# This test uses chmod, cannot be run with root permissions
-- source include/not_as_root.inc

# Initialise
--disable_warnings
drop table if exists t1;
--enable_warnings

#
# varbinary as string and number
#

select 0x41,0x41+0,0x41 | 0x7fffffffffffffff | 0,0xffffffffffffffff | 0 ;
select 0x31+1,concat(0x31)+1,-0xf;
select x'31',X'ffff'+0;

#
# Test of hex constants in WHERE:
#

create table t1 (ID int(8) unsigned zerofill not null auto_increment,UNIQ bigint(21) unsigned zerofill not null,primary key (ID),unique (UNIQ) );
insert into t1 set UNIQ=0x38afba1d73e6a18a;
insert into t1 set UNIQ=123;
analyze table t1;
explain select * from t1 where UNIQ=0x38afba1d73e6a18a;
drop table t1;

#
# Test error conditions
#
--error ER_PARSE_ERROR
select x'hello';
--error ER_BAD_FIELD_ERROR
select 0xfg;

#
# Test likely error conditions
#
create table t1 select 1 as x, 2 as xx;
select x,xx from t1;
drop table t1;

# End of 4.1 tests

#
# Bug#28127 (Some valid identifiers names are not parsed correctly)
#

--disable_warnings
drop table if exists table_28127_a;
drop table if exists table_28127_b;
--enable_warnings

create table table_28127_a(0b02 int);
show create table table_28127_a;

create table table_28127_b(0b2 int);
show create table table_28127_b;

drop table table_28127_a;
drop table table_28127_b;

#
# Bug#35658 (An empty binary value leads to mysqld crash)
#

select 0b01000001;

select 0x41;

select b'01000001';

select x'41', 0+x'41';

select N'abc', length(N'abc');

select N'', length(N'');

select '', length('');

select b'', 0+b'';

select x'', 0+x'';

--error ER_BAD_FIELD_ERROR
select 0x;

--error ER_BAD_FIELD_ERROR
select 0b;


create TABLE t1(a INT, b VARBINARY(4), c VARBINARY(4));
INSERT INTO t1 VALUES
(1, 0x31393831, 0x31303037),
(2, 0x31393832, 0x31303038),
(3, 0x31393833, 0x31303039),
(3, 0x31393834, 0x31393831),
(4, 0x31393835, 0x31393832),
(5, 0x31393836, 0x31303038);

--echo #
--echo # deprecation warnings
--echo #

SELECT
hex(b & c), hex(b & 0x31393838), b & NULL, hex(b & 0b00000000000000000000000000001011),
hex(0x31393838 & b), NULL & b, hex(0b00000000000000000000000000001011 & b)
FROM t1;

SELECT
hex(b | c), hex(b | 0x31393838), b | NULL, hex(b | 0b00000000000000000000000000001011),
hex(0x31393838 | b), NULL | b, hex(0b00000000000000000000000000001011 | b)
FROM t1;

SELECT
hex(b ^ c), hex(b ^ 0x31393838), b ^ NULL, hex(b ^ 0b00000000000000000000000000001011),
hex(0x31393838 ^ b), NULL ^ b, hex(0b00000000000000000000000000001011 ^ b)
FROM t1;

SELECT BIT_COUNT(b), HEX(~b), HEX(b << 1), HEX(b >> 1) from t1;
SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1 GROUP BY a;
SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1;

--echo #
--echo # stored procedures with warnings
--echo #

CREATE PROCEDURE test_bin_op()
SELECT
HEX(b & c), HEX(b & 0x31393838), b & NULL, HEX(b & 0b00000000000000000000000000001011),
HEX(0x31393838 & b), NULL & b, HEX(0b00000000000000000000000000001011 & b),
HEX(b | c), HEX(b | 0x31393838), b | NULL, HEX(b | 0b00000000000000000000000000001011),
HEX(0x31393838 | b), NULL | b, HEX(0b00000000000000000000000000001011 | b),
HEX(b ^ c), HEX(b ^ 0x31393838), b ^ NULL, HEX(b ^ 0b00000000000000000000000000001011),
HEX(0x31393838 ^ b), NULL ^ b, HEX(0b00000000000000000000000000001011 ^ b),
BIT_COUNT(b), HEX(~b), HEX(b << 1), HEX(b >> 1)
FROM t1;

CALL test_bin_op();
CALL test_bin_op();
DROP PROCEDURE test_bin_op;

