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mariadb/mysql-test/r/olap.result
unknown b388eb004d Added SQLSTATE to client/server protocol 
bmove_allign -> bmove_align
Added OLAP function ROLLUP
Split mysql_fix_privilege_tables to a script and a .sql data file
Added new (MEMROOT*) functions to avoid calling current_thd() when creating some common objects.
Added table_alias_charset, for easier --lower-case-table-name handling
Better SQL_MODE handling (Setting complex options also sets sub options)
New (faster) assembler string functions for x86


BitKeeper/etc/ignore:
  added libmysqld/sql_state.c
client/mysql.cc:
  Added SQLSTATE to error messages
  Added new function put_error() to be able to clean up some old code.
client/mysqltest.c:
  Write ERROR SQLSTATE for all errors
dbug/dbug.c:
  Portability fixes
include/m_string.h:
  Rename bmove_allign as bmove_align
include/mysql.h:
  Added SQLSTATE (for embedded version)
include/mysql_com.h:
  Send correct SQLSTATE for the error to the client
libmysql/libmysql.c:
  Changed default error state to HY000
  Applied code cleanup patch
libmysqld/Makefile.am:
  Added sql_state.cc
libmysqld/libmysqld.c:
  Added sqlstate
mysql-test/r/analyse.result:
  Updated results
mysql-test/r/ansi.result:
  Updated results
mysql-test/r/auto_increment.result:
  Updated results
mysql-test/r/bdb-deadlock.result:
  Updated results
mysql-test/r/bdb.result:
  Updated results
mysql-test/r/comments.result:
  Updated results
mysql-test/r/create.result:
  Updated results
mysql-test/r/ctype_collate.result:
  Updated results
mysql-test/r/delayed.result:
  Updated results
mysql-test/r/delete.result:
  Updated results
mysql-test/r/derived.result:
  Updated results
mysql-test/r/distinct.result:
  Updated results
mysql-test/r/drop.result:
  Updated results
mysql-test/r/err000001.result:
  Updated results
mysql-test/r/explain.result:
  Updated results
mysql-test/r/flush.result:
  Updated results
mysql-test/r/fulltext.result:
  Updated results
mysql-test/r/func_gconcat.result:
  Updated results
mysql-test/r/func_system.result:
  Updated results
mysql-test/r/grant_cache.result:
  Updated results
mysql-test/r/group_by.result:
  Updated results
mysql-test/r/handler.result:
  Updated results
mysql-test/r/heap.result:
  Updated results
mysql-test/r/heap_btree.result:
  Updated results
mysql-test/r/heap_hash.result:
  Updated results
mysql-test/r/innodb.result:
  Updated results
mysql-test/r/innodb_handler.result:
  Updated results
mysql-test/r/insert_select.result:
  Updated results
mysql-test/r/insert_update.result:
  Updated results
mysql-test/r/join.result:
  Updated results
mysql-test/r/join_outer.result:
  Updated results
mysql-test/r/key.result:
  Updated results
mysql-test/r/lock.result:
  Updated results
mysql-test/r/lock_multi.result:
  Updated results
mysql-test/r/merge.result:
  Updated results
mysql-test/r/multi_update.result:
  Updated results
mysql-test/r/myisam.result:
  Updated results
mysql-test/r/null.result:
  Updated results
mysql-test/r/olap.result:
  Updated results
mysql-test/r/order_by.result:
  Updated results
mysql-test/r/packet.result:
  Updated results
mysql-test/r/query_cache.result:
  Updated results
mysql-test/r/row.result:
  Updated results
