lava-oushudb-dt-sql-parser/test/parser/impala/syntax/fixtures/create_table.sql

CREATE EXTERNAL TABLE external_parquet (c1 INT, c2 STRING, c3 TIMESTAMP)
  STORED AS PARQUET LOCATION '/user/etl/destination';

create table census (name string, census_year int) partitioned by (year int);

CREATE TABLE census_data (last_name STRING, first_name STRING, state STRING, address STRING)
  SORT BY (last_name, state)
  STORED AS PARQUET
  TBLPROPERTIES ('transactional'='true', 'transactional_properties'='insert_only');

CREATE TABLE sorted_census_data
  SORT BY (last_name, state)
  STORED AS PARQUET
  AS SELECT last_name, first_name, state, address
    FROM unsorted_census_data;

CREATE TABLE yy2 (s STRING, year INT);

CREATE TABLE kudu_no_partition_by_clause
  (
    id bigint PRIMARY KEY, s STRING, b BOOLEAN
  )
  STORED AS KUDU;

CREATE TABLE kudu_t1 (id BIGINT PRIMARY key, s STRING, b BOOLEAN)
  PARTITION BY HASH (id) PARTITIONS 20 STORED AS KUDU;

CREATE TABLE kudu_t2 (id BIGINT, s STRING, b BOOLEAN, PRIMARY KEY (id,s))
  PARTITION BY HASH (s) PARTITIONS 30 STORED AS KUDU;

CREATE TABLE kudu_t3 (id BIGINT, year INT, s STRING,
    b BOOLEAN, PRIMARY KEY (id,year))
  PARTITION BY HASH (id) PARTITIONS 20,
  RANGE (year) (PARTITION 1980 <= VALUES < 1990,
    PARTITION 1990 <= VALUES < 2000,
    PARTITION VALUE = 2001,
    PARTITION 2001 < VALUES < 2003)
  STORED AS KUDU;

CREATE EXTERNAL TABLE external_t1 STORED AS KUDU
  TBLPROPERTIES ('kudu.table_name'='kudu_tbl_created_via_api');

CREATE EXTERNAL TABLE myextkudutbl (
  id int PRIMARY KEY,
  name string)
  PARTITION BY HASH PARTITIONS 8
  STORED AS KUDU
  TBLPROPERTIES ('external.table.purge'='true');

CREATE TABLE ctas_t1
  PRIMARY KEY (id) PARTITION BY HASH (id) PARTITIONS 10
  STORED AS KUDU
  AS SELECT id, s FROM kudu_t1;

CREATE TABLE pk_multiple_columns
(
  col1 BIGINT,
  col2 STRING,
  col3 BOOLEAN,
  PRIMARY KEY (col1, col2)
) PARTITION BY HASH(col2) PARTITIONS 2 STORED AS KUDU;

CREATE TABLE user.inline_pk_rewritten (
  id BIGINT NOT NULL ENCODING AUTO_ENCODING COMPRESSION DEFAULT_COMPRESSION,
  s STRING NULL ENCODING AUTO_ENCODING COMPRESSION DEFAULT_COMPRESSION,
  PRIMARY KEY (id)
)
PARTITION BY HASH (id) PARTITIONS 2
STORED AS KUDU
TBLPROPERTIES ('kudu.master_addresses'='host.example.com');

CREATE TABLE default_vals
(
  id BIGINT PRIMARY KEY,
  name STRING NOT NULL DEFAULT 'unknown',
  address STRING DEFAULT upper('no fixed address'),
  age INT DEFAULT -1,
  earthling BOOLEAN DEFAULT TRUE,
  planet_of_origin STRING DEFAULT 'Earth',
  optional_col STRING DEFAULT NULL
) PARTITION BY HASH(id) PARTITIONS 2 STORED AS KUDU;

CREATE TABLE various_encodings
(
  id BIGINT PRIMARY KEY,
  c1 BIGINT ENCODING PLAIN_ENCODING,
  c2 BIGINT ENCODING AUTO_ENCODING,
  c3 TINYINT ENCODING BIT_SHUFFLE,
  c4 DOUBLE ENCODING BIT_SHUFFLE,
  c5 BOOLEAN ENCODING RLE,
  c6 STRING ENCODING DICT_ENCODING,
  c7 STRING ENCODING PREFIX_ENCODING
) PARTITION BY HASH(id) PARTITIONS 2 STORED AS KUDU;


