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|
SET x TO 1;
SET x = 1;
SELECT * FROM test;
SELECT
*
FROM test;
WITH a AS ((SELECT 1 AS b) UNION ALL (SELECT 2 AS b)) SELECT * FROM a;
WITH a AS (
(
SELECT
1 AS b
)
UNION ALL
(
SELECT
2 AS b
)
)
SELECT
*
FROM a;
WITH cte1 AS (
SELECT a, z and e AS b
FROM cte
WHERE x IN (1, 2, 3) AND z < -1 OR z > 1 AND w = 'AND'
), cte2 AS (
SELECT RANK() OVER (PARTITION BY a, b ORDER BY x DESC) a, b
FROM cte
CROSS JOIN (
SELECT 1
UNION ALL
SELECT 2
UNION ALL
SELECT CASE x AND 1 + 1 = 2
WHEN TRUE THEN 1 AND 4 + 3 AND Z
WHEN x and y THEN 2
ELSE 3 AND 4 AND g END
UNION ALL
SELECT 1
FROM (SELECT 1) AS x, y, (SELECT 2) z
UNION ALL
SELECT MAX(COALESCE(x AND y, a and b and c, d and e)), FOO(CASE WHEN a and b THEN c and d ELSE 3 END)
GROUP BY x, GROUPING SETS (a, (b, c)), CUBE(y, z)
) x
)
SELECT a, b c FROM (
SELECT a w, 1 + 1 AS c
FROM foo
WHERE w IN (SELECT z FROM q)
GROUP BY a, b
) x
LEFT JOIN (
SELECT a, b
FROM (SELECT * FROM bar WHERE (c > 1 AND d > 1) OR e > 1 GROUP BY a HAVING a > 1 LIMIT 10) z
) y ON x.a = y.b AND x.a > 1 OR (x.c = y.d OR x.c = y.e);
WITH cte1 AS (
SELECT
a,
z AND e AS b
FROM cte
WHERE
x IN (1, 2, 3) AND z < -1 OR z > 1 AND w = 'AND'
), cte2 AS (
SELECT
RANK() OVER (PARTITION BY a, b ORDER BY x DESC) AS a,
b
FROM cte
CROSS JOIN (
SELECT
1
UNION ALL
SELECT
2
UNION ALL
SELECT
CASE x AND 1 + 1 = 2
WHEN TRUE
THEN 1 AND 4 + 3 AND Z
WHEN x AND y
THEN 2
ELSE 3 AND 4 AND g
END
UNION ALL
SELECT
1
FROM (
SELECT
1
) AS x, y, (
SELECT
2
) AS z
UNION ALL
SELECT
MAX(COALESCE(x AND y, a AND b AND c, d AND e)),
FOO(CASE WHEN a AND b THEN c AND d ELSE 3 END)
GROUP BY
x,
GROUPING SETS (
a,
(b, c)
),
CUBE (
y,
z
)
) AS x
)
SELECT
a,
b AS c
FROM (
SELECT
a AS w,
1 + 1 AS c
FROM foo
WHERE
w IN (
SELECT
z
FROM q
)
GROUP BY
a,
b
) AS x
LEFT JOIN (
SELECT
a,
b
FROM (
SELECT
*
FROM bar
WHERE
(
c > 1 AND d > 1
) OR e > 1
GROUP BY
a
HAVING
a > 1
LIMIT 10
) AS z
) AS y
ON x.a = y.b AND x.a > 1 OR (
x.c = y.d OR x.c = y.e
);
SELECT myCol1, myCol2 FROM baseTable LATERAL VIEW OUTER explode(col1) myTable1 AS myCol1 LATERAL VIEW explode(col2) myTable2 AS myCol2
where a > 1 and b > 2 or c > 3;
SELECT
myCol1,
myCol2
FROM baseTable
LATERAL VIEW OUTER
EXPLODE(col1) myTable1 AS myCol1
LATERAL VIEW
EXPLODE(col2) myTable2 AS myCol2
WHERE
a > 1 AND b > 2 OR c > 3;
SELECT * FROM (WITH y AS ( SELECT 1 AS z) SELECT z from y) x;
SELECT
*
FROM (
WITH y AS (
SELECT
1 AS z
)
SELECT
z
FROM y
) AS x;
INSERT OVERWRITE TABLE x VALUES (1, 2.0, '3.0'), (4, 5.0, '6.0');
INSERT OVERWRITE TABLE x
VALUES
(1, 2.0, '3.0'),
(4, 5.0, '6.0');
INSERT INTO TABLE foo REPLACE WHERE cond SELECT * FROM bar;
INSERT INTO foo
REPLACE WHERE cond
SELECT
*
FROM bar;
