Parsed test spec with 2 sessions

starting permutation: s1-load-cache s1-insert s1-begin s1-select s2-begin s2-blocking-shard-split s1-update s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
	-- Indirect way to load cache.
	TRUNCATE to_split_table;

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);

get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    1
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-update:
	UPDATE to_split_table SET value = 111 WHERE id = 123456789;
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-update: <... completed>
ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     1
   57638|1500004|t      |     0
(3 rows)

       id|value
---------------------------------------------------------------------
123456789|    1
(1 row)


starting permutation: s1-load-cache s1-insert s1-begin s1-select s2-begin s2-blocking-shard-split s1-delete s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
	-- Indirect way to load cache.
	TRUNCATE to_split_table;

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);

get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    1
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-delete:
	DELETE FROM to_split_table WHERE id = 123456789;
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-delete: <... completed>
ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     1
   57638|1500004|t      |     0
(3 rows)

       id|value
---------------------------------------------------------------------
123456789|    1
(1 row)


starting permutation: s1-load-cache s1-begin s1-select s2-begin s2-blocking-shard-split s1-insert s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
	-- Indirect way to load cache.
	TRUNCATE to_split_table;

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    0
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-insert: <... completed>
get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     0
   57638|1500004|t      |     0
(3 rows)

id|value
---------------------------------------------------------------------
(0 rows)


starting permutation: s1-load-cache s1-begin s1-select s2-begin s2-blocking-shard-split s1-copy s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
	-- Indirect way to load cache.
	TRUNCATE to_split_table;

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    0
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-copy:
	COPY to_split_table FROM PROGRAM 'echo "1,1\n2,2\n3,3\n4,4\n5,5"' WITH CSV;
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-copy: <... completed>
ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     0
   57638|1500004|t      |     0
(3 rows)

id|value
---------------------------------------------------------------------
(0 rows)


starting permutation: s1-insert s1-begin s1-select s2-begin s2-blocking-shard-split s1-update s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);

get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    1
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-update:
	UPDATE to_split_table SET value = 111 WHERE id = 123456789;
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-update: <... completed>
ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     1
   57638|1500004|t      |     0
(3 rows)

       id|value
---------------------------------------------------------------------
123456789|    1
(1 row)


starting permutation: s1-insert s1-begin s1-select s2-begin s2-blocking-shard-split s1-delete s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);

get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    1
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-delete:
	DELETE FROM to_split_table WHERE id = 123456789;
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-delete: <... completed>
ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     1
   57638|1500004|t      |     0
(3 rows)

       id|value
---------------------------------------------------------------------
123456789|    1
(1 row)


starting permutation: s1-begin s1-select s2-begin s2-blocking-shard-split s1-insert s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    0
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-insert: <... completed>
get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     0
   57638|1500004|t      |     0
(3 rows)

id|value
---------------------------------------------------------------------
(0 rows)


starting permutation: s1-begin s1-select s2-begin s2-blocking-shard-split s1-copy s2-commit s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    0
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-copy:
	COPY to_split_table FROM PROGRAM 'echo "1,1\n2,2\n3,3\n4,4\n5,5"' WITH CSV;
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-copy: <... completed>
ERROR:  could not find valid entry for shard xxxxx
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     0
   57638|1500004|t      |     0
(3 rows)

id|value
---------------------------------------------------------------------
(0 rows)


starting permutation: s1-load-cache s1-insert s1-begin s1-blocking-shard-split s2-blocking-shard-split s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
	-- Indirect way to load cache.
	TRUNCATE to_split_table;

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);

get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500001,
		ARRAY['-1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

ERROR:  could not acquire the lock required to split public.to_split_table
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500003|t      |     0
   57638|1500002|t      |     1
   57638|1500004|t      |     0
(3 rows)

       id|value
---------------------------------------------------------------------
123456789|    1
(1 row)


starting permutation: s1-insert s1-begin s1-blocking-shard-split s2-blocking-shard-split s1-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-insert:
	-- Id '123456789' maps to shard xxxxx.
	SELECT get_shard_id_for_distribution_column('to_split_table', 123456789);
	INSERT INTO to_split_table VALUES (123456789, 1);

get_shard_id_for_distribution_column
---------------------------------------------------------------------
                             1500002
(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500001,
		ARRAY['-1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

ERROR:  could not acquire the lock required to split public.to_split_table
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500003|t      |     0
   57638|1500002|t      |     1
   57638|1500004|t      |     0
(3 rows)

       id|value
---------------------------------------------------------------------
123456789|    1
(1 row)


starting permutation: s1-load-cache s1-begin s1-select s2-begin s2-blocking-shard-split s1-ddl s2-commit s1-commit s2-print-cluster s2-print-index-count
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
	-- Indirect way to load cache.
	TRUNCATE to_split_table;

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    0
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-ddl:
	CREATE INDEX test_table_index ON to_split_table(id);
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-ddl: <... completed>
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     0
   57638|1500004|t      |     0
(3 rows)

id|value
---------------------------------------------------------------------
(0 rows)

step s2-print-index-count:
	SELECT
		nodeport, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from pg_indexes WHERE tablename = ''%s''')
	ORDER BY
		nodeport;

nodeport|success|result
---------------------------------------------------------------------
   57637|t      |     1
   57637|t      |     1
   57638|t      |     1
(3 rows)


starting permutation: s1-begin s1-select s2-begin s2-blocking-shard-split s1-ddl s2-commit s1-commit s2-print-cluster s2-print-index-count
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-begin:
    BEGIN;
    -- the tests are written with the logic where single shard SELECTs
    -- do not to open transaction blocks
    SET citus.select_opens_transaction_block TO false;

step s1-select:
	SELECT count(*) FROM to_split_table WHERE id = 123456789;

count
---------------------------------------------------------------------
    0
(1 row)

step s2-begin:
	BEGIN;

step s2-blocking-shard-split:
	SELECT pg_catalog.citus_split_shard_by_split_points(
		1500002,
		ARRAY['1073741824'],
		ARRAY[1, 2],
		'block_writes');

citus_split_shard_by_split_points
---------------------------------------------------------------------

(1 row)

step s1-ddl:
	CREATE INDEX test_table_index ON to_split_table(id);
 <waiting ...>
step s2-commit: 
	COMMIT;

step s1-ddl: <... completed>
step s1-commit:
	COMMIT;

step s2-print-cluster:
	-- row count per shard
	SELECT
		nodeport, shardid, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from %s')
	ORDER BY
		nodeport, shardid;
	-- rows
	SELECT id, value FROM to_split_table ORDER BY id, value;

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500001|t      |     0
   57637|1500003|t      |     0
   57638|1500004|t      |     0
(3 rows)

id|value
---------------------------------------------------------------------
(0 rows)

step s2-print-index-count:
	SELECT
		nodeport, success, result
	FROM
		run_command_on_placements('to_split_table', 'select count(*) from pg_indexes WHERE tablename = ''%s''')
	ORDER BY
		nodeport;

nodeport|success|result
---------------------------------------------------------------------
   57637|t      |     1
   57637|t      |     1
   57638|t      |     1
(3 rows)