--
-- Distributed Partitioned Table Tests
--
SET citus.next_shard_id TO 1660000;
SET citus.shard_count TO 4;
SET citus.shard_replication_factor TO 1;
--
-- Distributed Partitioned Table Creation Tests
--
-- 1-) Distributing partitioned table
-- create partitioned table
CREATE TABLE partitioning_test(id int, time date) PARTITION BY RANGE (time);
CREATE TABLE partitioning_hash_test(id int, subid int) PARTITION BY HASH(subid);
-- create its partitions
CREATE TABLE partitioning_test_2009 PARTITION OF partitioning_test FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
CREATE TABLE partitioning_test_2010 PARTITION OF partitioning_test FOR VALUES FROM ('2010-01-01') TO ('2011-01-01');
CREATE TABLE partitioning_hash_test_0 PARTITION OF partitioning_hash_test FOR VALUES WITH (MODULUS 3, REMAINDER 0);
CREATE TABLE partitioning_hash_test_1 PARTITION OF partitioning_hash_test FOR VALUES WITH (MODULUS 3, REMAINDER 1);
-- load some data and distribute tables
INSERT INTO partitioning_test VALUES (1, '2009-06-06');
INSERT INTO partitioning_test VALUES (2, '2010-07-07');
INSERT INTO partitioning_test_2009 VALUES (3, '2009-09-09');
INSERT INTO partitioning_test_2010 VALUES (4, '2010-03-03');
INSERT INTO partitioning_hash_test VALUES (1, 2);
INSERT INTO partitioning_hash_test VALUES (2, 13);
INSERT INTO partitioning_hash_test VALUES (3, 7);
INSERT INTO partitioning_hash_test VALUES (4, 4);
-- distribute partitioned table
SELECT create_distributed_table('partitioning_test', 'id');
NOTICE:  Copying data from local table...
NOTICE:  Copying data from local table...
 create_distributed_table
---------------------------------------------------------------------

(1 row)

SELECT create_distributed_table('partitioning_hash_test', 'id');
NOTICE:  Copying data from local table...
NOTICE:  Copying data from local table...
 create_distributed_table
---------------------------------------------------------------------

(1 row)

-- see the data is loaded to shards
SELECT * FROM partitioning_test ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  1 | 06-06-2009
  2 | 07-07-2010
  3 | 09-09-2009
  4 | 03-03-2010
(4 rows)

SELECT * FROM partitioning_hash_test ORDER BY 1;
 id | subid
---------------------------------------------------------------------
  1 |     2
  2 |    13
  3 |     7
  4 |     4
(4 rows)

-- see partitioned table and its partitions are distributed
SELECT
	logicalrelid
FROM
	pg_dist_partition
WHERE
	logicalrelid IN ('partitioning_test', 'partitioning_test_2009', 'partitioning_test_2010')
ORDER BY 1;
      logicalrelid
---------------------------------------------------------------------
 partitioning_test
 partitioning_test_2009
 partitioning_test_2010
(3 rows)

SELECT
	logicalrelid, count(*)
FROM pg_dist_shard
	WHERE logicalrelid IN ('partitioning_test', 'partitioning_test_2009', 'partitioning_test_2010')
GROUP BY
	logicalrelid
ORDER BY
	1,2;
      logicalrelid      | count
---------------------------------------------------------------------
 partitioning_test      |     4
 partitioning_test_2009 |     4
 partitioning_test_2010 |     4
(3 rows)

SELECT
	logicalrelid
FROM
	pg_dist_partition
WHERE
	logicalrelid IN ('partitioning_hash_test', 'partitioning_hash_test_0', 'partitioning_hash_test_1')
ORDER BY 1;
       logicalrelid
---------------------------------------------------------------------
 partitioning_hash_test
 partitioning_hash_test_0
 partitioning_hash_test_1
(3 rows)

SELECT
	logicalrelid, count(*)
FROM pg_dist_shard
	WHERE logicalrelid IN ('partitioning_hash_test', 'partitioning_hash_test_0', 'partitioning_hash_test_1')
GROUP BY
	logicalrelid
ORDER BY
	1,2;
       logicalrelid       | count
---------------------------------------------------------------------
 partitioning_hash_test   |     4
 partitioning_hash_test_0 |     4
 partitioning_hash_test_1 |     4
(3 rows)

-- 2-) Creating partition of a distributed table
CREATE TABLE partitioning_test_2011 PARTITION OF partitioning_test FOR VALUES FROM ('2011-01-01') TO ('2012-01-01');
-- new partition is automatically distributed as well
SELECT
	logicalrelid
FROM
	pg_dist_partition
WHERE
	logicalrelid IN ('partitioning_test', 'partitioning_test_2011')
ORDER BY 1;
      logicalrelid
---------------------------------------------------------------------
 partitioning_test
 partitioning_test_2011
(2 rows)

SELECT
	logicalrelid, count(*)
FROM pg_dist_shard
	WHERE logicalrelid IN ('partitioning_test', 'partitioning_test_2011')
GROUP BY
	logicalrelid
ORDER BY
	1,2;
      logicalrelid      | count
---------------------------------------------------------------------
 partitioning_test      |     4
 partitioning_test_2011 |     4
(2 rows)

-- 3-) Attaching non distributed table to a distributed table
CREATE TABLE partitioning_test_2012(id int, time date);
-- load some data
INSERT INTO partitioning_test_2012 VALUES (5, '2012-06-06');
INSERT INTO partitioning_test_2012 VALUES (6, '2012-07-07');
ALTER TABLE partitioning_test ATTACH PARTITION partitioning_test_2012 FOR VALUES FROM ('2012-01-01') TO ('2013-01-01');
NOTICE:  Copying data from local table...
-- attached partition is distributed as well
SELECT
	logicalrelid
FROM
	pg_dist_partition
WHERE
	logicalrelid IN ('partitioning_test', 'partitioning_test_2012')
ORDER BY 1;
      logicalrelid
---------------------------------------------------------------------
 partitioning_test
 partitioning_test_2012
(2 rows)

SELECT
	logicalrelid, count(*)
FROM pg_dist_shard
	WHERE logicalrelid IN ('partitioning_test', 'partitioning_test_2012')
GROUP BY
	logicalrelid
ORDER BY
	1,2;
      logicalrelid      | count
---------------------------------------------------------------------
 partitioning_test      |     4
 partitioning_test_2012 |     4
(2 rows)

-- try to insert a new data to hash partitioned table
-- no partition is defined for value 5
INSERT INTO partitioning_hash_test VALUES (8, 5);
ERROR:  no partition of relation "partitioning_hash_test_1660012" found for row
DETAIL:  Partition key of the failing row contains (subid) = (5).
CONTEXT:  while executing command on localhost:xxxxx
INSERT INTO partitioning_hash_test VALUES (9, 12);
ERROR:  no partition of relation "partitioning_hash_test_1660015" found for row
DETAIL:  Partition key of the failing row contains (subid) = (12).
CONTEXT:  while executing command on localhost:xxxxx
CREATE TABLE partitioning_hash_test_2 (id int, subid int);
INSERT INTO partitioning_hash_test_2 VALUES (8, 5);
ALTER TABLE partitioning_hash_test ATTACH PARTITION partitioning_hash_test_2 FOR VALUES WITH (MODULUS 3, REMAINDER 2);
NOTICE:  Copying data from local table...
INSERT INTO partitioning_hash_test VALUES (9, 12);
-- see the data is loaded to shards
SELECT * FROM partitioning_test ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  1 | 06-06-2009
  2 | 07-07-2010
  3 | 09-09-2009
  4 | 03-03-2010
  5 | 06-06-2012
  6 | 07-07-2012
(6 rows)

SELECT * FROM partitioning_hash_test ORDER BY 1;
 id | subid
---------------------------------------------------------------------
  1 |     2
  2 |    13
  3 |     7
  4 |     4
  8 |     5
  9 |    12
(6 rows)

-- 4-) Attaching distributed table to distributed table
CREATE TABLE partitioning_test_2013(id int, time date);
SELECT create_distributed_table('partitioning_test_2013', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

-- load some data
INSERT INTO partitioning_test_2013 VALUES (7, '2013-06-06');
INSERT INTO partitioning_test_2013 VALUES (8, '2013-07-07');
ALTER TABLE partitioning_test ATTACH PARTITION partitioning_test_2013 FOR VALUES FROM ('2013-01-01') TO ('2014-01-01');
-- see the data is loaded to shards
SELECT * FROM partitioning_test ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  1 | 06-06-2009
  2 | 07-07-2010
  3 | 09-09-2009
  4 | 03-03-2010
  5 | 06-06-2012
  6 | 07-07-2012
  7 | 06-06-2013
  8 | 07-07-2013
(8 rows)

