IPC2010SE Doctrine2 Enterprise Persistence Layer for PHP

Guilherme Blanco, Yahoo!

Doctrine 2
Enterprise Persistence Layer for PHP

quarta-feira, 2 de junho de 2010

Who am I?
 10+ years web developer

 Open Source evangelist

 Works for Yahoo!

 Contributes to...
 ...Doctrine
 ...Zend Framework
 ...Symfony
 ...PHP
 etc

 Likes to sing and also fish on spare time! =)


Who am I?
 http://www.twitter.com/guilhermeblanco

 http://www.facebook.com/guilhermeblanco


Doctrine 2


Doctrine 2
 PHP 5.3+

 100% code rewritten

 Fully namespaced code


Doctrine 2
 Tools used:
 phpUnit Unit testing
 Phing Packaging and distribution
 Symfony Components
 YAML
 Console
 Sismo Continuous Integration
 GIT Source version control
 JIRA Issue tracking and management
 Trac Timeline, source code & changeset viewer


Doctrine 2
 Three main packages:
 Common

 DBAL

 ORM


DoctrineCommon
git@github.com:doctrine/common.git

 Cache Drivers


DoctrineCommonCache
 Supported Drivers:
 APCCache
$cacheDriver = new DoctrineCommonCacheApcCache();

 MemcacheCache
$memcache = new Memcache();
$memcache->addServer('memcache_host', 11211);

$cacheDriver = new DoctrineCommonCacheMemcacheCache();
$cacheDriver->setMemcache($memcache);

 XcacheCache
$cacheDriver = new DoctrineCommonCacheXcacheCache();


DoctrineCommonCache
 Cache Drivers Interface:
interface DoctrineCommonCacheCache {
function setNamespace($namespace);
function getIds();

function fetch($id);

function contains($id);

function save($id, $data, $lifeTime = 0);

function delete($id);
function deleteAll();

function deleteByRegex($regex);
function deleteByPrefix($prefix);
function deleteBySuffix($suffix);
}

DoctrineCommon

 Cache Drivers

 Class Loader


DoctrineCommonClassLoader
 Implements PSR #0
 PSR = PHP Standards Recommendation

 Technical Interoperability between libraries
 Symfony, Zend Framework, Doctrine, Agavi, PEAR2/Pyrus,
Lithium, Flow3, Solar, etc

 Possible merge in PHP core: SplClassLoader
 http://wiki.php.net/rfc/splclassloader


DoctrineCommonClassLoader
 Usage:

require_once '/path/to/lib/Doctrine/Common/ClassLoader.php';

$doctrineClassLoader = new DoctrineCommonClassLoader(
'Doctrine', '/path/to/lib/Doctrine'
);

$doctrineClassLoader->register();


DoctrineCommon

 Cache Drivers

 Class Loader

 Collections


DoctrineCommonCollections
 Solution inspired in java.util.Collection interface

 Plain PHP arrays are hard to manipulate

 ..but custom array implementations are not
compatible with array_* functions

 Heavily usage of Closures

 User-land SplArray
 Where are the PHP devs?

DoctrineCommon

 Cache Drivers

 Class Loader

 Collections

 Lexer

 Annotations Parser


DoctrineCommonAnnotations
 Java like Annotations

 Define metadata information in classes

 Reusable and highly extendable

 Suppress missing PHP functionality
 Again, where are the PHP devs?
 RFC already written: http://wiki.php.net/rfc/annotations


Annotations ::= Annotation {[ "*" ]* [Annotation]}*
Annotation ::= "@" AnnotationName ["(" [Values] ")"]
AnnotationName ::= QualifiedName | SimpleName | AliasedName
QualifiedName ::= NameSpacePart "" {NameSpacePart ""}*
SimpleName
AliasedName ::= Alias ":" SimpleName
NameSpacePart ::= identifier
SimpleName ::= identifier
Alias ::= identifier
Values ::= Array | Value {"," Value}*
Value ::= PlainValue | FieldAssignment
PlainValue ::= integer | string | float | boolean |
Array | Annotation
FieldAssignment ::= FieldName "=" PlainValue
FieldName ::= identifier
Array ::= "{" ArrayEntry {"," ArrayEntry}* "}"
ArrayEntry ::= Value | KeyValuePair
KeyValuePair ::= Key "=" PlainValue
Key ::= string | integer


 Creating Annotations classes:
final class DoctrineORMMappingEntity
extends DoctrineCommonAnnotationsAnnotation {
public $repositoryClass;
}

 Using Annotations:
namespace MyProjectEntity;

/**
* @Entity(repositoryClass="RepositoryUserRepository")
*/
class User {
// ...
}


 Reading Annotations:
$reader = new DoctrineCommonAnnotationsAnnotationReader(
new DoctrineCommonCacheArrayCache()
);
$reader->setDefaultAnnotationNamespace(
'DoctrineORMMapping'
);

$class = new ReflectionClass('MyProjectEntityUser');
$classAnnotations = $reader->getClassAnnotations($class);

echo $classAnnotations['DoctrineORMMappingEntity']
->repositoryClass;


interface DoctrineCommonAnnotationsAnnotationReader {
function setDefaultAnnotationNamespace($defaultNamespace);

function setAnnotationNamespaceAlias($namespace, $alias);

function getClassAnnotations(ReflectionClass $class);

function getClassAnnotation(ReflectionClass $class, $annot);

function getPropertyAnnotations(ReflectionProperty $property);

function getPropertyAnnotation(
ReflectionProperty $property, $annot
);

function getMethodAnnotations(ReflectionMethod $method);

function getMethodAnnotation(ReflectionMethod $method, $annot);
}


DoctrineDBAL
git@github.com:doctrine/dbal.git

 Database Abstraction Layer built at the top of PDO and
proprietary drivers

 Supported drivers:
 DB2
 Microsoft SQL Server (pdo_sqlsrv & sqlsrv)
 MySQL
 PostgreSQL
 Oracle
 SQLite


DoctrineDBAL
 Improved API for Database introspection and
schema management

 Hopefully it can be a defacto standard DBAL for
PHP 5.3 in the future, like MDB2 for PEAR1

 Inspired in ezcDatabase, MDB2 and Zend_Db

 Maybe we can make this happen for PEAR2


DoctrineDBAL
interface DoctrineDBALConnection {
// Data manipulation API

/* Executes an SQL DELETE statement on a table. */
function delete($tableName, array $identifier);

/* Executes an SQL UPDATE statement on a table. */
function update($tableName, array $data, array $identifier);

/* Inserts a table row with specified data. */
function insert($tableName, array $data);

/* Prepares an SQL statement. Returns a DBALStatement */
function prepare($statement);

/* Applies a SQL statement and return # of affected rows. */
function exec($statement);

// ...


DoctrineDBAL
// Transaction API

/* Returns the current transaction nesting level. */
function getTransactionNestingLevel();

/* Executes a function in a transaction. */
function transactional(Closure $func);

/* Starts a transaction by suspending auto-commit mode. */
function beginTransaction();

/* Commits the current transaction. */
function commit();

/* Cancel any database changes done during current transaction. */
function rollback();

/* Check if current transaction is marked for rollback only. */
function isRollbackOnly();

// ...

DoctrineDBAL
// Data fetching API

/* Executes a SQL query and returns first row as an assoc array. */
function fetchAssoc($statement, array $params = array());

/* Executes a SQL query and returns first row as a numeric array. */
function fetchArray($statement, array $params = array());

/* Executes a SQL query and returns first column value of result. */
function fetchColumn(
$statement, array $params = array(), $colnum = 0
);

/* Executes a SQL query and returns the result as an assoc array. */
function fetchAll($sql, array $params = array());
}


DoctrineDBALTypes
 Centralized point to convert values
 From Database to PHP
 From PHP to Database

 Database agnostic

 Accessing specific DB dialect called Platform

 Extendable


DoctrineDBALTypes
 New DataType is just implement an abstract class:
interface DoctrineDBALTypesType {
function convertToDatabaseValue(
$value, AbstractPlatform $platform
);

function convertToPHPValue(
);

function getSqlDeclaration(
array $fieldDeclaration, AbstractPlatform $platform
);

function getName();

function getBindingType();
}


DoctrineDBAL
class MyProjectDataTypesMyObjectType extends DoctrineDBALTypesType
{
public function getSqlDeclaration(
array $fieldDeclaration, AbstractPlatform $platform
) {
return $platform->getClobTypeDeclarationSQL($fieldDeclaration);
}

public function convertToDatabaseValue(
) {
return serialize($value);
}

public function convertToPHPValue($value, AbstractPlatform $platform) {
$value = (is_resource($value)) ? stream_get_contents($value) : $value;
return unserialize($value);
}

public function getName() {
return "my-object";
}
}


DoctrineDBALTypes
 Finally, make Doctrine know about your DataType:
DoctrineDBALTypesType::addType(
"my-object", "MyProjectDataTypesMyObjectType"
);

 Then you can use it in your Entities!
/**
* @Entity
* @Table(name="files")
*/
class File {
// ...

/**
* @Column(type="my-object")
*/
protected $content;
}

DoctrineDBAL
 Creating a schema:
$platform = $em->getConnection()->getDatabasePlatform();

$schema = new DoctrineDBALSchemaSchema();
$table = $schema->createTable("users");
$table->addColumn("id", "integer", array("unsigned" => true));
$table->addColumn("name", "string", array("length" => 32));
$table->setPrimaryKey(array("id"));

// get queries to create this schema.
$queries = $schema->toSql($platform);

Array(
0 => 'CREATE TABLE users (
id INTEGER NOT NULL,
name VARCHAR(32) NOT NULL,
PRIMARY KEY("id")
)'
)


DoctrineDBAL
 Deleting a schema:
// get queries to safely delete the schema.
$queries = $schema->toDropSql($platform);

Array(
0 => 'DROP TABLE users'
)

 It does the reverse of what ->toSql() does


DoctrineDBAL
 Comparing schemas:

$fromSchema = new DoctrineDBALSchemaSchema();
$table = $fromSchema->createTable("users");


DoctrineDBAL

$toSchema = new DoctrineDBALSchemaSchema();
$table = $toSchema->createTable("users");
$table->addColumn("email", "string", array("length" => 255));


DoctrineDBAL

$comparator = new DoctrineDBALSchemaComparator();
$schemaDiff = $comparator->compare($fromSchema, $toSchema);

// queries to get from one to another schema.
$queries = $schemaDiff->toSql($platform);

Array(
0 => 'ALTER TABLE users ADD email VARCHAR(255) NOT NULL'
)


Insert Performance
 Inserting 20 entries with Doctrine 2:
for ($i = 0; $i < 20; $i++) {
$user = new User();
$user->name = 'Guilherme Blanco';
$em->persist($user);
}

$start = microtime(0);
$em->flush();
$end = microtime(0);

echo $end - $start;


Insert Performance
 Inserting 20 entries with raw PHP code:

for ($i = 0; $i < 20; $i++) {
mysql_query(
"INSERT INTO users (name) VALUES ('Guilherme Blanco')",
$db_link
);
}


echo $end - $start;


Insert Performance
 We are not kidding here! =P
Which one do you think it is faster?
 Doctrine 2
 Took: 0.0094 seconds
 PHP code

 WTH?!?! Doctrine 2 is faster than raw PHP?
 Itdoes a lot less, provides no features, no abstraction!
 Answer is TRANSACTIONS!
Doctrine 2 manages our transactions and efficiently
executes all inserts in a single.


Insert Performance
 Doctrine 2 *IS NOT* faster than raw PHP code

 Simple developers oversights can cause
significant performance problems!


Insert Performance
 Inserting 20 entries with raw PHP code (revisited):

mysql_query("START TRANSACTION", $db_link);

for ($i = 0; $i < 20; $i++) {
mysql_query(
"INSERT INTO users (name) VALUES ('Guilherme Blanco')",
$db_link
);
}

mysql_query("COMMIT", $db_link);


echo $end - $start;


Insert Performance
 Final performance information...
 Doctrine 2
 PHP code
 PHP code (revisited)

 You can read more about this on Doctrine Blog
 http://www.doctrine-project.org/blog/transactions-and-performance


DoctrineORM
 What have we learned from Doctrine 1?
 Persistence Layer != Domain Model
 Focus on our key purpose, the Persistence Layer
 “You’re doing it wrong!”
 Kill magic


DoctrineORM
 Performance comparison
 Hydrating 5000 records
 Doctrine 1.2: 4.3 seconds
 Doctrine 2.0-DEV: 1.4 seconds

 Hydrating 10000 records
 Doctrine 2.0-DEV: 3.5 seconds

 Twice records and still faster than Doctrine 1!


DoctrineORM
 Why is it faster?
 PHP 5.3 optimizations!
 30% less resources usage, 20% faster
 5.3-DEV (lazy bucket alloc, interned strings, runtime cache),
Doctrine 2 can run 50% faster!
 Better Hydration algorithm
 Topological Sorting
 Slim Entities
 Killed magic aspects of Doctrine 1


DoctrineORM
 Why kill magic?
 Eliminate the WTF/minute (WTF factor)

 Hard to debug
 Edge cases are hard to fix
 Edge cases are hard to workaround

 Everything works until you go outside the box

 ...and magic is slow! I can prove it!
 __set is ~87% slower than normal set
 __get is ~150% slower than normal get


DoctrineORM
 How we kill magic?
 We call it OOP!

 Object Composition
 Inheritance
 Aggregation
 Containment
 Encapsulation
 etc


DoctrineORM
 DataMapper instead of ActiveRecord

 Heavily inspired by JSR-317, a.k.a. JPA v2.0

 Java... WHAT?!?! #$@&*!
 PHP still lacks of standards
 PHP Standards Group can rescue us?!

 Final 2.0.0 version expected for September 1st


DoctrineORM
 Entities
 Regular PHP class
 Lightweight persistent domain object
 Do not extend any base class!
 Cannot be final or contain final methods
 Two entities in a hierarchy of classes can not map
property with the same name
 Abstract and concrete classes can be Entities
 Entities may extend non-entity classes as well as entity
classes
 Non-entity classes may also extend entity classes


DoctrineORM
namespace Entity;

/**
* @Entity
* @Table(name="users")
*/
class User {
/**
* @Id @GeneratedValue
* @Column(type="integer")
*/
protected $id;

/**
* @Column(type="string", length=32)
*/
protected $name;

// ... getters and setters
}

DoctrineORM
EntityUser:
type: entity
table: users
id:
id:
type: integer
generator:
strategy: AUTO
fields:
name:
type: string
length: 32


DoctrineORM
<?xml version="1.0" encoding="UTF-8"?>
<doctrine-mapping
xmlns="http://doctrine-project.org/schemas/orm/doctrine-mapping"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://doctrine-project.org/schemas/orm/doctrine-mapping
http://doctrine-project.org/schemas/orm/doctrine-mapping.xsd">
<entity name="EntityUser" table="users">
<id name="id" type="integer">
<generator strategy="AUTO"/>
</id>
<field name="name" type="string" length="50"/>
</entity>
</doctrine-mapping>


DoctrineORM
 Column mapping
 type
 length
 scale, precision
 nullable
 unique
 name (DB)
 options
 columnDefinition

/**
* @Column(type="string", length=32, unique=true)
*/
protected $foo;


DoctrineORM
 Identifier fields
 Supports different strategies:
 AUTO
 SEQUENCE
 TABLE
 NONE

/**
* @Id @GeneratedValue(strategy="AUTO")
* @Column(type="integer")
*/
protected $id;


DoctrineORM
 Association fields
 OneToOne
/** @OneToOne(targetEntity="Shipping") */
private $shipping;

 OneToMany
 ManyToOne
 ManyToMany

/**
* @ManyToMany(targetEntity="Group")
* @JoinTable(name="users_groups", joinColumns={
* @JoinColumn(name="user_id", referencedColumnName="id")
* }, inverseJoinColumns={
* @JoinColumn(name="group_id", referencedColumnName="id")
* })
*/
private $groups;

DoctrineORM
 Inheritance
 Concrete Table Inheritance
 No irrelevant columns
 No locking problems

 Difficult to deal with Primary Keys
 No relations in base class
 Search on superclass means search in all tables (too much
queries or a weird join)
 Refactoring of fields means update a few or all table


DoctrineORM
/** @MappedSuperclass */
class MappedSuperclassBase {
/** @Column(type="string") */
protected $mapped;

/**
* @OneToOne(targetEntity="MappedSuperclassRelated")
* @JoinColumn(name="related_id", referencedColumnName="id")
*/
protected $related;
}

/** @Entity @Table(name="users") */
class User extends MappedSuperclassBase {
/** @Id @Column(type="integer") */
protected $id;

/** @Column(type="string", length=32) */
protected $name;
}


DoctrineORM
CREATE TABLE users (
mapped TEXT NOT NULL,
id INTEGER NOT NULL,
name TEXT NOT NULL,
related_id INTEGER DEFAULT NULL,
PRIMARY KEY(id)
);


DoctrineORM
 Inheritance
 Single Table Inheritance
 Only one table on database
 No joins
 Refactoring of fields do not change DB schema

 Waste of space on database
 Too many locks due to many accesses
 No duplicated name of fields with different meaning


DoctrineORM

/**
* @Entity
* @InheritanceType("SINGLE_TABLE")
* @DiscriminatorColumn(name="discr", type="string")
* @DiscriminatorMap({
* "user" = "User", "employee" = "Employee"
* })
*/
class User {
// ...
}

/** @Entity */
class Employee extends User {
// ...
}


DoctrineORM
 Inheritance
 Class Table Inheritance
 Easy to understand
 DB space is optimized due to normalization
 Direct relationship between Domain Model and database

 Too many joins
 Refactoring of fields need a database schema update
 Supertype table accessed a lot, may be in lock mode


DoctrineORM

/**
* @Entity
* @InheritanceType("JOINED")
* @DiscriminatorColumn(name="discr", type="string")
* @DiscriminatorMap({
* "user" = "User", "employee" = "Employee"
* })
*/
class User {
// ...
}

/** @Entity */
class Employee extends User {
// ...
}


DoctrineORM
 Proxies
 Lazy-load Entity data
 Provide the possibility to get an Entity reference
without database access
 Can be generated on-the-fly (during script execution)
or via a Console tool

$proxyUser = $em->getReference("User", 1);


DoctrineORM
 EntityManager
 Central point of ORM functionality
 Employes Transaction Write Behind strategy that
delays executions of SQL statements
 ...this means, efficiency!
 ...and also means that write locks are quickly released!

 Internally, it uses a UnitOfWork to keep track of your
objects state


DoctrineORM
interface DoctrineORMEntityManager {
// Transaction API

/* Starts a transaction on the underlying database connection. */
function beginTransaction();

/* Commits a transaction on underlying database connection. */
function commit();

/* Flushes all changes to queued objects to the database. */
function flush();

/* Performs a rollback on the underlying database connection. */
function rollback();

/* Executes a function in a transaction. */
function transactional(Closure $func);

// ...


DoctrineORM
// Query API

/* Creates a new Query object. */
function createQuery($dql);

/* Creates a native SQL query. */
function createNativeQuery(
$sql, DoctrineORMQueryResultSetMapping $rsm
);

/* Create a QueryBuilder instance. */
function createQueryBuilder();

/* Finds an Entity by its identifier. */
function find($entityName, $identifier, $lockMode =
LockMode::NONE, $lockVersion = null);

/* Gets a reference to the entity identified by the given type and
identifier without actually loading it. */
function getReference($entityName, $identifier);

// ...

DoctrineORM
// Object Manipulation API

/* Tells EntityManager to make instance managed and persistent. */
function persist($entity);

/* Removes an entity instance. */
function remove($entity);

/* Refresh state of entity from database, overrides changes. */
function refresh($entity);

/* Detaches an entity from the EntityManager. */
function detach($entity);

/* Merges state of detached entity into persistence context. */
function merge($entity);

// ...


DoctrineORM
// Repository, Configuration, EventManager, etc

/* Gets the EventManager used by the EntityManager. */
function getEventManager();

/* Gets the Configuration used by the EntityManager. */
function getConfiguration();

/* Gets the repository for an entity class. */
function getRepository($entityName);

/* Returns the metadata for a class. */
function getClassMetadata($className);

/* Gets database connection object used by the EntityManager. */
function getConnection();
}


DoctrineORM
 Working with Entities in EntityManager
 Creating an EntityManager
$config = new DoctrineORMConfiguration();

$config->setMetadataCacheImpl($cacheDriver);
$config->setQueryCacheImpl($cacheDriver);

$config->setProxyDir("/path/to/MyProject/Proxies");
$config->setProxyNamespace("MyProjectProxies");

$connectionOptions = array(
"driver" => "pdo_sqlite",
"path" => "database.sqlite"
);

// Creating the EntityManager
$em = DoctrineORMEntityManager::create(
$connectionOptions, $config
);

DoctrineORM
 Persisting Entities
try {
$em->transactional(function ($em) {
$user = new MyProjectEntityUser();
$user->name = "Guilherme Blanco";

});
} catch (Exception $e) {
// ...
}


DoctrineORM
 Updating Entities
try {
$user = $em->find("MyProjectEntityUser", 1);
$user->name = "Benjamin Eberlei";

});
// ...
}


DoctrineORM
 Deleting Entities
try {
$user = $em->getReference("MyProjectEntityUser", 1);

$em->remove($user);
});
// ...
}


DoctrineORM
 Doctrine Query Language (DQL)
 Implementation of an OQL
 Heavily influenced by Hibernate QL
 Parsed by a top-down recursive descent parser LL(*),
constructing an abstract syntax tree (AST)
 AST is then used to generate vendor dependent SQL

$query = $em->createQuery(
"SELECT u FROM MyProjectEntityUser u"
);
$users = $query->execute();


DoctrineORM
 Native Query
 Allow you the possibility to fallback to the power of
SQL without losing the ability to hydrate the data to
your Entities
$rsm = new DoctrineORMQueryResultSetMapping();
$rsm->addEntityResult("MyProjectEntityUser", "u");
$rsm->addFieldResult("u", "id", "id");
$rsm->addFieldResult("u", "name", "name");

$query = $em->createNativeQuery(
"SELECT id, name FROM users WHERE username = ?", $rsm
);
$query->setParameter(1, "guilhermeblanco");

$users = $query->getResult();


DoctrineORM
 QueryBuilder
 Builder implementation
 Building and execution are separated
 QueryBuilder cannot be executed; instead, get the
Query instance from it and execute

$qb = $em->createQueryBuilder()
->select("u")
->from("MyProjectEntityUser", "u");
$users = $qb->getQuery()->execute();


DoctrineORM
 Doctrine supports different cache levels
 Metadata cache
$config->setMetadataCacheImpl($cacheDriver);

 Query cache
$config->setQueryCacheImpl($cacheDriver);

 Result cache
$config->setResultCacheImpl($cacheDriver);

$query = $em->createQuery(
"SELECT u FROM MyProjectEntityUser u"
);
$query->useResultCache(true, 3600, "my_custom_name");


DoctrineORM
 Console
 Uses Symfony 2 Console component
 Help developing with Doctrine
 Tasks available in all packages

$helperSet = $cli->getHelperSet();
$helperSet->set(
new DoctrineDBALToolsConsoleHelperConnectionHelper(
$em->getConnection()
), 'db'
);
$helperSet->set(
new DoctrineORMToolsConsoleHelperEntityManagerHelper(
$em
), 'em'
);

$cli->addCommands(array(...));


DoctrineORM
 Available Commands:
 DoctrineDBALToolsConsoleCommandRunSqlCommand
 DoctrineDBALToolsConsoleCommandImportCommand
 DoctrineORMToolsConsoleCommandClearCacheMetadataCommand
 DoctrineORMToolsConsoleCommandClearCacheResultCommand
 DoctrineORMToolsConsoleCommandClearCacheQueryCommand
 DoctrineORMToolsConsoleCommandSchemaToolCreateCommand
 DoctrineORMToolsConsoleCommandSchemaToolUpdateCommand
 DoctrineORMToolsConsoleCommandSchemaToolDropCommand
 DoctrineORMToolsConsoleCommandConvertDoctrine1SchemaCommand
 DoctrineORMToolsConsoleCommandConvertMappingCommand
 DoctrineORMToolsConsoleCommandGenerateRepositoriesCommand
 DoctrineORMToolsConsoleCommandGenerateEntitiesCommand
 DoctrineORMToolsConsoleCommandGenerateProxiesCommand
 DoctrineORMToolsConsoleCommandEnsureProductionSettingsCommand
 DoctrineORMToolsConsoleCommandValidateSchemaCommand
 DoctrineORMToolsConsoleCommandRunDqlCommand

Future
 DBAL
 QueryBuilder
 Finish MSSQL Server driver

 DQL
 Support for TYPE()
 Add multiple FROM Entities support
 Embedded Values

 ODM
 Extract DocumentManager interface
 Stabilize the MongoDB driver
 Implement other drivers (CouchDB, SimpleDB, ...)


Questions?
 Guilherme Blanco
 Contact Info:

 @guilhermeblanco

 guilhermeblanco@php.net

 http://www.facebook.com/guilhermeblanco

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IPC2010SE Doctrine2 Enterprise Persistence Layer for PHP

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