====
---- QUERY
# Uncorrelated IN subquery
select a.id, a.int_col, a.string_col
from functional.alltypessmall a
where a.id in (select id from functional.alltypestiny where bool_col = false)
and a.id < 5
---- RESULTS
1,1,'1'
3,3,'3'
---- TYPES
INT, INT, STRING
====
---- QUERY
# Uncorrelated IN subquery with IS NOT NULL predicate
select a.id, a.int_col, a.string_col
from functional.alltypes a
where a.int_col in (select int_col from functional.alltypesagg where int_col is not null)
and a.id < 5
---- RESULTS
1,1,'1'
2,2,'2'
3,3,'3'
4,4,'4'
---- TYPES
INT, INT, STRING
====
---- QUERY
# Uncorrelated IN subquery with IS NULL predicate (empty result)
select a.id, a.int_col, a.string_col
from functional.alltypes a
where a.id in (select int_col from functional.alltypesagg where int_col is null)
and a.id < 5
---- RESULTS
---- TYPES
INT, INT, STRING
====
---- QUERY
# Uncorrelated NOT IN subquery
select id, year, month
from functional.alltypessmall
where id not in (select id from functional.alltypestiny where bool_col = false)
and id < 5
---- RESULTS
0,2009,1
2,2009,1
4,2009,1
---- TYPES
INT, INT, INT
====
---- QUERY
# Uncorrelated NOT IN subquery that returns only null values
select id
from functional.alltypestiny
where int_col not in (select int_col from functional.alltypesagg where int_col is null)
and id < 10
---- RESULTS
---- TYPES
INT
====
---- QUERY
# Uncorrelated NOT IN subquery that returns null and non-null values
select id
from functional.alltypestiny
where int_col not in (select int_col from functional.alltypesagg)
---- RESULTS
---- TYPES
INT
====
---- QUERY
# Uncorrelated NOT IN subquery that returns an empty set
# (result should include all the tuples of the outer)
select id, int_col
from functional.alltypestiny
where int_col not in (select int_col from functional.alltypesagg where id < 0)
order by id
---- RESULTS
0,0
1,1
2,0
3,1
4,0
5,1
6,0
7,1
---- TYPES
INT, INT
====
---- QUERY
# Outer with nulls and an uncorrelated NOT IN subquery that returns an empty set
# (result should include NULLs in int_col)
select id, int_col
from functional.alltypesagg
where int_col not in (select int_col from functional.alltypestiny where id < 0)
and id < 5
order by id
---- RESULTS
0,NULL
0,NULL
1,1
2,2
3,3
4,4
---- TYPES
INT, INT
====
---- QUERY
# Outer with NULLS and an uncorrelated NOT IN
select id
from functional.alltypesagg
where int_col is null and
int_col not in (select int_col from functional.alltypestiny)
---- RESULTS
---- TYPES
INT
====
---- QUERY
# Outer with NULLS and an uncorrelated NOT IN subquery that returns an empty set
select id, int_col
from functional.alltypesagg
where int_col is null and
int_col not in (select int_col from functional.alltypestiny where id < 0)
and id < 10
order by id
---- RESULTS
0,NULL
0,NULL
---- TYPES
INT, INT
====
---- QUERY
# Correlated IN subquery
select s.id, s.bool_col, s.int_col, s.date_string_col
from functional.alltypessmall s
where s.id in (select id from functional.alltypestiny t where t.int_col = s.int_col)
and s.bool_col = false
---- RESULTS
1,false,1,'01/01/09'
---- TYPES
INT, BOOLEAN, INT, STRING
====
---- QUERY
# Correlated NOT IN subquery
select s.id, s.bool_col, s.int_col
from functional.alltypessmall s
where s.id not in
  (select id
   from functional.alltypestiny t
   where s.int_col = t.int_col and t.bool_col = false)
and s.id < 5
order by s.id
---- RESULTS
0,true,0
2,true,2
3,false,3
4,true,4
---- TYPES
INT, BOOLEAN, INT
====
---- QUERY
# Correlated NOT IN subquery that returns an empty set
# (results should include all the tuples of the outer that pass
# the remaining predicates)
select id, int_col
from functional.alltypestiny t
where t.int_col not in
  (select int_col from functional.alltypes a where t.id = a.id and a.bigint_col < 0)
and id < 5
order by id
