Mysql workbench en.a4

MySQL Workbench
Abstract
This manual documents the MySQL Workbench SE version 5.0 beta and the MySQL Workbench OSS version 5.0
beta.
Document generated on: 2009-04-03 (revision: 14506)
Copyright 2006-2008 MySQL AB, 2009 Sun Microsystems, Inc.
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Table of Contents
1. MySQL Enterprise .........................................................................................................................1
2. MySQL Workbench Editions ............................................................................................................2
3. Installing MySQL Workbench ...........................................................................................................3
3.1. Installing MySQL Workbench on Windows .................................................................................3
3.2. Starting MySQL Workbench ...................................................................................................3
3.3. Uninstalling MySQL Workbench – Windows ...............................................................................4
4. MySQL Workbench Tutorials ............................................................................................................5
4.1. Importing a Data Definition SQL Script ......................................................................................5
4.1.1. Adding an EER Diagram .............................................................................................5
4.2. Using the Default Schema ......................................................................................................6
4.2.1. Creating a New Table .................................................................................................7
4.2.2. Creating Other Schema Objects .....................................................................................7
4.3. Basic Modeling ..................................................................................................................7
4.3.1. Adding a Table .........................................................................................................7
4.3.2. Create a Foreign Key ..................................................................................................8
5. Documenting the sakila Database ....................................................................................................9
5.1. A PNG File of the sakila Database ........................................................................................9
6. MySQL Workbench Reference ........................................................................................................ 11
6.1. The Application Windows .................................................................................................... 11
6.1.1. The Application Layout ............................................................................................ 11
6.1.2. Docking and Undocking Windows ................................................................................ 12
6.2. MySQL Workbench Menus .................................................................................................. 12
6.2.1. The File Menu ....................................................................................................... 12
6.2.2. The Edit Menu ....................................................................................................... 13
6.2.3. The View Menu ...................................................................................................... 15
6.2.4. The Arrange Menu .................................................................................................. 15
6.2.5. The Model Menu .................................................................................................... 16
6.2.6. The Database Menu (Commercial Version) ..................................................................... 20
6.2.7. The Plug-ins Menu .................................................................................................. 21
6.2.8. The Tools Menu ..................................................................................................... 21
6.2.9. The Community Menu .............................................................................................. 25
6.2.10. The Help Menu ..................................................................................................... 26
6.3. The Toolbar ..................................................................................................................... 26
6.3.1. Tool-specific Toolbar Items ........................................................................................ 26
6.4. MySQL Model Page ........................................................................................................... 27
6.4.1. EER Diagrams ....................................................................................................... 27
6.4.2. The Physical Schemata ............................................................................................. 28
6.4.3. Schema Privileges (Commercial Version) ....................................................................... 28
6.4.4. SQL Scripts and Model Notes ..................................................................................... 30
6.5. An EER Diagram Canvas ..................................................................................................... 30
6.5.1. The Vertical Toolbar ................................................................................................ 30
6.6. The Model Navigator Palette ................................................................................................. 33
6.7. The Catalog and Layers Palettes ............................................................................................. 34
6.7.1. The Catalog Palette .................................................................................................. 34
6.7.2. The Layers Palette ................................................................................................... 34
6.8. The Properties and History Palettes ......................................................................................... 35
6.8.1. The Properties Palette ............................................................................................... 35
6.8.2. The History Palette .................................................................................................. 35
7. Creating Tables ........................................................................................................................... 36
7.1. Adding Tables to the Physical Schemata ................................................................................... 36
7.2. Adding Tables to an EER Diagram ......................................................................................... 36
7.3. The MySQL Table Editor .................................................................................................... 37
7.3.1. The Main Editor Window .......................................................................................... 37
7.3.2. The Table Tab ........................................................................................................ 38
7.3.3. The Columns Tab .................................................................................................... 38
7.3.4. The Indexes Tab ..................................................................................................... 39
7.3.5. The Foreign Keys Tab .............................................................................................. 40
7.3.6. The Triggers Tab .................................................................................................... 40
7.3.7. The Partitioning Tab ................................................................................................ 40
7.3.8. The Options Tab ..................................................................................................... 41
7.3.9. The Inserts Tab ...................................................................................................... 42
7.3.10. The Privileges Tab ................................................................................................. 42
8. Creating Foreign Key Relationships ................................................................................................... 43
8.1. Adding Foreign Key Relationships Using an EER Diagram ............................................................ 43
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8.2. The Relationship Editor ....................................................................................................... 44
8.3. The Properties of a Connection .............................................................................................. 45
9. Creating Views ........................................................................................................................... 47
9.1. Adding Views to the Physical Schemata ................................................................................... 47
9.2. Adding Views to an EER Diagram .......................................................................................... 47
9.3. The View Editor ............................................................................................................... 47
9.3.1. The View Tab ...................................................................................................... 48
9.3.2. The Privileges Tab ............................................................................................ 48
9.3.3. Modifying a View using the Properties Palette .................................................................. 48
10. Creating Routines and Routine Groups .............................................................................................. 49
10.1. Routines ....................................................................................................................... 49
10.1.1. Adding Routines to the Physical Schemata ..................................................................... 49
10.1.2. The Routine Editor ................................................................................................. 49
10.2. Routine Groups ............................................................................................................... 50
10.2.1. Adding Routine Groups to the Physical Schemata ............................................................ 50
10.2.2. Adding Routine Groups to an EER Diagram ................................................................... 50
10.2.3. The Routine Group Editor ........................................................................................ 51
11. Creating Layers ......................................................................................................................... 52
11.1. Adding Layers to an EER Diagram ........................................................................................ 52
11.1.1. Adding Objects to a Layer ........................................................................................ 52
11.2. Modifying a Layer using the Properties Palette .......................................................................... 53
12. Creating Notes .......................................................................................................................... 54
12.1. Adding Notes ................................................................................................................. 54
12.2. The Note Editor ............................................................................................................... 54
13. Creating Text Objects .................................................................................................................. 55
13.1. Adding Text Objects to an EER Diagram ................................................................................. 55
13.2. The Text Object Editor ...................................................................................................... 55
13.2.1. Modifying a Text Object Using the Properties Palette .................................................. 55
14. Creating Images ......................................................................................................................... 56
14.1. Adding Images to an EER Diagram ....................................................................................... 56
14.2. The Image Editor ............................................................................................................. 56
14.2.1. The Image Tab ................................................................................................... 56
15. Reverse Engineering ................................................................................................................... 57
15.1. Reverse Engineering Using a Create Script .............................................................................. 57
15.2. Reverse Engineering a Live Database (Commercial Version) ......................................................... 57
15.2.1. Errors During Reverse Engineering ............................................................................. 59
16. Forward Engineering ................................................................................................................... 61
16.1. Forward Engineering Using SQL Scripts ................................................................................. 61
16.1.1. Creating a Schema ................................................................................................. 61
16.1.2. Altering a Schema ................................................................................................. 61
16.2. Forward Engineering to a Live Server (Commercial Version) ......................................................... 61
16.3. Database Synchronization (Commercial Version) ....................................................................... 62
16.4. Creating a Schema Diff Report (Commercial Version) ................................................................. 62
16.4.1. The Sources for a Diff Report .................................................................................... 62
17. Server Connections (Commercial Version) ......................................................................................... 64
17.1. Server Connection Window ................................................................................................. 64
17.2. Connection Confirmation ................................................................................................... 65
18. Printing (Commercial Version) ....................................................................................................... 67
18.1. Printing Options .............................................................................................................. 67
19. The Generic Runtime Environment (GRT) Shell .................................................................................. 68
19.1. Introduction ................................................................................................................... 68
19.2. Exploring the GRT Shell .................................................................................................... 68
19.3. The Shell ...................................................................................................................... 68
19.4. The Modules and Structs Palettes .......................................................................................... 69
19.4.1. The Modules Tab ................................................................................................ 69
19.4.2. The Struct Tab .................................................................................................. 69
19.5. The GRT Tree Palette ....................................................................................................... 69
19.6. The GRT Inspector ........................................................................................................... 70
19.7. Invoking the GRT Shell From the Command Line ...................................................................... 70
20. Plug-ins .................................................................................................................................. 71
20.1. The catalog_utils.grt.lua Module ............................................................................. 71
20.1.1. Using the GRT Shell .............................................................................................. 71
20.2. Accessing Plugins ............................................................................................................ 71
21. MySQL Workbench Schema Validation Plugins (Commercial Version) ...................................................... 73
21.1. General Validation ........................................................................................................... 73
21.2. MySQL-Specific Validation ................................................................................................ 73
22. Customizing DBDoc Model Reporting Templates ................................................................................ 75
22.1. Supported Template Markers ............................................................................................... 77
22.2. Creating a custom template ................................................................................................. 79
23. MySQL Workbench FAQ ............................................................................................................. 82
MySQL Workbench
v

A. MySQL Workbench Change History ................................................................................................. 83
A.1. Changes in Release 5.1 ....................................................................................................... 83
A.1.1. Changes in MySQL Workbench 5.1.7 (Not yet released) ..................................................... 83
A.2. Changes in Release 5.0 ....................................................................................................... 84
A.2.1. Changes in MySQL Workbench 5.0.30 (18th February 2009) ............................................... 84
A.2.2. Changes in MySQL Workbench 5.0.29 (12th December 2008) .............................................. 84
A.2.3. Changes in MySQL Workbench 5.0.28 (6th December 2008) ............................................... 85
A.2.4. Changes in MySQL Workbench 5.0.27 (7th November 2008) ............................................... 86
A.2.5. Changes in MySQL Workbench 5.0.26 (16th October 2008) ................................................ 86
A.2.6. Changes in MySQL Workbench 5.0.25 (12th September 2008) ............................................. 86
A.2.7. Changes in MySQL Workbench 5.0.24 (12th August 2008) ................................................. 87
A.2.8. Changes in MySQL Workbench 5.0.23 (25th June 2008) ..................................................... 88
A.2.9. Changes in MySQL Workbench 5.0.22 (27th May 2008) ..................................................... 89
A.2.10. Changes in MySQL Workbench 5.0.21 (27 April 2008) ..................................................... 90
A.2.13. Changes in MySQL Workbench 5.0.18rc (not released) ..................................................... 91
A.2.14. Changes in MySQL Workbench 5.0.17rc (07 April 2008) .................................................. 92
A.2.15. Changes in MySQL Workbench 5.0.16rc (26 March 2008) ................................................. 93
A.2.16. Changes in MySQL Workbench 5.0.15rc (17 March 2008) ................................................. 94
A.2.17. Changes in MySQL Workbench 5.0.14abeta (28 February 2008) .......................................... 95
A.2.18. Changes in MySQL Workbench 5.0.14beta (25 February 2008) ........................................... 95
MySQL Workbench
vi

List of Figures
4.1. Adding tables to the canvas ............................................................................................................5
4.2. The default schema ......................................................................................................................6
4.3. Adding an EER Diagram ...............................................................................................................7
5.1. The sakila EER diagram ............................................................................................................9
6.1. The default application layout ....................................................................................................... 11
6.2. The docking tool ....................................................................................................................... 12
6.3. The find window ....................................................................................................................... 13
6.4. The DBDoc Model Reporting main wizard ........................................................................................ 16
6.5. The DBDoc Model Report ........................................................................................................... 18
6.6. The Options dialog box ............................................................................................................ 21
6.7. The MySQL Model page ............................................................................................................ 27
6.8. Roles and privileges ................................................................................................................... 28
6.9. Role editor .............................................................................................................................. 29
6.10. The vertical toolbar .................................................................................................................. 30
6.11. The toolbar when the table tool is active .......................................................................................... 32
6.12. The Model Navigator palette ....................................................................................................... 33
7.1. A table on an EER diagram .......................................................................................................... 36
7.2. The table editor ......................................................................................................................... 38
7.3. The columns tab ........................................................................................................................ 38
7.4. The indexes tab ......................................................................................................................... 39
8.1. The relationship connector ........................................................................................................... 43
8.2. The split connector .................................................................................................................... 44
11.1. The Layer object ...................................................................................................................... 52
15.1. Selecting schemata ................................................................................................................... 57
15.2. Select objects ......................................................................................................................... 58
15.3. Duplicating an object name ......................................................................................................... 59
16.1. The sources for a Diff report ........................................................................................................ 62
17.1. Connect to a server window ........................................................................................................ 64
17.2. Connection confirmation ............................................................................................................ 65
19.1. The GRT shell (Windows) .......................................................................................................... 68
vii

Chapter 1. MySQL Enterprise
A MySQL Enterprise subscription is the most comprehensive offering of MySQL database software, services and support; it en-
sures that your business achieves the highest levels of reliability, security, and uptime.
An Enterprise Subscription includes:
1. The MySQL Enterprise Server – the most reliable, secure, and up-to-date version of the world’s most popular open source
database
2. The MySQL Enterprise Monitor – An automated virtual DBA assistant that monitors all your MySQL Servers around-
the-clock, identifies exceptions to MySQL best practices, and provides expert advice on fixing any problems discovered
3. MySQL Production Support – Technical and consultative support when you need it, along with regularly scheduled service
packs, hot-fixes, and more
For more information, visit http://www.mysql.com/enterprise.
1

Chapter 2. MySQL Workbench Editions
The Community Edition (OSS)
The Community Edition is the foundation of all MySQL Workbench editions—versions that are currently available or those that
will become available in the future. All editions of MySQL Workbench are based on the Community Edition and all future im-
provements to the base framework and feature set will be included in this version. The Community Edition is a full feature product
that puts a powerful database management tool into the hands of the MySQL community.
The Standard Edition
The Standard Edition is a commercial extension that builds on top of the OSS Edition and adds modules and plugins, allowing for
an optimized work flow. The highlights of this edition are the added schema object privilege system, schema validation plugins,
model reporting, and online printing, as well as reverse engineering and synchronization against live database connections. If you
use the MySQL Workbench in a professional environment upgrading to the commercial edition can greatly improve your work
flow.
2

Chapter 3. Installing MySQL Workbench
You can install MySQL Workbench using with an installer or a Zip file. The requirements for installing MySQL Workbench are:
1. Currently, MySQL Workbench is available for Windows only. MySQL Workbench runs on recent 32-bit Windows NT based
operating systems, including Windows XP, Vista, and Windows 2003. It does not run on Windows 2000 and below.
2. The .Net 2.0 Framework is a requirement. If you do not already have this framework installed, download .NET 2.0
Framework. You may also need the VS2005.net Redistributable but first try MySQL Workbench. If the application
does not start download VS2005.net Redistributable.
3. On start up, the application checks the OpenGL version and selects between software and hardware rendering. To determine
the rendering method that is being used, open the HELP menu and choose the SYSTEM INFO submenu.
3.1. Installing MySQL Workbench on Windows
MySQL Workbench may be installed using the Windows installer file or it may be installed manually from a ZIP file.
Installing MySQL Workbench Using the Installer
MySQL Workbench can be installed using the Windows Installer (.msi) installation package. The MSI package bears the name
mysql-workbench-version-win32.msi, where version indicates the MySQL Workbench version number.
Important
Installing MySQL Workbench using the installer requires either Administrator or Power User privileges. If you are
using the Zip file without an installer, you do not need Administrator or Power User privileges.
Improving the MySQL Installation Wizard depends on the support and feedback of users. If you find that the MySQL Installation
Wizard is lacking some feature important to you, or if you discover a bug, please report it in our bugs database. To do this use the
REPORT A BUG option under the HELP menu.
1. To install MySQL Workbench, right click on the MSI file and select the INSTALL option from the pop-up menu.
2. At the SETUP TYPE window you may choose a Complete or Custom installation. To use all features of MySQL Work-
bench choose the Complete option.
3. Unless you choose otherwise, MySQL Workbench is installed in C:%PROGRAMFILES%MySQLMySQL Workbench
5.0 edition_type, where %PROGRAMFILES% is the default directory for programs for your locale. The
%PROGRAMFILES% directory may be C:Program Files or C:programme.
Installing From the ZIP File
If you are having problems running the installer, as an alternative, you can download a ZIP file without an installer. That file is
called mysql-workbench-version-win32.zip. Using a ZIP program, unpack it to the directory of your choice. You may
also want to create a shortcut on your desktop or the quick launch bar.
To install using the ZIP file, download the ZIP file to a convenient location and decompress the file. You can place the resulting
directory anywhere on you system. You do not need to install or configure the application before using it.
3.2. Starting MySQL Workbench
Installing MySQL Workbench using the Windows installer automatically creates two entries in the START menu under MYSQL. If
your graphic card does not support OpenGL 1.5 select the Software Rendering menu entry.
You may also start MySQL Workbench from the command line. To view the available command-line options, issue the command
MySQLWorkbench -help | more from the MySQL Workbench installation directory. You should see the following output:
MySQL Workbench 5.0.14 SE Beta. (C) 2006-2008 by MySQL AB. All rights reserved.
Usage: MySQLWorkbench [options] [model file]
Options
-help (-h) ...... Print this output
-open filename .. Open the given filename at startup
-nologo ......... Do not display the splash screen
-verbose (-v) ... Print verbose output in the GRT Shell
3

-version [grt] .. Print the version information
-swrendering .... Force the canvas to use software rendering instead of OpenGL
-log ............ Instruction to save messages (other debug info) to file
The MySQL Workbench version number is displayed followed by a usage message and then the options. Use the -swrendering
option if your video card does not support OpenGL 1.5. The -version option can be used to display the MySQL Workbench
version number or, optionally, the GRT shell version number. The other options are self-explanatory.
When using command-line options that display output to a console window, namely -help and -version, be sure that you pipe
the output through the more command otherwise nothing will be displayed.
3.3. Uninstalling MySQL Workbench – Windows
The method for uninstalling MySQL Workbench will depend on how you install MySQL Workbench in the first place.
Rmoving MySQL Workbench when installed Using the Installer
1. To uninstall MySQL Workbench, open the CONTROL PANEL and Choose ADD OR REMOVE PROGRAMS. Find the MySQL
Workbench entry and choose the REMOVE button. Doing this will remove MySQL Workbench.
2. Any modules added to the C:Program FilesMySQLMySQL Workbench versionmodules directory will not
be deleted.
Note
It is not possible to remove MySQL Workbench from the command line if you have installed MySQL Workbench us-
ing the installer. Although you can manually remove some of the compoentns There is no command-line option for
removing MySQL Workbench.
Removing the MySQL Workbench directory manually will not remove all the files belonging to MySQL Workbench.
When installed from a ZIP file
If you installed MySQL Workbench using a ZIP file, to remove MySQL Workbench you can just delete the MySQL Workbench
directory.
Note
If you installed any additional modules within the modules directory and you want to keep them, make sure you
copy those modules to a different directory before deleting the MySQL Workbench directory.
Installing MySQL Workbench
4

Chapter 4. MySQL Workbench Tutorials
This chapter contains three short tutorials intended to familiarize you with the basics of MySQL Workbench. These tutorials show
how MySQL Workbench can be used both to design and to document databases.
Creating a database from scratch is the focus of Section 4.2, “Using the Default Schema” and exploring the graphic design capabil-
ities of MySQL Workbench is touched upon in Section 4.3, “Basic Modeling”. Both these tutorials show the database design cap-
abilities of MySQL Workbench
Importing an SQL data definition script is probably the quickest way to familiarize yourself with MySQL Workbench — this tu-
torial makes use of the sakila database and emphasizes the use of MySQL Workbench as a documentation tool. Examples taken
from the sakila database are used throughout the documentation so doing this tutorial can be very helpful in understanding MySQL
Workbench.
4.1. Importing a Data Definition SQL Script
For this tutorial use the sakila database script found in the Example Databases section of the http://dev.mysql.com/doc/
page.
After downloading the file, extract it to a convenient location. Open MySQL Workbench and find the REVERSE ENGINEER MYSQL
CREATE SCRIPT menu option by first selecting FILE and then IMPORT. Find and import the sakila-schema.sql file. This is the
script that contains the data definition statements for the sakila database. The file filter for the file open dialog window defaults
to *.sql so you should only be able to view files with the sql extension.
If the file was successfully imported, the application's status bar reads, Import MySQL Create Script done. To view the
newly imported script, expand the Physical Schemata section by double clicking the arrow on the left of the Physical
Schemata title bar. Select the tab labelled SAKILA.
Yo may also wish to remove the default schema tab, mydb. Do this by selecting this tab and then clicking the - button on the upper
right in the PHYSICAL SCHEMATA panel.
To view all the objects in the sakila schema, you may need to expand the PHYSICAL SCHEMATA window. To do this move the
mouse pointer anywhere over the gray area that defines the lower edge of the PHYSICAL SCHEMATA window. Hold down the right
mouse button and move the mouse to adjust the size of the window.
Once you've expanded the window, all the objects in the sakila database should be visible. Tables appear at the top followed by
views and then routines. There are no routine groups in this schema, but you should see the ROUTINE GROUPS section and an Add
Group icon.
For a complete description of importing a MySQL create script see Section 15.1, “Reverse Engineering Using a Create Script”.
4.1.1. Adding an EER Diagram
To create an EER diagram for the sakila database, first add an EER diagram by double clicking the Add Diagram icon in the
EER DIAGRAMS panel. This should create and open a new EER Diagram.
The EER Diagram canvas is where object modeling takes place. To add a table to the canvas, select the CATALOG tab in the
middle panel on the right side of the application. This should display any schemata that appear in the MYSQL MODEL tab.
Find the sakila schema and expand the view of its objects by clicking the + button to the left of the schema name. Expand the tables
list in the same way.
You can add tables to the EER canvas by picking them up from the CATALOG panel and placing them on the canvas. Drop the ad-
dress table and the city table onto the canvas.
Figure 4.1. Adding tables to the canvas
5

MySQL Workbench automatically discovers that address.city_id has been defined as a foreign key referencing the
city.city_id field. Drop the country table onto the canvas and immediately you should see the relationship between the
country table and the city table. ( See Figure 5.1, “The sakila EER diagram” to view a PNG file of all the relationships in
the sakila database.)
Choose the Properties tab of the panel on the lower right and then click one of the tables on the canvas. This displays the prop-
erties of the table in the Properties window. While a table is selected you can use the Properties window to change a ta-
ble's properties. For example, entering #FF0000 for the color value will change the color accent to red.
Changing the color of a table is a good way to identify a table quickly — something that becomes more important as the number of
tables increases. Changing the color of a table is also an easy way to identify a table in the Model Navigator panel. This panel,
the uppermost panel on the left side of the screen, gives a bird's eye view of the entire EER canvas.
Save your changes to a MySQL Workbench Models file (mwb) by choosing SAVE from the FILE menu or by using the key-
board command Ctrl S.
4.2. Using the Default Schema
When you first open MySQL Workbench a default schema, mydb appears as the left-most tab of the PHYSICAL SCHEMATA sec-
tion of MySQL Workbench. You can begin designing a database by using this default schema.
Figure 4.2. The default schema
To change the name of the default schema, double click the schema tab. This opens a schema editor window docked at the bottom
of the application. To undock or redock this window, simply double click anywhere in the editor title bar.
MySQL Workbench Tutorials
6

To rename the schema, use the text box labeled NAME. Once you have renamed the schema a lightning bolt icon appears right
aligned in the NAME text box, indicating that other changes are pending. Click in the COMMENTS text area and a dialog box opens
asking if you wish to rename all schema occurrences. Clicking YES ensures that your changes are propagated throughout the ap-
plication. Add comments to the database and change the collation if you wish. Close the schema editor by clicking the X button.
4.2.1. Creating a New Table
Create a new table by double clicking the ADD TABLE icon in the Physical Schemata panel. Doing this opens the table editor
docked at the bottom of the application. If you wish, you can undock or dock this editor in exactly the same way as the schema ed-
itor window.
Use the first tab of the table editor to change the name, collation, and engine. You may also add a comment.
Add columns to the new table by selecting the COLUMNS tab. Use the default column name or enter a new name of your choosing.
Use the Tab key to move to the next column and set the column's data type.
Altering the table by adding indexes or other features is also easily done using the table editor.
4.2.2. Creating Other Schema Objects
Additional objects such as views or routines can be added in the same way as tables.
Any objects you have created can be found in the CATALOG palette on the right. To view these schema objects select the CATA-
LOG tab in the middle palette on the right. View all the objects by clicking the + button to the left of the schema name.
Save your changes to a MySQL Workbench Models file (mwb) by choosing SAVE from the FILE menu or by using the key-
4.3. Basic Modeling
On the MySQL Model page double click the ADD DIAGRAM icon. This creates and opens a new EER Diagram.
Figure 4.3. Adding an EER Diagram
From an EER diagram page you can graphically design a database.
4.3.1. Adding a Table
The tools in the vertical toolbar on the left of the EER DIAGRAM tab are used for designing an EER diagram. Start by creating a ta-
ble using the table tool. The table tool is the rectangular grid in the middle of the vertical toolbar. Mousing over it shows the mes-
sage, Place a New Table (T).
Clicking on this tool changes the mouse pointer to a hand with a rectangular grid. Create a table on the canvas by clicking any-
where on the EER Diagram grid.
Right click the table and choose EDIT IN NEW WINDOW from the pop-up menu. This opens the table editor, docked at the bottom of
the application.
The table name defaults to table1. Change the name by entering invoice into the NAME: text box. Notice that the name of the
tab in the table editor and the name of the table on the canvas, both change to this new value.
Pressing Tab or Enter while the cursor is in the table name text box, selects the COLUMNS tab of the table editor and creates a de-
fault column named, idinvoice.
7

