| Current Path : /home/usr.opt/mysql57/mysql-test/t/ |
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| Current File : /home/usr.opt/mysql57/mysql-test/t/sp-code.test |
#
# Test the debugging feature "show procedure/function code <name>"
#
-- source include/have_debug.inc
--disable_warnings
drop procedure if exists empty;
drop procedure if exists code_sample;
--enable_warnings
create procedure empty()
begin
end;
show procedure code empty;
drop procedure empty;
create function almost_empty()
returns int
return 0;
show function code almost_empty;
drop function almost_empty;
delimiter //;
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//
delimiter ;//
show procedure code code_sample;
drop procedure code_sample;
#
# BUG#15737: Stored procedure optimizer bug with LEAVE
#
# This is a much more extensive test case than is strictly needed,
# but it was kept as is for two reasons:
# - The bug occurs under some quite special circumstances, so it
# wasn't trivial to create a smaller test,
# - There's some value in having another more complex code sample
# in this test file. This might catch future code generation bugs
# that doesn't show in behaviour in any obvious way.
--disable_warnings
drop procedure if exists sudoku_solve;
--enable_warnings
delimiter //;
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//
delimiter ;//
# The interestings parts are where the code for the two "leave" are:
# ...
#| 26 | jump_if_not 30 (v_i@3 > 0) |
# ...
#| 30 | stmt 0 "select v_scounter as 'Solutions'" |
#| 31 | jump 45 |
# ...
#| 42 | jump_if_not 45 (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..." |
#+-----+-----------------------------------------------------------------------+
# The bug appeared at position 42 (with the wrong destination).
show procedure code sudoku_solve;
drop procedure sudoku_solve;
#
# Bug#19194 (Right recursion in parser for CASE causes excessive stack
# usage, limitation)
# This bug also exposed a flaw in the generated code with nested case
# statements
#
--disable_warnings
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;
--enable_warnings
delimiter |;
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|
# Outer SIMPLE case, inner SEARCHED case
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|
# Outer SEARCHED case, inner SIMPLE case
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|
# Outer SIMPLE case, inner SIMPLE case
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|
# Outer SEARCHED case, inner SEARCHED case
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|
delimiter ;|
SHOW PROCEDURE CODE proc_19194_simple;
SHOW PROCEDURE CODE proc_19194_searched;
SHOW PROCEDURE CODE proc_19194_nested_1;
SHOW PROCEDURE CODE proc_19194_nested_2;
SHOW PROCEDURE CODE proc_19194_nested_3;
SHOW PROCEDURE CODE proc_19194_nested_4;
CALL proc_19194_nested_1(10, 1);
#
# Before 19194, the generated code was:
# 20 jump_if_not 23(27) 30
# 21 set str_i@2 _latin1'30'
# As opposed to the expected:
# 20 jump_if_not 23(27) (case_expr@0 = 30)
# 21 set str_i@2 _latin1'30'
#
# and as a result, this call returned "30",
# because the expression 30 is always true,
# masking the case 40, case 0 and the else.
#
CALL proc_19194_nested_1(25, 1);
CALL proc_19194_nested_1(20, 1);
CALL proc_19194_nested_1(20, 2);
CALL proc_19194_nested_1(20, 3);
CALL proc_19194_nested_1(20, 4);
CALL proc_19194_nested_1(30, 1);
CALL proc_19194_nested_1(40, 1);
CALL proc_19194_nested_1(0, 0);
CALL proc_19194_nested_2(10, 1);
