RESET MASTER;
SET GLOBAL binlog_row_metadata = MINIMAL;
#
# Temporal types can be printed correctly
#
CREATE TABLE t1(c_year YEAR, c_date DATE, c_time TIME, c_time_f TIME(3),
c_datetime DATETIME, c_datetime_f DATETIME(3),
c_timestamp TIMESTAMP, c_timestamp_f TIMESTAMP(3) DEFAULT "2017-1-1 10:10:10");
INSERT INTO t1(c_year) VALUES(2017);
# Columns(YEAR,
#         DATE,
#         TIME,
#         TIME(3),
#         DATETIME,
#         DATETIME(3),
#         TIMESTAMP NOT NULL,
#         TIMESTAMP(3) NOT NULL)
DROP TABLE t1;
RESET MASTER;
#
# Geometry types can be printed correctly
#
CREATE TABLE t1 (c_geo GEOMETRY, c_point POINT, c_linestring LINESTRING,
c_polygon POLYGON, c_multi_point MULTIPOINT,
c_multi_linestring MULTILINESTRING, c_multi_polygon MULTIPOLYGON,
c_geometrycollection GEOMETRYCOLLECTION, c_char CHAR(100));
INSERT INTO t1(c_point) VALUES(ST_PointFromText('POINT(10 10)'));
# Columns(GEOMETRY,
#         POINT,
#         LINESTRING,
#         POLYGON,
#         MULTIPOINT,
#         MULTILINESTRING,
#         MULTIPOLYGON,
#         GEOMETRYCOLLECTION,
#         CHAR(100) CHARSET latin1 COLLATE latin1_swedish_ci)
RESET MASTER;
SET GLOBAL binlog_row_metadata = FULL;
INSERT INTO t1(c_point) VALUES(ST_PointFromText('POINT(10 10)'));
# Columns(`c_geo` GEOMETRY,
#         `c_point` POINT,
#         `c_linestring` LINESTRING,
#         `c_polygon` POLYGON,
#         `c_multi_point` MULTIPOINT,
#         `c_multi_linestring` MULTILINESTRING,
#         `c_multi_polygon` MULTIPOLYGON,
#         `c_geometrycollection` GEOMETRYCOLLECTION,
#         `c_char` CHAR(100) CHARSET latin1 COLLATE latin1_swedish_ci)
DROP TABLE t1;
RESET MASTER;
#
# Numeric types can be printed correctly
#
CREATE TABLE t1(c_bit BIT(10), c_bool BOOL, c_smallint SMALLINT,
c_mediumint MEDIUMINT, c_int INT UNSIGNED, c_bigint BIGINT,
c_float FLOAT UNSIGNED, c_double DOUBLE, c_decimal DECIMAL(10, 2));
SET GLOBAL binlog_row_metadata = MINIMAL;
INSERT INTO t1(c_bool) VALUES(1);
# UNSIGNED flag should be printed
# Columns(BIT(10),
#         TINYINT,
#         SMALLINT,
#         MEDIUMINT,
#         INT UNSIGNED,
#         BIGINT,
#         FLOAT UNSIGNED,
#         DOUBLE,
#         DECIMAL(10,2))
RESET MASTER;
SET GLOBAL binlog_row_metadata = FULL;
INSERT INTO t1(c_bool) VALUES(1);
# Columns(`c_bit` BIT(10),
#         `c_bool` TINYINT,
#         `c_smallint` SMALLINT,
#         `c_mediumint` MEDIUMINT,
#         `c_int` INT UNSIGNED,
#         `c_bigint` BIGINT,
#         `c_float` FLOAT UNSIGNED,
#         `c_double` DOUBLE,
#         `c_decimal` DECIMAL(10,2))
DROP TABLE t1;
RESET MASTER;
#
# Character types can be printed correctly
#
CREATE TABLE t1(c_char CHAR(10), c_varchar VARCHAR(500),
c_tinytext TINYTEXT, c_text TEXT,
c_mediumtext MEDIUMTEXT, c_longtext LONGTEXT CHARSET utf8);
SET GLOBAL binlog_row_metadata = MINIMAL;
INSERT INTO t1(c_char) VALUES("1");