CREATE TABLE blog_posts
(
  user_id STRING ENCODING DICT_ENCODING,
  post_id BIGINT ENCODING BIT_SHUFFLE,
  subject STRING ENCODING PLAIN_ENCODING,
  body STRING COMPRESSION LZ4,
  spanish_translation STRING COMPRESSION SNAPPY,
  esperanto_translation STRING COMPRESSION ZLIB,
  PRIMARY KEY (user_id, post_id)
) PARTITION BY HASH(user_id, post_id) PARTITIONS 2 STORED AS KUDU;


CREATE TABLE various_encodings
(
  id BIGINT PRIMARY KEY,
  c1 BIGINT ENCODING PLAIN_ENCODING,
  c2 BIGINT ENCODING AUTO_ENCODING,
  c3 TINYINT ENCODING BIT_SHUFFLE,
  c4 DOUBLE ENCODING BIT_SHUFFLE,
  c5 BOOLEAN ENCODING RLE,
  c6 STRING ENCODING DICT_ENCODING,
  c7 STRING ENCODING PREFIX_ENCODING
) PARTITION BY HASH(id) PARTITIONS 2 STORED AS KUDU;

create table million_rows_one_range (id string primary key, s string)
  partition by hash(id) partitions 50,
  range (partition 'a' <= values < '{')
  stored as kudu;

create table million_rows_two_ranges (id string primary key, s string)
  partition by hash(id) partitions 50,
  range (partition 'a' <= values < '{', partition 'A' <= values < '[', partition value = '00000')
  stored as kudu;

create table million_rows_three_ranges (id string primary key, s string)
  partition by hash (school) partitions 10,
  range (letter_grade) (partition value = 'A', partition value = 'B',
    partition value = 'C', partition value = 'D', partition value = 'F')
  stored as kudu;

create table hash_t5 (x bigint, y bigint, s string, primary key (x,y))
  partition by hash (x) partitions 10, hash (y) partitions 20, hash (y) partitions 20
  stored as kudu;

create table range_t1 (x bigint, s string, s2 string, primary key (x, s))
  partition by range (x)
    (
      partition 0 <= values <= 49, partition 50 <= values <= 100,
      partition value < 0, partition 100 < values <= 500,
      partition values < 0, partition 100 < values
    )
  stored as kudu;

create table combined_t1 (x bigint, s string, s2 string, primary key (x, s))
  partition by hash (x) partitions 10, range (x)
    (
      partition 0 <= values <= 49, partition 50 <= values <= 100
    )
  stored as kudu;

CREATE TABLE t5 AS SELECT upper(y) AS s, x+1 AS a, 'Entirely new column' AS n FROM t1;

CREATE TABLE parquet_version_of_t1 STORED AS PARQUET AS SELECT * FROM t1;

create table partitions_yes partitioned by (year, month)
  as select s, year, month from partitions_no;

CREATE TABLE my_first_table (id BIGINT, name STRING, PRIMARY KEY (id)) PARTITION BY HASH PARTITIONS 16 STORED AS KUDU TBLPROPERTIES ('kudu.num_tablet_replicas' = '1');

CREATE TABLE parquet_table (id INT) STORED AS PARQUET;

CREATE TABLE games3 (id BIGINT, play ARRAY < MAP < STRING, BIGINT > >) STORED AS PARQUET;

CREATE TABLE games3 (id BIGINT, play ARRAY < MAP < STRING, BIGINT > >) STORED AS PARQUET;

create table unsorted (x bigint);

CREATE TABLE pk(col1 INT, col2 STRING, PRIMARY KEY(col1, col2));

CREATE TABLE fk(id INT, col1 INT, col2 STRING, PRIMARY KEY(id),
  FOREIGN KEY(col1, col2) REFERENCES pk(col1, col2));

CREATE TABLE pk(id INT, PRIMARY KEY(id) DISABLE, NOVALIDATE, RELY);

CREATE TABLE fk(id INT, col1 INT, col2 STRING, PRIMARY KEY(id),
  FOREIGN KEY(col1, col2) REFERENCES pk(col1, col2));