mariadb/mysql-test/main/lowercase_fs_off.result

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set GLOBAL sql_mode="";
set LOCAL sql_mode="";
connect master,localhost,root,,;
connection master;
create database d1;
grant all on d1.* to 'sample'@'localhost' identified by 'password';
flush privileges;
connect sample,localhost,sample,password,d1;
connection sample;
select database();
database()
d1
create database d2;
ERROR 42000: Access denied for user 'sample'@'localhost' to database 'd2'
create database D1;
ERROR 42000: Access denied for user 'sample'@'localhost' to database 'D1'
disconnect sample;
connection master;
drop user 'sample'@'localhost';
drop database if exists d1;
disconnect master;
connection default;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
CREATE DATABASE d1;
USE d1;
CREATE TABLE T1(f1 INT);
CREATE TABLE t1(f1 INT);
GRANT SELECT ON T1 to user_1@localhost;
connect con1,localhost,user_1,,d1;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
select * from t1;
ERROR 42000: SELECT command denied to user 'user_1'@'localhost' for table 't1'
select * from T1;
f1
connection default;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
GRANT SELECT ON t1 to user_1@localhost;
connection con1;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
select * from information_schema.table_privileges;
GRANTEE TABLE_CATALOG TABLE_SCHEMA TABLE_NAME PRIVILEGE_TYPE IS_GRANTABLE
2009-11-06 17:20:27 +03:00
'user_1'@'localhost' def d1 T1 SELECT NO
'user_1'@'localhost' def d1 t1 SELECT NO
connection default;
disconnect con1;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
REVOKE ALL PRIVILEGES, GRANT OPTION FROM user_1@localhost;
DROP USER user_1@localhost;
DROP DATABASE d1;
USE test;
CREATE DATABASE db1;
USE db1;
CREATE PROCEDURE p1() BEGIN END;
CREATE FUNCTION f1(i INT) RETURNS INT RETURN i+1;
GRANT USAGE ON db1.* to user_1@localhost;
GRANT EXECUTE ON PROCEDURE db1.P1 to user_1@localhost;
GRANT EXECUTE ON FUNCTION db1.f1 to user_1@localhost;
GRANT UPDATE ON db1.* to USER_1@localhost;
connect con1,localhost,user_1,,db1;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
call p1();
call P1();
select f1(1);
f1(1)
2
connect con2,localhost,USER_1,,db1;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
call p1();
ERROR 42000: execute command denied to user 'USER_1'@'localhost' for routine 'db1.p1'
call P1();
2017-08-15 14:13:42 +04:00
ERROR 42000: execute command denied to user 'USER_1'@'localhost' for routine 'db1.p1'
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
select f1(1);
ERROR 42000: execute command denied to user 'USER_1'@'localhost' for routine 'db1.f1'
connection default;
disconnect con1;
disconnect con2;
Bug#41049 does syntax "grant" case insensitive? Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME). mysql-test/include/have_case_insensitive_fs.inc: test case mysql-test/r/case_insensitive_fs.require: test case mysql-test/r/grant_lowercase_fs.result: test result mysql-test/r/lowercase_fs_off.result: test result mysql-test/r/ps_grant.result: test result mysql-test/r/system_mysql_db.result: changed Routine_name field collation to case insensitive mysql-test/t/grant_lowercase_fs.test: test case mysql-test/t/lowercase_fs_off.test: test case scripts/mysql_system_tables.sql: changed Routine_name field collation to case insensitive scripts/mysql_system_tables_fix.sql: changed Routine_name field collation to case insensitive sql/sql_acl.cc: Problem 1: column_priv_hash uses utf8_general_ci collation for the key comparison. The key consists of user name, db name and table name. Thus user with privileges on table t1 is able to perform the same operation on T1 (the similar situation with user name & db name, see acl_cache). So collation which is used for column_priv_hash and acl_cache should be case sensitive. The fix: replace system_charset_info with my_charset_utf8_bin for column_priv_hash and acl_cache Problem 2: The same situation with proc_priv_hash, func_priv_hash, the only difference is that Routine name is case insensitive. So the fix is to use my_charset_utf8_bin for proc_priv_hash & func_priv_hash and convert routine name into lower case before writing the element into the hash and before looking up the key. Additional fix: mysql.procs_priv Routine_name field collation is changed to utf8_general_ci. It's necessary for REVOKE command (to find a field by routine hash element values). Note: It's safe for lower-case-table-names mode too because db name & table name are converted into lower case (see GRANT_NAME::GRANT_NAME).
