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https://github.com/ClickHouse/ClickHouse.git
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74 lines
4.6 KiB
SQL
74 lines
4.6 KiB
SQL
drop table if exists X sync;
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drop table if exists Y sync;
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set min_bytes_to_use_direct_io = 0; -- min_bytes_to_use_direct_io > 0 is broken and leads to unexpected results, https://github.com/ClickHouse/ClickHouse/issues/65690
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create table X (id Int32, x_a String, x_b Nullable(Int32)) engine ReplicatedMergeTree('/clickhouse/{database}/X', '1') order by tuple();
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create table Y (id Int32, y_a String, y_b Nullable(String)) engine ReplicatedMergeTree('/clickhouse/{database}/Y', '1') order by tuple();
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insert into X (id, x_a, x_b) values (1, 'l1', 1), (2, 'l2', 2), (2, 'l3', 3), (3, 'l4', 4);
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insert into X (id, x_a) values (4, 'l5'), (4, 'l6'), (5, 'l7'), (8, 'l8'), (9, 'l9');
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insert into Y (id, y_a) values (1, 'r1'), (1, 'r2'), (2, 'r3'), (3, 'r4'), (3, 'r5');
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insert into Y (id, y_a, y_b) values (4, 'r6', 'nr6'), (6, 'r7', 'nr7'), (7, 'r8', 'nr8'), (9, 'r9', 'nr9');
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set enable_analyzer = 1, enable_parallel_replicas = 1, max_parallel_replicas = 3, cluster_for_parallel_replicas = 'test_cluster_one_shard_three_replicas_localhost';
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select 'inner';
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select X.*, Y.* from X inner join Y on X.id = Y.id order by X.id, X.x_a, X.x_b, Y.id, Y.y_a, Y.y_b;
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select 'inner subs';
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select s.*, j.* from (select * from X) as s inner join (select * from Y) as j on s.id = j.id order by s.id, s.x_a, s.x_b, j.id, j.y_a, j.y_b;
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select 'inner expr';
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select X.*, Y.* from X inner join Y on (X.id + 1) = (Y.id + 1) order by X.id, X.x_a, X.x_b, Y.id, Y.y_a, Y.y_b;
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select 'left';
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select X.*, Y.* from X left join Y on X.id = Y.id order by X.id, X.x_a, X.x_b, Y.id, Y.y_a, Y.y_b;
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select 'left subs';
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select s.*, j.* from (select * from X) as s left join (select * from Y) as j on s.id = j.id order by s.id, s.x_a, s.x_b, j.id, j.y_a, j.y_b;
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select 'left expr';
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select X.*, Y.* from X left join Y on (X.id + 1) = (Y.id + 1) order by X.id, X.x_a, X.x_b, Y.id, Y.y_a, Y.y_b;
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select 'right';
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select X.*, Y.* from X right join Y on X.id = Y.id order by X.id, X.x_a, X.x_b, Y.id, Y.y_a, Y.y_b;
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select 'right subs';
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select s.*, j.* from (select * from X) as s right join (select * from Y) as j on s.id = j.id order by s.id, s.x_a, s.x_b, j.id, j.y_a, j.y_b;
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select 'full';
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select X.*, Y.* from X full join Y on X.id = Y.id order by X.id, X.x_a, X.x_b, Y.id, Y.y_a, Y.y_b;
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select 'full subs';
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select s.*, j.* from (select * from X) as s full join (select * from Y) as j on s.id = j.id order by s.id, s.x_a, s.x_b, j.id, j.y_a, j.y_b;
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select 'self inner';
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select X.*, s.* from X inner join (select * from X) as s on X.id = s.id order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self inner nullable';
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select X.*, s.* from X inner join (select * from X) as s on X.x_b = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self inner nullable vs not nullable';
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select X.*, s.* from X inner join (select * from X) as s on X.id = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self inner nullable vs not nullable 2';
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select Y.*, s.* from Y inner join (select * from Y) as s on concat('n', Y.y_a) = s.y_b order by Y.id, Y.y_a, Y.y_b, s.id, s.y_a, s.y_b;
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select 'self left';
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select X.*, s.* from X left join (select * from X) as s on X.id = s.id order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self left nullable';
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select X.*, s.* from X left join (select * from X) as s on X.x_b = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self left nullable vs not nullable';
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select X.*, s.* from X left join (select * from X) as s on X.id = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self left nullable vs not nullable 2';
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select Y.*, s.* from Y left join (select * from Y) as s on concat('n', Y.y_a) = s.y_b order by Y.id, Y.y_a, Y.y_b, s.id, s.y_a, s.y_b;
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select 'self right';
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select X.*, s.* from X right join (select * from X) as s on X.id = s.id order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self right nullable';
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select X.*, s.* from X right join (select * from X) as s on X.x_b = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self right nullable vs not nullable';
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select X.*, s.* from X right join (select * from X) as s on X.id = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self full';
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select X.*, s.* from X full join (select * from X) as s on X.id = s.id order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self full nullable';
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select X.*, s.* from X full join (select * from X) as s on X.x_b = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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select 'self full nullable vs not nullable';
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select X.*, s.* from X full join (select * from X) as s on X.id = s.x_b order by X.id, X.x_a, X.x_b, s.id, s.x_a, s.x_b;
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drop table X sync;
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drop table Y sync;
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