mariadb/mysql-test/r/rpl_sp_effects.result

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Fix for BUG#12335 (SP replication) : New binlogging strategy for stored PROCEDUREs/FUNCTIONs. "Interleaved SPs execution is now binlogged properly, "SELECT spfunc()" is binlogged too. The known remaining issue is binlogging/replication of "a routine is deleted while it is executed" scenario. mysql-test/r/rpl_sp.result: Fix for BUG#12335: updated test cases/results mysql-test/t/rpl_sp.test: Fix for BUG#12335: updated test cases/results sql/item.cc: Fix for BUG#12335 (SP replication): - Added Item_name_const 'function' - Addede 'delete reuse' to call dtor on item reuse sql/item.h: Fix for BUG#12335 (SP replication) : Added Item_name_const 'function' + code cleanup sql/item_create.cc: Fix for BUG#12335 (SP replication) : Added Item_name_const 'function' sql/item_create.h: Fix for BUG#12335 (SP replication) : Added Item_name_const 'function' sql/item_func.cc: Fix for BUG#12335 (SP replication) : binary log is now constrolled from within execute_function. sql/lex.h: Fix for BUG#12335 (SP replication) : Added Item_name_const 'function' sql/log.cc: Fix for BUG#12335 (SP replication) : Added MYSQL_LOG::{start|stop}_union_events to allow one to temporary disable binlogging but collect a 'union' information about binlog write calls. sql/mysql_priv.h: Fix for BUG#12335 (SP replication) sql/sp_head.cc: Fix for BUG#12335 (SP replication) : Now we use different SP binlogging strategy, grep for StoredRoutinesBinlogging for details sql/sp_head.h: Comments added sql/sp_pcontext.h: Comments added sql/sp_rcontext.h: Comments added sql/sql_class.cc: Fix for BUG#12335 (SP replication) : Now we use different SP binlogging strategy, grep for StoredRoutinesBinlogging for details sql/sql_class.h: Fix for BUG#12335 (SP replication) : Added MYSQL_LOG::{start|stop}_union_events to allow one to temporary disable binlogging but collect a 'union' information about binlog write calls. sql/sql_delete.cc: Fix for BUG#12335: check THD::query_str_binlog_unsuitable when writing to binlog. sql/sql_insert.cc: Fix for BUG#12335: check THD::query_str_binlog_unsuitable when writing to binlog. sql/sql_lex.cc: Fix for BUG#12335 (SP replication): Add ability to extract previous returned token from the tokenizer. sql/sql_lex.h: Fix for BUG#12335 (SP replication): Add ability to extract previous returned token from the tokenizer. sql/sql_parse.cc: Fix for BUG#12335 (SP replication) : Now we use different SP binlogging strategy, grep for StoredRoutinesBinlogging for details sql/sql_update.cc: Fix for BUG#12335: check THD::query_str_binlog_unsuitable when writing to binlog. sql/sql_yacc.yy: Fix for BUG#12335 (SP replication) : When creating Item_splocal, remember where it is located in the query.
2005-08-25 15:34:34 +02:00
stop slave;
drop table if exists t1,t2,t3,t4,t5,t6,t7,t8,t9;
reset master;
reset slave;
drop table if exists t1,t2,t3,t4,t5,t6,t7,t8,t9;
start slave;
drop procedure if exists p1;
drop procedure if exists p2;
drop function if exists f1;
drop table if exists t1,t2;
drop view if exists v1;
create table t1 (a int);
create procedure p1()
begin
declare spv int default 0;
while spv < 5 do
insert into t1 values(spv+1);
set spv=spv+1;
end while;
end//
call p1();
select * from t1;
a
1
2
3
4
5
delete from t1;
create procedure p2()
begin
declare a int default 4;
create table t2 as select a;
end//
call p2();
select * from t2;
a
4
select * from t2;
a
4
drop procedure p1;
drop procedure p2;
drop table t2;
create function f1(x int) returns int
begin
insert into t1 values(x);
return x+1;
end//
create procedure p1(a int, b int)
begin
declare v int default f1(5);
if (f1(6)) then
select 'yes';
end if;
set v = f1(7);
while f1(8) < 1 do
select 'this cant be';
end while;
end//
call p1(f1(1), f1(2));
yes
yes
select * from t1;
a
1
2
5
6
7
8
create table t2(a int);
insert into t2 values (10),(11);
select a,f1(a) from t2;
a f1(a)
10 11
11 12
insert into t2 select f1(3);
select 'master:',a from t1;
master: a
master: 1
master: 2
master: 5
master: 6
master: 7
master: 8
master: 10
master: 11
master: 3
select 'slave:',a from t1;
slave: a
slave: 1
slave: 2
slave: 5
slave: 6
slave: 7
slave: 8
slave: 10
slave: 11
slave: 3
drop procedure p1;
delete from t1;
delete from t2;
delete from t1;
insert into t2 values(1),(2);
create view v1 as select f1(a) from t2;
select * from v1;
f1(a)
2
3
select 'master:',a from t1;
master: a
master: 1
master: 2
select 'slave:',a from t1;
slave: a
slave: 1
slave: 2
drop view v1;
delete from t1;
prepare s1 from 'select f1(?)';
set @xx=123;
execute s1 using @xx;
f1(?)
124
select 'master:',a from t1;
master: a
master: 123
select 'slave:',a from t1;
slave: a
slave: 123
delete from t1;
create procedure p1(spv int)
begin
declare c cursor for select f1(spv) from t2;
while (spv > 2) do
open c;
fetch c into spv;
close c;
set spv= spv - 10;
end while;
end//
call p1(15);
select 'master:',a from t1;
master: a
master: 15
master: 15
master: 6
master: 6
select 'slave:',a from t1;
slave: a
slave: 15
slave: 15
slave: 6
slave: 6
drop procedure p1;
drop function f1;
drop table t1,t2;
create table t1 (a int);
create procedure p1()
begin
insert into t1 values(@x);
set @x=@x+1;
insert into t1 values(@x);
if (f2()) then
insert into t1 values(1243);
end if;
end//
create function f2() returns int
begin
insert into t1 values(@z);
set @z=@z+1;
insert into t1 values(@z);
return 0;
end//
create function f1() returns int
begin
insert into t1 values(@y);
call p1();
return 0;
end//
set @x=10;
set @y=20;
set @z=100;
select f1();
f1()
0
set @x=30;
call p1();
select 'master', a from t1;
master a
master 20
master 10
master 11
master 100
master 101
master 30
master 31
master 101
master 102
select 'slave', a from t1;
slave a
slave 20
slave 10
slave 11
slave 100
slave 101
slave 30
slave 31
slave 101
slave 102
drop table t1;
drop function f1;
drop function f2;
drop procedure p1;