--source include/have_sjis.inc
--source include/have_innodb.inc
--character_set sjis
--disable_warnings
drop table if exists `�s�P`;
drop table if exists `�s�Q`;
drop table if exists `�s�R`;
drop table if exists `�s�S`;
drop table if exists `�s�T`;
drop table if exists `�s�U`;
drop table if exists `�s�V`;
drop table if exists `�s�W`;
drop table if exists `�s�X`;
--enable_warnings

#
# Test subquery using Japanese characters in sjis encoding
#

SET NAMES sjis;
SET character_set_database = sjis;

CREATE TABLE `�s�Pa` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `�s�Pb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `�s�Qa` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `�s�Qb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `�s�Ra` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `�s�Rb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `�s�Sa` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `�s�Sb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `�s�Ta` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `�s�Tb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `�s�Ua` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `�s�Ub` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `�s�Va` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = MEMORY;
CREATE TABLE `�s�Vb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = MEMORY;
CREATE TABLE `�s�Wa` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = MEMORY;
CREATE TABLE `�s�Wb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = MEMORY;
CREATE TABLE `�s�Xa` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = MEMORY;
CREATE TABLE `�s�Xb` (`�b�P` char(1) PRIMARY KEY) DEFAULT CHARSET = sjis engine = MEMORY;

#insert the following data in each table
# jisx0201 hankaku-katakana data
# jisx0208 data
# jisx0212 supplemental character data

INSERT INTO `�s�Pa` VALUES ('�'),('�'),('�');
INSERT INTO `�s�Pb` VALUES ('�');
INSERT INTO `�s�Qa` VALUES ('��'),('��'),('��');
INSERT INTO `�s�Qb` VALUES ('��');
INSERT INTO `�s�Ra` VALUES ('�\'),('�\'),('�\');
INSERT INTO `�s�Rb` VALUES ('�\');
INSERT INTO `�s�Sa` VALUES ('�'),('�'),('�');
INSERT INTO `�s�Sb` VALUES ('�');
INSERT INTO `�s�Ta` VALUES ('��'),('��'),('��');
INSERT INTO `�s�Tb` VALUES ('��');
INSERT INTO `�s�Ua` VALUES ('�\'),('�\'),('�\');
INSERT INTO `�s�Ub` VALUES ('�\');
INSERT INTO `�s�Va` VALUES ('�'),('�'),('�');
INSERT INTO `�s�Vb` VALUES ('�');
INSERT INTO `�s�Wa` VALUES ('��'),('��'),('��');
INSERT INTO `�s�Wb` VALUES ('��');
INSERT INTO `�s�Xa` VALUES ('�\'),('�\'),('�\');
INSERT INTO `�s�Xb` VALUES ('�\');

#Test for innodb
SELECT `�b�P` FROM `�s�Pa` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Pb`);
SELECT `�b�P` FROM `�s�Pa` WHERE EXISTS (SELECT `�b�P` FROM `�s�Pb` WHERE `�s�Pa`.`�b�P` = `�s�Pb`.`�b�P`);
SELECT `�b�P` FROM `�s�Pa` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Pb` WHERE `�s�Pa`.`�b�P` = `�s�Pb`.`�b�P`);
SELECT `�b�P` FROM `�s�Qa` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Qb`);
SELECT `�b�P` FROM `�s�Qa` WHERE EXISTS (SELECT `�b�P` FROM `�s�Qb` WHERE `�s�Qa`.`�b�P` = `�s�Qb`.`�b�P`);
SELECT `�b�P` FROM `�s�Qa` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Qb` WHERE `�s�Qa`.`�b�P` = `�s�Qb`.`�b�P`);
SELECT `�b�P` FROM `�s�Ra` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Rb`);
SELECT `�b�P` FROM `�s�Ra` WHERE EXISTS (SELECT `�b�P` FROM `�s�Rb` WHERE `�s�Ra`.`�b�P` = `�s�Rb`.`�b�P`);
SELECT `�b�P` FROM `�s�Ra` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Rb` WHERE `�s�Ra`.`�b�P` = `�s�Rb`.`�b�P`);
SELECT `�b�P` FROM `�s�Sa` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Sb`);
SELECT `�b�P` FROM `�s�Sa` WHERE EXISTS (SELECT `�b�P` FROM `�s�Sb` WHERE `�s�Sa`.`�b�P` = `�s�Sb`.`�b�P`);
SELECT `�b�P` FROM `�s�Sa` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Sb` WHERE `�s�Sa`.`�b�P` = `�s�Sb`.`�b�P`);
SELECT `�b�P` FROM `�s�Ta` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Tb`);
SELECT `�b�P` FROM `�s�Ta` WHERE EXISTS (SELECT `�b�P` FROM `�s�Tb` WHERE `�s�Ta`.`�b�P` = `�s�Tb`.`�b�P`);
SELECT `�b�P` FROM `�s�Ta` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Tb` WHERE `�s�Ta`.`�b�P` = `�s�Tb`.`�b�P`);
SELECT `�b�P` FROM `�s�Ua` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Ub`);
SELECT `�b�P` FROM `�s�Ua` WHERE EXISTS (SELECT `�b�P` FROM `�s�Ub` WHERE `�s�Ua`.`�b�P` = `�s�Ub`.`�b�P`);
SELECT `�b�P` FROM `�s�Ua` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Ub` WHERE `�s�Ua`.`�b�P` = `�s�Ub`.`�b�P`);
SELECT `�b�P` FROM `�s�Va` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Vb`);
SELECT `�b�P` FROM `�s�Va` WHERE EXISTS (SELECT `�b�P` FROM `�s�Vb` WHERE `�s�Va`.`�b�P` = `�s�Vb`.`�b�P`);
SELECT `�b�P` FROM `�s�Va` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Vb` WHERE `�s�Va`.`�b�P` = `�s�Vb`.`�b�P`);
SELECT `�b�P` FROM `�s�Wa` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Wb`);
SELECT `�b�P` FROM `�s�Wa` WHERE EXISTS (SELECT `�b�P` FROM `�s�Wb` WHERE `�s�Wa`.`�b�P` = `�s�Wb`.`�b�P`);
SELECT `�b�P` FROM `�s�Wa` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Wb` WHERE `�s�Wa`.`�b�P` = `�s�Wb`.`�b�P`);
SELECT `�b�P` FROM `�s�Xa` WHERE `�b�P` IN (SELECT `�b�P` FROM `�s�Xb`);
SELECT `�b�P` FROM `�s�Xa` WHERE EXISTS (SELECT `�b�P` FROM `�s�Xb` WHERE `�s�Xa`.`�b�P` = `�s�Xb`.`�b�P`);
SELECT `�b�P` FROM `�s�Xa` WHERE NOT EXISTS (SELECT `�b�P` FROM `�s�Xb` WHERE `�s�Xa`.`�b�P` = `�s�Xb`.`�b�P`);

DROP TABLE `�s�Pa`;
DROP TABLE `�s�Pb`;
DROP TABLE `�s�Qa`;
DROP TABLE `�s�Qb`;
DROP TABLE `�s�Ra`;
DROP TABLE `�s�Rb`;
DROP TABLE `�s�Sa`;
DROP TABLE `�s�Sb`;
DROP TABLE `�s�Ta`;
DROP TABLE `�s�Tb`;
DROP TABLE `�s�Ua`;
DROP TABLE `�s�Ub`;
DROP TABLE `�s�Va`;
DROP TABLE `�s�Vb`;
DROP TABLE `�s�Wa`;
DROP TABLE `�s�Wb`;
DROP TABLE `�s�Xa`;
DROP TABLE `�s�Xb`;