXTIME( _integer_unsigned ) AS { 'c'.$col++ } , _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } FROM _table WHERE _field <> _field OR _field NOT IN ( _field , _field , _field , TIMESTAMP( _date , '00:00:00' ) ) OR _field NOT IN ( COALESCE( _field , _date ) , TIMESTAMP( _date ) ) |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } FROM _table WHERE _field > CURDATE() OR _field NOT IN ( TIMESTAMP( _date , _time ) , CONVERT_TZ( _field , 'leap/Europe/Moscow' , 'leap/Europe/Moscow' ) ) ORDER BY 1 |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } FROM _table WHERE _field = MAKEDATE( 20 + _digit , _tinyint_unsigned ) |
{ $col = 1 ; return "" } SELECT ADDTIME( _date , _field ) AS { 'c'.$col++ } FROM _table WHERE _field = SEC_TO_TIME( _digit ) ORDER BY 1 |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } FROM _table WHERE _field BETWEEN UTC_DATE() AND TIMESTAMP( _field , _time ) ORDER BY 1 |
{ $col = 1 ; return "" } SELECT _field AS { 'c'.$col++ } , _field AS { 'c'.$col++ } , LEAST( SEC_TO_TIME( _tinyint_unsigned ) , TIMESTAMP( FROM_UNIXTIME( _integer_unsigned , CONCAT_WS( '-' , '%r' , '%w' ) ) ) , _field ) AS { 'c'.$col++ } FROM _table WHERE _field != CURRENT_DATE() ORDER BY _field , _field , _field , _field , _field |
START TRANSACTION ; UPDATE _table SET _field = CONNECTION_ID() WHERE `pk` = (CONNECTION_ID() * _thread_count) + _digit ; UPDATE _table SET _field = (CONNECTION_ID() * _thread_count) + (_digit * 10) WHERE _field_indexed = (CONNECTION_ID() * _thread_count) + _digit LIMIT 1 ; COMMIT |
START TRANSACTION ; UPDATE _table SET _field = (CONNECTION_ID() * _thread_count) + _digit WHERE _field_indexed = (CONNECTION_ID() * _thread_count) + (_digit * 10) LIMIT 1 ; INSERT INTO _table ( _field , _field ) VALUES ( CONNECTION_ID() , CONNECTION_ID() ) ; REPLACE INTO _table ( _field , _field ) VALUES ( (CONNECTION_ID() * _thread_count) + (_digit * 10) , (CONNECTION_ID() * _thread_count) + _digit ) ; UPDATE _table SET _field = (CONNECTION_ID() * _thread_count) + _digit WHERE `pk` = CONNECTION_ID() ; COMMIT |
START TRANSACTION ; REPLACE INTO _table ( _field , _field ) VALUES ( (CONNECTION_ID() * _thread_count) + (_digit * 10) , (CONNECTION_ID() * _thread_count) + _digit ) ; INSERT INTO _table ( _field , _field ) VALUES ( CONNECTION_ID() , (CONNECTION_ID() * _thread_count) + (_digit * 10) ) ; INSERT INTO _table ( _field , _field ) VALUES ( CONNECTION_ID() , (CONNECTION_ID() * _thread_count) + (_digit * 10) ) ; UPDATE _table SET _field = (CONNECTION_ID() * _thread_count) + (_digit * 10) WHERE `pk` = (CONNECTION_ID() * _thread_count) + (_digit * 10) ; COMMIT |
START TRANSACTION ; DELETE FROM _table WHERE `pk` = (CONNECTION_ID() * _thread_count) + (_digit * 10) ; INSERT INTO _table ( _field , _field ) VALUES ( CONNECTION_ID() , (CONNECTION_ID() * _thread_count) + (_digit * 10) ) ; UPDATE _table SET _field = (CONNECTION_ID() * _thread_count) + (_digit * 10) WHERE `pk` = CONNECTION_ID() ; DELETE FROM _table WHERE _field_indexed = (CONNECTION_ID() * _thread_count) + _digit LIMIT 1 ; DELETE FROM _table WHERE _field_indexed = (CONNECTION_ID() * _thread_count) + _digit LIMIT 1 ; COMMIT |
START TRANSACTION ; DELETE FROM _table WHERE `pk` = CONNECTION_ID() ; COMMIT |
START TRANSACTION ; DELETE FROM _table WHERE `pk` = (CONNECTION_ID() * _thread_count) + (_digit * 10) ; COMMIT |
START TRANSACTION ; UPDATE _table SET _field = CONNECTION_ID() WHERE _field_indexed = CONNECTION_ID() LIMIT 1 ; ROLLBACK |
START TRANSACTION ; INSERT INTO _table ( _field , _field ) VALUES ( CONNECTION_ID() , (CONNECTION_ID() * _thread_count) + (_digit * 10) ) ; DELETE FROM _table WHERE _field_indexed = (CONNECTION_ID() * _thread_count) + _digit LIMIT 1 ; UPDATE _table SET _field = (CONNECTION_ID() * _thread_count) + (_digit * 10) WHERE _field_indexed = (CONNECTION_ID() * _thread_count) + (_digit * 10) LIMIT 1 ; DELETE FROM _table WHERE _field_indexed = CONNECTION_ID() LIMIT 1 ; COMMIT |
START TRANSACTION ; INSERT INTO _table ( _field , _field ) VALUES ( (CONNECTION_ID() * _thread_count) + (_digit * 10) , (CONNECTION_ID() * _thread_count) + (_digit * 10) ) ; UPDATE _table SET _field = CONNECTION_ID() WHERE `pk` = CONNECTION_ID() ; COMMIT |
START TRANSACTION ; UPDATE _table SET _field = CONNECTION_ID() WHERE `pk` = (CONNECTION_ID() * _thread_count) + (_digit * 10) ; COMMIT |
SELECT GeometryType( /*executor1 GEOMETRYFROMTEXT(' */ /*executor2 ST_GEOMETRYFROMTEXT(' */ MULTILINESTRING( ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ) ') ) |
SELECT ST_INTERSECTS( /*executor1 GEOMETRYFROMTEXT(' */ /*executor2 ST_GEOMETRYFROMTEXT(' */ POINT( _digit _digit ) ') , /*executor1 GEOMETRYN( */ /*executor2 ST_GEOMETRYN( */ ST_GEOMCOLLFROMTEXT(' GEOMETRYCOLLECTION( MULTIPOINT( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , POLYGON( (3 5, 2 4, 2 5, 3 5) ) ) ') , CAST( ST_LENGTH( /*executor1 MULTILINESTRINGFROMTEXT(' */ /*executor2 ST_MLINEFROMTEXT(' */ MULTILINESTRING( ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ) ') ) AS INTEGER ) ) ) |
SELECT ST_NUMINTERIORRINGS( /*executor1 POLYGONFROMTEXT(' */ /*executor2 ST_POLYGONFROMTEXT(' */ POLYGON( ( { $start_x = $prng->digit() ; $start_y = $prng->digit() ; "$start_x $start_y"; } , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , { "$start_x $start_y" } ) ) ') ) |
SELECT ST_INTERSECTS( ST_GEOMCOLLFROMTEXT(' GEOMETRYCOLLECTION( LINESTRING( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , MULTIPOLYGON( ( ( 9 9 , _digit _digit , _digit _digit , 9 9 ) ) ) ) ') , ST_GEOMCOLLFROMTEXT(' GEOMETRYCOLLECTION( LINESTRING( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , MULTIPOINT( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ) ') ) |
SELECT CAST( ST_LENGTH( /*executor1 MULTILINESTRINGFROMTEXT(' */ /*executor2 ST_MLINEFROMTEXT(' */ MULTILINESTRING( ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ) ') ) AS INTEGER ) |
SELECT ST_WITHIN( /*executor1 EXTERIORRING( */ /*executor2 ST_EXTERIORRING( */ /*executor1 POLYGONFROMTEXT(' */ /*executor2 ST_POLYGONFROMTEXT(' */ POLYGON( ( 2 2 , _digit 2 , _digit _digit , 2 _digit , 2 2 ) ) ') ) , /*executor1 POLYGONFROMTEXT(' */ /*executor2 ST_POLYGONFROMTEXT(' */ POLYGON( ( { $start_x = $prng->digit() ; $start_y = $prng->digit() ; "$start_x $start_y"; } , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , { "$start_x $start_y" } ) ) ') ) |
SELECT ST_INTERSECTS( /*executor1 MULTILINESTRINGFROMTEXT(' */ /*executor2 ST_MLINEFROMTEXT(' */ MULTILINESTRING( ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , ( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ) ') , /*executor1 GEOMETRYFROMTEXT(' */ /*executor2 ST_GEOMETRYFROMTEXT(' */ LINESTRING( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ') ) |
SELECT GeometryType( ST_DIFFERENCE( /*executor1 MULTIPOLYGONFROMTEXT(' */ /*executor2 ST_MPOLYFROMTEXT(' */ MULTIPOLYGON( ( ( 2 2 , _digit 2 , _digit _digit , 2 _digit , 2 2 ) ) , ( (0 5, 3 5, 3 0, 0 0, 0 1, 2 1, 2 2, 0 2, 0 5), ( 1 3 , 2 3 , 2 4 , 1 4, 1 3) ) ) ') , /*executor1 MULTIPOLYGONFROMTEXT(' */ /*executor2 ST_MPOLYFROMTEXT(' */ MULTIPOLYGON( ( (0 5, 3 5, 3 4, 1 4, 1 3, 3 3 , 3 0, 0 0, 0 1, 2 1 , 2 2 , 0 2, 0 5) ) , ( (1 5, 3 5, 3 0, 2 0, 2 4, 1 4, 1 5) ) , ( ( 2 2 , 2 8 , 8 8 , 8 2 , 2 2 ) , ( 4 4 , 4 6 , 6 6 , 6 4 , 4 4 ) ) , ( ( 9 9 , _digit _digit , _digit _digit , 9 9 ) ) , ( ( 2 2 , _digit 2 , _digit _digit , 2 _digit , 2 2 ) ) ) ') ) ) |
SELECT /*executor1 ASTEXT( */ /*executor2 ST_ASEWKT( */ /*executor1 GEOMETRYN( */ /*executor2 ST_GEOMETRYN( */ ST_GEOMCOLLFROMTEXT(' GEOMETRYCOLLECTION( MULTILINESTRING( ( _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , (3 5, 2 4, 2 5, 3 5) ) , MULTIPOINT( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , POINT( _digit _digit ) , MULTILINESTRING( ( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , ( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , ( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ) ) ') , ST_NUMINTERIORRINGS( ST_ENVELOPE( /*executor1 MULTIPOLYGONFROMTEXT(' */ /*executor2 ST_MPOLYFROMTEXT(' */ MULTIPOLYGON( ( ( 2 2 , 2 8 , 8 8 , 8 2 , 2 2 ) , ( 4 4 , 4 6 , 6 6 , 6 4 , 4 4 ) ) , ( ( 0 0 , _digit _digit , _digit _digit , 0 0 ) ) ) ') ) ) ) ) |
SELECT ST_INTERSECTS( /*executor1 MULTIPOLYGONFROMTEXT(' */ /*executor2 ST_MPOLYFROMTEXT(' */ MULTIPOLYGON( ( (3 5, 2 4, 2 5, 3 5) ) , ( ( 9 9 , _digit _digit , _digit _digit , 9 9 ) ) ) ') , ST_GEOMCOLLFROMTEXT(' GEOMETRYCOLLECTION( LINESTRING( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) , POLYGON( ( { $start_x = $prng->digit() ; $start_y = $prng->digit() ; "$start_x $start_y"; } , _digit _digit , _digit _digit , _digit _digit , _digit _digit , { "$start_x $start_y" } ) ) , MULTIPOINT( _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit , _digit _digit ) ) ') ) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD PRIMARY KEY ( col_decimal_35_not_null , col_tinytext_binary_not_null (25)) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD UNIQUE INDEX idx1 ( col_double_default_null , col_tinytext_binary_default_null (25)) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD PRIMARY KEY ( col_tinytext_not_null (25)) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD UNIQUE INDEX idx1 ( col_varchar_25_default_null ) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD UNIQUE INDEX idx1 ( col_bit_64_default_null ) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD PRIMARY KEY ( col_tinytext_binary_not_null (25)) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD UNIQUE INDEX idx1 ( col_bigint_default_null , col_tinytext_default_null (25)) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD UNIQUE INDEX idx1 ( col_tinytext_default_null (25)) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD UNIQUE INDEX idx1 ( col_tinytext_binary_default_null (25), col_tinytext_default_null (25)) |
{ $engine = $prng->arrayElement(['myisam','innodb']) ; $database = $prng->arrayElement(['test1','test2']) ; $count++ ; if ($count > 20) { $count = 1 } ; $tablename = 't1_'.$count.'_'.$engine ; return undef } DROP TABLE IF EXISTS $database . $tablename ; CREATE TABLE $database . $tablename ENGINE = $engine AS SELECT _field_list FROM _table WHERE 1 = 2; ALTER TABLE $database . $tablename ADD UNIQUE INDEX idx1 ( col_tinytext_binary_default_null (25), col_tinytext_default_null (25)) |
UPDATE _table SET `col_char_1024` = _char WHERE `col_char_10` = _char |
UPDATE _table SET `col_char_1024` = _char WHERE `col_char_10_not_null` <> _char |
UPDATE _table SET `col_char_10_not_null` = _char WHERE `col_char_10_not_null` >= _char |
UPDATE _table SET `col_char_10_not_null_key` = _char WHERE `col_char_1024` >= _char |
UPDATE _table SET `col_char_10_key` = _char WHERE `col_char_10_key` <= _char |
UPDATE _table SET `col_char_10_not_null_key` = _char WHERE `col_char_1024_not_null_key` >= _char |
UPDATE _table SET `col_char_10_not_null_key` = _char WHERE `col_char_1024_key` = _char |
UPDATE _table SET `col_char_1024_not_null_key` = _char WHERE `col_char_10_not_null` < _char |
UPDATE _table SET `col_char_1024_not_null_key` = _char WHERE `col_char_1024_key` >= _char |
UPDATE _table SET `col_char_10_not_null_key` = _char WHERE `col_char_1024_key` > _char |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } m PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` BETWEEN _digit AND _digit |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } v PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` != _digit |
DELETE FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } p PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` = _digit ORDER BY `col_int_key` , `col_int_nokey` LIMIT 3 |
/*!50400 SET GLOBAL c1.key_buffer_size = _tinyint_unsigned */ |
UPDATE { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } e PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
/*!50400 ALTER TABLE a COALESCE PARTITION 1 */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } m PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` >= _digit |
UPDATE { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } p PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
