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bbaae9a2dceacecdd23aba6b7bb686d6248ae7c1
mariadb/mysql-test/r/sp-code.result
Alexander Nozdrin a0ab253fbd Auto-merge from mysql-trunk-bugfixing. 
******
This patch fixes the following bugs:
  - Bug#5889: Exit handler for a warning doesn't hide the warning in
    trigger
  - Bug#9857: Stored procedures: handler for sqlwarning ignored
  - Bug#23032: Handlers declared in a SP do not handle warnings generated
    in sub-SP
  - Bug#36185: Incorrect precedence for warning and exception handlers

The problem was in the way warnings/errors during stored routine execution
were handled. Prior to this patch the logic was as follows:

  - when a warning/an error happens: if we're executing a stored routine,
    and there is a handler for that warning/error, remember the handler,
    ignore the warning/error and continue execution.

  - after a stored routine instruction is executed: check for a remembered
    handler and activate one (if any).

This logic caused several problems:

  - if one instruction generates several warnings (errors) it's impossible
    to choose the right handler -- a handler for the first generated
    condition was chosen and remembered for activation.

  - mess with handling conditions in scopes different from the current one.

  - not putting generated warnings/errors into Warning Info (Diagnostic
    Area) is against The Standard.

The patch changes the logic as follows:

  - Diagnostic Area is cleared on the beginning of each statement that
    either is able to generate warnings, or is able to work with tables.

  - at the end of a stored routine instruction, Diagnostic Area is left
    intact.

  - Diagnostic Area is checked after each stored routine instruction. If
    an instruction generates several condition, it's now possible to take a
    look at all of them and determine an appropriate handler.

mysql-test/r/signal.result:
  Update result file:
    1. handled conditions are not cleared any more;
    2. reflect changes in signal.test
mysql-test/r/signal_demo3.result:
  Update result file: handled conditions are not cleared any more.
  Due to playing with max_error_count, resulting warning lists
  have changed.
mysql-test/r/sp-big.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/r/sp-bugs.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/r/sp-code.result:
  Update result file:
    1. handled conditions are not cleared any more.
    2. add result for a new test case in sp-code.test.
mysql-test/r/sp-error.result:
  Update result file:
    1. handled conditions are not cleared any more.
    2. add result for a new test case in sp-error.test.
mysql-test/r/sp.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/r/sp_trans.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/r/strict.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/r/view.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/suite/funcs_1/r/innodb_storedproc_02.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/suite/funcs_1/r/memory_storedproc_02.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/suite/funcs_1/r/myisam_storedproc_02.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/suite/funcs_1/r/storedproc.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/suite/rpl/r/rpl_row_sp005.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/suite/rpl/r/rpl_row_sp006_InnoDB.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/suite/rpl/r/rpl_row_trig003.result:
  Update result file: handled conditions are not cleared any more.
mysql-test/t/signal.test:
  Make a test case more readable in the result file.
mysql-test/t/sp-code.test:
  Add a test case for Bug#23032 checking that
  No Data takes precedence on Warning.
mysql-test/t/sp-error.test:
  Adding test cases for:
    - Bug#23032
    - Bug#36185
    - Bug#5889
    - Bug#9857
mysql-test/t/sp.test:
  Fixing test case to reflect behavioral changes made by the patch.
sql/sp_head.cc:
  Reset the per-statement warning count before executing
  a stored procedure instruction.
  
  Move to a separate function code which checks the
  completion status of the executed statement and searches
  for a handler.
  
  Remove redundant code now that search for a handler is
  done after execution, errors are always pushed.
sql/sp_pcontext.h:
  Remove unused code.
sql/sp_rcontext.cc:
  - Polish sp_rcontext::find_handler(): use sp_rcontext::m_hfound instead
    of an extra local variable;
  
  - Remove sp_rcontext::handle_condition();
  
  - Introduce sp_rcontext::activate_handler(), which prepares
    previously found handler for execution.
  
