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impala/testdata/workloads/functional-query/queries/QueryTest/kudu_create.test
wzhou-code 40da36414f IMPALA-11809: Support non unique primary key for Kudu 
Kudu engine recently enables the auto-incrementing column feature
(KUDU-1945). The feature works by appending a system generated
auto-incrementing column to the primary key columns to guarantee the
uniqueness on primary key when the primary key columns can be non
unique. The non unique primary key columns and the auto-incrementing
column form the effective unique composite primary key.

This auto-incrementing column is named as 'auto_incrementing_id' with
big int type. The assignment to it during insertion is automatic so
insertion statements should not specify values for auto-incrementing
column. In current Kudu implementation, there is no central key provider
for auto-incrementing columns. It uses a per tablet-server global
counter to assign values for auto-incrementing columns. So the values
of auto-incrementing columns are not unique in a Kudu table, but unique
within a continuous region of the table served by a tablet-server.

This patch also upgraded Kudu version to 345fd44ca3 to pick up Kudu
changes needed for supporting non-unique primary key. It added
syntactic support for creating Kudu table with non unique primary key.
When creating a Kudu table, specifying PRIMARY KEY is optional.
If there is no primary key attribute specified, the partition key
columns will be promoted as non unique primary key if those columns
are the beginning columns of the table.
New column "key_unique" is added to the output of 'describe' table
command for Kudu table.

Examples of CREATE TABLE statement with non unique primary key:
  CREATE TABLE tbl (i INT NON UNIQUE PRIMARY KEY, s STRING)
  PARTITION BY HASH (i) PARTITIONS 3
  STORED as KUDU;

  CREATE TABLE tbl (i INT, s STRING, NON UNIQUE PRIMARY KEY(i))
  PARTITION BY HASH (i) PARTITIONS 3
  STORED as KUDU;

  CREATE TABLE tbl NON UNIQUE PRIMARY KEY(id)
  PARTITION BY HASH (id) PARTITIONS 3
  STORED as KUDU
  AS SELECT id, string_col FROM functional.alltypes WHERE id = 10;

  CREATE TABLE tbl NON UNIQUE PRIMARY KEY(id)
  PARTITION BY RANGE (id)
  (PARTITION VALUES <= 1000,
   PARTITION 1000 < VALUES <= 2000,
   PARTITION 2000 < VALUES <= 3000,
   PARTITION 3000 < VALUES)
  STORED as KUDU
  AS SELECT id, int_col FROM functional.alltypestiny ORDER BY id ASC
   LIMIT 4000;

  CREATE TABLE tbl (id INT, name STRING, NON UNIQUE PRIMARY KEY(id))
  STORED as KUDU;

  CREATE TABLE tbl (a INT, b STRING, c FLOAT)
  PARTITION BY HASH (a, b) PARTITIONS 3
  STORED as KUDU;

SELECT statement does not show the system generated auto-incrementing
column unless the column is explicitly specified in the select list.
Auto-incrementing column cannot be added, removed or renamed with
ALTER TABLE statements.
UPSERT operation is not supported now for Kudu tables with auto
incrementing column due to limitation in Kudu engine.

Testing:
 - Ran manual test in impala-shell with queries to create Kudu tables
   with non unique primary key, and tested insert/update/delete
   operations for these tables with non unique primary key.
 - Added front end tests, and end to end unit tests for Kudu tables
   with non unique primary key.
 - Passed exhaustive test.

Change-Id: I4d7882bf3d01a3492cc9827c072d1f3200d9eebd
Reviewed-on: http://gerrit.cloudera.org:8080/19383
Reviewed-by: Riza Suminto <riza.suminto@cloudera.com>
Reviewed-by: Wenzhe Zhou <wzhou@cloudera.com>
Tested-by: Impala Public Jenkins <impala-public-jenkins@cloudera.com>
2023-02-04 07:34:56 +00:00