# Columns(CHAR(10) CHARSET latin1 COLLATE latin1_swedish_ci,
#         VARCHAR(500) CHARSET latin1 COLLATE latin1_swedish_ci,
#         TINYTEXT CHARSET latin1 COLLATE latin1_swedish_ci,
#         TEXT CHARSET latin1 COLLATE latin1_swedish_ci,
#         MEDIUMTEXT CHARSET latin1 COLLATE latin1_swedish_ci,
#         LONGTEXT CHARSET utf8 COLLATE utf8_general_ci)
RESET MASTER;
SET GLOBAL binlog_row_metadata = FULL;
INSERT INTO t1(c_char) VALUES("1");
# Columns(`c_char` CHAR(10) CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_varchar` VARCHAR(500) CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_tinytext` TINYTEXT CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_text` TEXT CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_mediumtext` MEDIUMTEXT CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_longtext` LONGTEXT CHARSET utf8 COLLATE utf8_general_ci)
DROP TABLE t1;
RESET MASTER;
#
# Column names with non-ascii characters and escape characters can be printed correctly
#
set names utf8;
CREATE TABLE t1(`åäö表\a'``"` INT);
SHOW CREATE TABLE t1;
Table	Create Table
t1	CREATE TABLE `t1` (
  `åäö表\a'``"` int(11) DEFAULT NULL
) ENGINE=MyISAM DEFAULT CHARSET=latin1
INSERT INTO t1 VALUES(1);
# Columns(`åäö表\\a\'`"` INT)
DROP TABLE t1;
RESET MASTER;
#
# Charsets can be printed correctly
#
CREATE TABLE t1(c_char_utf8 CHAR(10) CHARSET utf8,
c_varchar_utf8 VARCHAR(10) CHARSET utf8,
c_text_utf8 TEXT CHARSET utf8);
INSERT INTO t1 VALUES("1", "2", "3");
# Columns(`c_char_utf8` CHAR(10) CHARSET utf8 COLLATE utf8_general_ci,
#         `c_varchar_utf8` VARCHAR(10) CHARSET utf8 COLLATE utf8_general_ci,
#         `c_text_utf8` TEXT CHARSET utf8 COLLATE utf8_general_ci)
DROP TABLE t1;
RESET MASTER;
CREATE TABLE t1(c_utf8mb4_520 CHAR(10) CHARSET utf8mb4 COLLATE utf8mb4_unicode_ci,
c_utf8mb4_0900 VARCHAR(10) CHARSET utf8mb4 COLLATE utf8mb4_polish_ci,
c_utf8mb4_def TEXT CHARSET utf8mb4);
INSERT INTO t1 VALUES("1", "2", "3");
# Columns(`c_utf8mb4_520` CHAR(10) CHARSET utf8mb4 COLLATE utf8mb4_unicode_ci,
#         `c_utf8mb4_0900` VARCHAR(10) CHARSET utf8mb4 COLLATE utf8mb4_polish_ci,
#         `c_utf8mb4_def` TEXT CHARSET utf8mb4 COLLATE utf8mb4_general_ci)
DROP TABLE t1;
RESET MASTER;
#
# Blob and binary columns can be printed correctly
#
CREATE TABLE t1(c_binary BINARY(10), c_varbinary VARBINARY(10),
c_tinyblob TINYBLOB, c_blob BLOB,
c_mediumblob MEDIUMBLOB, c_longblob LONGBLOB);
INSERT INTO t1 VALUES("1", "2", "3", "4", "5", "6");
# Columns(`c_binary` BINARY(10),
#         `c_varbinary` VARBINARY(10),
#         `c_tinyblob` TINYBLOB,
#         `c_blob` BLOB,
#         `c_mediumblob` MEDIUMBLOB,
#         `c_longblob` LONGBLOB)
DROP TABLE t1;
RESET MASTER;
#
# Verify that SET string values and character sets can be printed correctly
#
set names utf8;
CREATE TABLE t1(
c_set_1 SET("set1_v1_å", "set1_v2_ä", "set1_v3_ö"),
c_set_2 SET("set2_v1_å", "set2_v2_ä", "set2_v3_ö") CHARACTER SET latin1,
c_set_4 SET("set3_v1_å", "set3_v2_ä", "set3_v3_ö") CHARACTER SET swe7 COLLATE swe7_bin);
SET GLOBAL binlog_row_metadata = MINIMAL;