-- 5-) Failure cases while creating distributed partitioned tables
-- cannot distribute a partition if its parent is not distributed
CREATE TABLE partitioning_test_failure(id int, time date) PARTITION BY RANGE (time);
CREATE TABLE partitioning_test_failure_2009 PARTITION OF partitioning_test_failure FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
SELECT create_distributed_table('partitioning_test_failure_2009', 'id');
ERROR:  cannot distribute relation "partitioning_test_failure_2009" which is partition of "partitioning_test_failure"
DETAIL:  Citus does not support distributing partitions if their parent is not distributed table.
HINT:  Distribute the partitioned table "partitioning_test_failure" instead.
-- only hash distributed tables can have partitions
SELECT create_distributed_table('partitioning_test_failure', 'id', 'append');
ERROR:  distributing partitioned tables in only supported for hash-distributed tables
SELECT create_distributed_table('partitioning_test_failure', 'id', 'range');
ERROR:  distributing partitioned tables in only supported for hash-distributed tables
SELECT create_reference_table('partitioning_test_failure');
ERROR:  distributing partitioned tables in only supported for hash-distributed tables
SET citus.shard_replication_factor TO 1;
-- non-distributed tables cannot have distributed partitions;
DROP TABLE partitioning_test_failure_2009;
CREATE TABLE partitioning_test_failure_2009(id int, time date);
SELECT create_distributed_table('partitioning_test_failure_2009', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

ALTER TABLE partitioning_test_failure ATTACH PARTITION partitioning_test_failure_2009 FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
ERROR:  non-distributed tables cannot have distributed partitions
HINT:  Distribute the partitioned table "partitioning_test_failure_2009" instead
-- multi-level partitioning is not allowed
DROP TABLE partitioning_test_failure_2009;
CREATE TABLE partitioning_test_failure_2009 PARTITION OF partitioning_test_failure FOR VALUES FROM ('2009-01-01') TO ('2010-01-01') PARTITION BY RANGE (time);
SELECT create_distributed_table('partitioning_test_failure', 'id');
ERROR:  distributing multi-level partitioned tables is not supported
DETAIL:  Relation "partitioning_test_failure_2009" is partitioned table itself and it is also partition of relation "partitioning_test_failure".
-- multi-level partitioning is not allowed in different order
DROP TABLE partitioning_test_failure_2009;
SELECT create_distributed_table('partitioning_test_failure', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

CREATE TABLE partitioning_test_failure_2009 PARTITION OF partitioning_test_failure FOR VALUES FROM ('2009-01-01') TO ('2010-01-01') PARTITION BY RANGE (time);
ERROR:  distributing multi-level partitioned tables is not supported
DETAIL:  Relation "partitioning_test_failure_2009" is partitioned table itself and it is also partition of relation "partitioning_test_failure".
--
-- DMLs in distributed partitioned tables
--
-- test COPY
-- COPY data to partitioned table
COPY partitioning_test FROM STDIN WITH CSV;
-- COPY data to partition directly
COPY partitioning_test_2009 FROM STDIN WITH CSV;
-- see the data is loaded to shards
SELECT * FROM partitioning_test WHERE id >= 9 ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  9 | 01-01-2009
 10 | 01-01-2010
 11 | 01-01-2011
 12 | 01-01-2012
 13 | 01-02-2009
 14 | 01-03-2009
(6 rows)

-- test INSERT
-- INSERT INTO the partitioned table
INSERT INTO partitioning_test VALUES(15, '2009-02-01');
INSERT INTO partitioning_test VALUES(16, '2010-02-01');
INSERT INTO partitioning_test VALUES(17, '2011-02-01');
INSERT INTO partitioning_test VALUES(18, '2012-02-01');
-- INSERT INTO the partitions directly table
INSERT INTO partitioning_test VALUES(19, '2009-02-02');
INSERT INTO partitioning_test VALUES(20, '2010-02-02');
-- see the data is loaded to shards
SELECT * FROM partitioning_test WHERE id >= 15 ORDER BY 1;
 id |    time
---------------------------------------------------------------------
 15 | 02-01-2009
 16 | 02-01-2010
 17 | 02-01-2011
 18 | 02-01-2012
 19 | 02-02-2009
 20 | 02-02-2010
(6 rows)

-- test INSERT/SELECT
-- INSERT/SELECT from partition to partitioned table
INSERT INTO partitioning_test SELECT * FROM partitioning_test_2011;
-- INSERT/SELECT from partitioned table to partition
INSERT INTO partitioning_test_2012 SELECT * FROM partitioning_test WHERE time >= '2012-01-01' AND time < '2013-01-01';
-- see the data is loaded to shards (rows in the given range should be duplicated)
SELECT * FROM partitioning_test WHERE time >= '2011-01-01' AND time < '2013-01-01' ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  5 | 06-06-2012
  5 | 06-06-2012
  6 | 07-07-2012
  6 | 07-07-2012
 11 | 01-01-2011
 11 | 01-01-2011
 12 | 01-01-2012
 12 | 01-01-2012
 17 | 02-01-2011
 17 | 02-01-2011
 18 | 02-01-2012
 18 | 02-01-2012
(12 rows)

-- test UPDATE
-- UPDATE partitioned table
UPDATE partitioning_test SET time = '2013-07-07' WHERE id = 7;
-- UPDATE partition directly
UPDATE partitioning_test_2013 SET time = '2013-08-08' WHERE id = 8;
-- see the data is updated
SELECT * FROM partitioning_test WHERE id = 7 OR id = 8 ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  7 | 07-07-2013
  8 | 08-08-2013
(2 rows)

-- UPDATE that tries to move a row to a non-existing partition (this should fail)
UPDATE partitioning_test SET time = '2020-07-07' WHERE id = 7;
ERROR:  no partition of relation "partitioning_test_1660001" found for row
DETAIL:  Partition key of the failing row contains ("time") = (2020-07-07).
CONTEXT:  while executing command on localhost:xxxxx
-- UPDATE with subqueries on partitioned table
UPDATE
    partitioning_test
SET
    time = time + INTERVAL '1 day'
WHERE
    id IN (SELECT id FROM partitioning_test WHERE id = 1);
-- UPDATE with subqueries on partition
UPDATE
    partitioning_test_2009
SET
    time = time + INTERVAL '1 month'
WHERE
    id IN (SELECT id FROM partitioning_test WHERE id = 2);
-- see the data is updated
SELECT * FROM partitioning_test WHERE id = 1 OR id = 2 ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  1 | 06-07-2009
  2 | 07-07-2010
(2 rows)

-- test DELETE
-- DELETE from partitioned table
DELETE FROM partitioning_test WHERE id = 9;
-- DELETE from partition directly
DELETE FROM partitioning_test_2010 WHERE id = 10;
-- see the data is deleted
SELECT * FROM partitioning_test WHERE id = 9 OR id = 10 ORDER BY 1;
 id | time
---------------------------------------------------------------------
(0 rows)

-- create default partition
CREATE TABLE partitioning_test_default PARTITION OF partitioning_test DEFAULT;
\d+ partitioning_test
                       Table "public.partitioning_test"
 Column |  Type   | Collation | Nullable | Default | Storage | Stats target | Description
---------------------------------------------------------------------
 id     | integer |           |          |         | plain   |              |
 time   | date    |           |          |         | plain   |              |
Partition key: RANGE ("time")
Partitions: partitioning_test_2009 FOR VALUES FROM ('01-01-2009') TO ('01-01-2010'),
            partitioning_test_2010 FOR VALUES FROM ('01-01-2010') TO ('01-01-2011'),
            partitioning_test_2011 FOR VALUES FROM ('01-01-2011') TO ('01-01-2012'),
            partitioning_test_2012 FOR VALUES FROM ('01-01-2012') TO ('01-01-2013'),
            partitioning_test_2013 FOR VALUES FROM ('01-01-2013') TO ('01-01-2014'),
            partitioning_test_default DEFAULT

INSERT INTO partitioning_test VALUES(21, '2014-02-02');
INSERT INTO partitioning_test VALUES(22, '2015-04-02');
-- see they are inserted into default partition
SELECT * FROM partitioning_test WHERE id > 20 ORDER BY 1, 2;
 id |    time
---------------------------------------------------------------------
 21 | 02-02-2014
 22 | 04-02-2015
(2 rows)

SELECT * FROM partitioning_test_default ORDER BY 1, 2;
 id |    time
---------------------------------------------------------------------
 21 | 02-02-2014
 22 | 04-02-2015
(2 rows)

-- create a new partition (will fail)
CREATE TABLE partitioning_test_2014 PARTITION OF partitioning_test FOR VALUES FROM ('2014-01-01') TO ('2015-01-01');
ERROR:  updated partition constraint for default partition would be violated by some row
CONTEXT:  while executing command on localhost:xxxxx
BEGIN;
ALTER TABLE partitioning_test DETACH PARTITION partitioning_test_default;
CREATE TABLE partitioning_test_2014 PARTITION OF partitioning_test FOR VALUES FROM ('2014-01-01') TO ('2015-01-01');
INSERT INTO partitioning_test SELECT * FROM partitioning_test_default WHERE time >= '2014-01-01' AND time < '2015-01-01';
DELETE FROM partitioning_test_default WHERE time >= '2014-01-01' AND time < '2015-01-01';
ALTER TABLE partitioning_test ATTACH PARTITION partitioning_test_default DEFAULT;
END;
-- see data is in the table, but some moved out from default partition
SELECT * FROM partitioning_test WHERE id > 20 ORDER BY 1, 2;
 id |    time
---------------------------------------------------------------------
 21 | 02-02-2014
 22 | 04-02-2015
(2 rows)