INSERT OVERWRITE TABLE zipcodes PARTITION(state = '0') VALUES (896, 'US', 'TAMPA', 33607);
INSERT OVERWRITE TABLE zipcodes PARTITION(state = '0')
VALUES
(896, 'US', 'TAMPA', 33607);
WITH regional_sales AS (
SELECT region, SUM(amount) AS total_sales
FROM orders
GROUP BY region
), top_regions AS (
SELECT region
FROM regional_sales
WHERE total_sales > (SELECT SUM(total_sales)/10 FROM regional_sales)
)
SELECT region,
product,
SUM(quantity) AS product_units,
SUM(amount) AS product_sales
FROM orders
WHERE region IN (SELECT region FROM top_regions)
GROUP BY region, product;
WITH regional_sales AS (
SELECT
region,
SUM(amount) AS total_sales
FROM orders
GROUP BY
region
), top_regions AS (
SELECT
region
FROM regional_sales
WHERE
total_sales > (
SELECT
SUM(total_sales) / 10
FROM regional_sales
)
)
SELECT
region,
product,
SUM(quantity) AS product_units,
SUM(amount) AS product_sales
FROM orders
WHERE
region IN (
SELECT
region
FROM top_regions
)
GROUP BY
region,
product;
CREATE TABLE "t_customer_account" ( "id" int, "customer_id" int, "bank" varchar(100), "account_no" varchar(100));
CREATE TABLE "t_customer_account" (
"id" INT,
"customer_id" INT,
"bank" VARCHAR(100),
"account_no" VARCHAR(100)
);
SELECT
x("aaaaaaaaaaaaaa", "bbbbbbbbbbbbb", "ccccccccc", "ddddddddddddd", "eeeeeeeeeeeee", "fffffff"),
array("aaaaaaaaaaaaaa", "bbbbbbbbbbbbb", "ccccccccc", "ddddddddddddd", "eeeeeeeeeeeee", "fffffff"),
array("aaaaaaaaaaaaaa", "bbbbbbbbbbbbb", "ccccccccc", "ddddddddddddd", "eeeeeeeeeeeee", "fffffff", array("aaaaaaaaaaaaaa", "bbbbbbbbbbbbb", "ccccccccc", "ddddddddddddd", "eeeeeeeeeeeee", "fffffff")),
array(array("aaaaaaaaaaaaaa", "bbbbbbbbbbbbb", "ccccccccc", "ddddddddddddd", "eeeeeeeeeeeee", "fffffff")),
;
SELECT
X(
"aaaaaaaaaaaaaa",
"bbbbbbbbbbbbb",
"ccccccccc",
"ddddddddddddd",
"eeeeeeeeeeeee",
"fffffff"
),
ARRAY(
"aaaaaaaaaaaaaa",
"bbbbbbbbbbbbb",
"ccccccccc",
"ddddddddddddd",
"eeeeeeeeeeeee",
"fffffff"
),
ARRAY(
"aaaaaaaaaaaaaa",
"bbbbbbbbbbbbb",
"ccccccccc",
"ddddddddddddd",
"eeeeeeeeeeeee",
"fffffff",
ARRAY(
"aaaaaaaaaaaaaa",
"bbbbbbbbbbbbb",
"ccccccccc",
"ddddddddddddd",
"eeeeeeeeeeeee",
"fffffff"
)
),
ARRAY(
ARRAY(
"aaaaaaaaaaaaaa",
"bbbbbbbbbbbbb",
"ccccccccc",
"ddddddddddddd",
"eeeeeeeeeeeee",
"fffffff"
)
);
/*
multi
line
comment
*/
SELECT * FROM foo;
/*
multi
line
comment
*/
SELECT
*
FROM foo;
SELECT x FROM a.b.c /*x*/, e.f.g /*x*/;
SELECT
x
FROM a.b.c /* x */, e.f.g /* x */;
SELECT x FROM (SELECT * FROM bla /*x*/WHERE id = 1) /*x*/;
SELECT
x
FROM (
SELECT
*
FROM bla /* x */
WHERE
id = 1
) /* x */;
SELECT * /* multi
line
comment */;
SELECT
* /* multi
line
comment */;
WITH table_data AS (
SELECT 'bob' AS name, ARRAY['banana', 'apple', 'orange'] AS fruit_basket