LOAD INDEX INTO CACHE a /*!50400 PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } v PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` > _digit |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_int` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 2 ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_key` IN (_quid, _char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` IN (_digit) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_key` <= _digit ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` < _digit ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _digit LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 3 AND 8 ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _digit WHERE `col_bigint` BETWEEN _tinyint_unsigned AND 6 ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_bigint_key` IN (_digit) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10_not_null` IN (_char, _char) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10_not_null_key` IN (_quid) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_255_key` != _char ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 4 WHERE `col_char_10` IN (_char) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _digit WHERE `col_char_255_not_null` IN (_char) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 3 WHERE `col_char_255_not_null_key` <= _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null_key` IN (_char) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 2 AND 7 ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 3 AND 5 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null` = _char ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` IN (_digit) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LIMIT 8 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _tinyint_unsigned WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _int_unsigned WHERE `col_char_10` IN (_char, _quid) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 3 WHERE `col_int` IN (_digit, 10, _digit, 5) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned WHERE `col_char_10` = _char ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_not_null_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_key` BETWEEN _tinyint_unsigned AND _tinyint_unsigned ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X WHERE X . `pk` BETWEEN 1 AND 6 LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _int_unsigned LIMIT 8 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) FROM _table AS X LIMIT 7 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_key` BETWEEN 2 AND 8 LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` BETWEEN _digit AND 8 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = _digit WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint_key` BETWEEN _digit AND 2 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = 25 WHERE `col_char_255` IN (_quid, _quid) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 2 AND 8 ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_bigint` BETWEEN 1 AND 5 LIMIT 5 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` IN (_digit, 50, 50) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null` IN (4, 6) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X WHERE X . `col_int_key` BETWEEN 2 AND 5 LIMIT 8 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 25 WHERE `pk` IN (_digit) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_key` BETWEEN 2 AND 7 LIMIT 7 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X WHERE X . `pk` BETWEEN 4 AND 7 LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 2 AND 6 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` IN (_digit, _digit, _digit) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_not_null_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 7 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _tinyint_unsigned WHERE `col_bigint` = _tinyint_unsigned ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . `col_bigint` BETWEEN 1 AND 5 LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_bigint` BETWEEN 8 AND _digit ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = 8 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null_key` > 4 ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null_key` IN (_quid, _quid, _quid) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` IN (8) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null_key` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _digit WHERE `col_char_255` >= _char ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_int_not_null_key` IN (2) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = 3 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10_not_null_key` != _quid ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_bigint_key` BETWEEN 2 AND 5 LIMIT 6 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _digit WHERE `col_int_not_null` = 1 ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 7 WHERE `col_int_key` IN (6, 4) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _digit WHERE `col_char_10_key` IN (_char) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _tinyint_unsigned LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . _field_key IN ( _int_unsigned , _tinyint_unsigned , _digit , _tinyint_unsigned , _varchar(1) ) LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_key` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _digit ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `pk` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_not_null` = 2 ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = _digit WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10_not_null_key` IN (_char) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN 2 AND 6 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` > _digit ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null` IN (10) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _int_unsigned LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_255_not_null` IN (_char) ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_bigint_key` BETWEEN 2 AND 8 LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` IN (_digit, _tinyint_unsigned, 6) ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 4 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_255_not_null` != _quid ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key < _varchar(1) LIMIT 6 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10` IN (_char) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _tinyint_unsigned WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ |
SELECT GRANDPARENT1 . `col_int_not_null_key` AS G1 FROM B AS GRANDPARENT1 WHERE GRANDPARENT1 . `col_bigint` IN ( SELECT PARENT1 . `col_int` AS P1 FROM D AS PARENT1 LEFT JOIN AA AS PARENT2 USING ( `col_char_1024_not_null` ) WHERE ( PARENT1 . `col_text_key` < _varchar(1) ) ORDER BY PARENT1 . `col_char_10_key` ) AND GRANDPARENT1 . `col_char_1024_not_null` <= _varchar(1) HAVING G1 <> _date ORDER BY GRANDPARENT1 . `col_char_10_not_null_key` |
SELECT DISTINCT GRANDPARENT1 . `pk` AS G1 FROM C AS GRANDPARENT1 WHERE GRANDPARENT1 . `col_int` IN ( SELECT PARENT1 . `col_int` AS P1 FROM D AS PARENT1 LEFT JOIN BB AS PARENT2 ON ( PARENT1 . `pk` = PARENT2 . `col_bigint` ) WHERE ( GRANDPARENT1 . `col_char_1024` IS NOT NULL ) ORDER BY PARENT1 . `col_int` ) AND ( GRANDPARENT1 . `col_int_key` IS NOT NULL OR NOT GRANDPARENT1 . `col_int_not_null` IS NOT NULL ) GROUP BY GRANDPARENT1 . `col_int` |
SELECT DISTINCT GRANDPARENT1 . `col_char_1024_not_null` AS G1 FROM AA AS GRANDPARENT1 LEFT JOIN C AS GRANDPARENT2 USING ( `col_int_key` ) WHERE ( GRANDPARENT1 . `col_int_not_null_key` , GRANDPARENT1 . `col_int` ) IN ( SELECT PARENT1 . `col_bigint` AS P1 , PARENT1 . `col_int_not_null_key` AS P2 FROM CC AS PARENT1 WHERE PARENT1 . `col_char_10_not_null` IN ( SELECT DISTINCT CHILD1 . `col_char_1024_not_null_key` AS C1 FROM B AS CHILD1 LEFT JOIN AA AS CHILD2 ON ( CHILD1 . `col_char_10_not_null_key` > CHILD2 . `col_text_key` ) ORDER BY CHILD1 . `col_bigint` ) AND ( ( PARENT1 . `col_int_not_null` IS NOT NULL ) AND ( GRANDPARENT1 . `col_char_10_key` IS NOT NULL AND GRANDPARENT1 . `col_int_not_null_key` IS NOT NULL ) ) ) AND ( ( ( ( ( GRANDPARENT1 . `col_bigint_key` IS UNKNOWN OR GRANDPARENT1 . `col_int_key` <> digit ) OR GRANDPARENT1 . `col_int_key` > digit ) AND GRANDPARENT1 . `col_bigint` IS NULL ) OR NOT GRANDPARENT1 . `col_bigint_key` IS NOT NULL ) OR NOT GRANDPARENT1 . `col_int_not_null` IS NULL ) GROUP BY GRANDPARENT1 . `col_int` HAVING G1 >= _digit LIMIT digit |
SELECT GRANDPARENT1 . `col_int_not_null` AS G1 FROM AA AS GRANDPARENT1 WHERE GRANDPARENT1 . `col_text_not_null` IN ( SELECT PARENT1 . `col_char_1024_key` AS P1 FROM B AS PARENT1 LEFT JOIN D AS PARENT2 USING ( `col_char_10` ) WHERE GRANDPARENT1 . `col_bigint` IN ( SELECT CHILD1 . `col_int` AS C1 FROM DD AS CHILD1 LEFT JOIN A AS CHILD2 USING ( `col_text` ) ORDER BY CHILD1 . `col_char_10` ) AND ( GRANDPARENT1 . `col_int_not_null` >= digit ) ) AND GRANDPARENT1 . `col_char_1024_not_null_key` <= _varchar(1) ORDER BY GRANDPARENT1 . `col_char_1024_not_null_key` LIMIT digit |
SELECT DISTINCT GRANDPARENT1 . `col_int_not_null` AS G1 FROM D AS GRANDPARENT1 WHERE GRANDPARENT1 . `col_int_not_null_key` IN ( SELECT DISTINCT PARENT1 . `col_int` AS P1 FROM D AS PARENT1 LEFT JOIN B AS PARENT2 ON ( PARENT1 . `col_bigint` = PARENT2 . `col_int` ) WHERE ( GRANDPARENT1 . `col_bigint_key` IS NOT NULL ) ORDER BY PARENT1 . `pk` ) AND GRANDPARENT1 . `col_text_not_null_key` >= _varchar(1) GROUP BY GRANDPARENT1 . `col_bigint` ORDER BY GRANDPARENT1 . `col_int_not_null_key` LIMIT digit |
SELECT GRANDPARENT1 . `col_char_1024_key` AS G1 FROM DD AS GRANDPARENT1 LEFT JOIN BB AS GRANDPARENT2 ON ( GRANDPARENT2 . `col_bigint_key` = GRANDPARENT1 . `col_int` ) WHERE ( GRANDPARENT1 . `pk` , GRANDPARENT1 . `col_int` ) IN ( SELECT PARENT1 . `col_bigint` AS P1 , PARENT1 . `col_bigint` AS P2 FROM B AS PARENT1 LEFT JOIN CC AS PARENT2 ON ( PARENT1 . `col_int_key` <> PARENT2 . `col_int_not_null_key` ) ORDER BY PARENT1 . `col_char_1024_not_null_key` ) AND GRANDPARENT1 . `col_text_key` IS UNKNOWN GROUP BY GRANDPARENT1 . `col_char_10_not_null` LIMIT digit |
SELECT GRANDPARENT1 . `col_char_1024_not_null` AS G1 FROM AA AS GRANDPARENT1 LEFT JOIN CC AS GRANDPARENT2 USING ( `col_text_not_null_key` ) WHERE GRANDPARENT1 . `col_char_10_not_null_key` IN ( SELECT DISTINCT PARENT1 . `col_char_1024_not_null_key` AS P1 FROM C AS PARENT1 WHERE ( PARENT1 . `col_int_not_null_key` , PARENT1 . `col_bigint_key` ) IN ( SELECT CHILD1 . `col_bigint` AS C1 , CHILD1 . `col_int` AS C2 FROM D AS CHILD1 LEFT JOIN A AS CHILD2 ON ( CHILD1 . `pk` > CHILD2 . `col_int_key` ) WHERE ( ( CHILD1 . `col_text_not_null` < GRANDPARENT1 . `col_char_1024` ) OR ( GRANDPARENT1 . `col_char_1024_not_null_key` <= _varchar(1) OR NOT GRANDPARENT1 . `col_int_key` >= digit ) ) ) AND ( ( PARENT1 . `col_int_key` < GRANDPARENT1 . `col_int_not_null` ) OR ( GRANDPARENT1 . `col_text` IS UNKNOWN AND GRANDPARENT1 . `col_char_10` IS NULL ) ) ) AND GRANDPARENT1 . `col_text_not_null` IS UNKNOWN HAVING G1 <= _date |
SELECT GRANDPARENT1 . `col_bigint_key` AS G1 FROM C AS GRANDPARENT1 WHERE GRANDPARENT1 . `col_bigint_key` IN ( SELECT DISTINCT PARENT1 . `col_int_not_null_key` AS P1 FROM DD AS PARENT1 LEFT JOIN C AS PARENT2 ON ( PARENT1 . `col_char_10_not_null` = PARENT2 . `col_char_10` ) WHERE ( PARENT1 . `col_text` , PARENT1 . `col_char_10_key` ) IN ( SELECT DISTINCT CHILD1 . `col_char_1024_key` AS C1 , CHILD1 . `col_char_10` AS C2 FROM AA AS CHILD1 LEFT JOIN A AS CHILD2 USING ( `col_bigint` ) WHERE ( ( CHILD1 . `col_text_not_null_key` <= GRANDPARENT1 . `col_text_key` ) AND GRANDPARENT1 . `col_bigint_key` IS UNKNOWN ) ) AND ( ( PARENT1 . `col_int` <= PARENT1 . `col_int` ) AND ( PARENT1 . `col_int` >= digit ) ) ORDER BY PARENT1 . `col_text_not_null_key` ) AND GRANDPARENT1 . `col_int_not_null` IS UNKNOWN GROUP BY GRANDPARENT1 . `col_text_not_null_key` ORDER BY GRANDPARENT1 . `col_char_10` |
SELECT DISTINCT GRANDPARENT1 . `col_char_1024` AS G1 FROM D AS GRANDPARENT1 LEFT JOIN C AS GRANDPARENT2 USING ( `col_char_1024_not_null_key` ) WHERE ( GRANDPARENT1 . `col_char_1024_key` , GRANDPARENT1 . `col_char_1024_not_null` ) IN ( SELECT PARENT1 . `col_char_1024` AS P1 , PARENT1 . `col_char_10_not_null` AS P2 FROM C AS PARENT1 LEFT JOIN CC AS PARENT2 USING ( `col_bigint_key` ) WHERE ( PARENT1 . `pk` , GRANDPARENT1 . `col_int_not_null_key` ) IN ( SELECT DISTINCT CHILD1 . `col_bigint_key` AS C1 , CHILD1 . `col_bigint_key` AS C2 FROM BB AS CHILD1 LEFT JOIN C AS CHILD2 ON ( CHILD1 . `col_int_not_null` < CHILD2 . `col_bigint` ) ) AND ( ( PARENT1 . `col_char_10_not_null_key` >= PARENT1 . `col_text_not_null_key` ) OR ( PARENT1 . `col_char_1024_not_null` <> _varchar(1) ) ) ) AND ( GRANDPARENT1 . `col_int_not_null` IS NULL AND GRANDPARENT1 . `col_char_10_not_null` IS NULL ) GROUP BY GRANDPARENT1 . `col_char_10_not_null_key` |