Pressing Tab or Enter again sets the focus on the Datatype drop-down list box with INT selected. Notice that a field has been
added to the table on the EER canvas.
Pressing Tab yet again and the focus shifts to adding a second column. Add a Description and a Customer_id column.
When you are finished, close the table editor, by clicking the X button on the top left of the table editor.
4.3.2. Create a Foreign Key
Select the table tool again and place another table on the canvas. Name this table invoice_item. Next click on the 1:n Non-
Identifying Relationship tool.
First click on the invoice_item table; notice that a red border indicates that this table is selected. Next click on the invoice
table. Doing this creates a foreign key in the invoice_item table, the table on the “many” side of the relationship. This relation-
ship between the two tables is shown graphically in crow's foot notation.
Revert to the default mouse pointer by clicking the arrow at the top of the vertical toolbar. Click on the invoice_item table and
select the FOREIGN KEYS tab.
Click in the FOREIGN KEY NAME text box. The referenced table should show in the REFERENCED TABLE column and the appro-
priate column in the REFERENCED COLUMN column.
To delete the relationship between two tables, click on the line joining the tables and then press Ctrl Delete.
Experiment with the other tools on the vertical toolbar. Delete a relationship by selecting the eraser tool and clicking on the line
joining two tables. Create a view, add a text object, or add a layer.
Save your changes to a MySQL Workbench Models file (MWB) by choosing SAVE from the FILE menu or by using the key-
8

Chapter 5. Documenting the sakila Database
This chapter highlights the capabilities of MySQL Workbench as a documentation tool using the sakila database as an example.
This is a sample database provided by MySQL and found in the Example Databases section of the http://dev.mysql.com/doc/
page. An EER diagram is an invaluable aid to a quick understanding of any database. There is no need to read through table defini-
tion statements; glancing at an EER diagram can immediately indicate that various tables are related.
You can also see how tables are related; what the foreign keys are and what the nature of the relationship is.
5.1. A PNG File of the sakila Database
Find below an EER digram showing all the tables in the sakila database. This image was created using the menu options FILE,
EXPORT, EXPORT AS PNG ....
Figure 5.1. The sakila EER diagram
The object notation style used in Figure 5.1, “The sakila EER diagram” is Workbench (PKs only). This notation only
shows primary keys and no other columns so it is especially useful where space is at a premium. The relationship notation is the de-
fault, Crow's Foot.
9

As the connection lines show, each table is related to at least one other table in the database (with the exception of the film_text
table). Some tables have two foreign keys that relate to the same table. For example the film table has two foreign keys that relate
to the language table, namely fk_film_language_original and fk_film_language. Where there is more than one
relationship between two tables, the connection lines run concurrently.
Identifying and non-identifying relationships are indicated by solid and broken lines respectively. For example, the foreign key
category_id is part of the primary key in the film_category table so its relationship to the category table is drawn with
a solid line. On the other hand, in the city table, the foreign key, country_id, is not part of the primary key so the connection
uses a broken line.
Documenting the sakila Database
10

Chapter 6. MySQL Workbench Reference
This chapter gives an overview of the MySQL Workbench application including a review of the menu items, the toolbar, the
MySQL Model page, an EER diagram page, and the various windows that make up the application.
6.1. The Application Windows
The MySQL Workbench application is composed of a number of different windows some of which can be detached from the main
window. Others cannot be detached but can be docked a various locations.
6.1.1. The Application Layout
When MySQL Workbench is first opened and you have added an EER Diagram the default layout of the application is as pictured
in the following:
Figure 6.1. The default application layout
The MySQL Model and the EER Diagram windows appear as tabbed windows in the larger window on the left. On the right,
the Model Navigator is docked at the top, the Catalog and Layers are tabbed and docked in the middle and the Proper-
ties and History windows are tabbed and docked on the lower right hand side.
The windows on the right cannot be detached from the main window but they may be docked at any position. You also have the op-
tion of autohiding these windows by clicking the push pin icon on the window title bar. Clicking this push pin creates a vertical tab
on the right side of the main window. Mouse over this tab to display the window.
There are five different docking locations within the application; at the top and the bottom of the larger window on the left and one
in each of the three areas on the right. When more than one window is placed within any one of these areas you may dock a win-
dow on any one of the four sides or you may create tabbed windows.
11

6.1.2. Docking and Undocking Windows
Of the windows shown in the default view of MySQL Workbench only EER diagrams and the MySQL Model page may be un-
docked. To detach one of these widows double click the desired tab. Doing this immediately undocks a window. Redock a window
by double clicking the title bar. Doiong this docks the window at its previous location in the main application window .
To change the docking location of a window, left click and drag its title bar, or if the window is a tabbed window, you may also
drag it by left clicking its tab. Doing this displays the docking tool shown in the following.
Figure 6.2. The docking tool
Drag a window over the main application window and a docking tool is displayed for each of the five docking areas identified in
Section 6.1.1, “The Application Layout”. Drag the window you wish to dock towards your preferred docking area. Notice that the
shading changes indicating the area where the window will be docked. To create a tabbed window drop the window at the center of
the docking tool.
If you close a window by clicking the X button you can reopen it by choosing the appropriate option under the VIEW, WINDOWS
menu option; it will reappear at its last location. For more information about the WINDOWS menu options see Section 6.2.3, “The
View Menu”. To reopen the MySQL Model window use the OVERVIEW option found under the VIEW menu.
6.2. MySQL Workbench Menus
Some menu options are not available in the OSS version of this application. Menu items marked SE in MySQL Workbench OSS
version, indicate menu options that are enabled in the standard edition only.
6.2.1. The File Menu
Use this menu item to open a project, begin a new project, or save a project. Choosing NEW opens the default schema, mydb.
Choosing OPEN opens a file dialog box with the default file type set to MySQL Workbench Models (MWB). To display a list of re-
cently opened MWB files, choose the OPEN RECENT menu option. The keyboard command to create a new project is Ctrl N and
the command to open an existing project is Ctrl O.
To close the currently active MySQL Model or EER Diagram tab, use the CLOSE TAB option. You can also do this from the
keyboard by pressing Ctrl W. To reopen the MySQL Model tab, see Section 6.2.3, “The View Menu”. To reopen an EER Dia-
gram tab double click the EER Diagram icon in the EER Diagrams section of the MySQL Model page.
Use the SAVE or SAVE AS menu options to save a model. When you save a model its name appears in the title bar of the applica-
tion. If you have made changes to a project and haven't saved those changes, an asterisk appears in the title bar following the model
name. When you save a model it is saved as a MySQL Workbench file with the extension mwb.
Use the IMPORT menu option to import a MySQL data definition (DDL) script file, one created by issuing the command mysql-
dump --no-data, for example. If the script does not contain a CREATE db_name; statement, the schema objects will be
copied to the default schema, mydb. If the script creates a database, a new tab bearing the database name is added to the Physic-
al Schemata section of the MySQL Model page. If the script contains data, it will be ignored. Importing a DDL script is dis-
cussed in detail in Section 15.1, “Reverse Engineering Using a Create Script”.
Under the Import menu option you can also import DBDesigner4 files.
There are variety of options under the EXPORT menu item. You may generate the SQL statements necessary to create a new data-
base or alter an existing one. These menu items are discussed in detail in Section 16.1, “Forward Engineering Using SQL Scripts”.
Using the EXPORT menu item you can also export an EER diagram as a PNG, SVG, PDF or Postscript file. For an example of a
PNG file see Figure 5.1, “The sakila EER diagram”.
The print options are only enabled if the EER DIAGRAMS tab is selected. You have the choice of printing your model directly to
your printer, printing it as a PDF file, or creating a PostScript file. For more information see Chapter 18, Printing (Commercial
MySQL Workbench Reference
12

Version). Note: the printing options are only available in commercial versions of MySQL Workbench.
Use the DOCUMENT PROPERTIES menu option to set the following properties of your project:
• Name – Defaults to MySQL Model
• Version – The project version number.
• Author – The project author.
• Project – The project name.
• Created – Not editable, determined by the MWB file attributes.
• Last Changed – Not editable, determined by the MWB file attributes.
• Description – A description of your project.
6.2.2. The Edit Menu
Under this menu item find the options for cutting, copying, and pasting. These actions can also be performed using the Ctrl X, Ctrl
C, and Ctrl V key combinations. Undo a deletion using the UNDO DELETE 'OBJECT_NAME' option. The Ctrl Z key combination can
also be used to undo an operation.
Also find a DELETE 'OBJECT_NAME' menu item for removing the currently selected object. The text description for this menu item
changes to reflect the name of the currently selected object. The keyboard command for this action is Ctrl Delete. You can also
right click an object and choose the delete option from the pop-up menu.
The DELETE 'OBJECT_NAME' menu item behaves differently depending upon circumstances. For instance, if an EER DIAGRAM is
active and a table on the canvas is the currently selected object, a dialog box may open asking whether you want to remove the ta-
ble from the canvas only or from the database as well. For setting the default behavior when deleting from an EER Diagram see
Section 6.2.8.6, “The Advanced Tab”.
Warning
If the MySQL Model page is active, the selected object will be deleted from the catalog and there will be no confirm-
ation dialog box.
Choose RENAME or EDIT SELECTED to edit the currently selected object. You can also perform edits in a new window using the
EDIT SELECTED IN NEW WINDOW. The keyboard shortcut for EDIT SELECTED is Ctrl E and Ctrl Shift E for EDIT SELECTED IN
NEW WINDOW.
The SELECT option has the following submenus:
• SELECT ALL (Keyboard shortcut, Ctrl A) – Select all the objects on the active EER diagram.
• SIMILAR FIGURES (Objects of the same type) – Use this option to find objects similar to the currently selected object.
• CONNECTED FIGURES – Use this option to find all the objects connected to the currently selected object.
These menu items are only active when an EER DIAGRAM tab is selected. The SIMILAR FIGURES and the CONNECTED FIGURES
menu options are disabled if no object is currently selected on an EER diagram.
When multiple objects have been selected using one of these menu options, you can navigate between selected items by choosing
the GO TO NEXT SELECTED or GO TO PREVIOUS SELECTED menu options.
Selecting items changes some of the EDIT menu options. If only one object is selected, that object's name appears after the CUT,
COPY and DELETE menu options. If more than one object is selected, these menu items show the number of objects selected.
6.2.2.1. Find Dialog Window (Commercial Version)
Use the FIND option to open a dialog window used for locating objects.
Figure 6.3. The find window
13

Note
This menu item is only available in commercial versions of MySQL Workbench.
You can search the following locations:
• Entire Model – Search the entire model.
• Current View – Search the current view only. This may be the MySQL Model page.
• All Views – Search the MySQL Model Page and all EER diagrams.
• Database Objects – Search database objects only.
• Selected Figures – Search the currently selected objects. This feature only works for EER diagrams.
Enter the text you wish to search for in the FIND TEXT drop down list box. You may also select any or all of the following check
boxes:
• Match Case
• Whole Word
• Use Regular Expression
• Search in Comments
• Search in SQL for Views, SPs etc.
Any text you enter into the FIND TEXT drop down list box is retained for the duration of your session. Use the NEXT or PREVIOUS
buttons to find occurrences of your search criterion.
Clicking the FIND ALL button opens a FIND RESULTS window anchored at the bottom of the application. If you wish, you may un-
dock this window as you would any other.
Use this window to navigate to objects. For example, double clicking the Description of an object located on an EER diagram
navigates to the specific diagram and selects the object. Notice that the properties of the object are displayed in the Properties
palette.
The Find dialog window can also be opened using the Ctrl F key combination. Use Ctrl G to find the next occurrence and Ctrl
14

Shift G to find a previous occurrence. Close the Find dialog window by clicking the X in the top right corner or by pressing the
Esc key.
6.2.3. The View Menu
The Options available under this menu item are:
• OVERVIEW – Under this menu item find the MySQL Model option. This option switches to the MySQL Model view if it is
not currently selected.
If you have closed the MySQL Model window the only way to reopen it is by using this menu option.
• WINDOWS
• MODEL NAVIGATOR – Open the Model Navigator palette
• CATALOG – Open the Catalog palette
• LAYERS – Open the Layers palette
• OBJECT PROPERTIES – Open the Properties palette
• UNDO HISTORY – Open the History palette
These menu options provide a means for opening the windows associated with these options.
• ADVANCED
• OUTPUT WINDOW – Use this option to display the console output. The keyboard shortcut for this menu item is Ctrl F2.
• GRT SHELL – Open the GRT shell. For more information about the GRT shell see Chapter 19, The Generic Runtime Envir-
onment (GRT) Shell. The keyboard shortcut for opening the GRT shell is Ctrl F3.
• ZOOM 100% – The default level of detail of an EER diagram.
• ZOOM IN – Zoom in on an EER diagram.
• ZOOM OUT – Zoom out from an EER diagram.
The ability to zoom in on an EER diagram is also available using the slider tool in the Model Navigator palette. See Sec-
tion 6.6, “The Model Navigator Palette”.
• SET MARKER – Use this option to bookmark an object. From the keyboard select the object you wish to bookmark and use the
key combination Ctrl Shift and the number of the marker (1 through 9). You may create up to nine markers.
• GO TO MARKER – Return to a marker. From the keyboard use the Ctrl key and the number of the marker.
6.2.4. The Arrange Menu
The Arrange menu option applies only to objects on an EER diagram canvas and is only visible if an EER diagram view is act-
ive. The options under this menu item are as follows:
• ALIGN TO GRID – Align items on the canvas to the grid lines.
• BRING TO FRONT – Use this option to bring objects to the foreground.
• SEND TO BACK – Use this option to move objects to the background.
• CENTER DIAGRAM CONTENTS – Use this option to center objects on the canvas.
• AUTOLAYOUT – Use this option to automatically arrange objects on the canvas.
• FIT OBJECTS TO CONTENTS – This option expands an object on an EER diagram. For example, if a table has a long column
name that is not fully displayed, using this menu option will expand the table making the column visible. This menu item is not
enabled until an object is selected.
• EXPAND ALL – Use this option to expand all objects on an EER diagram. This option will display a table's columns if the object
notation supports expansion. Some object notations, such as Classic, do not allow for expansion or contraction. Indexes will
not automatically be expanded unless they were previously expanded and have been collapsed using the COLLAPSE ALL menu
option.
15

• COLLAPSE ALL – Undo the operation performed by EXPAND ALL.
6.2.5. The Model Menu
The menu options available under the Model menu item are as follows:
• ADD DIAGRAM – Create a new EER Diagram. The keyboard shortcut is Ctrl T.
• CREATE DIAGRAM FROM CATALOG OBJECTS – Create an EER diagram from all the objects in the catalog.
• DBDOC – MODEL REPORTING...– For information on using this menu option see Section 6.2.5.1, “The DBDoc Model Report-
ing Dialog Window (Commercial Version)”.
• DIAGRAM SIZE – Choosing this menu option opens a diagram size dialog box. Use this dialog box to adjust the width or height
of the canvas. The unit of measure is pages; the default value is two.
When you have tables with numerous columns, use this menu option to increase the size of the EER.
• VALIDATION – The items available under this option are discussed in Section 6.2.5.2, “The Validation Menu Options
(Commercial Version)”.
• VALIDATION (MYSQL) – The items available under this option are discussed in Section 6.2.5.2, “The Validation Menu Op-
tions (Commercial Version)”.
• OBJECT NOTATION – The items available under this option are discussed in Section 6.2.5.3, “The Object Notation Menu Op-
tions (Commercial Version)”.
• RELATIONSHIP NOTATION – The items available under this option are discussed in Section 6.2.5.4, “The Relationship Notation
Menu Option (Commercial Version)”.
• MODEL OPTIONS – Set options specific to this model. The available options are identical to the options available under the
MODEL, MYSQL, and DIAGRAM tabs of the TOOLS, OPTIONS ... menu. For more information, see Section 6.2.8.2, “The Model
Tab”.
6.2.5.1. The DBDoc Model Reporting Dialog Window (Commercial Version)
This dialog window is found by navigating to the MODEL menu item and choosing the DBDOC - MODEL REPORTING ... option.
Note
The DBDOC - MODEL REPORTING ... option is not available in the MySQL Workbench OSS version.
Use this dialog window to set the options for creating documentation of your database models.
Figure 6.4. The DBDoc Model Reporting main wizard
16

You can choose from four available templates:
• HTML Basic Frames – Model documentation in HTML format that makes use of frames.
• HTML Basic Single Page – Single Page HTML documentation, not using frames.
• HTML Detailed Frames – Detailed HTML documentation, using frames.
• Text Basic – Text file documentation.
Click on a template and a preview image displays on the right side of the screen. Choose the HTML Basic Frames option and
you can select either the Colorful or the Restrained Colors option from the STYLE drop down list box. The HTML Ba-
sic Single Page template offers only the Colorful style. The HTML Detailed Frames template offers the Vibrant
style, and also the more subdued Coated style. The Text Basic template only offers the Fixed Size Font style.
From the BASE OPTIONS frame choose the report title and the output directory for the report files.
Content options can also be set. These are:
• Render Table Columns – Choose this option to display all the columns.
• Render Table Indices – Choose this option to display all the indexes.
• Render Foreign Keys – Choose this option to display all the foreign keys.
• List Foreign Keys that refer to that table – Choose this option to display the tables that foreign keys ref-
erence.
Clicking the FINISH button creates the directory defined in the OUTPUT DIRECTORY text box. If you chose to create HTML Basic
Frames you will find the following files in this directory:
17

• basic.css – The style sheet for the overview.html page.
• index.html – The main page.
• overview.html – The model overview, the navigation links shown in the sidebar.
• restrained.css – The CSS file used if the Restrained Colors style option was chosen.
• table_details.html – The main frame of the model report.
Choosing the HTML Basic Single Page option creates a style sheet and an index.html file.
Choosing the HTML Detailed Frames option creates the following files:
• basic.css – The style sheet for the overview.html page. This is used if the vibrant style is chosen.
• coated.css – The CSS file used if the Coated style option was chosen.
• details_list.html – Show a Schema overview along with details of columns, indexes and foreign keys for each schema.
• full_list.html – Displays all columns and indexes for the schema.
• index.html – The main page.
• overview.html – Displays overview information for the report such as report title, project name and author.
• overview_list.html – Displays a summary of schema in the model along with a list of tables contained in each schema.
• table_details.html – The main report details.
• top.html – The top frame of the report.
Choosing the Text Basic option creates a directory containing one text file.
You can click on index.html to view a report. The following screenshot shows the HTML Detailed Frames report being
displayed:
Figure 6.5. The DBDoc Model Report
18

If you wish to create custom templates please refer to Chapter 22, Customizing DBDoc Model Reporting Templates.
6.2.5.2. The Validation Menu Options (Commercial Version)
Under the MODEL menu option there are two validation options, VALIDATION and VALIDATION (MYSQL). Use these options for
general validation and MySQL-specific validation of the objects and relationships defined in your model.
Note
These options are not available in the MySQL Workbench OSS version.
Under the VALIDATION option the menu items are:
• VALIDATE ALL – Perform all the validation options available
• EMPTY CONTENT VALIDATION – Check for objects with no content, for example a table with no columns
• TABLE EFFICIENCY VALIDATION – Check the efficiency of tables, for example a table with no primary key defined
• DUPLICATE IDENTIFIERS VALIDATION – Check for duplicate identifiers, for example two tables with the same name
• CONSISTENCY VALIDATION – Check for consistent naming conventions
• LOGIC VALIDATION – Check, for example, that a foreign key does not reference a non-primary key column in the source table
Under the VALIDATION (MYSQL) option the menu items are:
• VALIDATE ALL – Perform all the validation options available
• INTEGRITY VALIDATION – Check for invalid references, for example, a table name longer than the maximum allowed
19

• SYNTAX VALIDATION – Check for correct SQL syntax
• DUPLICATE IDENTIFIERS VALIDATION (ADDITIONS) – Check for objects with the same name
For detailed information about validation see Chapter 21, MySQL Workbench Schema Validation Plugins (Commercial Version).
6.2.5.3. The Object Notation Menu Options (Commercial Version)
The options under the OBJECT NOTATION menu apply exclusively to an EER diagram. They are grayed out if an EER diagram tab
is not selected.
Note
Alternatives to the default object notation are not available in the MySQL Workbench OSS version.
The menu options are as follows:
• WORKBENCH (DEFAULT) – Display table columns, indexes, and triggers.
• WORKBENCH (SIMPLIFIED) – Show only a table's columns.
• WORKBENCH (PKS ONLY) – Show only columns that are primary and foreign keys.
• CLASSIC – Similar to the Workbench (Simplified) style showing only the table's columns.
• IDEF1X – The ICAM DEFinition language information modeling style.
The object notation style that you choose persists for the duration of your MySQL Workbench session and is saved along with your
model. When MySQL Workbench is restarted, the object notation reverts to the default. To change the default object notation see
Section 6.2.8.6, “The Advanced Tab”.
Note
If you plan to export or print an EER diagram be sure to decide on a notation style first. Changing notation styles after
objects have been placed on a diagram can significantly change the appearance of the diagram.
6.2.5.4. The Relationship Notation Menu Option (Commercial Version)
The options under the RELATIONSHIP NOTATION menu apply exclusively to an EER diagram. They are grayed out if an EER dia-
gram tab is not selected.
Note
Alternatives to the default object notation (crow's foot) are not available in the MySQL Workbench OSS version.
The menu options are as follows:
• CROW'S FOOT (IE) – The default modeling style. For an example see Figure 4.1, “Adding tables to the canvas”.
• CLASSIC – Uses a diamond shape to indicate cardinality.
• UML – Universal Modeling Language style.
• IDEF1X – The ICAM DEFinition language information modeling method
To view the different styles, set up a relationship between two or more tables and choose the different menu options
The relationship notation style that you choose persists for the duration of your MySQL Workbench session and is saved along
with your model. When MySQL Workbench is restarted, the relationship notation reverts to the default, the Crow's Foot style.
To change the default relationship notation see Section 6.2.8.6, “The Advanced Tab”.
Note
If you plan to export or print an EER diagram be sure to decide on a notation style first. Changing notation styles after
objects have been placed on a diagram can significantly change the appearance of the diagram.
6.2.6. The Database Menu (Commercial Version)
20

There are three options under the DATABASE menu option:
• REVERSE ENGINEERING – Create a model from an existing database. For more information, see Section 15.2, “Reverse Engin-
eering a Live Database (Commercial Version)”.
• FORWARD ENGINEERING – Create a database from a model. For more information, see Section 16.2, “Forward Engineering to a
Live Server (Commercial Version)”.
• SYNCHRONIZE ... – Synchronize your database model with an existing database. For more information, see Section 16.3,
“Database Synchronization (Commercial Version)”.
• GENERATE SCHEMA DIFF REPORT – Compare your schema model with a live database or a script file. Section 16.4, “Creating a
Schema Diff Report (Commercial Version)”.
Note
These options are not available in the MySQL Workbench OSS version.
6.2.7. The Plug-ins Menu
The PLUGINS menu option lists any plug-ins that you may have installed. For more information about this menu option see
Chapter 20, Plug-ins.
6.2.8. The Tools Menu
The OPTIONS menu sets MySQL Workbench defaults. Choosing the OPTIONS menu item opens the following dialog box:
Figure 6.6. The Options dialog box
21

The following list describes the dialog box tabs:
• GENERAL – The delete and undo history options
• MODEL –Default object names
• DIAGRAM – EER diagram settings
• COLORS – Add to or edit the colors that appear in the drop down list boxes
• FONTS – Associate fonts with specific object properties
• ADVANCED – Advanced object configuration
A more detailed discussion of these options follows.
Note
The DEBUG menu option is used for assistance in debugging the beta versions of MySQL Workbench. It will be not
appear in the GA release.
6.2.8.1. The General Tab
Under the GENERAL option limit the number of undos by setting a value for the UNDO HISTORY SIZE text box. For an unlimited
number of undos set the value to 0.
22

