Parsed test spec with 3 sessions

starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-update s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-update: 
 UPDATE isolation_table SET value = 5 WHERE id = 5;

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500090
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500089|t      |     0
   57637|1500090|t      |     1
   57637|1500091|t      |     0
   57638|1500086|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|    5
(1 row)


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-delete s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-delete: 
 DELETE FROM isolation_table WHERE id = 5;

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500098
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500097|t      |     0
   57637|1500098|t      |     0
   57637|1500099|t      |     0
   57638|1500094|t      |     0
(4 rows)

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


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-update-complex s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-update-complex: 
 UPDATE isolation_table SET value = 5 WHERE id IN (
        SELECT max(id) FROM isolation_table
    );

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500106
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500105|t      |     0
   57637|1500106|t      |     1
   57637|1500107|t      |     0
   57638|1500102|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|    5
(1 row)


starting permutation: s1-load-cache s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-insert s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-insert: 
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500114
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500113|t      |     0
   57637|1500114|t      |     1
   57637|1500115|t      |     0
   57638|1500110|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)


starting permutation: s1-load-cache s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-copy s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-copy: 
 COPY isolation_table FROM PROGRAM 'echo "1,1\n2,2\n3,3\n4,4\n5,5"' WITH CSV;

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500122
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500121|t      |     1
   57637|1500122|t      |     1
   57637|1500123|t      |     2
   57638|1500118|t      |     1
(4 rows)

id|value
---------------------------------------------------------------------
 1|    1
 2|    2
 3|    3
 4|    4
 5|    5
(5 rows)


starting permutation: s1-insert s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-update s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-update: 
 UPDATE isolation_table SET value = 5 WHERE id = 5;

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500130
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500129|t      |     0
   57637|1500130|t      |     1
   57637|1500131|t      |     0
   57638|1500126|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|    5
(1 row)


starting permutation: s1-insert s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-delete s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-delete: 
 DELETE FROM isolation_table WHERE id = 5;

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500138
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500137|t      |     0
   57637|1500138|t      |     0
   57637|1500139|t      |     0
   57638|1500134|t      |     0
(4 rows)

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


starting permutation: s1-insert s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-update-complex s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-update-complex: 
 UPDATE isolation_table SET value = 5 WHERE id IN (
        SELECT max(id) FROM isolation_table
    );

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500146
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500145|t      |     0
   57637|1500146|t      |     1
   57637|1500147|t      |     0
   57638|1500142|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|    5
(1 row)


starting permutation: s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-insert s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-insert: 
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500154
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500153|t      |     0
   57637|1500154|t      |     1
   57637|1500155|t      |     0
   57638|1500150|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)


starting permutation: s3-acquire-advisory-lock s1-begin s1-select s2-begin s2-isolate-tenant s1-copy s1-commit s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(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 isolation_table WHERE id = 5;

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

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-copy: 
 COPY isolation_table FROM PROGRAM 'echo "1,1\n2,2\n3,3\n4,4\n5,5"' WITH CSV;

step s1-commit:
 COMMIT;

step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500162
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500161|t      |     1
   57637|1500162|t      |     1
   57637|1500163|t      |     2
   57638|1500158|t      |     1
(4 rows)

id|value
---------------------------------------------------------------------
 1|    1
 2|    2
 3|    3
 4|    4
 5|    5
(5 rows)


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s2-isolate-tenant s1-isolate-tenant-same-coloc s3-release-advisory-lock s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(1 row)

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-isolate-tenant-same-coloc: 
 SELECT isolate_tenant_to_new_shard('isolation_table', 2, shard_transfer_mode => 'force_logical');

ERROR:  could not acquire the lock required to split public.isolation_table
step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500170
(1 row)

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500169|t      |     0
   57637|1500170|t      |     1
   57637|1500171|t      |     0
   57638|1500166|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s2-isolate-tenant s1-isolate-tenant-same-coloc-blocking s3-release-advisory-lock s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(1 row)

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-isolate-tenant-same-coloc-blocking: 
 SELECT isolate_tenant_to_new_shard('isolation_table', 2, shard_transfer_mode => 'block_writes');

ERROR:  could not acquire the lock required to split public.isolation_table
step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500178
(1 row)

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500177|t      |     0
   57637|1500178|t      |     1
   57637|1500179|t      |     0
   57638|1500174|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s2-isolate-tenant s1-isolate-tenant-no-same-coloc s3-release-advisory-lock s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(1 row)

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-isolate-tenant-no-same-coloc: 
 SELECT isolate_tenant_to_new_shard('isolation_table2', 2, shard_transfer_mode => 'force_logical');

ERROR:  could not acquire the lock required to split concurrently public.isolation_table2.
step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500186
(1 row)

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500185|t      |     0
   57637|1500186|t      |     1
   57637|1500187|t      |     0
   57638|1500182|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s2-begin s2-isolate-tenant s1-isolate-tenant-no-same-coloc s3-release-advisory-lock s2-commit s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(1 row)

step s2-begin:
 BEGIN;

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-isolate-tenant-no-same-coloc: 
 SELECT isolate_tenant_to_new_shard('isolation_table2', 2, shard_transfer_mode => 'force_logical');

ERROR:  could not acquire the lock required to split concurrently public.isolation_table2.
step s3-release-advisory-lock:
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500197
(1 row)

step s2-commit:
 COMMIT;

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500196|t      |     0
   57637|1500197|t      |     1
   57637|1500198|t      |     0
   57638|1500193|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s2-isolate-tenant s1-isolate-tenant-no-same-coloc-blocking s3-release-advisory-lock s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(1 row)

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-isolate-tenant-no-same-coloc-blocking: 
 SELECT isolate_tenant_to_new_shard('isolation_table2', 2, shard_transfer_mode => 'block_writes');
 <waiting ...>
step s3-release-advisory-lock: 
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500208
(1 row)

step s1-isolate-tenant-no-same-coloc-blocking: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500211
(1 row)

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500207|t      |     0
   57637|1500208|t      |     1
   57637|1500209|t      |     0
   57638|1500204|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)


starting permutation: s1-load-cache s1-insert s3-acquire-advisory-lock s2-isolate-tenant s1-isolate-tenant-no-same-coloc-blocking s3-release-advisory-lock s2-print-cluster
create_distributed_table
---------------------------------------------------------------------

(1 row)

step s1-load-cache:
 TRUNCATE isolation_table;
 TRUNCATE isolation_table2;

step s1-insert:
 INSERT INTO isolation_table VALUES (5, 10);
 INSERT INTO isolation_table2 VALUES (5, 10);

step s3-acquire-advisory-lock:
    SELECT pg_advisory_lock(44000, 55152);

pg_advisory_lock
---------------------------------------------------------------------

(1 row)

step s2-isolate-tenant:
 SELECT isolate_tenant_to_new_shard('isolation_table', 5, shard_transfer_mode => 'force_logical');
 <waiting ...>
step s1-isolate-tenant-no-same-coloc-blocking: 
 SELECT isolate_tenant_to_new_shard('isolation_table2', 2, shard_transfer_mode => 'block_writes');
 <waiting ...>
step s3-release-advisory-lock: 
    SELECT pg_advisory_unlock(44000, 55152);

pg_advisory_unlock
---------------------------------------------------------------------
t
(1 row)

step s2-isolate-tenant: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500219
(1 row)

step s1-isolate-tenant-no-same-coloc-blocking: <... completed>
isolate_tenant_to_new_shard
---------------------------------------------------------------------
                    1500222
(1 row)

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

nodeport|shardid|success|result
---------------------------------------------------------------------
   57637|1500218|t      |     0
   57637|1500219|t      |     1
   57637|1500220|t      |     0
   57638|1500215|t      |     0
(4 rows)

id|value
---------------------------------------------------------------------
 5|   10
(1 row)