====
---- QUERY
create database insert_permutation_test location
'$FILESYSTEM_PREFIX/test-warehouse/insert_permutation_test'
---- RESULTS
'Database has been created.'
====
---- QUERY
use insert_permutation_test
---- RESULTS
====
---- QUERY
create table perm_nopart(int_col1 int, string_col string, int_col2 int);
create table perm_part(int_col1 int, string_col string) partitioned by (p1 int, p2 string);
create table parquet_part(int_col1 int, string_col string)
partitioned by (p1 int, p2 string) stored as parquet;
---- RESULTS
'Table has been created.'
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Simple non-permutation
insert into perm_nopart(int_col1, string_col, int_col2) values(1,'str',2)
---- RUNTIME_PROFILE
NumModifiedRows: 1
====
---- QUERY
select * from perm_nopart
---- RESULTS
1,'str',2
---- TYPES
INT,STRING,INT
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Permute the int columns
insert into perm_nopart(int_col2, string_col, int_col1) values(1,'str',2)
---- RUNTIME_PROFILE
NumModifiedRows: 1
====
---- QUERY
select * from perm_nopart
---- RESULTS
2,'str',1
---- TYPES
INT,STRING,INT
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Leave out two columns, check they are assigned NULL
insert into perm_nopart(int_col2) values(1)
---- RUNTIME_PROFILE
NumModifiedRows: 1
====
---- QUERY
select * from perm_nopart
---- RESULTS
NULL,'NULL',1
---- TYPES
INT,STRING,INT
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Permute the partition columns
insert into perm_part(p1, string_col, int_col1, p2) values(10,'str',1, 'hello')
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
1,'str',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Same thing - permute the partition columns, but invert their order relative to Hive
insert into perm_part(p2, string_col, int_col1, p1) values('hello','str',1, 10)
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
1,'str',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Check NULL if only partition keys are mentioned
insert into perm_part(p2, p1) values('hello', 10)
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
NULL,'NULL',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Check NULL if only partition keys are mentioned, one static
insert into perm_part(p2) PARTITION(p1=10) values('hello')
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
NULL,'NULL',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Check dynamic keys mentioned in the PARTITION column are still looked for at the end of
# the select-list
insert into perm_part(int_col1, string_col) PARTITION(p1=10, p2) values(1,'perm_col','part_col')
---- RUNTIME_PROFILE
Partition: p1=10/p2=part_col
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
1,'perm_col',10,'part_col'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Check behaviour of empty permutation clause with no query statement
insert into perm_part() PARTITION(p1=10, p2='foo')
---- RUNTIME_PROFILE
Partition: p1=10/p2=foo
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
NULL,'NULL',10,'foo'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Check behaviour of empty permutation clause
insert into perm_part() PARTITION(p1, p2='foo') values(5)
---- RUNTIME_PROFILE
Partition: p1=5/p2=foo
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
NULL,'NULL',5,'foo'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Check behaviour of empty permutation clause with unpartitioned table
insert into perm_nopart()
---- RUNTIME_PROFILE
NumModifiedRows: 1
====
---- QUERY
select * from perm_nopart
---- RESULTS
NULL,'NULL',NULL
---- TYPES
INT,STRING,INT
====
---- QUERY
# Test inserting NULLs due to an incomplete column mapping into a Parquet table.
# Regression test against IMPALA-671.
insert into parquet_part() partition(p1, p2='foo') values(2)
---- RUNTIME_PROFILE
Partition: p1=2/p2=foo
NumModifiedRows: 1
====
---- QUERY
select * from parquet_part
---- RESULTS
NULL,'NULL',2,'foo'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Perform the same set of queries, but with SELECT clauses rather than VALUES
# Simple non-permutation
insert into perm_nopart(int_col1, string_col, int_col2) select 1,'str',2
---- RUNTIME_PROFILE
NumModifiedRows: 1
====
---- QUERY
select * from perm_nopart
---- RESULTS
1,'str',2
---- TYPES
INT,STRING,INT
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Permute the int columns
insert into perm_nopart(int_col2, string_col, int_col1) select 1,'str',2
---- RUNTIME_PROFILE
NumModifiedRows: 1
====
---- QUERY
select * from perm_nopart
---- RESULTS
2,'str',1
---- TYPES
INT,STRING,INT
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Leave out two columns, check they are assigned NULL
insert into perm_nopart(int_col2) select 1
---- RUNTIME_PROFILE
NumModifiedRows: 1
====
---- QUERY
select * from perm_nopart
---- RESULTS
NULL,'NULL',1
---- TYPES
INT,STRING,INT
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Permute the partition columns
insert into perm_part(p1, string_col, int_col1, p2) select 10,'str',1, 'hello'
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
1,'str',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Same thing - permute the partition columns, but invert their order relative to Hive
insert into perm_part(p2, string_col, int_col1, p1) select 'hello','str',1, 10
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
1,'str',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Check NULL if only partition keys are mentioned
insert into perm_part(p2, p1) select 'hello', 10
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
NULL,'NULL',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_part;
# Check NULL if only partition keys are mentioned, one static
insert into perm_part(p2) PARTITION(p1=10) select 'hello'
---- RUNTIME_PROFILE
Partition: p1=10/p2=hello
NumModifiedRows: 1
====
---- QUERY
select * from perm_part
---- RESULTS
NULL,'NULL',10,'hello'
---- TYPES
INT,STRING,INT,STRING
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
# Now some queries that use SELECT FROM
# Simple non-permutation
insert into perm_nopart(int_col1, string_col, int_col2) select 1,'str',2 FROM
functional.alltypes LIMIT 2
---- RUNTIME_PROFILE
NumModifiedRows: 2
====
---- QUERY
select * from perm_nopart
---- RESULTS
1,'str',2
1,'str',2
---- TYPES
INT,STRING,INT
====
---- QUERY
truncate insert_permutation_test.perm_nopart;
insert into perm_nopart(int_col1) select id FROM functional.alltypes ORDER BY ID LIMIT 2
---- RUNTIME_PROFILE
NumModifiedRows: 2
====
---- QUERY
select * from perm_nopart
---- RESULTS
0,'NULL',NULL
1,'NULL',NULL
---- TYPES
INT,STRING,INT
====