Use the WHEN DELETING PHYSICAL MODEL FIGURES IN DIAGRAM frame to determine the behavior when deleting objects from
the EER diagram canvas. Choose Ask and whenever you delete an object you will be asked whether you wish to remove the object
from an EER diagram only or also from the catalog. The Keep Database Object in Catalog is the safest option. You
also have the option of deleting the object from both the EER diagram and the catalog.
Note
If you choose the Ask option a confirmation dialog box will only open when you are deleting an object from an EER
Diagram. When deleting in the MySQL Model view there is no confirmation dialog window and the delete action al-
ways removes the object from the catalog.
There are a variety of ways of deleting an object from an EER canvas; using the eraser tool, choosing a pop-up menu option, us-
ing the delete key, and by choosing the delete option under the EDIT menu. In each case, the action performed by the delete key is
determined by the option chosen from the WHEN DELETING PHYSICAL MODEL FIGURES IN DIAGRAM frame.
If you are using MySQL Workbench OSS, check the check box at the bottom of the page to hide menu options that apply only to
the commercial version of MySQL Workbench.
6.2.8.2. The Model Tab
Use the model tab to set the default value for various object names and the primary key data type. A listing of those items with their
default values follows:
• Primary Key Column Name – id%table%
• Primary Key Column Type – INT
• Foreign Key Name – fk%stable_%dtable%
• Foreign Key Column Name – %table%_%column%
• Associative Table Name – %stable%_has_%dtable%
The Primary Key Column Name is the default primary key column name when using the table editor. Likewise with the de-
fault primary key data type. The remaining items are the default names used when using the relationship tools on an EER diagram.
Items enclosed by percentage signs are variables. Their meanings are as follows:
• %table% – the table associated with the object
• %column% – the column associated with the object
• %stable% – the source table
• %dtable% – the destination table
6.2.8.3. The Diagram Tab
Use this tab to determine display settings for an EER diagram.
Select whether to expand new objects by checking the EXPAND NEW OBJECTS check box and select whether to draw line crossings
by checking the DRAW LINE CROSSINGS check box.
From this tab you can also set the maximum number of characters for:
• Column Names
• Column Types
• Routine Names
Note that this changes the display properties only, not the objects themselves.
6.2.8.4. The Colors Tab
Use this tab to set the available colors for the objects that appear on an EER diagram canvas. You can also add colors if you wish.
23

Changes made here affect the drop down list box of colors that appears on the toolbar when adding objects to an EER diagram can-
vas. For a discussion of using this list box see Section 6.3.1, “Tool-specific Toolbar Items”.
6.2.8.5. The Fonts Tab
Use this tab to set the font face, font size, and the font style for the following list of items:
• Connection Figure Caption
• Layer Title
• Note Figure Text
• Routine Group Figure Item
• Routine Group Figure Title
• Table Figure Items
• Table Figure Section
• Table Figure Title
• View Figure Title
Choose from the drop down list of fonts and font sizes. You may also check the Bold and Italic check boxes.
6.2.8.6. The Advanced Tab
Use this tab for setting the defaults for various application objects. The options and their default values are shown in the following:
• DefaultConnectionNotation – crowsfoot
• DefaultFigureNotation – workbench/default
• FKDeleteRule – NO ACTION
• FKUpdateRule – NO ACTION
• ProxyServer
• ProxyType – HTTP
• ProxyUserPwd
• VersionsFileURL – http://dev.mysql.com/workbench/versions.php
• workbench.model.layer:Color – #F0F1FE
• workbench.model.NoteFigure:Color – #FEFDED
• workbench.physical.RoutineGroupFigure:Color – #98D8A5
• workbench.physical.TableFigure:Color – #98BFDA
• workbench.physical.ViewFigure:Color – #FEDE58
To change the default value simply click the field you wish to change and enter the new value.
Legitimate values for connection notation are:
• classic
• idef1x
• crowsfoot (default)
• uml
24

For more information about these notation styles see Section 6.2.5.4, “The Relationship Notation Menu Option (Commercial Ver-
sion)”.
Legitimate values for object notation are:
• workbench/default (default)
• workbench/simple
• workbench/pkonly
• idef1x
• classic
For more information about these notation styles see Section 6.2.5.3, “The Object Notation Menu Options (Commercial Version)”.
Legitimate values for the foreign key delete or update rules are:
• RESTRICT
• CASCADE
• SET NULL
• NO ACTION (default)
For more information about these actions see Section 7.3.5, “The Foreign Keys Tab”.
The VersionsFileURL option is used to support the automatic update feature of MySQL Workbench. The default value is ht-
tp://dev.mysql.com/workbench/versions.php. Normally this value would not be changed by the user.
For more information about the proxy server options see Section 6.2.8.6.1, “Proxy Server Settings”.
Use the remaining options to set the color of various objects. Use hexadecimal values preceded by the ‘#’ character.
6.2.8.6.1. Proxy Server Settings
The proxy server group of settings are ProxyServer, ProxyType, and ProxyUserPassword. Use these settings if you are
connecting to a database server through a proxy server.
The ProxyServer option is used to set the host name and port of a proxy server. This is specified using a host name or IP ad-
dress followed by a colon and the port number. For example, 192.168.0.9:8080 or proxy.some-provider.com:80.
The default value is an empty string, indicating that no proxy server is used.
The ProxyType option defines the protocol for the proxy server. Legitimate values are:
• HTTP (default)
• SOCKS4
• SOCKS5
The ProxyUserPassword option specifies a user's proxy server credentials. Separate your user name from your password using
a colon, for example, user_name:password. The default value for this option is an empty string.
6.2.9. The Community Menu
The COMMUNITY menu option offers the following choices:
• WORKBENCH BLOG
• FAQS ABOUT WORKBENCH
• LEARN HOW TO CODE FOR WORKBENCH
• DISCUSS WORKBENCH TOPICS
25

• CONTRIBUTE TO WORKBENCH
Use these menu options to go online and learn more about MySQL Workbench.
6.2.10. The Help Menu
The HELP menu option offers the following choices:
• HELP INDEX – opens a windows showing the MySQL Workbench documentation. Read, search, or print the documentation
from this window.
• CHECK FOR UPDATES – open your default browser on the MySQL Workbench website and check for a newer version
• UPDATE ... – update to the latest version
• MYSQL.COM WEBSITE – open your default browser on the MySQL website home page
• WORKBENCH PRODUCT PAGE – open your default browser on the MySQL Workbench product page
• SYSTEM INFO – information about your system, useful when reporting a bug.
• REPORT A BUG – open your default browser on the MySQL bug report page
• ABOUT WORKBENCH – show the MySQL Workbench About window
Use these menu options to go online and learn more about MySQL Workbench.
6.2.10.1. System Info
Use the SYSTEM INFO menu option to determine information about your system. This option is especially useful for determining
your rendering mode. Sample output follows.
Adapter String: VirtualBox Video Adapter
BIOS String: Version 0xB0C2 or later
Memory Size: 65536 KB
MySQL Workbench SE for Windows version 5.0.14
Rendering Mode: Native GDI Rendering
OpenGL Driver Version: Not Detected
OS: Windows XP
CPU: AMD Athlon(tm) 64 X2 Dual Core Processor 4600+, 512 MB RAM
Video adapter info:
Adapter type: VirtualBox Graphics Adapter
Chip Type: VBOX
DAC Type: Integrated RAMDAC
Adapter String: VirtualBox Video Adapter
BIOS String: Version 0xB0C2 or later
Memory Size: 65536 KB
6.3. The Toolbar
The MySQL Workbench toolbar is found immediately below the menu bar. The following tools always appear on the toolbar:
• The folder icon – Click this icon to open a MySQL Workbench file (MWB)
• The save icon – Click this icon to save the current MySQL Workbench project
• The right and left arrows – Not yet activated.
Other tools appear on the toolbar depending upon the context.
When an EER diagram canvas is selected, the following icons appear to the right of the arrow icons:
• The grid icon – Used for aligning objects on the canvas
• The lock icon – Not yet activated.
6.3.1. Tool-specific Toolbar Items
The toolbar also changes depending upon which tool from the vertical toolbar is active. These tools are discussed in Section 6.5.1,
26

“The Vertical Toolbar”.
If the Table tool is active, drop down list boxes of schemata, engine types and collations appear on the toolbar. There is also a
color choice drop down list box.
The color choice drop down list box is also displayed when the Note or Layer tools are active.
When the View or Routine Group tools are active, the schemata list box and the a color choice drop list box are displayed.
6.4. MySQL Model Page
MySQL Workbench opens on the MySQL Model page with the MySQL Model tab selected. This page is divided up into five
separate sections with space left for docking different windows at the bottom of the page.
Figure 6.7. The MySQL Model page
The sections within the MySQL Model page are:
• EER Diagrams
• Physical Schemata
• Schema Privileges (Commercial version)
• SQL Scripts
• Model Notes
For each of these sections objects can be added to a project by clicking the appropriate add object icon. You may also rename, edit,
cut, copy, or delete objects on this page by right clicking. Doing this opens a pop-up menu.
The sections within the MySQL Model page are discussed in what follows.
6.4.1. EER Diagrams
27

Use the Add Diagram icon in this area to create EER diagrams. When you add an EER diagram a new tab appears below the
toolbar. Use this tab to navigate to the newly created EER diagram. EER Diagrams are discussed in depth in Section 6.5, “An EER
Diagram Canvas”.
If you do not wish to have your EER diagrams as docked or tabbed windows you may change this. For more information, see Sec-
tion 6.1.2, “Docking and Undocking Windows”.
6.4.2. The Physical Schemata
The Physical Schemata panel of the MySQL Model page shows the active schemata and the objects that they contain.
Expand and contract the Physical Schemata section by double clicking the arrow on the left of the Physical Schemata
title bar. When the Physical Schemata section is expanded, all the schemata that are currently loaded are displayed.
Each schema shows as a tab; a specific schema is selected by clicking its tab. When MySQL Workbench is first opened a default
schema, mydb is selected. You can start working with this schema or you can load a new MySQL Workbench Models (MWB) file.
There are a variety of ways to add schema to the Physical Schemata panel. You can open an MWB file, reverse engineer a
MySQL create script, or, if you are using a commercial version of MySQL Workbench, you can reverse engineer a database by
connecting to a MySQL server.
You can also add a new schema by clicking the + button on the top right of the Physical Schemata panel. To remove a
schema, click its tab and use the - button found to the immediate left of the + button. To the left of these buttons are three buttons
that control the way database object icons are displayed. The left-most button displays database objects as large icons, the next but-
ton to the right displays small icons in multiple rows, and the last button displays small icons in a single list.
To expand the Physical Schemata window move the mouse pointer anywhere over the gray area that defines the lower edge of the
Physical Schemata panel. Hold down the right mouse button and move the mouse to adjust the size of the window.
6.4.2.1. Schema Objects
The Physical Schemata panel is divided up into the following sections:
• Tables
• Views
• Routines
• Routine Groups
Each section contains the specified database objects and an icon used for creating additional objects.
Any objects added to the Physical Schemata show up in the Catalog palette docked on the right side of the application.
Any database objects added to an EER diagram canvas also show up in the Physical Schemata section. For information
about adding objects to an EER diagram canvas see Section 6.5, “An EER Diagram Canvas”.
6.4.3. Schema Privileges (Commercial Version)
The Privileges panel of the MySQL Model page is used to create users for your schemata and also to define roles — making
it much easier to assign the same rights to different users or different rights to different users.
Note
This feature is not available in the MySQL Workbench OSS version.
The Schema Privileges panel is divided up into the following sections:
• Users
• Roles
The following image displays the Schema Privileges section of the MySQL Model tab.
Figure 6.8. Roles and privileges
28

6.4.3.1. Adding Roles
To add a role double click the Add Role icon. Doing this creates a role with the default name role1. Right clicking a role opens
a pop-up menu with the following options:
• RENAME – Rename the role
• CUT 'ROLE_NAME' – Cut the role
• COPY 'ROLE_NAME' – Copy the role
• EDIT ROLE ... – Open the role editor.
• EDIT IN NEW WINDOW – Open the role editor in a new editor window.
• DELETE 'ROLE_NAME' – Remove the role
Use the Rename option to give a newly created role a name descriptive of its function.
All roles that have been defined are listed under Roles on the left side of the role editor. Double clicking a role object opens the
role editor docked at the bottom of the screen.
Figure 6.9. Role editor
Select the role that you wish to add objects to. You may drag and drop objects from the Physical Schemata or from the
Catalog panel to the Objects section of the role editor. To assign privileges to a role select a role from the Roles section and
then select an object in the Objects section. In the Privileges section check the rights you wish to assign to this role. For ex-
ample, a web_user role might have only SELECT privileges and only for database objects exposed through a web interface. Cre-
ating roles can make the process of assigning rights to new users much easier.
29

6.4.3.2. Adding Users
To add a user double click the Add User icon. Doing this creates a user with the default name user1. Double clicking this user
opens the user editor docked at the bottom of the application.
In the User Editor, set the user's name using the NAME text box and set the password using the PASSWORD text box. Assign
one role or a number of roles to the user by selecting the desired roles from the text area on the right and then clicking the < button.
Roles may be revoked by moving them in the opposite direction.
Right clicking a user opens a pop-up menu. These options function as described in Section 6.4.3.1, “Adding Roles”.
6.4.4. SQL Scripts and Model Notes
The two remaining panels on the MySQL Model page are SQL Scripts panel and the Model Notes panel.
Use the SQL Scripts panel to load and modify SQL scripts. If you created your project from an SQL script and plan to create
an ALTER script, you may want to add the original script here. since it will be needed in order to create an ALTER script. For more
information, see Section 16.1.2, “Altering a Schema”.
Use the Model Notes panel to write project notes. Any scripts or notes added will be saved with your project.
6.5. An EER Diagram Canvas
EER diagrams are created by double clicking the Add Diagram icon. You may create any number of EER diagrams just as you
may create any number of physical schemata. Each EER diagram shows as a tab below the toolbar; a specific EER diagram is se-
lected by clicking its tab.
Clicking an EER diagram tab navigates to the canvas used for graphically manipulating database objects. On the left side of this
page is the Vertical Toolbar.
6.5.1. The Vertical Toolbar
The vertical toolbar shows on the left sidebar when an EER diagram tab is selected. The tools on this toolbar assist in creating EER
diagrams.
Figure 6.10. The vertical toolbar
30

Clicking a tool changes the mouse pointer to a pointer that resembles the tool icon, indicating which tool is active. These tools can
also be activated from the keyboard by pressing the key associated with the tool. Mousing over a tool displays a description of the
tool and its shortcut key.
A more detailed description of each of these tools follows.
6.5.1.1. The Standard Mouse Pointer
The standard mouse pointer, located at the top of the vertical toolbar, is the default mouse pointer for your operating system. Use
this tool to revert to the standard mouse pointer after using other tools.
From the keyboard, use the Esc key to revert to the default pointer.
6.5.1.2. The Hand Tool
The hand tool is used to move the entire EER diagram. Left click on this tool and then left click anywhere on the EER diagram can-
vas holding down the mouse button. Moving the mouse changes the view port of the canvas.
To determine your position on the canvas look at the Model Navigator panel on the upper right. If the Model Navigator
panel is not open, use the VIEW, WINDOWS, MODEL NAVIGATOR to open it.
From the keyboard, use the H key to activate this tool.
You can also change the view port of an EER diagram using the Model Navigator panel. To do this see Section 6.6, “The
Model Navigator Palette”.
6.5.1.3. The Eraser Tool
Use the eraser tool to delete objects from the EER Diagram canvas.
Change the mouse pointer to the eraser tool and click the object you wish to delete. Depending upon your settings, the delete dialog
31

box should open, asking you to confirm the type of deletion.
Note
The delete action of the eraser tool is controlled by the general option setting for deletion. Be sure that you under-
stand the available options described in Section 6.2.8.1, “The General Tab” before using the eraser tool
From the keyboard, use the D key to activate this tool.
In addition to using the eraser tool, you can also delete an object by selecting it and pressing Ctrl Delete or right clicking it and
choosing DELETE from the pop up menu.
6.5.1.4. The Layer Tool
The layer tool is the rectangular icon with a capital L in the lower left corner.
The layer tool is used to organize the objects on an EER Diagram canvas. It is useful for grouping together similar objects. You
may, for instance, use it to group all your views together.
Click the layer tool and use it to draw a rectangle on the canvas. Change to the standard mouse pointer tool and pick up any objects
you would like to place on the newly created layer.
To change the size of a layer, first select it by clicking on it. When a layer is selected small rectangles appear at each corner and in
the middle of each side. Adjust the size by dragging any one of these rectangles.
You can also make changes to a layer by selecting the layer and changing properties in the PROPERTIES panel. Using the PROPER-
TIES panel is the only way to change the name of a layer.
From the keyboard, use the L key to activate this tool. For more information about layers see Chapter 11, Creating Layers.
6.5.1.5. The Text Tool
The text tool is the square icon with a capital N in the top left corner. Use this tool to place text objects on the EER diagram canvas.
Click the tool and then click the desired location on the canvas. Once a text object has been dropped on the canvas, the mouse
pointer reverts to its default.
To add text to a text object, right click the text object and choose either of the pop-up menu options, EDIT NOTE ... or EDIT IN NEW
WINDOW ....
You can manipulate the properties of a text object by selecting it and then changing its properties in the Properties panel.
From the keyboard, use the N key to activate this tool. For more information about text objects see Chapter 13, Creating Text Ob-
jects.
6.5.1.6. The Image Tool
Use the image tool to place an image on the canvas. When this tool is selected and you click on the canvas, a dialog box opens al-
lowing you to select the desired graphic file.
From the keyboard, use the I key to activate this tool. For more information about images see Chapter 14, Creating Images.
6.5.1.7. The Table Tool
Use this tool to create a table on the EER Diagram canvas.
When this tool is activated, drop down list boxes appear on the toolbar below the main menu. Use these list boxes to determine the
schema, engine type, and collation. All the schemata shown in the Physical Schemata section appear in the leftmost drop-
down box and all database engines in the engine drop-down box. The collation drop-down box shows all available character set op-
tions. There is also a drop down color palette to choose the color accent for your table.
Figure 6.11. The toolbar when the table tool is active
Clicking on the canvas, creates a table. To edit this table, right click it and choose EDIT TABLE or EDIT IN NEW WINDOW from the
pop-up menu.
32

From the keyboard, use the T key to activate this tool.
For more information about creating and editing tables see Section 7.3, “The MySQL Table Editor”.
6.5.1.8. The View Tool
Use this tool to create a view on an EER Diagram canvas.
When this tool is activated, a schema drop-down box appears on the toolbar below the main menu, allowing you to associate the
new view with a specific schema. You can also select a color for the object by choosing from the color drop down list box to the
right of the schema list box.
After selecting this tool, clicking on the canvas creates a new view. To edit this view, right click it and choose EDIT VIEW or EDIT
IN NEW WINDOW ... from the pop-up menu.
From the keyboard, use the V key to activate this tool.
For more information about creating and editing views see Chapter 9, Creating Views.
6.5.1.9. The Routine Group Tool
Use this tool to create a routine group on the EER Diagram canvas.
When this tool is activated, a schema drop-down box appears on the toolbar below the main menu, allowing you to associate the
routine group with a specific schema. You can also select a color for the routine group by choosing from the color drop down list
box to the right of the schema list box.
After selecting this tool, clicking in the canvas creates a new group. To edit this view, right click it and choose EDIT ROUTINE
GROUP or EDIT IN NEW WINDOW ... from the pop-up menu.
From the keyboard, use the G key to activate this tool.
For more information about creating and editing routine groups see Section 10.2, “Routine Groups”.
6.5.1.10. The Relationship Tools
The five relationship tools are used to represent the following relationships:
• One-to-many non-identifying relationships
• One-to-one non-identifying relationships
• One-to-many identifying relationships
• One-to-one identifying relationships
• Many-to-many identifying relationships
These tools appear at the bottom of the vertical tool bar. Mouse over each tool to see a text hint that describes its function.
For more information about relationships see Chapter 8, Creating Foreign Key Relationships.
6.6. The Model Navigator Palette
Docked at the top right of the application is the Model Navigator palette. This palette gives you an overview of the objects
placed on an EER diagram canvas and for this reason it is most useful when an EER diagram is active. Any objects that you have
placed on the canvas should be visible in the navigator.
The Model Navigator palette shows the total area of an EER diagram. A black rectangular outline indicates the view port onto
the visible area of the canvas. To change the view port of an EER diagram left click this black outline and drag it to the desired loc-
ation. You can zoom in on selected areas of an EER diagram by using the slider tool at the bottom of this window. The dimensions
of the view port change as you zoom in and out. If the slider tool has the focus you can also zoom using the arrow keys.
The default size of the Model Navigator is two pages. To change this use the MODEL, DIAGRAM SIZE menu option.
Figure 6.12. The Model Navigator palette
33

Close this window by clicking the X on the top right of the title bar. To reopen the Model Navigator palette choose the VIEW,
WINDOWS menu options and then MODEL NAVIGATOR.
You can autohide this window by clicking the push pin icon on the title bar. Doing this displays a vertical tab on the right side of
the application. Mouse over this tab to view the Model Navigator.
6.7. The Catalog and Layers Palettes
By default these two palettes are docked on the right, in the middle of the application. You can select one or the other by clicking
the tab at the bottom of this palette.
6.7.1. The Catalog Palette
The Catalog palette shows all the schemata that are present in the Physical Schemata section of the MySQL Model page.
Expand the view of the objects contained in a specific schema by clicking the + button to the left of the schema name. Doing this
displays the following folder icons:
• Tables
• Views
• Routine Groups
Expand each of these in turn by clicking the + button to the left of the folder icon.
Selecting an object in this palette, displays its properties in the Properties palette.
This palette is principally used to drag and drop objects onto an EER diagram canvas.
the application. Mouse over this tab to view its contents. Autohiding a window when it is a tabbed window, autohides all the tabbed
windows at that location.
6.7.2. The Layers Palette
This palette shows all the layers and figures that have been placed on an EER diagram. If a layer or figure is currently selected, an
X appears beside the name of the object and its properties are displayed in the Properties palette. This can be especially useful
in determining which objects are selected when you have selected multiple objects using the various options under the SELECT
menu option. For more information on this topic see Section 6.2.2, “The Edit Menu”.
Selecting an object in the Layers palette also adjusts the view port to the area of the canvas where the object is located.
the application. Mouse over this tab to view its contents. Autohiding a window when it is a tabbed window, autohides all the tabbed
windows at that location.
6.7.2.1. Finding Invisible Objects Using the Layers Palette
34

In some circumstances you may want to make an object on an EER diagram invisible. To do this, select the object and, in the
Properties palette, set the visible property to False.
The Layer palette provides an easy way to locate an invisible object. Open the Layers palette and select the object by double
clicking it. Once an object is selected you can reset the visible property from the Properties palette.
6.8. The Properties and History Palettes
By default these two palettes are docked on the right, at the bottom of the application. You can select one or the other by clicking
the tab at the bottom of this palette.
6.8.1. The Properties Palette
The Properties palette is used to display and edit the properties of objects on an EER diagram. It is especially useful for editing
display objects such as layers and notes.
All objects except connections have the following properties except as noted:
• color – The color accent of the object. The color of the object is displayed here as is its hexadecimal value. Change the color
of the object by changing this value. Only characters that are legal for hexadecimal values may be entered. You can also change
the color by clicking the ... button. This opens a color changer dialog box.
• description – Applicable to layers only. A means of documenting the purpose of a layer.
• enabled – Not yet implemented.
• expanded – This attribute applies to objects such as tables that can be expanded to show columns, indexes, and triggers.
• height – The height of the object. Depending upon the object, this property may be read only or read/write.
• left – The number of pixels from the object to the left side of the canvas.
• locked – Whether the object is locked or not. The value for this attribute is either true or false.
• manualSizing – Whether the object has been manually sized or not. The value for this attribute is either true or false.
• name – The name of the object.
• top – The number of pixels from the object to the top of the canvas.
• visible – This property controls whether an object shows up on the canvas or not. Use ‘1’ for true and ‘0’ for false.
• width – The width of the object. Depending upon the object, this property may be read only or read/write.
In addition to the properties listed above, tables also have the following properties:
• indexesExpanded – This property determines whether indexes are displayed when a table is placed on the canvas. Use ‘1’
for true and ‘0’ for false.
• triggersExpanded – This property determines whether triggers are displayed when a table is placed on the canvas. Use
‘1’ for true and ‘0’ for false.
For a discussion of the properties of connections see Section 8.3, “The Properties of a Connection”.
6.8.2. The History Palette
Use the History palette to review the actions that you have taken. Left clicking an entry opens a pop-up menu with the option,
COPY HISTORY ENTRIES TO CLIPBOARD. Choose this option to select a single entry. You can select multiple contiguous entries by
pressing the Shift key and clicking the entries you wish to copy. Select non-contiguous entries by using the Ctrl key.
Only actions that alter the MySQL model or change an EER diagram are captured by the History palette.
35

