-- source include/have_ndb.inc

--disable_warnings
DROP TABLE IF EXISTS t1, t2, r1;
--enable_warnings

#
# Basic test to see that batching is working
#

create table t1 (
  a int primary key,
  b int not null,
  c int not null,
  index(b), unique index using hash(c)
) engine = ndb;
--source suite/ndb/include/ndb_init_execute_count.inc
insert into t1 values
  (1,2,1),(2,3,2),(3,4,3),(4,5,4),
  (5,2,12),(6,3,11),(7,4,10),(8,5,9),
  (9,2,8),(10,3,7),(11,4,6),(12,5,5);
--source suite/ndb/include/ndb_execute_count.inc

##
# In ps-protocol, server will adds calls to execute(Commit)
#   (these are optimized away by ndbapi, since there is nothing to commit)
#   and these generates a diff in execute-count
# To not have to investigate problem futher, I simply set autocommit=off
#   (and back further down where we don't track execute-count any longer)
# It would probably be good to changes these tests to instead use frazers new
#   ndbapi counters, and instead measure #round-trips
set autocommit=off;

# batch on primary key
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where a in (2,8,12);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;

# batch on ordered index
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where b in (1,2,5);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;

# batch on unique hash index
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where c in (2,8,12);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;

# batch mixed
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where a in (2,8) or (a > 11) or (a <= 1);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;

# batch on primary key, missing values
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where a in (33,8,12);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where a in (2,33,8,12,34);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;

# batch on ordered index, missing values
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where b in (1,33,5);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;
--source suite/ndb/include/ndb_init_execute_count.inc
select * from t1 force index(b) where b in (1,33,5) order by a;
--source suite/ndb/include/ndb_execute_count.inc
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where b in (45,1,33,5,44);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;
--source suite/ndb/include/ndb_init_execute_count.inc
select * from t1 force index(b) where b in (45,22) order by a;
--source suite/ndb/include/ndb_execute_count.inc

# batch on unique hash index, missing values
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where c in (2,8,33);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1 where c in (13,2,8,33,12);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a;
drop table r1;

--source suite/ndb/include/ndb_init_execute_count.inc
select * from t1 where a in (33,8,12) order by a;
--source suite/ndb/include/ndb_execute_count.inc
--source suite/ndb/include/ndb_init_execute_count.inc
select * from t1 where a in (33,34,35) order by a;
--source suite/ndb/include/ndb_execute_count.inc
--source suite/ndb/include/ndb_init_execute_count.inc
select * from t1 where a in (2,8) or (a > 11) or (a <= 1) order by a;
--source suite/ndb/include/ndb_execute_count.inc
--source suite/ndb/include/ndb_init_execute_count.inc
select * from t1 where b in (6,7) or (b <= 5) or (b >= 10) order by b,a;
--source suite/ndb/include/ndb_execute_count.inc
--source suite/ndb/include/ndb_init_execute_count.inc
select * from t1 where c in (13,2,8,33,12) order by c,a;
--source suite/ndb/include/ndb_execute_count.inc
drop table t1;

set autocommit=on;

#
# Somewhat more complicated
#

create table t1 (
  a int not null,
  b int not null,
  c int not null,
  d int not null,
  e int not null,
  primary key (a,b,c,d), index (d)
) engine = ndb;

--source suite/ndb/include/ndb_init_execute_count.inc
insert into t1 values
  (1,2,1,1,1),(2,3,2,3,1),(3,4,3,1,1),(4,5,4,7,1),
  (5,2,12,12,1),(6,3,11,1,1),(7,4,10,3,1),(8,5,9,5,1),
  (9,2,8,6,1),(10,3,7,5,1),(11,4,6,3,1),(12,5,5,2,1),
  (1,2,1,2,1),
  (1,2,1,3,1),
  (1,2,1,4,1),
  (1,2,1,5,1);
--source suite/ndb/include/ndb_execute_count.inc

# batch on primary key
--source suite/ndb/include/ndb_init_execute_count.inc
create table r1 as select * from t1
  where a=1 and b=2 and c=1 and d in (1,4,3,2);
--source suite/ndb/include/ndb_execute_count.inc
select * from r1 order by a,b,c,d;
drop table r1;

