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mariadb/mysql-test/suite/jp/t/jp_convert_sjis.test

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Added test data, test case and test result files for Japanese characters test. I have put the tests into a separate "suite", the first one actually. Currently this can only be run by the Perl version of mysql-test-run that is not quite finished. It should, or at least will, be able to be run with the line ./mysql-test-run.pl --suite=jp
2005-01-07 00:48:38 -08:00
--character_set sjis
SET NAMES sjis;
SET character_set_database = sjis;
--disable_warnings
drop table if exists `<60>s<EFBFBD>P`;
drop table if exists `<60>s<EFBFBD>Q`;
drop table if exists `<60>s<EFBFBD>R`;
drop table if exists `<60>s<EFBFBD>S`;
drop table if exists `<60>s<EFBFBD>T`;
drop table if exists `<60>s<EFBFBD>U`;
drop table if exists `<60>s<EFBFBD>V`;
drop table if exists `<60>s<EFBFBD>W`;
drop table if exists `<60>s<EFBFBD>X`;
drop table if exists `<60>s<EFBFBD>P<EFBFBD>O`;
drop table if exists `<60>s<EFBFBD>P<EFBFBD>P`;
drop table if exists `<60>s<EFBFBD>P<EFBFBD>Q`;
--enable_warnings
#
# Test CONVERT() function with Japanese character in sjis encoding
#
CREATE TABLE `<60>s<EFBFBD>P` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `<60>s<EFBFBD>Q` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `<60>s<EFBFBD>R` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = innodb;
CREATE TABLE `<60>s<EFBFBD>S` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `<60>s<EFBFBD>T` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `<60>s<EFBFBD>U` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = myisam;
CREATE TABLE `<60>s<EFBFBD>V` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = heap;
CREATE TABLE `<60>s<EFBFBD>W` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = heap;
CREATE TABLE `<60>s<EFBFBD>X` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = heap;
CREATE TABLE `<60>s<EFBFBD>P<EFBFBD>O` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = bdb;
CREATE TABLE `<60>s<EFBFBD>P<EFBFBD>P` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = bdb;
CREATE TABLE `<60>s<EFBFBD>P<EFBFBD>Q` (`<60>b<EFBFBD>P` char(20), INDEX(`<60>b<EFBFBD>P`)) DEFAULT CHARSET = sjis engine = bdb;
#Load the following data in each table
# jisx0201 hankaku-katakana data
# jisx0208 data
# jisx0212 supplemental character data
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0201_sjis.dat' INTO TABLE `<60>s<EFBFBD>P`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis.dat' INTO TABLE `<60>s<EFBFBD>Q`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis2.dat' INTO TABLE `<60>s<EFBFBD>R`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0201_sjis.dat' INTO TABLE `<60>s<EFBFBD>S`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis.dat' INTO TABLE `<60>s<EFBFBD>T`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis2.dat' INTO TABLE `<60>s<EFBFBD>U`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0201_sjis.dat' INTO TABLE `<60>s<EFBFBD>V`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis.dat' INTO TABLE `<60>s<EFBFBD>W`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis2.dat' INTO TABLE `<60>s<EFBFBD>X`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0201_sjis.dat' INTO TABLE `<60>s<EFBFBD>P<EFBFBD>O`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis.dat' INTO TABLE `<60>s<EFBFBD>P<EFBFBD>P`;
LOAD DATA LOCAL INFILE 'suite/jp/std_data/jisx0208_sjis2.dat' INTO TABLE `<60>s<EFBFBD>P<EFBFBD>Q`;
#InnoDB
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>P`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>P`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>P`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>Q`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>Q`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>Q`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>R`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>R`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>R`;
#MyISAM
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>S`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>S`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>S`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>T`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>T`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>T`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>U`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>U`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>U`;
#Heap
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>V`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>V`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>V`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>W`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>W`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>W`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>X`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>X`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>X`;
#BDB
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>P<EFBFBD>O`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>P<EFBFBD>O`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>P<EFBFBD>O`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>P<EFBFBD>P`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>P<EFBFBD>P`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>P<EFBFBD>P`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using utf8) FROM `<60>s<EFBFBD>P<EFBFBD>Q`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ucs2) FROM `<60>s<EFBFBD>P<EFBFBD>Q`;
SELECT `<60>b<EFBFBD>P`, CONVERT(`<60>b<EFBFBD>P` using ujis) FROM `<60>s<EFBFBD>P<EFBFBD>Q`;
drop table `<60>s<EFBFBD>P`;
drop table `<60>s<EFBFBD>Q`;
drop table `<60>s<EFBFBD>R`;
drop table `<60>s<EFBFBD>S`;
drop table `<60>s<EFBFBD>T`;
drop table `<60>s<EFBFBD>U`;
drop table `<60>s<EFBFBD>V`;
drop table `<60>s<EFBFBD>W`;
drop table `<60>s<EFBFBD>X`;
drop table `<60>s<EFBFBD>P<EFBFBD>O`;
drop table `<60>s<EFBFBD>P<EFBFBD>P`;
drop table `<60>s<EFBFBD>P<EFBFBD>Q`;
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