database/mariadb-columnstore-engine
1
0
Fork 0
mirror of https://github.com/mariadb-corporation/mariadb-columnstore-engine.git synced 2025-07-30 19:23:07 +03:00
Code Activity

chore(codestyle): MCOL-5405: repace windows CRLF with virtious linux one

Browse Source
This commit is contained in:
Leonid Fedorov
2024-07-25 18:44:00 +00:00
committed by Leonid Fedorov
parent 323c8822d5
commit 1d25cf3afd
84 changed files with 7032 additions and 7032 deletions
Download Patch File Download Diff File Expand all files Collapse all files

652
mysql-test/columnstore/devregression/t/mcs7129_regression_bug3932.test
View File

@ -1,326 +1,326 @@
# -------------------------------------------------------------- #
# Test case migrated from regression test suite: bug3932.sql
#
# Author: Daniel Lee, daniel.lee@mariadb.com
# -------------------------------------------------------------- #
#
--source ../include/have_columnstore.inc
#
USE tpch1;
#
--disable_warnings
drop table if exists qa_nation;
drop table if exists qa_customer;
drop table if exists qa_region;
drop table if exists qa_orders;
--enable_warnings
create table qa_nation (n_id int, n_name char(20), regionid int) engine=columnstore;
create table qa_customer (c_id int, c_custname char(20), nationid int) engine=columnstore;
create table qa_region (r_id int, r_name char(20)) engine=columnstore;
create table qa_orders (o_id int, o_name char(20), custid int) engine=columnstore;
insert into qa_region values (1, 'ASIA'), (2, 'AMERICA'), (3, 'EUROPE');
insert into qa_nation values (1, 'UNITED STATES', 2), (2, 'CANADA', 2), (3, 'JAPAN', 1), (4, 'CHINA', 1), (5, 'GERMANY', 3), (6, 'ITALY', 3);
insert into qa_customer values (1, 'Cust_US', 1), (2, 'Cust_Japan', 3), (3, 'Cust_Italy', 6);
insert into qa_orders values (1, 'Order_US#1', 1), (2, 'Order_US#2', 1), (3, 'Order_Japan#1', 2);
select n.n_name, c.c_custname
from qa_nation n
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by n.n_name;
select n.n_name, c.c_custname
from qa_nation n
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by n.n_name;
select n.n_name, count(c.c_id)
from qa_nation n
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) group by n.n_name order by n.n_name;
select n.n_name, c.c_custname
from qa_nation n
left join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by n.n_name;
select n.n_name, c.c_custname
from qa_nation n
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by n.n_name;
select n.n_name, count(c.c_id)
from qa_nation n
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) group by n.n_name order by n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Japan') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Italy') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Japan') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Italy') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Japan') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Italy') order by r.r_name, n.n_name;
--disable_warnings
drop table if exists qa_nation;
drop table if exists qa_customer;
drop table if exists qa_region;
drop table if exists qa_orders;
--enable_warnings
#
# -------------------------------------------------------------- #
# Test case migrated from regression test suite: bug3932.sql
#
# Author: Daniel Lee, daniel.lee@mariadb.com
# -------------------------------------------------------------- #
#
--source ../include/have_columnstore.inc
#
USE tpch1;
#
--disable_warnings
drop table if exists qa_nation;
drop table if exists qa_customer;
drop table if exists qa_region;
drop table if exists qa_orders;
--enable_warnings
create table qa_nation (n_id int, n_name char(20), regionid int) engine=columnstore;
create table qa_customer (c_id int, c_custname char(20), nationid int) engine=columnstore;
create table qa_region (r_id int, r_name char(20)) engine=columnstore;
create table qa_orders (o_id int, o_name char(20), custid int) engine=columnstore;
insert into qa_region values (1, 'ASIA'), (2, 'AMERICA'), (3, 'EUROPE');
insert into qa_nation values (1, 'UNITED STATES', 2), (2, 'CANADA', 2), (3, 'JAPAN', 1), (4, 'CHINA', 1), (5, 'GERMANY', 3), (6, 'ITALY', 3);
insert into qa_customer values (1, 'Cust_US', 1), (2, 'Cust_Japan', 3), (3, 'Cust_Italy', 6);
insert into qa_orders values (1, 'Order_US#1', 1), (2, 'Order_US#2', 1), (3, 'Order_Japan#1', 2);
select n.n_name, c.c_custname
from qa_nation n
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by n.n_name;
select n.n_name, c.c_custname
from qa_nation n
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by n.n_name;
select n.n_name, count(c.c_id)
from qa_nation n
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) group by n.n_name order by n.n_name;
select n.n_name, c.c_custname
from qa_nation n
left join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by n.n_name;
select n.n_name, c.c_custname
from qa_nation n
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by n.n_name;
select n.n_name, count(c.c_id)
from qa_nation n
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) group by n.n_name order by n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname
from qa_region r
join qa_nation n on r.r_id = n.regionid
left outer join qa_customer c on n.n_id = c.nationid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where n.n_id in (select n2.n_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and r1.r_name = 'AMERICA') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where r.r_id in (select r1.r_id from qa_nation n2, qa_region r1 where n2.regionid = r1.r_id and n2.n_name = 'UNITED STATES') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1) order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Japan') order by r.r_name, n.n_name, o.o_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Italy') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Japan') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Italy') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Japan') order by r.r_name, n.n_name;
select r.r_name, n.n_name, c.c_custname, o.o_name
from qa_region r
join qa_nation n on r.r_id = n.regionid
join qa_customer c on n.n_id = c.nationid
left outer join qa_orders o on c.c_id = o.custid
where c.c_id in (select c1.c_id from qa_customer c1 where c1.c_custname = 'Cust_Italy') order by r.r_name, n.n_name;
--disable_warnings
drop table if exists qa_nation;
drop table if exists qa_customer;
drop table if exists qa_region;
drop table if exists qa_orders;
--enable_warnings
#

16
mysql-test/columnstore/devregression/t/mcs7134_regression_bug3997.test
View File

@ -8,13 +8,13 @@
#
USE tpch1;
#
set autocommit=0;
update lineitem a join region b on b.r_regionkey = a.l_orderkey set b.r_regionkey=2;
select * from region;
rollback;
select * from region;
update region b join lineitem a on b.r_regionkey = a.l_orderkey set b.r_regionkey=2;
select * from region;
rollback;
set autocommit=0;
update lineitem a join region b on b.r_regionkey = a.l_orderkey set b.r_regionkey=2;
select * from region;
rollback;
select * from region;
update region b join lineitem a on b.r_regionkey = a.l_orderkey set b.r_regionkey=2;
select * from region;
rollback;
select * from region;#

164
mysql-test/columnstore/devregression/t/mcs7135_regression_bug3998.test
View File