---- RESULTS
0,0
1,1
2,0
3,1
4,0
---- TYPES
INT, INT
====
---- QUERY
# Correlated NOT IN subquery that returns nulls
select id, int_col
from functional.alltypestiny t
where t.int_col not in
  (select int_col from functional.alltypesagg a where int_col is null and a.id = t.id)
order by id
---- RESULTS
1,1
2,0
3,1
4,0
5,1
6,0
7,1
---- TYPES
INT, INT
====
---- QUERY
# Outer with nulls and a correlated NOT IN subquery that returns null and
# non-null values
select id, int_col
from functional.alltypesagg a
where a.int_col not in
  (select int_col from functional.alltypesagg b where a.id = b.id)
and id < 10
---- RESULTS
---- TYPES
INT, INT
====
---- QUERY
# Outer with nulls and a correlated NOT IN subquery that does not return nulls
select id, int_col
from functional.alltypesagg a
where int_col not in
  (select int_col from functional.alltypestiny t where a.id = t.id)
and bigint_col = 10
order by id
---- RESULTS
1001,1
2001,1
3001,1
4001,1
5001,1
6001,1
7001,1
8001,1
9001,1
---- TYPES
INT, INT
====
---- QUERY
# Correlated NOT IN subquery that returns an empty set
select id, int_col, bigint_col
from functional.alltypesagg a
where int_col not in
  (select int_col from alltypestiny t where a.id = t.id and t.bigint_col < 0)
and bigint_col = 10
order by id
---- RESULTS
1,1,10
1001,1,10
2001,1,10
3001,1,10
4001,1,10
5001,1,10
6001,1,10
7001,1,10
8001,1,10
9001,1,10
---- TYPES
INT, INT, BIGINT
====
---- QUERY
# Outer that has only nulls, correlated NOT IN subquery
select id, int_col, bigint_col
from alltypesagg a
where int_col not in (select int_col from alltypesagg t where a.id = t.id)
and int_col is null
---- RESULTS
---- TYPES
INT, INT, BIGINT
====
---- QUERY
# Correlated NOT IN subquery (IMPALA-1297)
select count(distinct id)
from alltypesagg t1
where t1.day not in
  (select tt1.tinyint_col as tinyint_col_1
   from alltypesagg tt1
   where t1.smallint_col = tt1.smallint_col)
---- RESULTS
8200
---- TYPES
BIGINT
====
---- QUERY
# Correlated EXISTS subquery
select count(*)
from functional.alltypestiny t
where exists (select * from functional.alltypessmall s where t.int_col = s.int_col)
and id < 4
---- RESULTS
4
---- TYPES
BIGINT
====
---- QUERY
# Correlated NOT EXISTS subquery
select id, int_col
from functional.alltypessmall t
where not exists (select 1 from functional.alltypestiny s where t.id = s.id)
and month = 1 and int_col < 5
order by id
---- RESULTS
10,0
11,1
12,2
13,3
14,4
20,0
21,1
22,2
23,3
24,4
---- TYPES
INT, INT
====
---- QUERY
# Uncorrelated EXISTS
select id
from functional.alltypestiny t
where exists (select 1 from functional.alltypessmall where bool_col = false)
and bool_col = true
order by id
---- RESULTS
0
2
4
6
---- TYPES
INT
====
---- QUERY
# Uncorrelated EXISTS that returns an empty set
select 1
from functional.alltypestiny t
where exists (select null from functional.alltypessmall where id < 0)
and t.id > 0
---- RESULTS
---- TYPES
TINYINT
====
---- QUERY
# Uncorrelated NOT EXISTS
select id
from functional.alltypestiny t
where not exists (select 1 from functional.alltypessmall where bool_col = false)
and bool_col = true
---- RESULTS
---- TYPES
INT
====
---- QUERY
# Uncorrelated NOT EXISTS that returns an empty set
select 1
from functional.alltypestiny t
where not exists (select null from functional.alltypessmall where id < 0)
and t.id > 0
---- RESULTS
1
1
1
1
1
1
1
---- TYPES
TINYINT
====
---- QUERY
# Uncorrelated aggregate subquery
select count(*) from
functional.alltypessmall t
where t.id < (select max(id) from functional.alltypestiny)
and t.bool_col = true
---- RESULTS
4
---- TYPES
BIGINT
====
---- QUERY
# Uncorrelated aggregate subquery with count
select id, int_col, year, month
from functional.alltypessmall
where int_col = (select count(*) from functional.alltypestiny)
order by id
---- RESULTS