  - Move sp_rcontext::enter_handler() code into activate_handler(),
    because enter_handler() is used only from there;
  
  - Cleanups;
  
  - Introduce DBUG_EXECUTE_IF() for a test case in sp-code.test
sql/sp_rcontext.h:
  - Remove unused code
  - Cleanups
sql/sql_class.cc:
  Merge THD::raise_condition_no_handler() into THD::raise_condition().
  After the patch raise_condition_no_handler() was called
  in raise_condition() only.
sql/sql_class.h:
  Remove raise_condition_no_handler().
sql/sql_error.cc:
  Remove Warning_info::reserve_space() -- handled conditions are not
  cleared any more, so there is no need for RESIGNAL to re-push them.
sql/sql_error.h:
  Remove Warning_info::reserve_space().
sql/sql_signal.cc:
  Handled conditions are not cleared any more,
  so there is no need for RESIGNAL to re-push them.
2010-07-30 19:28:36 +04:00

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drop procedure if exists empty;
drop procedure if exists code_sample;
create procedure empty()
begin
end;
show procedure code empty;
Pos Instruction
drop procedure empty;
create function almost_empty()
returns int
return 0;
show function code almost_empty;
Pos Instruction
0 freturn 3 0
drop function almost_empty;
create procedure code_sample(x int, out err int, out nulls int)
begin
declare count int default 0;
set nulls = 0;
begin
declare c cursor for select name from t1;
declare exit handler for not found close c;
open c;
loop
begin
declare n varchar(20);
declare continue handler for sqlexception set err=1;
fetch c into n;
if isnull(n) then
set nulls = nulls + 1;
else
set count = count + 1;
update t2 set idx = count where name=n;
end if;
end;
end loop;
end;
select t.name, t.idx from t2 t order by idx asc;
end//
show procedure code code_sample;
Pos Instruction
0 set count@3 0
1 set nulls@2 0
2 cpush c@0
3 hpush_jump 6 4 EXIT
4 cclose c@0
5 hreturn 0 19
6 copen c@0
7 set n@4 NULL
8 hpush_jump 11 5 CONTINUE
9 set err@1 1
10 hreturn 5
11 cfetch c@0 n@4
12 jump_if_not 15(17) isnull(n@4)
13 set nulls@2 (nulls@2 + 1)
14 jump 17
15 set count@3 (count@3 + 1)
16 stmt 4 "update t2 set idx = count where name=n"
17 hpop 1
18 jump 7
19 hpop 1
20 cpop 1
21 stmt 0 "select t.name, t.idx from t2 t order ..."
drop procedure code_sample;
drop procedure if exists sudoku_solve;
create procedure sudoku_solve(p_naive boolean, p_all boolean)
deterministic
modifies sql data
begin
drop temporary table if exists sudoku_work, sudoku_schedule;
create temporary table sudoku_work
(
row smallint not null,
col smallint not null,
dig smallint not null,
cnt smallint,
key using btree (cnt),
key using btree (row),
key using btree (col),
unique key using hash (row,col)
);
create temporary table sudoku_schedule
(
idx int not null auto_increment primary key,
row smallint not null,
col smallint not null
);
call sudoku_init();
if p_naive then
update sudoku_work set cnt = 0 where dig = 0;
else
call sudoku_count();
end if;
insert into sudoku_schedule (row,col)
select row,col from sudoku_work where cnt is not null order by cnt desc;
begin
declare v_scounter bigint default 0;
declare v_i smallint default 1;
declare v_dig smallint;
declare v_schedmax smallint;
select count(*) into v_schedmax from sudoku_schedule;
more:
loop
begin
declare v_tcounter bigint default 0;
sched:
while v_i <= v_schedmax do
begin
declare v_row, v_col smallint;
select row,col into v_row,v_col from sudoku_schedule where v_i = idx;
select dig into v_dig from sudoku_work
where v_row = row and v_col = col;
case v_dig
when 0 then
set v_dig = 1;
update sudoku_work set dig = 1
where v_row = row and v_col = col;
when 9 then
if v_i > 0 then
update sudoku_work set dig = 0
where v_row = row and v_col = col;
set v_i = v_i - 1;
iterate sched;
else
select v_scounter as 'Solutions';
leave more;
end if;
else
set v_dig = v_dig + 1;
update sudoku_work set dig = v_dig
where v_row = row and v_col = col;
end case;
set v_tcounter = v_tcounter + 1;
if not sudoku_digit_ok(v_row, v_col, v_dig) then
iterate sched;
end if;
set v_i = v_i + 1;
end;
end while sched;
select dig from sudoku_work;
select v_tcounter as 'Tests';
set v_scounter = v_scounter + 1;
if p_all and v_i > 0 then
set v_i = v_i - 1;
else
leave more;
end if;
end;
end loop more;
end;
drop temporary table sudoku_work, sudoku_schedule;
end//
show procedure code sudoku_solve;
Pos Instruction
0 stmt 9 "drop temporary table if exists sudoku..."
1 stmt 1 "create temporary table sudoku_work ( ..."
2 stmt 1 "create temporary table sudoku_schedul..."
3 stmt 89 "call sudoku_init()"
4 jump_if_not 7(8) p_naive@0
5 stmt 4 "update sudoku_work set cnt = 0 where ..."
6 jump 8
7 stmt 89 "call sudoku_count()"
8 stmt 6 "insert into sudoku_schedule (row,col)..."
9 set v_scounter@2 0
10 set v_i@3 1
11 set v_dig@4 NULL
12 set v_schedmax@5 NULL
13 stmt 0 "select count(*) into v_schedmax from ..."
14 set v_tcounter@6 0
15 jump_if_not 39(39) (v_i@3 <= v_schedmax@5)
16 set v_row@7 NULL
17 set v_col@8 NULL
18 stmt 0 "select row,col into v_row,v_col from ..."
19 stmt 0 "select dig into v_dig from sudoku_wor..."
20 set_case_expr (34) 0 v_dig@4
21 jump_if_not 25(34) (case_expr@0 = 0)
22 set v_dig@4 1
23 stmt 4 "update sudoku_work set dig = 1 where ..."
24 jump 34
25 jump_if_not 32(34) (case_expr@0 = 9)
26 jump_if_not 30(34) (v_i@3 > 0)
27 stmt 4 "update sudoku_work set dig = 0 where ..."
28 set v_i@3 (v_i@3 - 1)
29 jump 15
30 stmt 0 "select v_scounter as 'Solutions'"
31 jump 45
32 set v_dig@4 (v_dig@4 + 1)
33 stmt 4 "update sudoku_work set dig = v_dig wh..."
34 set v_tcounter@6 (v_tcounter@6 + 1)
35 jump_if_not 37(37) (not(`sudoku_digit_ok`(v_row@7,v_col@8,v_dig@4)))
36 jump 15
37 set v_i@3 (v_i@3 + 1)
38 jump 15
39 stmt 0 "select dig from sudoku_work"
40 stmt 0 "select v_tcounter as 'Tests'"
41 set v_scounter@2 (v_scounter@2 + 1)
42 jump_if_not 45(14) (p_all@1 and (v_i@3 > 0))
43 set v_i@3 (v_i@3 - 1)
44 jump 14
45 stmt 9 "drop temporary table sudoku_work, sud..."
drop procedure sudoku_solve;
DROP PROCEDURE IF EXISTS proc_19194_simple;
DROP PROCEDURE IF EXISTS proc_19194_searched;