@ -1,82 +1,82 @@
# -------------------------------------------------------------- #
# Test case migrated from regression test suite: bug3998.sql
#
# Author: Daniel Lee, daniel.lee@mariadb.com
# -------------------------------------------------------------- #
#
--source ../include/have_columnstore.inc
#
USE tpch1;
#
--disable_warnings
drop table if exists bug3998a;
drop table if exists bug3998b;
drop table if exists bug3998c;
drop table if exists bug3998d;
--enable_warnings
create table bug3998a (c1 int, c2 int) engine=columnstore;
insert into bug3998a values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998a;
create table bug3998b (c1 int, c2 int) engine=columnstore;
insert into bug3998b values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998b;
create table bug3998c (c1 int, c2 int) engine=columnstore;
insert into bug3998c values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998c;
create table bug3998d (c1 int, c2 int) engine=columnstore;
insert into bug3998d values (1,1), (2,1), (5, 1), (null,1), (null, null);
select * from bug3998d;
update bug3998a left join bug3998d on bug3998a.c1 = bug3998d.c1 set bug3998a.c1=9;
select * from bug3998a;
update bug3998b join bug3998d on bug3998b.c1 = bug3998d.c1 set bug3998b.c1=9;
select * from bug3998b;
update bug3998c right join bug3998d on bug3998c.c1 = bug3998d.c1 set bug3998c.c1=9;
select * from bug3998c;
--disable_warnings
drop table if exists bug3998a;
drop table if exists bug3998b;
drop table if exists bug3998c;
drop table if exists bug3998d;
--enable_warnings
create table bug3998a (c1 int, c2 int) engine=columnstore;
insert into bug3998a values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998a;
create table bug3998b (c1 int, c2 int) engine=columnstore;
insert into bug3998b values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998b;
create table bug3998c (c1 int, c2 int) engine=columnstore;
insert into bug3998c values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998c;
create table bug3998d (c1 int, c2 int) engine=columnstore;
insert into bug3998d values (1,1), (2,1), (5, 1), (null,1), (null, null);
select * from bug3998d;
delete a from bug3998a a left join bug3998d d on a.c1 = d.c1;
select * from bug3998a;
delete b from bug3998b b join bug3998d d on b.c1 = d.c1;
select * from bug3998b;
delete c from bug3998c c right join bug3998d d on c.c1 = d.c1;
select * from bug3998c;
--disable_warnings
drop table if exists bug3998a;
drop table if exists bug3998b;
drop table if exists bug3998c;
drop table if exists bug3998d;
--enable_warnings
#
# -------------------------------------------------------------- #
# Test case migrated from regression test suite: bug3998.sql
#
# Author: Daniel Lee, daniel.lee@mariadb.com
# -------------------------------------------------------------- #
#
--source ../include/have_columnstore.inc
#
USE tpch1;
#
--disable_warnings
drop table if exists bug3998a;
drop table if exists bug3998b;
drop table if exists bug3998c;
drop table if exists bug3998d;
--enable_warnings
create table bug3998a (c1 int, c2 int) engine=columnstore;
insert into bug3998a values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998a;
create table bug3998b (c1 int, c2 int) engine=columnstore;
insert into bug3998b values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998b;
create table bug3998c (c1 int, c2 int) engine=columnstore;
insert into bug3998c values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998c;
create table bug3998d (c1 int, c2 int) engine=columnstore;
insert into bug3998d values (1,1), (2,1), (5, 1), (null,1), (null, null);
select * from bug3998d;
update bug3998a left join bug3998d on bug3998a.c1 = bug3998d.c1 set bug3998a.c1=9;
select * from bug3998a;
update bug3998b join bug3998d on bug3998b.c1 = bug3998d.c1 set bug3998b.c1=9;
select * from bug3998b;
update bug3998c right join bug3998d on bug3998c.c1 = bug3998d.c1 set bug3998c.c1=9;
select * from bug3998c;
--disable_warnings
drop table if exists bug3998a;
drop table if exists bug3998b;
drop table if exists bug3998c;
drop table if exists bug3998d;
--enable_warnings
create table bug3998a (c1 int, c2 int) engine=columnstore;
insert into bug3998a values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998a;
create table bug3998b (c1 int, c2 int) engine=columnstore;
insert into bug3998b values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998b;
create table bug3998c (c1 int, c2 int) engine=columnstore;
insert into bug3998c values (0,0), (1,1), (2,1), (3, 1), (null,1), (null, null);
select * from bug3998c;
create table bug3998d (c1 int, c2 int) engine=columnstore;
insert into bug3998d values (1,1), (2,1), (5, 1), (null,1), (null, null);
select * from bug3998d;
delete a from bug3998a a left join bug3998d d on a.c1 = d.c1;
select * from bug3998a;
delete b from bug3998b b join bug3998d d on b.c1 = d.c1;
select * from bug3998b;
delete c from bug3998c c right join bug3998d d on c.c1 = d.c1;
select * from bug3998c;
--disable_warnings
drop table if exists bug3998a;
drop table if exists bug3998b;
drop table if exists bug3998c;
drop table if exists bug3998d;
--enable_warnings
#

74
mysql-test/columnstore/devregression/t/mcs7232_regression_MCOL-4126.test
View File

@ -1,37 +1,37 @@
# -------------------------------------------------------------- #
# Test case migrated from regression test suite: MCOL-4126.sql
#
# Author: Daniel Lee, daniel.lee@mariadb.com
# -------------------------------------------------------------- #
#
--source ../include/have_columnstore.inc
#
USE tpch1;
#
--disable_warnings
drop table if exists T4126_1;
drop table if exists T4126_2;
--enable_warnings
create table T4126_1 (idx int, col varchar(20)) engine=columnstore;
create table T4126_2 (idx int, col varchar(20), col2 varchar(20)) engine=columnstore;
insert into T4126_1 values (3, 'a');
select * from T4126_1;
insert into T4126_2 values (1, 'lamp', 'table lamp');
select * from T4126_2;
update T4126_2 set col = "floor lamp" where col = 'lamp';
--disable_warnings
drop table if exists T4126_1;
drop table if exists T4126_2;
--enable_warnings
create table T4126_1 (idx1 int, col1 varchar(20)) engine=columnstore;
insert into T4126_1 values (3, 'a');
select * from T4126_1;
--disable_warnings
drop table if exists T4126_1;
--enable_warnings
#
# -------------------------------------------------------------- #
# Test case migrated from regression test suite: MCOL-4126.sql
#
# Author: Daniel Lee, daniel.lee@mariadb.com
# -------------------------------------------------------------- #
#
--source ../include/have_columnstore.inc
#
USE tpch1;
#
--disable_warnings
drop table if exists T4126_1;
drop table if exists T4126_2;
--enable_warnings
create table T4126_1 (idx int, col varchar(20)) engine=columnstore;
create table T4126_2 (idx int, col varchar(20), col2 varchar(20)) engine=columnstore;
insert into T4126_1 values (3, 'a');
select * from T4126_1;
insert into T4126_2 values (1, 'lamp', 'table lamp');
select * from T4126_2;
update T4126_2 set col = "floor lamp" where col = 'lamp';
--disable_warnings
drop table if exists T4126_1;
drop table if exists T4126_2;
--enable_warnings
create table T4126_1 (idx1 int, col1 varchar(20)) engine=columnstore;
insert into T4126_1 values (3, 'a');
select * from T4126_1;
--disable_warnings
drop table if exists T4126_1;
--enable_warnings
#

152
mysql-test/columnstore/devregression/t/mcs7521_storedProcedures_sp.test
View File

@ -1,76 +1,76 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1_compareLogOnly/storedProcedures/sp.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
--disable_warnings
drop procedure if exists sp_simple_select;
drop procedure if exists sp_simple_variable;
drop procedure if exists sp_simple_variables;
drop procedure if exists sp_complex_variable;
drop procedure if exists proc1;
DROP TABLE IF EXISTS t1;
--enable_warnings
DELIMITER $$;
Create Procedure sp_simple_select( )
begin
select * from part where p_partkey < 5;
end $$
# Simple SP with 1 arg
Create Procedure sp_simple_variable(in arg_key int)
begin
select * from part where p_partkey <= arg_key;
end $$
# Simple SP with multiple args
Create Procedure sp_simple_variables(in arg_key int, in arg_string varchar(25))
begin
select * from nation where n_nationkey <= arg_key and n_name > arg_string;
end $$
# Simple SP with cross table select query
Create Procedure sp_complex_variable(in arg_key int, in arg_date date)
begin
Select * from lineitem, orders where o_custkey < arg_key and
l_partkey < 10000 and l_shipdate>arg_date and l_orderkey = o_orderkey order by l_orderkey, l_linenumber;
end $$
# SP with DDL
create procedure proc1()
begin
create table if not exists t1 (id int)engine=columnstore;
start transaction;
alter table t1 add column c3 integer;
insert into t1 values (1,2);
commit;
end$$
DELIMITER ;$$
call sp_simple_select;
call sp_simple_variable(2);
call sp_simple_variables(10, 'AMERICA');
call sp_complex_variable(1000, '1998-10-10');
call proc1();
# Should get 'Duplicate column name' error this time
--error 1060
call proc1();
--disable_warnings
drop table t1;
drop procedure sp_simple_select;
drop procedure sp_simple_variable;
drop procedure sp_simple_variables;
drop procedure sp_complex_variable;
drop procedure proc1;
--enable_warnings
#
#
# Test case migrated from regression test suite:
# queries/working_tpch1_compareLogOnly/storedProcedures/sp.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
--disable_warnings
drop procedure if exists sp_simple_select;
drop procedure if exists sp_simple_variable;
drop procedure if exists sp_simple_variables;
drop procedure if exists sp_complex_variable;
drop procedure if exists proc1;
DROP TABLE IF EXISTS t1;
--enable_warnings
DELIMITER $$;
Create Procedure sp_simple_select( )
begin
select * from part where p_partkey < 5;
end $$
# Simple SP with 1 arg
Create Procedure sp_simple_variable(in arg_key int)
begin
select * from part where p_partkey <= arg_key;
end $$
# Simple SP with multiple args
Create Procedure sp_simple_variables(in arg_key int, in arg_string varchar(25))
begin
select * from nation where n_nationkey <= arg_key and n_name > arg_string;
end $$
# Simple SP with cross table select query
Create Procedure sp_complex_variable(in arg_key int, in arg_date date)
begin
Select * from lineitem, orders where o_custkey < arg_key and
l_partkey < 10000 and l_shipdate>arg_date and l_orderkey = o_orderkey order by l_orderkey, l_linenumber;
end $$
# SP with DDL
create procedure proc1()
begin
create table if not exists t1 (id int)engine=columnstore;
start transaction;
alter table t1 add column c3 integer;
insert into t1 values (1,2);
commit;
end$$
DELIMITER ;$$
call sp_simple_select;
call sp_simple_variable(2);
call sp_simple_variables(10, 'AMERICA');
call sp_complex_variable(1000, '1998-10-10');
call proc1();
# Should get 'Duplicate column name' error this time
--error 1060
call proc1();
--disable_warnings
drop table t1;
drop procedure sp_simple_select;
drop procedure sp_simple_variable;
drop procedure sp_simple_variables;
drop procedure sp_complex_variable;
drop procedure proc1;
--enable_warnings
#

342
mysql-test/columnstore/devregression/t/mcs7522_storedProcedures_sp_autoswitch.test
View File

@ -1,171 +1,171 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1_compareLogOnly/storedProcedures/sp_autoswitch.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
# Simple SP without args
DELIMITER $$;
drop procedure if exists sp_simple_select;
Create Procedure sp_simple_select( )
begin
select * from part where p_partkey < 5;
end $$
# Simple SP with 1 arg
drop procedure if exists sp_simple_variable;
Create Procedure sp_simple_variable(in arg_key int)
begin
select * from part where p_partkey <= arg_key;
end $$
# Simple SP with multiple args
drop procedure if exists sp_simple_variables;
Create Procedure sp_simple_variables(in arg_key int, in arg_string varchar(25))
begin
select * from nation where n_nationkey <= arg_key and n_name > arg_string;
end $$
# Simple SP with cross table select query
drop procedure if exists sp_complex_variable;
Create Procedure sp_complex_variable(in arg_key int, in arg_date date)
begin
Select * from lineitem, orders where o_custkey < arg_key and
l_partkey < 10000 and l_shipdate>arg_date and l_orderkey = o_orderkey order by l_orderkey, l_linenumber;
end $$
# Complex SP. All following SPs will fail vtable mode
drop procedure if exists sp_unstructured_loop;
Create Procedure sp_unstructured_loop(in arg_key int)
begin
declare v_col1 int;
declare v_col2 char(122);
declare no_more_rows boolean ;
declare cursor1 cursor for
select p_partkey, p_name from part where p_partkey <= arg_key;
declare continue handler for not found
set no_more_rows := TRUE;
set no_more_rows := false;
open cursor1;
LOOP1: loop
fetch cursor1
into v_col1, v_col2
;
if no_more_rows then
close cursor1;
leave LOOP1;
end if;
--
select v_col1, v_col2;
--
end loop LOOP1;
end$$
drop procedure if exists sp_repeat_loop;
Create Procedure sp_repeat_loop(in arg_key int, in arg_key2 int)
begin
DECLARE done INT DEFAULT 0;
DECLARE a CHAR(122);
DECLARE b INT;
DECLARE cur1
CURSOR FOR
SELECT p_partkey, p_name
FROM part where p_partkey between arg_key and arg_key2;
DECLARE
CONTINUE HANDLER FOR
SQLSTATE '02000'
SET done = 1;
OPEN cur1;
REPEAT
FETCH cur1 INTO b, a;
if not done then
select b, a;
end if;
UNTIL
done
END REPEAT;
CLOSE cur1;
end$$
drop procedure if exists sp_while_loop;
Create Procedure sp_while_loop(in arg_key int, in arg_key2 int)
begin
DECLARE done INT DEFAULT 0;
DECLARE a CHAR(116);
DECLARE b INT;
DECLARE cur1
CURSOR FOR
SELECT p_partkey, p_name
FROM part where p_partkey between arg_key and arg_key2;
DECLARE
CONTINUE HANDLER FOR
SQLSTATE '02000'
SET done = 1;
OPEN cur1;
FETCH cur1 INTO b, a;
WHILE NOT done DO
if not done then
select b, a;
end if;
FETCH cur1 INTO b, a;
END WHILE;
CLOSE cur1;
end$$
# SP with DDL
drop procedure if exists proc1;
create procedure proc1()
begin
drop table if exists t1;
create table if not exists t1 (id int)engine=columnstore;
start transaction;
alter table t1 add column c3 integer;
insert into t1 values (1,2);
select * into @a, @b from t1;
drop table t1;
commit;
end$$
DELIMITER ;$$
call sp_simple_select;
call sp_simple_variable(2);
call sp_simple_variables(10, 'AMERICA');
call sp_complex_variable(1000, '1998-10-10');
call sp_unstructured_loop(2);
call sp_repeat_loop(1,2);
call sp_while_loop(1,2);
call proc1();
select @a, @b;
--disable_warnings
drop procedure sp_simple_select;
drop procedure sp_simple_variable;
drop procedure sp_simple_variables;
drop procedure sp_complex_variable;
drop procedure sp_unstructured_loop;
drop procedure sp_repeat_loop;
drop procedure sp_while_loop;
drop procedure proc1;
--enable_warnings
#
#
# Test case migrated from regression test suite:
# queries/working_tpch1_compareLogOnly/storedProcedures/sp_autoswitch.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
# Simple SP without args
DELIMITER $$;
drop procedure if exists sp_simple_select;
Create Procedure sp_simple_select( )
begin
select * from part where p_partkey < 5;
end $$
# Simple SP with 1 arg
drop procedure if exists sp_simple_variable;
Create Procedure sp_simple_variable(in arg_key int)
begin
select * from part where p_partkey <= arg_key;
end $$
# Simple SP with multiple args
drop procedure if exists sp_simple_variables;
Create Procedure sp_simple_variables(in arg_key int, in arg_string varchar(25))
begin
select * from nation where n_nationkey <= arg_key and n_name > arg_string;
end $$
# Simple SP with cross table select query
drop procedure if exists sp_complex_variable;
Create Procedure sp_complex_variable(in arg_key int, in arg_date date)
begin
Select * from lineitem, orders where o_custkey < arg_key and
l_partkey < 10000 and l_shipdate>arg_date and l_orderkey = o_orderkey order by l_orderkey, l_linenumber;
end $$
# Complex SP. All following SPs will fail vtable mode
drop procedure if exists sp_unstructured_loop;
Create Procedure sp_unstructured_loop(in arg_key int)
begin
declare v_col1 int;
declare v_col2 char(122);
declare no_more_rows boolean ;
declare cursor1 cursor for
select p_partkey, p_name from part where p_partkey <= arg_key;
declare continue handler for not found
set no_more_rows := TRUE;
set no_more_rows := false;
open cursor1;
LOOP1: loop
fetch cursor1
into v_col1, v_col2
;
if no_more_rows then
close cursor1;
leave LOOP1;
end if;
--
select v_col1, v_col2;
--
end loop LOOP1;
end$$
drop procedure if exists sp_repeat_loop;
Create Procedure sp_repeat_loop(in arg_key int, in arg_key2 int)
begin
DECLARE done INT DEFAULT 0;
DECLARE a CHAR(122);
DECLARE b INT;
DECLARE cur1
CURSOR FOR
SELECT p_partkey, p_name
FROM part where p_partkey between arg_key and arg_key2;
DECLARE
CONTINUE HANDLER FOR
SQLSTATE '02000'
SET done = 1;
OPEN cur1;
REPEAT
FETCH cur1 INTO b, a;
if not done then
select b, a;
end if;
UNTIL
done
END REPEAT;
CLOSE cur1;
end$$
drop procedure if exists sp_while_loop;
Create Procedure sp_while_loop(in arg_key int, in arg_key2 int)
begin
DECLARE done INT DEFAULT 0;
DECLARE a CHAR(116);
DECLARE b INT;
DECLARE cur1
CURSOR FOR
SELECT p_partkey, p_name
FROM part where p_partkey between arg_key and arg_key2;
DECLARE
CONTINUE HANDLER FOR
SQLSTATE '02000'
SET done = 1;
OPEN cur1;
FETCH cur1 INTO b, a;
WHILE NOT done DO
if not done then
select b, a;
end if;
FETCH cur1 INTO b, a;
END WHILE;
CLOSE cur1;
end$$
# SP with DDL
drop procedure if exists proc1;
create procedure proc1()
begin
drop table if exists t1;
create table if not exists t1 (id int)engine=columnstore;
start transaction;
alter table t1 add column c3 integer;
insert into t1 values (1,2);
select * into @a, @b from t1;
drop table t1;
commit;
end$$
DELIMITER ;$$
call sp_simple_select;
call sp_simple_variable(2);
call sp_simple_variables(10, 'AMERICA');
call sp_complex_variable(1000, '1998-10-10');
call sp_unstructured_loop(2);
call sp_repeat_loop(1,2);
call sp_while_loop(1,2);
call proc1();
select @a, @b;
--disable_warnings
drop procedure sp_simple_select;
drop procedure sp_simple_variable;
drop procedure sp_simple_variables;
drop procedure sp_complex_variable;
drop procedure sp_unstructured_loop;
drop procedure sp_repeat_loop;
drop procedure sp_while_loop;
drop procedure proc1;
--enable_warnings
#