# batched update ordered index, one value for all
update t1 set e = 100
  where d in (12,6,7);
select * from t1 where d in (12,6,7) order by a,b,c,d;
select * from t1 where d not in (12,6,7) and e = 100;

# batched update primary key, one value for all
update t1 
  set e = 101
  where a=1 and 
        b=2 and 
        c=1 and 
        d in (1,4,3,2);
select * 
  from t1
  where a=1 and b=2 and c=1 and d in (1,4,3,2)
  order by a,b,c,d;
select * 
  from t1 
  where not (a=1 and b=2 and c=1 and d in (1,4,3,2))
        and e=101;


# batched update ordered index, different values
update t1 
  set e = 
    (case d
      when 12 then 112
      when 6  then 106
      when 7  then 107
    end)
  where d in (12,6,7);
select * from t1 where d in (12,6,7) order by a,b,c,d;

# batched update primary key, different values
update t1 
  set e = 
    (case d
      when 1 then 111
      when 4 then 444
      when 3 then 333
      when 2 then 222
    end)
  where a=1 and 
        b=2 and 
        c=1 and 
        d in (1,4,3,2);
select * 
  from t1
  where a=1 and b=2 and c=1 and d in (1,4,3,2)
  order by a,b,c,d;

# batched delete
delete from t1 where d in (12,6,7);
select * from t1 where d in (12,6,7);

drop table t1;

# null handling
create table t1 (
  a int not null primary key,
  b int,
  c int,
  d int,
  unique index (b),
  index(c)
) engine = ndb;

insert into t1 values
  (1,null,1,1),
  (2,2,2,2),
  (3,null,null,3),
  (4,4,null,4),
  (5,null,5,null),
  (6,6,6,null),
  (7,null,null,null),
  (8,8,null,null),
  (9,null,9,9),
  (10,10,10,10),
  (11,null,null,11),
  (12,12,null,12),
  (13,null,13,null),
  (14,14,14,null),
  (15,null,null,null),
  (16,16,null,null);

create table t2 as select * from t1 where a in (5,6,7,8,9,10);
select * from t2 order by a;
drop table t2;

create table t2 as select * from t1 where b in (5,6,7,8,9,10);
select * from t2 order by a;
drop table t2;

create table t2 as select * from t1 where c in (5,6,7,8,9,10);
select * from t2 order by a;
drop table t2;

drop table t1;

# bug17729

CREATE TABLE t1 (
  a int(11) NOT NULL,
  b int(11) NOT NULL,
  c datetime default NULL,
  PRIMARY KEY  (a),
  KEY idx_bc (b,c)
) ENGINE=ndbcluster;

INSERT INTO t1 VALUES 
(406989,67,'2006-02-23 17:08:46'), (150078,67,'2005-10-26 11:17:45'),
(406993,67,'2006-02-27 11:20:57'), (245655,67,'2005-12-08 15:59:08'),
(406994,67,'2006-02-27 11:26:46'), (256,67,NULL),
(398341,67,'2006-02-20 04:48:44'), (254,67,NULL),(1120,67,NULL),
(406988,67,'2006-02-23 17:07:22'), (255,67,NULL),
(398340,67,'2006-02-20 04:38:53'),(406631,67,'2006-02-23 10:49:42'),
(245653,67,'2005-12-08 15:59:07'),(406992,67,'2006-02-24 16:47:18'),
(245654,67,'2005-12-08 15:59:08'),(406995,67,'2006-02-28 11:55:00'),
(127261,67,'2005-10-13 12:17:58'),(406991,67,'2006-02-24 16:42:32'),
(245652,67,'2005-12-08 15:58:27'),(398545,67,'2006-02-20 04:53:13'),
(154504,67,'2005-10-28 11:53:01'),(9199,67,NULL),(1,67,'2006-02-23 15:01:35'),
(223456,67,NULL),(4101,67,NULL),(1133,67,NULL),
(406990,67,'2006-02-23 18:01:45'),(148815,67,'2005-10-25 15:34:17'),
(148812,67,'2005-10-25 15:30:01'),(245651,67,'2005-12-08 15:58:27'),
(154503,67,'2005-10-28 11:52:38');