SELECT GRANDPARENT1 . `col_char_10` AS G1 FROM AA AS GRANDPARENT1 LEFT JOIN A AS GRANDPARENT2 ON ( GRANDPARENT2 . `col_int_not_null` > GRANDPARENT1 . `col_int_not_null` ) WHERE GRANDPARENT1 . `col_text` IN ( SELECT PARENT1 . `col_char_1024_key` AS P1 FROM DD AS PARENT1 LEFT JOIN C AS PARENT2 USING ( `col_char_10_not_null` ) WHERE ( PARENT1 . `col_int_not_null` , GRANDPARENT1 . `col_int_not_null_key` ) IN ( SELECT DISTINCT CHILD1 . `col_int_not_null_key` AS C1 , CHILD1 . `col_int_not_null` AS C2 FROM C AS CHILD1 LEFT JOIN AA AS CHILD2 ON ( CHILD1 . `col_text_not_null_key` >= CHILD2 . `col_char_1024_not_null` ) ) AND ( ( PARENT1 . `col_bigint_key` = GRANDPARENT1 . `col_bigint` ) OR ( GRANDPARENT1 . `col_int` IS NOT NULL OR GRANDPARENT1 . `col_bigint_key` > digit ) ) ORDER BY PARENT1 . `col_bigint` ) AND GRANDPARENT1 . `col_int_not_null` IS NOT NULL HAVING G1 < NULL |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_char_10` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_bigint` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_char_255_not_null_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_char_255` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . `col_char_10` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( AA AS { "table".++$tables } RIGHT JOIN ( ( AA AS { "table".++$tables } RIGHT JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_char_255_key` = { "table".($tables - 1) } . `col_text` ) ) ) ON ({ "table".$tables } . `col_char_255_key` = { "table".($tables - 1) } . `col_char_10_key` { $subquery_idx += 1 ; $subquery_tables=0 ; ""} AND { "table".$prng->int(1,$tables) } . `col_int_not_null` >= ( SELECT MAX( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_not_null` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_255_not_null` = _char ) ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "table".$prng->int(1,$tables) } . `col_int` , { "table".$prng->int(1,$tables) } . `col_int_not_null` ) IN ( SELECT 7 , 8 UNION SELECT 7, 1 ) ) OR ( table1 . `col_int_not_null_key` = _tinyint_unsigned AND table1 . `col_char_10_not_null_key` = { "table".$prng->int(1,$tables) } . `col_char_10_key` ) AND { "table".$prng->int(1,$tables) } . `col_text_not_null` >= { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` HAVING { "field".$prng->int(1,$fields) } < _char(2) ORDER BY CONCAT ( { "table".$prng->int(1,$tables) } . `col_text_not_null`, { "table".$prng->int(1,$tables) } . `col_text_not_null_key` ) , table1 . _field_indexed |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT DISTINCT COUNT( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10` = { "table".$prng->int(1,$tables) } . `col_text_key` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `pk` > 5 ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MIN( table1 . `col_bigint` ) AS { "field".++$fields } FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN ( ( BB AS { "table".++$tables } INNER JOIN DD AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null_key` = { "table".($tables - 1) } . `col_int_not_null_key` ) ) ) ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `col_int` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_int` > ( SELECT SQL_SMALL_RESULT MAX( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_bigint` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) ) AND table1 . `col_bigint_key` IN (_tinyint_unsigned, _tinyint_unsigned) AND ( table1 . `col_char_10_not_null_key` IS NOT NULL AND { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( _char, _char ) IN ( SELECT _char , _char UNION SELECT _char , _char ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING ({ "field".$prng->int(1,$fields) } > _char(2) AND { "field".$prng->int(1,$fields) } <= _char(2)) ORDER BY table1 . _field_indexed |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT COUNT( table1 . `col_bigint_key` ) AS { "field".++$fields } FROM ( BB AS { "table".++$tables } INNER JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_char_255_not_null` = { "table".($tables - 1) } . `col_char_255_not_null_key` { $subquery_idx += 1 ; $subquery_tables=0 ; ""} OR { "table".$prng->int(1,$tables) } . `col_int_not_null_key` NOT IN ( SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_text_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_255_key` ) ) ) ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_char_255_key` IN ( SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_text_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_text_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_255_not_null_key` ) ) ) ) AND table1 . `col_char_255_key` = _char AND { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` <= { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } < _char(2) ORDER BY CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_255_key`, { "table".$prng->int(1,$tables) } . `col_char_255_not_null` ) , CONCAT ( { "table".$prng->int(1,$tables) } . `col_text_not_null_key`, { "table".$prng->int(1,$tables) } . `col_char_10_not_null` ) , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` , table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` DESC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MAX( table2 . `col_int_not_null_key` ) AS { "field".++$fields } , table1 . `pk` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT DISTINCT SUM( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_int_not_null` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_bigint_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `pk` ) ) ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT DISTINCT MIN( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( DD AS { "table".++$tables } INNER JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } ON ({ "table".$tables } . `col_int_not_null_key` = { "table".($tables - 1) } . `col_int` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} { "table".$prng->int(1,$tables) } . `col_text_not_null_key` != ALL ( SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_text` AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } RIGHT OUTER JOIN C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_255_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_255_not_null_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_255_not_null` < { "table".$prng->int(1,$tables) } . `col_char_10_not_null` ) ) AND ( table1 . `col_int_key` > _tinyint_unsigned[invariant] AND table1 . `col_int_key` < ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) OR table1 . `col_bigint_key` NOT IN (_tinyint_unsigned, _tinyint_unsigned, _tinyint_unsigned) ) AND ( table1 . `col_bigint` >= { "table".$prng->int(1,$tables) } . `col_bigint_key` AND { "table".$prng->int(1,$tables) } . `col_text_not_null` <> { "table".$prng->int(1,$tables) } . `col_char_255_not_null_key` ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } < _char(2) ORDER BY { "field".$prng->int(1,$fields) } DESC, { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( BB AS { "table".++$tables } STRAIGHT_JOIN ( ( AA AS { "table".++$tables } INNER JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_int_key` = { "table".($tables - 1) } . `col_bigint_key` ) ) ) ON ({ "table".$tables } . `col_char_255_key` = { "table".($tables - 1) } . `col_char_255_not_null_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN DD AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_10_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_255_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_text_not_null_key` ) ) WHERE ( { $child_subquery_idx += 1 ; $child_subquery_tables=0 ; ""} EXISTS ( SELECT { "CHILD_SUBQUERY".$child_subquery_idx."_t1" ; } . `col_char_255_key` AS { "CHILD_SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } STRAIGHT_JOIN ( ( AA AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } LEFT JOIN AA AS { "CHILD_SUBQUERY".$child_subquery_idx."_t".++$child_subquery_tables } ON ({ "CHILD_SUBQUERY".$child_subquery_idx."_t".$child_subquery_tables } . `col_int_key` = { "CHILD_SUBQUERY".$child_subquery_idx."_t".($child_subquery_tables-1) } . `col_int_not_null_key` ) ) ) ON ({ "CHILD_SUBQUERY".$child_subquery_idx."_t".$child_subquery_tables } . `col_bigint_key` = { "CHILD_SUBQUERY".$child_subquery_idx."_t".($child_subquery_tables-1) } . `col_int_key` ) ) WHERE { "CHILD_SUBQUERY".$child_subquery_idx."_t".$prng->int(1,$child_subquery_tables) } . `col_text_key` != { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_255_key` ) OR { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null` >= 2 ) ) IS NULL ) AND ( table1 . `col_char_10_key` = _char OR table1 . `pk` = _tinyint_unsigned ) ORDER BY table1 . _field_indexed , { "table".$prng->int(1,$tables) } .`pk` , table1 . _field_indexed |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_bigint_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_char_255_key` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table2 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( CC AS { "table".++$tables } INNER JOIN ( ( AA AS { "table".++$tables } INNER JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) AS { "table".++$tables } ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_not_null` ) ) ) ON ({ "table".$tables } . `col_char_255_not_null_key` = { "table".($tables - 1) } . `col_text_not_null` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} NOT EXISTS ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_255_key` AS { "SUBQUERY".$subquery_idx."_field1" } FROM CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `pk` < { "table".$prng->int(1,$tables) } . `col_int_not_null` AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_255_key` < { "table".$prng->int(1,$tables) } . `col_text_not_null_key` ) ) AND table1 . `col_int_not_null_key` NOT BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } >= _char(2) |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . _field_indexed AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_char_10_not_null` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM ( DD AS { "table".++$tables } LEFT OUTER JOIN ( ( BB AS { "table".++$tables } INNER JOIN ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT DISTINCT { "SUBQUERY".$subquery_idx."_t1" ; } . * FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null_key` >= _char ) AS { "table".++$tables } ON ({ "table".$tables } . `col_int` = { "table".($tables - 1) } . `col_int_key` ) ) ) ON ({ "table".$tables } . `col_char_255_key` = { "table".($tables - 1) } . `col_char_255_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( 9, _tinyint_unsigned ) IN ( SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_not_null` AS { "SUBQUERY".$subquery_idx."_field1" } , COUNT( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_not_null` ) AS { SUBQUERY.$subquery_idx."_field2" } FROM ( C AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } LEFT OUTER JOIN ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } INNER JOIN CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_255_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_char_10_not_null_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_key` ) ) ) ) AND ( { "table".$prng->int(1,$tables) } . `col_char_10_not_null_key` <= { "table".$prng->int(1,$tables) } . `col_char_10_key` AND { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT SUM( { "SUBQUERY".$subquery_idx."_t1" ; } . `col_bigint_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) IS NULL ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } <> _tinyint_unsigned ORDER BY { "field".$prng->int(1,$fields) } DESC, { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT COUNT( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_int_key` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM D AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_not_null` != { "table".$prng->int(1,$tables) } . `col_bigint` ) AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , table1 . `col_int` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , SUM( table1 . `col_int_key` ) AS { "field".++$fields } FROM ( ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} SELECT { "SUBQUERY".$subquery_idx."_t2" ; } . * FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_char_255_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_text_not_null_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_255` <= { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10` ) AS { "table".++$tables } STRAIGHT_JOIN ( ( CC AS { "table".++$tables } STRAIGHT_JOIN AA AS { "table".++$tables } ON ({ "table".$tables } . `col_char_255_key` = { "table".($tables - 1) } . `col_text_not_null_key` ) ) ) ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( { "table".$prng->int(1,$tables) } . `col_char_10_not_null` , { "table".$prng->int(1,$tables) } . `col_char_10_not_null` ) IN ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_255_key` AS { "SUBQUERY".$subquery_idx."_field1" } , { "SUBQUERY".$subquery_idx."_t1" ; } . `col_text` AS { SUBQUERY.$subquery_idx."