358
mysql-test/columnstore/devregression/t/mcs7523_partitionOptimization_aCreateViews.test
View File

@ -1,179 +1,179 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1_compareLogOnly/partitionOptimization/aCreateViews.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
--disable_warnings
drop view if exists v_nation;
drop view if exists v_region;
drop view if exists v_customer;
drop view if exists v_orders;
drop view if exists v_supplier;
drop view if exists v_partsupp;
drop view if exists v_part;
drop view if exists v_lineitem;
--enable_warnings
create view v_nation as select * from nation where n_nationkey > 10 union all select * from nation where n_nationkey <= 10;
create view v_region as select * from region where r_regionkey > 3 union all select * from region where r_regionkey <= 3;
create view v_customer as select * from customer union all select * from customer where c_custkey=0;
create view v_orders as select * from orders union all select * from orders where o_orderkey=0;
create view v_supplier as select * from supplier union all select * from supplier where s_suppkey=0;
create view v_partsupp as select * from partsupp union all select * from partsupp where ps_partkey=0;
create view v_part as select * from part union all select * from part where p_partkey=0;
create view v_lineitem as select * from lineitem union all select * from lineitem where l_orderkey=0;
--disable_warnings
drop procedure if exists ordersColumnsTouched;
drop procedure if exists lineitemColumnsTouched;
drop procedure if exists customerColumnsTouched;
drop procedure if exists supplierColumnsTouched;
drop procedure if exists partColumnsTouched;
drop procedure if exists partsuppColumnsTouched;
drop procedure if exists regionColumnsTouched;
drop procedure if exists nationColumnsTouched;
drop procedure if exists eliminatedBlocksGE;
--enable_warnings
delimiter //;
create procedure ordersColumnsTouched (in trace varchar(10000)) BEGIN
select locate('o_orderkey', trace) > 0 as o_orderkey_accessed;
select locate('o_custkey', trace) > 0 as o_custkey_accessed;
select locate('o_orderstatus', trace) > 0 as o_orderstatus_accessed;
select locate('o_totalprice', trace) > 0 as o_totalprice_accessed;
select locate('o_orderdate', trace) > 0 as o_orderdate_accessed;
select locate('o_orderpriority', trace) > 0 as o_orderpriority_accessed;
select locate('o_clerk', trace) > 0 as o_clerk_accessed;
select locate('o_shippriority', trace) > 0 as o_shippriority_accessed;
select locate('o_comment', trace) > 0 as o_comment_accessed;
END //
create procedure lineitemColumnsTouched (in trace varchar(10000)) BEGIN
select locate('l_orderkey', trace) > 0 as l_orderkey_accessed;
select locate('l_partkey', trace) > 0 as l_partkey_accessed;
select locate('l_suppkey', trace) > 0 as l_suppkey_accessed;
select locate('l_linenumber', trace) > 0 as l_linenumber_accessed;
select locate('l_quantity', trace) > 0 as l_quantity_accessed;
select locate('l_extendedprice', trace) > 0 as l_extendedprice_accessed;
select locate('l_discount', trace) > 0 as l_discount_accessed;
select locate('l_tax', trace) > 0 as l_tax_accessed;
select locate('l_returnflag', trace) > 0 as l_returnflag_accessed;
select locate('l_linestatus', trace) > 0 as l_linestatus_accessed;
select locate('l_shipdate', trace) > 0 as l_shipdate_accessed;
select locate('l_commitdate', trace) > 0 as l_commitdate_accessed;
select locate('l_receiptdate', trace) > 0 as l_receiptdate_accessed;
select locate('l_shipinstruct', trace) > 0 as l_shipinstruct_accessed;
select locate('l_shipmode', trace) > 0 as l_shipmode_accessed;
select locate('l_comment', trace) > 0 as l_comment_accessed;
END //
create procedure customerColumnsTouched (in trace varchar(10000)) BEGIN
select locate('c_custkey', trace) > 0 as c_custkey_accessed;
select locate('c_name', trace) > 0 as c_name_accessed;
select locate('c_address', trace) > 0 as c_address_accessed;
select locate('c_nationkey', trace) > 0 as c_nationkey_accessed;
select locate('c_phone', trace) > 0 as c_phone_accessed;
select locate('c_acctbal', trace) > 0 as c_acctbal_accessed;
select locate('c_mktsegment', trace) > 0 as c_mktsegment_accessed;
select locate('c_comment', trace) > 0 as c_comment_accessed;
END //
create procedure partColumnsTouched (in trace varchar(10000)) BEGIN
select locate('p_partkey', trace) > 0 as p_partkey_accessed;
select locate('p_name', trace) > 0 as p_name_accessed;
select locate('p_mfgr', trace) > 0 as p_mfgr_accessed;
select locate('p_brand', trace) > 0 as p_brand_accessed;
select locate('p_type', trace) > 0 as p_type_accessed;
select locate('p_size', trace) > 0 as p_size_accessed;
select locate('p_container', trace) > 0 as p_container_accessed;
select locate('p_retailprice', trace) > 0 as p_retailprice_accessed;
select locate('p_comment', trace) > 0 as p_comment_accessed;
END //
create procedure partsuppColumnsTouched (in trace varchar(10000)) BEGIN
select locate('ps_partkey', trace) > 0 as ps_partkey_accessed;
select locate('ps_suppkey', trace) > 0 as ps_suppkey_accessed;
select locate('ps_availqty', trace) > 0 as ps_availqty_accessed;
select locate('ps_supplycost', trace) > 0 as ps_supplycost_accessed;
select locate('ps_comment', trace) > 0 as ps_comment_accessed;
END //
create procedure supplierColumnsTouched (in trace varchar(10000)) BEGIN
select locate('s_suppkey', trace) > 0 as s_suppkey_accessed;
select locate('s_name', trace) > 0 as s_name_accessed;
select locate('s_address', trace) > 0 as s_address_accessed;
select locate('s_nationkey', trace) > 0 as s_nationkey_accessed;
select locate('s_phone', trace) > 0 as s_phone_accessed;
select locate('s_acctbal', trace) > 0 as s_acctbal_accessed;
select locate('s_comment', trace) > 0 as s_comment_accessed;
END //
create procedure nationColumnsTouched (in trace varchar(10000)) BEGIN
select locate('n_nationkey', trace) > 0 as n_nationkey_accessed;
select locate('n_name', trace) > 0 as n_name_accessed;
select locate('n_regionkey', trace) > 0 as n_regionkey_accessed;
select locate('n_comment', trace) > 0 as n_comment_accessed;
END //
create procedure regionColumnsTouched (in trace varchar(10000)) BEGIN
select locate('r_regionkey', trace) > 0 as r_regionkey_accessed;
select locate('r_name', trace) > 0 as r_name_accessed;
select locate('r_comment', trace) > 0 as r_comment_accessed;
END //
create procedure eliminatedBlocksGE(in blocks int) BEGIN
select calgetstats() into @stats;
select substr(@stats, locate('PartitionBlocksEliminated', @stats)+26, 999) into @temp;
select substr(@temp, 1, locate(';', @temp)-1) into @blocksEliminated;
select concat('Blocks eliminated ', if(@blocksEliminated >= blocks, 'is ', 'is not '), 'greater than or equal to ', blocks, '.') as 'CP Result';
END //
delimiter ;//
select count(*) as lineitem_count from lineitem;
select count(*) as v_lineitem_count from v_lineitem;
select count(*) as orders_count from orders;
select count(*) as v_orders_count from v_orders;
select count(*) as part_count from part;
select count(*) as v_part_count from v_part;
select count(*) as partsupp_count from partsupp;
select count(*) as v_partsupp_count from v_partsupp;
select count(*) as customer_count from customer;
select count(*) as v_customer_count from v_customer;
select count(*) as supplier_count from supplier;
select count(*) as v_supplier_count from v_supplier;
select count(*) as region_count from region;
select count(*) as v_region_count from v_region;
select count(*) as nation_count from nation;
select count(*) as v_nation_count from v_nation;
# Clean up
--disable_warnings
drop view if exists v_nation;
drop view if exists v_region;
drop view if exists v_customer;
drop view if exists v_orders;
drop view if exists v_supplier;
drop view if exists v_partsupp;
drop view if exists v_part;
drop view if exists v_lineitem;
#
drop procedure if exists ordersColumnsTouched;
drop procedure if exists lineitemColumnsTouched;
drop procedure if exists customerColumnsTouched;
drop procedure if exists supplierColumnsTouched;
drop procedure if exists partColumnsTouched;
drop procedure if exists partsuppColumnsTouched;
drop procedure if exists regionColumnsTouched;
drop procedure if exists nationColumnsTouched;