DROP PROCEDURE IF EXISTS proc_19194_nested_1;
DROP PROCEDURE IF EXISTS proc_19194_nested_2;
DROP PROCEDURE IF EXISTS proc_19194_nested_3;
DROP PROCEDURE IF EXISTS proc_19194_nested_4;
CREATE PROCEDURE proc_19194_simple(i int)
BEGIN
DECLARE str CHAR(10);
CASE i
WHEN 1 THEN SET str="1";
WHEN 2 THEN SET str="2";
WHEN 3 THEN SET str="3";
ELSE SET str="unknown";
END CASE;
SELECT str;
END|
CREATE PROCEDURE proc_19194_searched(i int)
BEGIN
DECLARE str CHAR(10);
CASE
WHEN i=1 THEN SET str="1";
WHEN i=2 THEN SET str="2";
WHEN i=3 THEN SET str="3";
ELSE SET str="unknown";
END CASE;
SELECT str;
END|
CREATE PROCEDURE proc_19194_nested_1(i int, j int)
BEGIN
DECLARE str_i CHAR(10);
DECLARE str_j CHAR(10);
CASE i
WHEN 10 THEN SET str_i="10";
WHEN 20 THEN
BEGIN
set str_i="20";
CASE
WHEN j=1 THEN SET str_j="1";
WHEN j=2 THEN SET str_j="2";
WHEN j=3 THEN SET str_j="3";
ELSE SET str_j="unknown";
END CASE;
select "i was 20";
END;
WHEN 30 THEN SET str_i="30";
WHEN 40 THEN SET str_i="40";
ELSE SET str_i="unknown";
END CASE;
SELECT str_i, str_j;
END|
CREATE PROCEDURE proc_19194_nested_2(i int, j int)
BEGIN
DECLARE str_i CHAR(10);
DECLARE str_j CHAR(10);
CASE
WHEN i=10 THEN SET str_i="10";
WHEN i=20 THEN
BEGIN
set str_i="20";
CASE j
WHEN 1 THEN SET str_j="1";
WHEN 2 THEN SET str_j="2";
WHEN 3 THEN SET str_j="3";
ELSE SET str_j="unknown";
END CASE;
select "i was 20";
END;
WHEN i=30 THEN SET str_i="30";
WHEN i=40 THEN SET str_i="40";
ELSE SET str_i="unknown";
END CASE;
SELECT str_i, str_j;
END|
CREATE PROCEDURE proc_19194_nested_3(i int, j int)
BEGIN
DECLARE str_i CHAR(10);
DECLARE str_j CHAR(10);
CASE i
WHEN 10 THEN SET str_i="10";
WHEN 20 THEN
BEGIN
set str_i="20";
CASE j
WHEN 1 THEN SET str_j="1";
WHEN 2 THEN SET str_j="2";
WHEN 3 THEN SET str_j="3";
ELSE SET str_j="unknown";
END CASE;
select "i was 20";
END;
WHEN 30 THEN SET str_i="30";
WHEN 40 THEN SET str_i="40";
ELSE SET str_i="unknown";
END CASE;
SELECT str_i, str_j;
END|
CREATE PROCEDURE proc_19194_nested_4(i int, j int)
BEGIN
DECLARE str_i CHAR(10);
DECLARE str_j CHAR(10);
CASE
WHEN i=10 THEN SET str_i="10";
WHEN i=20 THEN
BEGIN
set str_i="20";
CASE
WHEN j=1 THEN SET str_j="1";
WHEN j=2 THEN SET str_j="2";
WHEN j=3 THEN SET str_j="3";
ELSE SET str_j="unknown";
END CASE;
select "i was 20";
END;
WHEN i=30 THEN SET str_i="30";
WHEN i=40 THEN SET str_i="40";
ELSE SET str_i="unknown";
END CASE;
SELECT str_i, str_j;
END|
SHOW PROCEDURE CODE proc_19194_simple;
Pos Instruction
0 set str@1 NULL
1 set_case_expr (12) 0 i@0
2 jump_if_not 5(12) (case_expr@0 = 1)
3 set str@1 '1'
4 jump 12
5 jump_if_not 8(12) (case_expr@0 = 2)
6 set str@1 '2'
7 jump 12
8 jump_if_not 11(12) (case_expr@0 = 3)
9 set str@1 '3'
10 jump 12
11 set str@1 'unknown'
12 stmt 0 "SELECT str"
SHOW PROCEDURE CODE proc_19194_searched;
Pos Instruction
0 set str@1 NULL
1 jump_if_not 4(11) (i@0 = 1)
2 set str@1 '1'
3 jump 11
4 jump_if_not 7(11) (i@0 = 2)
5 set str@1 '2'
6 jump 11
7 jump_if_not 10(11) (i@0 = 3)
8 set str@1 '3'
9 jump 11
10 set str@1 'unknown'
