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DROP TABLE IF EXISTS test_sequenceNextNode_Nullable ;
CREATE TABLE iF NOT EXISTS test_sequenceNextNode_Nullable ( dt DateTime , id int , action Null able ( String ) ) ENGINE = MergeTree ( ) PARTITION BY dt ORDER BY id ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:01 ' , 1 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 1 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:03 ' , 1 , ' C ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:04 ' , 1 , ' D ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:01 ' , 2 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 2 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:03 ' , 2 , ' D ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:04 ' , 2 , ' C ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:01 ' , 3 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 3 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:01 ' , 4 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 4 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:03 ' , 4 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:04 ' , 4 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:05 ' , 4 , ' C ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:01 ' , 5 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 5 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:03 ' , 5 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:04 ' , 5 , ' C ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:01 ' , 6 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 6 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:03 ' , 6 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:04 ' , 6 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:05 ' , 6 , ' C ' ) ;
SELECT ' (0, A) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, B) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, C) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, D) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' D ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, E) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' E ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, A) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, B) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, C) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, D) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' D ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, E) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' E ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, A->B) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, A->C) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, B->A) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, A->B) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, A->C) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, B->A) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' B ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, A->A->B) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (0, B->A->A) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' A ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, A->A->B) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
SELECT ' (1, B->A->A) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' B ' , action = ' A ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode_Nullable GROUP BY id ORDER BY id ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:01 ' , 10 , ' A ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 10 , ' B ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:02 ' , 10 , NULL ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:03 ' , 10 , ' C ' ) ;
INSERT INTO test_sequenceNextNode_Nullable values ( ' 1970-01-01 09:00:04 ' , 10 , ' D ' ) ;
SELECT ' (0, A) id >= 10 ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode_Nullable WHERE id > = 10 GROUP BY id ORDER BY id ;
SELECT ' (0, A) id >= 10 ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable WHERE id > = 10 GROUP BY id ORDER BY id ;
SELECT ' (0, A) id >= 10 ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode_Nullable WHERE id > = 10 GROUP BY id ORDER BY id ;
SELECT ' (0, A) id >= 10 ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode_Nullable WHERE id > = 10 GROUP BY id ORDER BY id ;
SELECT ' (0, A) id >= 10 ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' D ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode_Nullable WHERE id > = 10 GROUP BY id ORDER BY id ;
SELECT ' (0, A) id >= 10 ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode_Nullable WHERE id > = 10 GROUP BY id ORDER BY id ;
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SELECT ' (0, A) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' C ' , ' D ' ) ) ;
SELECT ' (0, C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' A ' , ' D ' ) ) ;
SELECT ' (0, B->C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' A ' , ' D ' ) ) ;
SELECT ' (0, A->B->C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' B ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' D ' ) ) ;
SELECT ' (0, A) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' C ' , ' D ' ) ) ;
SELECT ' (0, C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' A ' , ' D ' ) ) ;
SELECT ' (0, C->B) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' A ' , ' D ' ) ) ;
SELECT ' (0, C->B->A) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' , action = ' B ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' D ' ) ) ;
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DROP TABLE IF EXISTS test_sequenceNextNode_Nullable ;
-- The same testcases for a non-null type.
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DROP TABLE IF EXISTS test_sequenceNextNode ;
CREATE TABLE iF NOT EXISTS test_sequenceNextNode ( dt DateTime , id int , action String ) ENGINE = MergeTree ( ) PARTITION BY dt ORDER BY id ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 1 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:02 ' , 1 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:03 ' , 1 , ' C ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:04 ' , 1 , ' D ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 2 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:02 ' , 2 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:03 ' , 2 , ' D ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:04 ' , 2 , ' C ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 3 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:02 ' , 3 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 4 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:02 ' , 4 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:03 ' , 4 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:04 ' , 4 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:05 ' , 4 , ' C ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 5 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:02 ' , 5 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:03 ' , 5 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:04 ' , 5 , ' C ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 6 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:02 ' , 6 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:03 ' , 6 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:04 ' , 6 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:05 ' , 6 , ' C ' ) ;
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SELECT ' (0, A) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, B) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, C) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, D) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' D ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, E) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' E ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, A) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, B) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' B ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, C) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, D) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' D ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, E) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' E ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, A->B) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, A->C) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, B->A) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, A->B) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, A->C) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, B->A) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' B ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, A->A->B) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (0, B->A->A) ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' A ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, A->A->B) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
SELECT ' (1, B->A->A) ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' B ' , action = ' A ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode GROUP BY id ORDER BY id ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 10 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:02 ' , 10 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:03 ' , 10 , ' C ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:04 ' , 10 , ' D ' ) ;
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SELECT ' (0, A) id = 10 ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode WHERE id = 10 GROUP BY id ;
SELECT ' (0, A->B) id = 10 ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode WHERE id = 10 GROUP BY id ;
SELECT ' (0, B->C) id = 10 ' , id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 10 GROUP BY id ;
SELECT ' (0, C) id = 10 ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 10 GROUP BY id ;
SELECT ' (0, D->C) id = 10 ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' D ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 10 GROUP BY id ;
SELECT ' (0, C->B) id = 10 ' , id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode WHERE id = 10 GROUP BY id ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 11 , ' A ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 11 , ' B ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 11 , ' C ' ) ;
INSERT INTO test_sequenceNextNode values ( ' 1970-01-01 09:00:01 ' , 11 , ' D ' ) ;
SELECT ' (0, A) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' C ' , ' D ' ) ) ;
SELECT ' (0, C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' A ' , ' D ' ) ) ;
SELECT ' (0, B->C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' B ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' A ' , ' D ' ) ) ;
SELECT ' (0, A->B->C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 0 ) ( dt , action , action = ' A ' , action = ' B ' , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' D ' ) ) ;
SELECT ' (0, A) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' A ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' C ' , ' D ' ) ) ;
SELECT ' (0, C) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' B ' , ' A ' , ' D ' ) ) ;
SELECT ' (0, C->B) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' , action = ' B ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' A ' , ' D ' ) ) ;
SELECT ' (0, C->B->A) id = 11 ' , count ( ) FROM ( SELECT id , sequenceNextNode ( 1 ) ( dt , action , action = ' C ' , action = ' B ' , action = ' A ' ) AS next_node FROM test_sequenceNextNode WHERE id = 11 GROUP BY id HAVING next_node in ( ' D ' ) ) ;
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DROP TABLE IF EXISTS test_sequenceNextNode ;