Chapter 7. Creating Tables
7.1. Adding Tables to the Physical Schemata
Double clicking the Add table icon in the Physical Schemata section of the MySQL Model page adds a table with the
default name of table1. If a table with this name already exists, the new table is named table2.
Adding a new table automatically opens the table editor docked at the bottom of the application. Using the table editor is described
in Section 7.3, “The MySQL Table Editor”.
Right clicking a table opens a pop-up menu with the following options:
• RENAME
• CUT 'TABLE_NAME'
• COPY 'TABLE_NAME'
• EDIT TABLE...
• EDIT IN NEW WINDOW
• COPY SQL TO CLIPBOARD
• DELETE 'TABLE_NAME'
If the table editor is not open the EDIT TABLE ... option opens it. If it is already open, the selected table replaces the previous one.
EDIT IN NEW WINDOW opens a new table editor tab.
The cut and copy options are useful for copying tables between different schemata and COPY SQL TO CLIPBOARD copies the CRE-
ATE TABLE statement to the clipboard.
Warning
Use the DELETE 'TABLE_NAME' to remove a table from the database. There will be no confirmation dialog box.
Any tables added to the Physical Schemata also show up in the Catalog palette on the right side of the application. They
may be added to an EER Diagram by dragging and dropping them from this palette.
7.2. Adding Tables to an EER Diagram
Tables can also be added to an EER Diagram using the table tool on the vertical toolbar. To do this make sure that the EER
Diagram tab is selected, and right click the table icon on the vertical toolbar. The table icon is the rectangular tabular icon.
Clicking the mouse on this icon changes the mouse pointer to a table pointer. You can also change the mouse pointer to a table
pointer by pressing the T key.
Choosing the table tool changes the contents of the toolbar that appears immediately below the menu bar. When the Tables
pointer is active, this toolbar contains a drop down list box of schemata, a drop down list box of engines, a drop down list box of
collations, and a drop down color chart. Use these list boxes to select the appropriate schema, engine, collation, and color accent for
the new table. Make sure that you associate the new table with a database. The engine and collation of a table can easily be changed
from the table editor and the color of your table can be changed later using the Properties palette. The Default Engine
and Default Collation values refer to the database defaults.
Create a table by clicking anywhere on the EER Diagram canvas. Doing this creates a new table with the default name table1.
To revert to the default mouse pointer, click the arrow icon at the top of the vertical toolbar.
Figure 7.1. A table on an EER diagram
36

As shown in the preceding diagram the primary key is indicated by a key icon and indexed fields are indicated by a different
colored diamond icon. Click the arrow to the right of the table name to toggle the display of the fields. Toggle the display of in-
dexes and triggers in the same way.
• RENAME
• CUT 'TABLE_NAME'
• COPY 'TABLE_NAME'
• EDIT TABLE...
• DELETE 'TABLE_NAME'
With the exception of the deletion option, these menu options function as described in Section 7.1, “Adding Tables to the Physical
Schemata”. The behavior of the delete option is determined by your MySQL Workbench options settings. For more information,
see Section 6.2.8.1, “The General Tab”.
7.3. The MySQL Table Editor
The MySQL Table Editor is a component that enables the creation and modification of tables. Using the MySQL Table Editor you
can add or modify a table's columns or indexes, change the engine, add foreign keys, or simply alter the table's name.
The MySQL Table Editor can be accessed from the MySQL Workbench by first selecting the MYSQL MODEL tab and then double
clicking a table in the Physical Schemata panel. You can also access it from an EER Diagram by double clicking a table ob-
ject.
7.3.1. The Main Editor Window
Any number of tables may be edited in the MySQL Table Editor at any one time. Adding an additional table creates a new tab at
the top of the editor. By default the MySQL Table Editor appears docked at the bottom of the application.
Double clicking the title bar undocks the editor. Do the same to redock it. The MySQL Table Editor is shown in the following fig-
ure.
Creating Tables
37

Figure 7.2. The table editor
The MySQL Table Editor consists of a work space divided into the following tabs:
• TABLE: Use this table to edit features that apply to the table as a whole
• COLUMNS: Use this tab to add or modify columns
• INDEXES: Use this tab to add or modify indexes
• FOREIGN KEYS: Use this tab to add or modify foreign keys
• TRIGGERS: Use this tab to add or modify triggers
• PARTITIONING: Use this tab to manage partitioning
• OPTIONS: Use this tab to add or modify various general, table and row level options
• INSERTS: Use this tab for writing INSERT statements
• PRIVILEGES: Use this tab to set privileges on the table
Each of these tabs is discussed in further detail in the following sections.
7.3.2. The Table Tab
Use this tab to edit the table name or add a comment to the table. Easily change the collation or the table engine using drop down
list boxes.
7.3.3. The Columns Tab
The Columns tab is used to display and edit all the column information for a table. Using this tab, you can add, drop, and alter
columns.
You can also use the column tab to change the name, data type, default value, and other properties of your table's columns.
Figure 7.3. The columns tab
Creating Tables
38

To add a column simply click the Column Name field in an empty row and enter an appropriate value. Select a data type from the
DATATYPE drop down list box . Check the check box under the NN column to disallow a null value and check the AI column if
you are defining an autoincrement field.
Right clicking a row under the Column Name column opens a pop-up window with the following options:
• MOVE UP – Move the selected column up.
• MOVE DOWN – Move the selected column down.
• DELETE SELECTED COLUMNS – Select multiple contiguous columns by right clicking and pressing the Shift key. Use the Ctrl
key to select non-contiguous columns.
• REFRESH GRID – Update all information in the Columns tab.
To change the name, data type, default value, or comment of a column, double click on the value you wish to change. The content
then becomes editable.
To modify the flags on a column (PRIMARY KEY, UNSIGNED, ZEROFILL) check the desired value in the FLAGS frame. Note
that values only display in the flags frame when a column is selected.The ZEROFILL option only appears if the column type is nu-
meric.
You can also add column comments to the Column Comment text area.
To the left of the column name is an icon that indicates whether the column is a member of the primary key. If the icon is a small
key, that column belongs to the primary key, otherwise the icon is a blue diamond. To add or remove a column from the primary
key, double click on the icon. You can also add a primary key by checking the PRIMARY KEY checkbox in the Column De-
tails section of the table editor.
7.3.4. The Indexes Tab
The Indexes tab holds all index information for your table. You can add, drop, and modify indexes using this tab.
Figure 7.4. The indexes tab
Creating Tables
39

Select an index by right clicking it. Doing this displays information about the index in the INDEX COLUMNS section.
To add an index, click the last row in the index list. Enter a name for the index and select the index type from the drop down list
box. Select the column or columns that you wish to index by checking the column name in the INDEX COLUMNS list. You can re-
move a column from the index by removing the check mark from the appropriate column.
You can also specify the order of an index by choosing ASC or DESC under the Order column. Create an index prefix by specify-
ing a numeric value under the Length column. You cannot enter a prefix value for fields that have a data type that does not sup-
port prefixing.
To drop an index, right click the row of the index you wish to delete and then select the DELETE SELECTED INDEXES menu option.
7.3.5. The Foreign Keys Tab
The Foreign Keys tab is organized in much the same fashion as the Indexes tab and adding or editing a foreign key is similar
to adding or editing an index.
To add a foreign key, click the last row in the Foreign Key Name list. Enter a name for the foreign key and select the column
or columns that you wish to index by checking the column name in the COLUMN list. You can remove a column from the index by
removing the check mark from the appropriate column.
Under FOREIGN KEY OPTIONS choose an action for the update and delete events.
The options are:
• RESTRICT
• CASCADE
• SET NULL
• NO ACTION
To drop a foreign key, right click the row you wish to delete and then select the DELETE SELECTED FKS menu option.
To modify any of the properties of a foreign key, simply select it and make the desired changes.
7.3.6. The Triggers Tab
The Triggers tab opens a text area for editing an existing trigger or creating a new trigger. Create a trigger as you would from
the command line.
7.3.7. The Partitioning Tab
If you wish to enable partitioning for your table check the ENABLE PARTITIONING check box. Doing this enables the partitioning
options.
Creating Tables
40

The PARTITION BY drop down list box displays the types of partitions you can create. These are:
• HASH
• LINEAR HASH
• KEY
• LINEAR KEY
• RANGE
• LIST
Use the PARAMETERS text box to define the parameter(s) that will be supplied to the partitioning function, an integer column value
for example.
Choose the number of partitions from the PARTITION COUNT drop down list box. If you wish to manually configure your partitions
check the MANUAL check box. Doing this enables entry of values into the partition configuration table. The entries in this table are;
• Partition
• Values
• Data Directory
• Index Directory
• Min Rows
• Max Rows
• Comment
Subpartitioning is not yet enabled. For more information about partitioning see Partitioning.
7.3.8. The Options Tab
The OPTIONS tab allows you to set the general options and row options.
In the GENERAL OPTIONS frame, choose a pack keys option. The options are Default, Pack None, and Pack All. You may
also encrypt the definition of a table. The AUTO_INCREMENT and delayed key update behaviors apply only to MyISAM tables.
To set the row format, choose the desired row format from the drop-down list. See MyISAM Table Storage Formats for more in-
formation about the different row formats that are available. This only applies to MyISAM tables.
These options are:
• Default
• Dynamic
• Fixed
• Compressed
• Redundant
• Compact
When you expect a table to be particularly large, use the AVG. ROW, MIN. ROWS, and MAX. ROWS options to enable the MySQL
server to better accommodate your data. See CREATE TABLE Syntax for more information on how to use these options.
The Storage Options section is used to configure a custom path to the table storage and data files. This option can help im-
prove data integrity and server performance by locating different tables on different hard drives. This option is only available for
MyISAM tables.
Creating Tables
41

The Merge Table Options section is used to configure MERGE tables in MyISAM. To create a MERGE table, select MERGE
as your storage engine and then specify the tables you wish to MERGE in the UNION TABLES dialog.
You can also specify the action the server should take when users attempt to perform INSERT statements on the merge table. See
The MERGE Storage Engine for more information about MERGE tables. Again, this only applies to MyISAM tables. You may also
select the Merge Method by selecting from the drop down list box.
7.3.9. The Inserts Tab
Use the Inserts tab to insert records into the table. Clicking the OPEN EDITOR ... button on the lower right hand side opens the
Standard Inserts editor. Use this editor to add records to the table.
When you have finished adding records, press OK. The records you have added are displayed in the Inserts tab. Reopening the
editor displays all the records shown in the Inserts tab. To edit a record simply click on the field you wish to change and enter
the new data. To delete a record, click the button on the left beside the desired row and then press the Delete key. You can select
and delete all records by clicking in the top left hand column of the editor and then pressing the Delete key. Your changes will not
be applied until you press the OK button. To back out of an operation, press the CANCEL button.
Any records you add will be inserted when you forward engineer the database (if you choose the Generate INSERT state-
ments for tables option).
7.3.10. The Privileges Tab
Use the Privileges tab to assign specific roles and privileges to a table. You may also assign privileges to a role using the role
editor. For a discussion of this topic see Section 6.4.3.1, “Adding Roles”.
When this tab is first opened, all the roles that have been created are displayed in the list box on the right. Move the roles you wish
to associate with this table to the ROLES list box on the left. Do this by selecting a role and then clicking the < button. Use the Shift
key to select multiple contiguous roles and the Ctrl key to select non-contiguous roles.
To assign privileges to a role click on a role in the ROLES list box. Doing this displays all available privileges in the ASSIGNED
PRIVILEGES list box. The privileges that display are:
• ALL
• CREATE
• DROP
• GRANT OPTION
• REFERENCES
• ALTER
• DELETE
• INDEX
• INSERT
• SELECT
• UPDATE
• TRIGGER
You can choose to assign all privileges to a specific user or any other privilege listed in the preceding. Privileges irrelevant to a
specific table, the FILE privilege for example, are not shown.
If a role has already been granted privileges on a specific table, those privileges show as already checked in the ASSIGNED PRIV-
ILEGES list box.
Creating Tables
42

Chapter 8. Creating Foreign Key Relationships
Foreign key constraints are supported for the InnoDB storage engine only. For other storage engines the foreign key syntax is cor-
rectly parsed but not implemented. For more information seeForeign Keys.
Using MySQL Workbench you may add a foreign key from within the table editor or by using the relationship tools on the vertical
toolbar of an EER Diagram. This section deals with adding a foreign key using the foreign key tools. To add a foreign key using
the table editor see Section 7.3.5, “The Foreign Keys Tab”.
Using the graphical tools to add foreign keys is most effective when you are building tables from the ground up. If you have impor-
ted a database using an SQL script and do not need to add fields to your tables you may find it more effective to define foreign keys
using the table editor.
8.1. Adding Foreign Key Relationships Using an EER Diagram
There are five foreign key tools on the vertical toolbar on the left side of an EER Diagram. These tools are:
• The one-to-many non-identifying relationship tool
• The one-to-one non-identifying relationship tool
• The one-to-many identifying relationship tool
• The one-to-one identifying relationship tool
• The many-to-many relationship tool
An identifying relationship is one where the child table cannot be uniquely identified without its parent. Typically this occurs
where an intermediary table is created to resolve a many-to-many relationship. In such cases, the primary key is usually a compos-
ite key made up of the primary keys from the two original tables. An identifying relationship is indicated by a solid line between
the tables and a non-identifying relationship is indicated by a broken line.
Create or drag and drop the tables that you wish to connect. Ensure that there is a primary key in the table that will be on the “one”
side of the relationship. Click on the appropriate tool for the type of relationship you wish to create. If you are creating a one-
to-many relationship first click on the table that is on the “many” side of the relationship and then on the table containing the refer-
enced key.
Doing this creates a field in the table on the many side of the relationship. The default name of this field is ta-
ble_name_key_name where the table name and the key name are both derived from the table containing the referenced key.
When the many-to-many tool is active, double clicking a table creates an associative table with a many-to-many relationship. For
this tool to function there must be a primary key defined in the initial table.
Use the MODEL, MENU OPTIONS menu item to set a project-specific default name for the foreign key column (see Section 6.2.5.4,
“The Relationship Notation Menu Option (Commercial Version)”). To change the global default see Section 6.2.8.2, “The Model
Tab”.
To edit the properties of a foreign key double click anywhere on the connection line that joins the two tables. Doing this opens the
relationship editor.
Mousing over a relationship connector highlights the connector and the related keys as shown in the following figure.
Figure 8.1. The relationship connector
43

The film and the film_actor tables are related on the film_id field and these fields are highlighted in both tables. Since the
film_id field is part of the primary key in the film_actor table, a solid line is used for the connector between the two tables.
If the placement of a connection's caption is not suitable, you can change its position by dragging it to a different location. If you
have set a secondary caption, its position can also be changed. (For more information about secondary captions see Section 8.3,
“The Properties of a Connection”. Where the notation style allows, Classic for instance, the cardinality indicators can also be re-
positioned.
The relationship notation style in Figure 8.1, “The relationship connector” is the default, crow's foot. If you are using a commercial
version of MySQL Workbench you can change this. For more information, see Section 6.2.5.4, “The Relationship Notation Menu
Option (Commercial Version)”.
You can select multiple connections by holding down the Ctrl key as you click on a connection. This can be useful for highlighting
specific relationships on an EER diagram.
8.2. The Relationship Editor
Set the caption of a relationship using the CAPTION text box. This name displays on the canvas and is also the name used for the
constraint itself. The default value for this name is fk_source_table_destination_table. Use the MODEL, MENU
OPTIONS menu item to set a project-specific default name for foreign keys. To change the global default see Section 6.2.8.2, “The
Model Tab”.
You can also add a secondary caption to a relationship and also a comment.
In the INTEGRITY CONSTRAINTS frame determine whether the entity and the referred entity are mandatory. The default value for
both of these constraints is true.
In the CARDINALITY frame, choose whether the relationship is one-to-one or one-to-many. The VISIBILITY frame determines how
the relationship is displayed on the EER Diagram canvas. Fully Visible is the default but you can also choose to hide rela-
tionship lines or to use split lines. The split line style is pictured in the following:
Figure 8.2. The split connector
Creating Foreign Key Relationships
44

Note
A broken line connector is used to indicate a non-identifying relationship. The split line style can be used with either
an identifying relationship or a non-identifying relationship. It is used for display purposes only and does not indicate
anything about the nature of a relationship.
To set the notation of a relationship go to the MODEL, RELATIONSHIP NOTATION menu item. For more information, see Sec-
tion 6.2.5.4, “The Relationship Notation Menu Option (Commercial Version)”.
8.3. The Properties of a Connection
To select a connection, right click it. When a connection is selected it is highlighted and its properties are displayed in the proper-
ties palette. The properties of a connection are quite different from the properties of other objects. These properties are described in
the following list:
• caption – The name of the object. By default this property is centered above the connection line. Its default value is the name
of the foreign key.
• captionXOffs – The “x” offset of the caption.
• captionYOffs – The “y” offset of the caption.
• comment – The comment associated with the relationship.
• drawSplit – Whether or not to show the relationship as a continuous line.
• endCaptionXOffs – The “x” termination point of the caption offset.
• endCaptionYOffs – The “y” termination point of the caption offset.
• extraCaption – A secondary caption. The default location for this extra caption is centered beneath the connection line.
• extraCaptionXOffs – The “x” offset of the secondary caption.
• extraCaptionYOffs – The “y” offset of the secondary caption.
• mandatory – Whether ot not the entities are mandatory. For more information, see Section 8.2, “The Relationship Editor”.
• many – False if the relationship is a one-to-one relationship.
• middleSegmentOffset – The offset of the middle section of the connector.
• name – The name used to identify the connection on the EER Diagram canvas. Note that this is not the name of the foreign
key.
• referredMandatory – Whether or not the referred entity is mandatory
• startCaptionXOffs – The start of the “x” offset of the caption.
• startCaptionYOffs – The start of the “y” offset of the caption.
45

• visible – Whether the relationship line is visible or not.
In most cases you can change the properties of a relationship using the relationship editor rather than the Properties palette.
If you make a relationship invisible by hiding it using the relationship editor's VISIBILITY SETTINGS, and then the relationship edit-
or is closed, you will no longer be able to select the relationship in order to bring up its relationship editor. To make the relationship
visible again you will need to expand the table object relating to the relationship in the LAYERS window and select the relationship
object. Once selected, you can change the relationship's visible property to True in the corresponding PROPERTIES window.
The relationship will then be visible in the EER DIAGRAM window.
46

Chapter 9. Creating Views
You can add views to a database either from the Physical Schemata section of the MySQL Model page or from the EER
Diagram.
9.1. Adding Views to the Physical Schemata
Double clicking the Add View icon in the Physical Schemata section of the MySQL Model page adds a view with the de-
fault name of view1. If a view with this name already exists, the new view is named view2.
Adding a new view automatically opens the view editor docked at the bottom of the application. Using the view editor is described
in Section 9.3, “The View Editor”.
• RENAME
• CUT 'VIEW_NAME'
• COPY 'VIEW_NAME'
• EDIT VIEW...
• DELETE 'VIEW_NAME'
If the table editor is not open the EDIT VIEW ... option opens it. If it is already open, the selected table replaces the previous one.
EDIT IN NEW WINDOW opens a new view editor tab.
The cut and copy options are useful for copying views between different schemata and COPY SQL TO CLIPBOARD copies the CRE-
ATE VIEW statement to the clipboard.
Warning
Use the DELETE 'VIEW_NAME' to remove a view from the database. There will be no confirmation dialog box.
Any views added to the Physical Schemata also show up in the Catalog palette on the right side of the application. They
may be added to an EER Digram by dragging and dropping them from this palette.
9.2. Adding Views to an EER Diagram
Views can also be added to an EER Diagram using the View tool on the vertical toolbar. To do this make sure that the EER Dia-
gram tab is selected, and right click the view icon on the vertical toolbar. The view icon is the two overlapping rectangles found
below the table icon.
Clicking the mouse on this icon changes the mouse pointer to a view pointer. You can also change the mouse pointer to a view
pointer by pressing the V key.
Choosing the View tool changes the contents of the toolbar that appears immediately below the menu bar. When the Views point-
er is active, this toolbar contains a drop down list box of schemata and a drop down color chart. Use these list boxes to select the
appropriate schema and color accent for the new view. Make sure that you associate the new view with a database. The color of
your view can easily be changed later using the Properties palette.
Create a view by clicking anywhere on the EER Diagram canvas. This creates a new view with the default name view1. To revert
to the default mouse pointer, click the arrow icon at the top of the vertical toolbar.
Right clicking a view opens a pop-up menu. With the exception of the delete option, these menu options function as described in
Section 9.1, “Adding Views to the Physical Schemata”. The behavior of the delete option is determined by your MySQL Work-
bench options settings. For more information, see Section 6.2.8.1, “The General Tab”.
9.3. The View Editor
You can invoke the view editor by double clicking a view object on the EER Diagram canvas or by double clicking a view in the
47

Physical Schemata section on the MySQL Model page. Doing this opens the view editor docked at the bottom of the applic-
ation. Double clicking the title bar undocks the editor. Do the same to redock it. Any number of views may be open at the same
time. Each additional view appears as a tab at the top of the view editor,
There are two tabs at the bottom of the view editor, the VIEW and the PRIVILEGES tabs. Navigate between different tabs using the
mouse or from the keyboard by pressing Ctrl + Alt + Tab.
9.3.1. The View Tab
From the View tab of the view editor you can perform the following tasks:
• Rename the view using the NAME text box.
• Enter the SQL to create a view using the SQL text area.
• Comment a view using the COMMENTS text area
9.3.2. The Privileges Tab
The Privileges tab of the view editor functions in exactly the same way as the Privileges tab of the table editor. For more
information, see Section 7.3.10, “The Privileges Tab”.
9.3.3. Modifying a View using the Properties Palette
When you select a view on the EER Diagram canvas, its properties are displayed in the Properties palette. Most of the proper-
ties accessible from the Properties palette apply to the appearance of a view on the EER Diagram canvas.
For a list of the properties accessible through the Properties palette see Section 6.8.1, “The Properties Palette”.
Creating Views
48

Chapter 10. Creating Routines and Routine Groups
You can add Routine Groups to a database either from the PHYSICAL SCHEMATA section of the MYSQL MODEL page or from an
EER Diagram. Routines may only be added from the PHYSICAL SCHEMATA section of the MYSQL MODEL page.
To view an existing schema, along with its Routines and Routine Groups, select DATABASE, REVERSE ENGINEER... from the main
menu. After the schema has been added to the current model, you can see the schema objects on the PHYSICAL SCHEMATA panel
on the MYSQL MODEL page. The Routines and Routine Groups are listed there.
MySQL Workbench unifies both stored procedures and stored functions into one logical object called a Routine. Routine Groups
are used to group routines that are related. You can decide how many Routine Groups you want to create and you can use the
ROUTINE GROUP EDITOR to assign specific routines to a group, using a drag and drop interface.
When designing an EER Diagram you can place the Routine Groups on the canvas by dragging them from the CATALOG
PALETTE. Placing individual routines on the diagram is not permitted, as it would clutter the canvas.
10.1. Routines
10.1.1. Adding Routines to the Physical Schemata
Double clicking the Add Routine icon in the Physical Schemata section of the MySQL Model page adds a routine with
the default name of routine1. If a routine with this name already exists, the new routine is named routine2.
Adding a new routine automatically opens the routine editor docked at the bottom of the application. Using the routine editor is de-
scribed in Section 10.1.2, “The Routine Editor”.
Right clicking a routine opens a pop-up menu with the following options:
• RENAME
• CUT 'ROUTINE_NAME'
• COPY 'ROUTINE_NAME'
• EDIT ROUTINE...
• DELETE 'ROUTINE_NAME'
The EDIT ROUTINE ... option opens the routine editor.
The cut and paste options are useful for copying routines between different schemata.
The action of the delete option varies depending upon the way you have configured MySQL Workbench. For more information, see
Section 6.2.8.1, “The General Tab”.
10.1.2. The Routine Editor
You can invoke the routine editor by double clicking a routine in the Physical Schemata section on the MySQL Model
page. Doing this opens the routine editor docked at the bottom of the application. Double clicking the routine tab undocks the edit-
or. Double click the title bar to redock it. Any number of routines may be open at the same time. Each additional routine appears as
a tab at the top of the routine editor,
There are two tabs at the bottom of the routine editor, the VIEW and the PRIVILEGES tabs. Navigate between different tabs using
the mouse or from the keyboard by pressing Ctrl + Alt + Tab.
10.1.2.1. The Routine Tab
From the Routine tab of the routine editor you can perform the following tasks:
• Rename the routine using the NAME text box.
49