11 stmt 0 "SELECT str"
SHOW PROCEDURE CODE proc_19194_nested_1;
Pos Instruction
0 set str_i@2 NULL
1 set str_j@3 NULL
2 set_case_expr (27) 0 i@0
3 jump_if_not 6(27) (case_expr@0 = 10)
4 set str_i@2 '10'
5 jump 27
6 jump_if_not 20(27) (case_expr@0 = 20)
7 set str_i@2 '20'
8 jump_if_not 11(18) (j@1 = 1)
9 set str_j@3 '1'
10 jump 18
11 jump_if_not 14(18) (j@1 = 2)
12 set str_j@3 '2'
13 jump 18
14 jump_if_not 17(18) (j@1 = 3)
15 set str_j@3 '3'
16 jump 18
17 set str_j@3 'unknown'
18 stmt 0 "select "i was 20""
19 jump 27
20 jump_if_not 23(27) (case_expr@0 = 30)
21 set str_i@2 '30'
22 jump 27
23 jump_if_not 26(27) (case_expr@0 = 40)
24 set str_i@2 '40'
25 jump 27
26 set str_i@2 'unknown'
27 stmt 0 "SELECT str_i, str_j"
SHOW PROCEDURE CODE proc_19194_nested_2;
Pos Instruction
0 set str_i@2 NULL
1 set str_j@3 NULL
2 jump_if_not 5(27) (i@0 = 10)
3 set str_i@2 '10'
4 jump 27
5 jump_if_not 20(27) (i@0 = 20)
6 set str_i@2 '20'
7 set_case_expr (18) 0 j@1
8 jump_if_not 11(18) (case_expr@0 = 1)
9 set str_j@3 '1'
10 jump 18
11 jump_if_not 14(18) (case_expr@0 = 2)
12 set str_j@3 '2'
13 jump 18
14 jump_if_not 17(18) (case_expr@0 = 3)
15 set str_j@3 '3'
16 jump 18
17 set str_j@3 'unknown'
18 stmt 0 "select "i was 20""
19 jump 27
20 jump_if_not 23(27) (i@0 = 30)
21 set str_i@2 '30'
22 jump 27
23 jump_if_not 26(27) (i@0 = 40)
24 set str_i@2 '40'
25 jump 27
26 set str_i@2 'unknown'
27 stmt 0 "SELECT str_i, str_j"
SHOW PROCEDURE CODE proc_19194_nested_3;
Pos Instruction
0 set str_i@2 NULL
1 set str_j@3 NULL
2 set_case_expr (28) 0 i@0
3 jump_if_not 6(28) (case_expr@0 = 10)
4 set str_i@2 '10'
5 jump 28
6 jump_if_not 21(28) (case_expr@0 = 20)
7 set str_i@2 '20'
8 set_case_expr (19) 1 j@1
9 jump_if_not 12(19) (case_expr@1 = 1)
10 set str_j@3 '1'
11 jump 19
12 jump_if_not 15(19) (case_expr@1 = 2)
13 set str_j@3 '2'
14 jump 19
15 jump_if_not 18(19) (case_expr@1 = 3)
16 set str_j@3 '3'
17 jump 19
18 set str_j@3 'unknown'
19 stmt 0 "select "i was 20""
20 jump 28
21 jump_if_not 24(28) (case_expr@0 = 30)
22 set str_i@2 '30'
23 jump 28
24 jump_if_not 27(28) (case_expr@0 = 40)
25 set str_i@2 '40'
26 jump 28
27 set str_i@2 'unknown'
28 stmt 0 "SELECT str_i, str_j"
SHOW PROCEDURE CODE proc_19194_nested_4;
Pos Instruction
0 set str_i@2 NULL
1 set str_j@3 NULL
2 jump_if_not 5(26) (i@0 = 10)
3 set str_i@2 '10'
4 jump 26
5 jump_if_not 19(26) (i@0 = 20)
6 set str_i@2 '20'
7 jump_if_not 10(17) (j@1 = 1)
8 set str_j@3 '1'
9 jump 17
10 jump_if_not 13(17) (j@1 = 2)
11 set str_j@3 '2'
12 jump 17
13 jump_if_not 16(17) (j@1 = 3)
14 set str_j@3 '3'
15 jump 17
16 set str_j@3 'unknown'
17 stmt 0 "select "i was 20""
18 jump 26
19 jump_if_not 22(26) (i@0 = 30)
20 set str_i@2 '30'
21 jump 26
22 jump_if_not 25(26) (i@0 = 40)
23 set str_i@2 '40'
24 jump 26
25 set str_i@2 'unknown'
26 stmt 0 "SELECT str_i, str_j"
CALL proc_19194_nested_1(10, 1);
str_i str_j
10 NULL
CALL proc_19194_nested_1(25, 1);
str_i str_j
unknown NULL
CALL proc_19194_nested_1(20, 1);
i was 20
i was 20
str_i str_j
20 1
CALL proc_19194_nested_1(20, 2);
