graphql-engine/server/tests-py/queries/graphql_query/bigquery/schema_setup_bigquery.yaml
Kirill Zaborsky 960cf2d954 Use 'hasura' as dataset in python test to unify it with hspec
PR-URL: https://github.com/hasura/graphql-engine-mono/pull/3636
GitOrigin-RevId: f4114fded09cbdd9875488610c635537478e4ab5
2022-02-14 06:23:07 +00:00

174 lines
5.2 KiB
YAML

type: bulk
args:
- type: bigquery_run_sql
args:
source: bigquery
sql: |
CREATE TABLE `hasura.all_types` (
`string` STRING,
`bytes` BYTES,
`integer` INT64,
`float` FLOAT64,
`special_floats` ARRAY<FLOAT64>,
`numeric` NUMERIC,
`bignumeric` BIGNUMERIC,
`boolean` BOOL,
`timestamp` TIMESTAMP,
`date` DATE,
`time` TIME,
`datetime` DATETIME,
`geography` GEOGRAPHY
);
CREATE TABLE `hasura.author` (
`id` INT64,
`name` STRING,
`created_at` TIMESTAMP
);
CREATE TABLE `hasura.article` (
`id` INT64,
`title` STRING,
`content` STRING,
`author_id` INT64,
`is_published` BOOL,
`published_on` DATETIME,
`created_at` TIMESTAMP
);
INSERT INTO `hasura.all_types` VALUES (
"STRING",
CODE_POINTS_TO_BYTES([0,1,2,3,4,5]),
1,
1,
-- IEEE_DIVIDE(x, 0) returns Infinity and Infinity/Infinity is NaN
[1.23e23, IEEE_DIVIDE(-1, 0), IEEE_DIVIDE(1, 0)/IEEE_DIVIDE(1, 0)],
1,
1,
true,
PARSE_TIMESTAMP("%c", "Thu Dec 25 07:30:00 2008"),
PARSE_DATE("%F", "2000-12-30"),
PARSE_TIME("%T", "07:30:00"),
PARSE_DATETIME('%Y-%m-%d %H:%M:%S', '1998-10-18 13:45:55'),
ST_GEOGPOINT(1, 1)
);
INSERT INTO `hasura.author` VALUES (
1, "Author 1", PARSE_TIMESTAMP("%c", "Thu Dec 25 07:30:00 2008")
);
INSERT INTO `hasura.author` VALUES (
2, "Author 2", PARSE_TIMESTAMP("%c", "Thu Dec 25 07:30:00 2008")
);
INSERT INTO `hasura.article` VALUES (
1, "Title 1", "Content 1", 1, FALSE, NULL, PARSE_TIMESTAMP("%c", "Thu Dec 25 07:30:01 2008")
);
INSERT INTO `hasura.article` VALUES (
2, "Title 2", "Content 2", 1, TRUE, PARSE_DATETIME('%Y-%m-%d %H:%M:%S', '1998-10-18 13:45:55'), PARSE_TIMESTAMP("%c", "Thu Dec 25 07:30:02 2008")
);
INSERT INTO `hasura.article` VALUES (
3, "Title 3", "Content 3", 2, FALSE, NULL, PARSE_TIMESTAMP("%c", "Thu Dec 25 07:30:03 2008")
);
INSERT INTO `hasura.article` VALUES (
4, "Title 4", "Content 4", 2, FALSE, NULL, PARSE_TIMESTAMP("%c", "Thu Dec 26 07:31:04 2008")
);
-- a copy for remote joins as we can't have the same table tracked in two sources
CREATE TABLE `hasura.article2`
AS SELECT * FROM `hasura.article`;
-- These are helpful for join/aggregate testing.
CREATE TABLE hasura.Artist (
artist_self_id int64,
name string);
CREATE TABLE hasura.Album (
album_self_id int64,
artist_other_id int64,
title string);
INSERT INTO hasura.Artist
VALUES (1002,
"tool" ),
(1000,
"alice in chains" ),
(1001,
"nirvana" );
INSERT INTO hasura.Album
(album_self_id,
title,
artist_other_id)
VALUES ( 2002,
"dirt",
1000 ),
( 2005,
"facelift",
1000 ),
( 2001,
"in utero",
1001 ),
( 2000,
"nevermind",
1001 ),
( 2003,
"lateralus",
1002 ),
( 2004,
"fear innoculum",
1002 );
-- These are for testing global limits.
CREATE TABLE hasura.LimitedArtist (
artist_self_id int64,
name string);
CREATE TABLE hasura.LimitedAlbum (
album_self_id int64,
artist_other_id int64,
title string);
INSERT INTO hasura.LimitedArtist
VALUES (1002,
"tool" ),
(1000,
"alice in chains" ),
(1001,
"nirvana" );
INSERT INTO hasura.LimitedAlbum
(album_self_id,
title,
artist_other_id)
VALUES ( 2002,
"dirt",
1000 ),
( 2005,
"facelift",
1000 ),
( 2001,
"in utero",
1001 ),
( 2000,
"nevermind",
1001 ),
( 2003,
"lateralus",
1002 ),
( 2004,
"fear innoculum",
1002 );
SELECT * from hasura.Album;
CREATE TABLE `hasura.article_citation` (
`article_id` INT64,
`cited_article_id` INT64,
`description` STRING,
);
INSERT INTO hasura.article_citation
(article_id, cited_article_id, description)
VALUES (1, 2, 'citing the 2nd'),
(1, 3, 'citing the third as well'),
(2, 3, 'the second also cites the third');
-- a copy for remote joins as we can't have the same table tracked in two sources
CREATE TABLE `hasura.article_citation2`
AS SELECT * FROM `hasura.article_citation`;