Commit 8b0689f0 authored by Matthias Leich mleich@mysql.com's avatar Matthias Leich mleich@mysql.com
Browse files

1. Upmerge of fix for the bugs 

   37167 funcs_1: Many tests fail if the embedded
                  server is used.
   37164 funcs_1: Some tests fail if an optional
                  character set is missing.
   + some cleanup within the testsuite related to the
     fixes above
   + some adjustments to open bugs on Mac OS X
2. Skip tests which suffer from bug
   37456 funcs_1: Several tests crash when used
                  with embedded server
3. Minor cleanup in some tests
parents 41659299 9b6a012c

mysql-test/suite/funcs_1/datadict/columns.inc

+0 −1
Original line number Diff line number Diff line
@@ -84,4 +84,3 @@ SELECT CHARACTER_OCTET_LENGTH / CHARACTER_MAXIMUM_LENGTH AS COL_CML, 
FROM information_schema.columns

$my_where

ORDER BY TABLE_SCHEMA, TABLE_NAME, ORDINAL_POSITION;

mysql-test/suite/funcs_1/datadict/is_key_column_usage.inc

0 → 100644
+362 −0
Original line number Diff line number Diff line 
# suite/funcs_1/datadict/is_key_column_usage.inc

#

# Check the layout of information_schema.key_column_usage and the impact of

# CREATE/ALTER/DROP TABLE/VIEW/SCHEMA/COLUMN ... on it.

#

# Note:

#    This test is not intended

#    - to show information about the all time existing tables

#      within the databases information_schema and mysql

#    - for checking storage engine properties

#      Therefore please do not alter $engine_type.

#

# Author:

# 2008-01-23 mleich WL#4203 Reorganize and fix the data dictionary tests of

#                           testsuite funcs_1

#                   Create this script based on older scripts and new code.

# Last Change:

# 2008-06-11 mleich Move t/is_key_column_usage.test to this file and

#                   create variants for embedded/non embedded server.

#



let $engine_type = MEMORY;



let $is_table = KEY_COLUMN_USAGE;



# The table INFORMATION_SCHEMA.KEY_COLUMN_USAGE must exist

eval SHOW TABLES FROM information_schema LIKE '$is_table';



--echo #######################################################################

--echo # Testcase 3.2.1.1: INFORMATION_SCHEMA tables can be queried via SELECT

--echo #######################################################################

# Ensure that every INFORMATION_SCHEMA table can be queried with a SELECT

# statement, just as if it were an ordinary user-defined table.

#

--source suite/funcs_1/datadict/is_table_query.inc





--echo #########################################################################

--echo # Testcase 3.2.7.1: INFORMATION_SCHEMA.KEY_COLUMN_USAGE layout

--echo #########################################################################

# Ensure that the INFORMATION_SCHEMA.KEY_COLUMN_USAGE table has the following

# columns, in the following order:

#

# CONSTRAINT_CATALOG (always shows NULL),

# CONSTRAINT_SCHEMA (shows the database, or schema, in which an accessible

#       constraint, or index, resides),

# CONSTRAINT_NAME (shows the name of the accessible constraint),

# TABLE_CATALOG (always shows NULL),

# TABLE_SCHEMA (shows the database, or schema, in which the table constrained

#       by that constraint resides),

# TABLE_NAME (shows the name of the table constrained by the constraint),

# COLUMN_NAME (shows the name of a column that is the index key, or part of

#       the index key),

# ORDINAL_POSITION (shows the ordinal position of the column within the

#       constraint index),

# POSITION_IN_UNIQUE_CONSTRAINT (shows, for a foreign key column, the ordinal

#       position of the referenced column within the referenced unique index;

#       otherwise NULL).

# added with 5.0.6:

# REFERENCED_TABLE_SCHEMA,

# REFERENCED_TABLE_NAME,

# REFERENCED_COLUMN_NAME

#

--source suite/funcs_1/datadict/datadict_bug_12777.inc

eval DESCRIBE          information_schema.$is_table;

--source suite/funcs_1/datadict/datadict_bug_12777.inc

eval SHOW CREATE TABLE information_schema.$is_table;

--source suite/funcs_1/datadict/datadict_bug_12777.inc

eval SHOW COLUMNS FROM information_schema.$is_table;



# Note: Retrieval of information within information_schema.columns about

#       information_schema.key_column_usage is in is_columns_is.test.



# Show that CONSTRAINT_CATALOG and TABLE_CATALOG are always NULL.

SELECT constraint_catalog, constraint_schema, constraint_name, table_catalog,

       table_schema, table_name, column_name

FROM information_schema.key_column_usage

WHERE constraint_catalog IS NOT NULL OR table_catalog IS NOT NULL;





--echo ########################################################################################

--echo # Testcase 3.2.7.2 + 3.2.7.3: INFORMATION_SCHEMA.KEY_COLUMN_USAGE accessible information

--echo ########################################################################################

# 3.2.7.2:  Ensure that the table shows the relevant information on every column, defined to

#           be part of an index key, which is accessible to the current user or to PUBLIC.

# 3.2.7.3:  Ensure that the table does not show any information on any indexed column that is

#           not accessible to the current user or PUBLIC.

#

--disable_warnings

DROP DATABASE IF EXISTS db_datadict;

--enable_warnings

CREATE DATABASE db_datadict;



--error 0,ER_CANNOT_USER

DROP   USER 'testuser1'@'localhost';

CREATE USER 'testuser1'@'localhost';

--error 0,ER_CANNOT_USER

DROP   USER 'testuser2'@'localhost';

CREATE USER 'testuser2'@'localhost';



USE db_datadict;



--replace_result $engine_type <engine_type>

eval

CREATE TABLE t1_1

  (f1 INT NOT NULL, PRIMARY KEY(f1),

   f2 INT,          INDEX f2_ind(f2))

ENGINE = $engine_type;

GRANT SELECT ON t1_1 to 'testuser1'@'localhost';



--replace_result $engine_type <engine_type>

eval

CREATE TABLE t1_2

  (f1 INT NOT NULL, PRIMARY KEY(f1),

   f2 INT,          INDEX f2_ind(f2))

ENGINE = $engine_type;

GRANT SELECT ON t1_2 to 'testuser2'@'localhost';

#FIXME: add foreign keys



let $select= SELECT * FROM information_schema.key_column_usage

WHERE table_name LIKE 't1_%'

ORDER BY constraint_catalog, constraint_schema, constraint_name,

         table_catalog, table_schema, table_name, ordinal_position;



# show view of user root

eval $select;



--echo # Establish connection testuser1 (user=testuser1)

--replace_result $MASTER_MYPORT MYSQL_PORT $MASTER_MYSOCK MYSQL_SOCK

connect (testuser1, localhost, testuser1, , db_datadict);

eval $select;



--echo # Establish connection testuser2 (user=testuser2)

--replace_result $MASTER_MYPORT MYSQL_PORT $MASTER_MYSOCK MYSQL_SOCK

connect (testuser2, localhost, testuser2, , db_datadict);

eval $select;



# Cleanup

--echo # Switch to connection default and close connections testuser1, testuser2

connection default;

disconnect testuser1;

disconnect testuser2;

DROP USER 'testuser1'@'localhost';

DROP USER 'testuser2'@'localhost';

DROP TABLE t1_1;

DROP TABLE t1_2;

DROP DATABASE IF EXISTS db_datadict;





--echo ########################################################################################

--echo # Testcase 3.2.1.13+3.2.1.14+3.2.1.15: INFORMATION_SCHEMA.KEY_COLUMN_USAGE modifications

--echo ########################################################################################

# 3.2.1.13: Ensure that the creation of any new database object (e.g. table or

#           column) automatically inserts all relevant information on that

#           object into every appropriate INFORMATION_SCHEMA table.

# 3.2.1.14: Ensure that the alteration of any existing database object

#           automatically updates all relevant information on that object in

#           every appropriate INFORMATION_SCHEMA table.

# 3.2.1.15: Ensure that the dropping of any existing database object

#           automatically deletes all relevant information on that object from

#           every appropriate INFORMATION_SCHEMA table.

#

--disable_warnings

DROP DATABASE IF EXISTS db_datadict;

DROP TABLE IF EXISTS test.t1_my_table;