SELECT * FROM partitioning_test_default ORDER BY 1, 2;
 id |    time
---------------------------------------------------------------------
 22 | 04-02-2015
(1 row)

-- multi-shard UPDATE on partitioned table
UPDATE partitioning_test SET time = time + INTERVAL '1 day';
-- see rows are UPDATED
SELECT * FROM partitioning_test ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  1 | 06-08-2009
  2 | 07-08-2010
  3 | 09-10-2009
  4 | 03-04-2010
  5 | 06-07-2012
  5 | 06-07-2012
  6 | 07-08-2012
  6 | 07-08-2012
  7 | 07-08-2013
  8 | 08-09-2013
 11 | 01-02-2011
 11 | 01-02-2011
 12 | 01-02-2012
 12 | 01-02-2012
 13 | 01-03-2009
 14 | 01-04-2009
 15 | 02-02-2009
 16 | 02-02-2010
 17 | 02-02-2011
 17 | 02-02-2011
 18 | 02-02-2012
 18 | 02-02-2012
 19 | 02-03-2009
 20 | 02-03-2010
 21 | 02-03-2014
 22 | 04-03-2015
(26 rows)

-- multi-shard UPDATE on partition directly
UPDATE partitioning_test_2009 SET time = time + INTERVAL '1 day';
-- see rows are UPDATED
SELECT * FROM partitioning_test_2009 ORDER BY 1;
 id |    time
---------------------------------------------------------------------
  1 | 06-09-2009
  3 | 09-11-2009
 13 | 01-04-2009
 14 | 01-05-2009
 15 | 02-03-2009
 19 | 02-04-2009
(6 rows)

-- test multi-shard UPDATE which fails in workers (updated value is outside of partition bounds)
UPDATE partitioning_test_2009 SET time = time + INTERVAL '6 month';
ERROR:  new row for relation "partitioning_test_2009_1660005" violates partition constraint
DETAIL:  Failing row contains (3, 2010-03-11).
CONTEXT:  while executing command on localhost:xxxxx
--
-- DDL in distributed partitioned tables
--
-- test CREATE INDEX
-- CREATE INDEX on partitioned table - this will error out
-- on earlier versions of postgres earlier than 11.
CREATE INDEX partitioning_index ON partitioning_test(id);
-- CREATE INDEX on partition
CREATE INDEX partitioning_2009_index ON partitioning_test_2009(id);
-- CREATE INDEX CONCURRENTLY on partition
CREATE INDEX CONCURRENTLY partitioned_2010_index ON partitioning_test_2010(id);
-- see index is created
SELECT tablename, indexname FROM pg_indexes WHERE tablename LIKE 'partitioning_test_%' ORDER BY indexname;
         tablename         |            indexname
---------------------------------------------------------------------
 partitioning_test_2010    | partitioned_2010_index
 partitioning_test_2009    | partitioning_2009_index
 partitioning_test_2009    | partitioning_test_2009_id_idx
 partitioning_test_2010    | partitioning_test_2010_id_idx
 partitioning_test_2011    | partitioning_test_2011_id_idx
 partitioning_test_2012    | partitioning_test_2012_id_idx
 partitioning_test_2013    | partitioning_test_2013_id_idx
 partitioning_test_2014    | partitioning_test_2014_id_idx
 partitioning_test_default | partitioning_test_default_id_idx
(9 rows)

-- test drop
-- indexes created on parent table can only be dropped on parent table
-- ie using the same index name
-- following will fail
DROP INDEX partitioning_test_2009_id_idx;
ERROR:  cannot drop index partitioning_test_2009_id_idx because index partitioning_index requires it
HINT:  You can drop index partitioning_index instead.
-- but dropping index on parent table will succeed
DROP INDEX partitioning_index;
-- this index was already created on partition table
DROP INDEX partitioning_2009_index;
-- test drop index on non-distributed, partitioned table
CREATE TABLE non_distributed_partitioned_table(a int, b int) PARTITION BY RANGE (a);
CREATE TABLE non_distributed_partitioned_table_1 PARTITION OF non_distributed_partitioned_table
FOR VALUES FROM (0) TO (10);
CREATE INDEX non_distributed_partitioned_table_index ON non_distributed_partitioned_table(a);
-- see index is created
SELECT tablename, indexname FROM pg_indexes WHERE tablename LIKE 'non_distributed_partitioned_table_%' ORDER BY indexname;
              tablename              |                 indexname
---------------------------------------------------------------------
 non_distributed_partitioned_table_1 | non_distributed_partitioned_table_1_a_idx
(1 row)

-- drop the index and see it is dropped
DROP INDEX non_distributed_partitioned_table_index;
SELECT tablename, indexname FROM pg_indexes WHERE tablename LIKE 'non_distributed%' ORDER BY indexname;
 tablename | indexname
---------------------------------------------------------------------
(0 rows)

-- test add COLUMN
-- add COLUMN to partitioned table
ALTER TABLE partitioning_test ADD new_column int;
-- add COLUMN to partition - this will error out
ALTER TABLE partitioning_test_2010 ADD new_column_2 int;
ERROR:  cannot add column to a partition
-- see additional column is created
SELECT name, type FROM table_attrs WHERE relid = 'partitioning_test'::regclass ORDER BY 1;
    name    |  type
---------------------------------------------------------------------
 id         | integer
 new_column | integer
 time       | date
(3 rows)

SELECT name, type FROM table_attrs WHERE relid = 'partitioning_test_2010'::regclass ORDER BY 1;
    name    |  type
---------------------------------------------------------------------
 id         | integer
 new_column | integer
 time       | date
(3 rows)

-- test add PRIMARY KEY
-- add PRIMARY KEY to partitioned table - this will error out
ALTER TABLE partitioning_test ADD CONSTRAINT partitioning_primary PRIMARY KEY (id);
ERROR:  insufficient columns in PRIMARY KEY constraint definition
DETAIL:  PRIMARY KEY constraint on table "partitioning_test" lacks column "time" which is part of the partition key.
-- ADD PRIMARY KEY to partition
ALTER TABLE partitioning_test_2009 ADD CONSTRAINT partitioning_2009_primary PRIMARY KEY (id);
-- see PRIMARY KEY is created
SELECT
    table_name,
    constraint_name,
    constraint_type
FROM
    information_schema.table_constraints
WHERE
    table_name = 'partitioning_test_2009' AND
    constraint_name = 'partitioning_2009_primary';
       table_name       |      constraint_name      | constraint_type
---------------------------------------------------------------------
 partitioning_test_2009 | partitioning_2009_primary | PRIMARY KEY
(1 row)

-- however, you can add primary key if it contains both distribution and partition key
ALTER TABLE partitioning_hash_test ADD CONSTRAINT partitioning_hash_primary PRIMARY KEY (id, subid);
-- see PRIMARY KEY is created
SELECT
    table_name,
    constraint_name,
    constraint_type
FROM
    information_schema.table_constraints
WHERE
    table_name LIKE 'partitioning_hash_test%' AND
    constraint_type = 'PRIMARY KEY'
ORDER BY 1;
        table_name        |        constraint_name        | constraint_type
---------------------------------------------------------------------
 partitioning_hash_test   | partitioning_hash_primary     | PRIMARY KEY
 partitioning_hash_test_0 | partitioning_hash_test_0_pkey | PRIMARY KEY
 partitioning_hash_test_1 | partitioning_hash_test_1_pkey | PRIMARY KEY
 partitioning_hash_test_2 | partitioning_hash_test_2_pkey | PRIMARY KEY
(4 rows)

-- test ADD FOREIGN CONSTRAINT
-- add FOREIGN CONSTRAINT to partitioned table -- this will error out (it is a self reference)
ALTER TABLE partitioning_test ADD CONSTRAINT partitioning_foreign FOREIGN KEY (id) REFERENCES partitioning_test_2009 (id);
ERROR:  cannot ALTER TABLE "partitioning_test_2009" because it is being used by active queries in this session
-- add FOREIGN CONSTRAINT to partition
INSERT INTO partitioning_test_2009 VALUES (5, '2009-06-06');
INSERT INTO partitioning_test_2009 VALUES (6, '2009-07-07');
INSERT INTO partitioning_test_2009 VALUES(12, '2009-02-01');
INSERT INTO partitioning_test_2009 VALUES(18, '2009-02-01');
ALTER TABLE partitioning_test_2012 ADD CONSTRAINT partitioning_2012_foreign FOREIGN KEY (id) REFERENCES partitioning_test_2009 (id) ON DELETE CASCADE;
-- see FOREIGN KEY is created
SELECT "Constraint" FROM table_fkeys WHERE relid = 'partitioning_test_2012'::regclass ORDER BY 1;
        Constraint
---------------------------------------------------------------------
 partitioning_2012_foreign
(1 row)