• Enter the SQL to create a routine using the SQL text area.
10.1.2.2. The Privileges Tab
The Privileges tab of the routine editor functions in exactly the same way as the Privileges tab of the table editor. For
more information, see Section 7.3.10, “The Privileges Tab”.
10.2. Routine Groups
10.2.1. Adding Routine Groups to the Physical Schemata
Double clicking the Add Routine Group icon in the Physical Schemata section of the MySQL Model page adds a
routine with the default name of routines1. If a routine group with this name already exists, the new routine group is named
routines2.
Adding a new routine group automatically opens the routine groups editor docked at the bottom of the application. Using the
routine groups editor is described in Section 10.2.3, “The Routine Group Editor”.
Right clicking a routine group opens a pop-up menu with the following options:
• RENAME
• CUT 'ROUTINE_GROUP_NAME'
• COPY 'ROUTINE_GROUP_NAME'
• EDIT ROUTINE...
• DELETE 'ROUTINE_GROUP_NAME'
The EDIT ROUTINE GROUP... option opens the routine group editor. Using the routine group editor is described in Section 10.2.3,
“The Routine Group Editor”.
The cut and paste options are useful for copying routine groups between different schemata.
Deleting a routine group from the MySQL Model page removes the group but does not remove any routines contained in that
group.
Any routine groups added to the Physical Schemata also show up in the Catalog palette on the right side of the applica-
tion. They may be added to an EER Digram by dragging and dropping them from this palette.
10.2.2. Adding Routine Groups to an EER Diagram
Routine groups can also be added to an EER Diagram using the Routine Groups tool on the vertical toolbar. To do this make
sure that the EER Diagram tab is selected, and right click the routine groups icon on the vertical toolbar. The routine groups icon
is immediately above the lowest toolbar separator.
Clicking the mouse on this icon changes the mouse pointer to a routine group pointer. You can also change the mouse pointer to a
routine pointer by pressing the G key.
Choosing the Routine Group tool changes the contents of the toolbar that appears immediately below the menu bar. When the
Routine Groups pointer is active, this toolbar contains a drop down list box of schemata and a drop down color chart. Use
these list boxes to select the appropriate schema and color accent for the new routine group. Make sure that you associate the new
routine group with a database. The color of your routine group can easily be changed later using the Properties palette.
Create a routine group by clicking anywhere on the EER Diagram canvas. This creates a new routine group with the default name
routines1. To revert to the default mouse pointer, click the arrow icon at the top of the vertical toolbar.
Right clicking a routine group opens a pop-up menu. With the exception of the delete option and rename options these menu op-
tions function as described in Section 10.2.1, “Adding Routine Groups to the Physical Schemata”. There is no rename option and
the behavior of the delete option is determined by your MySQL Workbench options settings. For more information, see Sec-
tion 6.2.8.1, “The General Tab”.
Creating Routines and Routine Groups
50

10.2.3. The Routine Group Editor
You can invoke the routine group editor by double clicking a routine group object on the EER Diagram canvas or by double click-
ing a routine group in the Physical Schemata section on the MySQL Model page. Doing this opens the routine group editor
docked at the bottom of the application. Double clicking the title bar undocks the editor. Do the same to redock it. Any number of
routine groups may be open at the same time. Each additional routine group appears as a tab at the top of the routine editor,
There are two tabs at the bottom of the routine editor, the ROUTINE GROUP and the PRIVILEGES tabs. Navigate between different
tabs using the mouse or from the keyboard by pressing Ctrl + Alt + Tab.
10.2.3.1. The Routine GroupsTab
From the Routine Groups tab of the routine groups editor you can perform the following tasks:
• Rename the routine group using the NAME text box.
• Add routines to the group by dragging and dropping them.
• Add comments to the routine group.
10.2.3.2. The Privileges Tab
The Privileges tab of the routine group editor functions in exactly the same way as the Privileges tab of the table editor.
For more information, see Section 7.3.10, “The Privileges Tab”.
10.2.3.3. Modifying a Routine Group Using the Properties Palette
When you select a routine group on the EER Diagram canvas, its properties are displayed in the Properties palette. All of the
properties accessible from the Properties palette apply to the appearance of a routine group on the EER Diagram canvas.
Creating Routines and Routine Groups
51

Chapter 11. Creating Layers
You can add layers to a database only from an EER Diagram. Layers are used to help organize objects on the canvas. Typically, re-
lated objects are added to the same layer; for example, you may choose to add all your views to one layer.
11.1. Adding Layers to an EER Diagram
Layers are added to an EER Diagram using the Layer tool on the vertical toolbar. To do this select an EER Diagram tab and
right click the layer icon on the vertical toolbar. The layer icon is the rectangle with an ‘L’ in the lower left corner and it is found
below the eraser icon.
Clicking the mouse on this icon changes the mouse pointer to a layer pointer. You can also change the mouse pointer to a layer
pointer by pressing the L key.
Choosing the Layer tool changes the contents of the toolbar that appears immediately below the menu bar. When the Layers
pointer is active, this toolbar contains a drop down color chart. Use this list box to select the color accent for the new layer. The
color of your layer can easily be changed later using the Properties palette.
Create a layer by clicking anywhere on the EER Diagram canvas and, holding the left mouse button down, draw a rectangle of a
suitable size. This creates a new layer with the default name layer1. To revert to the default mouse pointer, click the arrow icon
at the top of the vertical toolbar.
Find below an image of a layer containing a number of views:
Figure 11.1. The Layer object
Use the name property of the Properties palette to change the name of a layer.
Right clicking a layer opens a pop-up menu with the following options:
• CUT 'LAYER_NAME'.
• COPY 'LAYER_NAME'
• DELETE 'LAYER_NAME'
The cut and copy options are useful for copying layers between different schemata.
Since layers are not schema objects, no confirmation dialog box opens when you delete a layer regardless of how you have con-
figured MySQL Workbench. Deleting a layer does not delete schema objects from the catalog.
11.1.1. Adding Objects to a Layer
Add an object to a layer by dragging and dropping it directly from the Catalog palette onto a layer. If you pick up an object from
an EER diagram you need to press Ctrl as you drag it on to the layer, otherwise it will not be "locked" inside the layer.
Locking objects to a layer prevents their accidental removal. You cannot remove them simply by clicking and dragging; in order to
52

remove an object, you also need to press the Ctrl key while dragging it.
As a visual cue that the object is being "locked", the outline of the layer is highlighted as the object is dragged over it.
11.2. Modifying a Layer using the Properties Palette
When you select a layer on the EER Diagram canvas, its properties are displayed in the Properties palette. The properties ac-
cessible from the Properties palette apply to the appearance of a layer on the EER Diagram canvas.
In some circumstances you may want to make a layer invisible. To do this, select the layer and, in the Properties palette, set
the visible property to False. To locate an invisible object, open the Layers palette and select the object by double clicking
it. Once an object is selected you can reset the visible property from the Properties palette.
For a list of the properties accessible through the Properties palette see Section 6.8.1, “The Properties Palette”. In addition to
the properties listed there, a layer also has a description property. Use this property to document the purpose of the layer.
Creating Layers
53

Chapter 12. Creating Notes
You can add notes to a database only from the Model Notes section of the MySQL Model page. Notes are typically used to
help document the design process.
12.1. Adding Notes
Double clicking the Add Note icon in the Model Notes section of the MySQL Model page adds a note with the default name
of note1. If a note with this name already exists, the new note is named note2.
Adding a new note automatically opens the note editor docked at the bottom of the application. Using the note editor is described in
Section 12.2, “The Note Editor”.
Right clicking a note opens a pop-up menu with the following options:
• RENAME
• CUT 'NOTE_NAME'
• COPY 'NOTE_NAME'
• DELETE 'NOTE_NAME'
The EDIT NOTE ... option opens the note editor. Using the note editor is described in Section 12.2, “The Note Editor”.
The cut and copy options are useful for copying notes between different schemata.
Notes can only be added on the MySQL Model page.
12.2. The Note Editor
You can invoke the note editor by double clicking a note object in the Model Note section on the MySQL Model page. Doing
this opens the note editor docked at the bottom of the application. Double clicking the note tab undocks the editor. Double click the
title bar to redock it. Any number of notes may be open at the same time. Each additional note appears as a tab at the top of the note
editor.
Using the editor you can change the name of a note or its contents.
54

Chapter 13. Creating Text Objects
Text objects are applicable to an EER diagram only. They can be used for documentation purposes, for example, to explain a
grouping of schema objects. They are also useful for creating titles for an EER diagram should you decide to export a diagram as a
PDF or PNG file.
13.1. Adding Text Objects to an EER Diagram
Text objects can be added to an EER Diagram using the Text Object tool on the vertical toolbar. To do this make sure that the
EER Diagram tab is selected, and right click the text object icon on the vertical toolbar. The text object icon is the rectangular
icon found below the label icon.
Clicking the mouse on this icon changes the mouse pointer to a text object pointer. You can also change the mouse pointer to a text
object pointer by pressing the N key.
Choosing the Text Object tool changes the contents of the toolbar that appears immediately below the menu bar. When the
Text Object pointer is active, this toolbar contains a drop down color chart. Use this list box to select the color accent for the
new text object. The color of your text object can easily be changed later using the Properties palette.
Create a text object by clicking anywhere on the EER Diagram canvas. This creates a new text object with the default name
text1. To revert to the default mouse pointer, click the arrow icon at the top of the vertical toolbar.
Right clicking a text object opens a pop-up menu. These menu options are identical to the options for other objects. However, since
a text object is not a database object, there is no confirmation dialog box when you delete a text object.
13.2. The Text Object Editor
You can invoke the text object editor by double clicking a text object on the EER Diagram canvas. Doing this opens the editor
docked at the bottom of the application. Double clicking the text object table undocks the editor. Double click the title bar to redock
it. Any number of text objects may be open at the same time. Each additional text objects appears as a tab at the top of the text edit-
or.
Using the editor you can change the name of a text object or its contents.
13.2.1. Modifying a Text Object Using the Properties Palette
When you select a text object on the EER Diagram canvas, its properties are displayed in the Properties palette. Most of the
properties accessible from the Properties palette apply to the appearance of a view on the EER Diagram canvas.
There is no property in the Properties palette for changing the font used by a text object. To change the font used by a text ob-
ject choose the Fonts tab of the MySQL Workbench options window. For more information, see Section 6.2.8.5, “The Fonts
Tab”.
55

Chapter 14. Creating Images
Images only exist on the EER Diagram canvas; you can only add them from the EER Diagram window.
14.1. Adding Images to an EER Diagram
Images can be added to an EER Diagram using the Image tool on the vertical toolbar. To add an image make sure that the EER
Diagram tab is selected, and right click the image icon on the vertical toolbar. The image icon is the icon just above the table
icon.
Clicking the mouse on this icon changes the mouse pointer to an image pointer. You can also change the mouse pointer to an image
pointer by pressing the I key.
Create a image by clicking anywhere on the EER Diagram canvas. This opens a file open dialog box. Select the desired image, and
close the dialog box to create an image on the canvas. To revert to the default mouse pointer, click the arrow icon at the top of the
vertical toolbar.
Right clicking this object opens a pop-up menu with the following options:
• CUT 'IMAGE'
• COPY 'IMAGE'
• EDIT IMAGE ...
• EDIT IN NEW WINDOW ...
• DELETE 'IMAGE'
These menu options function in exactly the same way as they do for other objects on an EER diagram. However, images are not
database objects so there is no confirmation dialog box when they are deleted.
14.2. The Image Editor
You can invoke the image editor by double clicking a image object on an EER Diagram canvas. Doing this opens the image editor
docked at the bottom of the application. Double clicking the image editor tab undocks the editor. Double click the title bar to re-
dock it. Any number of images may be open at the same time. Each additional image appears as a tab at the top of the image editor,
14.2.1. The Image Tab
From the Image tab of the image editor you can perform the following tasks:
• Rename the image using the NAME text box.
• Browse for an image using the BROWSE button.
56

Chapter 15. Reverse Engineering
Using MySQL Workbench you can reverse engineer a database using a MySQL create script or you can connect to a live MySQL
server and import a single database or a number of databases. Reverse engineering using a MySQL DDL script applies to all ver-
sions of MySQL Workbench; reverse engineering a database directly from a MySQL server applies to commercial versions of
MySQL Workbench only.
15.1. Reverse Engineering Using a Create Script
Reverse engineering using a create script is done by using the FILE, IMPORT, REVERSE ENGINEER MYSQL CREATE SCRIPT ... menu
options. Doing this opens a file open dialog box with the default file type set to an SQL script file, a file with the extension sql.
You can create a data definition (DDL) script by executing the mysqldump db_name --no-data > script_file.sql
command. Using the --no-data option ensures that the script contains DDL statements only. However, if you are working with
a script that also contains DML statements you need not remove them; they will be ignored.
Note
If you plan to redesign a database within MySQL Workbench and then export the changes, be sure to retain a copy of
the original DDL script. You will need the original script in order to create an ALTER script. For more information,
see Section 16.1.2, “Altering a Schema”.
Use the --databases option with mysqldump if you wish to create the database as well as all its objects. If there is no CRE-
ATE DATABASE db_name statement in your script file, you must import the database objects into an existing schema or, if there
is no schema, a new unnamed schema is created.
If your script creates a database, a new physical schemata tab is created on the MySQL Model page.
Any database objects may be imported from a script file in this fashion; tables, views, routines, and routine groups. Any indexes,
keys, and constraints are also imported. Objects imported using an SQL script can be manipulated within MySQL Workbench in
the same way that any other objects can.
Before exiting, be sure to save the schema. Choose the FILE, SAVE menu item and the reverse-engineered database will be saved as
a MySQL Workbench file with the extension mwb.
See Section 4.1, “Importing a Data Definition SQL Script” for a tutorial on reverse engineering the sakila database.
15.2. Reverse Engineering a Live Database (Commercial Version)
This section explains how to reverse engineer a live database using MySQL Workbench. This capability is available in commercial
versions of MySQL Workbench only.
Choose the REVERSE ENGINEER ... menu item found under the main menu, DATABASE. Doing this opens the connection dialog win-
dow. You may choose to create a new connection or simply locate the server you wish to connect to and enter your credentials. In-
structions for connecting to a server are described in detail in Chapter 17, Server Connections (Commercial Version).
After confirmation that you have successfully connected to a MySQL server, clicking NEXT shows the schemata available on the
selected MySQL server.
Figure 15.1. Selecting schemata
57

Clicking CANCEL returns you to the previous screen. For any of these screens, you can use the Enter key instead of the NEXT but-
ton and the Esc key instead of the CANCEL button.
Choose a schema or a number of schemata to reverse engineer. To select contiguous schemata press the Shift key and click the
schemata you wish to select. Non-contiguous schemata are selected using the Ctrl key.
The subsequent screen shows a progress bar; reverse engineering will take a shorter or longer time depending upon the number of
objects you are importing. You may view a log of the activities by clicking the ADVANCED button.
The next screen is the Select Objects screen. It is sectioned off by object type. This screen is of special interest if you do not
wish to import all the objects from the existing database — this screen gives you the option of filtering which objects are imported.
Each section has a DETAILED SELECTION > > button. Click this button if you do not want to import all the objects of a specific type.
Figure 15.2. Select objects
Reverse Engineering
58

Move the objects you do not wish to import to the EXCLUSION MASKS text box by selecting them and clicking the > button.
You may also exclude all objects of a specific type by checking the check box found in the top left corner of each section.
On the next screen you can review the DDL script that will be parsed. After viewing the results of reverse engineering decide
whether or not you wish to create an EER diagram of all the objects in the database. Press FINISH to complete the process.
The objects created by reverse-engineering a schema may be manipulated in exactly the same way as any other objects.
Before exiting be sure to save the schema. Choose the FILE, SAVE menu item and the reverse-engineered database will be saved as
a MySQL Workbench file with the extension mwb.
15.2.1. Errors During Reverse Engineering
During reverse engineering the application checks for tables and views that duplicate existing names and disallows duplicate names
if necessary. If you attempt to import an object that duplicates the name of an existing object you will be notified in the following
fashion:
Figure 15.3. Duplicating an object name
Reverse Engineering
59

The message log is displayed by clicking the ADVANCED button.
If you wish to import an object with the same name as an existing object, rename the existing object before reverse engineering.
If you import objects from more than one schema, there will be a tab in the Physical Schemata section of the MySQL Mod-
el page for each schema imported.
You cannot reverse engineer a live database that has the same name as an existing schema. If you wish to do this, first rename the
existing schema.
If you encounter errors during the process of reverse engineering, clicking on the ADVANCED button displays the server error. For
instance, forgetting to enter your passsword results in the following error:
Opening connection.
Access denied for user 'root'@'localhost' (using password: NO)
Reverse Engineering
60

Chapter 16. Forward Engineering
It is possible to forward engineer a database using an SQL script or by connecting to a live database. Forward engineering to a live
database is available for commercial versions of MySQL Workbench only.
16.1. Forward Engineering Using SQL Scripts
To create a script of your database model use the EXPORT option found under the FILE menu. You may export a script to alter an
existing database or create a new database. The script to create a database is similar to the one created using the mysqldump
db_name command.
If you choose to create a database, there are a number of export options that you may choose from.
16.1.1. Creating a Schema
The SQL export options are as follows:
• Generate DROP statements (except DROP DATABASE)
• Generate separate CREATE INDEX statements
• Generate SHOW WARNINGS after every DDL statement
• Do not create users, just export privileges
• Generate INSERT statements for tables
Choosing the option Generate separate CREATE INDEX statements creates separate statements for index creation in-
stead of creating indexes as part of a CREATE TABLE statement. To update the privileges of existing users as opposed to creating
new users, select the Do not create users, just export privileges check box. Exporting privileges for non-
existent users will result in errors when you execute the CREATE script. Exporting users that already exist, will also result in an er-
ror.
If you have added any records to a table using the INSERT tab of the MySQL Table Editor, choose the Generate INSERT
statements for tables option. For more information about inserting records see Section 7.3.9, “The Inserts Tab”.
Use the OUTPUT OPTIONS frame to set the name of your script file. The NEXT button is disabled until a script file name is supplied.
Clicking NEXT takes you to the SQL EXPORT FILTER window where you can select the objects you wish to export. For a descrip-
tion of this window see Section 15.2, “Reverse Engineering a Live Database (Commercial Version)”.
The FINISH button saves the script file and exits. You may return to the previous screen using the BACK button.
Use the saved script to create a database.
16.1.2. Altering a Schema
The menu option for altering a schema, FORWARD ENGINEER ALTER SCRIPT ..., is used for updating a database that has been re-
designed within MySQL Workbench. Typically, this option is used when the SQL script of a database has been imported into
MySQL Workbench and changed. For instructions on importing a DDL script see Section 15.1, “Reverse Engineering Using a Cre-
ate Script”.
Choose this menu option and on the first screen, SQL SYNC OPTIONS, you are asked to supply an input file. In most cases this will
be the file that you imported into MySQL Workbench using the REVERSE ENGINEER MYSQL CREATE SCRIPT menu option found
under the FILE, IMPORT options. In any case, this file should represent the state of the re-engineered database prior to alteration.
The differences between the original database and the altered database are displayed on the next screen, the SQL DIFF TREE win-
dow. To view the details, click the + button to the left of the model database.
Pressing NEXT brings you to the SQL SCRIPT screen. Here you can review and change the ALTER script that will be generated.
Make any changes you wish and, if you are happy with the changes, save the ALTER script to file using the SAVE TO FILE ... button.
Use the saved script to update the database.
16.2. Forward Engineering to a Live Server (Commercial Version)
61

Use forward engineering to export your schema design to a MySQL server.
Select the schema that you wish to forward engineer and then choose the FORWARD ENGINEER ... option under the DATABASE menu
option.
On the first screen select the objects that you wish to export.
The next screen offers SQL export options. These options are described in Section 16.1.1, “Creating a Schema”.
On the Review Script page you may review and edit the SQL script that will be executed. You next connect to a MySQL serv-
er; this process is described in Chapter 17, Server Connections (Commercial Version).
Confirm the creation of a schema by connecting to the target MySQL server and issuing the SHOW DATABASES; command.
16.3. Database Synchronization (Commercial Version)
The SYNCHRONIZE ... menu item under the DATABASE menu option synchronizes your database model with an existing database.
Note
New tables or views can be synchronized with an existing database. Currently, changes to an existing table, such as
the addition of a column, cannot be synchronized using MySQL Workbench.
16.4. Creating a Schema Diff Report (Commercial Version)
Use the GENERATE SCHEMA DIFF REPORT menu item under the DATABASE menu option to create a report of the differences
between a schema model and a live database or a script.
16.4.1. The Sources for a Diff Report
When creating a Diff report the first task is to specify the source. The various options are shown in the following figure.
Figure 16.1. The sources for a Diff report
Forward Engineering
62

The default value for the source for the left catalog is the model schemata.
If you choose the live server option for the right catalog, you must connect to a database server. For a description of this process
see Chapter 17, Server Connections (Commercial Version).
Forward Engineering
63

Chapter 17. Server Connections (Commercial Version)
The Connections dialog window is used with all the menu options found under the DATABASE menu option. These options are
REVERSE ENGINEER ..., FORWARD ENGINEER ..., SYNCHRONIZE ..., and GENERATE CATALOG DIFF REPORT. Use this dialog window
to open an ad hoc connection to a server, to open an existing stored connection, or to create new connections.
17.1. Server Connection Window
In the first window of the server connection wizard you define the properties of the connection.
Figure 17.1. Connect to a server window
Note
The title of the window shown in Figure 17.1, “Connect to a server window” varies depending upon the operation you
are performing.
You may choose a stored connection from the drop-down list box to the left of the STORED CONNECTION: label or select <New
Connection> to create a new connection. The + button to the right of the list box is used when creating a new connection. Click
it to open a dialog box to input the name of the new connection. If you wish to delete a connection, use the - button. The C button
clears all the data related to a connection.
64

Use the DATABASE SYSTEM list box to select the type of RDBMS server you wish to connect to and select a driver from the
DRIVER list box.
When you select a connection profile from the STORED CONNECTION list box or when you create a new connection, the Para-
meters tab displays the following fields:
• HOSTNAME: The host name or IP address of the MySQL server
• PORT: The TCP/IP port on which the MySQL server is listening
• USERNAME: The user name used to connect to the MySQL server.
• PASSWORD: The password used to connect to the MySQL server. Note: For security reasons passwords are not stored in the
connection profile.
When you create a new connection or select a connection from the Stored Connection list box, the Advanced tab displays
the following checkboxes:
• USE COMPRESSED PROTOCOL: If checked, the communication between the application and the MySQL server will be com-
pressed, which may increase transfer rates. This corresponds to starting a MySQL command-line tool with the --compress
option.
• USE SSL IF AVAILABLE: This option turns on SSL encryption.
• SOCKET NAME: Use this option to connect to a named pipe.
To edit an existing connection profile, first select its name from the STORED CONNECTION drop-down listbox. The values that ap-
pear in the PARAMETERS and ADVANCED tabs, can then be changed as required. Changes are then automatically saved for that
connection profile.
17.2. Connection Confirmation
The next window confirms that a connection has been established and that the various schemata have been identified.
Figure 17.2. Connection confirmation
Server Connections (Commercial Version)
65

If there are errors connecting to the MySQL server, click the ADVANCED button to view the details.
Subsequent screens vary depending upon the type of operation you are performing.
Server Connections (Commercial Version)
66