drop procedure if exists eliminatedBlocksGE;
--enable_warnings
#
#
# Test case migrated from regression test suite:
# queries/working_tpch1_compareLogOnly/partitionOptimization/aCreateViews.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
--disable_warnings
drop view if exists v_nation;
drop view if exists v_region;
drop view if exists v_customer;
drop view if exists v_orders;
drop view if exists v_supplier;
drop view if exists v_partsupp;
drop view if exists v_part;
drop view if exists v_lineitem;
--enable_warnings
create view v_nation as select * from nation where n_nationkey > 10 union all select * from nation where n_nationkey <= 10;
create view v_region as select * from region where r_regionkey > 3 union all select * from region where r_regionkey <= 3;
create view v_customer as select * from customer union all select * from customer where c_custkey=0;
create view v_orders as select * from orders union all select * from orders where o_orderkey=0;
create view v_supplier as select * from supplier union all select * from supplier where s_suppkey=0;
create view v_partsupp as select * from partsupp union all select * from partsupp where ps_partkey=0;
create view v_part as select * from part union all select * from part where p_partkey=0;
create view v_lineitem as select * from lineitem union all select * from lineitem where l_orderkey=0;
--disable_warnings
drop procedure if exists ordersColumnsTouched;
drop procedure if exists lineitemColumnsTouched;
drop procedure if exists customerColumnsTouched;
drop procedure if exists supplierColumnsTouched;
drop procedure if exists partColumnsTouched;
drop procedure if exists partsuppColumnsTouched;
drop procedure if exists regionColumnsTouched;
drop procedure if exists nationColumnsTouched;
drop procedure if exists eliminatedBlocksGE;
--enable_warnings
delimiter //;
create procedure ordersColumnsTouched (in trace varchar(10000)) BEGIN
select locate('o_orderkey', trace) > 0 as o_orderkey_accessed;
select locate('o_custkey', trace) > 0 as o_custkey_accessed;
select locate('o_orderstatus', trace) > 0 as o_orderstatus_accessed;
select locate('o_totalprice', trace) > 0 as o_totalprice_accessed;
select locate('o_orderdate', trace) > 0 as o_orderdate_accessed;
select locate('o_orderpriority', trace) > 0 as o_orderpriority_accessed;
select locate('o_clerk', trace) > 0 as o_clerk_accessed;
select locate('o_shippriority', trace) > 0 as o_shippriority_accessed;
select locate('o_comment', trace) > 0 as o_comment_accessed;
END //
create procedure lineitemColumnsTouched (in trace varchar(10000)) BEGIN
select locate('l_orderkey', trace) > 0 as l_orderkey_accessed;
select locate('l_partkey', trace) > 0 as l_partkey_accessed;
select locate('l_suppkey', trace) > 0 as l_suppkey_accessed;
select locate('l_linenumber', trace) > 0 as l_linenumber_accessed;
select locate('l_quantity', trace) > 0 as l_quantity_accessed;
select locate('l_extendedprice', trace) > 0 as l_extendedprice_accessed;
select locate('l_discount', trace) > 0 as l_discount_accessed;
select locate('l_tax', trace) > 0 as l_tax_accessed;
select locate('l_returnflag', trace) > 0 as l_returnflag_accessed;
select locate('l_linestatus', trace) > 0 as l_linestatus_accessed;
select locate('l_shipdate', trace) > 0 as l_shipdate_accessed;
select locate('l_commitdate', trace) > 0 as l_commitdate_accessed;
select locate('l_receiptdate', trace) > 0 as l_receiptdate_accessed;
select locate('l_shipinstruct', trace) > 0 as l_shipinstruct_accessed;
select locate('l_shipmode', trace) > 0 as l_shipmode_accessed;
select locate('l_comment', trace) > 0 as l_comment_accessed;
END //
create procedure customerColumnsTouched (in trace varchar(10000)) BEGIN
select locate('c_custkey', trace) > 0 as c_custkey_accessed;
select locate('c_name', trace) > 0 as c_name_accessed;
select locate('c_address', trace) > 0 as c_address_accessed;
select locate('c_nationkey', trace) > 0 as c_nationkey_accessed;
select locate('c_phone', trace) > 0 as c_phone_accessed;
select locate('c_acctbal', trace) > 0 as c_acctbal_accessed;
select locate('c_mktsegment', trace) > 0 as c_mktsegment_accessed;
select locate('c_comment', trace) > 0 as c_comment_accessed;
END //
create procedure partColumnsTouched (in trace varchar(10000)) BEGIN
select locate('p_partkey', trace) > 0 as p_partkey_accessed;
select locate('p_name', trace) > 0 as p_name_accessed;
select locate('p_mfgr', trace) > 0 as p_mfgr_accessed;
select locate('p_brand', trace) > 0 as p_brand_accessed;
select locate('p_type', trace) > 0 as p_type_accessed;
select locate('p_size', trace) > 0 as p_size_accessed;
select locate('p_container', trace) > 0 as p_container_accessed;
select locate('p_retailprice', trace) > 0 as p_retailprice_accessed;
select locate('p_comment', trace) > 0 as p_comment_accessed;
END //
create procedure partsuppColumnsTouched (in trace varchar(10000)) BEGIN
select locate('ps_partkey', trace) > 0 as ps_partkey_accessed;
select locate('ps_suppkey', trace) > 0 as ps_suppkey_accessed;
select locate('ps_availqty', trace) > 0 as ps_availqty_accessed;
select locate('ps_supplycost', trace) > 0 as ps_supplycost_accessed;
select locate('ps_comment', trace) > 0 as ps_comment_accessed;
END //
create procedure supplierColumnsTouched (in trace varchar(10000)) BEGIN
select locate('s_suppkey', trace) > 0 as s_suppkey_accessed;
select locate('s_name', trace) > 0 as s_name_accessed;
select locate('s_address', trace) > 0 as s_address_accessed;
select locate('s_nationkey', trace) > 0 as s_nationkey_accessed;
select locate('s_phone', trace) > 0 as s_phone_accessed;
select locate('s_acctbal', trace) > 0 as s_acctbal_accessed;
select locate('s_comment', trace) > 0 as s_comment_accessed;
END //
create procedure nationColumnsTouched (in trace varchar(10000)) BEGIN
select locate('n_nationkey', trace) > 0 as n_nationkey_accessed;
select locate('n_name', trace) > 0 as n_name_accessed;
select locate('n_regionkey', trace) > 0 as n_regionkey_accessed;
select locate('n_comment', trace) > 0 as n_comment_accessed;
END //
create procedure regionColumnsTouched (in trace varchar(10000)) BEGIN
select locate('r_regionkey', trace) > 0 as r_regionkey_accessed;
select locate('r_name', trace) > 0 as r_name_accessed;
select locate('r_comment', trace) > 0 as r_comment_accessed;
END //
create procedure eliminatedBlocksGE(in blocks int) BEGIN
select calgetstats() into @stats;
select substr(@stats, locate('PartitionBlocksEliminated', @stats)+26, 999) into @temp;
select substr(@temp, 1, locate(';', @temp)-1) into @blocksEliminated;
select concat('Blocks eliminated ', if(@blocksEliminated >= blocks, 'is ', 'is not '), 'greater than or equal to ', blocks, '.') as 'CP Result';
END //
delimiter ;//
select count(*) as lineitem_count from lineitem;
select count(*) as v_lineitem_count from v_lineitem;
select count(*) as orders_count from orders;
select count(*) as v_orders_count from v_orders;
select count(*) as part_count from part;
select count(*) as v_part_count from v_part;
select count(*) as partsupp_count from partsupp;
select count(*) as v_partsupp_count from v_partsupp;
select count(*) as customer_count from customer;
select count(*) as v_customer_count from v_customer;
select count(*) as supplier_count from supplier;
select count(*) as v_supplier_count from v_supplier;
select count(*) as region_count from region;
select count(*) as v_region_count from v_region;
select count(*) as nation_count from nation;
select count(*) as v_nation_count from v_nation;
# Clean up
--disable_warnings
drop view if exists v_nation;
drop view if exists v_region;
drop view if exists v_customer;
drop view if exists v_orders;
drop view if exists v_supplier;
drop view if exists v_partsupp;
drop view if exists v_part;
drop view if exists v_lineitem;
#
drop procedure if exists ordersColumnsTouched;
drop procedure if exists lineitemColumnsTouched;
drop procedure if exists customerColumnsTouched;
drop procedure if exists supplierColumnsTouched;
drop procedure if exists partColumnsTouched;
drop procedure if exists partsuppColumnsTouched;
drop procedure if exists regionColumnsTouched;
drop procedure if exists nationColumnsTouched;
drop procedure if exists eliminatedBlocksGE;
--enable_warnings
#