8,8,2009,1
18,8,2009,1
33,8,2009,2
43,8,2009,2
58,8,2009,3
68,8,2009,3
83,8,2009,4
93,8,2009,4
---- TYPES
INT, INT, INT, INT
====
---- QUERY
# Correlated aggregate subquery
select id, int_col, year, month
from functional.alltypessmall s
where s.int_col = (select count(*) from functional.alltypestiny t where s.id = t.id)
order by id
---- RESULTS
1,1,2009,1
10,0,2009,1
20,0,2009,1
25,0,2009,2
35,0,2009,2
45,0,2009,2
50,0,2009,3
60,0,2009,3
70,0,2009,3
75,0,2009,4
85,0,2009,4
95,0,2009,4
---- TYPES
INT, INT, INT, INT
====
---- QUERY
# Multiple subquery predicates
select id, bool_col, int_col, date_string_col
from functional.alltypessmall s
where s.id in (select id from functional.alltypestiny where bool_col = true)
and exists
  (select *
   from functional.alltypesagg g
   where s.int_col = g.int_col and g.bigint_col < 100)
and s.int_col < (select count(*) from functional.alltypes where month = 1)
---- RESULTS
2,true,2,'01/01/09'
4,true,4,'01/01/09'
6,true,6,'01/01/09'
---- TYPES
INT, BOOLEAN, INT, STRING
====
---- QUERY
# Multiple nesting levels
select month, count(*)
from functional.alltypessmall s
where id in
  (select id
   from functional.alltypestiny t
   where t.int_col <
     (select min(int_col)
      from functional.alltypesagg a
      where a.bool_col = false and exists
      (select * from functional.alltypes b where b.id = a.id)))
group by month
---- RESULTS
1,4
---- TYPES
INT, BIGINT
====
---- QUERY
# Multiple tables in outer select block and in subqueries
select t.id, t.month, t.year
from functional.alltypestiny t left outer join functional.alltypessmall s
on s.id = t.id
where t.int_col <
  (select avg(a.int_col) * 2
   from functional.alltypesagg a left outer join functional.alltypes b
   on a.bigint_col = b.bigint_col
   where a.id = t.id and b.int_col < 10)
order by t.id
---- RESULTS
1,1,2009
2,2,2009
3,2,2009
4,3,2009
5,3,2009
6,4,2009
7,4,2009
---- TYPES
INT, INT, INT
====
---- QUERY
# Subquery in the WITH clause
with t as
  (select *
   from functional.alltypessmall
   where id in
     (select id
      from functional.alltypestiny
      where bool_col = false))
select id, month, year from t where t.int_col =
  (select count(*) from functional.alltypestiny where id < 5)
---- RESULTS
5,1,2009
---- TYPES
INT, INT, INT
====
---- QUERY
# Subquery in an inline view
select s.id, s.year
from functional.alltypessmall s left outer join
  (select *
   from functional.alltypestiny t
   where t.id in (select id from functional.alltypesagg)) b
on (s.id = b.id)
where s.int_col < (select max(int_col) from functional.alltypes) and s.id < 10
order by s.id
---- RESULTS
0,2009
1,2009
2,2009
3,2009
4,2009
5,2009
6,2009
7,2009
8,2009
---- TYPES
INT, INT
====
---- QUERY
# Subquery returning a decimal
select id, double_col
from functional.alltypestiny
where double_col < (select min(d3) from functional.decimal_tbl)
order by id
---- RESULTS
0,0
2,0
4,0
6,0
---- TYPES
INT, DOUBLE
====
---- QUERY
# Compare a decimal with the result of a subquery
select d1, d2, d3
from functional.decimal_tbl
where d3 < (select max(double_col) from functional.alltypestiny)
---- RESULTS
1234,2222,1.2345678900
---- TYPES
DECIMAL, DECIMAL, DECIMAL
====
---- QUERY
# Subquery returning a date
select id, timestamp_col
from functional.alltypestiny
where timestamp_col <= (select max(date_col)
  from functional.date_tbl)
order by id;
---- RESULTS
0,2009-01-01 00:00:00
1,2009-01-01 00:01:00
2,2009-02-01 00:00:00
3,2009-02-01 00:01:00
4,2009-03-01 00:00:00
5,2009-03-01 00:01:00
6,2009-04-01 00:00:00
7,2009-04-01 00:01:00
---- TYPES
INT, TIMESTAMP
====
---- QUERY
# Compare a date with the result of a subquery
select date_col
from functional.date_tbl
where date_col >= DATE '1400-01-01' AND date_col >= (select max(timestamp_col)