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====
---- QUERY
create table t primary key (id) partition by hash (id) partitions 3
stored as kudu
as select id, int_col from functional.alltypestiny;
select * from t;
---- RESULTS
0,0
1,1
2,0
3,1
4,0
5,1
6,0
7,1
---- TYPES
INT,INT
====
---- QUERY
# Boolean primary key column
create table tab (x int, y boolean, primary key(x, y))
partition by hash (x) partitions 3 stored as kudu
---- CATCH
NonRecoverableException: key column may not have type of BOOL, FLOAT, or DOUBLE
====
---- QUERY
# Float primary key column
create table tab (x int, y float, primary key(x, y))
partition by hash (x) partitions 3 stored as kudu
---- CATCH
NonRecoverableException: key column may not have type of BOOL, FLOAT, or DOUBLE
====
---- QUERY
# Primary keys should be declared first
create table tab (x int, y int, primary key(y))
partition by hash (y) partitions 3 stored as kudu
---- CATCH
ImpalaRuntimeException: Kudu PRIMARY KEY columns must be specified as the first columns in the table (expected leading columns ('y') but found ('x'))
====
---- QUERY
# Primary keys should be be listed in the same order
create table tab (x int, y int, z int, primary key(y,x))
partition by hash (y) partitions 3 stored as kudu
---- CATCH
ImpalaRuntimeException: Kudu PRIMARY KEY columns must be specified as the first columns in the table (expected leading columns ('y', 'x') but found ('x', 'y'))
====
---- QUERY
# Small number of hash partitions
create table tab (a int, b int, c int, d int, primary key(a, b, c))
partition by hash(a,b) partitions 8, hash(c) partitions 1 stored as kudu
---- CATCH
NonRecoverableException: must have at least two hash buckets
====
---- QUERY
# Same column in multiple hash based distributions
create table tab (a int, b int, primary key (a))
partition by hash (a) partitions 3, hash (a) partitions 2 stored as kudu
---- CATCH
NonRecoverableException: hash bucket schema components must not contain columns in common
====
---- QUERY
# Same column referenced multiple times in the same hash-based distribution
create table tab (a int primary key) partition by hash (a, a, a) partitions 3
stored as kudu
---- CATCH
NonRecoverableException: hash bucket schema components must not contain columns in common
====
---- QUERY
# Kudu table that uses Impala keywords as table name and column names
create table `add`(`analytic` int, `function` int, primary key(`analytic`, `function`))
partition by hash (`analytic`) partitions 4, range (`function`)
(partition values <= 1, partition 1 < values <= 10, partition 10 < values) stored as kudu;
insert into `add` select id, int_col from functional.alltypestiny;
select * from `add`
---- RESULTS
0,0
1,1
2,0
3,1
4,0
5,1
6,0
7,1
---- TYPES
INT,INT
====
---- QUERY
# Test implicit casting/folding of partition values.
create table tab (a int not null primary key)
partition by range (a) (partition value = false)
stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
# Invalid hostname
create table tdata_bogus_host (id int primary key, name string, valf float, vali bigint)
PARTITION BY RANGE (PARTITION 10 <= VALUES <= 30) STORED AS KUDU
TBLPROPERTIES('kudu.master_addresses' = 'bogus host name')
---- CATCH
Couldn't resolve this master's address bogus host name:7051
====
---- QUERY
# Non-existing host
create table tdata_non_existing_host
(id int primary key, name string, valf float, vali bigint)
PARTITION BY RANGE (PARTITION 10 <= VALUES <= 30) STORED AS KUDU
TBLPROPERTIES('kudu.master_addresses' = 'bogus.host.name')
---- CATCH
Couldn't resolve this master's address bogus.host.name:7051
====
---- QUERY
# Valid host with whitespace
create table tdata_master_addresses_whitespace (id int primary key) stored as kudu
tblproperties('kudu.master_addresses' = ' $INTERNAL_LISTEN_HOST ')
---- RESULTS
'Table has been created.'