)
SELECT
name,
fruit,
basket_index
FROM table_data
CROSS JOIN UNNEST(fruit_basket) WITH ORDINALITY AS fruit(basket_index);
WITH table_data AS (
SELECT
'bob' AS name,
ARRAY('banana', 'apple', 'orange') AS fruit_basket
)
SELECT
name,
fruit,
basket_index
FROM table_data
CROSS JOIN UNNEST(fruit_basket) WITH ORDINALITY AS fruit(basket_index);
SELECT A.* EXCEPT A.COL_1, A.COL_2 FROM TABLE_1 A;
SELECT
A.*
EXCEPT (A.COL_1),
A.COL_2
FROM TABLE_1 AS A;
SELECT *
FROM a
JOIN b
JOIN c
ON b.id = c.id
ON a.id = b.id
CROSS JOIN d
JOIN e
ON d.id = e.id;
SELECT
*
FROM a
JOIN b
JOIN c
ON b.id = c.id
ON a.id = b.id
CROSS JOIN d
JOIN e
ON d.id = e.id;
SELECT * FROM a JOIN b JOIN c USING (e) JOIN d USING (f) USING (g);
SELECT
*
FROM a
JOIN b
JOIN c
USING (e)
JOIN d
USING (f)
USING (g);
('aaaaaaaaaaa', 'bbbbbbbbbbbbbbbb', 'ccccccccccccc', 'ddddddddddd', 'eeeeeeeeeeeeeeeeeeeee');
(
'aaaaaaaaaaa',
'bbbbbbbbbbbbbbbb',
'ccccccccccccc',
'ddddddddddd',
'eeeeeeeeeeeeeeeeeeeee'
);
/* COMMENT */
INSERT FIRST WHEN salary > 4000 THEN INTO emp2
WHEN salary > 5000 THEN INTO emp3
WHEN salary > 6000 THEN INTO emp4
SELECT salary FROM employees;
/* COMMENT */
INSERT FIRST
WHEN salary > 4000 THEN INTO emp2
WHEN salary > 5000 THEN INTO emp3
WHEN salary > 6000 THEN INTO emp4
SELECT
salary
FROM employees;
SELECT *
FROM foo
wHERE 1=1
AND
-- my comment
EXISTS (
SELECT 1
FROM bar
);
SELECT
*
FROM foo
WHERE
1 = 1 AND EXISTS(
SELECT
1
FROM bar
) /* my comment */;
SELECT 1
FROM foo
WHERE 1=1
AND -- first comment
-- second comment
foo.a = 1;
SELECT
1
FROM foo
WHERE
1 = 1 AND /* first comment */ foo.a /* second comment */ = 1;
MERGE INTO t USING s ON t.id = s.id WHEN MATCHED THEN UPDATE SET status = s.status, amount = s.amount;
MERGE INTO t
USING s
ON t.id = s.id
WHEN MATCHED THEN UPDATE SET
status = s.status,
amount = s.amount;
SELECT
id,
-- SUM(total) as all_that,
ARRAY_AGG(foo)[0][0] AS first_foo,
FROM facts
GROUP BY all;
SELECT
id,
ARRAY_AGG(foo)[0][0] AS first_foo /* SUM(total) as all_that, */
FROM facts
GROUP BY ALL;
ALTER TABLE ct ADD CONSTRAINT ct_id_fk FOREIGN KEY (id) REFERENCES et (fid) DEFERRABLE INITIALLY DEFERRED;
ALTER TABLE ct
ADD CONSTRAINT ct_id_fk FOREIGN KEY (id) REFERENCES et (
fid
) DEFERRABLE INITIALLY DEFERRED;
SELECT
*
FROM
a
WHERE
/*111*/
b = 1
/*222*/
ORDER BY
c;
SELECT
*
FROM a
WHERE
b /* 111 */ = 1
/* 222 */
ORDER BY
c;
SELECT
COUNT(*)
FROM
table_a
/* join comment */
JOIN
table_b
ON
table_a.id = table_b.id
/* group by comment */
GROUP BY
table_a.id
/* having comment */
HAVING
table_a.id = 1;
SELECT
COUNT(*)
FROM table_a
/* join comment */
JOIN table_b
ON table_a.id = table_b.id
/* group by comment */
GROUP BY
table_a.id
/* having comment */
HAVING
table_a.id = 1;
|