  from functional.alltypestiny);
---- RESULTS
2017-11-28
2018-12-31
2017-11-28
9999-12-31
9999-12-01
9999-12-31
2017-11-28
---- TYPES
DATE
====
---- QUERY
# Distinct in the outer select block
select distinct bool_col
from functional.alltypestiny t
where 1 < (select count(*) from functional.alltypessmall)
---- RESULTS
false
true
---- TYPES
BOOLEAN
====
---- QUERY
# Distinct with an unqualified star in the outer select block
select distinct *
from functional.alltypestiny t
where 1 < (select avg(distinct id) from functional.alltypessmall)
and id < 2
---- RESULTS
0,true,0,0,0,0,0,0,'01/01/09','0',2009-01-01 00:00:00,2009,1
1,false,1,1,1,10,1.100000023841858,10.1,'01/01/09','1',2009-01-01 00:01:00,2009,1
---- TYPES
INT, BOOLEAN, TINYINT, SMALLINT, INT, BIGINT, FLOAT, DOUBLE, STRING, STRING, TIMESTAMP, INT, INT
====
---- QUERY
# Aggregate subquery in an IS NULL predicate
select count(*)
from functional.alltypestiny
where (select max(int_col) from functional.alltypesagg where int_col is null) is null
---- RESULTS
8
---- TYPES
BIGINT
====
---- QUERY
# Aggregate subquery in an IS NOT NULL predicate
select count(*)
from functional.alltypestiny
where (select max(int_col) from functional.alltypesagg where int_col is null) is not null
---- RESULTS
0
---- TYPES
BIGINT
====
---- QUERY
# Correlated aggregate subquery in an IS NULL predicate
select id, bool_col
from functional.alltypestiny t
where (select sum(int_col) from functional.alltypesagg g where t.id = g.id) is null
order by id
---- RESULTS
0,true
---- TYPES
INT, BOOLEAN
====
---- QUERY
# Correlated aggregate subquery in an IS NOT NULL predicate
select id, bool_col
from functional.alltypestiny t
where (select sum(int_col) from functional.alltypesagg g where t.id = g.id) is not null
order by id
---- RESULTS
1,false
2,true
3,false
4,true
5,false
6,true
7,false
---- TYPES
INT, BOOLEAN
====
---- QUERY
# Function with a scalar subquery
select count(*)
from functional.alltypestiny t
where
 zeroifnull((select max(int_col) from functional.alltypesagg where int_col is null)) = 0
---- RESULTS
8
---- TYPES
BIGINT
====
---- QUERY
# Function with a scalar subquery
select id
from functional.alltypestiny t
where
  nullifzero((select min(id) from functional.alltypesagg where int_col is null)) is null
and id < 5
order by id
---- RESULTS
0
1
2
3
4
---- TYPES
INT
====
---- QUERY
# Between predicate with subqueries
select id from functional.alltypessmall
where id between
  (select min(bigint_col) from functional.alltypestiny) and
  (select max(bigint_col) from functional.alltypestiny)
order by id
---- RESULTS
0
1
2
3
4
5
6
7
8
9
10
---- TYPES
INT
====
---- QUERY
# Correlated EXISTS subquery with an analytic function and a group by clause
select id, int_col
from functional.alltypesagg a
where exists
  (select id, sum(int_col) over (partition by bool_col)
   from functional.alltypes b
   where a.id = b.id and b.bigint_col < 100
   group by id, int_col, bool_col
   order by id)
and id < 5
order by id
---- RESULTS
0,NULL
0,NULL
1,1
2,2
3,3
4,4
---- TYPES
INT, INT
====
---- QUERY
# Correlated NOT EXISTS subquery with analytic function and group by
select id, int_col from alltypestiny t
where not exists
  (select id, sum(int_col) over (partition by bool_col)
   from alltypesagg a where bool_col = false and t.id = a.int_col
   group by id, int_col, bool_col having sum(id) = 1)
order by id, int_col
---- RESULTS
0,0
2,0
3,1
4,0
5,1
6,0
7,1
---- TYPES
INT, INT
====
---- QUERY
# Testing a crash in the buffered tuple stream related to IMPALA-1306.
SELECT COUNT(t1.id) AS int_col_1
FROM alltypes t1
WHERE t1.month IN
    (SELECT tt1.tinyint_col AS tinyint_col_1
     FROM alltypes tt1
     WHERE t1.month = tt1.tinyint_col)
  AND EXISTS
    (SELECT MIN(tt1.tinyint_col) AS tinyint_col_1
     FROM alltypestiny tt1)