i was 20
i was 20
str_i str_j
20 2
CALL proc_19194_nested_1(20, 3);
i was 20
i was 20
str_i str_j
20 3
CALL proc_19194_nested_1(20, 4);
i was 20
i was 20
str_i str_j
20 unknown
CALL proc_19194_nested_1(30, 1);
str_i str_j
30 NULL
CALL proc_19194_nested_1(40, 1);
str_i str_j
40 NULL
CALL proc_19194_nested_1(0, 0);
str_i str_j
unknown NULL
CALL proc_19194_nested_2(10, 1);
str_i str_j
10 NULL
CALL proc_19194_nested_2(25, 1);
str_i str_j
unknown NULL
CALL proc_19194_nested_2(20, 1);
i was 20
i was 20
str_i str_j
20 1
CALL proc_19194_nested_2(20, 2);
i was 20
i was 20
str_i str_j
20 2
CALL proc_19194_nested_2(20, 3);
i was 20
i was 20
str_i str_j
20 3
CALL proc_19194_nested_2(20, 4);
i was 20
i was 20
str_i str_j
20 unknown
CALL proc_19194_nested_2(30, 1);
str_i str_j
30 NULL
CALL proc_19194_nested_2(40, 1);
str_i str_j
40 NULL
CALL proc_19194_nested_2(0, 0);
str_i str_j
unknown NULL
CALL proc_19194_nested_3(10, 1);
str_i str_j
10 NULL
CALL proc_19194_nested_3(25, 1);
str_i str_j
unknown NULL
CALL proc_19194_nested_3(20, 1);
i was 20
i was 20
str_i str_j
20 1
CALL proc_19194_nested_3(20, 2);
i was 20
i was 20
str_i str_j
20 2
CALL proc_19194_nested_3(20, 3);
i was 20
i was 20
str_i str_j
20 3
CALL proc_19194_nested_3(20, 4);
i was 20
i was 20
str_i str_j
20 unknown
CALL proc_19194_nested_3(30, 1);
str_i str_j
30 NULL
CALL proc_19194_nested_3(40, 1);
str_i str_j
40 NULL
CALL proc_19194_nested_3(0, 0);
str_i str_j
unknown NULL
CALL proc_19194_nested_4(10, 1);
str_i str_j
10 NULL
CALL proc_19194_nested_4(25, 1);
str_i str_j
unknown NULL
CALL proc_19194_nested_4(20, 1);
i was 20
i was 20
str_i str_j
20 1
CALL proc_19194_nested_4(20, 2);
i was 20
i was 20
str_i str_j
20 2
CALL proc_19194_nested_4(20, 3);
i was 20
i was 20
str_i str_j
20 3
CALL proc_19194_nested_4(20, 4);
i was 20
i was 20
str_i str_j
20 unknown
CALL proc_19194_nested_4(30, 1);
str_i str_j
30 NULL
CALL proc_19194_nested_4(40, 1);
str_i str_j
40 NULL
CALL proc_19194_nested_4(0, 0);
str_i str_j
unknown NULL
DROP PROCEDURE proc_19194_simple;
DROP PROCEDURE proc_19194_searched;
DROP PROCEDURE proc_19194_nested_1;
DROP PROCEDURE proc_19194_nested_2;
DROP PROCEDURE proc_19194_nested_3;
DROP PROCEDURE proc_19194_nested_4;
DROP PROCEDURE IF EXISTS p1;
CREATE PROCEDURE p1() CREATE INDEX idx ON t1 (c1);
SHOW PROCEDURE CODE p1;
Pos Instruction
0 stmt 2 "CREATE INDEX idx ON t1 (c1)"
DROP PROCEDURE p1;
drop table if exists t1;
drop procedure if exists proc_26977_broken;
drop procedure if exists proc_26977_works;
create table t1(a int unique);
create procedure proc_26977_broken(v int)
begin
declare i int default 5;
declare continue handler for sqlexception
begin
select 'caught something';
retry:
while i > 0 do
begin
set i = i - 1;
select 'looping', i;
end;
end while retry;
end;
select 'do something';
insert into t1 values (v);
select 'do something again';
insert into t1 values (v);
end//
create procedure proc_26977_works(v int)
begin
declare i int default 5;
declare continue handler for sqlexception