2009-10-27 12:09:19 +04:00
REVOKE ALL PRIVILEGES, GRANT OPTION FROM user_1@localhost;
REVOKE ALL PRIVILEGES, GRANT OPTION FROM USER_1@localhost;
DROP FUNCTION f1;
DROP PROCEDURE p1;
DROP USER user_1@localhost;
DROP USER USER_1@localhost;
DROP DATABASE db1;
use test;
#
# Extra test coverage for Bug#56595 RENAME TABLE causes assert on OS X
#
CREATE TABLE t1(a INT);
CREATE TRIGGER t1_bi BEFORE INSERT ON t1 FOR EACH ROW SET new.a= 1;
RENAME TABLE t1 TO T1;
ALTER TABLE T1 RENAME t1;
DROP TABLE t1;
create database TEST;
create procedure TEST.pr() begin end;
create procedure test.pr() begin end;
2018-10-30 13:02:59 +01:00
Phase 1/7: Checking and upgrading mysql database
Processing databases
mysql
2018-10-27 20:46:18 +02:00
mysql.column_stats OK
mysql.columns_priv OK
mysql.db OK
mysql.event OK
mysql.func OK
2018-10-27 20:46:18 +02:00
mysql.gtid_slave_pos OK
mysql.help_category OK
mysql.help_keyword OK
mysql.help_relation OK
mysql.help_topic OK
mysql.host OK
2018-10-27 20:46:18 +02:00
mysql.index_stats OK
mysql.innodb_index_stats
Error : Unknown storage engine 'InnoDB'
error : Corrupt
mysql.innodb_table_stats
Error : Unknown storage engine 'InnoDB'
error : Corrupt
mysql.plugin OK
mysql.proc OK
mysql.procs_priv OK
mysql.proxies_priv OK
2018-10-27 20:46:18 +02:00
mysql.roles_mapping OK
mysql.servers OK
2018-10-27 20:46:18 +02:00
mysql.table_stats OK
mysql.tables_priv OK
mysql.time_zone OK
mysql.time_zone_leap_second OK
mysql.time_zone_name OK
mysql.time_zone_transition OK
mysql.time_zone_transition_type OK
mysql.transaction_registry
Error : Unknown storage engine 'InnoDB'
error : Corrupt
mysql.user OK
2018-10-27 20:46:18 +02:00
Repairing tables
mysql.innodb_index_stats
Error : Unknown storage engine 'InnoDB'
error : Corrupt
mysql.innodb_table_stats
Error : Unknown storage engine 'InnoDB'
error : Corrupt
mysql.transaction_registry
Error : Unknown storage engine 'InnoDB'
error : Corrupt
2018-10-30 13:02:59 +01:00
Phase 2/7: Installing used storage engines... Skipped
Phase 3/7: Fixing views
Phase 4/7: Running 'mysql_fix_privilege_tables'
Phase 5/7: Fixing table and database names
Phase 6/7: Checking and upgrading tables
2018-10-27 20:46:18 +02:00
Processing databases
TEST
information_schema
mtr
mtr.global_suppressions OK
mtr.test_suppressions OK
performance_schema
test
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Phase 7/7: Running 'FLUSH PRIVILEGES'
OK
drop procedure test.pr;
drop database TEST;
create table t1 (a int);
create trigger t1_bi before insert on t1 for each row set new.a= 1;
show triggers like '%T1%';
Trigger Event Table Statement Timing Created sql_mode Definer character_set_client collation_connection Database Collation
drop table t1;
set GLOBAL sql_mode=default;
#
# MDEV-19632 Replication aborts with ER_SLAVE_CONVERSION_FAILED upon CREATE ... SELECT in ORACLE mode
#
# Compatibility schema names respect the filesystem case sensitivity
CREATE TABLE t1 (a MARIADB_SCHEMA.date);
ERROR HY000: Unknown data type: 'MARIADB_SCHEMA.date'
CREATE TABLE t1 (a Mariadb_schema.date);
ERROR HY000: Unknown data type: 'Mariadb_schema.date'
CREATE TABLE t1 (a mariadb_schema.date);
DROP TABLE t1;