INSERT INTO t1 VALUES("set1_v1_å", "set2_v3_ö", "set3_v1_å");
# Columns(SET,
#         SET,
#         SET)
RESET MASTER;
SET GLOBAL binlog_row_metadata = FULL;
INSERT INTO t1 VALUES("set1_v1_å", "set2_v3_ö", "set3_v1_å");
# Columns(`c_set_1` SET('set1_v1_å','set1_v2_ä','set1_v3_ö') CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_set_2` SET('set2_v1_å','set2_v2_ä','set2_v3_ö') CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_set_4` SET('set3_v1_}','set3_v2_{','set3_v3_|') CHARSET swe7 COLLATE swe7_bin)
DROP TABLE t1;
RESET MASTER;
#
# Verify that ENUM string values and character sets can be printed correctly
#
CREATE TABLE t1(
c_enum_1 ENUM("enum1_v1_å", "enum1_v2_ä", "enum1_v3_ö"),
c_enum_3 ENUM("enum2_v1_å", "enum2_v2_ä", "enum2_v3_ö") CHARACTER SET latin1,
c_enum_4 ENUM("enum3_v1_å", "enum3_v2_ä", "enum3_v3_ö") CHARACTER SET swe7 COLLATE swe7_bin);
SET GLOBAL binlog_row_metadata = MINIMAL;
INSERT INTO t1 VALUES("enum1_v1_å", "enum2_v3_ö", "enum3_v1_å");
# Columns(ENUM,
#         ENUM,
#         ENUM)
RESET MASTER;
SET GLOBAL binlog_row_metadata = FULL;
INSERT INTO t1 VALUES("enum1_v1_å", "enum2_v3_ö", "enum3_v1_å");
# Columns(`c_enum_1` ENUM('enum1_v1_å','enum1_v2_ä','enum1_v3_ö') CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_enum_3` ENUM('enum2_v1_å','enum2_v2_ä','enum2_v3_ö') CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_enum_4` ENUM('enum3_v1_}','enum3_v2_{','enum3_v3_|') CHARSET swe7 COLLATE swe7_bin)
DROP TABLE t1;
RESET MASTER;
#
# Verify that explicit NOT NULL can be printed correctly
#
CREATE TABLE t1(c_not_null1 INT NOT NULL, c_null1 INT, c_not_null2 INT NOT NULL,
c_null2 INT);
INSERT INTO t1 VALUES(1, 2, 3, 4);
# Columns(`c_not_null1` INT NOT NULL,
#         `c_null1` INT,
#         `c_not_null2` INT NOT NULL,
#         `c_null2` INT)
DROP TABLE t1;
RESET MASTER;
#
# Verify that primary key can be printed correctly
#
CREATE TABLE t1(c_key1 INT, c_key3 INT, c_not_key INT, c_key2 INT,
PRIMARY KEY(c_key1, c_key2, c_key3));
INSERT INTO t1 VALUES(1, 2, 3, 4);
# Columns(`c_key1` INT NOT NULL,
#         `c_key3` INT NOT NULL,
#         `c_not_key` INT,
#         `c_key2` INT NOT NULL)
# Primary Key
DROP TABLE t1;
RESET MASTER;
CREATE TABLE t1(c_key1 CHAR(100), c_key3 CHAR(100), c_not_key INT, c_key2 CHAR(10),
PRIMARY KEY(c_key1(5), c_key2, c_key3(10)));
INSERT INTO t1 VALUES("1", "2", 3, "4");
# Columns(`c_key1` CHAR(100) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_key3` CHAR(100) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_not_key` INT,
#         `c_key2` CHAR(10) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci)
# Primary Key
RESET MASTER;
SET GLOBAL binlog_row_metadata = MINIMAL;
INSERT INTO t1 VALUES("2", "2", 3, "4");
# Columns(CHAR(100) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci,
#         CHAR(100) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci,
#         INT,
#         CHAR(10) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci)
RESET MASTER;