80
mysql-test/columnstore/devregression/t/mcs7524_view_sp.test
View File

@ -1,40 +1,40 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/view/view_sp.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
# VIEW used by Stored Procedure
create or replace view v_temp as select * from part where p_partkey<10;
DELIMITER $$;
drop procedure if exists sp_simple_select;
Create Procedure sp_simple_select( )
begin
select * from v_temp where p_partkey < 5;
end $$
# Simple SP with 1 arg
drop procedure if exists sp_simple_variable;
Create Procedure sp_simple_variable(in arg_key int)
begin
select * from v_temp where p_partkey <= arg_key;
end $$
DELIMITER ;$$
call sp_simple_select;
call sp_simple_variable(2);
--disable_warnings
drop procedure sp_simple_select;
drop procedure sp_simple_variable;
drop view v_temp;
--enable_warnings
#
#
# Test case migrated from regression test suite:
# queries/working_tpch1/view/view_sp.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
# VIEW used by Stored Procedure
create or replace view v_temp as select * from part where p_partkey<10;
DELIMITER $$;
drop procedure if exists sp_simple_select;
Create Procedure sp_simple_select( )
begin
select * from v_temp where p_partkey < 5;
end $$
# Simple SP with 1 arg
drop procedure if exists sp_simple_variable;
Create Procedure sp_simple_variable(in arg_key int)
begin
select * from v_temp where p_partkey <= arg_key;
end $$
DELIMITER ;$$
call sp_simple_select;
call sp_simple_variable(2);
--disable_warnings
drop procedure sp_simple_select;
drop procedure sp_simple_variable;
drop view v_temp;
--enable_warnings
#

68
mysql-test/columnstore/devregression/t/mcs7525_MCOL-829.test
View File

@ -1,34 +1,34 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/misc/MCOL-829.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
# Support INSERT...SELECT in stored procedures
--disable_warnings
drop table if exists mcol829a;
drop table if exists mcol829b;
drop procedure if exists mcol829;
--enable_warnings
create table mcol829a (a int, b int) engine=columnstore;
create table mcol829b (a int, b int) engine=columnstore;
insert into mcol829a values (1,1),(2,2),(3,3);
delimiter //;
create procedure mcol829() begin insert into mcol829b select * from mcol829a; end//
delimiter ;//
call mcol829();
select * from mcol829b;
--disable_warnings
drop procedure mcol829;
drop table mcol829a;
drop table mcol829b;
--enable_warnings
#
#
# Test case migrated from regression test suite:
# queries/working_tpch1/misc/MCOL-829.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
# Support INSERT...SELECT in stored procedures
--disable_warnings
drop table if exists mcol829a;
drop table if exists mcol829b;
drop procedure if exists mcol829;
--enable_warnings
create table mcol829a (a int, b int) engine=columnstore;
create table mcol829b (a int, b int) engine=columnstore;
insert into mcol829a values (1,1),(2,2),(3,3);
delimiter //;
create procedure mcol829() begin insert into mcol829b select * from mcol829a; end//
delimiter ;//
call mcol829();
select * from mcol829b;
--disable_warnings
drop procedure mcol829;
drop table mcol829a;
drop table mcol829b;
--enable_warnings
#

26
mysql-test/columnstore/devregression/t/mcs7526_q2_3_1_1_1.test
View File

@ -1,13 +1,13 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.1.1.1.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select max(l_shipdate), min(l_orderkey), sum(l_partkey) from lineitem where l_orderkey < 1000000;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.1.1.1.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select max(l_shipdate), min(l_orderkey), sum(l_partkey) from lineitem where l_orderkey < 1000000;

26
mysql-test/columnstore/devregression/t/mcs7527_q2_3_1_1_2.test
View File

@ -1,13 +1,13 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.1.1.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select * from lineitem where l_orderkey < 1400 order by l_orderkey, l_linenumber;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.1.1.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select * from lineitem where l_orderkey < 1400 order by l_orderkey, l_linenumber;

30
mysql-test/columnstore/devregression/t/mcs7528_q2_3_2_1_2.test
View File

@ -1,15 +1,15 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.2.1.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select count(*) from part, lineitem
where p_retailprice < 944.23
and p_partkey = l_suppkey
and l_shipdate < '1992-04-09';
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.2.1.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select count(*) from part, lineitem
where p_retailprice < 944.23
and p_partkey = l_suppkey
and l_shipdate < '1992-04-09';

30
mysql-test/columnstore/devregression/t/mcs7529_q2_3_2_1_3.test
View File

@ -1,15 +1,15 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.2.1.3.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select count(*) from part, lineitem
where p_retailprice < 904.01
and p_partkey = l_suppkey
and l_shipdate < '1993-04-07';
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.2.1.3.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select count(*) from part, lineitem
where p_retailprice < 904.01
and p_partkey = l_suppkey
and l_shipdate < '1993-04-07';

30
mysql-test/columnstore/devregression/t/mcs7530_q2_3_2_1_4.test
View File

@ -1,15 +1,15 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.2.1.4.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select count(*) from part, lineitem
where p_retailprice < 913.65
and p_partkey = l_suppkey
and l_shipdate < '1993-04-07';
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.2.1.4.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select count(*) from part, lineitem
where p_retailprice < 913.65
and p_partkey = l_suppkey
and l_shipdate < '1993-04-07';

24
mysql-test/columnstore/devregression/t/mcs7531_q2_3_4_1.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.1.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select min(l_suppkey) from lineitem;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.1.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select min(l_suppkey) from lineitem;

24
mysql-test/columnstore/devregression/t/mcs7532_q2_3_4_2.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select max(l_shipdate) from lineitem;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select max(l_shipdate) from lineitem;

24
mysql-test/columnstore/devregression/t/mcs7533_q2_3_4_3.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.3.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select sum(l_orderkey) from lineitem where l_suppkey < 100000;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.3.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select sum(l_orderkey) from lineitem where l_suppkey < 100000;

24
mysql-test/columnstore/devregression/t/mcs7534_q2_3_4_4.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.4.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select avg(l_extendedprice) from lineitem;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.4.4.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select avg(l_extendedprice) from lineitem;