create table t11 engine = ndbcluster select * from t1 where b = 67 AND (c IS NULL OR c > NOW()) order by 3 asc;
create table t12 engine = ndbcluster select * from t1 where b = 67 AND (c IS NULL OR c > NOW()) order by 3 desc;
create table t21 select * from t1 where b = 67 AND (c IS NULL OR c > '2005-12-08') order by 3 asc;
create table t22 engine = ndbcluster select * from t1 where b = 67 AND (c IS NULL OR c > '2005-12-08') order by 3 desc;

select * from t11 order by 1,2,3;
select * from t12 order by 1,2,3;
select * from t21 order by 1,2,3;
select * from t22 order by 1,2,3;

# join tests
select t12.a from t11, t12 where t11.a in(255,256) and t11.a = t12.a and t11.c is null order by t12.a;

update t22 set c = '2005-12-08 15:58:27' where a = 255;
select * from t22 order by 1,2,3;
select t21.* from t21,t22 where t21.a = t22.a and 
t22.a in (select t12.a from t11, t12 where t11.a in(255,256) and t11.a = t12.a and t11.c is null) and t22.c is null order by t21.a;

delete from t22 where a > 245651;
update t22 set b = a + 1;
select * from t22 order by 1,2,3;
select t21.c, count(*)
from t21 
inner join t22 using (a)
where t22.b in (2,256,257,1121,1134,4102,9200,223457,245652)
group by t21.c
order by t21.c;

DROP TABLE t1, t11, t12, t21, t22;

# bug#19956
CREATE TABLE t1 (id varchar(255) NOT NULL,
		 tag int(11) NOT NULL,
                 doc text NOT NULL,
                 type varchar(150) NOT NULL,
                 modified timestamp NOT NULL DEFAULT CURRENT_TIMESTAMP,
                 PRIMARY KEY (id)
                ) ENGINE=ndbcluster;

INSERT INTO t1 VALUES ('sakila',1,'Some text goes here','text',CURRENT_TIMESTAMP);
SELECT id, tag, doc, type FROM t1 WHERE id IN ('flipper','orka');
SELECT id, tag, doc, type FROM t1 WHERE id IN ('flipper','sakila');

DROP TABLE t1;

#bug#25522
CREATE TABLE t1 (
       var1 int(2) NOT NULL,
       var2 int(2) NOT NULL,
       PRIMARY KEY  (var1)
     ) ENGINE=ndbcluster DEFAULT CHARSET=ascii CHECKSUM=1;


CREATE TABLE t2 (
       var1 int(2) NOT NULL,
       var2 int(2) NOT NULL,
       PRIMARY KEY  (var1)
     ) ENGINE=ndbcluster DEFAULT CHARSET=ascii CHECKSUM=1;


DELIMITER |;
CREATE TRIGGER testtrigger
     AFTER UPDATE ON t1 FOR EACH ROW BEGIN
     REPLACE INTO t2 SELECT * FROM t1 WHERE t1.var1 = NEW.var1;END|
DELIMITER ;|

INSERT INTO t1 VALUES (1,1),(2,2),(3,3);

UPDATE t1 SET var2 = 9 WHERE var1 IN(1,2,3);

DROP TRIGGER testtrigger;

DROP TABLE t1, t2;

#bug#25821
create table t1 (a int, b int, primary key (a), key ab (a,b)) engine=ndbcluster;

insert into t1 values (1,1), (10,10);

select * from t1 use index (ab) where a in(1,10) order by a;

create table t2 (a int, b int, primary key (a,b)) engine=ndbcluster
partition by key(a);

insert into t2 values (1,1), (10,10);

select * from t2 where a in (1,10) order by a;
drop table t1, t2;

#bug#30337

create table t1 (id int primary key) engine ndb;
insert into t1 values (1), (2), (3);

create table t2 (id int primary key) engine ndb;
insert into t2 select id from t1;

delimiter |;
create trigger kaboom after delete on t1
for each row begin
  delete from t2 where id=old.id;
end|
delimiter ;|

select * from t1 order by id;
delete from t1 where id in (1,2);
select * from t2 order by id;

drop trigger kaboom;
drop table t1;