#
# Before 19194, the generated code was:
# 20 jump_if_not 23(27) (case_expr@0 = (i@0 = 30))
# 21 set str_i@2 _latin1'30'
# As opposed to the expected:
# 20 jump_if_not 23(27) (i@0 = 30)
# 21 set str_i@2 _latin1'30'
# and as a result, this call crashed the server, because there is no
# such variable as "case_expr@0".
#
CALL proc_19194_nested_2(25, 1);
CALL proc_19194_nested_2(20, 1);
CALL proc_19194_nested_2(20, 2);
CALL proc_19194_nested_2(20, 3);
CALL proc_19194_nested_2(20, 4);
CALL proc_19194_nested_2(30, 1);
CALL proc_19194_nested_2(40, 1);
CALL proc_19194_nested_2(0, 0);
CALL proc_19194_nested_3(10, 1);
CALL proc_19194_nested_3(25, 1);
CALL proc_19194_nested_3(20, 1);
CALL proc_19194_nested_3(20, 2);
CALL proc_19194_nested_3(20, 3);
CALL proc_19194_nested_3(20, 4);
CALL proc_19194_nested_3(30, 1);
CALL proc_19194_nested_3(40, 1);
CALL proc_19194_nested_3(0, 0);
CALL proc_19194_nested_4(10, 1);
CALL proc_19194_nested_4(25, 1);
CALL proc_19194_nested_4(20, 1);
CALL proc_19194_nested_4(20, 2);
CALL proc_19194_nested_4(20, 3);
CALL proc_19194_nested_4(20, 4);
CALL proc_19194_nested_4(30, 1);
CALL proc_19194_nested_4(40, 1);
CALL proc_19194_nested_4(0, 0);
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;
#
# Bug#19207: Final parenthesis omitted for CREATE INDEX in Stored
# Procedure
#
# Wrong criteria was used to distinguish the case when there was no
# lookahead performed in the parser. Bug affected only statements
# ending in one-character token without any optional tail, like CREATE
# INDEX and CALL.
#
--disable_warnings
DROP PROCEDURE IF EXISTS p1;
--enable_warnings
CREATE PROCEDURE p1() CREATE INDEX idx ON t1 (c1);
SHOW PROCEDURE CODE p1;
DROP PROCEDURE p1;
#
# Bug#26977 exception handlers never hreturn
#
--disable_warnings
drop table if exists t1;
drop procedure if exists proc_26977_broken;
drop procedure if exists proc_26977_works;
--enable_warnings
create table t1(a int unique);
delimiter //;
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//
delimiter ;//
show procedure code proc_26977_broken;
show procedure code proc_26977_works;
## This caust an error because of jump short cut
## optimization.
call proc_26977_broken(1);
## This works
call proc_26977_works(2);
drop table t1;
drop procedure proc_26977_broken;
drop procedure proc_26977_works;
#
# Bug#33618 Crash in sp_rcontext
#
--disable_warnings
drop procedure if exists proc_33618_h;
drop procedure if exists proc_33618_c;
--enable_warnings
delimiter //;
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//
delimiter ;//
show procedure code proc_33618_h;
show procedure code proc_33618_c;
drop procedure proc_33618_h;
drop procedure proc_33618_c;
#
# Bug#20906 (Multiple assignments in SET in stored routine produce incorrect
# instructions)
#
--disable_warnings
drop procedure if exists p_20906_a;
drop procedure if exists p_20906_b;
--enable_warnings
create procedure p_20906_a() SET @a=@a+1, @b=@b+1;
show procedure code p_20906_a;
set @a=1;
set @b=1;
call p_20906_a();
select @a, @b;
create procedure p_20906_b() SET @a=@a+1, @b=@b+1, @c=@c+1;
show procedure code p_20906_b;
set @a=1;
set @b=1;
set @c=1;
call p_20906_b();
select @a, @b, @c;
drop procedure p_20906_a;
drop procedure p_20906_b;
--echo End of 5.0 tests.
#
# Bug #26303: reserve() not called before qs_append() may lead to buffer
# overflow
#
DELIMITER //;
CREATE PROCEDURE p1()
BEGIN
DECLARE dummy int default 0;
CASE 12
WHEN 12
THEN SET dummy = 0;
END CASE;
END//
DELIMITER ;//
SHOW PROCEDURE CODE p1;
DROP PROCEDURE p1;
--echo #
--echo # Bug#23032: Handlers declared in a SP do not handle warnings generated in sub-SP
--echo #
--echo
--echo # - Case 4: check that "No Data trumps Warning".