  AND
    (SELECT t1.year AS int_col_1
     FROM alltypes t1
     ORDER BY t1.year ASC LIMIT 1) = t1.id
---- RESULTS
1
---- TYPES
BIGINT
====
---- QUERY
# Testing a crash in the buffered tuple stream related to IMPALA-1306.
SELECT COUNT(t1.id) AS int_col_1
FROM alltypestiny t1
WHERE t1.month IN
    (SELECT tt1.tinyint_col AS tinyint_col_1
     FROM alltypes tt1
     WHERE t1.month = tt1.tinyint_col)
  AND EXISTS
    (SELECT MIN(tt1.tinyint_col) AS tinyint_col_1
     FROM alltypestiny tt1)
  AND
    (SELECT t1.year AS int_col_1
     FROM alltypes t1
     ORDER BY t1.year ASC LIMIT 1) = t1.id
---- RESULTS
0
---- TYPES
BIGINT
====
---- QUERY
# Regression test for IMPALA-1318.
select count(t1.c) over () from
  (select max(int_col) c from functional.alltypestiny) t1
where t1.c not in
  (select sum(t1.smallint_col) from functional.alltypes t1)
---- RESULTS
1
---- TYPES
BIGINT
====
---- QUERY
# Regression test for IMPALA-1348.
select count(*)
FROM alltypesagg t1
WHERE day IS NOT NULL
AND t1.int_col NOT IN
  (SELECT tt1.month AS tinyint_col_1
   FROM alltypesagg tt1
   LEFT JOIN alltypestiny tt2 ON tt2.year = tt1.id
      AND t1.bigint_col = tt2.smallint_col)
---- RESULTS
10000
---- TYPES
BIGINT
====
---- QUERY
# WITH definition containing a subquery is used in a UNION
WITH foo AS (SELECT 1 FROM alltypestiny WHERE int_col IN (SELECT 1))
SELECT * FROM foo
UNION SELECT * FROM foo
---- RESULTS
1
---- TYPES
TINYINT
====
---- QUERY
# Regression test for IMPALA-1365
WITH foo AS (SELECT 1 FROM alltypestiny WHERE int_col IN (SELECT 1))
SELECT * FROM (SELECT * FROM foo UNION SELECT * FROM foo) bar
---- RESULTS
1
---- TYPES
TINYINT
====
---- QUERY
# UNION of query with subquery and various other queries
SELECT 1 FROM ALLTYPESTINY WHERE 1 = (SELECT 1)
UNION VALUES (2)
UNION ALL SELECT 3
---- RESULTS
1
2
3
---- TYPES
TINYINT
====
---- QUERY
# Correlated NOT EXISTS subquery with an aggregate function (IMPALA-1550)
SELECT t1.bigint_col
FROM alltypestiny t1
WHERE NOT EXISTS
  (SELECT SUM(smallint_col) AS int_col
   FROM alltypestiny
   WHERE t1.date_string_col = string_col AND t1.timestamp_col = timestamp_col)
GROUP BY t1.bigint_col
---- RESULTS
---- TYPES
BIGINT
====
---- QUERY
# Correlated EXISTS subquery with an aggregate function (IMPALA-1550)
SELECT t1.bigint_col
FROM alltypestiny t1
WHERE EXISTS
  (SELECT SUM(smallint_col) AS int_col
   FROM alltypestiny
   WHERE t1.date_string_col = string_col AND t1.timestamp_col = timestamp_col)
GROUP BY t1.bigint_col
---- RESULTS
0
10
---- TYPES
BIGINT
====
---- QUERY
# Correlated EXISTS subquery with a having clause (IMPALA-2734)
SELECT 1
FROM alltypestiny t1
WHERE EXISTS
  (SELECT 1
   FROM alltypestiny t2
   WHERE t1.id = t2.id AND t1.int_col = t2.int_col
   GROUP BY t2.id
   HAVING count(1) = 1)
---- RESULTS
1
1
1
1
1
1
1
1
---- TYPES
TINYINT
====
---- QUERY
# EXISTS subquery containing ORDER BY, LIMIT, and OFFSET (IMPALA-6934)
SELECT count(*)
FROM functional.alltypestiny t
WHERE EXISTS
  (SELECT id
   FROM functional.alltypestiny
   WHERE id < 5
   ORDER BY id LIMIT 10 OFFSET 6)
---- RESULTS
0
====
---- QUERY
# Uncorrelated subquery in binary predicate that returns scalar value at runtime
SELECT id FROM functional.alltypessmall
WHERE int_col =
  (SELECT int_col
   FROM functional.alltypessmall
   WHERE id = 1)
ORDER BY id
---- RESULTS
1
11
21
26
36
46
51
61
71
76
86
96
---- TYPES
INT
====
---- QUERY
# Uncorrelated subquery in arithmetic expr that returns scalar value at runtime
SELECT id FROM functional.alltypessmall
WHERE int_col =
  3 * (SELECT int_col
       FROM functional.alltypessmall
       WHERE id = 1)
ORDER BY id
---- RESULTS
3
13
23
28
38
48
53
63
73
78
88
98
---- TYPES
INT
====
---- QUERY
# Uncorrelated subquery in binary predicate that returns no rows.
SELECT id FROM functional.alltypessmall
WHERE int_col =
  (SELECT int_col
   FROM functional.alltypessmall
   WHERE id = -123)