CREATE PROCEDURE test_bin_op()
SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1 GROUP BY a;

CALL test_bin_op();
CALL test_bin_op();
DROP PROCEDURE test_bin_op;

CREATE PROCEDURE test_bin_op()
SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1;

CALL test_bin_op();
CALL test_bin_op();
DROP PROCEDURE test_bin_op;

--echo #
--echo # prepared statements with warnings
--echo #

PREPARE s1 FROM
"SELECT
HEX(b & c), HEX(b & 0x31393838), b & NULL, HEX(b & 0b00000000000000000000000000001011),
HEX(0x31393838 & b), NULL & b, HEX(0b00000000000000000000000000001011 & b),
HEX(b | c), HEX(b | 0x31393838), b | NULL, HEX(b | 0b00000000000000000000000000001011),
HEX(0x31393838 | b), NULL | b, HEX(0b00000000000000000000000000001011 | b),
HEX(b ^ c), HEX(b ^ 0x31393838), b ^ NULL, HEX(b ^ 0b00000000000000000000000000001011),
HEX(0x31393838 ^ b), NULL ^ b, HEX(0b00000000000000000000000000001011 ^ b),
BIT_COUNT(b), HEX( ~b), HEX(b << 1), HEX(b >> 1)
FROM t1;";

EXECUTE s1;
EXECUTE s1;

PREPARE s2 from "SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1 GROUP BY a";
EXECUTE s2;
EXECUTE s2;

PREPARE s2 from "SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1";
EXECUTE s2;
EXECUTE s2;

--echo #
--echo # views with warnings
--echo #

--disable_ps_protocol
CREATE VIEW v1 AS
SELECT
HEX(b & c), HEX(b & 0x31393838), b & NULL, HEX(b & 0b00000000000000000000000000001011),
HEX(0x31393838 & b), NULL & b, HEX(0b00000000000000000000000000001011 & b),
HEX(b | c), HEX(b | 0x31393838), b | NULL, HEX(b | 0b00000000000000000000000000001011),
HEX(0x31393838 | b), NULL | b, HEX(0b00000000000000000000000000001011 | b),
HEX(b ^ c), HEX(b ^ 0x31393838), b ^ NULL, HEX(b ^ 0b00000000000000000000000000001011),
HEX(0x31393838 ^ b), NULL ^ b, HEX(0b00000000000000000000000000001011 ^ b),
BIT_COUNT(b), HEX(~b), HEX(b << 1), HEX(b >> 1)
FROM t1;
--enable_ps_protocol
SELECT * from v1;
SELECT * from v1;

--disable_ps_protocol
CREATE VIEW v2 AS
SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1 GROUP BY a;
--enable_ps_protocol
SELECT * from v2;
SELECT * from v2;

--disable_ps_protocol
CREATE VIEW v3 AS
SELECT HEX(BIT_AND(b)), HEX(BIT_OR(b)), HEX(BIT_XOR(b)) FROM t1;
--enable_ps_protocol
SELECT * from v3;
SELECT * from v3;

DROP VIEW v1,v2,v3;

--echo #
--echo # working as before
--echo #

SELECT
a & 0x31393838, 0x31393838 & a, 0x31393838 & 0x31393838, 0x31393838 & NULL,
0x31393838 & 0b1011, NULL & 0x31393838, 0b1011 & 0x31393838, NULL & NULL,
NULL & 0b1011, 0b1011 & NULL, 0b1011 & 0b1011, BIT_COUNT(a)
FROM t1;

SELECT
a | 0x31393838, 0x31393838 | a, 0x31393838 | 0x31393838, 0x31393838 | NULL,
0x31393838 | 0b1011, NULL | 0x31393838, 0b1011 | 0x31393838, NULL | NULL,
NULL | 0b1011, 0b1011 | NULL, 0b1011 | 0b1011
FROM t1;

SELECT
a ^ 0x31393838, 0x31393838 ^ a, 0x31393838 ^ 0x31393838, 0x31393838 ^ NULL,
0x31393838 ^ 0b1011, NULL ^ 0x31393838, 0b1011 ^ 0x31393838, NULL ^ NULL,
NULL ^ 0b1011, 0b1011 ^ NULL, 0b1011 ^ 0b1011
FROM t1;

SELECT a, BIT_AND(a), BIT_OR(a), BIT_XOR(a),
~NULL, NULL << 1, NULL >> 1, 1 << NULL, 1 >> NULL,
~0x31393838, 0x31393838 << 1, 0x31393838 >> 1,
~0b1011, 0b1011 << 1, 0b1011 >> 1
FROM t1
GROUP BY a;