--echo
CREATE TABLE t1(a INT);
INSERT INTO t1 VALUES (1), (2), (3);
delimiter |;
CREATE PROCEDURE p1()
BEGIN
DECLARE c CURSOR FOR SELECT a FROM t1;
OPEN c;
BEGIN
DECLARE v INT;
DECLARE CONTINUE HANDLER FOR SQLWARNING
BEGIN
GET DIAGNOSTICS @n = NUMBER;
GET DIAGNOSTICS CONDITION @n @err_no = MYSQL_ERRNO, @err_txt = MESSAGE_TEXT;
SELECT "Warning found!";
SELECT @err_no, @err_txt;
END;
DECLARE EXIT HANDLER FOR NOT FOUND
BEGIN
GET DIAGNOSTICS @n = NUMBER;
GET DIAGNOSTICS CONDITION @n @err_no = MYSQL_ERRNO, @err_txt = MESSAGE_TEXT;
SELECT "End of Result Set found!";
SELECT @err_no, @err_txt;
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|
delimiter ;|
SET SESSION debug="+d,bug23032_emit_warning";
CALL p1();
SET SESSION debug="-d,bug23032_emit_warning";
DROP PROCEDURE p1;
DROP TABLE t1;
--echo #
--echo # Bug#11763507 - 56224: FUNCTION NAME IS CASE-SENSITIVE
--echo #
SET @@SQL_MODE = '';
DELIMITER $;
CREATE FUNCTION testf_bug11763507() RETURNS INT
BEGIN
RETURN 0;
END
$
CREATE PROCEDURE testp_bug11763507()
BEGIN
SELECT "PROCEDURE testp_bug11763507";
END
$
DELIMITER ;$
# STORED FUNCTIONS
SHOW FUNCTION CODE testf_bug11763507;
SHOW FUNCTION CODE TESTF_bug11763507;
# STORED PROCEDURE
SHOW PROCEDURE CODE testp_bug11763507;
SHOW PROCEDURE CODE TESTP_bug11763507;
DROP PROCEDURE testp_bug11763507;
DROP FUNCTION testf_bug11763507;
--echo #END OF BUG#11763507 test.
--echo
--echo # WL#4179: Stored programs: validation of stored program statements.
--echo #
--echo # Check that query string is stored only for the expressions, which
--echo # reference tables or stored functions.
--echo #
--echo # Test cases in this file require SHOW ... CODE, which is available only
--echo # in the debug mode.
--echo
CREATE TABLE t1(a INT);
INSERT INTO t1 VALUES (10);
CREATE TEMPORARY TABLE t2(a INT);
INSERT INTO t2 VALUES (20);
CREATE VIEW t3 AS SELECT 30;
delimiter |;
CREATE FUNCTION f() RETURNS INT
RETURN 1|
CREATE PROCEDURE p1()
BEGIN
# DEFAULT-expression
DECLARE x1 INT DEFAULT (SELECT 1 + 2);
DECLARE x2 INT DEFAULT (SELECT * FROM (SELECT 1 + 2) t1);
DECLARE x3 INT DEFAULT (SELECT * FROM t1);
DECLARE x4 INT DEFAULT (SELECT * FROM t2);
DECLARE x5 INT DEFAULT (SELECT * FROM t3);
DECLARE x6 INT DEFAULT (SELECT f());
# CURSOR-query.
DECLARE c1 CURSOR FOR SELECT (1 + 2) FROM dual;
DECLARE c2 CURSOR FOR SELECT * FROM (SELECT 1 + 2) t1;
DECLARE c3 CURSOR FOR SELECT * FROM t1;
DECLARE c4 CURSOR FOR SELECT * FROM t2;
DECLARE c5 CURSOR FOR SELECT * FROM t3;
DECLARE c6 CURSOR FOR SELECT f();
# IF-expression.
IF (SELECT 1 + 2) THEN
SET @dummy = 1;
END IF;
IF (SELECT * FROM (SELECT 1 + 2) t1) THEN
SET @dummy = 1;
END IF;
IF (SELECT * FROM t1) THEN
SET @dummy = 1;
END IF;
IF (SELECT * FROM t2) THEN
SET @dummy = 1;
END IF;
IF (SELECT * FROM t3) THEN
SET @dummy = 1;
END IF;
IF (SELECT f()) THEN
SET @dummy = 1;
END IF;
# SET-expression.
SET x1 = (SELECT 1 + 2);
SET x1 = (SELECT * FROM (SELECT 1 + 2) t1);
SET x1 = (SELECT * FROM t1);
SET x1 = (SELECT * FROM t2);
SET x1 = (SELECT * FROM t3);
SET x1 = (SELECT f());