-- test ON DELETE CASCADE works
DELETE FROM partitioning_test_2009 WHERE id = 5;
-- see that element is deleted from both partitions
SELECT * FROM partitioning_test_2009 WHERE id = 5 ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

SELECT * FROM partitioning_test_2012 WHERE id = 5 ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- test DETACH partition
ALTER TABLE partitioning_test DETACH PARTITION partitioning_test_2009;
-- see DETACHed partitions content is not accessible from partitioning_test;
SELECT * FROM partitioning_test WHERE time >= '2009-01-01' AND time < '2010-01-01' ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- delete from default partition
DELETE FROM partitioning_test WHERE time >= '2015-01-01';
SELECT * FROM partitioning_test_default;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- create a reference table for foreign key test
CREATE TABLE partitioning_test_reference(id int PRIMARY KEY, subid int);
INSERT INTO partitioning_test_reference SELECT a, a FROM generate_series(1, 50) a;
SELECT create_reference_table('partitioning_test_reference');
NOTICE:  Copying data from local table...
 create_reference_table
---------------------------------------------------------------------

(1 row)

ALTER TABLE partitioning_test ADD CONSTRAINT partitioning_reference_fkey FOREIGN KEY (id) REFERENCES partitioning_test_reference(id) ON DELETE CASCADE;
CREATE TABLE partitioning_test_foreign_key(id int PRIMARY KEY, value int);
SELECT create_distributed_table('partitioning_test_foreign_key', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

INSERT INTO partitioning_test_foreign_key SELECT * FROM partitioning_test_reference;
ALTER TABLE partitioning_hash_test ADD CONSTRAINT partitioning_reference_fk_test FOREIGN KEY (id) REFERENCES partitioning_test_foreign_key(id) ON DELETE CASCADE;
-- check foreign keys on partitions
SELECT
	table_name, constraint_name, constraint_type FROm information_schema.table_constraints
WHERE
	table_name LIKE 'partitioning_hash_test%' AND
	constraint_type = 'FOREIGN KEY'
ORDER BY
	1,2;
        table_name        |        constraint_name         | constraint_type
---------------------------------------------------------------------
 partitioning_hash_test   | partitioning_reference_fk_test | FOREIGN KEY
 partitioning_hash_test_0 | partitioning_reference_fk_test | FOREIGN KEY
 partitioning_hash_test_1 | partitioning_reference_fk_test | FOREIGN KEY
 partitioning_hash_test_2 | partitioning_reference_fk_test | FOREIGN KEY
(4 rows)

-- check foreign keys on partition shards
-- there is some text ordering issue regarding table name
-- forcing integer sort by extracting shardid
CREATE TYPE foreign_key_details AS (table_name text, constraint_name text, constraint_type text);
SELECT right(table_name, 7)::int as shardid, * FROM (
	SELECT (json_populate_record(NULL::foreign_key_details,
	json_array_elements_text(result::json)::json )).*
	FROM run_command_on_workers($$
		SELECT
			COALESCE(json_agg(row_to_json(q)), '[]'::json)
		FROM (
			SELECT
				table_name, constraint_name, constraint_type
			FROM information_schema.table_constraints
			WHERE
				table_name LIKE 'partitioning_hash_test%' AND
				constraint_type = 'FOREIGN KEY'
			ORDER BY 1, 2, 3
			) q
		$$) ) w
ORDER BY 1, 2, 3, 4;
 shardid |            table_name            |            constraint_name             | constraint_type
---------------------------------------------------------------------
 1660012 | partitioning_hash_test_1660012   | partitioning_reference_fk_test_1660012 | FOREIGN KEY
 1660013 | partitioning_hash_test_1660013   | partitioning_reference_fk_test_1660013 | FOREIGN KEY
 1660014 | partitioning_hash_test_1660014   | partitioning_reference_fk_test_1660014 | FOREIGN KEY
 1660015 | partitioning_hash_test_1660015   | partitioning_reference_fk_test_1660015 | FOREIGN KEY
 1660016 | partitioning_hash_test_0_1660016 | partitioning_reference_fk_test_1660012 | FOREIGN KEY
 1660017 | partitioning_hash_test_0_1660017 | partitioning_reference_fk_test_1660013 | FOREIGN KEY
 1660018 | partitioning_hash_test_0_1660018 | partitioning_reference_fk_test_1660014 | FOREIGN KEY
 1660019 | partitioning_hash_test_0_1660019 | partitioning_reference_fk_test_1660015 | FOREIGN KEY
 1660020 | partitioning_hash_test_1_1660020 | partitioning_reference_fk_test_1660012 | FOREIGN KEY
 1660021 | partitioning_hash_test_1_1660021 | partitioning_reference_fk_test_1660013 | FOREIGN KEY
 1660022 | partitioning_hash_test_1_1660022 | partitioning_reference_fk_test_1660014 | FOREIGN KEY
 1660023 | partitioning_hash_test_1_1660023 | partitioning_reference_fk_test_1660015 | FOREIGN KEY
 1660032 | partitioning_hash_test_2_1660032 | partitioning_reference_fk_test_1660012 | FOREIGN KEY
 1660033 | partitioning_hash_test_2_1660033 | partitioning_reference_fk_test_1660013 | FOREIGN KEY
 1660034 | partitioning_hash_test_2_1660034 | partitioning_reference_fk_test_1660014 | FOREIGN KEY
 1660035 | partitioning_hash_test_2_1660035 | partitioning_reference_fk_test_1660015 | FOREIGN KEY
(16 rows)

DROP TYPE  foreign_key_details;
-- set replication factor back to 1 since it gots reset
-- after connection re-establishment
SET citus.shard_replication_factor TO 1;
SELECT * FROM partitioning_test WHERE id = 11 or id = 12;
 id |    time    | new_column
---------------------------------------------------------------------
 11 | 01-02-2011 |
 11 | 01-02-2011 |
 12 | 01-02-2012 |
 12 | 01-02-2012 |
(4 rows)

DELETE FROM partitioning_test_reference WHERE id = 11 or id = 12;
SELECT * FROM partitioning_hash_test ORDER BY 1, 2;
 id | subid
---------------------------------------------------------------------
  1 |     2
  2 |    13
  3 |     7
  4 |     4
  8 |     5
  9 |    12
(6 rows)

DELETE FROM partitioning_test_foreign_key WHERE id = 2 OR id = 9;
-- see data is deleted from referencing table
SELECT * FROM partitioning_test WHERE id = 11 or id = 12;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

SELECT * FROM partitioning_hash_test ORDER BY 1, 2;
 id | subid
---------------------------------------------------------------------
  1 |     2
  3 |     7
  4 |     4
  8 |     5
(4 rows)

--
-- Transaction tests
--
-- DDL in transaction
BEGIN;
ALTER TABLE partitioning_test ADD newer_column int;
-- see additional column is created
SELECT name, type FROM table_attrs WHERE relid = 'partitioning_test'::regclass ORDER BY 1;
     name     |  type
---------------------------------------------------------------------
 id           | integer
 new_column   | integer
 newer_column | integer
 time         | date
(4 rows)

ROLLBACK;
-- see rollback is successful
SELECT name, type FROM table_attrs WHERE relid = 'partitioning_test'::regclass ORDER BY 1;
    name    |  type
---------------------------------------------------------------------
 id         | integer
 new_column | integer
 time       | date
(3 rows)

-- COPY in transaction
BEGIN;
COPY partitioning_test FROM STDIN WITH CSV;
-- see the data is loaded to shards
SELECT * FROM partitioning_test WHERE id = 22 ORDER BY 1;
 id |    time    | new_column
---------------------------------------------------------------------
 22 | 01-01-2010 |         22
(1 row)

SELECT * FROM partitioning_test WHERE id = 23 ORDER BY 1;
 id |    time    | new_column
---------------------------------------------------------------------
 23 | 01-01-2011 |         23
(1 row)

SELECT * FROM partitioning_test WHERE id = 24 ORDER BY 1;
 id |    time    | new_column
---------------------------------------------------------------------
 24 | 01-01-2013 |         24
(1 row)

ROLLBACK;
-- see rollback is successful
SELECT * FROM partitioning_test WHERE id >= 22 ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- DML in transaction
BEGIN;
-- INSERT in transaction
INSERT INTO partitioning_test VALUES(25, '2010-02-02');
-- see the data is loaded to shards
SELECT * FROM partitioning_test WHERE id = 25 ORDER BY 1;
 id |    time    | new_column
---------------------------------------------------------------------
 25 | 02-02-2010 |
(1 row)