mysql-test/r/rpl000001.result:
  Updated results
mysql-test/r/rpl000009.result:
  Updated results
mysql-test/r/rpl_empty_master_crash.result:
  Updated results
mysql-test/r/rpl_log.result:
  Updated results
mysql-test/r/rpl_replicate_do.result:
  Updated results
mysql-test/r/rpl_rotate_logs.result:
  Updated results
mysql-test/r/select.result:
  Updated results
mysql-test/r/select_safe.result:
  Updated results
mysql-test/r/show_check.result:
  Updated results
mysql-test/r/sql_mode.result:
  Updated results
mysql-test/r/subselect.result:
  Updated results
mysql-test/r/temp_table.result:
  Updated results
mysql-test/r/truncate.result:
  Updated results
mysql-test/r/type_blob.result:
  Updated results
mysql-test/r/type_decimal.result:
  Updated results
mysql-test/r/type_float.result:
  Updated results
mysql-test/r/type_ranges.result:
  Updated results
mysql-test/r/union.result:
  Updated results
mysql-test/r/update.result:
  Updated results
mysql-test/r/user_var.result:
  Updated results
mysql-test/r/varbinary.result:
  Updated results
mysql-test/r/variables.result:
  Updated results
mysql-test/t/ansi.test:
  Test of sql_mode
mysql-test/t/derived.test:
  Updated results
mysql-test/t/func_system.test:
  Make this independen of the MySQL server name
mysql-test/t/lowercase_table.test:
  Cleanup
mysql-test/t/olap.test:
  A lot of new tests
mysql-test/t/sql_mode.test:
  More test for sql_mode
mysql-test/t/subselect.test:
  Added a few new tests (to find a bug in the item_ref code)
scripts/Makefile.am:
  Added mysql_fix_privilege_tables.sql
scripts/mysql_fix_privilege_tables.sh:
  Totally new script.  This bascily just pipes mysql_fix_privilege_tables.sql through 'mysql' to 'mysqld'
sql/Makefile.am:
  Added sql_state.cc
sql/item.cc:
  Extended Item_field::eq() to be able to better match GROUP BY fields on the command line.
  Needed for ROLLUP
sql/item.h:
  Added function to be able to avoid calling current_thd() when doing new Item.
sql/item_sum.cc:
  Moved copy_or_same() and some reset() functions from item_sum.h
  Needed to be able to access thd->mem_root.
sql/item_sum.h:
  Moved some functions to item_sum.cc
  Added make_unique() for ROLLUP
sql/item_uniq.h:
  Fixed return value
sql/mysql_priv.h:
  Updated MODE flags
sql/mysqld.cc:
  Added ANSI as it's own mode
  Moved charset_info variables here
  Cleaned up handler_count handling (for NT)
  Added table_alias_charset, for easier --lower-case-table-name handling
sql/net_serv.cc:
  New comment
sql/protocol.cc:
  Send SQLSTATE to client
sql/set_var.cc:
  Better SQL_MODE handling (Setting complex options also sets sub options)
sql/set_var.h:
  Better SQL_MODE handling
sql/sql_base.cc:
  Make alias depend on --lower-case-table-names
  Make find_item_in_list also check database name
sql/sql_cache.cc:
  Indentation cleanup
sql/sql_list.h:
  Added safety assert
  Addes support of alloc without current_thd()
sql/sql_prepare.cc:
  Update after prototype change
sql/sql_select.cc:
  Added ROLLUP
sql/sql_select.h:
  structures for rollup
sql/sql_show.cc:
  Easier SQL_MODE handling
sql/sql_string.cc:
  Move CHARSET_INFO to mysqld (to be together with all other global variables)
sql/sql_string.h:
  Added function to be able to avoid calling current_thd() when doing new Item.
