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This variable is defined by default and one should not do it directly as the socket variable is not available on Windows.
363 lines
14 KiB
SQL
363 lines
14 KiB
SQL
# suite/funcs_1/datadict/is_key_column_usage.inc
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#
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# Check the layout of information_schema.key_column_usage and the impact of
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# CREATE/ALTER/DROP TABLE/VIEW/SCHEMA/COLUMN ... on it.
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#
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# Note:
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# This test is not intended
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# - to show information about the all time existing tables
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# within the databases information_schema and mysql
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# - for checking storage engine properties
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# Therefore please do not alter $engine_type.
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#
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# Author:
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# 2008-01-23 mleich WL#4203 Reorganize and fix the data dictionary tests of
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# testsuite funcs_1
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# Create this script based on older scripts and new code.
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# Last Change:
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# 2008-06-11 mleich Move t/is_key_column_usage.test to this file and
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# create variants for embedded/non embedded server.
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#
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let $engine_type = MEMORY;
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let $is_table = KEY_COLUMN_USAGE;
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# The table INFORMATION_SCHEMA.KEY_COLUMN_USAGE must exist
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eval SHOW TABLES FROM information_schema LIKE '$is_table';
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--echo #######################################################################
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--echo # Testcase 3.2.1.1: INFORMATION_SCHEMA tables can be queried via SELECT
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--echo #######################################################################
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# Ensure that every INFORMATION_SCHEMA table can be queried with a SELECT
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# statement, just as if it were an ordinary user-defined table.
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#
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--source suite/funcs_1/datadict/is_table_query.inc
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--echo #########################################################################
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--echo # Testcase 3.2.7.1: INFORMATION_SCHEMA.KEY_COLUMN_USAGE layout
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--echo #########################################################################
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# Ensure that the INFORMATION_SCHEMA.KEY_COLUMN_USAGE table has the following
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# columns, in the following order:
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#
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# CONSTRAINT_CATALOG (always shows NULL),
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# CONSTRAINT_SCHEMA (shows the database, or schema, in which an accessible
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# constraint, or index, resides),
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# CONSTRAINT_NAME (shows the name of the accessible constraint),
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# TABLE_CATALOG (always shows NULL),
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# TABLE_SCHEMA (shows the database, or schema, in which the table constrained
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# by that constraint resides),
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# TABLE_NAME (shows the name of the table constrained by the constraint),
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# COLUMN_NAME (shows the name of a column that is the index key, or part of
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# the index key),
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# ORDINAL_POSITION (shows the ordinal position of the column within the
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# constraint index),
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# POSITION_IN_UNIQUE_CONSTRAINT (shows, for a foreign key column, the ordinal
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# position of the referenced column within the referenced unique index;
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# otherwise NULL).
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# added with 5.0.6:
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# REFERENCED_TABLE_SCHEMA,
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# REFERENCED_TABLE_NAME,
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# REFERENCED_COLUMN_NAME
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#
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--source suite/funcs_1/datadict/datadict_bug_12777.inc
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eval DESCRIBE information_schema.$is_table;
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--source suite/funcs_1/datadict/datadict_bug_12777.inc
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eval SHOW CREATE TABLE information_schema.$is_table;
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--source suite/funcs_1/datadict/datadict_bug_12777.inc
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eval SHOW COLUMNS FROM information_schema.$is_table;
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# Note: Retrieval of information within information_schema.columns about
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# information_schema.key_column_usage is in is_columns_is.test.
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# Show that CONSTRAINT_CATALOG and TABLE_CATALOG are always NULL.
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SELECT constraint_catalog, constraint_schema, constraint_name, table_catalog,
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table_schema, table_name, column_name
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FROM information_schema.key_column_usage
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WHERE constraint_catalog IS NOT NULL OR table_catalog IS NOT NULL;
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--echo ########################################################################################
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--echo # Testcase 3.2.7.2 + 3.2.7.3: INFORMATION_SCHEMA.KEY_COLUMN_USAGE accessible information
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--echo ########################################################################################
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# 3.2.7.2: Ensure that the table shows the relevant information on every column, defined to
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# be part of an index key, which is accessible to the current user or to PUBLIC.