-- INSERT/SELECT in transaction
INSERT INTO partitioning_test SELECT * FROM partitioning_test WHERE id = 25;
-- see the data is loaded to shards
SELECT * FROM partitioning_test WHERE id = 25 ORDER BY 1;
 id |    time    | new_column
---------------------------------------------------------------------
 25 | 02-02-2010 |
 25 | 02-02-2010 |
(2 rows)

-- UPDATE in transaction
UPDATE partitioning_test SET time = '2010-10-10' WHERE id = 25;
-- see the data is updated
SELECT * FROM partitioning_test WHERE id = 25 ORDER BY 1;
 id |    time    | new_column
---------------------------------------------------------------------
 25 | 10-10-2010 |
 25 | 10-10-2010 |
(2 rows)

-- perform operations on partition and partioned tables together
INSERT INTO partitioning_test VALUES(26, '2010-02-02', 26);
INSERT INTO partitioning_test_2010 VALUES(26, '2010-02-02', 26);
COPY partitioning_test FROM STDIN WITH CSV;
COPY partitioning_test_2010 FROM STDIN WITH CSV;
-- see the data is loaded to shards (we should see 4 rows with same content)
SELECT * FROM partitioning_test WHERE id = 26 ORDER BY 1;
 id |    time    | new_column
---------------------------------------------------------------------
 26 | 02-02-2010 |         26
 26 | 02-02-2010 |         26
 26 | 02-02-2010 |         26
 26 | 02-02-2010 |         26
(4 rows)

ROLLBACK;
-- see rollback is successful
SELECT * FROM partitioning_test WHERE id = 26 ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- DETACH and DROP in a transaction
BEGIN;
ALTER TABLE partitioning_test DETACH PARTITION partitioning_test_2011;
DROP TABLE partitioning_test_2011;
COMMIT;
-- see DROPed partitions content is not accessible
SELECT * FROM partitioning_test WHERE time >= '2011-01-01' AND time < '2012-01-01' ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

--
-- Misc tests
--
-- test TRUNCATE
-- test TRUNCATE partition
TRUNCATE partitioning_test_2012;
-- see partition is TRUNCATEd
SELECT * FROM partitioning_test_2012 ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- test TRUNCATE partitioned table
TRUNCATE partitioning_test;
-- see partitioned table is TRUNCATEd
SELECT * FROM partitioning_test ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- test DROP
-- test DROP partition
INSERT INTO partitioning_test_2010 VALUES(27, '2010-02-01');
DROP TABLE partitioning_test_2010;
-- see DROPped partitions content is not accessible from partitioning_test;
SELECT * FROM partitioning_test WHERE time >= '2010-01-01' AND time < '2011-01-01' ORDER BY 1;
 id | time | new_column
---------------------------------------------------------------------
(0 rows)

-- test DROP partitioned table
DROP TABLE partitioning_test;
DROP TABLE partitioning_test_reference;
-- dropping the parent should CASCADE to the children as well
SELECT table_name FROM information_schema.tables WHERE table_name LIKE 'partitioning_test%' ORDER BY 1;
          table_name
---------------------------------------------------------------------
 partitioning_test_2009
 partitioning_test_failure
 partitioning_test_foreign_key
(3 rows)

-- test distributing partitioned table colocated with non-partitioned table
CREATE TABLE partitioned_users_table (user_id int, time timestamp, value_1 int, value_2 int, value_3 float, value_4 bigint) PARTITION BY RANGE (time);
CREATE TABLE partitioned_events_table (user_id int, time timestamp, event_type int, value_2 int, value_3 float, value_4 bigint) PARTITION BY RANGE (time);
SELECT create_distributed_table('partitioned_users_table', 'user_id', colocate_with => 'users_table');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

SELECT create_distributed_table('partitioned_events_table', 'user_id', colocate_with => 'events_table');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

-- INSERT/SELECT from regular table to partitioned table
CREATE TABLE partitioned_users_table_2009 PARTITION OF partitioned_users_table FOR VALUES FROM ('2017-01-01') TO ('2018-01-01');
CREATE TABLE partitioned_events_table_2009 PARTITION OF partitioned_events_table FOR VALUES FROM ('2017-01-01') TO ('2018-01-01');
INSERT INTO partitioned_events_table SELECT * FROM events_table;
INSERT INTO partitioned_users_table_2009 SELECT * FROM users_table;
--
-- Complex JOINs, subqueries, UNIONs etc...
--
-- subquery with UNIONs on partitioned table
SELECT ("final_query"."event_types") as types, count(*) AS sumOfEventType
FROM
  (SELECT *, random()
   FROM
     (SELECT
        "t"."user_id", "t"."time", unnest("t"."collected_events") AS "event_types"
      FROM
        (SELECT
            "t1"."user_id", min("t1"."time") AS "time", array_agg(("t1"."event") ORDER BY TIME ASC, event DESC) AS collected_events
         FROM(
                  (SELECT
                    "events"."user_id", "events"."time", 0 AS event
                   FROM
                    partitioned_events_table as  "events"
                   WHERE
                    event_type IN (1, 2) )
               UNION
                    (SELECT
                        "events"."user_id", "events"."time", 1 AS event
                     FROM
                        partitioned_events_table as "events"
                     WHERE
                        event_type IN (3, 4) )
               UNION
                    (SELECT
                        "events"."user_id", "events"."time", 2 AS event
                     FROM
                        partitioned_events_table as  "events"
                     WHERE
                        event_type IN (5, 6) )
               UNION
                    (SELECT
                        "events"."user_id", "events"."time", 3 AS event
                     FROM
                        partitioned_events_table as "events"
                     WHERE
                        event_type IN (1, 6))) t1
         GROUP BY "t1"."user_id") AS t) "q"
) AS final_query
GROUP BY types
ORDER BY types;
 types | sumofeventtype
---------------------------------------------------------------------
     0 |             43
     1 |             44
     2 |              8
     3 |             25
(4 rows)

-- UNION and JOIN on both partitioned and regular tables
SELECT ("final_query"."event_types") as types, count(*) AS sumOfEventType
FROM
  (SELECT
      *, random()
    FROM
     (SELECT
        "t"."user_id", "t"."time", unnest("t"."collected_events") AS "event_types"
      FROM
        (SELECT
            "t1"."user_id", min("t1"."time") AS "time", array_agg(("t1"."event") ORDER BY TIME ASC, event DESC) AS collected_events
          FROM (
                (SELECT
                    *
                 FROM
                   (SELECT
                          "events"."time", 0 AS event, "events"."user_id"
                    FROM
                      partitioned_events_table as "events"
                    WHERE
                      event_type IN (1, 2)) events_subquery_1)
                UNION
                 (SELECT *
                  FROM
                    (
                          SELECT * FROM
                          (
                              SELECT
                                max("events"."time"),
                                0 AS event,
                                "events"."user_id"
                              FROM
                                events_table as  "events", users_table as "users"
                              WHERE
                                events.user_id = users.user_id AND
                                event_type IN (1, 2)
                                GROUP BY   "events"."user_id"
                          ) as events_subquery_5
                     ) events_subquery_2)
               UNION
                 (SELECT *
                  FROM
                    (SELECT
                        "events"."time", 2 AS event, "events"."user_id"
                     FROM
                        partitioned_events_table as  "events"
                     WHERE
                      event_type IN (3, 4)) events_subquery_3)
               UNION
                 (SELECT *
                  FROM
                    (SELECT
                       "events"."time", 3 AS event, "events"."user_id"
                     FROM
                      events_table as "events"
                     WHERE
                      event_type IN (5, 6)) events_subquery_4)
                 ) t1
         GROUP BY "t1"."user_id") AS t) "q"
INNER JOIN
     (SELECT
        "users"."user_id"
      FROM
        partitioned_users_table as "users"
      WHERE
        value_1 > 2 and value_1 < 5) AS t
     ON (t.user_id = q.user_id)) as final_query
GROUP BY
  types
ORDER BY
  types;
 types | sumofeventtype
---------------------------------------------------------------------
     0 |            367
     2 |            360
     3 |             57
(3 rows)

-- test LIST partitioning
CREATE TABLE list_partitioned_events_table (user_id int, time date, event_type int, value_2 int, value_3 float, value_4 bigint) PARTITION BY LIST (time);
CREATE TABLE list_partitioned_events_table_2014_01_01_05 PARTITION OF list_partitioned_events_table FOR VALUES IN ('2017-11-21', '2017-11-22', '2017-11-23', '2017-11-24', '2017-11-25');
CREATE TABLE list_partitioned_events_table_2014_01_06_10 PARTITION OF list_partitioned_events_table FOR VALUES IN ('2017-11-26', '2017-11-27', '2017-11-28', '2017-11-29', '2017-11-30');
CREATE TABLE list_partitioned_events_table_2014_01_11_15 PARTITION OF list_partitioned_events_table FOR VALUES IN ('2017-12-01', '2017-12-02', '2017-12-03', '2017-12-04', '2017-12-05');
-- test distributing partitioned table colocated with another partitioned table
SELECT create_distributed_table('list_partitioned_events_table', 'user_id', colocate_with => 'partitioned_events_table');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