====
---- QUERY
insert into tdata_master_addresses_whitespace values (0), (1)
---- DML_RESULTS: tdata_master_addresses_whitespace
0
1
====
---- QUERY
# Test that string case is ignored
create table ignore_column_case (Id int, NAME string, vAlf float, vali bigint,
primary key (Id, NAME)) PARTITION BY RANGE (PARTITION VALUE = (1, 'Martin'))
STORED AS KUDU
---- RESULTS
'Table has been created.'
====
---- QUERY
insert into ignore_column_case values (1, 'Martin', 1.0, 10);
---- RESULTS
: 1
---- RUNTIME_PROFILE
NumModifiedRows: 1
NumRowErrors: 0
====
---- QUERY
select ID, nAmE, VALF, VALI from ignore_column_case where NaMe = 'Martin';
---- RESULTS
1,'Martin',1.0,10
---- TYPES
INT,STRING,FLOAT,BIGINT
====
---- QUERY
# Using NULL as default values
create table tbl_with_null_defaults (x int primary key, i1 tinyint default null,
i2 smallint default null, i3 int default null, i4 bigint default null,
vals string default null, valf float default null, vald double default null,
valb boolean default null, valdec4 decimal(9) default null,
valdec8 decimal(18) default null, valdec16 decimal(38) default null,
valdate date default null, valvc varchar(2000) default null)
partition by hash (x) partitions 3 stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
insert into tbl_with_null_defaults (x) values (1);
---- RUNTIME_PROFILE
NumModifiedRows: 1
NumRowErrors: 0
---- LABELS
X, I1, I2, I3, I4, VALS, VALF, VALD, VALB, VALDEC4, VALDEC8, VALDEC16, VALDATE, VALVC
---- DML_RESULTS: tbl_with_null_defaults
1,NULL,NULL,NULL,NULL,'NULL',NULL,NULL,NULL,NULL,NULL,NULL,NULL,'NULL'
---- TYPES
INT,TINYINT,SMALLINT,INT,BIGINT,STRING,FLOAT,DOUBLE,BOOLEAN,DECIMAL,DECIMAL,DECIMAL,DATE,STRING
====
---- QUERY
# Overlapping ranges are rejected by the Kudu client
create table ts_ranges (ts timestamp primary key, i int)
partition by range (
partition cast('2009-01-02 00:00:00' as timestamp) <= VALUES <
cast('2009-01-03 00:00:00' as timestamp),
partition cast('2009-01-02 10:00:00' as timestamp) <= VALUES
) stored as kudu
---- CATCH
NonRecoverableException: overlapping range partitions: first range partition: 2009-01-02T00:00:00.000000Z <= VALUES < 2009-01-03T00:00:00.000000Z, second range partition: 2009-01-02T10:00:00.000000Z <= VALUES
====
---- QUERY
# Creates a range partitioned Kudu table with a timestamp PK. Note that nanoseconds
# are rounded (same behavior as when writing timestamp values to Kudu).
create table ts_ranges (ts timestamp primary key, i int)
partition by range (
partition nanoseconds_add(cast('2009-01-01 00:00:00' as timestamp), 999) <= VALUES <
nanoseconds_add(cast('2009-01-02 00:00:00' as timestamp), 1),
partition cast('2009-01-02 00:00:00' as timestamp) <= VALUES <
cast('2009-01-03 00:00:00' as timestamp),
partition '2009-01-03 00:00:00' <= VALUES
) stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
show range partitions ts_ranges
---- RESULTS
'2009-01-01T00:00:00.000001Z <= VALUES < 2009-01-02T00:00:00.000000Z'
'2009-01-02T00:00:00.000000Z <= VALUES < 2009-01-03T00:00:00.000000Z'
'VALUES >= 2009-01-03T00:00:00.000000Z'
---- TYPES
STRING
====
---- QUERY
create table ts_ranges_ctas
primary key (ts)
partition by range (
partition VALUES < '2009-01-02 00:00:00',
partition '2009-01-02 00:00:00' <= VALUES <
'2009-01-03 00:00:00',
partition '2009-01-03 00:00:00' < VALUES,
partition VALUE = ('2009-01-03 00:00:00')
)
stored as kudu
as select timestamp_col ts, id from functional.alltypestiny;
---- RESULTS
'Inserted 8 row(s)'
====
---- QUERY
show range partitions ts_ranges_ctas
---- RESULTS
'VALUES < 2009-01-02T00:00:00.000000Z'
'2009-01-02T00:00:00.000000Z <= VALUES < 2009-01-03T00:00:00.000000Z'
'VALUE = 2009-01-03T00:00:00.000000Z'
'VALUES >= 2009-01-03T00:00:00.000001Z'
---- TYPES
STRING
====
---- QUERY
select * from ts_ranges_ctas order by id
---- RESULTS
2009-01-01 00:00:00,0
