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38 lines
3.0 KiB
SQL
38 lines
3.0 KiB
SQL
DROP TABLE IF EXISTS test.summing_composite_key;
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CREATE TABLE test.summing_composite_key (d Date, k UInt64, FirstMap Nested(k1 UInt32, k2ID Int8, s Float64), SecondMap Nested(k1ID UInt64, k2Key UInt32, k3Type Int32, s Int64)) ENGINE = SummingMergeTree(d, k, 1);
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INSERT INTO test.summing_composite_key VALUES ('2000-01-01', 1, [1,2], [3,4], [10,11], [0,1,2], [3,4,5], [-1,-2,-3], [1,10,100]);
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INSERT INTO test.summing_composite_key VALUES ('2000-01-01', 1, [2,1], [4,3], [20,22], [2,2,1], [5,5,0], [-3,-3,-33], [10,100,1000]);
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INSERT INTO test.summing_composite_key VALUES ('2000-01-01', 2, [1,2], [3,4], [10,11], [0,1,2], [3,4,5], [-1,-2,-3], [1,10,100]);
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INSERT INTO test.summing_composite_key VALUES ('2000-01-01', 2, [2,1,1], [4,3,3], [20,22,33], [2,2], [5,5], [-3,-3], [10,100]);
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INSERT INTO test.summing_composite_key VALUES ('2000-01-01', 2, [1,2], [3,4], [10,11], [0,1,2], [3,4,5], [-1,-2,-3], [1,10,100]);
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SELECT * FROM test.summing_composite_key ORDER BY d, k, _part_index;
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SELECT d, k, m.k1, m.k2ID, m.s FROM test.summing_composite_key ARRAY JOIN FirstMap AS m ORDER BY d, k, m.k1, m.k2ID, m.s;
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SELECT d, k, m.k1, m.k2ID, sum(m.s) FROM test.summing_composite_key ARRAY JOIN FirstMap AS m GROUP BY d, k, m.k1, m.k2ID ORDER BY d, k, m.k1, m.k2ID;
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SELECT d, k, m.k1, m.k2ID,m. s FROM test.summing_composite_key FINAL ARRAY JOIN FirstMap AS m ORDER BY d, k, m.k1, m.k2ID, m.s;
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SELECT d, k, m.k1ID, m.k2Key, m.k3Type, m.s FROM test.summing_composite_key ARRAY JOIN SecondMap AS m ORDER BY d, k, m.k1ID, m.k2Key, m.k3Type, m.s;
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SELECT d, k, m.k1ID, m.k2Key, m.k3Type, sum(m.s) FROM test.summing_composite_key ARRAY JOIN SecondMap AS m GROUP BY d, k, m.k1ID, m.k2Key, m.k3Type ORDER BY d, k, m.k1ID, m.k2Key, m.k3Type;
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SELECT d, k, m.k1ID, m.k2Key, m.k3Type, m.s FROM test.summing_composite_key FINAL ARRAY JOIN SecondMap AS m ORDER BY d, k, m.k1ID, m.k2Key, m.k3Type, m.s;
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OPTIMIZE TABLE test.summing_composite_key;
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OPTIMIZE TABLE test.summing_composite_key;
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OPTIMIZE TABLE test.summing_composite_key;
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OPTIMIZE TABLE test.summing_composite_key;
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OPTIMIZE TABLE test.summing_composite_key;
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SELECT * FROM test.summing_composite_key ORDER BY d, k, _part_index;
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SELECT d, k, m.k1, m.k2ID, m.s FROM test.summing_composite_key ARRAY JOIN FirstMap AS m ORDER BY d, k, m.k1, m.k2ID, m.s;
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SELECT d, k, m.k1, m.k2ID, sum(m.s) FROM test.summing_composite_key ARRAY JOIN FirstMap AS m GROUP BY d, k, m.k1, m.k2ID ORDER BY d, k, m.k1, m.k2ID;
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SELECT d, k, m.k1, m.k2ID, m.s FROM test.summing_composite_key FINAL ARRAY JOIN FirstMap AS m ORDER BY d, k, m.k1, m.k2ID, m.s;
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SELECT d, k, m.k1ID, m.k2Key, m.k3Type, m.s FROM test.summing_composite_key ARRAY JOIN SecondMap AS m ORDER BY d, k, m.k1ID, m.k2Key, m.k3Type, m.s;
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SELECT d, k, m.k1ID, m.k2Key, m.k3Type, sum(m.s) FROM test.summing_composite_key ARRAY JOIN SecondMap AS m GROUP BY d, k, m.k1ID, m.k2Key, m.k3Type ORDER BY d, k, m.k1ID, m.k2Key, m.k3Type;
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SELECT d, k, m.k1ID, m.k2Key, m.k3Type, m.s FROM test.summing_composite_key FINAL ARRAY JOIN SecondMap AS m ORDER BY d, k, m.k1ID, m.k2Key, m.k3Type, m.s;
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DROP TABLE test.summing_composite_key;
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