sp-vars.test

这是linux下运行的mysql软件包,可用于linux 下安装 php + mysql + apach 的网络配置

###########################################################################
#
# Cleanup.
#
###########################################################################

--disable_warnings

# Drop stored routines (if any) for general SP-vars test cases. These routines
# are created in include/sp-vars.inc file.

DROP PROCEDURE IF EXISTS sp_vars_check_dflt;
DROP PROCEDURE IF EXISTS sp_vars_check_assignment;
DROP FUNCTION IF EXISTS sp_vars_check_ret1;
DROP FUNCTION IF EXISTS sp_vars_check_ret2;
DROP FUNCTION IF EXISTS sp_vars_check_ret3;
DROP FUNCTION IF EXISTS sp_vars_check_ret4;

--enable_warnings

###########################################################################
#
# Some general tests for SP-vars functionality.
#
###########################################################################

# Create the procedure in ANSI mode. Check that all necessary warnings are
# emitted properly.

SET @@sql_mode = 'ansi';

--source include/sp-vars.inc

--echo
--echo ---------------------------------------------------------------
--echo Calling the routines, created in ANSI mode.
--echo ---------------------------------------------------------------
--echo

CALL sp_vars_check_dflt();

CALL sp_vars_check_assignment();

SELECT sp_vars_check_ret1();

SELECT sp_vars_check_ret2();

SELECT sp_vars_check_ret3();

SELECT sp_vars_check_ret4();

# Check that changing sql_mode after creating a store procedure does not
# matter.

SET @@sql_mode = 'traditional';

--echo
--echo ---------------------------------------------------------------
--echo Calling in TRADITIONAL mode the routines, created in ANSI mode.
--echo ---------------------------------------------------------------
--echo

CALL sp_vars_check_dflt();

CALL sp_vars_check_assignment();

SELECT sp_vars_check_ret1();

SELECT sp_vars_check_ret2();

SELECT sp_vars_check_ret3();

SELECT sp_vars_check_ret4();

# Create the procedure in TRADITIONAL mode. Check that error will be thrown on
# execution.

DROP PROCEDURE sp_vars_check_dflt;
DROP PROCEDURE sp_vars_check_assignment;
DROP FUNCTION sp_vars_check_ret1;
DROP FUNCTION sp_vars_check_ret2;
DROP FUNCTION sp_vars_check_ret3;
DROP FUNCTION sp_vars_check_ret4;

--source include/sp-vars.inc

--echo
--echo ---------------------------------------------------------------
--echo Calling the routines, created in TRADITIONAL mode.
--echo ---------------------------------------------------------------
--echo

--error ER_WARN_DATA_OUT_OF_RANGE
CALL sp_vars_check_dflt();

--error ER_WARN_DATA_OUT_OF_RANGE
CALL sp_vars_check_assignment();

--error ER_WARN_DATA_OUT_OF_RANGE
SELECT sp_vars_check_ret1();

--error ER_WARN_DATA_OUT_OF_RANGE
SELECT sp_vars_check_ret2();

--error ER_TRUNCATED_WRONG_VALUE_FOR_FIELD
SELECT sp_vars_check_ret3();

# TODO: Is it an error, that only a warning is emitted here? Check the same
# behaviour with tables.

SELECT sp_vars_check_ret4();

SET @@sql_mode = 'ansi';

#
# Cleanup.
#

DROP PROCEDURE sp_vars_check_dflt;
DROP PROCEDURE sp_vars_check_assignment;
DROP FUNCTION sp_vars_check_ret1;
DROP FUNCTION sp_vars_check_ret2;
DROP FUNCTION sp_vars_check_ret3;
DROP FUNCTION sp_vars_check_ret4;

###########################################################################
#
# Tests for BIT data type.
#
###########################################################################

--echo
--echo ---------------------------------------------------------------
--echo BIT data type tests
--echo ---------------------------------------------------------------
--echo