2009-01-01 00:01:00,1
2009-02-01 00:00:00,2
2009-02-01 00:01:00,3
2009-03-01 00:00:00,4
2009-03-01 00:01:00,5
2009-04-01 00:00:00,6
2009-04-01 00:01:00,7
---- TYPES
TIMESTAMP,INT
====
---- QUERY
# Creates a Kudu table with timestamp column default values.
create table ts_default (i int primary key, ts1 timestamp,
ts2 timestamp default cast('2009-01-01 00:00:00' as timestamp))
partition by hash(i) partitions 3 stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
insert into ts_default (i) values (1);
---- RUNTIME_PROFILE
NumModifiedRows: 1
NumRowErrors: 0
---- LABELS
I, TS1, TS2
---- DML_RESULTS: ts_default
1,NULL,2009-01-01 00:00:00
---- TYPES
INT,TIMESTAMP,TIMESTAMP
====
---- QUERY
insert into ts_default (i, ts1, ts2) values (2, NULL, NULL);
---- RUNTIME_PROFILE
NumModifiedRows: 1
NumRowErrors: 0
---- LABELS
I, TS1, TS2
---- DML_RESULTS: ts_default
1,NULL,2009-01-01 00:00:00
2,NULL,NULL
---- TYPES
INT,TIMESTAMP,TIMESTAMP
====
---- QUERY
# create an unpartitioned table
create table unpartitioned_kudu_table (col0 bigint primary key, col1 string)
stored as kudu
---- RESULTS
'Table has been created.'
---- ERRORS
Unpartitioned Kudu tables are inefficient for large data sizes.
====
---- QUERY
insert into unpartitioned_kudu_table values (0, 'zero'), (1, 'one')
---- RUNTIME_PROFILE
NumModifiedRows: 2
NumRowErrors: 0
---- LABELS
COL0,COL1
---- DML_RESULTS: unpartitioned_kudu_table
0,'zero'
1,'one'
---- TYPES
BIGINT,STRING
====
---- QUERY
create table unpartitioned_kudu_table2 primary key(id) stored as kudu
as select id from functional.alltypestiny where id > 4
---- RESULTS
'Inserted 3 row(s)'
---- ERRORS
Unpartitioned Kudu tables are inefficient for large data sizes.
====
---- QUERY
select * from unpartitioned_kudu_table2
---- RESULTS
5
6
7
---- LABELS
ID
---- TYPES
INT
====
---- QUERY
# Creates a Kudu table with decimal columns and primary key
create table create_decimal
(
decimal_4 decimal(9, 9),
decimal_8 decimal(18, 2) not null default 100.00,
decimal_16 decimal(38, 0) null,
primary key (decimal_4))
stored as kudu;
---- RESULTS
'Table has been created.'
====
---- QUERY
# Create as select table with decimal columns and primary key
create table ctas_decimal primary key (d1,d2,d3)
stored as kudu
as select * from functional.decimal_tbl;
select * from ctas_decimal;
---- RESULTS
1234,2222,1.2345678900,0.12345678900000000000000000000000000000,12345.78900,1
2345,111,12.3456789000,0.12345678900000000000000000000000000000,3.14100,1
12345,333,123.4567890000,0.12345678900000000000000000000000000000,11.22000,1
12345,333,1234.5678900000,0.12345678900000000000000000000000000000,0.10000,1
132842,333,12345.6789000000,0.12345678900000000000000000000000000000,0.77889,1
---- TYPES
DECIMAL,DECIMAL,DECIMAL,DECIMAL,DECIMAL,DECIMAL
====
---- QUERY
# IMPALA-6954: CTAS with an expr rewrite.
create table ctas_rewrite primary key(id)
partition by range(id) (partition 0 <= values < 100) stored as kudu
as select id, tinyint_col from functional.alltypes
where id between 0 and 1;
show range partitions ctas_rewrite;
---- RESULTS
'0 <= VALUES < 100'
====
---- QUERY
# create table with primary key of DATE type
create table kudu_date_key (fdatekey date primary key, val string)
stored as kudu
---- RESULTS
'Table has been created.'
---- ERRORS
Unpartitioned Kudu tables are inefficient for large data sizes.
====
---- QUERY
insert into kudu_date_key values (DATE '1970-01-01', 'Unix epoch'), (DATE '2019-12-12', 'today')
---- RUNTIME_PROFILE
NumModifiedRows: 2
NumRowErrors: 0
---- LABELS
FDATEKEY,VAL
---- DML_RESULTS: kudu_date_key
1970-01-01,'Unix epoch'
2019-12-12,'today'
---- TYPES
DATE,STRING
====
---- QUERY
# create table with invalid default DATE value
create table kudu_invalid_default_date (fdate date default DATE '111111-33-33')
stored as kudu
---- CATCH
AnalysisException: Invalid date literal: '111111-33-33'
