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

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Leonid Fedorov
2024-07-25 18:44:00 +00:00
committed by Leonid Fedorov
parent 323c8822d5
commit 1d25cf3afd
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mysql-test/columnstore/devregression/t/mcs7129_regression_bug3932.test
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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
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@ -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;

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@ -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;

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mysql-test/columnstore/devregression/t/mcs7710_q34mod.test
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@ -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
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@ -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;

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@ -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;

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@ -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;