Chapter 18. Printing (Commercial Version)
The printing options are used to create printouts of your EER Diagrams and are found under the FILE menu. For creating document-
ation of your models see Section 6.2.5.1, “The DBDoc Model Reporting Dialog Window (Commercial Version)”.
Note
The printing options apply to the commercial versions of MySQL Workbench only.
18.1. Printing Options
The printing menu options are grayed if an EER Diagram is not active. The menu options are as follows:
• PAGE SETUP ...
Use this option to choose the paper size, orientation, and margins.
• PRINT
Use this option to send your EER Diagram directly to the printer. This option generates a preview before printing. From the
preview you can adjust the scale of the view and also choose a multi-page view. Clicking the printer icon at the top left of this
window, prints the currently selected EER Diagram. Close the print preview window if you need to adjust the placement of ob-
jects on the EER Diagram canvas.
• PRINT TO PDF ...
Use this option to create a PDF file of your EER Diagram.
• PRINT TO PS ...
Use this option to create a PostScript file of your EER Diagram.
67

Chapter 19. The Generic Runtime Environment (GRT) Shell
19.1. Introduction
The GRT is a thin C layer, inspired by Objective C, which allows for dynamic typing and dynamic data objects. The GRT provides
a means for expanding MySQL Workbench. Through the use of the GRT, MySQL Workbench can support new behavior and data
sources using code written in languages such as C++ and Lua.
The GRT is not only useful for expanding MySQL Workbench. By using a script file from within the GRT shell you can perform
repetitive tasks programmatically from the command line.
The preferred development language is Lua, a lightweight scripting language expressly designed for extending applications. For
more information about this language see lua.org.
19.2. Exploring the GRT Shell
To open the GRT shell click on the VIEW menu and choose the GRT SHELL option under the ADVANCED submenu. However, the
simplest way to open the GRT Shell is to use the Ctrl F3 key combination. If you haven't docked the GRT shell window you
should see something similar to the following:
Figure 19.1. The GRT shell (Windows)
By default the GRT shell opens docked at the bottom of the application The GRT shell itself is the default tab labeled CONSOLE on
the left. Beside it is the Snippets tab, used for saving code snippets.
19.3. The Shell
The GRT shell is principally used for running Lua scripts or typing Lua commands directly. However, you can also access the GRT
Scripting Library functions and global functions and objects. To see the available commands type “?”.
Some OS-specific commands are also available. For instance, under Windows you can clear the screen by typing cls. Unlike most
shells, you can cut and paste text to and from the shell window.
The Snippets tab functions as a scratch pad for saving code snippets. This makes it easy to reuse code and does away with the
need to retype it at the command line.
If you have opened script files, there may be any number of tabs to the right of the Snippets tab. These tabs will be labeled with
the names of the script files. As with the Snippets tab you can cut and paste to or from any of the tabs. This gives you the oppor-
tunity to test code from the command line.
For information on running script files, type ? run at the GRT shell prompt. The following message is displayed:
Shell Command - shell.run
68

-------------------------
Load and execute a lua script file.
run filename
Parameters:
filename File that should be loaded and executed.
Examples:
run scripts/test.lua
Runs the script scripts/test.lua.
Opening the GRT shell opens additional palettes docked to the immediate left of the shell window or docked on the left side of the
application.
• The Modules and Structs Palettes
• The GRT Tree
• The GRT Inspector
Discussion of these palettes follows.
19.4. The Modules and Structs Palettes
On the right side bar of the GRT shell window are the Structs and Modules palettes. Expand these views by mousing over
them. To make a view fixed, click the push pin icon in the title bar on the left.
Unlike the GRT shell window, the Modules and the structs windows cannot be be detached from the main application win-
dow.
19.4.1. The Modules Tab
View the MODULES tab by mousing over it. To keep this tab open click the push pin icon in the top right corner.
A module can be either a Python or Lua script or a Java class file. Information about modules appears in the window below the
module tree. For example, go to the Modules tab and click on the ReverseEngineeringGeneric module. Double click a
module and you will see its methods.
19.4.2. The Struct Tab
View the STRUCT tab by mousing over it. To keep this tab open click the push pin icon in the top right corner.
A struct is a user-defined data type formed by combining primitive data types. This tab shows the definitions of the structs used
by the objects in the Modules view.
When the Structs tab is selected, right clicking a structure in the list opens a pop-up menu with the options:
• Refresh – refresh the list
• Order by Name – group by the object name
• Order by Hierarchy – group by inheritance
• Order by Package – group by functionality
• Copy Struct Name – copy the struct name to the clipboard
The default view for this tab is by name; this view simply shows all the different objects arranged alphabetically. Click the + icon
or double click a package to show the properties of the struct.
If you switch to the hierarchical view you will see GRT Object — the parent object from which all other objects are derived.
19.5. The GRT Tree Palette
When the GRT shell is active, the Globals Tree is found on the right side of the screen .
The Generic Runtime Environment (GRT) Shell
69

Selecting an object in the GRT tree displays its properties in the GRT Inspector panel found immediately below the GRT
Tree Panel
Right clicking an object in the GRT Tree opens a pop-up window with the menu options, REFRESH and COPY OBJECT PATH.
19.6. The GRT Inspector
The GRT inspector displays the properties of the object that is currently selected in the GRT Global Tree.
19.7. Invoking the GRT Shell From the Command Line
In addition to using the GRT shell from within the MySQL Workbench, you can invoke it directly from the command line. If the
location of the MySQL Workbench is not included in the PATH variable, navigate to the installation directory and find the MySQL-
GrtShell.exe file.
Execute this file by typing:
C:> MySQLGrtShell.exe
Doing this opens the GRT shell window as a stand alone window.
The default shell is the Lua shell and is indicated by the / > prompt.
The Generic Runtime Environment (GRT) Shell
70

Chapter 20. Plug-ins
Using plugins you can write your own modules to perform a variety of tasks. To do this you need to know the Lua scripting lan-
guage and be familiar with the various objects used by MySQL Workbench. For more information on this topic see Chapter 19, The
Generic Runtime Environment (GRT) Shell.
20.1. The catalog_utils.grt.lua Module
The best way to learn about plugins is to examine one. An example Lua plugin is located in the C:Program
FilesMySQLMySQL Workbench versionmodules directory. In that directory you can find the cata-
log_utils.grt.lua Lua file. This is the plugin for copying SQL to the clipboard.
Any plugin must contain at least three functions:
• getModuleInfo() – This function tells the GRT that the file is a module.
• getPluginInfo() – This function tells MySQL Workbench that the module is a function and registers that plugin.
• The function or functions that perform the work of the module.
Open the catalog_utils.grt.lua file in a text editor. and you can see that it has the required objectPluginInput()
and getPluginInfo() functions, a helper function called objectPluginInput() and the function that performs the work
of this module, copySQLToClipboard().
20.1.1. Using the GRT Shell
You can use the GRT shell to help understand the catalog_utils.grt.lua module. Open the GRT shell by pressing Ctrl F3
or by selecting the GRT SHELL menu option found under the VIEW, ADVANCED menu options.
Notice that the getPluginInfo function makes use of the grtV module by invoking its getObj function. The grtV module
is a built-in Lua module that assists with working from the GRT shell. To find out more about the grtV module, type ? grtV in
the GRT shell console window. You should see something similar to the following:
GRT Value Management Library - grtV
-----------------------------------
A library that contains functions to work with GRT values.
clearList child fromXml
getContentType getKey getListItemByObjName
getn getGlobal insert
load newDict newList
newObj remove save
setGlobal toLua toXml
typeOf
Typing help grtV.<command> displays help on a specific command. For example, entering help grtV.newObj displays
the following output.
GRT Value Management Library - grtV.newObj
------------------------------------------
Creates a new GRT object initialized with the optional given values. All simple values
("int", "string", "real") are initialized and all lists and dicts are created.
Object references are left null.
grtV.newObj (structName[, initValuesDict])
Parameters:
structName Struct name of the object to create
initValuesDict A dictionary containing initial values for object fields.
Examples:
rdbmsMgmt= grtV.newObj("db.mgmt.Management",
{name="rdbmsManagement", owner=app})
Create a new object from the struct "db.mgmt.Management"
The grtV.newObj function is used by both the objectPluginInput and the getPluginInfo functions of the cata-
log_utils.grt.lua module. A structName is the first parameter for the grtV.newObj function. In the case of the ob-
jectPluginInput function in catalog_utils.grt.lua module, the structName is app.PluginObjectInput.
To find out more about this struct, locate it in the Structs window.
20.2. Accessing Plugins
71

Plugins can be accessed by calling them from the GRT Shell. For more information on this topic see Section 19.3, “The Shell”.
You can also add entries to the main_menu.xml file, found in the C:Program FilesMySQLMySQL Workbench
versiondata directory.
To determine how to add entries to the main_menu.xml file, open it in a text editor and search for Plugins Menu. Perform-
ing this search takes you to the top level Plugins entry. Beneath this entry find a sample submenu entry that has been commented
out. This entry should look something like the following:
<value type="object" struct-name="app.MenuItem" id="com.mysql.wb.menu.plugins.plugin_name">
<link type="object" key="owner" struct-name="app.MenuItem">com.mysql.wb.menu.plugins</link>
<value type="string" key="name">menu_name</value>
<value type="string" key="caption">menu_caption</value>
<value type="string" key="itemType">cascade</value>
<value type="list" key="subItems" content-type="object" content-struct-name="app.MenuItem">
</value>
Use this entry as a guideline for creating submenus under the PLUGINS top level menu entry.
Warning
Ensure that any XML added to the main_menu.xml file is well-formed, otherwise MySQL Workbench may crash
on startup.
Plug-ins
72

Chapter 21. MySQL Workbench Schema Validation Plugins
(Commercial Version)
MySQL Workbench provides validation modules so that you can test your models before implementing them.
The validation plugins are accessed from the MODEL menu option. One plugin performs general validation for any Relational Data-
base Management System (RDMS) and the other is MySQL-specific. Beneath these menu items are a number of specific validation
tests. Running any one of these tests opens an output window docked at the bottom of the application. Warning messages are dis-
played on the left side of this window and the tests performed are displayed on the right.
The tasks performed by the validation modules are outlined in what follows.
21.1. General Validation
The types of validation and examples that violate validation are listed in what follows:
• Empty Content validation
• A table with no columns
• A routine or view with no SQL code defined
• A routine group containing no routines
• A table, view, or routine not referenced by at least one role
• A user with no privileges
• Objects such as tables that do not appear on at least one EER Diagram
• Table Efficiency Validation
• A table with no primary key
• A primary key that does not use an integer-based data type
• A foreign key that refers to a column with a different data type
• Duplicated Identifiers Validation
• Duplicate object names
• Duplicate role or user names
• Duplicate index or routine names
• Consistency Validation
• Use of the same column with columns of differing data types
• Logic Validation
• A foreign key that refers to a column other than the primary key in the source table
• Any object that is object is either read- or write-only by role definition
• Placeholder objects left over from reverse engineering
21.2. MySQL-Specific Validation
The types of MySQL-specific validation and examples that violate validation are listed in the following.
• Integrity Violation
• An object name longer than the maximum allowed
73

• A foreign key defined for an engine type that doesn't support foreign keys (not yet implemented)
• A view or routine that references a non-existent table (not yet implemented)
• A default value that does not match a column's data type
• An invalid partitioning scheme
• Syntax Violation
• A routine, trigger, or view with incorrect SQL syntax
• A reserved keyword used as an identifier
• Use of an invalid character
MySQL Workbench Schema Validation Plugins
(Commercial Version)
74

Chapter 22. Customizing DBDoc Model Reporting Templates
This document aims to provide an overview of creating and modifying DBDoc Model Reporting templates, as used by MySQL
Workbench.
The MySQL Workbench DBDoc Model Reporting system is based on the Google Template System. This document does not at-
tempt to explain the Google Template System in detail. The Google document How To Use the Google Template System provides
a useful overview of how the Google Template System works.
The templates employed by the DBDoc Model Reporting system are text files that contain Markers. These text files are pro-
cessed by the template system built into MySQL Workbench, and the markers replaced by actual data. The output files are then
generated. It is these output files, typically HTML or text, that are then viewed by the user.
Markers can be of six types:
1. Template Include
2. Comment
3. Set delimiter
4. Pragma
5. Variable
6. Section start and Section end
The last two are the most commonly used in MySQL Workbench templates and these important markers will be briefly described
in the following sections.
1. Variables
The use of variables in the templates is straightforward. Any variables denoted by markers in the template file, will be re-
placed by their corresponding data, prior to the output file being generated. The mapping between variables and their corres-
ponding data is stored by MySQL Workbench in what is known as a Data Dictionary. In the data dictionary the variable name
is the key and the variable's corresponding data is the value. The data dicionaries are built by MySQL Workbench and filled
with the data contained in the model being processed.
By way of example, the following code snippet shows part of a template file:
Total number of Schemata: {{SCHEMA_COUNT}}
In the generated output file the variable {{SCHEMA_COUNT}} will be replaced by the number of schemata in the model:
Total number of Schemata: 2
A variable can appear as many times as required in the template file.
2. Sections
Sections are used to perform iteration in the templates. When MySQL Workbench exchanges the variables in a section for
data it will do so iteratively, using all data in the data dictionary in which the variable is defined. MySQL Workbench builds
the data dictionaries according to the model currently being processed.
Again, this is best illustrated by example:
{{#SCHEMATA}}
Schema: {{SCHEMA_NAME}}
{{/SCHEMATA}}
In the previous code snippet the section start is indicated by the {{#SCHEMATA}} marker. The end of the section is indicated
by the {{/SCHEMATA}} marker. When the template is processed, MySQL Workbench will note the section and iterate the
section until the variable data for {{SCHEMA_NAME}} in the corresponding data dictionary is exhausted. For example, if the
model being processed contains two schemata, the output for the section might resemble the following:
Schema: Airlines
Schema: Airports
75

That is, the model contains two schemata, Airlines and Airports.
Data Dictionaries
It is important to understand the relationship between sections and data dictionaries in more detail. In a data dictionary the key for a
variable is the variable name, a marker. The variable value is the variable's data. The entry for a section in a data dictionary is dif-
ferent. For a section entry in a data dictionary, the key is the section name, the marker. However, the value associated with the key
is a list of data dictionaries. In MySQL Workbench each section is usually associated with a data dictionary. You can think of a
section as activating its associated dictionary (or dictionaries).
When a template is processed, data dictionaries are loaded in a hierarchical pattern, forming a tree of data dictionaries. This is illus-
trated by the following table:
Data Dictionary Loads Data Dictionary
MAIN SCHEMATA
SCHEMATA TABLES, COLUMNS (Detailed is true), FOREIGN_KEYS (Detailed is true),
INDICES (Detailed is true)
TABLES REL_LISTING, INDICES_LISTING, COLUMNS_LISTING, TA-
BLE_COMMENT_LISTING, DDL_LISTING
COLUMNS_LISTING COLUMNS (Detailed is false)
REL_LISTING REL (Detailed is false)
INDICES_LISTING INDICES (Detailed is false)
The root of the tree is the main dictionary. Additional dictionaries are then loaded from the root to form the dictionary tree.
Note
If a template has no sections in it, then any variables used in the template will be looked up in the main dictionary. If a
variable is not found in the main dictionary (which can be thought of as associated with the default, or main, section)
then no data will be generated in the output file for that marker.
Evaluation of variables
The tree structure of the data dictionaries is important when it comes to evaluation of variables. As variables are defined in data
dictionaries, their associated value only has meaning when that particular data dictionary is active, and that means when the section
associated with that data dictionary is active. When a variable lookup occurs, the system will check the data dictionary associated
with the current section. If the variable value can be found there the replacement is made. However, if the variable's value is not
found in the current data dictionary then the parent data dictionary will be checked for the variable's value and so on up the tree un-
til the main data dictionary, or root, is reached.
This can best be illustrated by an example. Assume we want to display the names of all columns in a model. Consider the following
template as an attempt to achieve this:
Report
------
Column Name: {{COLUMN_NAME}}
This template will produce no output, even for a model that contains many columns. In this example the only data dictionary active
is the main dictionary. COLUMN_NAME however is stored in the COLUMNS data dictionary, which is associated with the COLUMNS
section.
With this knowledge the template can be improved as follows:
Report
------
{{#COLUMNS}}
{{/COLUMNS}}
This still does not produce output. Referring to the table Data Dictionary Hierarchy Tree explains why. The COLUMNS data diction-
ary has the parent dictionary COLUMNS_LISTING. COLUMNS_LISTING has the parent TABLES, which has the parent
SCHEMATA, whose parent is the main dictionary. Remember in order for a dictionary to be involved in variable lookup, its associ-
ated section must currently be active.
Customizing DBDoc Model Reporting Templates
76

So in order to achieve the desired output we would need the template to be something like the following:
Report
------
{{#SCHEMATA}}
{{#TABLES}}
{{#COLUMNS_LISTING}}
{{#COLUMNS}}
{{/COLUMNS}}
{{/COLUMNS_LISTING}}
{{/TABLES}}
{{/SCHEMATA}}
The following template is the same, but with explanatory comments added:
Report
------
{{! Main dictionary active}}
{{#SCHEMATA}} {{! SCHEMATA dictionary active}}
{{#TABLES}} {{! TABLES dictionary active}}
{{#COLUMNS_LISTING}} {{! COLUMNS_LISTING dictionary active}}
{{#COLUMNS}} {{! COLUMNS dictionary active}}
Column Name: {{COLUMN_NAME}} {{! COLUMN_NAME variable is looked-up, and found, in COLUMNS data dictionary}}
{{/COLUMNS}}
{{/TABLES}}
{{/SCHEMATA}}
Imagine now that for each column name displayed you also wanted to display its corresponding schema name, the template would
look like this:
Report
------
{{#SCHEMATA}}
{{#TABLES}}
{{#COLUMNS_LISTING}}
{{#COLUMNS}}
Schema Name: {{SCHEMA_NAME}} Column Name: {{COLUMN_NAME}}
{{/COLUMNS}}
{{/TABLES}}
{{/SCHEMATA}}
When variable lookup is performed for SCHEMA_NAME the COLUMNS dictionary will be checked. As the variable is not found
there the parent dictionary will be checked, COLUMNS_LISTING, and so on until the variable is eventually found, where it is held,
in the SCHEMATA dictionary.
If there are multiple schemata in the model the outer section will be iterated over a matching number of times, and SCHEMA_NAME
will accordingly have the correct value on each iteration.
It's important to always consider which dictionary needs to be active (and which parents) for a variable to be evaluated correctly. In
the following section you will find a table that helps you identify section requirements.
22.1. Supported Template Markers
A list of supported markers follows. These markers can be used in any template, including custom templates.
Marker text Type Data Dictionary defined in (if variable)
or parent dictionary (if section)
TITLE Variable MAIN
GENERATED Variable MAIN
STYLE_NAME Variable MAIN
SCHEMA_COUNT Variable MAIN
PROJECT_TITLE Variable MAIN
PROJECT_NAME Variable MAIN
PROJECT_AUTHOR Variable MAIN
77

PROJECT_VERSION Variable MAIN
PROJECT_DESCRIPTION Variable MAIN
PROJECT_CREATED Variable MAIN
PROJECT_CHANGED Variable MAIN
TOTAL_TABLE_COUNT Variable MAIN
TOTAL_COLUMN_COUNT Variable MAIN
TOTAL_INDEX_COUNT Variable MAIN
TOTAL_FK_COUNT Variable MAIN
SCHEMATA Section MAIN
SCHEMA_NAME Variable SCHEMATA
SCHEMA_ID Variable SCHEMATA
TABLE_COUNT Variable SCHEMATA
COLUMN_COUNT Variable SCHEMATA
INDICES_COUNT Variable SCHEMATA
FOREIGN_KEYS_COUNT Variable SCHEMATA
TABLES Section SCHEMATA
TABLE_NAME Variable TABLES
TABLE_ID Variable TABLES
COLUMNS_LISTING Section TABLES
COLUMNS Section COLUMNS_LISTING
COLUMN_KEY Variable COLUMNS
COLUMN_NAME Variable COLUMNS
COLUMN_DATATYPE Variable COLUMNS
COLUMN_NOTNULL Variable COLUMNS
COLUMN_DEFAULTVALUE Variable COLUMNS
COLUMN_COMMENT Variable COLUMNS
COLUMN_ID Variable COLUMNS
COLUMN_KEY_PART Variable COLUMNS (if detailed)
COLUMN_NULLABLE Variable COLUMNS (if detailed)
COLUMN_AUTO_INC Variable COLUMNS (if detailed)
COLUMN_CHARSET Variable COLUMNS (if detailed)
COLUMN_COLLATION Variable COLUMNS (if detailed)
COLUMN_IS_USERTYPE Variable COLUMNS (if detailed)
INDICES_LISTING Section TABLES
INDICES Section INDICES_LISTING
INDEX_NAME Variable INDICES
INDEX_PRIMARY Variable INDICES
INDEX_UNIQUE Variable INDICES
INDEX_TYPE Variable INDICES
INDEX_KIND Variable INDICES
INDEX_COMMENT Variable INDICES
INDEX_ID Variable INDICES
INDEX_COLUMNS Section INDICES
INDEX_COLUMN_NAME Variable INDEX_COLUMNS
INDEX_COLUMN_ORDER Variable INDEX_COLUMNS
INDEX_COLUMN_COMMENT Variable INDEX_COLUMNS
INDEX_KEY_BLOCK_SIZE Variable INDEX_COLUMNS (if detailed)
REL_LISTING Section TABLES
78

REL Section REL_LISTING
REL_NAME Variable REL, FOREIGN_KEYS
REL_TYPE Variable REL, FOREIGN_KEYS
REL_PARENTTABLE Variable REL, FOREIGN_KEYS
REL_CHILDTABLE Variable REL, FOREIGN_KEYS
REL_CARD Variable REL, FOREIGN_KEYS
FOREIGN_KEY_ID Variable REL
FOREIGN_KEYS Section SCHEMATA
FK_DELETE_RULE Variable FOREIGN_KEYS
FK_UPDATE_RULE Variable FOREIGN_KEYS
FK_MANDATORY Variable FOREIGN_KEYS
TABLE_COMMENT_LISTING Section TABLES
TABLE_COMMENT Variable TABLE_COMMENT_LISTING
DDL_LISTING Section TABLES
DDL_SCRIPT Variable DDL_LISTING
Using the table
The table shows which variables are defined in which sections. The variable should be used in its correct section, otherwise its
value will not be displayed.
Note
It should be remembered though that the data dictionaries used to perform the lookup form a hierarchical tree, so it is
possible to use a variable defined in a parent section, in a child section.
22.2. Creating a custom template
In the simplest case a template consists of two files. A template file, which has a .tpl extension, and a special file info.xml.
The info.xml file has important metadata about the template. A third file is optional, that is the preview image file. This preview
file provides a thumbnail image illustrating the appearance of the generated report.
One of the easiest ways to create a custom template is to make a copy of any existing template.
For example, you make a custom template based on the Text Basic. The following procedure demonstrates this.
1. First you need to make a copy of the template on which you are going to base your custom template. To do this navigate to the
folder where the templates are stored. Assuming MySQL Workbench has been installed into the default location on Windows,
this would be C:Program FilesMySQLMySQL Workbench 5.0
SEmodulesdatawb_model_reporting.
2. Then make a copy of the template folder you wish to base your new template on. In this case a copy of the
Text_Basic.tpl folder is made. The copy can be given any suitable name, for example, Custom_Basic.tpl.
3. Now the info.xml file needs to be edited, to reflect your custom template. The unedited file in this case is shown here:
<?xml version="1.0"?>
<data>
<value type="object" struct-name="workbench.model.reporting.TemplateInfo"
id="{BD6879ED-814C-4CA3-A869-9864F83B88DF}" struct-checksum="0xb46b524d">
<value type="string" key="description">A basic TEXT report listing schemata and objects.</value>
<value type="string" key="name">HTML Basic Frame Report</value>
<value type="list" content-type="object"
content-struct-name="workbench.model.reporting.TemplateStyleInfo"
key="styles">
<value type="object" struct-name="workbench.model.reporting.TemplateStyleInfo"
id="{7550655C-CD4B-4EB1-8FAB-AAEE49B2261E}" struct-checksum="0xab08451b">
<value type="string" key="description">Designed to be viewed with a fixed sized font.</value>
<value type="string" key="name">Fixed Size Font</value>
<value type="string" key="previewImageFileName">preview_basic.png</value>
<value type="string" key="styleTagValue">fixed</value>
</value>
</value>
<value type="string" key="mainFileName">report.txt</value>
</value>
</data>
79

Two objects are defined in the file. The TemplateInfo object and the TemplateStyleInfo object. These objects con-
tain information about the template that will be displayed in the DBDoc Model Reporting wizard main screen.
4. The first thing you need to change are the object GUIDs that are used in the file. In this example there are two that need repla-
cing:
id="{BD6879ED-814C-4CA3-A869-9864F83B88DF}"
...
id="{7550655C-CD4B-4EB1-8FAB-AAEE49B2261E}"
Generate two new GUIDS. This can be done using any suitable command-line tool. There are also free online tools that can be
used to generate GUIDs. The info.xml file should then be edited accordingly.
5. Edit the textual information for the TemplateInfo and TemplateStyleInfo objects to reflect the purpose of the cus-
tom template.
6. The modified file will now look something like the following:
<?xml version="1.0"?>
<data>
<value type="object" struct-name="workbench.model.reporting.TemplateInfo"
id="{cac9ba3f-ee2a-49f0-b5f6-32580fab1640}" struct-checksum="0xb46b524d">
<value type="string"
key="description">Custom basic TEXT report listing schemata and objects.</value>
<value type="string" key="name">Custom Basic text report</value>
<value type="list" content-type="object"
content-struct-name="workbench.model.reporting.TemplateStyleInfo" key="styles">
<value type="object"
struct-name="workbench.model.reporting.TemplateStyleInfo"
id="{39e3b767-a832-4016-8753-b4cb93aa2dd6}" struct-checksum="0xab08451b">
<value type="string" key="description">Designed to be viewed with a fixed sized font.</value>
<value type="string" key="name">Fixed Size Font</value>
<value type="string" key="previewImageFileName">preview_basic.png</value>
<value type="string" key="styleTagValue">fixed</value>
</value>
</value>
<value type="string" key="mainFileName">custom_report.txt</value>
</value>
</data>
7. The next step is to create the new template file. Again this may best be achieved, depending on your requirements, by editing
an existing template. In this example the template file report.txt.tpl is shown here:
+--------------------------------------------+
| MySQL Workbench Report |
+--------------------------------------------+
=============================================
{{#SCHEMATA}}
{{SCHEMA_NR}}. Schema: {{SCHEMA_NAME}}
----------------------------------------------
## Tables ({{TABLE_COUNT}}) ##
{{#TABLES}}{{TABLE_NR_FMT}}. Table: {{TABLE_NAME}}
{{#COLUMNS_LISTING}}## Columns ##
Key Column Name Datatype Not Null Default Comment
{{#COLUMNS}}{{COLUMN_KEY}}{{COLUMN_NAME}}{{COLUMN_DATATYPE}} »
{{COLUMN_NOTNULL}}{{COLUMN_DEFAULTVALUE}}{{COLUMN_COMMENT}}
{{/COLUMNS}}{{/COLUMNS_LISTING}}
{{#INDICES_LISTING}}## Indices ##
Index Name Columns Primary Unique Type Kind Comment
{{#INDICES}}{{INDEX_NAME}}{{#INDICES_COLUMNS}}{{INDEX_COLUMN_NAME}} »
{{INDEX_COLUMN_ORDER}}{{INDEX_COLUMN_COMMENT}}{{/INDICES_COLUMNS}} »
{{INDEX_PRIMARY}}{{INDEX_UNIQUE}}{{INDEX_TYPE}}{{INDEX_KIND}}{{INDEX_COMMENT}}
{{/INDICES}}{{/INDICES_LISTING}}
{{#REL_LISTING}}## Relationships ##
Relationship Name Relationship Type Parent Table Child Table Cardinality
{{#REL}}{{REL_NAME}}{{REL_TYPE}}{{REL_PARENTTABLE}}{{REL_CHILDTABLE}}{{REL_CARD}}
{{/REL}}{{/REL_LISTING}}
---------------------------------------------
{{/TABLES}}
{{/SCHEMATA}}
=============================================
End of MySQL Workbench Report
This template shows details for all schemata in the model.
8. The above template file can be edited in any way you like, with new markers being added, and existing markers being re-
moved as required. For the custom template example you might want to create a much simpler template. Such as the one fol-
lowing:
+--------------------------------------------+
80

| MySQL Workbench Custom Report |
+--------------------------------------------+
=============================================
{{#SCHEMATA}}
Schema Name: {{SCHEMA_NAME}}
----------------------------------------------
## Tables ({{TABLE_COUNT}}) ##
{{#TABLES}}
Table Name: {{TABLE_NAME}}
{{/TABLES}}
{{/SCHEMATA}}
Report Generated On: {{GENERATED}}
=============================================
End of MySQL Workbench Custom Report
This simplified report just lists the schemata and the tables in a model. The date and time the report was generated will also be
displayed as a result of the use of the {{GENERATED}} variable.
9. The custom template can then be tested. Start MySQL Workbench, load the model to generate the report for, select the
MODEL, DBDOC - MODEL REPORTING menu item. Then select the new custom template from the list of available templates,
select an output directory and then click FINISH to generate the report. Finally, navigate to the output directory to view the fin-
ished report.
81

Chapter 23. MySQL Workbench FAQ
Questions
• 23.1: MySQL Workbench 5.0 appears to run slowly. How can I increase performance?
Questions and Answers
23.1: MySQL Workbench 5.0 appears to run slowly. How can I increase performance?
Although graphics rendering may appear slow, there are several other reasons why performance may be less than expected. The
following tips may offer improved performance:
• Upgrade to the latest version. MySQL Workbench 5.0 is still being continually maintained and some performance-related is-
sues may have been resolved.
• Limit the number of steps to save in the UNDO HISTORY facility. Depending on the operations performed, having an infinite
undo history can use a lot of memory after a few hours of work. In TOOLS, OPTIONS, GENERAL, enter a number in the range 10
to 20 into the UNDO HISTORY SIZE spinbox.
• Disable relationship line crossing rendering. In large diagrams, there may be a significant overhead when drawing these line
crossings. In TOOLS, OPTIONS, DIAGRAM, uncheck the option named DRAW LINE CROSSINGS.
• Check your graphics card driver. The GDI rendering that is used in MySQL Workbench 5.0 is not inherently slow, as most
video drivers support hardware acceleration for GDI functions. It can help if you have the latest native video drivers for your
graphics card.
• Upgrade to MySQL Workbench 5.1. MySQL Workbench 5.1 has had many operations optimized. For example, opening an ob-
ject editor, such as the table editor, is much faster, even with a large model loaded. However, these core optimizations will not
be back-ported to 5.0.
82

Appendix A. MySQL Workbench Change History
The following sections outline the changes between versions for MySQL Workbench.
A.1. Changes in Release 5.1
A.1.1. Changes in MySQL Workbench 5.1.7 (Not yet released)
This section documents all changes and bug fixes that have been applied since the release of 5.1.6.
Bugs fixed:
• MySQL Workbench 5.1.7 for MacOSX crashed on startup. The reason was that it was looking for libmysqlclient.15,
which was not found in /usr/local/mysql/lib. The error generated was:
Process: MySQLWorkbench [14915]
Path: /Applications/MySQLWorkbench.app/Contents/MacOS/MySQLWorkbench
Identifier: com.sun.MySQLWorkbench
Version: ??? (???)
Code Type: X86 (Native)
Parent Process: launchd [95]
Date/Time: 2009-02-02 18:53:52.120 +0100
OS Version: Mac OS X 10.5.6 (9G55)
Report Version: 6
Exception Type: EXC_BREAKPOINT (SIGTRAP)
Exception Codes: 0x0000000000000002, 0x0000000000000000
Crashed Thread: 0
Dyld Error Message:
Library not loaded: /usr/local/mysql/lib/libmysqlclient.15.dylib
Referenced from: /Applications/MySQLWorkbench.app/Contents/MacOS/MySQLWorkbench
Reason: image not found
Note that MySQL was installed, but the specific version of client library required was not present. (Bug#42550)
Bugs fixed:
• A dialog displayed a message with a missing filename. The message displayed was:
Import of SQL script file '' has finished successfully.
Note the filename is missing from the message.
This dialog is located in the FILE, IMPORT, REVERSE ENGINEER SQL CREATE SCRIPT wizard. It is displayed on the page after
importing the file, clicking NEXT and then EXECUTE. (Bug#39922)
• The ADVANCED button displayed the text label &ADVANCED.
This button is located in the FILE, IMPORT, REVERSE ENGINEER SQL CREATE SCRIPT wizard. It is displayed on the page after
importing the file. (Bug#39921)
Functionality added or changed:
• There was a problem where relationships that were hidden could then not be selected in order to bring up their relationship edit-
or. Relationships can now be selected as objects in the Layer window. Once selected, the relationship's visible property can
be set to True in the Properties window, thus making the relationship visible again. (Bug#40167)
83

Bugs fixed:
• Loading a model using the Linux version of Workbench resulted in a crash. However, the model loaded correctly with the Win-
dows versions of Workbench. (Bug#39992)
• A model created using the Windows version of Workbench caused the Linux version of Workbench to crash on loading the
model. (Bug#39983)
A.2. Changes in Release 5.0
A.2.1. Changes in MySQL Workbench 5.0.30 (18th February 2009)
Bugs fixed:
• MySQL Workbench crashed when the mouse wheel was used. If you scrolled the OPTIONS tab of the TABLE EDITOR, closed
the TABLE EDITOR and then used the mouse wheel again on the MYSQL MODEL page, MySQL Workbench crashed.
(Bug#42847)
• Introducing a UserType into a model caused the FILE, EXPORT, FORWARD ENGINEER SQL CREATE SCRIPT wizard to crash.
Further, peforming a PLUGINS, OBJECTS, COPY SQL TO CLIPBOARD operation also caused MySQL Workbench to crash.
(Bug#42085)
• The Forward Engineer SQL CREATE Script wizard failed to generate a script correctly.
This happened when using the FILE, EXPORT, FORWARD ENGINEER SQL CREATE SCRIPT facility. If, in the wizard, OBJECT
OF TYPE MYSQL TABLE was selected, and then all tables added to the EXCLUSION MASKS pane, before moving back the re-
quired table to the OBJECTS TO PROCESS pane, the script was generated for the entire database rather than the selected table.
(Bug#41475)
• When a diagram was renamed, the history displayed:
Rename 'new name' to 'new name
It should have instead displayed:
Rename 'old name' to 'new name'
(Bug#41355)
• If a model contained a View that was using a Function, and an attempt was made to Synchronize the database, then an error was
generated such as:
Error 1305: FUNCTION `bleble` does not exist
A similar error was also generated if the Forward Engineer SQL CREATE Script wizard was used. (Bug#40846)
• The viewport, which is the combobox in the top right corner of Workbench, did not scale to less than 40%. However, resizes
above 40% worked fine. (Bug#39607)
• The Forward Engineer SQL ALTER Script wizard produced an erroneous script.
If Forward Engineer SQL CREATE Script was used to generate a script and this was then used as an input to Forward Engineer
SQL ALTER Script, without having made any changes to the model, then an ALTER script with no changes should be pro-
duced. However, the ALTER script showed many changes, even though no changes had been made to the model. (Bug#37709)
A.2.2. Changes in MySQL Workbench 5.0.29 (12th December 2008)
Bugs fixed:
MySQL Workbench Change History
84

• Workbench crashed when objects other than tables were moved out of a layer. (Bug#41358)
• In the EER Diagram view an icon was not displayed for Not-NULL items. (Bug#41326)
• When a diagram was renamed, the label of the corresponding tab was not automatically updated. However, when the focus was
changed, the text was correctly updated. (Bug#38867)
• The table figures in the Diagram view had insufficient information. They did not display information such as constraints or de-
fault values. (Bug#38553)
• When the grid was activated, dragged objects on layers were incorrectly placed with an offset of -1,-1. (Bug#35989)
• The last column in a table disappeared in the table editor, and it was not possible to add further columns. (Bug#35905)
A.2.3. Changes in MySQL Workbench 5.0.28 (6th December 2008)
Bugs fixed:
• If you attempted to select several tables in the table list of the MYSQL MODEL view, and you accidentally included the ADD
TABLE button in your selection, then a message box appeared warning of an unknown exception:
"Unknown Exception caught in: c:documents and settingsmysqldevmy documentsvisual
studio 2005projectsworkbenchbackendwindowswb.wrsrcWb.h at line 1010"
The program did not crash. Only the messagebox appeared. (Bug#41201)
• If two foreign keys were created in a table that referenced a second table and then an attempt was made to delete the relations
and the referenced table, MySQL Workbench crashed. (Bug#41025)
• When clicking the + and - buttons in the PHYSICAL SCHEMATA pane of the MYSQL MODEL tab, an Unhandled Excep-
tion was generated:
System.Runtime.InteropServices.SEHException: External component has thrown an exception.
(Bug#40971)
• The REFERENCED COLUMN pane of the FOREIGN KEY tab became cleared if the foreign key was renamed. Subsequently, at-
tempting to choose a REFERENCED COLUMN did not display a link in the EER DIAGRAM view. In order to get foreign key re-
lationships working again it was necessary to de-select the checkboxes from the COLUMNS pane, re-select them, and then select
the REFERENCED COLUMN pane. (Bug#40649)
• When a table was renamed the inserted data was lost. (Bug#40327)
• A complex EER diagram threw an exception whenever an action was peformed on it. However, other diagrams in the same
MWB file functioned correctly.
The exception generated was:
System.Runtime.InteropServices.SEHException: Un composant externe a levé une exception.
à wb.ModelViewForm.handle_mouse_button(ModelViewForm* , MouseButton , Boolean , Int32
, Int32 , EventState )
à MySQL.Workbench.ModelViewForm.OnMouseUp(MouseEventArgs e, Int32 X, Int32 Y, Keys
keystate, MouseButtons buttons)
à MySQL.GUI.Workbench.ModelViewForm.CanvasPanel_MouseUp(Object sender, MouseEventArgs
e)
à System.Windows.Forms.Control.OnMouseUp(MouseEventArgs e)
à MySQL.Utilities.WindowsCanvasViewerPanel.OnMouseUp(MouseEventArgs e)
à System.Windows.Forms.Control.WmMouseUp(Message& m, MouseButtons button, Int32
clicks)
à System.Windows.Forms.Control.WndProc(Message& m)
à System.Windows.Forms.ScrollableControl.WndProc(Message& m)
à System.Windows.Forms.Control.ControlNativeWindow.OnMessage(Message& m)
à System.Windows.Forms.Control.ControlNativeWindow.WndProc(Message& m)
à System.Windows.Forms.NativeWindow.Callback(IntPtr hWnd, Int32 msg, IntPtr wparam,
IntPtr lparam)
(Bug#39360)
85

A.2.4. Changes in MySQL Workbench 5.0.27 (7th November 2008)
• There was a problem where relationships that were hidden could then not be selected in order to bring up their relationship edit-
or. Relationships can now be selected as objects in the Layer window. Once selected, the relationship's visible property can
be set to True in the Properties window, thus making the relationship visible again. (Bug#40167)
Bugs fixed:
• When a stored routine was edited, the edit cursor jumped back to the start of the page unless typing was constant. (Bug#40426)
• When using the COPY INSERT TO CLIPBOARD menu item the generated SQL code was incorrect. The “S” was missing from
“VALUES” and the data was not included. This resulted in SQL code such as:
INSERT INTO `table1` (`table1_id`, `descr`) VALUE ();
(Bug#40041)
• If a trigger was renamed, and the design then synched with a database instance, the generated SQL created a trigger with the
new name and then dropped the trigger with the old name. This resulted in the following error:
Error 1235: This version of MySQL doesn't yet support
'multiple triggers with the same action time and event for one table'
(Bug#39989)
• The COPY SQL TO CLIPBOARD action (right click menu on table) did not use Windows-compatible line endings. (Bug#39476)
• When a column had a datatype BOOLEAN and it was exported using FORWARD ENGINEER SQL ALTER, the exported type was
BOOLEAN(2) instead of BOOLEAN. (Bug#39257)
• Workbench application performance was poor, with slow loading times and excessive memory usage. (Bug#38439)
• When a DBDesigner model with 333 tables was imported into Workbench the RAM usage went up to approximately 1GB.
Workbench then crashed with the following exception:
Error creating cairo context: out of memory
(Bug#37178)
A.2.5. Changes in MySQL Workbench 5.0.26 (16th October 2008)
Bugs fixed:
• When attempting to export a model using the FILE, EXPORT, FORWARD ENGINEER SQL CREATE SCRIPT menu item, Work-
bench crashed on clicking the wizard's FINISH button. (Bug#39578)
• The COPY INSERT TO CLIPBOARD action generated SQL with lower case keywords. This was not consistent with the behavior
of the COPY SQL TO CLIPBOARD action. (Bug#39477)
• Renaming a table and then selecting FORWARD ENGINEER SQL ALTER SCRIPT did not result in a RENAME statement. Instead,
DROP and CREATE statements were generated. (Bug#39256)
• The script generated by the EXPORT, FORWARD ENGINEER SQL CREATE SCRIPT menu item contained invalid statements when
using two schemata. (Bug#39211)
• Exported SQL code containing a trigger that called a procedure would fail when an INSERT activated the trigger. (Bug#39088)
A.2.6. Changes in MySQL Workbench 5.0.25 (12th September 2008)
86

Bugs fixed:
• If the user closed all tabs and then quit, Workbench crashed. (Bug#39346)
• Foreign keys referencing a deleted table were not removed. (Bug#39150)
• FORWARD ENGINEER SQL CREATE SCRIPT and FORWARD ENGINEER SQL ALTER SCRIPT generated scripts that did not put
index names in quotes. (Bug#39140)
• When Workbench was started with the GRT Shell tab opened, the object tree in the GRT TREE pane was not displayed.
(Bug#39122)
• When triggers were exported with the GENERATE DROP TABLES STATEMENTS option checked, DROP TRIGGER IF EX-
ISTS did not appear in the exported SQL. (Bug#39119)
• The TRIGGERS tab would always enable Insert mode when opened. (Bug#39118)
• In the FOREIGN KEY tab of the TABLE EDITOR, the dropdown menu that is displayed on clicking in the REFERENCED TABLE
column, listed table names by creation date, rather than by sorted name. (Bug#38944)
• If any DEFAULT properties were defined for a model, they appeared to be lost after saving the model and restarting Work-
bench. (Bug#38825)
• When you loaded a UTF-8 encoded script file into Workbench, the embedded SQL editor replaced international characters with
the ? symbol. (Bug#38783)
• When creating Views and Routines, the entry in the UNDO HISTORY window showed “Parse MySQL View” instead of “View
Created”, and “Parse MySQL Routine” instead of “Routine Created”.
When subsequently undoing this operation the correct text was displayed. Performing a redo then resulted in the incorrect text
being displayed again.
Additionally, when undoing a Routine Group, the previous undo action in the history was incorrectly renamed and the last entry
in the history was deleted. (Bug#36047)
• In the TABLE EDITOR tab, wherever data could be entered, such as in the FOREIGN KEY NAME entry field, the default wrap
protocol was to go to a new line. This resulted in text that was only partially visible. (Bug#34510)
• The synchronization wizard could show a diff tree for schemata different from those that had been selected. (Bug#32365)
A.2.7. Changes in MySQL Workbench 5.0.24 (12th August 2008)
• In the MySQLGrtShell.exe program the VALUES tab has been renamed to GRT TREE. However, the GRT TREE tab only
shows a root node because there is no GRT Tree loaded when the Shell is started in standalone mode. (Bug#35052)
Bugs fixed:
• Indexes listed when the INDEX tab was selected could not be deleted if the index type was FOREIGN. (Bug#38639)
• When the menu item MODEL, VALIDATION, VALIDATE ALL was selected, and an error dialog subsequently displayed, the dialog
error message had a missing dot separator between the database name and table name. (Bug#38632)
• When a DBDesigner 4 model that contained duplicate relationships was imported into Workbench, and then exported, the res-
ultant script would fail when executed on MySQL server. (Bug#38488)
• It was not possible to synchronize a model to an external database, if the model contained triggers. (Bug#38436)
• When resizing the comment column under PHYSICAL SCHEMATA view in column format, the column resize was reverted when
switching between schemas. (Bug#38431)
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• An attempt to copy a table and then paste it into a new schema resulted in an Unknown Exception being generated.
(Bug#38429)
• If you created a new view with an OR REPLACE clause, the FORWARD ENGINEER SQL CREATE SCRIPT output contained the
OR REPLACE clause twice. (Bug#38337)
• When a DBDesigner 4 XML file was imported into Workbench the INSERT statements were incorrectly converted.
(Bug#38196)
• Importing a script that specified an incorrect data type required Workbench to close. (Bug#38146)
• Workbench crashed when using the MODEL, VALIDATION(MYSQL), VALIDATE ALL menu item on a model that contained a
dangling foreign key index. (Bug#38115)
• Foreign key options (onDelete, onUpdate) are not imported from DBDesigner schema. (Bug#37794)
• In the mysql-workbench-oss-5.0.23-win32-noinstall version of Workbench the menu item PLUGINS, OBJECTS,
COPY SQL TO CLIPBOARD did not work. (Bug#37736)
• When synchronizing the database, table comments were not updated. However, column comments worked as expected.
(Bug#37686)
• Running HELP, UPDATE... crashes Workbench when the wizard comes to the point where it is trying to close Workbench.
(Bug#37665)
• DATABASE, SYNCHRONIZE did not update the model view when the table was changed in the database, until after Workbench
was restarted. (Bug#37634)
• FORWARD ENGINEER SQL CREATE SCRIPT did not reflect changes made to the model. (Bug#37574)
• When using the FORWARD ENGINEER SQL CREATE SCRIPT, columns marked as NOT NULL were generated as NOT NULL
DEFAULT NULL. (Bug#37385)
• Errors were generated in SQL code during FORWARD ENGINEER SCHEMA for Inserts data in TIMESTAMP columns.
(Bug#37059)
• If a database was imported using REVERSE ENGINEER SQL ALTER SCRIPT and the database name changed in Workbench, the
script then generated by FORWARD ENGINEER SQL ALTER SCRIPT was incorrect. (Bug#36178)
• The auto-increment flag was not cleared internally for a column, when the type of that column was changed to one for which
auto-increment is invalid e.g. char. When the model was exported using EXPORT, FORWARD ENGINEER SQL CREATE SCRIPT,
the resulting script incorrectly retained the auto-increment flag for the changed column. (Bug#36085)
A.2.8. Changes in MySQL Workbench 5.0.23 (25th June 2008)
• It was not clear how a stored connection profile could be edited and the changes saved. Tooltips have been added to the relevant
buttons and the main documentation clarified. (Bug#37061)
Bugs fixed:
• The FILE, EXPORT, FORWARD ENGINEER SQL CREATE SCRIPT menu item exports a script it is then unable to import using the
FILE, EXPORT, REVERSE ENGINEER MYSQL CREATE SCRIPT menu item, as it incorrectly imports comments containing special
characters. (Bug#37563, Bug#37562)
• Workbench was failing to correctly export Trigger DDLs. (Bug#37432)
• Using GENERATE SCHEMA DIFF REPORT resulted in a crash. The crash was caused by improper handling of an invalid FK in a
table. While this issue is correctly reported by a validation module, in Standard Edition GENERATE SCHEMA DIFF REPORT didn't
handle that correctly. (Bug#37393)
• When a new column was added to a table Inserts data was deleted. (Bug#37192)
• Trying to edit a table in a new window displays an error message dialog:
88

plugin:wb.edit.editSelectedInNewWindow
Invalid plugin
Invalid plugin wb.edit.editSelectedInNewWindow
(Bug#37180)
• If you try to place a new image into an EER Diagram and select an invalid filetype, you get a error message dialog with the fol-
lowing text:
CAIRO ERROR: INVALID MATRIX (NOT INVERTIBLE)
If you then click OK to clear the dialog and then try to select PLACE A NEW TABLE, the error message dialog is displayed again.
(Bug#37079)
• The FORWARD ENGINEER wizard did not report connection status correctly. If invalid database credentials were entered, the
wizard reported success, even though the connection failed. (Bug#37060)
• Incorrect behaviour when editing a table. When the COLUMNS tab is selected, if you want to delete multiple selected tables at
once, Workbench removes the wrong columns. (Bug#37045)
• The script generated by the FILE, EXPORT, FORWARD ENGINEER SQL ALTER SCRIPT menu item contains syntax errors.
(Bug#36889)
• The export filter did not properly filter tables. (Bug#36739)
• Workbench generated incorrect syntax when attempting to synchronize with a live server. The resultant code was missing com-
mas which resulted in a syntax error. (Bug#36674)
• After reverse engineering an SQL create script and drawing some EER diagrams, a subsequent import of the same script des-
troys the EER diagrams. All tables in the catalog are updated, but the reference of the table in the diagram to the table in the
catalog is lost. The tables in the diagram are still visible, but do not correspond to the table in the catalog.
After closing and re-opening the file, all diagrams are empty and it is impossible to delete the diagrams. However, in the over-
view in the upper right corner, the tables placed in the diagram are still visible. (Bug#36381)
• Mouse wheel does not work when you double-click a table and select the OPTIONS tab. (Bug#36374)
• When FILE, EXPORT, FORWARD ENGINEER SQL ALTER SCRIPT menu item is selected it causes an ALTER Script Gener-
ation (Script Synchronization) error. (Bug#36355)
• The behaviour of the SYNCHRONIZE wizard was inconsistent when cancelled and re-run. (Bug#36177)
• Several windows and tabs have fields which are either not completely visible or are obscured by labels that overlap the field.
(Bug#36115)
• When creating a Schema Diff Report from the local model to a live database, the wizard crashed with an unhandled ex-
ception. (Bug#35878)
• Collapsing of the EER Diagram section of the MYSQL MODEL tab is not retained after program relaunch. (Bug#35717)
• In the MYSQL MODEL tab, in the summary line for PHYSICAL SCHEMATA, there are three icons, one for large icon view, one
for small icon view, one for list view. Changing the view is not saved between application launches. (Bug#35716)
• Performing a DATABASE SYNCHRONIZATION resulted in erroneous ALTER statements being generated. (Bug#34812)
• Menu item was incorrectly named GENERATE SCHEMA DIFF REPORT, when it should have been called GENERATE CATALOG
DIFF REPORT. (Bug#34398)
• Workbench failed to restore window states, window positions and side-panel sizes from the previous execution of the applica-
tion. (Bug#32442)
• The AUTO_INCREMENT attribute is now ignored on import for column types that do not support it. (Bug#31986)
A.2.9. Changes in MySQL Workbench 5.0.22 (27th May 2008)
Bugs fixed:
89