begin
select 'caught something';
retry:
while i > 0 do
begin
set i = i - 1;
select 'looping', i;
end;
end while retry;
select 'optimizer: keep hreturn';
end;
select 'do something';
insert into t1 values (v);
select 'do something again';
insert into t1 values (v);
end//
show procedure code proc_26977_broken;
Pos Instruction
0 set i@1 5
1 hpush_jump 8 2 CONTINUE
2 stmt 0 "select 'caught something'"
3 jump_if_not 7(7) (i@1 > 0)
4 set i@1 (i@1 - 1)
5 stmt 0 "select 'looping', i"
6 jump 3
7 hreturn 2
8 stmt 0 "select 'do something'"
9 stmt 5 "insert into t1 values (v)"
10 stmt 0 "select 'do something again'"
11 stmt 5 "insert into t1 values (v)"
12 hpop 1
show procedure code proc_26977_works;
Pos Instruction
0 set i@1 5
1 hpush_jump 9 2 CONTINUE
2 stmt 0 "select 'caught something'"
3 jump_if_not 7(7) (i@1 > 0)
4 set i@1 (i@1 - 1)
5 stmt 0 "select 'looping', i"
6 jump 3
7 stmt 0 "select 'optimizer: keep hreturn'"
8 hreturn 2
9 stmt 0 "select 'do something'"
10 stmt 5 "insert into t1 values (v)"
11 stmt 0 "select 'do something again'"
12 stmt 5 "insert into t1 values (v)"
13 hpop 1
call proc_26977_broken(1);
do something
do something
do something again
do something again
caught something
caught something
looping i
looping 4
looping i
looping 3
looping i
looping 2
looping i
looping 1
looping i
looping 0
Warnings:
Error 1062 Duplicate entry '1' for key 'a'
call proc_26977_works(2);
do something
do something
do something again
do something again
caught something
caught something
looping i
looping 4
looping i
looping 3
looping i
looping 2
looping i
looping 1
looping i
looping 0
optimizer: keep hreturn
optimizer: keep hreturn
Warnings:
Error 1062 Duplicate entry '2' for key 'a'
drop table t1;
drop procedure proc_26977_broken;
drop procedure proc_26977_works;
drop procedure if exists proc_33618_h;
drop procedure if exists proc_33618_c;
create procedure proc_33618_h(num int)
begin
declare count1 int default '0';
declare vb varchar(30);
declare last_row int;
while(num>=1) do
set num=num-1;
begin
declare cur1 cursor for select `a` from t_33618;
declare continue handler for not found set last_row = 1;
set last_row:=0;
open cur1;
rep1:
repeat
begin
declare exit handler for 1062 begin end;
fetch cur1 into vb;
if (last_row = 1) then
## should generate a hpop instruction here
leave rep1;
end if;
end;
until last_row=1
end repeat;
close cur1;
end;
end while;
end//
create procedure proc_33618_c(num int)
begin
declare count1 int default '0';
declare vb varchar(30);
declare last_row int;
while(num>=1) do
set num=num-1;
begin
declare cur1 cursor for select `a` from t_33618;
declare continue handler for not found set last_row = 1;
set last_row:=0;
open cur1;
rep1:
repeat
begin
declare cur2 cursor for select `b` from t_33618;
fetch cur1 into vb;
if (last_row = 1) then
## should generate a cpop instruction here
leave rep1;
end if;
end;
until last_row=1
end repeat;
close cur1;
end;
end while;
end//
show procedure code proc_33618_h;
Pos Instruction
0 set count1@1 '0'
1 set vb@2 NULL