--echo #
--echo # binary/varbinary vs char/varchar
--echo #

# PS protocol gives different metadata for `Max length' column
--disable_ps_protocol
--enable_metadata
SELECT '12' | '12';
SELECT _binary '12' | '12';
SELECT _binary '12' | _binary '12';
SELECT _binary '12' | 0x0001;
SELECT _binary '12' | 1;
SELECT binary '12' | '12';
SELECT binary '12' | binary '12';
SELECT binary '12' | 0x0001;
SELECT binary '12' | 1;
SELECT '12' | 0x01;
SELECT '12' | 1;
SELECT CAST('12' AS binary) | 0x0001;
SELECT CAST('12' AS binary) | 1;
SELECT CAST(b AS char) | 0x31393838 FROM t1 LIMIT 1;
SELECT (b + 0) | 0x31393838 FROM t1 LIMIT 1;
SELECT CAST(0x01 AS char) | 0x31393838 FROM t1 LIMIT 1;
SELECT 0x01 << 1;
SELECT _binary '12' << 1;
SELECT binary '12' << 1;
SELECT CAST('12' AS binary) << 1;
SELECT CAST(b AS char) << 1 FROM t1 LIMIT 1;
SELECT CAST(b AS unsigned) << 1 FROM t1 LIMIT 1;
SELECT (b + 0) << 1 FROM t1 LIMIT 1;
SELECT CAST(b AS unsigned) | 0x31393838 FROM t1 LIMIT 1;
SELECT CAST(b AS unsigned) | CAST(c AS unsigned) FROM t1 LIMIT 1;
--disable_metadata
--enable_ps_protocol

DROP TABLE t1;

PREPARE ps FROM 'SELECT (~?)';
SET @a:=0;
EXECUTE ps USING @a;
SET @a:='abcd';
EXECUTE ps USING @a;
SET @a:=_binary 'abcd';
EXECUTE ps USING @a;
SET @a:=34;
EXECUTE ps USING @a;
SELECT (_binary x'31' | x'31');
SELECT _binary '1' + 0;
SELECT (_binary x'31' | x'31') + 0;
SELECT 1.0 * (_binary x'312E35' | x'312E35');
SELECT 1.0 * (x'312E35' | x'312E35');
SELECT HEX(_binary 0x0003 << (_binary 0x38 | NULL));
SELECT (_binary x'31' | NULL) + 0;
SELECT CONCAT("", (0x39 | NULL));
SELECT ~(CONCAT ("", NULL));

--echo #
--echo # Testing datetime and time without warnings
--echo #
SELECT DATEDIFF((_binary '2012-05-19 09:06:07' | _binary '2012-05-19 09:06:07'), '2012-05-21 09:06:07');
SELECT DATEDIFF(20120519090607 | 20120519090607, '2012-05-21 09:06:07');
SELECT DATEDIFF(20120519090607, '2012-05-21 09:06:07');
SELECT SUBTIME((_binary '2012-05-19 09:06:07' | _binary '2012-05-19 09:06:07'),'1 1:1:1.000002');
SELECT SUBTIME(20120519090607 | 20120519090607 ,'1 1:1:1.000002');
SELECT SUBTIME(20120519090607 ,'1 1:1:1.000002');

--echo #
--echo # Testing datetime and time with warnings
--echo #
SELECT DATEDIFF((_binary '12012-05-19 09:06:07' | _binary '12012-05-19 09:06:07'), '2012-05-21 09:06:07');
SELECT DATEDIFF(120120519090607 | 120120519090607, '2012-05-21 09:06:07');
SELECT DATEDIFF(120120519090607, '12012-05-21 09:06:07');
SELECT SUBTIME((_binary '12007-12-31 23:59:59.999999' | _binary '12007-12-31 23:59:59.999999'),'1 1:1:1.000002');
SELECT SUBTIME(120120519090607 | 120120519090607 ,'1 1:1:1.000002');
SELECT SUBTIME(120120519090607 ,'1 1:1:1.000002');

CREATE TABLE t1(gid INT, a VARBINARY(20), b BIGINT);
INSERT INTO t1 VALUES(1, _binary '2012-05-19 09:06:07', 20120519090607),
(1, _binary '2012-05-19 09:06:07', 20120519090607),
(2, _binary '12012-05-19 09:06:07', 120120519090607),
(2, _binary '12012-05-19 09:06:07', 120120519090607);