====
---- QUERY
# create table with DATE primary key partitioned by range
create table kudu_datepk_range (fdate DATE not null primary key)
partition by range (fdate)
(
partition values < DATE '1900-01-01',
partition DATE '1900-01-01' <= values < DATE '1970-01-01',
partition DATE '1970-01-01' <= values < DATE '2000-01-01',
partition DATE '2000-01-01' <= values
)
stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
insert into kudu_datepk_range values
(DATE '1800-01-01'),
(DATE '1970-01-01'),
(DATE '2019-12-12')
---- RUNTIME_PROFILE
NumModifiedRows: 3
NumRowErrors: 0
---- LABELS
FDATE
---- DML_RESULTS: kudu_datepk_range
1800-01-01
1970-01-01
2019-12-12
---- TYPES
DATE
====
---- QUERY
select * from kudu_datepk_range;
---- RESULTS
1800-01-01
1970-01-01
2019-12-12
---- TYPES
DATE
====
---- QUERY
# Creates a Kudu table with varchar columns, primary key,
# hash partition and range partition.
create table create_varchar
(
valvc varchar(10),
primary key (valvc))
partition by hash (valvc) partitions 4, range (valvc) (
partition values < cast('m' as VARCHAR(10)),
partition cast('m' as VARCHAR(10)) <= values)
stored as kudu;
---- RESULTS
'Table has been created.'
====
---- QUERY
insert into create_varchar values
(cast('a' as VARCHAR(10))),
(cast('m' as VARCHAR(10))),
(cast('z' as VARCHAR(10)))
---- RUNTIME_PROFILE
NumModifiedRows: 3
NumRowErrors: 0
---- LABELS
VALVC
---- DML_RESULTS: create_varchar
'a'
'm'
'z'
---- TYPES
STRING
====
---- QUERY
# Creates as select table with varchar columns and primary key
create table ctas_varchar primary key (vc)
stored as kudu
as select vc from functional.chars_tiny;
select * from ctas_varchar;
---- RESULTS
'1cccc'
'2cccccc'
'3ccc'
'4cc'
'5c'
'6c'
'c'
---- TYPES
STRING
====
---- QUERY
# Create with keyword 'stored by'
create table kudu_stored_by (i int primary key, s string, ts timestamp, d date) stored by kudu;
---- RESULTS
'Table has been created.'
====
---- QUERY
describe formatted kudu_stored_by;
---- RESULTS: VERIFY_IS_SUBSET
'','storage_handler ','org.apache.hadoop.hive.kudu.KuduStorageHandler'
---- TYPES
string, string, string
====
---- QUERY
# Create Kudu table with non unique primary key
create table non_unique_key_create_tbl1 (id int non unique primary key, name string)
partition by hash (id) partitions 3
stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
insert into non_unique_key_create_tbl1 values (1,'Martin'), (2,'Smith');
---- RESULTS
: 2
---- RUNTIME_PROFILE
NumModifiedRows: 2
NumRowErrors: 0
====
---- QUERY
# auto-incrementing column is not shown for "select *"
select * from non_unique_key_create_tbl1 where name = 'Martin';
---- RESULTS
1,'Martin'
---- TYPES
INT,STRING
====
---- QUERY
# Create Kudu table with non unique composite primary key
create table non_unique_key_create_tbl2 (a int, b string, non unique primary key(a, b))
partition by hash (a) partitions 3
stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
# Create Kudu table with non unique composite primary key
create table non_unique_key_create_tbl3 (a string, b int, non unique primary key(a, b))
partition by hash (a) partitions 3
stored as kudu
---- RESULTS
'Table has been created.'
====
---- QUERY
# Create Kudu table without primary key columns,
# partition columns will be promoted as non unique primary key columns.
create table promote_partition_keys_as_non_unique_keys_test (a int, b string, c float)
partition by hash (a, b) partitions 3
stored as kudu;
---- RESULTS
'Table has been created.'
---- ERRORS
Partition columns (a, b) are promoted as non unique primary key.
====
---- QUERY
# Create Kudu table without primary key columns,
# partition columns cannot be promoted as non unique primary key columns since the columns
# are not beginning columns of the table.
create table partition_keys_not_promoted_test (a int, b string, c float)