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# 3.2.7.3: Ensure that the table does not show any information on any indexed column that is
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# not accessible to the current user or PUBLIC.
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#
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--disable_warnings
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DROP DATABASE IF EXISTS db_datadict;
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--enable_warnings
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CREATE DATABASE db_datadict;
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--error 0,ER_CANNOT_USER
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DROP USER 'testuser1'@'localhost';
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CREATE USER 'testuser1'@'localhost';
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--error 0,ER_CANNOT_USER
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DROP USER 'testuser2'@'localhost';
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CREATE USER 'testuser2'@'localhost';
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USE db_datadict;
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--replace_result $engine_type <engine_type>
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eval
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CREATE TABLE t1_1
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(f1 INT NOT NULL, PRIMARY KEY(f1),
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f2 INT, INDEX f2_ind(f2))
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ENGINE = $engine_type;
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GRANT SELECT ON t1_1 to 'testuser1'@'localhost';
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--replace_result $engine_type <engine_type>
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eval
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CREATE TABLE t1_2
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(f1 INT NOT NULL, PRIMARY KEY(f1),
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f2 INT, INDEX f2_ind(f2))
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ENGINE = $engine_type;
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GRANT SELECT ON t1_2 to 'testuser2'@'localhost';
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#FIXME: add foreign keys
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let $select= SELECT * FROM information_schema.key_column_usage
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WHERE table_name LIKE 't1_%'
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ORDER BY constraint_catalog, constraint_schema, constraint_name,
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table_catalog, table_schema, table_name, ordinal_position;
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# show view of user root
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eval $select;
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--echo # Establish connection testuser1 (user=testuser1)
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--replace_result $MASTER_MYPORT MYSQL_PORT $MASTER_MYSOCK MYSQL_SOCK
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connect (testuser1, localhost, testuser1, , db_datadict);
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eval $select;
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--echo # Establish connection testuser2 (user=testuser2)
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--replace_result $MASTER_MYPORT MYSQL_PORT $MASTER_MYSOCK MYSQL_SOCK
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connect (testuser2, localhost, testuser2, , db_datadict);
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eval $select;
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# Cleanup
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--echo # Switch to connection default and close connections testuser1, testuser2
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connection default;
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disconnect testuser1;
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disconnect testuser2;
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DROP USER 'testuser1'@'localhost';
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DROP USER 'testuser2'@'localhost';
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DROP TABLE t1_1;
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DROP TABLE t1_2;
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DROP DATABASE IF EXISTS db_datadict;
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--echo ########################################################################################
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--echo # Testcase 3.2.1.13+3.2.1.14+3.2.1.15: INFORMATION_SCHEMA.KEY_COLUMN_USAGE modifications
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--echo ########################################################################################
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# 3.2.1.13: Ensure that the creation of any new database object (e.g. table or
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# column) automatically inserts all relevant information on that
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# object into every appropriate INFORMATION_SCHEMA table.
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# 3.2.1.14: Ensure that the alteration of any existing database object
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# automatically updates all relevant information on that object in
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# every appropriate INFORMATION_SCHEMA table.
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# 3.2.1.15: Ensure that the dropping of any existing database object
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# automatically deletes all relevant information on that object from
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# every appropriate INFORMATION_SCHEMA table.
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#
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--disable_warnings
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DROP DATABASE IF EXISTS db_datadict;
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DROP TABLE IF EXISTS test.t1_my_table;
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--enable_warnings
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CREATE DATABASE db_datadict;
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SELECT table_name FROM information_schema.key_column_usage
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WHERE table_name LIKE 't1_my_table%';
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--replace_result $engine_type <engine_type>
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eval
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CREATE TABLE test.t1_my_table
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(f1 CHAR(12), f2 TIMESTAMP, f4 BIGINT, PRIMARY KEY(f1,f2))
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DEFAULT CHARACTER SET latin1 COLLATE latin1_swedish_ci
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ENGINE = $engine_type;
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# Settings used in CREATE TABLE must be visible
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# in information_schema.key_column_usage.