_field2" } FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } WHERE ( { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_int_key` < 8 AND { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_char_10_key` != { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null` ) ) ) OR table1 . `col_char_255_key` = { "table".$prng->int(1,$tables) } . `col_char_255_key` OR ( { "table".$prng->int(1,$tables) } . `col_char_10` < _char OR table1 . `col_bigint` IS NULL ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_10_not_null`, { "table".$prng->int(1,$tables) } . `col_char_10` ) , CONCAT ( { "table".$prng->int(1,$tables) } . `col_char_255_not_null_key`, { "table".$prng->int(1,$tables) } . `col_char_255_not_null_key` ), { join(', ', map { "field".$_ } (1..$fields) ) } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT DISTINCT SQL_SMALL_RESULT COUNT( table2 . `col_char_10_not_null_key` ) AS { "field".++$fields } FROM ( DD AS { "table".++$tables } INNER JOIN ( ( BB AS { "table".++$tables } LEFT OUTER JOIN BB AS { "table".++$tables } ON ({ "table".$tables } . `pk` = { "table".($tables - 1) } . `col_int_not_null` ) ) ) ON ({ "table".$tables } . `col_bigint_key` = { "table".($tables - 1) } . `col_bigint` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} ( SELECT SUM( { "SUBQUERY".$subquery_idx."_t2" ; } . `col_text_not_null` ) AS { "SUBQUERY".$subquery_idx."_field1" } FROM ( CC AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN ( AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } STRAIGHT_JOIN AA AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_bigint_key` ) ) ON ({ "SUBQUERY".$subquery_idx."_t".$subquery_tables } . `col_int_not_null_key` = { "SUBQUERY".$subquery_idx."_t".($subquery_tables-1) } . `col_int_not_null_key` ) ) WHERE { "SUBQUERY".$subquery_idx."_t".$prng->int(1,$subquery_tables) } . `col_text_not_null` < _char ) IS NULL ) OR table1 . `pk` NOT BETWEEN _tinyint_unsigned[invariant] AND ( _tinyint_unsigned[invariant] + _tinyint_unsigned ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING { "field".$prng->int(1,$fields) } != _char(2) ORDER BY { "field".$prng->int(1,$fields) } DESC , { "field".$prng->int(1,$fields) } DESC |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; $subquery_idx=0 ; $child_subquery_idx=0 ; "" } SELECT MIN( table1 . `col_int_key` ) AS { "field".++$fields } FROM ( AA AS { "table".++$tables } LEFT JOIN CC AS { "table".++$tables } ON ({ "table".$tables } . `col_char_10_not_null_key` = { "table".($tables - 1) } . `col_char_255_key` ) ) WHERE ( { $subquery_idx += 1 ; $subquery_tables=0 ; ""} EXISTS ( ( SELECT { "SUBQUERY".$subquery_idx."_t1" ; } . `col_char_255_not_null` AS { "SUBQUERY".$subquery_idx."_field1" } FROM BB AS { "SUBQUERY".$subquery_idx."_t".++$subquery_tables } ) ) ) AND table1 . `col_char_10_not_null_key` = { "table".$prng->int(1,$tables) } . `col_char_255_key` AND ( table1 . `col_bigint` <= { "table".$prng->int(1,$tables) } . `col_int_not_null_key` AND table1 . `col_int` = { "table".$prng->int(1,$tables) } . `col_int_key` ) HAVING { "field".$prng->int(1,$fields) } = _char(2) ORDER BY table1 . _field_indexed DESC, { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 2 |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) FROM _table AS X WHERE X . `col_bigint_key` <= 6 LIMIT 7 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int` > 1 ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 3 WHERE `col_int_not_null_key` BETWEEN 3 AND 7 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X WHERE X . `col_int_not_null_key` != _tinyint_unsigned LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = _tinyint_unsigned WHERE `col_int` > _digit ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_not_null` > 1 LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int` = _digit WHERE `col_text` > 'c' ORDER BY _field_list LIMIT 7 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field FROM _table AS X WHERE X . `col_int_not_null_key` > 4 LIMIT 6 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_bigint` = _tinyint_unsigned WHERE `col_int_not_null` < 6 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_text_key` < _char ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_bigint` = 100 WHERE `col_char_1024` >= 'a' ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_key` BETWEEN 3 AND 5 LIMIT 5 /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_text_key` <= 'y' ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_int` >= 1 ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10_key` <= _quid ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_int` BETWEEN 3 AND 6 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/; DELETE FROM _table WHERE `col_char_10_not_null_key` < 'y' ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_1024` , `col_char_1024_key` , `col_char_1024_not_null` , `col_char_1024_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `pk` BETWEEN 2 AND 6 ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_text_key` < _quid ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null` = _digit WHERE `col_int_key` > 2 ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_int_key` >= 1 ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _digit ) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_bigint` < 7 ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_char_10_not_null_key` < 'z' LIMIT 8 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_char_255` > 'c' ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10` > 'a' ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ |
SELECT * FROM _table AS X WHERE X . `col_text_key` > _char LIMIT 5 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_bigint_key` = _tinyint_unsigned WHERE `col_int_not_null` BETWEEN 4 AND 7 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` , `col_text` , `col_text_key` , `col_text_not_null` , `col_text_not_null_key` FROM _table WHERE `col_char_10_not_null_key` <= 'x' ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ |
SELECT X . `pk` FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_int_not_null` = _tinyint_unsigned LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
/* QUERY_IS_REPLICATION_SAFE */ UPDATE _table SET _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_nokey = { $$ } , _field_next = CONNECTION_ID() , _field_nokey = { $$ } , _field_next = { $$ } |
/* QUERY_IS_REPLICATION_SAFE */ DELETE FROM _table WHERE _field_key = { $$ } |
/* QUERY_IS_REPLICATION_SAFE */ INSERT IGNORE INTO _table ( _field_no_pk , _field_next , _field_next ) VALUES ( { $$ } , REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , CONNECTION_ID() ) , ( { $$ } , CONNECTION_ID() , CONNECTION_ID() ) , ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , { $$ } , REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) ) , ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , { $$ } , CONNECTION_ID() ) |
/* QUERY_IS_REPLICATION_SAFE */ DELETE FROM _table WHERE _field_key = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) ORDER BY _field_list |
/* QUERY_IS_REPLICATION_SAFE */ INSERT IGNORE INTO _table ( _field_no_pk ) VALUES ( { $$ } ) |
/* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_next = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_next = _varchar(64) , _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) WHERE _field_key IN ( CONNECTION_ID() , CONNECTION_ID() ) ORDER BY _field |
/* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_nokey = CONNECTION_ID() , _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) WHERE _field_key = { $$ } |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_next = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_next = { time() } WHERE _field_key IN ( { $$ } , REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) ) ORDER BY _field , _field , _field , _field ; /* QUERY_IS_REPLICATION_SAFE */ INSERT IGNORE INTO _table ( _field_no_pk , _field_next , _field_next ) VALUES ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , { $$ } , { $$ } ) , ( { $$ } , CONNECTION_ID() , { $$ } ) ; SAVEPOINT s1 ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_next = { $$ } , _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) WHERE `pk` = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) ORDER BY _field , _field , _field , _field , _field ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE _table SET _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_next = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) ; ROLLBACK TO SAVEPOINT s1 ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_nokey = _digit , _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_nokey = { time() } , _field_nokey = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) WHERE _field_key IN ( CONNECTION_ID() , CONNECTION_ID() , CONNECTION_ID() ) ORDER BY _field ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_nokey = _tinyint_unsigned , _field_next = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_next = CONNECTION_ID() WHERE _field_key IN ( { $$ } , { $$ } , REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , CONNECTION_ID() ) ; COMMIT |
/* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_next = { $$ } , _field_nokey = _varchar(64) WHERE _field_key IN ( { $$ } , { $$ } ) |
SET AUTOCOMMIT=OFF ; START TRANSACTION ; /* QUERY_IS_REPLICATION_SAFE */ DELETE FROM _table WHERE _field_key IN ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , { $$ } ) ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_next = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_nokey = _digit , _field_next = CONNECTION_ID() , _field_nokey = CONNECTION_ID() , _field_nokey = { $$ } WHERE _field_key IN ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , CONNECTION_ID() , CONNECTION_ID() ) ORDER BY _field , _field ; SAVEPOINT s1 ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE _table SET _field_next = REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _field_nokey = { time() } WHERE _field_key IN ( _varchar(1) , CONNECTION_ID() ) ; /* QUERY_IS_REPLICATION_SAFE */ INSERT IGNORE INTO _table ( _field_no_pk , _field_next , _field_next ) VALUES ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , CONNECTION_ID() , REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) ) , ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , _tinyint_unsigned , REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) ) ; RELEASE SAVEPOINT s1 ; /* QUERY_IS_REPLICATION_SAFE */ UPDATE IGNORE _table SET _field_next = { $$ } , _field_next = _tinyint_unsigned , _field_nokey = { $$ } WHERE `pk` = _varchar(1) ; /* QUERY_IS_REPLICATION_SAFE */ INSERT IGNORE INTO _table ( _field_no_pk , _field_next , _field_next ) VALUES ( { $$ } , CONNECTION_ID() , { $$ } ) , ( REPEAT(LPAD(CONNECTION_ID(), 2, ' '), _digit ) , { $$ } , { $$ } ) ; COMMIT |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING HASH (`col_varchar_10_utf8`( 2 ) , `col_varchar_1024_utf8`( 37 ) {@idx_fields = ("`col_varchar_10_utf8`", "`col_varchar_1024_utf8`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL AND { "table".$prng->int(1,$tables) } . `pk` IS NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT BETWEEN _char AND 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL OR { $char_idx_field } >= _english AND { $char_idx_field } < _char ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'zzzz' OR { $char_idx_field } IN (_char) AND { $char_idx_field } >= _char AND { $char_idx_field } < 'z' OR { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } > _english AND { $char_idx_field } <= 'zzzz' AND { $char_idx_field } >= _char AND { $char_idx_field } < 'z' ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 OFFSET 50 ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char, _char) OR { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char) OR { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 5 ) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) ORDER BY { "field".$prng->int(1,$fields) } DESC ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } LIKE ( '_%' ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 5 ) ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } NOT LIKE ( _quid ) AND { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'zzzz' AND { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NOT NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NOT NULL OR { $int_idx_field } IN (_digit, _digit) OR { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) AND { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NULL AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IN (_digit) OR { $int_idx_field } IS NOT NULL AND { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 10 ) OR { $int_idx_field } < _digit AND { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) AND { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 2 ) AND { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` > { "table".