partition by hash (b, c) partitions 3
stored as kudu;
---- CATCH
AnalysisException: Specify primary key or non unique primary key for the Kudu table, or create partitions with the beginning columns of the table.
====
---- QUERY
# Create unpartitioned Kudu table with non unique primary key column.
create table non_unique_key_create_tbl4 (a int non unique primary key, b string)
stored as kudu;
---- RESULTS
'Table has been created.'
====
---- QUERY
# Create Kudu table in CTAS statement with non unique primary key
create table non_unique_key_create_tbl5 non unique primary key (id)
partition by hash (id) partitions 3
stored as kudu
as select id, int_col from functional.alltypestiny;
select * from non_unique_key_create_tbl5 order by id asc;
---- RESULTS
0,0
1,1
2,0
3,1
4,0
5,1
6,0
7,1
---- TYPES
INT,INT
====
---- QUERY
# Create Kudu table in CTAS statement with non unique primary key and range partitions
create table non_unique_key_create_tbl6 non unique primary key (id)
partition by range (id) (partition values <= 1, partition 1 < values <= 3,
partition 3 < values <= 5, partition 5 < values)
stored as kudu
as select id, int_col from functional.alltypestiny order by id asc limit 100;
select id, int_col, auto_incrementing_id from non_unique_key_create_tbl6 order by id asc;
---- RESULTS
0,0,1
1,1,2
2,0,1
3,1,2
4,0,1
5,1,2
6,0,1
7,1,2
---- TYPES
INT,INT,BIGINT
====
---- QUERY
# Non unique primary key for non Kudu table
create table non_unique_key_create_tbl7 (x int, y boolean, non unique primary key(x, y))
---- CATCH
AnalysisException: NON UNIQUE PRIMARY KEY is only supported for Kudu
====
---- QUERY
# Non unique primary keys should be declared first
create table non_unique_key_create_tbl8 (x int, y int, non unique primary key(y))
partition by hash (y) partitions 3 stored as kudu
---- CATCH
ImpalaRuntimeException: Kudu NON UNIQUE PRIMARY KEY columns must be specified as the first columns in the table (expected leading columns ('y') but found ('x'))
====
---- QUERY
# Non unique primary keys should be be listed in the same order
create table non_unique_key_create_tbl9 (x int, y int, z int, non unique primary key(y,x))
partition by hash (y) partitions 3 stored as kudu
---- CATCH
ImpalaRuntimeException: Kudu NON UNIQUE PRIMARY KEY columns must be specified as the first columns in the table (expected leading columns ('y', 'x') but found ('x', 'y'))
====
---- QUERY
# Non unique primary key cannot be boolean type
create table non_unique_key_create_tbl10 (x boolean non unique primary key)
partition by hash(x) partitions 8 stored as kudu
---- CATCH
NonRecoverableException: key column may not have type of BOOL, FLOAT, or DOUBLE
====
---- QUERY
# Non unique primary key cannot be float type
create table non_unique_key_create_tbl11 (x float non unique primary key)
partition by hash(x) partitions 8 stored as kudu
---- CATCH
NonRecoverableException: key column may not have type of BOOL, FLOAT, or DOUBLE
====
---- QUERY
# Non unique primary key cannot be double type
create table non_unique_key_create_tbl12 (x double non unique primary key)
partition by hash(x) partitions 8 stored as kudu
---- CATCH
NonRecoverableException: key column may not have type of BOOL, FLOAT, or DOUBLE
====
---- QUERY
# Cannot create a Kudu table without any key and partition
create table non_unique_key_create_tbl13 (x int) stored as kudu
---- CATCH
AnalysisException: A primary key is required for a Kudu table.
====
---- QUERY
# Cannot create a Kudu table with a column named as "auto_incrementing_id"
create table non_unique_key_create_tbl14 (id int primary key, auto_incrementing_id bigint)
partition by hash(id) partitions 3 stored as kudu
---- CATCH
IllegalArgumentException: Column name auto_incrementing_id is reserved by Kudu engine
====
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