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--vertical_results
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SELECT * FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_table';
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--horizontal_results
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#
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# Check modification of TABLE_NAME
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SELECT DISTINCT table_name FROM information_schema.key_column_usage
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WHERE table_name LIKE 't1_my_table%';
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RENAME TABLE test.t1_my_table TO test.t1_my_tablex;
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SELECT DISTINCT table_name FROM information_schema.key_column_usage
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WHERE table_name LIKE 't1_my_table%';
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#
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# Check modification of TABLE_SCHEMA
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SELECT DISTINCT table_schema,table_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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RENAME TABLE test.t1_my_tablex TO db_datadict.t1_my_tablex;
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SELECT DISTINCT table_schema,table_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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#
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# Check modification of COLUMN_NAME
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SELECT DISTINCT table_name, column_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex'
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ORDER BY table_name, column_name;
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ALTER TABLE db_datadict.t1_my_tablex CHANGE COLUMN f1 first_col CHAR(12);
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SELECT DISTINCT table_name, column_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex'
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ORDER BY table_name, column_name;
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#
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# Note: The size of the column list and the not very selective qualification
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# is intended. I want to see that the schema names are equal and
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# all records about 't1_my_tablex'.
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let $my_select = SELECT constraint_schema, constraint_name, table_schema,
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table_name, column_name, ordinal_position
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FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex'
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ORDER BY constraint_schema, constraint_name, table_schema,
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table_name, ordinal_position;
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#
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# Check ADD INDEX being not UNIQUE (does not show up in key_column_usage)
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eval $my_select;
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CREATE INDEX f2 ON db_datadict.t1_my_tablex(f2);
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eval $my_select;
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DROP INDEX f2 ON db_datadict.t1_my_tablex;
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#
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# Check ADD UNIQUE INDEX without name explicit assigned
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eval $my_select;
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ALTER TABLE db_datadict.t1_my_tablex ADD UNIQUE (f2);
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eval $my_select;
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DROP INDEX f2 ON db_datadict.t1_my_tablex;
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#
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# Check ADD UNIQUE INDEX with name explicit assigned
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eval $my_select;
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ALTER TABLE db_datadict.t1_my_tablex ADD UNIQUE my_idx (f2);
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eval $my_select;
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DROP INDEX my_idx ON db_datadict.t1_my_tablex;
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eval $my_select;
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ALTER TABLE db_datadict.t1_my_tablex ADD UNIQUE my_idx (f4,first_col);
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eval $my_select;
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#
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# Check DROP COLUMN
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eval $my_select;
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ALTER TABLE db_datadict.t1_my_tablex
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DROP COLUMN first_col;
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eval $my_select;
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#
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# Check impact of DROP TABLE
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SELECT table_name, column_name
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FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex'
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ORDER BY table_name, column_name;
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DROP TABLE db_datadict.t1_my_tablex;
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SELECT table_name, column_name
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FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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#
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# No UNIQUE CONSTRAINT -> no entry in key_column_usage
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SELECT table_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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--replace_result $engine_type <engine_type>
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eval
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CREATE TABLE db_datadict.t1_my_tablex
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ENGINE = $engine_type AS
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SELECT 1 AS f1;
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SELECT table_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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# UNIQUE CONSTRAINT -> entry in key_column_usage
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ALTER TABLE db_datadict.t1_my_tablex ADD PRIMARY KEY(f1);
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SELECT table_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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#
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# Check impact of DROP SCHEMA
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SELECT table_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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DROP DATABASE db_datadict;
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SELECT table_name FROM information_schema.key_column_usage
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WHERE table_name = 't1_my_tablex';
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#
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--echo ########################################################################
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--echo # Testcases 3.2.1.3-3.2.1.5 + 3.2.1.8-3.2.1.12: INSERT/UPDATE/DELETE and
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--echo # DDL on INFORMATION_SCHEMA table are not supported
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--echo ########################################################################
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# 3.2.1.3: Ensure that no user may execute an INSERT statement on any
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# INFORMATION_SCHEMA table.