• Can not add values for TIMESTAMP columns in the INSERTS editor. (Bug#37009)
• When columns are added to, or removed from a table, Workbench deletes all INSERTS data. (Bug#37008)
• Trigger definition auto-formatting resulted in malformed code. (Bug#36815, Bug#37685)
• The script generated by the FILE, EXPORT, FORWARD ENGINEER SQL CREATE SCRIPT menu item contains a spurious quote
mark. (Bug#36753)
• For CREATE TABLE statements, TIME column default values were not quoted properly. (Bug#36669)
• Print preview in landscape orientation did not work correctly. (Bug#36647)
• When opening a model created with an earlier version of Workbench, the INDEXES tab displayed indexes of type FOREIGN as
type INDEX, and it was not possible to change them back to FOREIGN. (Bug#36453)
• If a table column definition allows NULL and has been set with a default of NULL, integrity validation operations complained
that the default value for the column is invalid. (Bug#36397)
• After use of Control-X to cut text from a text-edit box and Control-Z to undo the operation, the canvas was updated correctly
but not the text box. (Bug#36358)
• Shifted content could not be scrolled or navigated. (Bug#36328)
• The mousewheel scrolled the overview pane when it was open behind the insert-editor. (Bug#36253)
• View renaming in overview did not work properly and has been disabled. (Bug#36202)
• The Copy to SQL operation caused a crash. (Bug#36184)
• Dragging objects out of a layer did not work properly. (Bug#36053)
• The enabled/disabled status of items in the EDIT menu was not updated properly. (Bug#35962)
• Relationships were drawn over tables. (Bug#35867)
• The script generated by database synchronize contained errors. (Bug#35644)
• Setting up foreign key relationships across multiple schemas did not work. (Bug#34546)
• Scrollbars now appear correctly when editor windows are reduced in height. (Bug#32454)
• Table partitioning information was not exported properly. (Bug#32226)
A.2.10. Changes in MySQL Workbench 5.0.21 (27 April 2008)
Bugs fixed:
• The undo operation did not completely undo a relationship between two tables. It removed only the line drawn between two
tables, but did not undo the fields and keys. (Bug#36645)
• Double clicking a column-heading separator in Find results caused a crash. (Bug#36266)
• The scripts generated by the FILE, EXPORT, FORWARD ENGINEER SQL ALTER SCRIPT and FILE, EXPORT, FORWARD ENGINEER
SQL CREATE SCRIPT include unnecessary SQL code. (Bug#36170)
• The COPY CONNECTION NN menu item on the context menu of a connection does not have a complementary PASTE CONNEC-
TION menu item. The EDIT menu has a greyed-out PASTE CONNECTION menu item. (Bug#36166)
• FORWARD ENGINEER wizard failed to create a table, but did not show any error messages. (Bug#35874)
• Saving a file restores the column widths of the list view to default under PHYSICAL SCHEMATA. (Bug#35718)
• When making a column a primary key and this column has NULL as default value, this default value is not changed. When the
table gets synchronized back to the database Workbench creates a statement such as:
ALTER TABLE `test_defhan`.`table1` CHANGE COLUMN `id_table1` `id_table1` INT(11) NOT NULL
DEFAULT NULL, ...
90

This leads to an error:
ERROR 1067: INVALID DEFAULT VALUE FOR 'ID_TABLE1' (Bug#32972)
Bugs fixed:
• Re-creating a deleted relationship caused a crash. (Bug#36385)
• The message log on the Forward Engineer Progess/Results Advanced dialog had no scroll bar. (Bug#36192)
This section documents all changes and bug fixes that have been applied since the release of 5.0.18rc.
Bugs fixed:
• The HTML Basic Single Page DBDoc report from the MODEL -> DBDOC -> MODEL REPORTING menu option was missing the
schema and table numbers. (Bug#36060)
A.2.13. Changes in MySQL Workbench 5.0.18rc (not released)
• Foreign key labels could not be hidden, and displayed labels were not centered. There are now options to hide all connection
captions, and to center captions. (Bug#30902)
Bugs fixed:
• In the table editor, setting the input focus by clicking the mouse did not work. (Bug#35969)
• The Reference Column dropdown used during foreign key creation was slow to display. (Bug#35948)
• In the table editors foreign key Tab, when a column for the foreign key is checked (right pane), the Referenced Column drop-
down opens. Pressing Escape at this point caused a crash. (Bug#35926)
• After changing the Row Format option, closing the table editor and opening a new document caused a crash. (Bug#35925)
• Synchronizing the data model with a live database from the SQL Diff Tree dialog resulted in a crash. (Bug#35884)
• Creating a Schema Diff Report from the local model to a live database caused a crash. (Bug#35878)
• The Pack Keys option could not be saved. (Bug#35872)
• Some menus or submenus had items enabled when the corresponding features were disabled. (Bug#35870)
• The Connection Caption option did not work properly. (Bug#35859)
• The status of a connection line in a table diagram was not updated when a foreign key relationship between tables was changed.
(Bug#35800)
• The FILE -> EXPORT -> EXPORT AS PNG menu item was enabled under some circumstances in which it should have been dis-
abled. (Bug#35746)
• Scrolling was slow for table models with large numbers of tables. (Bug#35655)
91

• Pressing Ctrl-Z to undo the last change in an SQL Script text box deleted the entire script. (Bug#35649)
• Workbench is unable to read files such as Workbench Model Files from a non-English directory. (Bug#35547)
• Workbench allowed table comments to be entered longer than the maximum length of 60 characters. (Bug#34507)
• A crash could occur during foreign key creation. (Bug#33545)
• Autoplacing for display of complex schemas has been improved. (Bug#32888)
• Typing q in the GRT Shell caused a crash. (Bug#32755)
A.2.14. Changes in MySQL Workbench 5.0.17rc (07 April 2008)
Bugs fixed:
• Creating a new view and then deleting it caused a System.AccessViolationException. (Bug#35840)
• Editing a stored procedure within Workbench could cause an exception. (Bug#35828)
• The modified timestamp for an existing model was not correctly updated for all changes. (Bug#35719)
• Identifiers for field names in DML SQL statements would not be quoted correctly, allowing for reserved words to be included
in the SQL statements. (Bug#35710)
• Workbench would crash repeatedly when drawing the diagram for a table where the referenced column in a foreign key rela-
tionship was blank. (Bug#35677)
• Identifiers using uppercase characters for stored procedures would automatically be modified to lowercase. (Bug#35650)
• When working with the SQL SCRIPT editor, it was not possible to select all the text in the display when using Ctrl A.
(Bug#35646)
• The MODEL NAVIGATION window could not be collapsed like other palettes. (Bug#35642)
• Modifying the primary key index definition for within the table view would not update the entity relationship diagram.
(Bug#35639)
• When validating an existing model using the Forward Engineer Wizard, MySQL-specific validation would fail. (Bug#35604)
• Deleting an existing layer on a diagram and then editing other objects on the same canvas could generate a number of excep-
tions, and could corrupt the Workbench file. (Bug#35603)
• Switching to the Connect to Columns notation with an existing model would cause an exception. (Bug#35601)
• Data in BLOG and TEXT columns defined using the INSERTS tab would not be quoted correctly in the resulting SQL.
(Bug#35525)
• Opening an existing Workbench model with an invalid foreign key definition would cause an exception. (Bug#35501)
• Moving multiple tables on the same diagram, and then using Undo to revert the model to the original layout, only the first table
selected be returned to its original position. (Bug#35465)
• When adding a foreign key relationship within a catalog with an existing entity relationship diagram, the foreign key relation-
ship is not added to the existing diagram. (Bug#35429)
• The precise position of individual connections would not be retained when the schema was saved. (Bug#35397)
• Opening a GRT shell while the table editor is open would raise an exception. (Bug#35349)
• When modifying an existing foreign key relationship, the generated ALTER script did not reflect the modification. (Bug#35265,
Bug#35830)
• When creating foreign key relationships that point to more than one table, the same foreign key identifier for the same table
could be created. This would create invalid SQL code for creating the table. (Bug#35262)
• When importing an existing DB Designer schema, Workbench could crash. (Bug#35123)
92

• Setting up indexes in both the index and foreign key list views, the mouse pointer would dissappear while the entry box was in
use. (Bug#35062)
• Double clicking the Catalog title bar undocked the GRT Tree window. (Bug#34856)
• The font for views and routines was not monospace by default. (Bug#34537)
• When using the Forward Engineer Wizard, if an error occurred, the dialog showing the error detail would be incomplete, and
determining the reason for the error would be masked because the end of log message would be hidden. (Bug#34509)
• When using the HIDE MENU ITEMS NOT APPLICABLE TO THIS EDITION option, a simplified version of the FIND dialog box
was not available. (Bug#34493)
• Editing the text of the Trigger portion of an existing schemata would introduce additional text into the Trigger definition.
(Bug#34397)
• Creating more than five stored procedures or views in a model would cause the dialog box for the operation to move to a differ-
ent layer, making it inaccessible when using the mouse. (Bug#34153)
• Selecting EXPORT, FORWARD ENGINEER ALTER SCRIPT from the FILE would open a SQL SCRIPT SYNCRHRONIZATION dia-
log, rather than export dialog. (Bug#34099)
• When moving more than layer in Model Navigator, only the first layer's position would be reflected correctly in the output.
(Bug#33627)
A.2.15. Changes in MySQL Workbench 5.0.16rc (26 March 2008)
• Options and configuration options that affect models can now be set on a model by model basis. Choose OPTIONS from the
MODEL menu and choose the DIAGRAM tab. (Bug#34610)
Bugs fixed:
• When double clicking on the row in a column as a primary key, the primary key property would be toggled. The editor will now
allow you to edit the value when clicking on a data row on the table. (Bug#35613)
• Opening the INDEXES portion of a table would generate a unhandled exception error. (Bug#35598)
• When disabling global options on an individual model would fail to honor the model specific options would be ignored.
(Bug#35516)
• When placing a 1:n relation, an index out of range error could be raised. This could further result in operation on
NULL object: Invalid value errors when trying to edit the relation. (Bug#35447)
• Setting the value of a numeric column to a negative value was not supported. (Bug#35442)
• Printing an HTML version of the schema would produce a fatal error. (Bug#35400)
• The OK and CANCEL buttons for the DIAGRAM SIZE dialog would not be initialized properly. (Bug#34808)
• When using print preview on a diagram, clicking the PRINT button would send a blank page to the printer. (Bug#34630)
• When copying multiple table definitions from one schema to another, only the first table in the selection would be pasted into
the new schema. (Bug#34483)
• The DRAW LINE CROSSING option would fail to be recognized correctly. You can also now set this on an individual model
basis using the OPTIONS optin in the MODEL menu. (Bug#34248)
• Copying an existing module to the plugins directory would trigger a double registration of the modulem, and produce an error.
(Bug#34134)
• When exporting a diagram to PDF, some additional lines would be added to the generated PDF. (Bug#33586)
• Placing an image on to the canvas could crash the application. For images larger than the canvas, the image is automatically re-
93

duced so that it is properly visible on the canvas for editing. (Bug#33179)
• A 1:m relation in a diagram would fail to be generated properly when exported as a PDF. (Bug#32882)
• The Undo and Redo options would not be applied properly when making modifications to partition definitions. (Bug#32279)
A.2.16. Changes in MySQL Workbench 5.0.15rc (17 March 2008)
This section documents all changes and bug fixes that have been applied since the release of 5.0.14abeta.
Bugs fixed:
• Using UNDO on a relationship within a model would cause an exception. (Bug#35243)
• A foreign key relationship to the source table (a reflexive relationship) gives a bad representation in the entity model diagram.
(Bug#35237, Bug#34810)
• Generating an ALTER SCRIPT or using the synchronize functionality on a model with entity relationships, the relationship
lines within the diagram would be generated twice. (Bug#35213)
• Boolean values were unsupported when trying to insert values into a table, the TRUE would instead be replaced by a textual,
quoted version 'TRUE'. (Bug#35205)
• Printing a model diagram to PDF or Postscript, results in a corrupt file PDF or Postscript file that does not match the model.
(Bug#35197)
• Deleting objects within the overview pane when the corresponding editor pane for those objects is open would cause a crash.
(Bug#35186)
• When entering data into the DEFAULT column of the table editor, the use of the Return key for saving the information about
the default value was not supported. (Bug#35127)
• There was a typographical error in the help message for the GRT command cd. The word Absolute was missing the final e.
This has been corrected. (Bug#35119)
• When changing the name within a foreign key relationship, the modified name is not reflected in the tables to which the foreign
key is related. (Bug#35093)
• Scrollbar navigation did not work after importing a DB Designer schema with a large canvas size. However, you could still
navigate using the Model Navigator palette. (Bug#34988)
• After importing a DB Designer schema, the following error occurred: "Cairo error: input string not valid UTF-8." (Bug#34987)
• Creating a new file after changing an existing file with modifications could lead to the original being deleted without prompting
to save the changes. (Bug#34976)
• When saving an existing model, the MYSQL MODEL overview panel would scroll to the top of the model definition.
(Bug#34975)
• Changing the drawSplit property of a connection from the Properties palette did not updated the Visibility section
of the connection editor. (Bug#34934)
• Editing a primary key column within a model on Microsoft Vista could cause a crash. (Bug#34922)
• On the MySQL Model page, when the large icons view was selected, the Add Table icon disappeared. (Bug#34904)
• Incorrect ALTER statements are created during the synchronization process if you add foreign keys to an existing or imported
model. (Bug#34897)
• A new GRT INSPECTOR tab would be created every time the GRT SHELL was opened. In addition, manually closing the GRT
INSPECTOR and GRT SHELL components would cause an exception. (Bug#34857)
• Opening an existing MySQL Workbench file after associating the .mwb extension with the application leads to a crash when
you open a MySQL Workbench file. (Bug#34849)
• When editing a model, the windows and toolbars would realign themselves during selection. This was related to the configured
font sizer the DPI setting of the monitor, causing the application to redraw the windows to account for the configuration com-
bination. (Bug#34822)
94

• Attempting to move a table on an EER diagram after deleting a relationship, caused the application to crash. (Bug#34816)
• The NEW FILE dialog is non-modal, and could be hidden by other windows. The dialog is now always drawn on top of other
windows. (Bug#34784)
• Changing the column name of a table when you have pending inserts to the table did not change the column name in the corres-
ponding INSERT statements. (Bug#34500)
• The Properties palette was not cleared when a new project was started. It retained the properties of the last selected object.
(Bug#34433)
• Deleting an existing schema with an open table editor would not close the table editor window. The window is now closed
when the schema is deleted. (Bug#34345)
• Searching a project specifying Entire Model in the In Location: drop down list box did not return any results. This
applied to the Standard Edition only. (Bug#34170)
• When the page size was changed from A4 to B4 it was not possible to move objects on an EER diagram beyond the old page
boundaries. (Bug#34148)
• When editing comments, the Return key would move to the next column, which prevented the use of newlines within the com-
ment information. Workbench now allows use of the Return key within the comment field. (Bug#33980)
• Where relationship lines crossed, and one of the connectors was changed to Hidden or Draw Split, the semi circle that in-
dicated the previous intersection was still shown on the remaining connector. (Bug#33818)
• Editing an existing diagram could cause an unhandled exception on Windows Vista. (Bug#33477)
• Identifiers (tables, column, index, triggers and other data types) could be created with names longer than the maximum support
by MySQL Server. (Bug#33265)
• The application crashed when attempting to export an SQL CREATE script. (Bug#33263)
• Placing an object on the canvas of an EER diagram where you have reverse engineered an existing database, would lead to mul-
tiple copies of the object appearing on the diagram. (Bug#32891)
• When scrolling through a schema, the tables in the schema were not redrawn correctly. (Bug#32835)
• On an EER digram you could not select a relationship if the connection line wasn't stepped. You can now select a connector
even if it is not stepped. (Bug#32734)
• Printing a model when there is no printer connected could result in an application exception. (Bug#32320)
A.2.17. Changes in MySQL Workbench 5.0.14abeta (28 February 2008)
This unscheduled beta release fixes Bug#34847 Other bug fixes that have been applied since the release of 5.0.14beta are also doc-
umented.
Bugs fixed:
• MWB files were not saved properly if Workbench crashed. Reopening such files caused Workbench to crash. (Bug#34848)
See also Bug#34847.
• Workbench models created in version 5.0.13 crashed when used with version 5.0.14. The unscheduled Beta release, 5.0.14a
fixes this bug. (Bug#34847)
• When clicking the BROWSE button in the image editor, the default file name was openFileDialog1. This now defaults to
an empty string. (Bug#34622)
• Repeatedly changing the object notation crashed Workbench. This is no longer repeatable. (Bug#34499)
• Importing a DBDesigner file immediately threw an exception. This happened even when software rendering was used. DB-
Designer files can now be imported without incident. (Bug#33588)
A.2.18. Changes in MySQL Workbench 5.0.14beta (25 February 2008)
95

This section documents all changes and bug fixes that have been applied since the release of 5.0.13beta.
The following improvements have been added to this version of Workbench:
• EXPAND ALL and COLLAPSE ALL menu options have been added under the ARRANGE menu. The EXPAND ALL option expands
all objects on an EER. This option will display a table's columns if the object notation supports expansion. Indexes will not
automatically be expanded unless they were previously expanded and have been collapsed using the COLLAPSE ALL menu op-
tion. Some object notations, such as Classic, do not allow for expansion or contraction. COLLAPSE ALL undoes the operation
performed by EXPAND ALL.
• A FIT OBJECTS TO CONTENTS option has been added under the ARRANGE menu option. This option expands an object on an
EER diagram. For example, if a table has a long column name that is not fully displayed, using this menu option will expand
the table making the column name visible.
• A SYSTEM INFORMATION menu option has been added to the HELP menu. This option displays information about your system
that is useful when reporting a big.
• An EXPORT AS SVG menu option has been added under the FILE, EXPORT menu option.
• Because of serious performance and display issues Workbench no longer uses Mesa. For those users who don't have native
OpenGL support, Workbench now uses the Windows GDI API. The command line switch for using this mode is -
swrendering. For more information about running Workbench from the command line see Section 3.2, “Starting MySQL
Workbench”.
• The GRT inspector has been improved to support new types. Namely:
• text
• longtext
• bool
• color
• file
This makes it much easier to change object properties manually. Multiple selection support has also been improved — you can
easily change a value for several selected objects at once.
Bugs fixed:
• When exporting an SQL CREATE script it was possible to create two tables in the same schema with the same name.
(Bug#34668)
• After placing related tables on an EER diagram and then removing them using the UNDO menu option, the connection lines
between related tables no longer showed up. (Bug#34601)
• When choosing the EXPORT AS PNG menu option the file dialogue box file type was All Filesinstead of PNG. The same
was true for EXPORT AS SINGLEPAGE PDF and EXPORT AS SINGLEPAGE PS. The default is now the appropriate file type.
(Bug#34548)
• If there was a relationship between table A and table B and also one between table B and table A, the connection lines appeared
on top of each other. Connection lines now appear attached at the related columns. (Bug#34543)
• When there were multiple tables with long identifiers the Physical Schemata section of the MySQL Model page was
messy. Table names were obscured and sometimes overlapped. Also, the position of the Add Table icon was not optimal.
Now the space between table names is adjusted to the largest entry and the Add Table icon is fixed in the upper left corner.
(Bug#34536)
• When returning to the SQL Export Filter page after using the BACK button, filters were no longer selected. Selections
now persist. (Bug#34503)
• The export filters were applied more than once when forward engineering an SQL CREATE script. This happened if you expor-
ted the script after using the BACK button on the SQL Export Filter page. (Bug#34501)
• When the object notation was Workbench Classic the width of a table on an EER diagram could not be less than the widest
column. If there was an enum column with many options, this made for a disproportionately wide table. Table width can now
be less than the widest column. (Bug#34496)
96

• When multiple objects on an EER diagram were selected and deleted, Workbench crashed. This happened when both connec-
tions and tables were selected. (Bug#34434)
• Setting a column to AUTO_INCREMENT caused the application to crash. (Bug#34418)
• It was reported that you could not add a primary key to a table imported from a MySQL CREATE script. This was not true but
did highlight the fact that the method for adding a primary key was not obvious. Now, in addition to adding a primary key by
double clicking the icon to the left of a column in the table editor view, you can also add a primary key by checking the
PRIMARY KEY checkbox in the Column Details section of the table editor. (Bug#34408)
• When using the menu option GENERATE SCHEMA DIFF REPORT an exception was thrown. A new tree-less version of the Diff
report plugin resolves this problem. (Bug#34396)
• Users failed to be created when exporting an SQL CREATE script. (Bug#34342)
• When a table's expanded property was set to 0, the connection line between related tables, appeared at a diagonal orientation.
A connection line is now docked on the sides of a table even when the expanded property is set to 0. (Bug#34249)
• Copying a table from the MySQL Model page to an EER diagram canvas created a duplicate table with the same name as the
original. This table did not show up in the Catalog palette or in the appropriate schema in thePhysical Schemata sec-
tion of the MySQL Model page. (Bug#34230)
• Creating a new foreign key did not update an EER diagram. An EER diagram is now updated immediately. (Bug#34206)
• When there were many tables on an EER diagram, constant screen refreshing made the application unusable. The performance
of the software rendering mode has been improved. (Bug#33646)
• A table with many columns did not display properly. When the table was expanded on an EER diagram it was impossible to
scroll down and view all the columns. Improved rendering has helped solve this problem. However, for very large tables you
may have to increase the size of an EER. To do this use the MODEL, DIAGRAM SIZE ... menu option. (Bug#33367)
• When changing the foreign key column of a table on an EER diagram, the foreign key did not change color and Workbench
crashed when attempting to save the MWB file. The application no longer crashes and the foreign key is updated. (Bug#33139)
• It was not possible to resize a table that used the Workbench (Default) object notation. This was problematic for a num-
ber of reasons:
• Long table names make the table very wide.
• Column definitions that are long relative to the table name, are truncated.
• Even if you trimmed column names using the DIAGRAM tab of the Workbench Options the names were sometimes
truncated bled over the table border.
This has been corrected. (Bug#32981)
• When there were two schemata and two EER diagrams tables did not show up on the EER diagram if tables from different
schemata were added to different EER diagrams. This was caused by defective software rendering. (Bug#32588)
• When forward engineering to a live database, objects not selected on the Select Objects page were still created. This ap-
plied to tables, routines, and users. (Bug#32578)
• It was not possible to drag or resize tables on an EER diagram. Tables can now be manually resized. To revert a table to auto-
matic sizing use the Property palette and set manualSizingto True. (Bug#32549)
• The display turned black when the application was resized. This happened when viewing the MySQL Model page or when
viewing an EER diagram. (Bug#23959)
97

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