# CASE-expressions.
CASE
WHEN (SELECT 1 + 2) = 1 THEN SET @dummy = 1;
WHEN (SELECT * FROM (SELECT 1 + 2) t1) = 2 THEN SET @dummy = 1;
WHEN (SELECT * FROM t1) = 3 THEN SET @dummy = 1;
WHEN (SELECT * FROM t2) = 3 THEN SET @dummy = 1;
WHEN (SELECT * FROM t3) = 3 THEN SET @dummy = 1;
WHEN (SELECT f()) = 3 THEN SET @dummy = 1;
END CASE;
CASE (SELECT 1 + 2)
WHEN 1 THEN SET @dummy = 1;
ELSE SET @dummy = 1;
END CASE;
CASE (SELECT * FROM (SELECT 1 + 2) t1)
WHEN 1 THEN SET @dummy = 1;
ELSE SET @dummy = 1;
END CASE;
CASE (SELECT * FROM t1)
WHEN 1 THEN SET @dummy = 1;
ELSE SET @dummy = 1;
END CASE;
CASE (SELECT * FROM t2)
WHEN 1 THEN SET @dummy = 1;
ELSE SET @dummy = 1;
END CASE;
CASE (SELECT * FROM t3)
WHEN 1 THEN SET @dummy = 1;
ELSE SET @dummy = 1;
END CASE;
CASE (SELECT f())
WHEN 1 THEN SET @dummy = 1;
ELSE SET @dummy = 1;
END CASE;
# WHILE-expression.
WHILE (SELECT 1 - 1) DO
SET @dummy = 1;
END WHILE;
WHILE (SELECT * FROM (SELECT 1 - 1) t1) DO
SET @dummy = 1;
END WHILE;
WHILE (SELECT * FROM t1) - 10 DO
SET @dummy = 1;
END WHILE;
WHILE (SELECT * FROM t2) - 10 DO
SET @dummy = 1;
END WHILE;
WHILE (SELECT * FROM t3) - 10 DO
SET @dummy = 1;
END WHILE;
WHILE (SELECT f()) - 1 DO
SET @dummy = 1;
END WHILE;
# REPEAT-expression.
REPEAT
SET @dummy = 1;
UNTIL (SELECT 1 - 1) END REPEAT;
REPEAT
SET @dummy = 1;
UNTIL (SELECT * FROM (SELECT 1 - 1) t1) END REPEAT;
REPEAT
SET @dummy = 1;
UNTIL (SELECT * FROM t1) - 10 END REPEAT;
REPEAT
SET @dummy = 1;
UNTIL (SELECT * FROM t2) - 10 END REPEAT;
REPEAT
SET @dummy = 1;
UNTIL (SELECT * FROM t3) - 10 END REPEAT;
REPEAT
SET @dummy = 1;
UNTIL (SELECT f()) - 1 END REPEAT;
END|
CREATE FUNCTION f1() RETURNS INT
RETURN (SELECT 1 + 2)|
CREATE FUNCTION f2() RETURNS INT
RETURN (SELECT * FROM (SELECT 1 + 2) t1)|
CREATE FUNCTION f3() RETURNS INT
RETURN (SELECT * FROM t1)|
CREATE FUNCTION f4() RETURNS INT
RETURN (SELECT * FROM t2)|
CREATE FUNCTION f5() RETURNS INT
RETURN (SELECT * FROM t3)|
CREATE FUNCTION f6() RETURNS INT
RETURN f()|
delimiter ;|
--echo
SHOW PROCEDURE CODE p1;
--echo
SHOW FUNCTION CODE f1;
SHOW FUNCTION CODE f2;
SHOW FUNCTION CODE f3;
SHOW FUNCTION CODE f4;
SHOW FUNCTION CODE f5;
SHOW FUNCTION CODE f6;
--echo
DROP FUNCTION f;
DROP PROCEDURE p1;
DROP FUNCTION f1;
DROP FUNCTION f2;
DROP FUNCTION f3;
DROP FUNCTION f4;
DROP FUNCTION f5;
DROP FUNCTION f6;
DROP TABLE t1;
DROP TEMPORARY TABLE t2;
DROP VIEW t3;
--echo
--echo # SHOW ... CODE
--echo #
DELIMITER |;
CREATE PROCEDURE p11_many_handlers ()
BEGIN
DECLARE CONTINUE HANDLER FOR 1050 SELECT "1050 for 401a, please";
DECLARE EXIT HANDLER FOR NOT FOUND SELECT "a place not found";
DECLARE CONTINUE HANDLER FOR SQLWARNING SELECT "a warn place";
DECLARE EXIT HANDLER FOR SQLEXCEPTION SELECT "an exceptional place";
DECLARE CONTINUE HANDLER FOR SQLSTATE '01000' SELECT "state of the nation";
BEGIN
DECLARE EXIT HANDLER FOR NOT FOUND, 1,2 SELECT "multi multi";
END;
END|
DELIMITER ;|
SHOW PROCEDURE CODE p11_many_handlers;
DROP PROCEDURE p11_many_handlers;