SELECT DATEDIFF(BIT_OR(a), '2012-05-21 09:06:07') FROM t1 GROUP BY gid;
SELECT DATEDIFF(BIT_OR(b), '2012-05-21 09:06:07') FROM t1 GROUP BY gid;

SELECT DATEDIFF(BIT_OR(a), '2012-05-21 09:06:07') FROM t1 WHERE gid = 1;
SELECT DATEDIFF(BIT_OR(b), '2012-05-21 09:06:07') FROM t1 WHERE gid = 1;

SELECT DATEDIFF(BIT_OR(a), '2012-05-21 09:06:07') FROM t1 WHERE gid = 2;
SELECT DATEDIFF(BIT_OR(b), '2012-05-21 09:06:07') FROM t1 WHERE gid = 2;

SELECT SUBTIME(BIT_OR(a), '1 1:1:1.000002') FROM t1 GROUP BY gid;
SELECT SUBTIME(BIT_OR(b), '1 1:1:1.000002') FROM t1 GROUP BY gid;

SELECT SUBTIME(BIT_OR(a), '1 1:1:1.000002') FROM t1 WHERE gid = 1;
SELECT SUBTIME(BIT_OR(b), '1 1:1:1.000002') FROM t1 WHERE gid = 1;

SELECT SUBTIME(BIT_OR(a), '1 1:1:1.000002') FROM t1 WHERE gid = 2;
SELECT SUBTIME(BIT_OR(b), '1 1:1:1.000002') FROM t1 WHERE gid = 2;

DROP TABLE t1;

--echo #
--echo # Test conversions
--echo #
CREATE TABLE t1(vb varbinary(10), i INT, d DECIMAL(5,2), f FLOAT(5,2), dd DOUBLE(5,2), gid INT);

INSERT INTO t1 VALUES (_binary "-98765.23", 98765, 0.0, 0.0, 0.0, 1);
INSERT INTO t1 VALUES (_binary "-98765.23", 98765, 1.0, 1.0, 1.0, 2);

SELECT
d + (vb | vb) , f + (vb | vb), dd + (vb | vb), CAST((vb | vb) AS DECIMAL(10,2)),
d + (i | i) , f + (i | i), dd + (i | i), CAST((i | i) AS DECIMAL(10,2))
FROM t1
WHERE gid = 1;

SELECT
d * (vb | vb) , f * (vb | vb), dd * (vb | vb),
(vb | vb) / d , (vb | vb) / f, (vb | vb) / dd,
d * (i | i) , f * (i | i), dd * (i | i),
(i | i) / d , (i | i) / f, (i | i) / dd
FROM t1 WHERE gid = 2;

SET sql_mode='';
SELECT
d + BIT_OR(vb), f + BIT_OR(vb), dd + BIT_OR(vb), CAST(BIT_OR(vb) AS DECIMAL(10,2)),
d + BIT_OR(i), f + BIT_OR(i), dd + BIT_OR(i), CAST(BIT_OR(i) AS DECIMAL(10,2))
FROM t1
WHERE gid= 1;

SELECT
d * BIT_OR(vb), f * BIT_OR(vb), dd * BIT_OR(vb), BIT_OR(vb) / d,
CAST(BIT_OR(vb) AS DECIMAL(10,2)), BIT_OR(vb) / f, BIT_OR(vb) / dd,
d * BIT_OR(i), f * BIT_OR(i), dd * BIT_OR(i), BIT_OR(i) / d,
CAST(BIT_OR(i) AS DECIMAL(10,2)), BIT_OR(i) / f, BIT_OR(i) / dd
FROM t1
WHERE gid= 2;

SELECT
d + BIT_OR(vb), f + BIT_OR(vb), dd + BIT_OR(vb),
d + BIT_OR(i), f + BIT_OR(i), dd + BIT_OR(i)
FROM t1
WHERE gid= 1
GROUP BY gid;

SELECT
d * BIT_OR(vb), f * BIT_OR(vb), dd * BIT_OR(vb),  BIT_OR(vb) / d,
BIT_OR(vb) / f, BIT_OR(vb) / dd,
d * BIT_OR(i), f * BIT_OR(i), dd * BIT_OR(i),  BIT_OR(i) / d,
BIT_OR(i) / f, BIT_OR(i) / dd
FROM t1
WHERE gid= 2
GROUP BY gid;

drop table t1;