-- INSERT/SELECT from partitioned table to partitioned table
INSERT INTO
    list_partitioned_events_table
SELECT
    user_id,
    date_trunc('day', time) as time,
    event_type,
    value_2,
    value_3,
    value_4
FROM
    events_table
WHERE
    time >= '2017-11-21' AND
    time <= '2017-12-01';
-- LEFT JOINs used with INNER JOINs on range partitioned table, list partitioned table and non-partitioned table
SELECT
count(*) AS cnt, "generated_group_field"
 FROM
  (SELECT
      "eventQuery"."user_id", random(), generated_group_field
   FROM
     (SELECT
        "multi_group_wrapper_1".*, generated_group_field, random()
      FROM
        (SELECT *
         FROM
           (SELECT
              "list_partitioned_events_table"."time", "list_partitioned_events_table"."user_id" as event_user_id
            FROM
             list_partitioned_events_table as "list_partitioned_events_table"
            WHERE
              user_id > 2) "temp_data_queries"
           INNER JOIN
           (SELECT
              "users"."user_id"
            FROM
              partitioned_users_table as "users"
            WHERE
              user_id > 2 and value_2 = 1) "user_filters_1"
           ON ("temp_data_queries".event_user_id = "user_filters_1".user_id)) AS "multi_group_wrapper_1"
        LEFT JOIN
        (SELECT
            "users"."user_id" AS "user_id", value_2 AS "generated_group_field"
         FROM
          partitioned_users_table as "users") "left_group_by_1"
        ON ("left_group_by_1".user_id = "multi_group_wrapper_1".event_user_id)) "eventQuery") "pushedDownQuery"
  GROUP BY
    "generated_group_field"
  ORDER BY
    cnt DESC, generated_group_field ASC
  LIMIT 10;
 cnt  | generated_group_field
---------------------------------------------------------------------
 1851 |                     1
 1077 |                     4
  963 |                     2
  955 |                     3
  768 |                     5
  639 |                     0
(6 rows)

--
-- Additional partitioning features
--
-- test multi column partitioning
CREATE TABLE multi_column_partitioning(c1 int, c2 int) PARTITION BY RANGE (c1, c2);
CREATE TABLE multi_column_partitioning_0_0_10_0 PARTITION OF multi_column_partitioning FOR VALUES FROM (0, 0) TO (10, 0);
SELECT create_distributed_table('multi_column_partitioning', 'c1');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

-- test INSERT to multi-column partitioned table
INSERT INTO multi_column_partitioning VALUES(1, 1);
INSERT INTO multi_column_partitioning_0_0_10_0 VALUES(5, -5);
-- test INSERT to multi-column partitioned table where no suitable partition exists
INSERT INTO multi_column_partitioning VALUES(10, 1);
ERROR:  no partition of relation "multi_column_partitioning_1660101" found for row
DETAIL:  Partition key of the failing row contains (c1, c2) = (10, 1).
CONTEXT:  while executing command on localhost:xxxxx
-- test with MINVALUE/MAXVALUE
CREATE TABLE multi_column_partitioning_10_max_20_min PARTITION OF multi_column_partitioning FOR VALUES FROM (10, MAXVALUE) TO (20, MINVALUE);
-- test INSERT to partition with MINVALUE/MAXVALUE bounds
INSERT INTO multi_column_partitioning VALUES(11, -11);
INSERT INTO multi_column_partitioning_10_max_20_min VALUES(19, -19);
-- test INSERT to multi-column partitioned table where no suitable partition exists
INSERT INTO multi_column_partitioning VALUES(20, -20);
ERROR:  no partition of relation "multi_column_partitioning_1660101" found for row
DETAIL:  Partition key of the failing row contains (c1, c2) = (20, -20).
CONTEXT:  while executing command on localhost:xxxxx
-- see data is loaded to multi-column partitioned table
SELECT * FROM multi_column_partitioning ORDER BY 1, 2;
 c1 | c2
---------------------------------------------------------------------
  1 |   1
  5 |  -5
 11 | -11
 19 | -19
(4 rows)

--
-- Tests for locks on partitioned tables
--
CREATE TABLE partitioning_locks(id int, ref_id int, time date) PARTITION BY RANGE (time);
-- create its partitions
CREATE TABLE partitioning_locks_2009 PARTITION OF partitioning_locks FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
CREATE TABLE partitioning_locks_2010 PARTITION OF partitioning_locks FOR VALUES FROM ('2010-01-01') TO ('2011-01-01');
-- distribute partitioned table
SELECT create_distributed_table('partitioning_locks', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

-- test locks on router SELECT
BEGIN;
SELECT * FROM partitioning_locks WHERE id = 1 ORDER BY 1, 2;
 id | ref_id | time
---------------------------------------------------------------------
(0 rows)

SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |      mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2010 | relation | AccessShareLock
(3 rows)

COMMIT;
-- test locks on real-time SELECT
BEGIN;
SELECT * FROM partitioning_locks ORDER BY 1, 2;
 id | ref_id | time
---------------------------------------------------------------------
(0 rows)

SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |      mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2010 | relation | AccessShareLock
(3 rows)

COMMIT;
-- test locks on task-tracker SELECT
SET citus.task_executor_type TO 'task-tracker';
BEGIN;
SELECT * FROM partitioning_locks AS pl1 JOIN partitioning_locks AS pl2 ON pl1.id = pl2.ref_id ORDER BY 1, 2;
 id | ref_id | time | id | ref_id | time
---------------------------------------------------------------------
(0 rows)

SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |      mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2010 | relation | AccessShareLock
(3 rows)

COMMIT;
RESET citus.task_executor_type;
-- test locks on INSERT
BEGIN;
INSERT INTO partitioning_locks VALUES(1, 1, '2009-01-01');
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |       mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks      | relation | RowExclusiveLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2009 | relation | RowExclusiveLock
 partitioning_locks_2010 | relation | AccessShareLock
 partitioning_locks_2010 | relation | RowExclusiveLock
(6 rows)

COMMIT;
-- test locks on UPDATE
BEGIN;
UPDATE partitioning_locks SET time = '2009-02-01' WHERE id = 1;
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |       mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks      | relation | RowExclusiveLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2009 | relation | RowExclusiveLock
 partitioning_locks_2010 | relation | AccessShareLock
 partitioning_locks_2010 | relation | RowExclusiveLock
(6 rows)

COMMIT;
-- test locks on DELETE
BEGIN;
DELETE FROM partitioning_locks WHERE id = 1;
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |       mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks      | relation | RowExclusiveLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2009 | relation | RowExclusiveLock
 partitioning_locks_2010 | relation | AccessShareLock
 partitioning_locks_2010 | relation | RowExclusiveLock
(6 rows)

COMMIT;
-- test locks on INSERT/SELECT
CREATE TABLE partitioning_locks_for_select(id int, ref_id int, time date);
SELECT create_distributed_table('partitioning_locks_for_select', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

BEGIN;
INSERT INTO partitioning_locks SELECT * FROM partitioning_locks_for_select;
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
           relation            | locktype |       mode
---------------------------------------------------------------------
 partitioning_locks            | relation | AccessShareLock
 partitioning_locks            | relation | RowExclusiveLock
 partitioning_locks_2009       | relation | AccessShareLock
 partitioning_locks_2009       | relation | RowExclusiveLock
 partitioning_locks_2010       | relation | AccessShareLock
 partitioning_locks_2010       | relation | RowExclusiveLock
 partitioning_locks_for_select | relation | AccessShareLock
(7 rows)

COMMIT;
-- test locks on coordinator INSERT/SELECT
BEGIN;
INSERT INTO partitioning_locks SELECT * FROM partitioning_locks_for_select LIMIT 5;
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
           relation            | locktype |       mode
---------------------------------------------------------------------
 partitioning_locks            | relation | AccessShareLock
 partitioning_locks            | relation | RowExclusiveLock
 partitioning_locks_2009       | relation | RowExclusiveLock
 partitioning_locks_2010       | relation | RowExclusiveLock
 partitioning_locks_for_select | relation | AccessShareLock
(5 rows)

COMMIT;
-- test locks on multi-shard UPDATE
BEGIN;
UPDATE partitioning_locks SET time = '2009-03-01';
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |       mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks      | relation | RowExclusiveLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2009 | relation | RowExclusiveLock
 partitioning_locks_2010 | relation | AccessShareLock
 partitioning_locks_2010 | relation | RowExclusiveLock
(6 rows)

COMMIT;
-- test locks on DDL
BEGIN;
ALTER TABLE partitioning_locks ADD COLUMN new_column int;
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |        mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessExclusiveLock
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks_2009 | relation | AccessExclusiveLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2010 | relation | AccessExclusiveLock
 partitioning_locks_2010 | relation | AccessShareLock
(6 rows)

COMMIT;
-- test locks on TRUNCATE
BEGIN;
TRUNCATE partitioning_locks;
SELECT relation::regclass, locktype, mode FROM pg_locks WHERE relation::regclass::text LIKE 'partitioning_locks%' AND pid = pg_backend_pid() ORDER BY 1, 2, 3;
        relation         | locktype |        mode
---------------------------------------------------------------------
 partitioning_locks      | relation | AccessExclusiveLock
 partitioning_locks      | relation | AccessShareLock
 partitioning_locks_2009 | relation | AccessExclusiveLock
 partitioning_locks_2009 | relation | AccessShareLock
 partitioning_locks_2009 | relation | ShareLock
 partitioning_locks_2010 | relation | AccessExclusiveLock
 partitioning_locks_2010 | relation | AccessShareLock
 partitioning_locks_2010 | relation | ShareLock
(8 rows)

COMMIT;
CREATE VIEW lockinfo AS
    SELECT
        logicalrelid,
        CASE
            WHEN l.objsubid = 5 THEN 'shard'
            WHEN l.objsubid = 4 THEN 'shard_metadata'
            ELSE 'colocated_shards_metadata'
        END AS locktype,
        mode
    FROM
        pg_locks AS l JOIN (select row_number() over (partition by logicalrelid order by shardminvalue) -1 as shardintervalindex, * from pg_dist_shard) AS s
    ON
        (l.objsubid IN (4, 5) AND l.objid = s.shardid )
        OR (l.objsubid = 8
            AND l.objid IN (select colocationid from pg_dist_partition AS p where p.logicalrelid = s.logicalrelid)
            AND l.classid = shardintervalindex
        )
    WHERE
        logicalrelid IN ('partitioning_locks', 'partitioning_locks_2009', 'partitioning_locks_2010')
        AND pid = pg_backend_pid()
        AND l.locktype = 'advisory'
    ORDER BY
        1, 2, 3;
-- test shard resource locks with multi-shard UPDATE
BEGIN;
UPDATE partitioning_locks_2009 SET time = '2009-03-01';
-- see the locks on parent table
SELECT * FROM lockinfo;
      logicalrelid       |         locktype          |           mode
---------------------------------------------------------------------
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
(20 rows)

COMMIT;
-- test shard resource locks with TRUNCATE
BEGIN;
TRUNCATE partitioning_locks_2009;
-- see the locks on parent table
SELECT * FROM lockinfo;
      logicalrelid       |         locktype          |   mode
---------------------------------------------------------------------
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
(12 rows)

COMMIT;
-- test shard resource locks with INSERT/SELECT
BEGIN;
INSERT INTO partitioning_locks_2009 SELECT * FROM partitioning_locks WHERE time >= '2009-01-01' AND time < '2010-01-01';
-- see the locks on parent table
SELECT * FROM lockinfo;
      logicalrelid       |         locktype          |           mode
---------------------------------------------------------------------
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | colocated_shards_metadata | ShareLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks      | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | colocated_shards_metadata | ShareLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2009 | shard                     | ShareUpdateExclusiveLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
 partitioning_locks_2010 | colocated_shards_metadata | ShareLock
(20 rows)

COMMIT;
-- test partition-wise join
CREATE TABLE partitioning_hash_join_test(id int, subid int) PARTITION BY HASH(subid);
CREATE TABLE partitioning_hash_join_test_0 PARTITION OF partitioning_hash_join_test FOR VALUES WITH (MODULUS 3, REMAINDER 0);
CREATE TABLE partitioning_hash_join_test_1 PARTITION OF partitioning_hash_join_test FOR VALUES WITH (MODULUS 3, REMAINDER 1);
CREATE TABLE partitioning_hash_join_test_2 PARTITION OF partitioning_hash_join_test FOR VALUES WITH (MODULUS 3, REMAINDER 2);
SELECT create_distributed_table('partitioning_hash_join_test', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

SELECT success FROM run_command_on_workers('alter system set enable_mergejoin to off');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system set enable_nestloop to off');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system set enable_indexscan to off');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system set enable_indexonlyscan to off');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system set enable_partitionwise_join to off');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('select pg_reload_conf()');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

EXPLAIN (COSTS OFF)
SELECT * FROM partitioning_hash_test JOIN partitioning_hash_join_test USING (id, subid);
                                                                                QUERY PLAN
---------------------------------------------------------------------
 Custom Scan (Citus Adaptive)
   Task Count: 4
   Tasks Shown: One of 4
   ->  Task
         Node: host=localhost port=xxxxx dbname=regression
         ->  Gather
               Workers Planned: 2
               ->  Parallel Hash Join
                     Hash Cond: ((partitioning_hash_join_test.id = partitioning_hash_test_1.id) AND (partitioning_hash_join_test.subid = partitioning_hash_test_1.subid))
                     ->  Parallel Append
                           ->  Parallel Seq Scan on partitioning_hash_join_test_0_1660133 partitioning_hash_join_test
                           ->  Parallel Seq Scan on partitioning_hash_join_test_1_1660137 partitioning_hash_join_test_1
                           ->  Parallel Seq Scan on partitioning_hash_join_test_2_1660141 partitioning_hash_join_test_2
                     ->  Parallel Hash
                           ->  Parallel Append
                                 ->  Parallel Seq Scan on partitioning_hash_test_1_1660020 partitioning_hash_test_1
                                 ->  Parallel Seq Scan on partitioning_hash_test_0_1660016 partitioning_hash_test
                                 ->  Parallel Seq Scan on partitioning_hash_test_2_1660032 partitioning_hash_test_2
(18 rows)

-- set partition-wise join on and parallel to off
SELECT success FROM run_command_on_workers('alter system set max_parallel_workers_per_gather = 0');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system set enable_partitionwise_join to on');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('select pg_reload_conf()');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SET enable_partitionwise_join TO on;
ANALYZE partitioning_hash_test, partitioning_hash_join_test;
EXPLAIN (COSTS OFF)
SELECT * FROM partitioning_hash_test JOIN partitioning_hash_join_test USING (id, subid);
                                                                                  QUERY PLAN
---------------------------------------------------------------------
 Custom Scan (Citus Adaptive)
   Task Count: 4
   Tasks Shown: One of 4
   ->  Task
         Node: host=localhost port=xxxxx dbname=regression
         ->  Append
               ->  Hash Join
                     Hash Cond: ((partitioning_hash_join_test.id = partitioning_hash_test.id) AND (partitioning_hash_join_test.subid = partitioning_hash_test.subid))
                     ->  Seq Scan on partitioning_hash_join_test_0_1660133 partitioning_hash_join_test
                     ->  Hash
                           ->  Seq Scan on partitioning_hash_test_0_1660016 partitioning_hash_test
               ->  Hash Join
                     Hash Cond: ((partitioning_hash_test_1.id = partitioning_hash_join_test_1.id) AND (partitioning_hash_test_1.subid = partitioning_hash_join_test_1.subid))
                     ->  Seq Scan on partitioning_hash_test_1_1660020 partitioning_hash_test_1
                     ->  Hash
                           ->  Seq Scan on partitioning_hash_join_test_1_1660137 partitioning_hash_join_test_1
               ->  Hash Join
                     Hash Cond: ((partitioning_hash_join_test_2.id = partitioning_hash_test_2.id) AND (partitioning_hash_join_test_2.subid = partitioning_hash_test_2.subid))
                     ->  Seq Scan on partitioning_hash_join_test_2_1660141 partitioning_hash_join_test_2
                     ->  Hash
                           ->  Seq Scan on partitioning_hash_test_2_1660032 partitioning_hash_test_2
(21 rows)

-- note that partition-wise joins only work when partition key is in the join
-- following join does not have that, therefore join will not be pushed down to
-- partitions
EXPLAIN (COSTS OFF)
SELECT * FROM partitioning_hash_test JOIN partitioning_hash_join_test USING (id);
                                               QUERY PLAN
---------------------------------------------------------------------
 Custom Scan (Citus Adaptive)
   Task Count: 4
   Tasks Shown: One of 4
   ->  Task
         Node: host=localhost port=xxxxx dbname=regression
         ->  Hash Join
               Hash Cond: (partitioning_hash_join_test.id = partitioning_hash_test.id)
               ->  Append
                     ->  Seq Scan on partitioning_hash_join_test_0_1660133 partitioning_hash_join_test
                     ->  Seq Scan on partitioning_hash_join_test_1_1660137 partitioning_hash_join_test_1
                     ->  Seq Scan on partitioning_hash_join_test_2_1660141 partitioning_hash_join_test_2
               ->  Hash
                     ->  Append
                           ->  Seq Scan on partitioning_hash_test_0_1660016 partitioning_hash_test
                           ->  Seq Scan on partitioning_hash_test_1_1660020 partitioning_hash_test_1
                           ->  Seq Scan on partitioning_hash_test_2_1660032 partitioning_hash_test_2
(16 rows)