sql/sql_table.cc:
  Simpler --lower-case-table-name handling
sql/sql_union.cc:
  Update after prototype change
sql/sql_yacc.yy:
  ROLLUP
sql/unireg.h:
  bmove_allign ->bmove_align
strings/Makefile.am:
  Fix to be able to compile str_test.c
strings/ctype.c:
  Removed empty lines
strings/str_test.c:
  Added test of bmove_align
strings/strings-x86.s:
  Faster bmove_align, bmove_upp and strmake
strings/strings.asm:
  move_allg
2003-06-04 18:28:51 +03:00

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Raw Blame History

drop table if exists t1,t2;
create table t1 (product varchar(32), country_id int not null, year int, profit int);
insert into t1 values ( 'Computer', 2,2000, 1200),
( 'TV', 1, 1999, 150),
( 'Calculator', 1, 1999,50),
( 'Computer', 1, 1999,1500),
( 'Computer', 1, 2000,1500),
( 'TV', 1, 2000, 150),
( 'TV', 2, 2000, 100),
( 'TV', 2, 2000, 100),
( 'Calculator', 1, 2000,75),
( 'Calculator', 2, 2000,75),
( 'TV', 1, 1999, 100),
( 'Computer', 1, 1999,1200),
( 'Computer', 2, 2000,1500),
( 'Calculator', 2, 2000,75),
( 'Phone', 3, 2003,10)
;
create table t2 (country_id int primary key, country char(20) not null);
insert into t2 values (1, 'USA'),(2,'India'), (3,'Finland');
select product, sum(profit) from t1 group by product;
product sum(profit)
Calculator 275
Computer 6900
Phone 10
TV 600
select product, sum(profit) from t1 group by product with rollup;
product sum(profit)
Calculator 275
Computer 6900
Phone 10
TV 600
NULL 7785
select product, sum(profit) from t1 group by 1 with rollup;
product sum(profit)
Calculator 275
Computer 6900
Phone 10
TV 600
NULL 7785
select product, sum(profit),avg(profit) from t1 group by product with rollup;
product sum(profit) avg(profit)
Calculator 275 68.7500
Computer 6900 1380.0000
Phone 10 10.0000
TV 600 120.0000
NULL 7785 519.0000
select product, country_id , year, sum(profit) from t1 group by product, country_id, year;
product country_id year sum(profit)
Calculator 1 1999 50
Calculator 1 2000 75
Calculator 2 2000 150
Computer 1 1999 2700
Computer 1 2000 1500
Computer 2 2000 2700
Phone 3 2003 10
TV 1 1999 250
TV 1 2000 150
TV 2 2000 200
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup;
product country_id year sum(profit)
Calculator 1 1999 50
Calculator 1 2000 75
Calculator 1 NULL 125
Calculator 2 2000 150
Calculator 2 NULL 150
Calculator NULL NULL 275
Computer 1 1999 2700
Computer 1 2000 1500
Computer 1 NULL 4200
Computer 2 2000 2700
Computer 2 NULL 2700
Computer NULL NULL 6900
Phone 3 2003 10
Phone 3 NULL 10
Phone NULL NULL 10
TV 1 1999 250
TV 1 2000 150
TV 1 NULL 400
TV 2 2000 200
TV 2 NULL 200
TV NULL NULL 600
NULL NULL NULL 7785
explain select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup;
id select_type table type possible_keys key key_len ref rows Extra
1 SIMPLE t1 ALL NULL NULL NULL NULL 15 Using temporary; Using filesort
select product, country_id , sum(profit) from t1 group by product desc, country_id with rollup;
product country_id sum(profit)
TV 1 400
TV 2 200
TV NULL 600
Phone 3 10
Phone NULL 10
Computer 1 4200
Computer 2 2700
Computer NULL 6900
Calculator 1 125
Calculator 2 150
Calculator NULL 275
NULL NULL 7785
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup limit 5;
product country_id year sum(profit)
Calculator 1 1999 50
Calculator 1 2000 75
Calculator 1 NULL 125
Calculator 2 2000 150
Calculator 2 NULL 150
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup limit 3,3;
product country_id year sum(profit)
Calculator 2 2000 150
Calculator 2 NULL 150
Calculator NULL NULL 275
select product, country_id, count(*), count(distinct year) from t1 group by product, country_id;
product country_id count(*) count(distinct year)
Calculator 1 2 2
Calculator 2 2 1
Computer 1 3 2
Computer 2 2 1
Phone 3 1 1
TV 1 3 2
TV 2 2 1
select product, country_id, count(*), count(distinct year) from t1 group by product, country_id with rollup;
product country_id count(*) count(distinct year)
Calculator 1 2 2
Calculator 2 2 1
Calculator NULL 4 2
Computer 1 3 2
Computer 2 2 1
Computer NULL 5 2
Phone 3 1 1
Phone NULL 1 1
TV 1 3 2
TV 2 2 1
TV NULL 5 2
NULL NULL 15 3