$prng->int(1,$tables) } . `col_varchar_10_utf8` ORDER BY { "field".$prng->int(1,$fields) } DESC |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING BTREE (`col_int_key` , `pk` { @idx_fields =("`col_int_key`", "`pk`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit[invariant] + 25 ) OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 6 ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit OR { $int_idx_field } <> _digit ORDER BY { "field".$prng->int(1,$fields) } DESC ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 6 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != _digit OR { $int_idx_field } IS NULL OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit + 2 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != 50 AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IS NULL OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 6 ) AND { $int_idx_field } = _digit OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 10 ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit + 2 ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 10 ) OR { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 5 ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IN (digit) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit + 6 ) OR { $int_idx_field } IN (_digit, _digit, _digit) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 10 ) AND ( ( ( { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` >= _char OR { "table".$prng->int(1,$tables) } . `pk` != digit ) AND { "table".$prng->int(1,$tables) } . `pk` = _digit ) AND { "table".$prng->int(1,$tables) } . `col_int_key` = digit ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT IN (_digit) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } NOT IN (digit) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 6 ) OR { "table".$prng->int(1,$tables) } . `col_int` < 65 ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING BTREE (`col_varchar_10_utf8`( 7 ) , `col_varchar_1024_utf8`( 37 ) {@idx_fields = ("`col_varchar_10_utf8`", "`col_varchar_1024_utf8`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT BETWEEN _char AND 'z' OR { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NOT NULL OR { $char_idx_field } >= _english AND { $char_idx_field } <= 'zzzz' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char, _char) OR { "table".$prng->int(1,$tables) } . `col_int` <= 75 ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NOT NULL AND { $char_idx_field } IN (_char) AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < _quid OR { $char_idx_field } NOT LIKE ( '_%' ) AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } LIKE ( '_%' ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char) AND { $char_idx_field } NOT IN (_char) AND { $char_idx_field } IN (_char, _char, _char) AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NOT NULL AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT BETWEEN _char AND 'z' OR { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char) AND ( { "table".$prng->int(1,$tables) } . `col_varchar_10_utf8_key` = { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` AND { "table".$prng->int(1,$tables) } . _field IS NULL ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'zzzz' ORDER BY { "field".$prng->int(1,$fields) } ASC ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' AND { $char_idx_field } BETWEEN _char AND 'z' AND { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IN (_char, _char, _char, _char, _char) ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } = _digit AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 5 ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } LIKE ( _quid ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } != _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IN (_digit, 75) OR { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } != _digit AND { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit[invariant] + _digit ) ORDER BY { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING HASH (`col_int_key` , `col_int` { @idx_fields =("`col_int_key`", "`col_int`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 6 ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 6 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IN (digit, _digit) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit[invariant] + 65 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { $int_idx_field } <> 65 OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) AND { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8` >= { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8` ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 5 ) OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { $int_idx_field } != digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } <> _digit OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 1 ) OR { $int_idx_field } <> _digit AND { $int_idx_field } IS NULL AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { $int_idx_field } IS NULL OR { $int_idx_field } <= digit AND { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 10 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IS NULL OR { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) OR { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit + 5 ) OR { $int_idx_field } IN (_digit, _digit, _digit, digit, _digit) OR { $int_idx_field } IS NULL OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 10 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit + 6 ) OR { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } NOT IN (_digit, _digit, _digit) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } <> _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } <> _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT BETWEEN _char AND 'z' OR { $char_idx_field } >= _char AND { $char_idx_field } < 'z' AND { $char_idx_field } IS NULL AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } BETWEEN _char AND 'z' AND { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _char AND { $char_idx_field } < _quid OR { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING BTREE (`col_varchar_10_utf8`( 10 ) , `col_varchar_1024_utf8`( 200 ) {@idx_fields = ("`col_varchar_10_utf8`", "`col_varchar_1024_utf8`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL AND ( { "table".$prng->int(1,$tables) } . `col_int` != _digit OR { "table".$prng->int(1,$tables) } . `col_varchar_10_utf8_key` <= _char ) ORDER BY { "field".$prng->int(1,$fields) } DESC , { "field".$prng->int(1,$fields) } , { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _quid AND { $char_idx_field } < _quid AND { "table".$prng->int(1,$tables) } . `col_varchar_10_utf8_key` < { "table".$prng->int(1,$tables) } . `col_varchar_10_utf8_key` ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } LIKE ( CONCAT( _char, '%') ) AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL OR { $char_idx_field } BETWEEN _char AND 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' AND { $char_idx_field } LIKE ( '_' ) AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' OR { $char_idx_field } > _quid AND { $char_idx_field } <= 'zzzz' OR { $char_idx_field } >= _english AND { $char_idx_field } <= 'zzzz' AND { $char_idx_field } > _char AND { $char_idx_field } < 'z' OR { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } >= _char AND { $char_idx_field } < 'zzzz' OR { $char_idx_field } >= _char AND { $char_idx_field } <= 'zzzz' AND { $char_idx_field } NOT LIKE ( _char ) OR { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } NOT LIKE ( _quid ) OR { $char_idx_field } IS NULL OR { $char_idx_field } >= _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } IS NULL AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } >= _quid AND { $char_idx_field } <= _char ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IN (_char, _char) AND { $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $char_idx_field } IS NULL ; DROP INDEX `test_idx` ON { $idx_table } |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } < 'z' ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IS NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IN (_digit, 35, 25, _digit) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' OR { $char_idx_field } > _char AND { $char_idx_field } <= 'z' |
{ $idx_table = '' ; @idx_fields = () ; "" } { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit + 1 ) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit + 5 ) AND { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } IN (_char, _char, _char, _char) AND { $char_idx_field } IS NULL AND { "table".$prng->int(1,$tables) } . `col_int` < _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' AND { $char_idx_field } NOT IN (_char, _char, _char, _char, _char) AND { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } <> _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } > _char AND { $char_idx_field } <= 'z' ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1 OFFSET _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { my @char_idx_fields = ("`col_varchar_10_utf8_key`", "`col_varchar_1024_utf8_key`") ; $char_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@char_idx_fields) ; "" } { $char_idx_field } LIKE ( '_' ) OR { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } IS NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() } { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push() } { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { my @int_idx_fields = ("`pk`" , "`col_int_key`") ; $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@int_idx_fields) ; "" } { $int_idx_field } = digit |
{ $idx_table = '' ; @idx_fields = () ; "" } ALTER TABLE { my $idx_table_candidate = $prng->arrayElement($executors->[0]->tables()) ; $idx_table = $idx_table_candidate ; $idx_table } ADD INDEX `test_idx` USING HASH (`pk`, `col_int_key` { @idx_fields =("`pk`", "`col_int_key`") ; "" }) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } <= _digit OR { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit + 10 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit[invariant] + 2 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 1 ) ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IN (25) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 10 ) OR { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit + _digit ) OR { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 10 ) OR { $int_idx_field } != digit AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IS NULL AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } != _digit AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } <= _digit ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit[invariant] + _digit ) OR { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { $int_idx_field } != _digit AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } <= ( _digit + 2 ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } NOT BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) OR { $int_idx_field } > _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) OR { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8` <> { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` ORDER BY { "field".$prng->int(1,$fields) } ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT OUTER JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_1024_utf8` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } <= ( _digit + _digit ) AND { $int_idx_field } > _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 5 ) AND { $int_idx_field } >= _digit AND { $int_idx_field } <= ( _digit[invariant] + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IN (_digit) AND { $int_idx_field } >= _digit[invariant] AND { $int_idx_field } < ( _digit[invariant] + 5 ) AND ( { "table".$prng->int(1,$tables) } . `pk` IS NULL OR { "table".$prng->int(1,$tables) } . `col_varchar_1024_utf8_key` > { "table".$prng->int(1,$tables) } . `col_varchar_10_utf8_key` ) ; { $tables=0 ; $fields = 0 ; "" } SELECT table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } , table1 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } RIGHT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_int_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `pk` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } IS NOT NULL ; { $tables=0 ; $fields = 0 ; "" } SELECT table2 . _field AS { my $f = "field".++$fields ; $f } FROM { $stack->push() } { $stack->push() ; my $x = $idx_table." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } { $stack->set("left",$stack->get("result")); } LEFT JOIN { $stack->push(); my $x = $prng->arrayElement($executors->[0]->tables())." AS table".++$tables; my @s=($x); $stack->pop(\@s); $x } ON { my $left = $stack->get("left"); my %s=map{$_=>1} @$left; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` = { my $right = $stack->get("result"); my %s=map{$_=>1} @$right; my @r=(keys %s); my $table_string = $prng->arrayElement(\@r); my @table_array = split(/AS/, $table_string); $table_array[1] } . `col_varchar_10_utf8_key` { my $left = $stack->get("left"); my $right = $stack->get("result"); my @n = (); push(@n,@$right); push(@n,@$left); $stack->pop(\@n); return undef } WHERE { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } BETWEEN _digit[invariant] AND (_digit[invariant] + _digit ) AND { $int_idx_field = ("table".$prng->int(1,$tables))." . ".$prng->arrayElement(\@idx_fields) ; "" } { $int_idx_field } > _digit AND { $int_idx_field } < ( _digit[invariant] + _digit ) ORDER BY { "field".$prng->int(1,$fields) } ASC ; DROP INDEX `test_idx` ON { $idx_table } |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mwt_t1'; $mlens_tag_alias='mwt_t2'; "" } SELECT { $mlens_movie_alias } . `year` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM mlens_movie AS mwt_t1 JOIN mlens_tag AS mwt_t2 ON { $mlens_movie_alias } . `id` = { $mlens_tag_alias } . `mlens_movie_id` WHERE { $mlens_tag_alias} . `tag` IS NULL AND ( { $mlens_movie_alias } . `alternate_title` IS NULL ) AND ( { $mlens_tag_alias } . `user_id` < _smallint_unsigned OR ( { $mlens_tag_alias } . `user_id` BETWEEN _smallint_unsigned[invariant] AND (_smallint_unsigned[invariant]+ 20) ) ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mmg_t1'; $mlens_genre_alias='mmg_t2'; $mlens_rating_alias='mmg_t3'; "" } SELECT { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $mlens_genre_alias } . `genre` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM mlens_movie AS mmg_t1 LEFT OUTER JOIN mlens_genre AS mmg_t2 ON { $mlens_movie_alias } . `id` = { $mlens_genre_alias} . `mlens_movie_id` JOIN mlens_rating AS mmg_t3 ON { $mlens_movie_alias } . `id` = { $mlens_rating_alias} . `mlens_movie_id` WHERE { $mlens_genre_alias } . `genre` IN ( 'Sci-Fi' ) AND ( { $mlens_movie_alias } . `alternate_title` IS NOT NULL ) AND ( { $mlens_rating_alias } . `rating` < 2.5 ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 500 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mwt_t1'; $mlens_tag_alias='mwt_t2'; "" } SELECT SQL_SMALL_RESULT { $mlens_movie_alias } . `year` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , { $mlens_tag_alias } . `tag` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM mlens_movie AS mwt_t1 JOIN mlens_tag AS mwt_t2 ON { $mlens_movie_alias } . `id` = { $mlens_tag_alias } . `mlens_movie_id` WHERE { $mlens_tag_alias} . `tag` IS NULL AND ( { $mlens_movie_alias } . `title` <= _char ) AND ( { $mlens_tag_alias } . `tag` >= _english OR { $mlens_tag_alias } . `timestamp` <= _timestamp ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 5000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mwt_t1'; $mlens_tag_alias='mwt_t2'; "" } SELECT DISTINCT { $mlens_movie_alias } . `year` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM mlens_movie AS mwt_t1 LEFT OUTER JOIN mlens_tag AS mwt_t2 ON { $mlens_movie_alias } . `id` = { $mlens_tag_alias } . `mlens_movie_id` WHERE { $mlens_tag_alias} . `tag` IS NULL AND ( ( { $mlens_movie_alias } . `year` >= _year[invariant] AND { $mlens_movie_alias } . `year` <= (_year[invariant] + 9) ) ) AND ( { $mlens_tag_alias } . `timestamp` <= _timestamp ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 5000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mmg_t1'; $mlens_genre_alias='mmg_t2'; $mlens_rating_alias='mmg_t3'; "" } SELECT { $mlens_movie_alias } . `alternate_title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MAX( `rating` ) FROM mlens_movie AS mmg_t1 JOIN mlens_genre AS mmg_t2 ON { $mlens_movie_alias } . `id` = { $mlens_genre_alias} . `mlens_movie_id` JOIN mlens_rating AS mmg_t3 ON { $mlens_movie_alias } . `id` = { $mlens_rating_alias} . `mlens_movie_id` WHERE { $mlens_genre_alias } . `genre` IN ( 'Children' ) AND ( { $mlens_movie_alias } . `alternate_title` < _english ) AND ( ( { $mlens_rating_alias } . `rating` >= 0 AND { $mlens_rating_alias } . `rating` < 4.0 ) AND { $mlens_rating_alias } . `rating` IN ( 3.0 ) OR { $mlens_rating_alias } . `rating` <= 3.5 ) OR { $mlens_genre_alias } . `genre` != 'Mystery' OR { $mlens_genre_alias } . `genre` BETWEEN _english AND _quid { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mmg_t1'; $mlens_genre_alias='mmg_t2'; $mlens_rating_alias='mmg_t3'; "" } SELECT DISTINCT { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , MAX( `rating` ) FROM mlens_movie AS mmg_t1 JOIN mlens_genre AS mmg_t2 ON { $mlens_movie_alias } . `id` = { $mlens_genre_alias} . `mlens_movie_id` JOIN mlens_rating AS mmg_t3 ON { $mlens_movie_alias } . `id` = { $mlens_rating_alias} . `mlens_movie_id` WHERE { $mlens_genre_alias } . `genre` IN ( 'Fantasy' ) AND ( { $mlens_movie_alias } . `year` < 1950 AND { $mlens_movie_alias } . `title` >= _english ) AND ( { $mlens_rating_alias } . `rating` IN ( 1.5 , 3.5 ) AND { $mlens_rating_alias } . `rating` IN ( 3.0 , 1.0 , 2.5 , 4.0 , 4.5 , 1.5 ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 100 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mwt_t1'; $mlens_tag_alias='mwt_t2'; "" } SELECT { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM mlens_movie AS mwt_t1 JOIN mlens_tag AS mwt_t2 ON { $mlens_movie_alias } . `id` = { $mlens_tag_alias } . `mlens_movie_id` WHERE { $mlens_tag_alias} . `tag` IS NULL AND ( { $mlens_movie_alias } . `alternate_title` IS NULL OR { $mlens_movie_alias } . `year` <> 1950 OR { $mlens_movie_alias } . `alternate_title` >= _quid ) AND ( { $mlens_tag_alias } . `timestamp` > _timestamp ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } DESC LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mmg_t1'; $mlens_genre_alias='mmg_t2'; $mlens_rating_alias='mmg_t3'; "" } SELECT DISTINCT { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, { $mlens_movie_alias } . `year` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, { $mlens_movie_alias } . `alternate_title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, { $mlens_movie_alias } . `alternate_title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } , COUNT( `genre` ) FROM mlens_movie AS mmg_t1 JOIN mlens_genre AS mmg_t2 ON { $mlens_movie_alias } . `id` = { $mlens_genre_alias} . `mlens_movie_id` WHERE { $mlens_genre_alias } . `genre` IN ( 'Horror' , 'Western' , 'Fantasy' ) AND ( { $mlens_movie_alias } . `alternate_title` != _char ) AND ( { $mlens_genre_alias } . `genre` < _char ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC LIMIT 1000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mwt_t1'; $mlens_tag_alias='mwt_t2'; "" } SELECT { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, { $mlens_movie_alias } . `title` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f }, { $mlens_movie_alias } . `id` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM mlens_movie AS mwt_t1 JOIN mlens_tag AS mwt_t2 ON { $mlens_movie_alias } . `id` = { $mlens_tag_alias } . `mlens_movie_id` WHERE { $mlens_tag_alias} . `tag` IS NULL AND ( { $mlens_movie_alias } . `alternate_title` < _char ) AND ( { $mlens_tag_alias } . `tag` IS NULL AND { $mlens_tag_alias } . `tag` <= _english ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } LIMIT 10000 |
{ @nonaggregates = () ; $tables = 0 ; $fields = 0 ; ""} { $mlens_movie_alias='mwt_t1'; $mlens_tag_alias='mwt_t2'; "" } SELECT DISTINCT { $mlens_movie_alias } . `id` AS { my $f = "field".++$fields ; push @nonaggregates , $f ; $f } FROM mlens_movie AS mwt_t1 JOIN mlens_tag AS mwt_t2 ON { $mlens_movie_alias } . `id` = { $mlens_tag_alias } . `mlens_movie_id` WHERE { $mlens_tag_alias} . `tag` IS NULL AND ( { $mlens_movie_alias } . `alternate_title` IS NULL ) AND ( { $mlens_tag_alias } . `tag` IS NULL AND { $mlens_tag_alias } . `user_id` <= _smallint_unsigned AND { $mlens_tag_alias } . `tag` IS NULL AND { $mlens_tag_alias } . `tag` < _quid AND ( { $mlens_tag_alias } . `user_id` BETWEEN _smallint_unsigned[invariant] AND (_smallint_unsigned[invariant]+ 25) ) AND { $mlens_tag_alias } . `tag` NOT LIKE 'R%' AND { $mlens_tag_alias } . `timestamp` <= _timestamp ) ORDER BY { join(', ', map { "field".$_ } (1..$fields) ) } ASC LIMIT 1000 |
SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 8 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `pk` IN (4) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` BETWEEN 5 AND 3 ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_10_not_null` IN (_char) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 10 WHERE `col_int_not_null_key` BETWEEN 50 AND 4 ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10` != _quid ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `pk` IN (6) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
DELETE FROM _table WHERE `col_char_10_key` < _quid ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ |
UPDATE _table SET `col_int_not_null_key` = _digit WHERE `col_bigint_key` IN (2, 7) ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = 7 WHERE `pk` >= _digit ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_bigint_key` BETWEEN _tinyint_unsigned AND _int_unsigned LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key = ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _varchar(1) ) FROM _table AS X WHERE X . `col_bigint` BETWEEN 4 AND 6 LIMIT 5 FOR UPDATE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _tinyint_unsigned WHERE `col_int_not_null` IN (8, 25) ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . `pk` FROM _table AS X LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _digit ) FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . _field_key IN ( _digit , _int_unsigned , _int_unsigned , _tinyint_unsigned , _varchar(1) ) LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_not_null_key` IN (_digit) ORDER BY _field_list LIMIT 100 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE `col_bigint` = 3 ORDER BY _field_list LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X WHERE X . `col_int_key` BETWEEN 1 AND 8 LIMIT 6 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int` = _tinyint_unsigned WHERE int_field BETWEEN 2 AND 7 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int_key` BETWEEN 7 AND _digit ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint` = 2 WHERE `pk` = _digit ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field FROM _table AS X WHERE X . _field_key < _tinyint_unsigned LIMIT 7 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key < _int_unsigned ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; SELECT ( SELECT _field_key FROM _table WHERE `pk` = _digit ) FROM _table AS X WHERE X . _field_key < _tinyint_unsigned LIMIT 7 LOCK IN SHARE MODE /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_char_255_not_null_key` IN (_quid) ORDER BY _field_list LIMIT 2 /*Generated by THREAD_ID _thread_id*/ ; SELECT * FROM _table AS X LEFT JOIN _table AS Y USING ( _field_key ) WHERE X . `col_bigint_key` BETWEEN 3 AND 7 LIMIT 6 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK TO SAVEPOINT A /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_int` BETWEEN 2 AND 6 LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_key` = 8 WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` IN (8) ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; SELECT X . _field_key FROM _table AS X WHERE X . `col_int_not_null_key` BETWEEN 3 AND 6 LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _tinyint_unsigned WHERE `col_char_10_key` IN (_quid) ORDER BY _field_list LIMIT 5 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN 4 AND 8 ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_int_key` BETWEEN _digit AND 10 ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE `col_bigint` IN (_digit, 5) ORDER BY _field_list LIMIT 3 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_int` IN (50, 8) ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 4 /*Generated by THREAD_ID _thread_id*/ ; COMMIT /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE int_field BETWEEN _tinyint_unsigned AND _int_unsigned ORDER BY _field_list LIMIT 25 /*Generated by THREAD_ID _thread_id*/ |