-- reset partition-wise join
SELECT success FROM run_command_on_workers('alter system reset enable_partitionwise_join');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system reset enable_mergejoin');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system reset enable_nestloop');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system reset enable_indexscan');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system reset enable_indexonlyscan');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('alter system reset max_parallel_workers_per_gather');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

SELECT success FROM run_command_on_workers('select pg_reload_conf()');
 success
---------------------------------------------------------------------
 t
 t
(2 rows)

RESET enable_partitionwise_join;
DROP VIEW lockinfo;
DROP TABLE
IF EXISTS
    partitioning_test_2009,
    partitioned_events_table,
    partitioned_users_table,
    list_partitioned_events_table,
    multi_column_partitioning,
    partitioning_locks,
    partitioning_locks_for_select;
-- make sure we can create a partitioned table with streaming replication
SET citus.replication_model TO 'streaming';
CREATE TABLE partitioning_test(id int, time date) PARTITION BY RANGE (time);
CREATE TABLE partitioning_test_2009 PARTITION OF partitioning_test FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
SELECT create_distributed_table('partitioning_test', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

DROP TABLE partitioning_test;
-- make sure we can attach partitions to a distributed table in a schema
CREATE SCHEMA partitioning_schema;
CREATE TABLE partitioning_schema."schema-test"(id int, time date) PARTITION BY RANGE (time);
SELECT create_distributed_table('partitioning_schema."schema-test"', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

CREATE TABLE partitioning_schema."schema-test_2009"(id int, time date);
ALTER TABLE partitioning_schema."schema-test" ATTACH PARTITION partitioning_schema."schema-test_2009" FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
-- attached partition is distributed as well
SELECT
	logicalrelid
FROM
	pg_dist_partition
WHERE
	logicalrelid IN ('partitioning_schema."schema-test"'::regclass, 'partitioning_schema."schema-test_2009"'::regclass)
ORDER BY 1;
              logicalrelid
---------------------------------------------------------------------
 partitioning_schema."schema-test"
 partitioning_schema."schema-test_2009"
(2 rows)

SELECT
	logicalrelid, count(*)
FROM
    pg_dist_shard
WHERE
    logicalrelid IN ('partitioning_schema."schema-test"'::regclass, 'partitioning_schema."schema-test_2009"'::regclass)
GROUP BY
	logicalrelid
ORDER BY
	1,2;
              logicalrelid              | count
---------------------------------------------------------------------
 partitioning_schema."schema-test"      |     4
 partitioning_schema."schema-test_2009" |     4
(2 rows)

DROP TABLE partitioning_schema."schema-test";
-- make sure we can create partition of a distributed table in a schema
CREATE TABLE partitioning_schema."schema-test"(id int, time date) PARTITION BY RANGE (time);
SELECT create_distributed_table('partitioning_schema."schema-test"', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

CREATE TABLE partitioning_schema."schema-test_2009" PARTITION OF partitioning_schema."schema-test" FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
-- newly created partition is distributed as well
SELECT
	logicalrelid
FROM
	pg_dist_partition
WHERE
	logicalrelid IN ('partitioning_schema."schema-test"'::regclass, 'partitioning_schema."schema-test_2009"'::regclass)
ORDER BY 1;
              logicalrelid
---------------------------------------------------------------------
 partitioning_schema."schema-test"
 partitioning_schema."schema-test_2009"
(2 rows)

SELECT
	logicalrelid, count(*)
FROM
    pg_dist_shard
WHERE
    logicalrelid IN ('partitioning_schema."schema-test"'::regclass, 'partitioning_schema."schema-test_2009"'::regclass)
GROUP BY
	logicalrelid
ORDER BY
	1,2;
              logicalrelid              | count
---------------------------------------------------------------------
 partitioning_schema."schema-test"      |     4
 partitioning_schema."schema-test_2009" |     4
(2 rows)

DROP TABLE partitioning_schema."schema-test";
-- make sure creating partitioned tables works while search_path is set
CREATE TABLE partitioning_schema."schema-test"(id int, time date) PARTITION BY RANGE (time);
SET search_path = partitioning_schema;
SELECT create_distributed_table('"schema-test"', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

CREATE TABLE partitioning_schema."schema-test_2009" PARTITION OF "schema-test" FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
-- newly created partition is distributed as well
SELECT
	logicalrelid
FROM
	pg_dist_partition
WHERE
	logicalrelid IN ('partitioning_schema."schema-test"'::regclass, 'partitioning_schema."schema-test_2009"'::regclass)
ORDER BY 1;
    logicalrelid
---------------------------------------------------------------------
 "schema-test"
 "schema-test_2009"
(2 rows)

SELECT
	logicalrelid, count(*)
FROM
    pg_dist_shard
WHERE
    logicalrelid IN ('partitioning_schema."schema-test"'::regclass, 'partitioning_schema."schema-test_2009"'::regclass)
GROUP BY
	logicalrelid
ORDER BY
	1,2;
    logicalrelid    | count
---------------------------------------------------------------------
 "schema-test"      |     4
 "schema-test_2009" |     4
(2 rows)

-- test we don't deadlock when attaching and detaching partitions from partitioned
-- tables with foreign keys
CREATE TABLE reference_table(id int PRIMARY KEY);
SELECT create_reference_table('reference_table');
 create_reference_table
---------------------------------------------------------------------

(1 row)

CREATE TABLE reference_table_2(id int PRIMARY KEY);
SELECT create_reference_table('reference_table_2');
 create_reference_table
---------------------------------------------------------------------

(1 row)

CREATE TABLE partitioning_test(id int, time date) PARTITION BY RANGE (time);
CREATE TABLE partitioning_test_2008 PARTITION OF partitioning_test FOR VALUES FROM ('2008-01-01') TO ('2009-01-01');
CREATE TABLE partitioning_test_2009 (LIKE partitioning_test);
CREATE TABLE partitioning_test_2010 (LIKE partitioning_test);
CREATE TABLE partitioning_test_2011 (LIKE partitioning_test);
-- distributing partitioning_test will also distribute partitioning_test_2008
SELECT create_distributed_table('partitioning_test', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

SELECT create_distributed_table('partitioning_test_2009', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

SELECT create_distributed_table('partitioning_test_2010', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

SELECT create_distributed_table('partitioning_test_2011', 'id');
 create_distributed_table
---------------------------------------------------------------------

(1 row)

ALTER TABLE partitioning_test ADD CONSTRAINT partitioning_reference_fkey
    FOREIGN KEY (id) REFERENCES reference_table(id) ON DELETE CASCADE;
ALTER TABLE partitioning_test_2009 ADD CONSTRAINT partitioning_reference_fkey_2009
    FOREIGN KEY (id) REFERENCES reference_table(id) ON DELETE CASCADE;
INSERT INTO partitioning_test_2010 VALUES (1, '2010-02-01');
-- This should fail because of foreign key constraint violation
ALTER TABLE partitioning_test ATTACH PARTITION partitioning_test_2010
      FOR VALUES FROM ('2010-01-01') TO ('2011-01-01');
ERROR:  insert or update on table "partitioning_test_2010_1660191" violates foreign key constraint "partitioning_reference_fkey_1660179"
DETAIL:  Key (id)=(X) is not present in table "reference_table_1660177".
CONTEXT:  while executing command on localhost:xxxxx
-- Truncate, so attaching again won't fail
TRUNCATE partitioning_test_2010;
-- Attach a table which already has the same constraint
ALTER TABLE partitioning_test ATTACH PARTITION partitioning_test_2009
      FOR VALUES FROM ('2009-01-01') TO ('2010-01-01');
-- Attach a table which doesn't have the constraint
ALTER TABLE partitioning_test ATTACH PARTITION partitioning_test_2010
      FOR VALUES FROM ('2010-01-01') TO ('2011-01-01');
-- Attach a table which has a different constraint
ALTER TABLE partitioning_test ATTACH PARTITION partitioning_test_2011
      FOR VALUES FROM ('2011-01-01') TO ('2012-01-01');
ALTER TABLE partitioning_test DETACH PARTITION partitioning_test_2008;
ALTER TABLE partitioning_test DETACH PARTITION partitioning_test_2009;
ALTER TABLE partitioning_test DETACH PARTITION partitioning_test_2010;
ALTER TABLE partitioning_test DETACH PARTITION partitioning_test_2011;
DROP TABLE partitioning_test, partitioning_test_2008, partitioning_test_2009,
           partitioning_test_2010, partitioning_test_2011,
           reference_table, reference_table_2;
DROP SCHEMA partitioning_schema CASCADE;
NOTICE:  drop cascades to table "schema-test"
RESET SEARCH_PATH;
DROP TABLE IF EXISTS
	partitioning_hash_test,
	partitioning_hash_join_test,
	partitioning_test_failure,
	non_distributed_partitioned_table,
	partitioning_test_foreign_key;
