The Doctrine Console is a Command Line Interface tool for simplifying common administration tasks during the development of a project that uses Doctrine 2.
Take a look at the Installation and Configuration chapter for more information how to setup the console command.
php vendor/bin/doctrine on the command line and you should see an
overview of the available commands or use the --help flag to get
information on the available commands. If you want to know more
about the use of generate entities for example, you can call:
1 $> php vendor/bin/doctrine orm:generate-entities --help
doctrine command line tool is invoked, it can
access all Commands that were registered by developer. There is no
auto-detection mechanism at work. The Doctrine binary
already registers all the commands that currently ship with
Doctrine DBAL and ORM. If you want to use additional commands you
have to register them yourself.
All the commands of the Doctrine Console require access to the EntityManager
or DBAL Connection. You have to inject them into the console application
using so called Helper-Sets. This requires either the
em helpers to be defined in order to work correctly.
Whenever you invoke the Doctrine binary the current folder is searched for a
cli-config.php file. This file contains the project specific configuration:
When dealing with the ORM package, the EntityManagerHelper is required:
The HelperSet instance has to be generated in a separate file (i.e.
cli-config.php) that contains typical Doctrine bootstrap code
and predefines the needed HelperSet attributes mentioned above. A
cli-config.php file looks as follows:
1 // cli-config.php require_once 'my_bootstrap.php'; // Any way to access the EntityManager from your application $em = GetMyEntityManager(); $helperSet = new \Symfony\Component\Console\Helper\HelperSet(array( 'db' => new \Doctrine\DBAL\Tools\Console\Helper\ConnectionHelper($em->getConnection()), 'em' => new \Doctrine\ORM\Tools\Console\Helper\EntityManagerHelper($em) )); 2 3 4 5 6 7 8 9 10 11
It is important to define a correct HelperSet that Doctrine binary script will ultimately use. The Doctrine Binary will automatically find the first instance of HelperSet in the global variable namespace and use this.
You have to adjust this snippet for your specific application or framework and use their facilities to access the Doctrine EntityManager and Connection Resources.
The following Commands are currently available:
helpDisplays help for a command (?)
dbal:importImport SQL file(s) directly to Database.
dbal:run-sqlExecutes arbitrary SQL directly from the command line.
orm:clear-cache:metadataClear all metadata cache of the various cache drivers.
orm:clear-cache:queryClear all query cache of the various cache drivers.
orm:clear-cache:resultClear result cache of the various cache drivers.
orm:convert-d1-schemaConverts Doctrine 1.X schema into a Doctrine 2.X schema.
orm:convert-mappingConvert mapping information between supported formats.
orm:ensure-production-settingsVerify that Doctrine is properly configured for a production environment.
orm:generate-entitiesGenerate entity classes and method stubs from your mapping information.
orm:generate-proxiesGenerates proxy classes for entity classes.
orm:generate-repositoriesGenerate repository classes from your mapping information.
orm:run-dqlExecutes arbitrary DQL directly from the command line.
orm:schema-tool:createProcesses the schema and either create it directly on EntityManager Storage Connection or generate the SQL output.
orm:schema-tool:dropProcesses the schema and either drop the database schema of EntityManager Storage Connection or generate the SQL output.
orm:schema-tool:updateProcesses the schema and either update the database schema of EntityManager Storage Connection or generate the SQL output.
For these commands are also available aliases:
orm:convert:d1-schemais alias for
orm:convert:mappingis alias for
orm:generate:entitiesis alias for
orm:generate:proxiesis alias for
orm:generate:repositoriesis alias for
Console also supports auto completion, for example, instead of
orm:clear-cache:query you can use just
SchemaTool can do harm to your database. It will drop or alter tables, indexes, sequences and such. Please use this tool with caution in development and not on a production server. It is meant for helping you develop your Database Schema, but NOT with migrating schema from A to B in production. A safe approach would be generating the SQL on development server and saving it into SQL Migration files that are executed manually on the production server.
SchemaTool assumes your Doctrine Project uses the given database on its own. Update and Drop commands will mess with other tables if they are not related to the current project that is using Doctrine. Please be careful!
To generate your database schema from your Doctrine mapping files
you can use the
SchemaTool class or the
When using the SchemaTool class directly, create your schema using
createSchema() method. First create an instance of the
SchemaTool and pass it an instance of the
that you want to use to create the schema. This method receives an
To drop the schema you can use the
This drops all the tables that are currently used by your metadata model. When you are changing your metadata a lot during development you might want to drop the complete database instead of only the tables of the current model to clean up with orphaned tables.
You can also use database introspection to update your schema
easily with the
updateSchema() method. It will compare your
existing database schema to the passed array of
If you want to use this functionality from the command line you can
To create the schema use the
1 $ php doctrine orm:schema-tool:create
To drop the schema use the
1 $ php doctrine orm:schema-tool:drop
If you want to drop and then recreate the schema then use both options:
As you would think, if you want to update your schema use the
1 $ php doctrine orm:schema-tool:update
All of the above commands also accept a
--dump-sql option that
will output the SQL for the ran operation.