38
mysql-test/columnstore/devregression/t/mcs7535_q2_3_6.test
View File

@ -1,19 +1,19 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.6.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select p_brand, sum(l_quantity) tot_qty,
avg(l_quantity) avg_qty, count(*)
from part, lineitem
where l_shipdate between '1996-04-01' and '1996-04-14'
and p_size = 5
and p_partkey = l_partkey
group by p_brand
order by 1;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q2.3.6.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select p_brand, sum(l_quantity) tot_qty,
avg(l_quantity) avg_qty, count(*)
from part, lineitem
where l_shipdate between '1996-04-01' and '1996-04-14'
and p_size = 5
and p_partkey = l_partkey
group by p_brand
order by 1;

24
mysql-test/columnstore/devregression/t/mcs7536_q4_2.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select max(l_shipdate), count(l_partkey) from lineitem where l_orderkey < 1000000;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select max(l_shipdate), count(l_partkey) from lineitem where l_orderkey < 1000000;

24
mysql-test/columnstore/devregression/t/mcs7537_q4_4.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.4.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select o_orderdate, o_custkey from orders,lineitem where o_custkey < 100 and o_orderkey = l_orderkey order by 1, 2;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.4.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select o_orderdate, o_custkey from orders,lineitem where o_custkey < 100 and o_orderkey = l_orderkey order by 1, 2;

24
mysql-test/columnstore/devregression/t/mcs7538_q4_6_1.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.6.1.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select c_custkey, o_orderkey from customer left outer join orders on c_custkey = o_custkey where c_custkey < 1000 and c_nationkey = 4 order by 1, 2;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.6.1.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select c_custkey, o_orderkey from customer left outer join orders on c_custkey = o_custkey where c_custkey < 1000 and c_nationkey = 4 order by 1, 2;

24
mysql-test/columnstore/devregression/t/mcs7539_q4_6_2.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.6.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select c_custkey, o_orderkey from orders right outer join customer on c_custkey = o_custkey where c_custkey < 1000 and c_nationkey = 4 order by 1, 2;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.6.2.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
select c_custkey, o_orderkey from orders right outer join customer on c_custkey = o_custkey where c_custkey < 1000 and c_nationkey = 4 order by 1, 2;

24
mysql-test/columnstore/devregression/t/mcs7540_q4_6.test
View File

@ -1,12 +1,12 @@
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.6.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select * from lineitem, orders where o_custkey < 1000 and l_partkey < 10000 and l_orderkey = o_orderkey order by l_orderkey, l_linenumber;
#
# Test case migrated from regression test suite:
# queries/working_tpch1/group/q4.6.sql
#
# Author: Susil, susil.behera@mariadb.com
#
-- source ../include/have_columnstore.inc
USE tpch1;
Select * from lineitem, orders where o_custkey < 1000 and l_partkey < 10000 and l_orderkey = o_orderkey order by l_orderkey, l_linenumber;

2
mysql-test/columnstore/devregression/t/mcs7552_q5_1_3.test
View File

@ -9,4 +9,4 @@
USE tpch1;
select * from lineitem where l_orderkey = 6000000000 order by l_orderkey, l_linenumber;
select * from lineitem where l_orderkey = 6000000000 order by l_orderkey, l_linenumber;

4
mysql-test/columnstore/devregression/t/mcs7556_q5_2_4.test
View File

@ -9,5 +9,5 @@
USE tpch1;
select l_shipdate, l_suppkey, l_quantity, l_extendedprice, l_comment
from lineitem where l_orderkey = 6000000000 order by 1, 2, 3, 4, 5;
select l_shipdate, l_suppkey, l_quantity, l_extendedprice, l_comment
from lineitem where l_orderkey = 6000000000 order by 1, 2, 3, 4, 5;

2
mysql-test/columnstore/devregression/t/mcs7593_q23111.test
View File

@ -9,4 +9,4 @@
USE tpch1;
Select max(l_shipdate), min(l_orderkey), sum(l_partkey) from lineitem where l_orderkey < 1000000;
Select max(l_shipdate), min(l_orderkey), sum(l_partkey) from lineitem where l_orderkey < 1000000;

2
mysql-test/columnstore/devregression/t/mcs7604_q42.test
View File

@ -9,4 +9,4 @@
USE tpch1;
select max(l_shipdate), count(l_partkey) from lineitem where l_orderkey < 1000000;
select max(l_shipdate), count(l_partkey) from lineitem where l_orderkey < 1000000;

2
mysql-test/columnstore/devregression/t/mcs7621_q513.test
View File

@ -9,4 +9,4 @@
USE tpch1;
select * from lineitem where l_orderkey = 6000000000 order by l_orderkey, l_linenumber;
select * from lineitem where l_orderkey = 6000000000 order by l_orderkey, l_linenumber;

4
mysql-test/columnstore/devregression/t/mcs7625_q524.test
View File

@ -9,5 +9,5 @@
USE tpch1;
select l_shipdate, l_suppkey, l_quantity, l_extendedprice, l_comment
from lineitem where l_orderkey = 6000000000 order by 1, 2, 3, 4, 5;
select l_shipdate, l_suppkey, l_quantity, l_extendedprice, l_comment
from lineitem where l_orderkey = 6000000000 order by 1, 2, 3, 4, 5;

2
mysql-test/columnstore/devregression/t/mcs7651_q42.test
View File

@ -9,4 +9,4 @@
USE tpch1;
select max(l_shipdate), count(l_partkey) from lineitem where l_orderkey < 1000000;
select max(l_shipdate), count(l_partkey) from lineitem where l_orderkey < 1000000;

2
mysql-test/columnstore/devregression/t/mcs7652_q43.test
View File

@ -9,4 +9,4 @@
USE tpch1;
Select /* ! INFINIDB_ORDERED */ min(o_orderdate), max(o_custkey) from orders, lineitem where l_partkey < 100000 and l_orderkey = o_orderkey;
Select /* ! INFINIDB_ORDERED */ min(o_orderdate), max(o_custkey) from orders, lineitem where l_partkey < 100000 and l_orderkey = o_orderkey;

2
mysql-test/columnstore/devregression/t/mcs7668_q513.test
View File

@ -9,4 +9,4 @@
USE tpch1;
select * from lineitem where l_orderkey = 6000000000 order by l_orderkey, l_linenumber;
select * from lineitem where l_orderkey = 6000000000 order by l_orderkey, l_linenumber;

4
mysql-test/columnstore/devregression/t/mcs7672_q524.test
View File

@ -9,5 +9,5 @@
USE tpch1;
select l_shipdate, l_suppkey, l_quantity, l_extendedprice, l_comment
from lineitem where l_orderkey = 6000000000 order by 1, 2, 3, 4, 5;
select l_shipdate, l_suppkey, l_quantity, l_extendedprice, l_comment
from lineitem where l_orderkey = 6000000000 order by 1, 2, 3, 4, 5;

18
mysql-test/columnstore/devregression/t/mcs7703_q13mod.test
View File

@ -8,12 +8,12 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q1.3
select sum(lo_extendedprice*lo_discount) as revenue
from dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and d_weeknuminyear = 6
and d_year = 1994
and lo_orderdate between 19940101 and 19941231 # added matching predicate
and lo_discount between 5 and 7
and lo_quantity between 26 and 35;
# Q1.3
select sum(lo_extendedprice*lo_discount) as revenue
from dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and d_weeknuminyear = 6
and d_year = 1994
and lo_orderdate between 19940101 and 19941231 # added matching predicate
and lo_discount between 5 and 7
and lo_quantity between 26 and 35;

20
mysql-test/columnstore/devregression/t/mcs7704_q21mod.test
View File

@ -8,13 +8,13 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q2.1
select sum(lo_revenue), d_year, p_brand1
from part, supplier, dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and lo_partkey = p_partkey
and lo_suppkey = s_suppkey
and p_category = 'MFGR#12'
and s_region = 'AMERICA'
group by d_year, p_brand1
order by d_year, p_brand1;
# Q2.1
select sum(lo_revenue), d_year, p_brand1
from part, supplier, dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and lo_partkey = p_partkey
and lo_suppkey = s_suppkey
and p_category = 'MFGR#12'
and s_region = 'AMERICA'
group by d_year, p_brand1
order by d_year, p_brand1;