#
# Prepare.
#

--disable_warnings
DROP PROCEDURE IF EXISTS p1;
--enable_warnings

#
# Test case.
#

delimiter |;
CREATE PROCEDURE p1()
BEGIN
  DECLARE v1 BIT;
  DECLARE v2 BIT(1);
  DECLARE v3 BIT(3) DEFAULT b'101';
  DECLARE v4 BIT(64) DEFAULT 0x5555555555555555;
  DECLARE v5 BIT(3);
  DECLARE v6 BIT(64);
  DECLARE v7 BIT(8) DEFAULT 128;
  DECLARE v8 BIT(8) DEFAULT '128';
  DECLARE v9 BIT(8) DEFAULT ' 128';
  DECLARE v10 BIT(8) DEFAULT 'x 128';

  SET v1 = v4;
  SET v2 = 0;
  SET v5 = v4; # check overflow
  SET v6 = v3; # check padding

  SELECT HEX(v1);
  SELECT HEX(v2);
  SELECT HEX(v3);
  SELECT HEX(v4);
  SELECT HEX(v5);
  SELECT HEX(v6);
  SELECT HEX(v7);
  SELECT HEX(v8);
  SELECT HEX(v9);
  SELECT HEX(v10);
END|
delimiter ;|

CALL p1();

#
# Cleanup.
#

DROP PROCEDURE p1;

###########################################################################
#
# Tests for CASE statements functionality:
#   - test for general functionality (scopes, nested cases, CASE in loops);
#   - test that if type of the CASE expression is changed on each iteration,
#     the execution will be correct.
#
###########################################################################

--echo
--echo ---------------------------------------------------------------
--echo CASE expression tests.
--echo ---------------------------------------------------------------
--echo

#
# Prepare.
#

DROP PROCEDURE IF EXISTS p1;
DROP PROCEDURE IF EXISTS p2;
DROP TABLE IF EXISTS t1;

#
# Test case.
#

CREATE TABLE t1(log_msg VARCHAR(1024));

delimiter |;

CREATE PROCEDURE p1(arg VARCHAR(255))
BEGIN
  INSERT INTO t1 VALUES('p1: step1');

  CASE arg * 10
    WHEN 10 * 10 THEN
      INSERT INTO t1 VALUES('p1: case1: on 10');
    WHEN 10 * 10 + 10 * 10 THEN
      BEGIN
        CASE arg / 10
          WHEN 1 THEN
            INSERT INTO t1 VALUES('p1: case1: case2: on 1');
          WHEN 2 THEN
            BEGIN
              DECLARE i TINYINT DEFAULT 10;

              WHILE i > 0 DO
                INSERT INTO t1 VALUES(CONCAT('p1: case1: case2: loop: i: ', i));
                
                CASE MOD(i, 2)
                  WHEN 0 THEN
                    INSERT INTO t1 VALUES('p1: case1: case2: loop: i is even');
                  WHEN 1 THEN
                    INSERT INTO t1 VALUES('p1: case1: case2: loop: i is odd');
                  ELSE
                    INSERT INTO t1 VALUES('p1: case1: case2: loop: ERROR');
                END CASE;
                    
                SET i = i - 1;
              END WHILE;
            END;
          ELSE
            INSERT INTO t1 VALUES('p1: case1: case2: ERROR');
        END CASE;

        CASE arg
          WHEN 10 THEN
            INSERT INTO t1 VALUES('p1: case1: case3: on 10');
          WHEN 20 THEN
            INSERT INTO t1 VALUES('p1: case1: case3: on 20');
          ELSE
            INSERT INTO t1 VALUES('p1: case1: case3: ERROR');
        END CASE;
      END;
    ELSE
      INSERT INTO t1 VALUES('p1: case1: ERROR');
  END CASE;

  CASE arg * 10
    WHEN 10 * 10 THEN
      INSERT INTO t1 VALUES('p1: case4: on 10');
    WHEN 10 * 10 + 10 * 10 THEN
      BEGIN
        CASE arg / 10
          WHEN 1 THEN
            INSERT INTO t1 VALUES('p1: case4: case5: on 1');
          WHEN 2 THEN
            BEGIN
              DECLARE i TINYINT DEFAULT 10;

