mariadb/mysql-test/suite/rpl/t/rpl_colSize.test

##################################################################
# rpl_colSize                                                    #
#                                                                #
# This test is designed to test the changes included in WL#3228. #
# The changes include the ability to replicate with the master   #
# having columns that are smaller (shorter) than the slave.      #
##################################################################

-- source include/master-slave.inc

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

--echo **** Testing WL#3228 changes. ****
--echo *** Create "wider" table on slave ***
sync_slave_with_master;
STOP SLAVE;
RESET SLAVE;

eval CREATE TABLE t1 (
  a float     (47),
  b double    (143,9),
  c decimal   (65,30),
  d numeric   (4,0),
  e bit       (32),
  f char      (21),
  g varchar   (1300),
  h binary    (33),
  j varbinary (200),
  k enum      ('5','6','7', '8','9','0'),
  l set       ('1','2','3','4','5','6','7','8','9','0','11','12','13','14','15','16','17','18','19','21','22','23','24','25','26','27','28','29'),
  m TINYBLOB,
  n BLOB,
  o MEDIUMBLOB,
  p LONGBLOB,
  q TINYTEXT,
  r TEXT,
  s MEDIUMTEXT,
  t LONGTEXT
);

--echo *** Create same table on master but with narrow columns ***
connection master;
eval CREATE TABLE t1 (
  a float     (44),
  b double    (10,3),
  c decimal   (10,2),
  d numeric   (3,0),
  e bit       (16),
  f char      (10),
  g varchar   (100),
  h binary    (20),
  j varbinary (20),
  k enum      ('5','6','7'),
  l set       ('1','2','3','4','5','6','7','8','9','0'),
  m TINYBLOB,
  n BLOB,
  o MEDIUMBLOB,
  p LONGBLOB,
  q TINYTEXT,
  r TEXT,
  s MEDIUMTEXT,
  t LONGTEXT
);

RESET MASTER;

--echo *** Start replication ***
connection slave;
START SLAVE;

--echo *** Insert data on master and display it. ***
connection master;

INSERT INTO t1 () VALUES (
  17.567, 
  2.123, 
  10.20, 
  125,
  hex(64),
  'TEST',
  'This is a test',
  'binary data',
  'more binary data',
  '6',
  '7',
  "blob 1",
  "blob  2",
  "blob   3",
  "blob    4",
  "text 1",
  "text  2",
  "text   3",
  "text    4");

# Replace values in columns that display differently between SBR & RBR
--replace_column 5 # 8 #
SELECT * FROM t1 ORDER BY a;

--echo *** Select data from slave to compare ***
sync_slave_with_master;
connection slave;

# Replace values in columns that display differently between SBR & RBR
--replace_column 5 # 8 #
SELECT * FROM t1 ORDER BY a;

# Test boundary limits of varchar and char fields
# Master/Slave
# <256/<256 with m < s, m > s, and m == s <-- col a
# >255/<256 with m < s, m > s, and m == s <-- error will be caught in BUG#22086
# <256/>255 with m < s, m > s, and m == s <-- col b
# >255/>255 with m < s, m > s, and m == s <-- col c
#
# Test boundary limits of CHAR fields
# Master/Slave
# <256/<256 with m < s, m > s, and m == s <-- col d
# >255/<256 with m < s, m > s, and m == s <-- error char limited to 255 chars
# <256/>255 with m < s, m > s, and m == s <-- error char limited to 255 chars
# >255/>255 with m < s, m > s, and m == s <-- error char limited to 255 chars

connection master;
DROP TABLE t1;

--echo Create varchar table on master
CREATE TABLE t1 (
  a VARCHAR(50),
  b VARCHAR(100),
  c VARCHAR(300),
  d CHAR(5)
);

sync_slave_with_master slave;

--echo Alter varchar table on slave
ALTER TABLE t1 CHANGE COLUMN a a VARCHAR(100);
ALTER TABLE t1 CHANGE COLUMN b b VARCHAR(400);
ALTER TABLE t1 CHANGE COLUMN c c VARCHAR(500);
ALTER TABLE t1 CHANGE COLUMN d d CHAR(100);

connection master;

--echo Insert some values and select them on master
INSERT INTO t1 VALUES ("This is a test of col a.", 
                       "This is another test of col b.",
                       "This is a test of the large col c.",
                       "Col d");
SELECT * FROM t1;
--replace_result default DEFAULT
SHOW CREATE TABLE t1;

sync_slave_with_master slave;

--echo Insert some values and select them on slave
SELECT * FROM t1;
--replace_result default DEFAULT
SHOW CREATE TABLE t1;


# Test boundary limits of bit fields
# m < s, m % 8 != 0, and s % 8 == 0 col a
# m < s, m % 8 == 0, and s % 8 != 0 col b
# m < s, m % 8 != 0, and s % 8 != 0 col c
# m > s, m % 8 != 0, and s % 8 == 0 <-- error will be caught in BUG#22086
# m > s, m % 8 == 0, and s % 8 != 0 <-- error will be caught in BUG#22086
# m > s, m % 8 != 0, and s % 8 != 0 <-- error will be caught in BUG#22086

connection master;
DROP TABLE t1;

--echo Create bit table on master
CREATE TABLE t1 (
  a BIT(7),
  b BIT(8),
  c BIT(21),
  d BIT(11),
  e BIT(11)
);

sync_slave_with_master slave;

--echo Create bit table on slave
DROP TABLE t1;
CREATE TABLE t1 (
  a BIT(16),
  b BIT(22),
  c BIT(54),
  d BIT(25),
  e BIT(13)
);

connection master;

--echo Insert some values and select them on master
INSERT INTO t1 VALUES (
  b'1010101',
  b'10101011',
  b'101010110101010101111',
  b'10101010101',
  b'10101011111'
  );

SELECT BIN(a), BIN(b), BIN(c), BIN(d), BIN(e) FROM t1;
--replace_result default DEFAULT
SHOW CREATE TABLE t1;

sync_slave_with_master slave;

--echo Insert some values and select them on master
SELECT BIN(a), BIN(b), BIN(c), BIN(d), BIN(e) FROM t1;
--replace_result default DEFAULT
SHOW CREATE TABLE t1;

--echo *** Cleanup  ***
connection master;
DROP TABLE t1;
sync_slave_with_master;

# END 5.1 Test Case