SET AUTOCOMMIT=OFF /*Generated by THREAD_ID _thread_id*/ ; START TRANSACTION /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE `col_char_10` IN (_char, _char) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; INSERT INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table ORDER BY _field_list LIMIT 10 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_int_not_null_key` = 5 WHERE `col_int` BETWEEN _digit AND _digit ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; UPDATE _table SET `col_bigint_key` = _digit WHERE int_field BETWEEN 4 AND 8 ORDER BY _field_list LIMIT 8 /*Generated by THREAD_ID _thread_id*/ ; DELETE FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _int_unsigned ) ORDER BY _field_list LIMIT 1 /*Generated by THREAD_ID _thread_id*/ ; REPLACE INTO _table ( `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` ) SELECT `col_char_10` , `col_char_10_key` , `col_char_10_not_null` , `col_char_10_not_null_key` , `col_char_255` , `col_char_255_key` , `col_char_255_not_null` , `col_char_255_not_null_key` , `col_int` , `col_int_key` , `col_int_not_null` , `col_int_not_null_key` , `col_bigint` , `col_bigint_key` , `col_bigint_not_null` , `col_bigint_not_null_key` , `col_enum` , `col_enum_key` , `col_enum_not_null` , `col_enum_not_null_key` FROM _table WHERE _field_key IN ( SELECT _field_key FROM _table WHERE `pk` = _tinyint_unsigned ) ORDER BY _field_list LIMIT 50 /*Generated by THREAD_ID _thread_id*/ ; ROLLBACK /*Generated by THREAD_ID _thread_id*/ ; SET AUTOCOMMIT=ON /*Generated by THREAD_ID _thread_id*/ |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
INSERT INTO _table ( _field ) VALUES ( _digit ) |
DELETE FROM _table WHERE _field < digit LIMIT _digit |
DELETE FROM _table WHERE _field = _digit LIMIT _digit |
DELETE FROM _table WHERE _field = _digit LIMIT _digit |
DELETE FROM _table WHERE _field < digit LIMIT _digit |
DELETE FROM _table WHERE _field < digit LIMIT _digit |
DELETE FROM _table WHERE _field < digit LIMIT _digit |
DELETE FROM _table WHERE _field = _digit LIMIT _digit |
DELETE FROM _table WHERE _field < digit LIMIT _digit |
SELECT DISTINCT COUNT( OUTR . `col_char_10_key` ) AS X FROM BB AS OUTR WHERE OUTR . `col_int_not_null_key` IN ( SELECT DISTINCT INNR . `col_int_not_null_key` AS Y FROM C AS INNR2 LEFT JOIN C AS INNR ON ( INNR2 . `col_int_key` <= INNR . `pk` ) WHERE INNR . `col_text_key` IS NULL ORDER BY INNR . `col_bigint_key` ) AND ( OUTR . `pk` <= digit XOR OUTR . `col_int_not_null` IS NULL ) HAVING X >= _date ORDER BY OUTR . `col_int` , OUTR . `pk` |
SELECT OUTR . `col_char_1024_not_null_key` AS X FROM C AS OUTR2 LEFT JOIN C AS OUTR ON ( OUTR2 . `col_int` <= OUTR . `col_bigint_key` ) WHERE OUTR . `col_text` IN ( SELECT INNR . `col_text_not_null` AS Y FROM CC AS INNR2 LEFT JOIN C AS INNR ON ( INNR2 . `pk` >= INNR . `col_bigint` ) WHERE OUTR . `col_int_not_null` <= digit ORDER BY INNR . `col_text_not_null` ) XOR OUTR . `col_char_1024` IS NULL HAVING X <> _time ORDER BY OUTR . `pk` , OUTR . `pk` |
SELECT DISTINCT VAR_POP( OUTR . `col_int` ) AS X FROM CC AS OUTR2 LEFT JOIN BB AS OUTR ON ( OUTR2 . `col_char_10_not_null` <= OUTR . `col_char_10_not_null` ) WHERE OUTR . `col_bigint_key` IN ( SELECT INNR . `col_bigint_key` AS Y FROM CC AS INNR WHERE OUTR . `col_int` IS NOT NULL ) AND OUTR . `pk` IS NULL AND OUTR . `col_text_not_null` IS NOT NULL HAVING X <= _date ORDER BY OUTR . `col_char_10_not_null_key` , OUTR . `pk` |
SELECT DISTINCT STD( OUTR . `col_char_1024_not_null_key` ) AS X FROM CC AS OUTR2 LEFT JOIN AA AS OUTR ON ( OUTR2 . `col_int_key` > OUTR . `col_bigint_key` ) WHERE ( OUTR . `col_char_10_not_null` , OUTR . `col_text_not_null` ) IN ( SELECT INNR . `col_text_key` AS X , INNR . `col_char_10_key` AS Y FROM BB AS INNR WHERE INNR . `col_char_10_key` > INNR . `col_text_not_null` AND NOT OUTR . `col_bigint_key` IS NULL ) AND OUTR . `col_text_key` IS NOT NULL HAVING X > _digit ORDER BY OUTR . `col_char_1024` , OUTR . `pk` |
SELECT SUM( OUTR . `col_text_not_null_key` ) AS X FROM C AS OUTR WHERE ( OUTR . `col_char_10_key` , OUTR . `col_text_not_null` ) IN ( SELECT DISTINCT INNR . `col_char_1024_not_null_key` AS X , INNR . `col_char_1024` AS Y FROM BB AS INNR WHERE INNR . `col_char_1024` = _varchar(1) AND NOT INNR . `col_char_10` >= INNR . `col_char_1024_not_null_key` ) XOR OUTR . `col_bigint_key` <= digit HAVING X > _date ORDER BY OUTR . `col_int_key` , OUTR . `pk` |
SELECT DISTINCT OUTR . `pk` AS X FROM BB AS OUTR WHERE ( OUTR . `col_int_key` , OUTR . `pk` ) IN ( SELECT DISTINCT INNR . `col_int_not_null` AS X , INNR . `col_bigint_key` AS Y FROM DD AS INNR WHERE OUTR . `col_text` <> _varchar(1) ORDER BY INNR . `col_int_key` ) OR ( OUTR . `col_int_key` = digit OR NOT OUTR . `col_char_10_key` >= _varchar(1) ) HAVING X >= _date ORDER BY OUTR . `col_text_not_null` , OUTR . `pk` |
SELECT VARIANCE( OUTR . `col_bigint_key` ) AS X FROM C AS OUTR2 LEFT JOIN BB AS OUTR ON ( OUTR2 . `col_int` < OUTR . `pk` ) WHERE OUTR . `col_char_1024_not_null_key` IN ( SELECT DISTINCT INNR . `col_text_not_null_key` AS Y FROM C AS INNR WHERE INNR . `col_int_not_null_key` <= INNR . `col_int_key` AND NOT OUTR . `col_int` <= digit ORDER BY INNR . `col_int_not_null` ) OR OUTR . `col_int_not_null` > digit ORDER BY OUTR . `col_int_key` , OUTR . `pk` |
SELECT DISTINCT MIN( OUTR . `col_text_key` ) AS X FROM BB AS OUTR2 LEFT JOIN D AS OUTR ON ( OUTR2 . `col_int_not_null` = OUTR . `pk` ) WHERE OUTR . `col_char_10_not_null` IN ( SELECT DISTINCT INNR . `col_char_1024_not_null_key` AS Y FROM BB AS INNR WHERE INNR . `col_int_key` IS NOT NULL ORDER BY INNR . `col_char_1024_key` ) XOR OUTR . `col_int` IS NULL HAVING X = _varchar(1) ORDER BY OUTR . `col_bigint` , OUTR . `pk` |
SELECT OUTR . `col_bigint` AS X FROM C AS OUTR WHERE ( OUTR . `col_bigint` , OUTR . `pk` ) IN ( SELECT DISTINCT INNR . `col_bigint` AS X , INNR . `col_int_not_null_key` AS Y FROM D AS INNR WHERE INNR . `col_char_1024_not_null` < _varchar(1) ) XOR ( OUTR . `col_bigint_key` <> digit AND OUTR . `col_char_10_not_null` IS NOT NULL ) HAVING X > _varchar(1) ORDER BY OUTR . `col_bigint_key` , OUTR . `pk` |
SELECT DISTINCT MIN(DISTINCT OUTR . `col_char_1024` ) AS X FROM BB AS OUTR WHERE OUTR . `col_text_not_null_key` IN ( SELECT DISTINCT INNR . `col_char_10_not_null_key` AS Y FROM BB AS INNR2 LEFT JOIN DD AS INNR ON ( INNR2 . `col_text_key` <= INNR . `col_text_not_null_key` ) WHERE INNR . `col_int_not_null` <> INNR . `col_int` OR OUTR . `col_int_not_null` < digit ) OR OUTR . `col_char_10_not_null` > _varchar(1) ORDER BY OUTR . `col_int_not_null` , OUTR . `pk` |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. DD AS t1 , `test`. BB AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. B AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . CC LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. D AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . CC ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. C AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . CC LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. DD AS t1 , `test`. BB AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . D LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. DD AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. DD AS t1 , `test`. DD AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. BB AS t1 , `test`. A AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. BB AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . C ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . DD LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_text_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128` ; ALTER TABLE { "dump_table".$tables } DROP `col_text` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. AA AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . DD LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . BB ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . DD LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . CC LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . AA ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_enum` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. DD AS t1 , `test`. DD AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. D AS t1 , `test`. C AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. BB AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. AA AS t1 , `test`. C AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . DD LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_enum_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . A ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . CC LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. DD AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. AA AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. CC AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . CC ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . CC LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; SELECT 1 |
{ $tables = 0 ; "" } DROP DATABASE IF EXISTS drizzledump_db ; CREATE DATABASE drizzledump_db ; USE drizzledump_db ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . CC ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . CC LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_text_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_int_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_128_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. B AS t1 , `test`. CC AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. DD AS t1 , `test`. DD AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. BB AS t1 , `test`. D AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; CREATE TABLE { "dump_table".++$tables } LIKE `test` . DD ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . AA LIMIT 1 ; INSERT INTO {"dump_table".$tables } ( `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` ) SELECT `col_mediumint`, `col_mediumint_not_null_key`, `col_mediumint_key`, `col_mediumint_not_null`, `col_char_128_not_null_key`, `col_char_128_not_null`, `col_char_128_key`, `col_char_128`, `col_smallint_key`, `col_smallint_not_null`, `col_smallint_not_null_key`, `col_smallint`, `col_bigint_not_null`, `col_bigint`, `col_bigint_key`, `col_bigint_not_null_key`, `col_enum_key`, `col_enum_not_null_key`, `col_enum_not_null`, `col_enum`, `col_char_10`, `col_char_10_not_null`, `col_char_10_key`, `col_char_10_not_null_key`, `col_int_key`, `col_int`, `col_int_not_null`, `col_int_not_null_key`, `col_tinyint_not_null_key`, `col_tinyint_not_null`, `col_tinyint`, `col_tinyint_key` , `col_timestamp_not_null`, `col_timestamp_not_null_key`, `col_timestamp`, `col_timestamp_key`, `col_datetime`, `col_datetime_key`, `col_datetime_not_null`, `col_datetime_not_null_key` , `col_year`, `col_year_key`, `col_year_not_null`, `col_year_not_null_key`, `col_time`, `col_time_key`, `col_time_not_null_key`, `col_time_not_null` , `col_binary_5`, `col_binary_5_key`, `col_binary_5_not_null`, `col_binary_5_not_null_key`, `col_varbinary_5`, `col_varbinary_5_key`, `col_varbinary_5_not_null`, `col_text`, `col_text_key`, `col_text_not_null_key`, `col_text_not_null` FROM `test` . BB LIMIT 1 ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_char_10_not_null_key` ; ALTER TABLE { "dump_table".$tables } DROP `col_bigint_key` ; CREATE TABLE { "dump_table".++$tables } ( `pk` INT NOT NULL AUTO_INCREMENT, PRIMARY KEY(`pk`)) SELECT t1 . `col_char_10` AS field0 , t1 . `col_char_10_key` AS field1 , t1 . `col_char_10_not_null` AS field2 , t1 . `col_char_10_not_null_key` AS field3 , t1 . `col_char_128` AS field4 , t1 . `col_char_128_key` AS field5 , t1 . `col_char_128_not_null` AS field6 , t1 . `col_char_128_not_null_key` AS field7 , t1 . `col_int` AS field8 , t1 . `col_int_key` AS field9 , t1 . `col_int_not_null` AS field10 , t1 . `col_int_not_null_key` AS field11 , t1 . `col_bigint` AS field12 , t1 . `col_bigint_key` AS field13 , t1 . `col_bigint_not_null` AS field14 , t1 . `col_bigint_not_null_key` AS field15 , t1 . `col_enum` AS field16 , t1 . `col_enum_key` AS field17 , t1 . `col_enum_not_null` AS field18 , t1 . `col_enum_not_null_key` AS field19 , t1 . `col_text` AS field20 , t1 . `col_text_key` AS field21 , t1 . `col_text_not_null` AS field22 , t1 . `col_text_not_null_key` AS field23 , t2 . `col_char_10` AS field24 , t2 . `col_char_10_key` AS field25 , t2 . `col_char_10_not_null` AS field26 , t2 . `col_char_10_not_null_key` AS field27 , t2 . `col_int` AS field32 , t2 . `col_int_key` AS field33 , t2 . `col_int_not_null` AS field34 , t2 . `col_int_not_null_key` AS field35 , t2 . `col_enum` AS field40 , t2 . `col_enum_key` AS field41 , t2 . `col_enum_not_null` AS field42 , t2 . `col_enum_not_null_key` AS field43 FROM `test`. AA AS t1 , `test`. AA AS t2 ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; ALTER TABLE { "dump_table".$tables } DROP { "field".$prng->int(0,47) } ; SELECT 1 |