#bug#31874

create table t1 (
  a int not null primary key,
  b int
) engine = ndb;
insert into t1 values (7,2),(8,3),(10,4);

update t1 set b = 5 where a in (7,8) or a >= 10;
select * from t1 order by a;
delete from t1 where a in (7,8) or a >= 10;
select * from t1 order by a;

drop table t1;

#bug#35137 - self join + mrr

create table t1 (a int primary key, b int, key b_idx (b)) engine ndb;
insert into t1 values(1,1), (2,2), (3,3), (4,4), (5,5);

select one.a 
from t1 one left join t1 two 
on (two.b = one.b) 
where one.a in (3, 4) 
order by a;

drop table t1;

create table t1 (a varchar(1536) not null,
                 b varchar(1532) not null,
                 c int, primary key (a,b)) engine=ndb;
insert into t1 values ('a', 'a', 1), ('b', 'b', 2), ('c', 'c', 3),
                      ('d', 'd', 4), ('e', 'e', 5), ('f', 'f', 6),
                      ('g', 'g', 7), ('h', 'h', 8), ('i', 'i', 9),
                      ('j', 'j', 10), ('k', 'k', 11), ('l', 'l', 12),
                      ('m', 'm', 13), ('n', 'n', 14), ('o', 'o', 15),
                      ('p', 'p', 16), ('q', 'q', 17), ('r', 'r', 18),
                      ('s', 's', 19), ('t', 't', 20), ('u', 'u', 21),
                      ('v', 'v', 22), ('w', 'w', 23), ('x', 'x', 24);
select * from t1
 where (a >= 'aa' and b >= 'x' and a <= 'c' and b <= 'c')
    or (a = 'd')
    or (a = 'e')
    or (a = 'f')
    or (a > 'g' and a < 'ii')
    or (a >= 'j' and b >= 'x' and a <= 'k' and b <= 'k')
    or (a = 'm' and b = 'm')
    or (a = 'v')
    order by a asc, b asc;
drop table t1, t2;

########################
# Check propper reinit of a mrr executed multiple time as part of a join.
# The mrr access is driven by a scan and executed as for every tuple 
# in the scaned table.
#
# In certain queries the optimizer don't read the entire mrr result set
# before it fetch the next tuple from the scanned table. 
# The next mrr operation would then still have an open scan which wasn't
# cleaned up as expected. This may cause all available NdbOperation,
# NdbTransaction or lock objects to be consumed before the operation 
# could finish.
#####################

create table t1 (pk int primary key, a int) engine=ndb;
create table t2 (pk int primary key, a int) engine=ndb;

insert into t2 values
   (0,0), (1,1), (2,2), (3,3), (4,4),
   (5,5), (6,6), (7,7), (8,8), (9,9);

##
# 10^4 cross product on t2 creates 10.000 rows:
# Insert volume has been tunes to insert only 3.000
# of these as this is sufficient to produce an 'out of connection objects'
##
insert into t1
 select
   t1.a + t2.a*10 + t3.a*100 + t4.a*1000, 
   (t1.a + t2.a*10 + t3.a*100 + t4.a*1000) / 1000
from
  t2 as t1, t2 as t2, t2 as t3, t2 as t4
where (t1.a + t2.a*10 + t3.a*100 + t4.a*1000) < 3000;


# Execute a 'scan(t1) join mrr(t2)'
#  - 'DISTINCT t1.pk' will cause optimizer to stop fetching mrr(t2) 
#     when the first matching 't2.a = t1.a' is found.
#  - 'LEFT JOIN' is to ensure that 'Using join buffer' is *not* used
#
explain
SELECT DISTINCT STRAIGHT_JOIN t1.pk FROM 
   t1 LEFT JOIN t2 ON t2.a = t1.a AND t2.pk != 6;

--disable_result_log
SELECT DISTINCT STRAIGHT_JOIN t1.pk FROM 
   t1 LEFT JOIN t2 ON t2.a = t1.a AND t2.pk != 6;
--enable_result_log

drop table t1, t2;