ORDER BY id
---- RESULTS
---- TYPES
INT
====
---- QUERY
# Uncorrelated subquery in arithmetic expr that returns no rows.
SELECT id FROM functional.alltypessmall
WHERE int_col =
  3 * (SELECT int_col
       FROM functional.alltypessmall
       WHERE id = -123)
ORDER BY id
---- RESULTS
---- TYPES
INT
====
---- QUERY
# Uncorrelated subquery in binary predicate that returns multiple rows
SELECT id FROM functional.alltypessmall
WHERE int_col =
  (SELECT int_col
   FROM functional.alltypessmall)
ORDER BY id
---- RESULTS
---- CATCH
Subquery must not return more than one row:
====
---- QUERY
# Uncorrelated subquery in arithmetic expr that returns multiple rows
SELECT id FROM functional.alltypessmall
WHERE int_col =
  3 * (SELECT int_col
       FROM functional.alltypessmall)
ORDER BY id
---- RESULTS
---- CATCH
Subquery must not return more than one row:
====
---- QUERY
# Uncorrelated subquery in binary predicate that returns scalar value at runtime
SELECT count(id) FROM functional.alltypes
WHERE int_col =
  (SELECT int_col
   FROM functional.alltypessmall
   WHERE id = 1)
---- RESULTS
730
---- TYPES
BIGINT
====
---- QUERY
# Uncorrelated subquery in arithmetic expr that returns scalar value at runtime
SELECT count(id) FROM functional.alltypes
WHERE int_col =
  3 * (SELECT int_col
       FROM functional.alltypessmall
       WHERE id = 1)
---- RESULTS
730
---- TYPES
BIGINT
====
---- QUERY
# Subquery that returns more than one row
SELECT a FROM (values(1 a),(2),(3)) v
WHERE a = (SELECT x FROM (values(1 x),(2),(3)) v)
---- RESULTS
---- CATCH
Subquery must not return more than one row:
====
---- QUERY
# Subquery that returns more than one row
# The error message must not reveal the definition of functional.alltypes_view
SELECT id FROM functional.alltypes
WHERE id = (SELECT bigint_col FROM functional.alltypes_view)
---- RESULTS
---- CATCH
Subquery must not return more than one row: SELECT bigint_col FROM functional.alltypes_view
====
---- QUERY
# Runtime scalar subquery with offset.
select count(*) from functional.alltypes
where 7 = (select id from functional.alltypestiny
           order by id limit 8 offset 7)
---- RESULTS
7300
---- TYPES
BIGINT
====
---- QUERY
# IMPALA-7108: Select from an inline view that returns a single row.
select count(*) from functional.alltypes
where int_col = (select f.id from (
                 select * from functional.alltypes order by 1 limit 1) f)
---- RESULTS
730
---- TYPES
BIGINT
====
---- QUERY
# Basic scalar in select list
select id, 1+(select min(id) from functional.alltypessmall)
  from functional.alltypestiny
order by id
---- RESULTS
0,1
1,1
2,1
3,1
4,1
5,1
6,1
7,1
---- TYPES
INT, BIGINT
====
---- QUERY
# No aggregate however limit 1
select id, 1+(select id from functional.alltypessmall where id=0 group by id limit 1)
  from functional.alltypestiny
order by id
---- RESULTS
0,1
1,1
2,1
3,1
4,1
5,1
6,1
7,1
---- TYPES
INT, BIGINT
====
---- QUERY
# outer join
select s.id, (select count(id) from alltypes) from alltypestiny t
  left outer join alltypessmall s on t.id = s.id where s.bool_col
order by id
---- RESULTS
0,7300
2,7300
4,7300
6,7300
---- TYPES
INT, BIGINT
====
---- QUERY
# correlated scalar currently unsupported
select id, (select count(id) from functional.alltypessmall where id=t.id)
  from functional.alltypestiny t
order by id
---- RESULTS
---- CATCH
A correlated scalar subquery is not supported in the expression:
====
---- QUERY
# Uncorrelated Scalar Aggregate in select list combined with aggregation in parent query
select
max(a.id),
(select max(id) from functional.alltypestiny),
(select min(id) from functional.alltypestiny)
from functional.alltypessmall a
---- RESULTS
99,7,0
---- TYPES
INT, INT, INT
====
---- QUERY
# Empty tables or false predicate should result in NULLs
# Count aggregates on empty return 0
select id,
  (select sum(f2) from functional.emptytable),
  (select count(id) from functional.alltypestiny where id > 100)
from functional.alltypestiny