#
# Coverage test: Print column index instead of column name if column name
#                is not binlogged.
#
SET GLOBAL binlog_row_metadata = FULL;
SET SESSION debug_dbug = 'd, dont_log_column_name';
INSERT INTO t1 VALUES("3", "2", 3, "4");
# Columns(`c_key1` CHAR(100) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_key3` CHAR(100) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci,
#         `c_not_key` INT,
#         `c_key2` CHAR(10) NOT NULL CHARSET latin1 COLLATE latin1_swedish_ci)
# Primary Key
DROP TABLE t1;
RESET MASTER;
#
# Coverage test: Inject an invalid column type
#
CREATE TABLE t1(c1 int, c2 BLOB);
SET SESSION debug_dbug = 'd,inject_invalid_column_type';
INSERT INTO t1 VALUES(1, "a");
# Columns(`c1` INT,
#         `c2` INVALID_TYPE(230))
RESET MASTER;
#
# Coverage test: Inject an invalid BLOB metadata
#
SET SESSION debug_dbug = 'd,inject_invalid_blob_size';
INSERT INTO t1 VALUES(2, "b");
# Columns(`c1` INT,
#         `c2` INVALID_BLOB(5))
#
# Coverage test: Inject an invalid Geometry type
#
DROP TABLE t1;
CREATE TABLE t1(c_geometry GEOMETRY, c_point POINT, c_multilinestring MULTILINESTRING);
RESET MASTER;
SET SESSION debug_dbug = 'd,inject_invalid_geometry_type';
INSERT INTO t1(c_point) VALUES(ST_PointFromText('POINT(10 10)'));
# Columns(`c_geometry` INVALID_GEOMETRY_TYPE(100),
#         `c_point` INVALID_GEOMETRY_TYPE(100),
#         `c_multilinestring` INVALID_GEOMETRY_TYPE(100))
DROP TABLE t1;
RESET MASTER;
#
# Comptibility Test: Verify mysqlbinlog can print OLD table_map_log_event
# without any optional metadata
#
CREATE TABLE t1(c_int INT, c_tiny_int_unsigned TINYINT UNSIGNED,
c_binary BINARY(10), c_text TEXT, c_point POINT);
SET session debug_dbug='d,simulate_no_optional_metadata';
INSERT INTO t1(c_int) VALUES(1);
# Columns(INT,
#         TINYINT,
#         BINARY(10),
#         BLOB,
#         GEOMETRY)
DROP TABLE t1;
RESET MASTER;
#
# Simulate error on initializing charset and primary key metadata
#
CREATE TABLE t1(c1 char(10) PRIMARY KEY);
SET session debug_dbug='d,simulate_init_charset_field_error';
INSERT INTO t1 VALUES("a");
SET GLOBAL binlog_row_metadata = FULL;
SET session debug_dbug='d,simulate_init_primary_key_field_error';
INSERT INTO t1 VALUES("b");
# Columns(BINARY(10) NOT NULL)
# Columns(BINARY(10) NOT NULL)
SET SESSION debug_dbug = '';
SET GLOBAL binlog_row_metadata = NO_LOG;
DROP TABLE t1;
RESET MASTER;