README

As a lightweight alternative to Doctrine ORM, this battle-tested library provides Business Model and Database Access Object (DAO) classes that encapsulate Doctrine DBAL to provide high-performance, object-oriented CRUD (create, read, update, delete) functionality for relational databases. It is a lot faster and less complex than Datamapper ORM implementations. See TRADEOFFS.md.

Documentation: https://docs.symlex.org/en/latest/doctrine-active-record/

Basic Example

<?php

use Doctrine\ActiveRecord\Dao\Factory as DaoFactory;
use Doctrine\ActiveRecord\Model\Factory;

$daoFactory = new DaoFactory($db); 

$modelFactory = new Factory($daoFactory);
$modelFactory->setFactoryNamespace('App\Model');
$modelFactory->setFactoryPostfix('Model');

// Returns instance of App\Model\UserModel
$user = $modelFactory->create('User'); 

// Throws exception, if not found
$user->find(123); 

if ($user->email == '') {
    // Update email
    $user->update(array('email' => 'user@example.com')); 
}

// Returns instance of App\Model\GroupModel
$group = $user->createModel('Group');

Usage in REST Controller Context

Doctrine ActiveRecord is perfectly suited for building high-performance REST services.

This example shows how to work with the EntityModel in a REST controller context. Note, how easy it is to avoid deeply nested structures. User model and form factory (provided by the InputValidation package) are injected as dependencies.

<?php

namespace App\Controller\Rest;

use Symfony\Component\HttpFoundation\Request;
use App\Exception\FormInvalidException;
use App\Form\FormFactory;
use App\Model\User;

class UsersController
{
    protected $user;
    protected $formFactory;

    public function __construct(User $user, FormFactory $formFactory)
    {
        $this->user = $user;
        $this->formFactory = $formFactory;
    }
    
    public function cgetAction(Request $request)
    {
        $options = array(
            'count' => $request->query->get('count', 50),
            'offset' => $request->query->get('offset', 0)
        );
        
        return $this->user->search(array(), $options);
    }

    public function getAction($id)
    {
        return $this->user->find($id)->getValues();
    }

    public function deleteAction($id)
    {
        return $this->user->find($id)->delete();
    }

    public function putAction($id, Request $request)
    {
        $this->user->find($id);
        
        $form = $this->formFactory->create('User\Edit');
        
        $form
            ->setDefinedWritableValues($request->request->all())
            ->validate();

        if($form->hasErrors()) {
            throw new FormInvalidException($form->getFirstError());
        } 
        
        $this->user->update($form->getValues());

        return $this->user->getValues();
    }

    public function postAction(Request $request)
    {
        $form = $this->formFactory->create('User\Create');
        
        $form
            ->setDefinedWritableValues($request->request->all())
            ->validate();

        if($form->hasErrors()) {
            throw new FormInvalidException($form->getFirstError());
        }
        
        $this->user->save($form->getValues());

        return $this->user->getValues();
    }
}

Data Access Objects

DAOs directly deal with database tables and raw SQL, if needed. Doctrine\ActiveRecord\Dao\Dao is suited to implement custom methods using raw SQL. All DAOs expose the following public methods by default:

createDao(string $name): Returns a new DAO instance
beginTransaction(): Start a database transaction
commit(): Commit a database transaction
rollBack(): Roll back a database transaction

In addition, Doctrine\ActiveRecord\Dao\EntityDao offers many powerful methods to easily deal with database table rows:

setData(array $data): Set raw data (changes can not be detected, e.g. when calling update())
setValues(array $data): Set multiple values
setDefinedValues(array $data): Set values that exist in the table schema only (slower than setValues())
getValues(): Returns all values as array
find($id): Find a row by primary key
reload(): Reload row values from database
getValues(): Returns all values as associative array
exists($id): Returns true, if a row with the given primary key exists
save(): Insert a new row
update(): Updates changed values in the database
delete(): Delete entity from database
getId(): Returns the ID of the currently loaded record (throws exception, if empty)
hasId(): Returns true, if the DAO instance has an ID assigned (primary key)
setId($id): Set primary key
findAll(array $cond = array(), $wrapResult = true): Returns all instances that match $cond (use search() or searchAll(), if you want to limit or sort the result set)
search(array $params): Returns a SearchResult object (see below for supported parameters)
wrapAll(array $rows): Create and return a new DAO for each array element
updateRelationTable(string $relationTable, string $primaryKeyName, string $foreignKeyName, array $existing, array $updated): Helper function to update n-to-m relationship tables
hasTimestampEnabled(): Returns true, if this DAO automatically adds timestamps when creating and updating rows
findList(string $colName, string $order = '', string $where = '', string $indexName = ''): Returns a key/value array (list) of all matching rows
getTableName(): Returns the name of the underlying database table
getPrimaryKeyName(): Returns the name of the primary key column (throws an exception, if primary key is an array)