2 set last_row@3 NULL
3 jump_if_not 24(24) (num@0 >= 1)
4 set num@0 (num@0 - 1)
5 cpush cur1@0
6 hpush_jump 9 4 CONTINUE
7 set last_row@3 1
8 hreturn 4
9 set last_row@3 0
10 copen cur1@0
11 hpush_jump 13 4 EXIT
12 hreturn 0 17
13 cfetch cur1@0 vb@2
14 jump_if_not 17(17) (last_row@3 = 1)
15 hpop 1
16 jump 19
17 hpop 1
18 jump_if_not 11(19) (last_row@3 = 1)
19 cclose cur1@0
20 hpop 1
21 cpop 1
22 jump 3
show procedure code proc_33618_c;
Pos Instruction
0 set count1@1 '0'
1 set vb@2 NULL
2 set last_row@3 NULL
3 jump_if_not 23(23) (num@0 >= 1)
4 set num@0 (num@0 - 1)
5 cpush cur1@0
6 hpush_jump 9 4 CONTINUE
7 set last_row@3 1
8 hreturn 4
9 set last_row@3 0
10 copen cur1@0
11 cpush cur2@1
12 cfetch cur1@0 vb@2
13 jump_if_not 16(16) (last_row@3 = 1)
14 cpop 1
15 jump 18
16 cpop 1
17 jump_if_not 11(18) (last_row@3 = 1)
18 cclose cur1@0
19 hpop 1
20 cpop 1
21 jump 3
drop procedure proc_33618_h;
drop procedure proc_33618_c;
drop procedure if exists p_20906_a;
drop procedure if exists p_20906_b;
create procedure p_20906_a() SET @a=@a+1, @b=@b+1;
show procedure code p_20906_a;
Pos Instruction
0 stmt 31 "SET @a=@a+1"
1 stmt 31 "SET @b=@b+1"
set @a=1;
set @b=1;
call p_20906_a();
select @a, @b;
@a @b
2 2
create procedure p_20906_b() SET @a=@a+1, @b=@b+1, @c=@c+1;
show procedure code p_20906_b;
Pos Instruction
0 stmt 31 "SET @a=@a+1"
1 stmt 31 "SET @b=@b+1"
2 stmt 31 "SET @c=@c+1"
set @a=1;
set @b=1;
set @c=1;
call p_20906_b();
select @a, @b, @c;
@a @b @c
2 2 2
drop procedure p_20906_a;
drop procedure p_20906_b;
End of 5.0 tests.
CREATE PROCEDURE p1()
BEGIN
DECLARE dummy int default 0;
CASE 12
WHEN 12
THEN SET dummy = 0;
END CASE;
END//
SHOW PROCEDURE CODE p1;
Pos Instruction
0 set dummy@0 0
1 set_case_expr (6) 0 12
2 jump_if_not 5(6) (case_expr@0 = 12)
3 set dummy@0 0
4 jump 6
5 error 1339
DROP PROCEDURE p1;
#
# Bug#23032: Handlers declared in a SP do not handle warnings generated in sub-SP
#
# - Case 4: check that "No Data trumps Warning".
CREATE TABLE t1(a INT);
INSERT INTO t1 VALUES (1), (2), (3);
CREATE PROCEDURE p1()
BEGIN
DECLARE c CURSOR FOR SELECT a FROM t1;
OPEN c;
BEGIN
DECLARE v INT;
DECLARE CONTINUE HANDLER FOR SQLWARNING
BEGIN
SELECT "Warning found!";
SHOW WARNINGS;
END;
DECLARE EXIT HANDLER FOR NOT FOUND
BEGIN
SELECT "End of Result Set found!";
SHOW WARNINGS;
END;
WHILE TRUE DO
FETCH c INTO v;
END WHILE;
END;
CLOSE c;
SELECT a INTO @foo FROM t1 LIMIT 1; # Clear warning stack
END|
SET SESSION debug="+d,bug23032_emit_warning";
CALL p1();
Warning found!
Warning found!
Level Code Message
Warning 1105 Unknown error
Warning found!
Warning found!
Level Code Message
Warning 1105 Unknown error
Warning found!
Warning found!
Level Code Message
Warning 1105 Unknown error
End of Result Set found!
End of Result Set found!
Level Code Message
Warning 1105 Unknown error
Error 1329 No data - zero rows fetched, selected, or processed
SET SESSION debug="-d,bug23032_emit_warning";
DROP PROCEDURE p1;
DROP TABLE t1;
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