SELECT p_retailprice AS currency1 , l_extendedprice AS currency2 FROM part JOIN partsupp ON ( p_partkey = ps_partkey ) RIGHT JOIN supplier ON (s_suppkey = ps_suppkey) LEFT JOIN lineitem ON ( ps_partkey = l_partkey AND ps_suppkey = l_suppkey ) JOIN orders ON ( l_orderkey = o_orderkey ) RIGHT JOIN customer ON ( o_custkey = c_custkey ) WHERE o_totalprice >= _tinyint_unsigned OR ps_partkey IN ( _tinyint_unsigned , 0 , 200 , _tinyint_unsigned , _tinyint_unsigned ) AND ps_supplycost >= _tinyint_unsigned HAVING currency1 BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned |
SELECT p_retailprice AS currency1 , o_totalprice AS currency2 FROM part LEFT JOIN partsupp ON ( p_partkey = ps_partkey ) JOIN supplier ON (s_suppkey = ps_suppkey) RIGHT JOIN lineitem ON ( ps_partkey = l_partkey AND ps_suppkey = l_suppkey ) JOIN orders ON ( l_orderkey = o_orderkey ) JOIN customer ON ( o_custkey = c_custkey ) WHERE s_suppkey IN ( 10 , _digit ) OR o_orderkey >= { $prng->uint16(1,1500) } OR s_acctbal != _tinyint_unsigned AND s_comment NOT LIKE CONCAT( _varchar(1) , '%' ) AND l_partkey = _tinyint_unsigned AND ps_partkey >= _tinyint_unsigned AND ps_partkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _digit HAVING currency2 >= _tinyint_unsigned |
SELECT s_acctbal AS currency1 , c_acctbal AS currency2 FROM part RIGHT JOIN partsupp ON ( p_partkey = ps_partkey ) RIGHT JOIN supplier ON (s_suppkey = ps_suppkey) LEFT JOIN lineitem ON ( ps_suppkey = l_suppkey ) JOIN orders ON ( l_orderkey = o_orderkey ) RIGHT JOIN customer ON ( o_custkey = c_custkey ) WHERE o_comment BETWEEN _varchar(1) AND _varchar(1) AND p_partkey <= _tinyint_unsigned AND s_comment LIKE CONCAT( _varchar(1) , '%' ) HAVING currency2 BETWEEN _digit AND _mediumint_unsigned + _tinyint_unsigned |
SELECT s_acctbal AS currency1 , c_acctbal AS currency2 FROM part JOIN partsupp ON ( p_partkey = ps_partkey ) LEFT JOIN supplier ON (s_suppkey = ps_suppkey) JOIN lineitem ON ( ps_suppkey = l_suppkey ) JOIN orders ON ( l_orderkey = o_orderkey ) RIGHT JOIN customer ON ( o_custkey = c_custkey ) WHERE o_orderkey = _tinyint_unsigned OR ps_partkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned AND s_nationkey IN ( { $prng->uint16(0,24) } , _digit , _digit ) AND o_custkey <> _tinyint_unsigned AND s_suppkey >= _digit HAVING currency2 BETWEEN _mediumint_unsigned AND _tinyint_unsigned + _tinyint_unsigned AND currency2 <= _digit |
SELECT s_acctbal AS currency1 , l_extendedprice AS currency2 FROM part JOIN partsupp ON ( p_partkey = ps_partkey ) LEFT JOIN supplier ON (s_suppkey = ps_suppkey) RIGHT JOIN lineitem ON ( ps_suppkey = l_suppkey ) RIGHT JOIN orders ON ( l_orderkey = o_orderkey ) JOIN customer ON ( o_custkey = c_custkey ) WHERE o_custkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _digit AND l_receiptDATE { my $year = $prng->uint16(1992,1998); my $month = $prng->uint16(1,12); return sprintf("BETWEEN '%04d-%02d-%02d' AND '%04d-%02d-%02d'", $year, $month, $prng->uint16(1,28), $year, $month, $prng->uint16(1,28)) } OR p_partkey = _tinyint_unsigned OR o_totalprice BETWEEN _mediumint_unsigned AND _tinyint_unsigned + _tinyint_unsigned HAVING currency1 BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned OR currency1 = _mediumint_unsigned |
SELECT p_retailprice AS currency1 , s_acctbal AS currency2 FROM part JOIN partsupp ON ( p_partkey = ps_partkey ) JOIN supplier ON (s_suppkey = ps_suppkey) RIGHT JOIN lineitem ON ( ps_partkey = l_partkey ) JOIN orders ON ( l_orderkey = o_orderkey ) LEFT JOIN customer ON ( o_custkey = c_custkey ) WHERE ps_comment IS NOT NULL AND c_acctbal BETWEEN _mediumint_unsigned AND _digit + _tinyint_unsigned OR p_partkey = _tinyint_unsigned AND c_acctbal BETWEEN _digit AND _tinyint_unsigned + _tinyint_unsigned AND c_custkey IN ( { $prng->uint16(1,150) } , _tinyint_unsigned ) AND ps_comment IS NOT NULL AND p_comment > _varchar(1) HAVING currency2 BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _tinyint_unsigned |
SELECT l_extendedprice AS currency1 , ps_supplycost AS currency2 FROM part JOIN partsupp ON ( p_partkey = ps_partkey ) JOIN supplier ON (s_suppkey = ps_suppkey) JOIN lineitem ON ( ps_partkey = l_partkey ) LEFT JOIN orders ON ( l_orderkey = o_orderkey ) JOIN customer ON ( o_custkey = c_custkey ) WHERE l_suppkey IN ( _digit , _digit , _digit ) AND p_retailprice = _tinyint_unsigned AND ps_supplycost BETWEEN _mediumint_unsigned AND _digit + _tinyint_unsigned OR o_comment BETWEEN _varchar(1) AND _varchar(1) OR s_acctbal BETWEEN _digit AND _tinyint_unsigned + _tinyint_unsigned AND p_retailprice BETWEEN _digit AND _mediumint_unsigned + _tinyint_unsigned HAVING currency1 BETWEEN _tinyint_unsigned AND _digit + _tinyint_unsigned AND currency1 <= _mediumint_unsigned |
SELECT s_acctbal AS currency1 , c_acctbal AS currency2 FROM part RIGHT JOIN partsupp ON ( p_partkey = ps_partkey ) RIGHT JOIN supplier ON (s_suppkey = ps_suppkey) RIGHT JOIN lineitem ON ( ps_suppkey = l_suppkey ) LEFT JOIN orders ON ( l_orderkey = o_orderkey ) JOIN customer ON ( o_custkey = c_custkey ) WHERE ps_suppkey BETWEEN _digit AND _digit + _digit AND ps_suppkey < 10 AND o_orderkey BETWEEN { $prng->uint16(1,1500) } AND _tinyint_unsigned + _digit AND ps_partkey < _tinyint_unsigned AND ps_partkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _digit HAVING currency1 BETWEEN _mediumint_unsigned AND _mediumint_unsigned + _tinyint_unsigned |
SELECT s_acctbal AS currency1 , s_acctbal AS currency2 FROM part RIGHT JOIN partsupp ON ( p_partkey = ps_partkey ) JOIN supplier ON (s_suppkey = ps_suppkey) RIGHT JOIN lineitem ON ( ps_suppkey = l_suppkey ) JOIN orders ON ( l_orderkey = o_orderkey ) LEFT JOIN customer ON ( o_custkey = c_custkey ) WHERE l_quantity != _digit AND p_partkey = _tinyint_unsigned OR ps_comment IS NOT NULL AND ps_suppkey <> 10 HAVING currency1 = _tinyint_unsigned AND currency2 = _digit |
SELECT o_custkey, c_acctbal AS currency1 , MIN( c_acctbal ) AS currency2 FROM part LEFT JOIN partsupp ON ( p_partkey = ps_partkey ) LEFT JOIN supplier ON (s_suppkey = ps_suppkey) RIGHT JOIN lineitem ON ( ps_partkey = l_partkey AND ps_suppkey = l_suppkey ) RIGHT JOIN orders ON ( l_orderkey = o_orderkey ) RIGHT JOIN customer ON ( o_custkey = c_custkey ) WHERE o_custkey = _tinyint_unsigned AND l_suppkey IN ( _digit , 10 ) AND c_acctbal BETWEEN _digit AND _digit + _tinyint_unsigned AND l_comment BETWEEN _varchar(1) AND _varchar(1) OR o_custkey BETWEEN { $prng->uint16(1,150) } AND _tinyint_unsigned + _digit AND o_orderkey BETWEEN _tinyint_unsigned AND _tinyint_unsigned + _digit OR ps_suppkey BETWEEN _digit AND 10 + _digit AND p_comment IS NOT NULL GROUP BY 1 , 2 HAVING currency1 BETWEEN _tinyint_unsigned AND _mediumint_unsigned + _tinyint_unsigned AND currency2 = _mediumint_unsigned ORDER BY 2 |
/*!50400 ALTER TABLE b OPTIMIZE PARTITION { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } */ |
CREATE TABLE IF NOT EXISTS f ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = INNODB /*!50100 PARTITION BY KEY(`col_int_key`) PARTITIONS { return $prng->int($nb_parts-9,$nb_parts) } */ SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM i |
/*!50400 ALTER TABLE a CHECK PARTITION { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } */ |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } e PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) |
/*!50400 SET GLOBAL c3.key_buffer_size = _smallint_unsigned */ |
REPLACE INTO { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } g PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) ( `col_int_nokey`, `col_int_key` ) SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } k PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` BETWEEN _digit AND _digit ORDER BY `col_int_key` , `col_int_nokey` LIMIT 4 |
CREATE TABLE IF NOT EXISTS a ( `col_int_nokey` INTEGER, `col_int_key` INTEGER NOT NULL, KEY (`col_int_key`) ) ENGINE = INNODB SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM r WHERE `col_int_nokey` BETWEEN _digit AND _digit |
DELETE FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } i PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) WHERE `col_int_nokey` = _digit ORDER BY `col_int_key` , `col_int_nokey` LIMIT 9 |
UPDATE { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } n PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) SET `col_int_nokey` = _digit WHERE `col_int_nokey` = _digit |
SELECT `col_int_nokey` % 10 AS `col_int_nokey` , `col_int_key` % 10 AS `col_int_key` FROM { our $nb_parts_var= $prng->int($nb_parts-9,$nb_parts); return undef } j PARTITION ( { my $part_list= ""; for (my $i=0; $i<$nb_parts_var; $i++) { $part_list .= "p".$i."," }; return $part_list."p".$nb_parts_var } ) |
UPDATE _table SET _field = _char(2) WHERE _field >= _datetime |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','test','INFORMATION_SCHEMA','performance_schema']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } WHERE NOT (NOT ( { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field IN ( _digit , _digit , _digit ) AND { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field IN ( _digit , _digit , _digit )) AND { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field = { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } LIMIT _tinyint_unsigned |
SHOW ENGINE PERFORMANCE_SCHEMA STATUS |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM ({ $last_database = $prng->arrayElement(['mysql','test','INFORMATION_SCHEMA','performance_schema']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } STRAIGHT_JOIN { $last_database = $prng->arrayElement(['mysql','test','INFORMATION_SCHEMA','performance_schema']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } ON ( { $last_database = $database_names[$tables] ; $last_table = $table_names[$tables] ; "table".$tables } . _field = { $last_database = $database_names[$tables-1] ; $last_table = $table_names[$tables-1] ; "table".($tables - 1) } . _field ) ) { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING NOT ( { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != _char(2) OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field < _digit) ORDER BY { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field , { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field , { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field LIMIT _tinyint_unsigned |
SHOW ENGINE PERFORMANCE_SCHEMA STATUS |
INSERT INTO _table ( `pk` ) VALUES (NULL) |
UPDATE performance_schema . setup_instruments SET ENABLED = 'NO' WHERE NAME LIKE 'wait/synch/rwlock%' |
TRUNCATE TABLE performance_schema . file_summary_by_event_name |
SHOW ENGINE PERFORMANCE_SCHEMA STATUS |
{ @nonaggregates = () ; @table_names = () ; @database_names = () ; $tables = 0 ; $fields = 0 ; "" } SELECT * FROM { $last_database = $prng->arrayElement(['mysql','test','INFORMATION_SCHEMA','performance_schema']); return $last_database } . _table AS { $database_names[++$tables] = $last_database ; $table_names[$tables] = $last_table ; "table".$tables } { scalar(@nonaggregates) > 0 ? " GROUP BY ".join (', ' , @nonaggregates ) : "" } HAVING NOT (NOT { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != _datetime OR { my $i = $prng->int(1,$tables) ; $last_database = $database_names[$i]; $last_table = $table_names[$i] ; "table".$i } . _field != _char(2)) LIMIT _tinyint_unsigned |
UPDATE _table t1, _table t2 SET t1._field_no_pk = _datetime WHERE t1._field > _varchar(8) |
REPLACE INTO _table ( _field_no_pk ) VALUES ( _datetime ) |
SELECT * FROM _table[invariant] INTO OUTFILE _tmpnam ; TRUNCATE _table[invariant] ; LOAD DATA INFILE _tmpnam INTO TABLE _table[invariant] |
DROP FUNCTION IF EXISTS _letter[invariant] ; CREATE FUNCTION _letter[invariant] ( _letter TIME , _letter TIMESTAMP ) RETURNS TIMESTAMP DETERMINISTIC READS SQL DATA BEGIN DECLARE out1 DATE ; SELECT _table._field INTO out1 FROM _table ; RETURN out1 |
DROP TABLE IF EXISTS _letter[invariant] ; DROP VIEW IF EXISTS _letter[invariant] ; CREATE VIEW _letter[invariant] AS SELECT * FROM _table ; INSERT INTO _letter[invariant] ( _field ) VALUES ( _data ) |
DROP FUNCTION IF EXISTS _letter[invariant] ; CREATE FUNCTION _letter[invariant] ( _letter DATETIME , _letter DATETIME ) RETURNS TIMESTAMP DETERMINISTIC READS SQL DATA BEGIN DECLARE out1 TIMESTAMP ; SELECT _table._field INTO out1 FROM _table ; RETURN out1 |
INSERT DELAYED INTO _table ( _field_no_pk , _field_no_pk , _field_no_pk ) VALUES ( NULL , _char(64) , _mediumint ) |
ALTER TABLE _table MODIFY _field DATETIME NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP AFTER _field |
SELECT * FROM _table[invariant] INTO OUTFILE _tmpnam ; TRUNCATE _table[invariant] ; LOAD DATA INFILE _tmpnam INTO TABLE _table[invariant] |
DROP TABLE IF EXISTS _letter[invariant] ; DROP VIEW IF EXISTS _letter[invariant] ; CREATE VIEW _letter[invariant] AS SELECT * FROM _table ; INSERT INTO _letter[invariant] ( _field ) VALUES ( NULL ) |
;