Search Parameters

search() accepts the following optional parameters to limit, filter and sort search results:

table: Table name

table_alias: Alias name for "table" (table reference for join and join_left)

cond: Search conditions as array (key/value or just values for raw SQL)

count: Maximum number of results (integer)

offset: Result offset (integer)

join: List of joined tables incl join condition e.g. array(array('u', 'phonenumbers', 'p', 'u.id = p.user_id')), see Doctrine DBAL manual

left_join: See join

columns: List of columns (array)

order: Sort order (if not false)

group: Group by (if not false)

wrap: If false, raw arrays are returned instead of DAO instances

ids_only: Return primary key values only

sql_filter: Raw SQL filter (WHERE)

id_filter: If not empty, limit result to this list of primary key IDs

Search Result

When calling search() on a EntityDao or EntityModel, you'll get a SearchResult instance as return value. It implements ArrayAccess, Serializable, IteratorAggregate and Countable and can be used either as array or object with the following methods:

getAsArray(): Returns search result as array

getSortOrder(): Returns sort order as string

getSearchCount(): Returns search count (limit) as integer

getSearchOffset(): Returns search offset as integer

getResultCount(): Returns the number of actual query results (<= limit)

getTotalCount(): Returns total result count (in the database)

getAllResults(): Returns all results as array of EntityDao or EntityModel instances

getAllResultsAsArray(): Returns all results as nested array (e.g. to serialize it as JSON)

getFirstResult(): Returns first result EntityDao or EntityModel instance or throws an exception

Entity Configuration

DAO entities are configured using protected class properties:

<?php

protected $_tableName = ''; // Database table name
protected $_primaryKey = 'id'; // Name or array of primary key(s)
protected $_fieldMap = array(); // 'db_column' => 'object_property'
protected $_hiddenFields = array(); // Fields that should be hidden for getValues(), e.g. 'password'
protected $_formatMap = array(); // 'db_column' => Format::TYPE
protected $_valueMap = array(); // 'object_property' => 'db_column'
protected $_timestampEnabled = false; // Automatically update timestamps?
protected $_timestampCreatedCol = 'created';
protected $_timestampUpdatedCol = 'updated';

Possible values for $_formatMap are defined as constants in Doctrine\ActiveRecord\Dao\Format:

<?php

const NONE = '';
const INT = 'int';
const FLOAT = 'float';
const STRING = 'string';
const ALPHANUMERIC = 'alphanumeric';
const SERIALIZED = 'serialized';
const JSON = 'json';
const CSV = 'csv';
const BOOL = 'bool';
const TIME = 'H:i:s';
const TIMEU = 'H:i:s.u'; // Support for microseconds (up to six digits)
const TIMETZ = 'H:i:sO'; // Support for timezone (e.g. "+0230")
const TIMEUTZ = 'H:i:s.uO'; // Support for microseconds & timezone
const DATE = 'Y-m-d';
const DATETIME = 'Y-m-d H:i:s';
const DATETIMEU = 'Y-m-d H:i:s.u'; // Support for microseconds (up to six digits)
const DATETIMETZ = 'Y-m-d H:i:sO'; // Support for timezone (e.g. "+0230")
const DATETIMEUTZ = 'Y-m-d H:i:s.uO'; // Support for microseconds & timezone
const TIMESTAMP = 'U';

Example:

<?php

namespace App\Dao;

use Doctrine\ActiveRecord\Dao\EntityDao;

class UserDao extends EntityDao
{
    protected $_tableName = 'users';
    protected $_primaryKey = 'user_id';
    protected $_timestampEnabled = true;
}

Business Models

Business Models are logically located between Controllers - which render views and validate user input - and Data Access Objects (DAOs), that are low-level interfaces to a storage backend or Web service.

Public interfaces of models are high-level and should reflect all use cases within their domain. There are a number of standard use-cases that are pre-implemented in the base class Doctrine\ActiveRecord\Model\EntityModel:

createModel(string $name = '', Dao $dao = null): Create a new model instance

find($id): Find a record by primary key

reload(): Reload values from database

findAll(array $cond = array(), $wrapResult = true): Find multiple records; if $wrapResult is false, plain DAOs are returned instead of model instances

search(array $cond, array $options = array()): Returns a SearchResult object ($options can contain count, offset, sort order etc, see search() in the DAO documentation above)

searchAll(array $cond = array(), $order = false): Simple version of search(), similar to findAll()

searchOne(array $cond = array()): Search a single record; throws an exception if 0 or more than one record are found

searchIds(array $cond, array $options = array()): Returns an array of matching primary keys for the given search condition

getModelName(): Returns the model name without prefix and postfix

getId(): Returns the ID of the currently loaded record (throws exception, if empty)

hasId(): Returns true, if the model instance has an ID assigned (primary key)

getValues(): Returns all model properties as associative array

getEntityTitle(): Returns the common name of this entity

isDeletable(): Returns true, if the model instance can be deleted with delete()

isUpdatable(): Returns true, if the model instance can be updated with update($values)

isCreatable(): Returns true, if new entities can be created in the database with create($values)

batchEdit(array $ids, array $properties): Update data for multiple records

getTableName(): Returns the name of the associated main database table

hasTimestampEnabled(): Returns true, if timestamps are enabled for the associated DAO

delete(): Permanently delete the entity record from the database

save(array $values): Create a new record using the values provided

update(array $values): Update model instance database record; before assigning multiple values to a model instance, data should be validated using a form class

How much validation should be implemented within a model? Wherever invalid data can lead to security issues or major inconsistencies, some core validation rules must be implemented in the model layer. Model exception messages usually don’t require translation (in multilingual applications), since invalid values should be recognized beforehand by a form class. If you expect certain exceptions, you should catch and handle them in your controllers.

Models are associated with their respective Dao using a protected class property:

protected $_daoName = ''; // DAO class name without namespace or postfix

Example:

<?php

namespace App\Model;

use Doctrine\ActiveRecord\Model\EntityModel;

class User extends EntityModel
{
    protected $_daoName = 'User';

    public function delete() 
    {
        $dao = $this->getEntityDao();
        $dao->is_deleted = 1;
        $dao->update();
    }

    public function undelete() 
    {
        $dao = $this->getEntityDao();
        $dao->is_deleted = 0;
        $dao->update();
    }

    public function search(array $cond, array $options = array()) 
    {
        $cond['is_deleted'] = 0;
        return parent::search($cond, $options);
    }

    public function getValues()
    {
        $result = parent::getValues();
        unset($result['password']);
        return $result;
    }
}

Unit Tests

This library comes with a docker-compose.yml file for MySQL and database fixtures to run unit tests (MySQL will bind to 127.0.0.1:3308):

localhost# docker-compose up -d
localhost# docker-compose exec mysql sh
docker# cd /share/src/Tests/_fixtures
docker# mysql -u root --password=doctrine doctrine-active-record < schema.sql
docker# exit
localhost# bin/phpunit 
PHPUnit 7.3.2 by Sebastian Bergmann and contributors.

................................................................. 65 / 91 ( 71%)
..........................                                        91 / 91 (100%)

Time: 251 ms, Memory: 8.00MB

OK (91 tests, 249 assertions)
localhost# docker-compose down

Composer

To use this library in your project, simply run composer require symlex/doctrine-active-record or add "symlex/doctrine-active-record" to your composer.json file and run composer update:

{
    "require": {
        "php": ">=7.1",
        "symlex/doctrine-active-record": "^4.0"
    }
}

About

Doctrine ActiveRecord is maintained by Michael Mayer. Feel free to send an e-mail to hello@symlex.org if you have any questions, need commercial support or just want to say hello. We welcome contributions of any kind. If you have a bug or an idea, read our guide before opening an issue.

Note: This library is part of Symlex (a framework stack for agile Web development based on Symfony) and not an official Doctrine project.

symlex / doctrine-active-record

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