              WHILE i > 0 DO
                INSERT INTO t1 VALUES(CONCAT('p1: case4: case5: loop: i: ', i));
                
                CASE MOD(i, 2)
                  WHEN 0 THEN
                    INSERT INTO t1 VALUES('p1: case4: case5: loop: i is even');
                  WHEN 1 THEN
                    INSERT INTO t1 VALUES('p1: case4: case5: loop: i is odd');
                  ELSE
                    INSERT INTO t1 VALUES('p1: case4: case5: loop: ERROR');
                END CASE;
                    
                SET i = i - 1;
              END WHILE;
            END;
          ELSE
            INSERT INTO t1 VALUES('p1: case4: case5: ERROR');
        END CASE;

        CASE arg
          WHEN 10 THEN
            INSERT INTO t1 VALUES('p1: case4: case6: on 10');
          WHEN 20 THEN
            INSERT INTO t1 VALUES('p1: case4: case6: on 20');
          ELSE
            INSERT INTO t1 VALUES('p1: case4: case6: ERROR');
        END CASE;
      END;
    ELSE
      INSERT INTO t1 VALUES('p1: case4: ERROR');
  END CASE;
END|

CREATE PROCEDURE p2()
BEGIN
  DECLARE i TINYINT DEFAULT 3;

  WHILE i > 0 DO
    IF MOD(i, 2) = 0 THEN
      SET @_test_session_var = 10;
    ELSE
      SET @_test_session_var = 'test';
    END IF;

    CASE @_test_session_var
      WHEN 10 THEN
        INSERT INTO t1 VALUES('p2: case: numerical type');
      WHEN 'test' THEN
        INSERT INTO t1 VALUES('p2: case: string type');
      ELSE
        INSERT INTO t1 VALUES('p2: case: ERROR');
    END CASE;

    SET i = i - 1;
  END WHILE;
END|

delimiter ;|

CALL p1(10);
CALL p1(20);

CALL p2();

SELECT * FROM t1;

#
# Cleanup.
#

DROP PROCEDURE p1;
DROP PROCEDURE p2;
DROP TABLE t1;

###########################################################################
#
# Test case for BUG#14161: Stored procedure cannot retrieve bigint unsigned.
#
###########################################################################

--echo
--echo ---------------------------------------------------------------
--echo BUG#14161
--echo ---------------------------------------------------------------
--echo

#
# Prepare.
#

--disable_warnings
DROP TABLE IF EXISTS t1;
DROP PROCEDURE IF EXISTS p1;
--enable_warnings

#
# Test case.
#

CREATE TABLE t1(col BIGINT UNSIGNED);

INSERT INTO t1 VALUE(18446744073709551614);

delimiter |;
CREATE PROCEDURE p1(IN arg BIGINT UNSIGNED)
BEGIN
  SELECT arg;
  SELECT * FROM t1;
  SELECT * FROM t1 WHERE col = arg;
END|
delimiter ;|

CALL p1(18446744073709551614);

#
# Cleanup.
#

DROP TABLE t1;
DROP PROCEDURE p1;

###########################################################################
#
# Test case for BUG#13705: parameters to stored procedures are not verified.
#
###########################################################################

--echo
--echo ---------------------------------------------------------------
--echo BUG#13705
--echo ---------------------------------------------------------------
--echo

#
# Prepare.
#

--disable_warnings
DROP PROCEDURE IF EXISTS p1;
--enable_warnings

#
# Test case.
#

delimiter |;
CREATE PROCEDURE p1(x VARCHAR(10), y CHAR(3)) READS SQL DATA
BEGIN
  SELECT x, y;
END|
delimiter ;|

CALL p1('alpha', 'abc');
CALL p1('alpha', 'abcdef');

#
# Cleanup.
#

DROP PROCEDURE p1;