order by id
---- RESULTS
0,NULL,0
1,NULL,0
2,NULL,0
3,NULL,0
4,NULL,0
5,NULL,0
6,NULL,0
7,NULL,0
---- TYPES
INT, BIGINT, BIGINT
====
---- QUERY
# nested subquery over a view with an outer predicate on the subquery column
select count(id) from
  (select id,
    (select count(*) as cnt from functional.alltypestiny where int_col
    <= (select max(int_col) from functional.alltypes_view)) as c from functional.dimtbl) T
  where t.c <10
---- RESULTS
10
---- TYPES
BIGINT
====
---- QUERY
# Empty tables should result in NULLs
select id, id in (select min(id) from functional.alltypessmall)
  from functional.alltypestiny
order by id
---- RESULTS
0,true
1,false
2,false
3,false
4,false
5,false
6,false
7,false
---- TYPES
INT, BOOLEAN
====
---- QUERY
# With a join in the subquery
select id,
  (select count(*) from functional.alltypessmall join functional.alltypestiny using (id))
  from functional.alltypestiny
order by id
---- RESULTS
0,8
1,8
2,8
3,8
4,8
5,8
6,8
7,8
---- TYPES
INT, BIGINT
====
---- QUERY
# EXISTS predicates are handled at plantime so we need to special case their rewrites
select id,
  exists (select max(id) from dimtbl)
  from functional.alltypestiny
order by id
---- RESULTS
0,true
1,true
2,true
3,true
4,true
5,true
6,true
7,true
---- TYPES
INT, BOOLEAN
====
---- QUERY
# Multiple levels of exists
SELECT id,
NOT EXISTS (SELECT MAX(f2) FROM emptytable),
EXISTS (SELECT MAX(id) FROM DIMTBL WHERE EXISTS (SELECT MAX(id) FROM alltypestiny)),
(SELECT 1
FROM alltypestiny t1
WHERE EXISTS
  (SELECT 1
   FROM alltypestiny t2
   WHERE t1.id = t2.id AND t1.int_col = t2.int_col
   GROUP BY t2.id
   HAVING count(1) = 1) LIMIT 1)
FROM alltypessmall WHERE id < 2
---- RESULTS
0,false,true,1
1,false,true,1
---- TYPES
INT, BOOLEAN, BOOLEAN, TINYINT
====
---- QUERY
# Having with subquery
select id, sum(int_col+smallint_col)
  from alltypestiny group by id
  having sum(int_col+smallint_col) in
    (select sum(int_col) from alltypessmall group by id)
order by id
---- RESULTS
0,0
1,2
2,0
3,2
4,0
5,2
6,0
7,2
---- TYPES
INT, BIGINT
====
---- QUERY
# Having with not in subquery with nested having
select id, sum(int_col+smallint_col)
  from alltypestiny group by id
  having sum(int_col+smallint_col) not in
    (select sum(int_col) from alltypessmall group by id having
    sum(int_col) < 2)
order by id
---- RESULTS
1,2
3,2
5,2
7,2
---- TYPES
INT, BIGINT
====
---- QUERY
# Having with subquery with join and subquery in where
select id, sum(int_col)
  from alltypestiny
  where id in (select id from alltypestiny where id % 2 = 0)
  group by id having sum(int_col) in
    (select sum(a.int_col) from alltypessmall a, alltypestiny b where
    a.id = b.id and b.int_col != 1 group by a.id)
order by id
---- RESULTS
0,0
2,0
4,0
6,0
---- TYPES
INT, BIGINT
====
---- QUERY
# Having with subquery with subquery in select
select id, sum(int_col)
  from alltypestiny
  group by id having sum(int_col) >
    (select min(int_col)+(select min(int_col) from alltypessmall)
      from alltypestiny)
order by id
---- RESULTS
1,1
3,1
5,1
7,1
---- TYPES
INT, BIGINT
====
---- QUERY
# Having with exists subquery
select id, sum(int_col+smallint_col)
  from alltypestiny group by id
  having not exists
    (select sum(int_col) from alltypessmall group by id)
order by id
---- RESULTS
---- TYPES
INT, BIGINT
====
---- QUERY
# Subquery in having and where clauses
select id, sum(int_col) from alltypestiny where
 id > (select min(id)+1 from alltypessmall) group by id
 having sum(int_col) in (select sum(int_col) from alltypessmall group by id)
 order by id
---- RESULTS
2,0
3,1
4,0
5,1
6,0
7,1
---- TYPES
INT, BIGINT
====
---- QUERY
# Having subquery with a runtime scalar error
select id, sum(int_col) from alltypestiny where
 id > (select min(id)+1 from alltypessmall) group by id
 having sum(int_col) >= (select sum(int_col) from alltypessmall group by id)
 order by id
---- RESULTS
---- CATCH
Subquery must not return more than one row:
====
---- QUERY
# Basic IN subquery in OR predicate.
# Crafted so that each branch of the OR matches a handful of rows.
select id, timestamp_col from alltypes
where (timestamp_col between '2009-04-13' and '2009-04-14') or
    id in (select int_col from alltypestiny)
---- TYPES
INT, TIMESTAMP
---- RESULTS
0,2009-01-01 00:00:00
1,2009-01-01 00:01:00
1020,2009-04-13 02:00:05.400000000
1021,2009-04-13 02:01:05.400000000
1022,2009-04-13 02:02:05.410000000
1023,2009-04-13 02:03:05.430000000
1024,2009-04-13 02:04:05.460000000
1025,2009-04-13 02:05:05.500000000
1026,2009-04-13 02:06:05.550000000
1027,2009-04-13 02:07:05.610000000
1028,2009-04-13 02:08:05.680000000
1029,2009-04-13 02:09:05.760000000
---- DBAPI_RESULTS
0,2009-01-01 00:00:00
1,2009-01-01 00:01:00
1020,2009-04-13 02:00:05.400000
1021,2009-04-13 02:01:05.400000
1022,2009-04-13 02:02:05.410000
1023,2009-04-13 02:03:05.430000
1024,2009-04-13 02:04:05.460000
1025,2009-04-13 02:05:05.500000
1026,2009-04-13 02:06:05.550000
1027,2009-04-13 02:07:05.610000
1028,2009-04-13 02:08:05.680000
1029,2009-04-13 02:09:05.760000
====
---- QUERY
# Subquery in OR predicate inside non-trivial expression.
# Crafted so that each branch of the OR matches a few rows.
select year, id, int_col, string_col, date_string_col
from alltypes
where (int_col = 9 and date_string_col > '12/31/00') or
  (year = 2010 and date_string_col > '12/28/10' and
    string_col in (select min(string_col) from alltypestiny))
---- TYPES
INT, INT, INT, STRING, STRING
---- RESULTS
2009,3649,9,'9','12/31/09'
2010,7270,0,'0','12/29/10'
2010,7280,0,'0','12/30/10'
2010,7290,0,'0','12/31/10'
2010,7299,9,'9','12/31/10'
====
---- QUERY
# Subquery in HAVING clause.
# Crafted so that each branch of the OR matches one row.
select year, month, min(id)
from alltypes
group by year, month
having (year = 2010 and month > 11) or
  min(id) in (select int_col from alltypestiny)
---- TYPES
INT, INT, INT
---- RESULTS
2010,12,6990
2009,1,0
====
---- QUERY
# Comparator-based subquery with correlated predicate in disjunction.
select id from alltypes t
where id % 1234 = 0 or
   t.id <= (select min(id) from alltypesagg g where t.int_col = g.int_col)
---- TYPES
INT
---- RESULTS
6170
2468
4936
1234
0
1
2
3
4
5
6
7
8
9
3702
====
---- QUERY
# Subquery that only returns NULL values. The IN predicate should always
# evaluate to false in this case, because the hand-picked values have a null 'int_col'.
select id, int_col from functional.alltypes t
where t.id = 42 or t.int_col IN (
  select int_col from functional.alltypesagg where id in (1000,2000,3000,4000))
---- TYPES
INT, INT
---- RESULTS
42,2
====
---- QUERY
# IMPALA-9949: subquery in select list that returns 0 rows results in NULLs.
select id, (select min(int_col) from functional.alltypes having min(int_col) < 0)
from functional.alltypestiny
---- RESULTS
0,NULL
1,NULL
2,NULL
3,NULL
4,NULL
5,NULL
6,NULL
7,NULL
---- TYPES
INT, INT
====
---- QUERY
# IMPALA-1270: test that distinct subquery is executable and returns correct results.
select id from alltypestiny
where int_col in (select int_col from alltypes where id % 2 = 0)
---- RESULTS
0
2
4
6
---- TYPES
INT
====
---- QUERY
# IMPALA-1270: test that distinct subquery with anti join is executable and
# returns correct results.
select id from alltypestiny
where int_col not in (select int_col from alltypes where id % 2 = 0)
---- RESULTS
1
3
5
7
---- TYPES
INT
====
---- QUERY
# IMPALA-1270: test that subquery with no join predicates is executable and
# returns correct results. A limit is added by the planner.
select id from alltypestiny
where exists (select int_col from alltypes where id % 2 = 0)
---- RESULTS
0
1
2
3
4
5
6
7
---- TYPES
INT
====
---- QUERY
# IMPALA-1270: test subquery with multiple join predicates with distinct
# added returns correct results.
select count(*) from alltypesagg t1
where int_col in (
  select int_col from alltypes t2
  where t1.bool_col = t2.bool_col and id is not null);
---- RESULTS
90
---- TYPES
BIGINT
====
---- QUERY
# IMPALA-1270: test subquery with aggregate function returns correct results.
select id from alltypesagg t1
where int_col in (
    select count(*)
    from alltypes t2
    group by int_col, tinyint_col)
---- RESULTS
730
730
1730
1730
2730
2730
3730
3730
4730
4730
5730
5730
6730
6730
7730
7730
8730
8730
9730
9730
---- TYPES
INT
====