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup having country_id = 1;
product country_id year sum(profit)
Calculator 1 1999 50
Calculator 1 2000 75
Calculator 1 NULL 125
Computer 1 1999 2700
Computer 1 2000 1500
Computer 1 NULL 4200
TV 1 1999 250
TV 1 2000 150
TV 1 NULL 400
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup having sum(profit) > 200;
product country_id year sum(profit)
Calculator NULL NULL 275
Computer 1 1999 2700
Computer 1 2000 1500
Computer 1 NULL 4200
Computer 2 2000 2700
Computer 2 NULL 2700
Computer NULL NULL 6900
TV 1 1999 250
TV 1 NULL 400
TV NULL NULL 600
NULL NULL NULL 7785
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup having sum(profit) > 7000;
product country_id year sum(profit)
NULL NULL NULL 7785
select concat(product,':',country_id) as 'prod', concat(":",year,":") as 'year',1+1, sum(profit)/count(*) from t1 group by 1,2 with rollup;
prod year 1+1 sum(profit)/count(*)
Calculator:1 :1999: 2 50.00
Calculator:1 :2000: 2 75.00
Calculator:1 NULL 2 62.50
Calculator:2 :2000: 2 75.00
Calculator:2 NULL 2 75.00
Computer:1 :1999: 2 1350.00
Computer:1 :2000: 2 1500.00
Computer:1 NULL 2 1400.00
Computer:2 :2000: 2 1350.00
Computer:2 NULL 2 1350.00
Phone:3 :2003: 2 10.00
Phone:3 NULL 2 10.00
TV:1 :1999: 2 125.00
TV:1 :2000: 2 150.00
TV:1 NULL 2 133.33
TV:2 :2000: 2 100.00
TV:2 NULL 2 100.00
NULL NULL 2 519.00
select product, sum(profit)/count(*) from t1 group by product with rollup;
product sum(profit)/count(*)
Calculator 68.75
Computer 1380.00
Phone 10.00
TV 120.00
NULL 519.00
select left(product,4) as prod, sum(profit)/count(*) from t1 group by prod with rollup;
prod sum(profit)/count(*)
Calc 68.75
Comp 1380.00
Phon 10.00
TV 120.00
NULL 519.00
select concat(product,':',country_id), 1+1, sum(profit)/count(*) from t1 group by concat(product,':',country_id) with rollup;
concat(product,':',country_id) 1+1 sum(profit)/count(*)
Calculator:1 2 62.50
Calculator:2 2 75.00
Computer:1 2 1400.00
Computer:2 2 1350.00
Phone:3 2 10.00
TV:1 2 133.33
TV:2 2 100.00
NULL 2 519.00
select product, country , year, sum(profit) from t1,t2 where t1.country_id=t2.country_id group by product, country, year with rollup;
product country year sum(profit)
Calculator India 2000 150
Calculator India NULL 150
Calculator USA 1999 50
Calculator USA 2000 75
Calculator USA NULL 125
Calculator NULL NULL 275
Computer India 2000 2700
Computer India NULL 2700
Computer USA 1999 2700
Computer USA 2000 1500
Computer USA NULL 4200
Computer NULL NULL 6900
Phone Finland 2003 10
Phone Finland NULL 10
Phone NULL NULL 10
TV India 2000 200
TV India NULL 200
TV USA 1999 250
TV USA 2000 150
TV USA NULL 400
TV NULL NULL 600
NULL NULL NULL 7785
select product, `sum` from (select product, sum(profit) as 'sum' from t1 group by product with rollup) as tmp where product is null;
product sum
NULL 7785
select product from t1 where exists (select product, country_id , sum(profit) from t1 as t2 where t1.product=t2.product group by product, country_id with rollup having sum(profit) > 6000);
product
Computer
Computer
Computer
Computer
Computer
select product, country_id , year, sum(profit) from t1 group by product, country_id, year having country_id is NULL;
product country_id year sum(profit)
select concat(':',product,':'), sum(profit),avg(profit) from t1 group by product with rollup;
concat(':',product,':') sum(profit) avg(profit)
:Calculator: 275 68.7500
:Computer: 6900 1380.0000
:Phone: 10 10.0000
:TV: 600 120.0000
:TV: 7785 519.0000
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with cube;
ERROR 42000: This version of MySQL doesn't yet support 'CUBE'
explain select product, country_id , year, sum(profit) from t1 group by product, country_id, year with cube;
ERROR 42000: This version of MySQL doesn't yet support 'CUBE'
select product, country_id , year, sum(profit) from t1 group by product, country_id, year with cube union all select product, country_id , year, sum(profit) from t1 group by product, country_id, year with rollup;
ERROR 42000: This version of MySQL doesn't yet support 'CUBE'
drop table t1,t2;
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