###########################################################################
#
# Test case for BUG#13675: DATETIME/DATE type in store proc param seems to be
# converted as varbinary.
#
# TODO: test case failed.
#
###########################################################################

--echo
--echo ---------------------------------------------------------------
--echo BUG#13675
--echo ---------------------------------------------------------------
--echo

#
# Prepare.
#

--disable_warnings
DROP PROCEDURE IF EXISTS p1;
DROP TABLE IF EXISTS t1;
--enable_warnings

#
# Test case.
#

delimiter |;
CREATE PROCEDURE p1(x DATETIME)
BEGIN
  CREATE TABLE t1 SELECT x;
  SHOW CREATE TABLE t1;
  DROP TABLE t1;
END|
delimiter ;|

CALL p1(NOW());

CALL p1('test');

#
# Cleanup.
#

DROP PROCEDURE p1;

###########################################################################
#
# Test case for BUG#12976: Boolean values reversed in stored procedures?
#
# TODO: test case failed.
#
###########################################################################

--echo
--echo ---------------------------------------------------------------
--echo BUG#12976
--echo ---------------------------------------------------------------
--echo

#
# Prepare.
#

--disable_warnings
DROP TABLE IF EXISTS t1;
DROP PROCEDURE IF EXISTS p1;
DROP PROCEDURE IF EXISTS p2;
--enable_warnings

#
# Test case.
#

CREATE TABLE t1(b BIT(1));

INSERT INTO t1(b) VALUES(b'0'), (b'1');

delimiter |;
CREATE PROCEDURE p1()
BEGIN
  SELECT HEX(b),
    b = 0,
    b = FALSE,
    b IS FALSE,
    b = 1,
    b = TRUE,
    b IS TRUE
  FROM t1;
END|

CREATE PROCEDURE p2()
BEGIN
  DECLARE vb BIT(1);
  SELECT b INTO vb FROM t1 WHERE b = 0;

  SELECT HEX(vb),
    vb = 0,
    vb = FALSE,
    vb IS FALSE,
    vb = 1,
    vb = TRUE,
    vb IS TRUE;

  SELECT b INTO vb FROM t1 WHERE b = 1;

  SELECT HEX(vb),
    vb = 0,
    vb = FALSE,
    vb IS FALSE,
    vb = 1,
    vb = TRUE,
    vb IS TRUE;
END|
delimiter ;|

# The expected and correct result.

call p1();

# The wrong result. Note that only hex(vb) works, but is printed with two
# digits for some reason in this case.

call p2();

#
# Cleanup.
#

DROP TABLE t1;
DROP PROCEDURE p1;
DROP PROCEDURE p2;

###########################################################################
#
# Test case for BUG#9572: Stored procedures: variable type declarations
# ignored.
#
###########################################################################

--echo
--echo ---------------------------------------------------------------
--echo BUG#9572
--echo ---------------------------------------------------------------
--echo

#
# Prepare.
#

--disable_warnings
DROP PROCEDURE IF EXISTS p1;
DROP PROCEDURE IF EXISTS p2;
DROP PROCEDURE IF EXISTS p3;

DROP PROCEDURE IF EXISTS p4;
DROP PROCEDURE IF EXISTS p5;
DROP PROCEDURE IF EXISTS p6;
--enable_warnings

#
# Test case.
#

SET @@sql_mode = 'traditional';

delimiter |;

CREATE PROCEDURE p1()
BEGIN
  DECLARE v TINYINT DEFAULT 1e200;
  SELECT v;
END|

CREATE PROCEDURE p2()
BEGIN
  DECLARE v DECIMAL(5) DEFAULT 1e200;
  SELECT v;
END|

CREATE PROCEDURE p3()
BEGIN
  DECLARE v CHAR(5) DEFAULT 'abcdef';
  SELECT v LIKE 'abc___';
END|

CREATE PROCEDURE p4(arg VARCHAR(2))
BEGIN
    DECLARE var VARCHAR(1);
    SET var := arg;
    SELECT arg, var;
END|

CREATE PROCEDURE p5(arg CHAR(2))
BEGIN