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# 3.2.1.4: Ensure that no user may execute an UPDATE statement on any
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# INFORMATION_SCHEMA table.
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# 3.2.1.5: Ensure that no user may execute a DELETE statement on any
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# INFORMATION_SCHEMA table.
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# 3.2.1.8: Ensure that no user may create an index on an
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# INFORMATION_SCHEMA table.
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# 3.2.1.9: Ensure that no user may alter the definition of an
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# INFORMATION_SCHEMA table.
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# 3.2.1.10: Ensure that no user may drop an INFORMATION_SCHEMA table.
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# 3.2.1.11: Ensure that no user may move an INFORMATION_SCHEMA table to any
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# other database.
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# 3.2.1.12: Ensure that no user may directly add to, alter, or delete any data
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# in an INFORMATION_SCHEMA table.
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#
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--disable_warnings
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DROP DATABASE IF EXISTS db_datadict;
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DROP TABLE IF EXISTS db_datadict.t1;
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--enable_warnings
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CREATE DATABASE db_datadict;
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--replace_result $engine_type <engine_type>
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eval
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CREATE TABLE db_datadict.t1 (f1 BIGINT)
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ENGINE = $engine_type;
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# Note(mleich):
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# 1. We can get here different error messages.
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# 2. We do not want to unify the individual messages to the far to unspecific
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# 'Got one of the listed errors'.
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let $my_error_message =
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##### The previous statement must fail ######
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# Server type | expected error name | expected error message
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# --------------------------------------------------------------------------------------------------------------------
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# not embedded | ER_DBACCESS_DENIED_ERROR | ERROR 42000: Access denied for user 'root'@'localhost' to database 'information_schema'
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# embedded | ER_NON_INSERTABLE_TABLE | ERROR HY000: The target table schemata of the INSERT is not insertable-into
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# | or similar | or similar
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;
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--disable_abort_on_error
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INSERT INTO information_schema.key_column_usage
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(constraint_schema, constraint_name, table_name)
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VALUES ( 'mysql', 'primary', 'db');
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if (!$mysql_errno)
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{
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--echo $my_error_message
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exit;
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}
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--error ER_DBACCESS_DENIED_ERROR
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INSERT INTO information_schema.key_column_usage
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SELECT * FROM information_schema.key_column_usage;
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--error ER_DBACCESS_DENIED_ERROR
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UPDATE information_schema.key_column_usage
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SET table_name = 'db1' WHERE constraint_name = 'primary';
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--error ER_DBACCESS_DENIED_ERROR
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DELETE FROM information_schema.key_column_usage WHERE table_name = 't1';
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--error ER_DBACCESS_DENIED_ERROR
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TRUNCATE information_schema.key_column_usage;
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--error ER_DBACCESS_DENIED_ERROR
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CREATE INDEX i3 ON information_schema.key_column_usage(table_name);
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--error ER_DBACCESS_DENIED_ERROR
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ALTER TABLE information_schema.key_column_usage ADD f1 INT;
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--error ER_DBACCESS_DENIED_ERROR
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DROP TABLE information_schema.key_column_usage;
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--error ER_DBACCESS_DENIED_ERROR
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ALTER TABLE information_schema.key_column_usage
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RENAME db_datadict.key_column_usage;
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--error ER_DBACCESS_DENIED_ERROR
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ALTER TABLE information_schema.key_column_usage
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RENAME information_schema.xkey_column_usage;
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--enable_abort_on_error
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# Cleanup
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DROP TABLE db_datadict.t1;
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DROP DATABASE db_datadict;
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