--enable_warnings

CREATE DATABASE db_datadict;



SELECT table_name FROM information_schema.key_column_usage

WHERE table_name LIKE 't1_my_table%';

--replace_result $engine_type <engine_type>

eval

CREATE TABLE test.t1_my_table

   (f1 CHAR(12), f2 TIMESTAMP, f4 BIGINT, PRIMARY KEY(f1,f2))

DEFAULT CHARACTER SET latin1 COLLATE latin1_swedish_ci

ENGINE = $engine_type;

# Settings used in CREATE TABLE must be visible

# in information_schema.key_column_usage.

--vertical_results

SELECT * FROM information_schema.key_column_usage

WHERE table_name = 't1_my_table';

--horizontal_results

#

# Check modification of TABLE_NAME

SELECT DISTINCT table_name FROM information_schema.key_column_usage

WHERE table_name LIKE 't1_my_table%';

RENAME TABLE test.t1_my_table TO test.t1_my_tablex;

SELECT DISTINCT table_name FROM information_schema.key_column_usage

WHERE table_name LIKE 't1_my_table%';

#

# Check modification of TABLE_SCHEMA

SELECT DISTINCT table_schema,table_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

RENAME TABLE test.t1_my_tablex TO db_datadict.t1_my_tablex;

SELECT DISTINCT table_schema,table_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

#

# Check modification of COLUMN_NAME

SELECT DISTINCT table_name, column_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex'

ORDER BY table_name, column_name;

ALTER TABLE db_datadict.t1_my_tablex CHANGE COLUMN f1 first_col CHAR(12);

SELECT DISTINCT table_name, column_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex'

ORDER BY table_name, column_name;

#

# Note: The size of the column list and the not very selective qualification

#       is intended. I want to see that the schema names are equal and

#       all records about 't1_my_tablex'.

let $my_select = SELECT constraint_schema, constraint_name, table_schema,

table_name, column_name, ordinal_position

FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex'

ORDER BY constraint_schema, constraint_name, table_schema,

         table_name, ordinal_position;

#

# Check ADD INDEX being not UNIQUE (does not show up in key_column_usage)

eval $my_select;

CREATE INDEX f2 ON db_datadict.t1_my_tablex(f2);

eval $my_select;

DROP INDEX f2 ON db_datadict.t1_my_tablex;

#

# Check ADD UNIQUE INDEX without name explicit assigned

eval $my_select;

ALTER TABLE db_datadict.t1_my_tablex ADD UNIQUE (f2);

eval $my_select;

DROP INDEX f2 ON db_datadict.t1_my_tablex;

#

# Check ADD UNIQUE INDEX with name explicit assigned

eval $my_select;

ALTER TABLE db_datadict.t1_my_tablex ADD UNIQUE my_idx (f2);

eval $my_select;

DROP INDEX my_idx ON db_datadict.t1_my_tablex;

eval $my_select;

ALTER TABLE db_datadict.t1_my_tablex ADD UNIQUE my_idx (f4,first_col);

eval $my_select;

#

# Check DROP COLUMN

eval $my_select;

ALTER TABLE db_datadict.t1_my_tablex

DROP COLUMN first_col;

eval $my_select;

#

# Check impact of DROP TABLE

SELECT table_name, column_name

FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex'

ORDER BY table_name, column_name;

DROP TABLE db_datadict.t1_my_tablex;

SELECT table_name, column_name

FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

#

# No UNIQUE CONSTRAINT -> no entry in key_column_usage

SELECT table_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

--replace_result $engine_type <engine_type>

eval

CREATE TABLE db_datadict.t1_my_tablex

ENGINE = $engine_type AS

SELECT 1 AS f1;

SELECT table_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

# UNIQUE CONSTRAINT -> entry in key_column_usage

ALTER TABLE db_datadict.t1_my_tablex ADD PRIMARY KEY(f1);

SELECT table_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

#

# Check impact of DROP SCHEMA

SELECT table_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

DROP DATABASE db_datadict;

SELECT table_name FROM information_schema.key_column_usage

WHERE table_name = 't1_my_tablex';

#





--echo ########################################################################

--echo # Testcases 3.2.1.3-3.2.1.5 + 3.2.1.8-3.2.1.12: INSERT/UPDATE/DELETE and

--echo #           DDL on INFORMATION_SCHEMA table are not supported

--echo ########################################################################

# 3.2.1.3:  Ensure that no user may execute an INSERT statement on any

#           INFORMATION_SCHEMA table.

# 3.2.1.4:  Ensure that no user may execute an UPDATE statement on any

#           INFORMATION_SCHEMA table.

# 3.2.1.5:  Ensure that no user may execute a DELETE statement on any

#           INFORMATION_SCHEMA table.

# 3.2.1.8:  Ensure that no user may create an index on an

#           INFORMATION_SCHEMA table.

# 3.2.1.9:  Ensure that no user may alter the definition of an

#           INFORMATION_SCHEMA table.

# 3.2.1.10: Ensure that no user may drop an INFORMATION_SCHEMA table.

# 3.2.1.11: Ensure that no user may move an INFORMATION_SCHEMA table to any

#           other database.

# 3.2.1.12: Ensure that no user may directly add to, alter, or delete any data

#           in an INFORMATION_SCHEMA table.

#

--disable_warnings

DROP DATABASE IF EXISTS db_datadict;

DROP TABLE IF EXISTS db_datadict.t1;

--enable_warnings

CREATE DATABASE db_datadict;

--replace_result $engine_type <engine_type>

eval

CREATE TABLE db_datadict.t1 (f1 BIGINT)

ENGINE = $engine_type;



# Note(mleich):

# 1. We can get here different error messages.

# 2. We do not want to unify the individual messages to the far to unspecific

#    'Got one of the listed errors'.

let $my_error_message =

##### The previous statement must fail ######

# Server type  | expected error name      | expected error message

# --------------------------------------------------------------------------------------------------------------------

# not embedded | ER_DBACCESS_DENIED_ERROR | ERROR 42000: Access denied for user 'root'@'localhost' to database 'information_schema'

# embedded     | ER_NON_INSERTABLE_TABLE  | ERROR HY000: The target table schemata of the INSERT is not insertable-into

#              | or similar               |              or similar

;



--disable_abort_on_error

INSERT INTO information_schema.key_column_usage

       (constraint_schema, constraint_name, table_name)

VALUES (          'mysql',       'primary',       'db');

if (!$mysql_errno)

{

   --echo $my_error_message

   exit;

}

--error ER_DBACCESS_DENIED_ERROR

INSERT INTO information_schema.key_column_usage

SELECT * FROM information_schema.key_column_usage;



--error ER_DBACCESS_DENIED_ERROR

UPDATE information_schema.key_column_usage

SET  table_name = 'db1' WHERE constraint_name = 'primary';



--error ER_DBACCESS_DENIED_ERROR

DELETE FROM information_schema.key_column_usage WHERE table_name = 't1';

--error ER_DBACCESS_DENIED_ERROR

TRUNCATE information_schema.key_column_usage;



--error ER_DBACCESS_DENIED_ERROR

CREATE INDEX i3 ON information_schema.key_column_usage(table_name);



--error ER_DBACCESS_DENIED_ERROR

ALTER TABLE information_schema.key_column_usage ADD f1 INT;



--error ER_DBACCESS_DENIED_ERROR

DROP TABLE information_schema.key_column_usage;



--error ER_DBACCESS_DENIED_ERROR

ALTER TABLE information_schema.key_column_usage

RENAME db_datadict.key_column_usage;

--error ER_DBACCESS_DENIED_ERROR

ALTER TABLE information_schema.key_column_usage

RENAME information_schema.xkey_column_usage;

--enable_abort_on_error



# Cleanup

DROP TABLE db_datadict.t1;

DROP DATABASE db_datadict;

mysql-test/suite/funcs_1/datadict/is_routines.inc

0 → 100644
+522 −0

File added.

Preview size limit exceeded, changes collapsed.

mysql-test/suite/funcs_1/datadict/is_schemata.inc

0 → 100644
+300 −0

File added.

Preview size limit exceeded, changes collapsed.

mysql-test/suite/funcs_1/datadict/is_tables.inc

0 → 100644
+475 −0

File added.

Preview size limit exceeded, changes collapsed.