22
mysql-test/columnstore/devregression/t/mcs7705_q22mod.test
View File

@ -8,14 +8,14 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q2.2
select sum(lo_revenue), d_year, p_brand1
from part, supplier, dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and lo_partkey = p_partkey
and lo_suppkey = s_suppkey
and p_brand1 between 'MFGR#2221'
and 'MFGR#2228'
and s_region = 'ASIA'
group by d_year, p_brand1
order by d_year, p_brand1;
# Q2.2
select sum(lo_revenue), d_year, p_brand1
from part, supplier, dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and lo_partkey = p_partkey
and lo_suppkey = s_suppkey
and p_brand1 between 'MFGR#2221'
and 'MFGR#2228'
and s_region = 'ASIA'
group by d_year, p_brand1
order by d_year, p_brand1;

20
mysql-test/columnstore/devregression/t/mcs7706_q23mod.test
View File

@ -8,13 +8,13 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q2.3
select sum(lo_revenue), d_year, p_brand1
from part, supplier, dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and lo_partkey = p_partkey
and lo_suppkey = s_suppkey
and p_brand1= 'MFGR#2239'
and s_region = 'EUROPE'
group by d_year, p_brand1
order by d_year, p_brand1;
# Q2.3
select sum(lo_revenue), d_year, p_brand1
from part, supplier, dateinfo, lineorder # changed order
where lo_orderdate = d_datekey
and lo_partkey = p_partkey
and lo_suppkey = s_suppkey
and p_brand1= 'MFGR#2239'
and s_region = 'EUROPE'
group by d_year, p_brand1
order by d_year, p_brand1;

24
mysql-test/columnstore/devregression/t/mcs7707_q31mod.test
View File

@ -8,15 +8,15 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q3.1
select c_nation, s_nation, d_year,
sum(lo_revenue) as revenue
from customer, supplier, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and c_region = 'ASIA'
and s_region = 'ASIA'
and d_year >= 1992 and d_year <= 1997
group by c_nation, s_nation, d_year
order by d_year asc, revenue desc;
# Q3.1
select c_nation, s_nation, d_year,
sum(lo_revenue) as revenue
from customer, supplier, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and c_region = 'ASIA'
and s_region = 'ASIA'
and d_year >= 1992 and d_year <= 1997
group by c_nation, s_nation, d_year
order by d_year asc, revenue desc;

24
mysql-test/columnstore/devregression/t/mcs7708_q32mod.test
View File

@ -8,15 +8,15 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q3.2
select c_city, s_city, d_year, sum(lo_revenue)
as revenue
from customer, supplier, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and c_nation = 'UNITED STATES'
and s_nation = 'UNITED STATES'
and d_year >= 1992 and d_year <= 1997
group by c_city, s_city, d_year
order by d_year asc, revenue desc;
# Q3.2
select c_city, s_city, d_year, sum(lo_revenue)
as revenue
from customer, supplier, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and c_nation = 'UNITED STATES'
and s_nation = 'UNITED STATES'
and d_year >= 1992 and d_year <= 1997
group by c_city, s_city, d_year
order by d_year asc, revenue desc;

28
mysql-test/columnstore/devregression/t/mcs7709_q33mod.test
View File

@ -8,17 +8,17 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q3.3
select c_city, s_city, d_year, sum(lo_revenue)
as revenue
from customer, supplier, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and (c_city='UNITED KI1'
or c_city='UNITED KI5')
and (s_city='UNITED KI1'
or s_city='UNITED KI5')
and d_year >= 1992 and d_year <= 1997
group by c_city, s_city, d_year
order by d_year asc, revenue desc;
# Q3.3
select c_city, s_city, d_year, sum(lo_revenue)
as revenue
from customer, supplier, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and (c_city='UNITED KI1'
or c_city='UNITED KI5')
and (s_city='UNITED KI1'
or s_city='UNITED KI5')
and d_year >= 1992 and d_year <= 1997
group by c_city, s_city, d_year
order by d_year asc, revenue desc;

30
mysql-test/columnstore/devregression/t/mcs7710_q34mod.test
View File

@ -8,18 +8,18 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q3.4
select c_city, s_city, d_year, sum(lo_revenue)
as revenue
from dateinfo, customer,supplier, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and (c_city='UNITED KI1'
or c_city='UNITED KI5')
and (s_city='UNITED KI1'
or s_city='UNITED KI5')
and d_yearmonth = 'Dec1997'
and lo_orderdate between 19971201 and 19971231 # added matching predicate
group by c_city, s_city, d_year
order by d_year asc, revenue desc, c_city, s_city;
# Q3.4
select c_city, s_city, d_year, sum(lo_revenue)
as revenue
from dateinfo, customer,supplier, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_orderdate = d_datekey
and (c_city='UNITED KI1'
or c_city='UNITED KI5')
and (s_city='UNITED KI1'
or s_city='UNITED KI5')
and d_yearmonth = 'Dec1997'
and lo_orderdate between 19971201 and 19971231 # added matching predicate
group by c_city, s_city, d_year
order by d_year asc, revenue desc, c_city, s_city;

28
mysql-test/columnstore/devregression/t/mcs7711_q41mod.test
View File

@ -8,17 +8,17 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q4.1
select d_year, c_nation,
sum(lo_revenue - lo_supplycost) as profit
from customer, supplier, part, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_partkey = p_partkey
and lo_orderdate = d_datekey
and c_region = 'AMERICA'
and s_region = 'AMERICA'
and (p_mfgr = 'MFGR#1'
or p_mfgr = 'MFGR#2')
group by d_year, c_nation
order by d_year, c_nation;
# Q4.1
select d_year, c_nation,
sum(lo_revenue - lo_supplycost) as profit
from customer, supplier, part, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_partkey = p_partkey
and lo_orderdate = d_datekey
and c_region = 'AMERICA'
and s_region = 'AMERICA'
and (p_mfgr = 'MFGR#1'
or p_mfgr = 'MFGR#2')
group by d_year, c_nation
order by d_year, c_nation;

34
mysql-test/columnstore/devregression/t/mcs7712_q42mod.test
View File

@ -8,20 +8,20 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q4.2
select d_year, s_nation, p_category,
sum(lo_revenue - lo_supplycost) as profit
from customer, supplier, part, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_partkey = p_partkey
and lo_orderdate = d_datekey
and c_region = 'AMERICA'
and s_region = 'AMERICA'
and (d_year = 1997 or d_year = 1998)
and lo_orderdate between 19970101 and 19981231 # added matching predicate
and (p_mfgr = 'MFGR#1'
or p_mfgr = 'MFGR#2')
group by d_year, s_nation, p_category
order by d_year, s_nation, p_category;
# Q4.2
select d_year, s_nation, p_category,
sum(lo_revenue - lo_supplycost) as profit
from customer, supplier, part, dateinfo, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_partkey = p_partkey
and lo_orderdate = d_datekey
and c_region = 'AMERICA'
and s_region = 'AMERICA'
and (d_year = 1997 or d_year = 1998)
and lo_orderdate between 19970101 and 19981231 # added matching predicate
and (p_mfgr = 'MFGR#1'
or p_mfgr = 'MFGR#2')
group by d_year, s_nation, p_category
order by d_year, s_nation, p_category;

30
mysql-test/columnstore/devregression/t/mcs7713_q43mod.test
View File

@ -8,18 +8,18 @@
-- source ../include/have_columnstore.inc
USE ssb1;
# Q4.3
select d_year, s_city, p_brand1,
sum(lo_revenue - lo_supplycost) as profit
from supplier, dateinfo, part, customer, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_partkey = p_partkey
and lo_orderdate = d_datekey
and s_nation = 'UNITED STATES'
and (d_year = 1997 or d_year = 1998)
and lo_orderdate between 19970101 and 19981231 # added matching predicate
and p_category = 'MFGR#14'
group by d_year, s_city, p_brand1
order by d_year, s_city, p_brand1;
# Q4.3
select d_year, s_city, p_brand1,
sum(lo_revenue - lo_supplycost) as profit
from supplier, dateinfo, part, customer, lineorder # changed order
where lo_custkey = c_custkey
and lo_suppkey = s_suppkey
and lo_partkey = p_partkey
and lo_orderdate = d_datekey
and s_nation = 'UNITED STATES'
and (d_year = 1997 or d_year = 1998)
and lo_orderdate between 19970101 and 19981231 # added matching predicate
and p_category = 'MFGR#14'
group by d_year, s_city, p_brand1
order by d_year, s_city, p_brand1;