1 $ php doctrine orm:schema-tool:create --dump-sql
Before using the orm:schema-tool commands, remember to configure your cli-config.php properly.
When using the Annotation Mapping Driver you have to either setup
your autoloader in the cli-config.php correctly to find all the
entities, or you can use the second argument of the
EntityManagerHelper to specify all the paths of your entities
(or mapping files), i.e.
new \Doctrine\ORM\Tools\Console\Helper\EntityManagerHelper($em, $mappingPaths);
Generate entity classes and method stubs from your mapping information.
This command is not suited for constant usage. It is a little helper and does not support all the mapping edge cases very well. You still have to put work in your entities after using this command.
It is possible to use the EntityGenerator on code that you have already written. It will not be lost. The EntityGenerator will only append new code to your file and will not delete the old code. However this approach may still be prone to error and we suggest you use code repositories such as GIT or SVN to make backups of your code.
It makes sense to generate the entity code if you are using entities as Data Access Objects only and don't put much additional logic on them. If you are however putting much more logic on the entities you should refrain from using the entity-generator and code your entities manually.
Even if you specified Inheritance options in your XML or YAML Mapping files the generator cannot generate the base and child classes for you correctly, because it doesn't know which class is supposed to extend which. You have to adjust the entity code manually for inheritance to work!
Convert mapping information between supported formats.
This is an execute one-time command. It should not be necessary for
you to call this method multiple times, especially when using the
Converting an existing database schema into mapping files only solves about 70-80% of the necessary mapping information. Additionally the detection from an existing database cannot detect inverse associations, inheritance types, entities with foreign keys as primary keys and many of the semantical operations on associations such as cascade.
There is no need to convert YAML or XML mapping files to annotations every time you make changes. All mapping drivers are first class citizens in Doctrine 2 and can be used as runtime mapping for the ORM. See the docs on XML and YAML Mapping for an example how to register this metadata drivers as primary mapping source.
To convert some mapping information between the various supported
formats you can use the
ClassMetadataExporter to get exporter
instances for the different formats:
Once you have a instance you can use it to get an exporter. For example, the yml exporter:
Now you can export some
This functionality is also available from the command line to
convert your loaded mapping information to another format. The
orm:convert-mapping command accepts two arguments, the type to
convert to and the path to generate it:
1 $ php doctrine orm:convert-mapping xml /path/to/mapping-path-converted-to-xml
You can use the
DatabaseDriver to reverse engineer a database
to an array of
ClassMetadataInfo instances and generate YAML,
XML, etc. from them.
Reverse Engineering is a one-time process that can get you started with a project. Converting an existing database schema into mapping files only detects about 70-80% of the necessary mapping information. Additionally the detection from an existing database cannot detect inverse associations, inheritance types, entities with foreign keys as primary keys and many of the semantical operations on associations such as cascade.
First you need to retrieve the metadata instances with the
Now you can get an exporter instance and export the loaded metadata to yml:
You can also reverse engineer a database using the
1 $ php doctrine orm:convert-mapping --from-database yml /path/to/mapping-path-converted-to-yml
Reverse Engineering is not always working perfectly depending on special cases. It will only detect Many-To-One relations (even if they are One-To-One) and will try to create entities from Many-To-Many tables. It also has problems with naming of foreign keys that have multiple column names. Any Reverse Engineered Database-Schema needs considerable manual work to become a useful domain model.
For performance reasons Doctrine 2 has to skip some of the necessary validation of metadata mappings. You have to execute this validation in your development workflow to verify the associations are correctly defined.
You can either use the Doctrine Command Line Tool:
1 doctrine orm:validate-schema
Or you can trigger the validation manually:
If the mapping is invalid the errors array contains a positive number of elements with error messages.
One mapping option that is not validated is the use of the referenced column name. It has to point to the equivalent primary key otherwise Doctrine will not work.
One common error is to use a backlash in front of the
fully-qualified class-name. Whenever a FQCN is represented inside a
string (such as in your mapping definitions) you have to drop the
prefix backslash. PHP does this with
get_class() or Reflection
methods for backwards compatibility reasons.
You can also add your own commands on-top of the Doctrine supported tools if you are using a manually built console script.
To include a new command on Doctrine Console, you need to do modify the
doctrine.php file a little:
1 // doctrine.php use Symfony\Component\Console\Helper\Application; // as before ... // replace the ConsoleRunner::run() statement with: $cli = new Application('Doctrine Command Line Interface', \Doctrine\ORM\Version::VERSION); $cli->setCatchExceptions(true); $cli->setHelperSet($helperSet); // Register All Doctrine Commands ConsoleRunner::addCommands($cli); // Register your own command $cli->addCommand(new \MyProject\Tools\Console\Commands\MyCustomCommand); // Runs console application $cli->run(); 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
Additionally, include multiple commands (and overriding previously defined ones) is possible through the command: