_em); $schemaTool->createSchema(array( $this->_em->getClassMetadata(__NAMESPACE__ . '\DDC729A'), $this->_em->getClassMetadata(__NAMESPACE__ . '\DDC729B'), )); } catch(\Exception $e) { } } public function testMergeManyToMany() { $a = new DDC729A(); $b = new DDC729B(); $a->related[] = $b; $this->_em->persist($a); $this->_em->persist($b); $this->_em->flush(); $this->_em->clear(); $aId = $a->id; $a = new DDC729A(); $a->id = $aId; $this->assertType('Doctrine\Common\Collections\ArrayCollection', $a->related); $a = $this->_em->merge($a); $this->assertType('Doctrine\ORM\PersistentCollection', $a->related); $this->assertFalse($a->related->isInitialized(), "Collection should not be marked initialized."); $this->assertFalse($a->related->isDirty(), "Collection should not be marked as dirty."); $this->_em->flush(); $this->_em->clear(); $a = $this->_em->find(__NAMESPACE__ . '\DDC729A', $aId); $this->assertEquals(1, count($a->related)); } public function testUnidirectionalMergeManyToMany() { $a = new DDC729A(); $b1 = new DDC729B(); $b2 = new DDC729B(); $a->related[] = $b1; $this->_em->persist($a); $this->_em->persist($b1); $this->_em->persist($b2); $this->_em->flush(); $this->_em->clear(); $aId = $a->id; $a = new DDC729A(); $a->id = $aId; $a = $this->_em->merge($a); $a->related->set(0, $this->_em->merge($b1)); $a->related->set(1, $this->_em->merge($b2)); $this->_em->flush(); $this->_em->clear(); $a = $this->_em->find(__NAMESPACE__ . '\DDC729A', $aId); $this->assertEquals(2, count($a->related)); } public function testBidirectionalMergeManyToMany() { $a = new DDC729A(); $b1 = new DDC729B(); $b2 = new DDC729B(); $a->related[] = $b1; $this->_em->persist($a); $this->_em->persist($b1); $this->_em->persist($b2); $this->_em->flush(); $this->_em->clear(); $aId = $a->id; $a = new DDC729A(); $a->id = $aId; $a = $this->_em->merge($a); $a->related->set(0, $this->_em->merge($b1)); $b1->related->set(0, $a); $a->related->set(1, $this->_em->merge($b2)); $b2->related->set(0, $a); $this->_em->flush(); $this->_em->clear(); $a = $this->_em->find(__NAMESPACE__ . '\DDC729A', $aId); $this->assertEquals(2, count($a->related)); } public function testBidirectionalMultiMergeManyToMany() { $a = new DDC729A(); $b1 = new DDC729B(); $b2 = new DDC729B(); $a->related[] = $b1; $this->_em->persist($a); $this->_em->persist($b1); $this->_em->persist($b2); $this->_em->flush(); $this->_em->clear(); $aId = $a->id; $a = new DDC729A(); $a->id = $aId; $a = $this->_em->merge($a); $a->related->set(0, $this->_em->merge($b1)); $b1->related->set(0, $this->_em->merge($a)); $a->related->set(1, $this->_em->merge($b2)); $b2->related->set(0, $this->_em->merge($a)); $this->_em->flush(); $this->_em->clear(); $a = $this->_em->find(__NAMESPACE__ . '\DDC729A', $aId); $this->assertEquals(2, count($a->related)); } } /** * @Entity */ class DDC729A { /** @Id @GeneratedValue @Column(type="integer") */ public $id; /** @ManyToMany(targetEntity="DDC729B", inversedBy="related") */ public $related; public function __construct() { $this->related = new \Doctrine\Common\Collections\ArrayCollection(); } } /** * @Entity */ class DDC729B { /** @Id @GeneratedValue @Column(type="integer") */ public $id; /** @ManyToMany(targetEntity="DDC729B", mappedBy="related") */ public $related; public function __construct() { $this->related = new \Doctrine\Common\Collections\ArrayCollection(); } }